{"size":935,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_if_wemo_switch_is_turned_off_then_send_an_notification\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_if_wemo_switch_is_turned_off_then_send_an_notification extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_if_wemo_switch_is_turned_off_then_send_an_notification.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_off\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_if_wemo_switch_is_turned_off_then_send_an_notification.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":21.25,"max_line_length":84,"alphanum_fraction":0.7807486631}
{"size":8561,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"enum util'boolean {\n\tutil'boolean'true, util'boolean'false\n}\none sig util'language {\n\tAsDeclaration'pattern'queries'child : type'EClass'class->type'EClass'class,\n\tutil'root : one type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class))))))))),\n\tutil'contains : (type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class)))))))))) lone->set (type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class))))))))))\n}\nabstract sig util'Object {\n}\nabstract sig type'ENamedElement'class extends util'Object {\n}\nabstract sig type'EClassifier'class extends type'ENamedElement'class {\n\tePackage'reference'EClassifier : lone type'EPackage'class\n}\nsig type'EClass'class extends type'EClassifier'class {\n\teStructuralFeatures'reference'EClass : set type'EStructuralFeature'class,\n\teSuperTypes'reference'EClass : set type'EClass'class,\n\tabstract'attribute'EClass : lone util'boolean\n}\nabstract sig type'ETypedElement'class extends type'ENamedElement'class {\n\teType'reference'ETypedElement : lone type'EClassifier'class,\n\tlowerBound'attribute'ETypedElement : lone Int,\n\tupperBound'attribute'ETypedElement : lone Int\n}\nabstract sig type'EStructuralFeature'class extends type'ETypedElement'class {\n\teContainingClass'reference'EStructuralFeature : lone type'EClass'class\n}\nsig type'EReference'class extends type'EStructuralFeature'class {\n\teOpposite'reference'EReference : lone type'EReference'class,\n\tcontainment'attribute'EReference : lone util'boolean\n}\nsig type'EAttribute'class extends type'EStructuralFeature'class {\n}\nsig type'EPackage'class extends type'ENamedElement'class {\n\teClassifiers'reference'EPackage : set type'EClassifier'class\n}\nsig type'EDataType'class extends type'EClassifier'class {\n}\nsig type'EEnum'class extends type'EDataType'class {\n\teLiterals'reference'EEnum : set type'EEnumLiteral'class\n}\nsig type'EEnumLiteral'class extends type'ENamedElement'class {\n\teEnum'reference'EEnumLiteral : lone type'EEnum'class\n}\npred pattern'queries'attributeHasType [parameter'a: type'EAttribute'class, parameter'd: type'EDataType'class] {\n\tparameter'd in type'EDataType'class && (parameter'a in type'EAttribute'class && parameter'd in parameter'a.eType'reference'ETypedElement)\n}\npred pattern'queries'attributeHasNotTypeConstraint [parameter'a: type'EAttribute'class] {\n\tall variable'0: type'EDataType'class { parameter'a in type'EAttribute'class && not (pattern'queries'attributeHasType [ parameter'a , variable'0 ]) }\n}\npred pattern'queries'child [parameter'c1: type'EClass'class, parameter'c2: type'EClass'class] {\n\tparameter'c2 in parameter'c1.eSuperTypes'reference'EClass && parameter'c2 in type'EClass'class\n}\npred pattern'queries'noCycles [parameter'c: type'EClass'class] {\n\tparameter'c->parameter'c in ^ (util'language.AsDeclaration'pattern'queries'child)\n}\npred pattern'queries'referenceHasType [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'c in type'EClass'class && (parameter'r in type'EReference'class && parameter'c in parameter'r.eType'reference'ETypedElement)\n}\npred pattern'queries'classHasReference [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'r in type'EReference'class && parameter'r in parameter'c.eStructuralFeatures'reference'EClass\n}\npred pattern'queries'referenceHasNotTypeConstraint [parameter'r: type'EReference'class] {\n\tall variable'0: type'EClass'class { parameter'r in type'EReference'class && not (pattern'queries'referenceHasType [ parameter'r , variable'0 ]) }\n}\npred pattern'queries'oppositeOfitself [parameter'r: type'EReference'class] {\n\tparameter'r in parameter'r.eOpposite'reference'EReference\n}\npred pattern'queries'isOpposite [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference && parameter'rr in type'EReference'class\n}\npred pattern'queries'oppositeRestriction [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference && (parameter'rr in type'EReference'class && not (pattern'queries'isOpposite [ parameter'rr , parameter'r ]))\n}\npred pattern'queries'oppositeRestrictionSameClasses [parameter'r: type'EReference'class] {\n\tsome variable'rr: type'EReference'class, variable'c1: type'EClassifier'class, variable'c4: type'EClass'class { variable'rr in parameter'r.eOpposite'reference'EReference && (variable'rr in type'EReference'class && (variable'c1 in parameter'r.eType'reference'ETypedElement && (variable'c1 in type'EClassifier'class && (variable'rr in variable'c4.eStructuralFeatures'reference'EClass && variable'c1 != variable'c4)))) }\n}\nfact EqualsAsDeclaration'pattern'queries'child {\n\tall a: type'EClass'class, b: type'EClass'class { pattern'queries'child [ a , b ] iff a->b in util'language.AsDeclaration'pattern'queries'child }\n}\nfact util'containmentDefinition {\n\tutil'language.util'contains = eStructuralFeatures'reference'EClass + (eClassifiers'reference'EPackage + eLiterals'reference'EEnum)\n}\nfact util'noParentForRoot {\n\tno parent: type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class))))))))) { parent->(util'language.util'root) in util'language.util'contains }\n}\nfact util'atLeastOneParent {\n\tall child: type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class))))))))) { child = util'language.util'root or (some parent: type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class))))))))) { parent->child in util'language.util'contains }) }\n}\nfact util'noCircularContainment {\n\tno circle: type'EEnumLiteral'class + (type'EClass'class + (type'EReference'class + (type'EPackage'class + (type'ETypedElement'class + (type'EEnum'class + (type'EClassifier'class + (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EAttribute'class + type'EDataType'class))))))))) { circle->circle in ^ (util'language.util'contains) }\n}\nfact oppositeReference'ePackage'EClassifier {\n\tePackage'reference'EClassifier = ~ eClassifiers'reference'EPackage\n}\nfact oppositeReference'eStructuralFeatures'EClass {\n\teStructuralFeatures'reference'EClass = ~ eContainingClass'reference'EStructuralFeature\n}\nfact oppositeReference'eLiterals'EEnum {\n\teLiterals'reference'EEnum = ~ eEnum'reference'EEnumLiteral\n}\nfact errorpattern'queries'attributeHasNotTypeConstraint {\n\tall p0: type'EAttribute'class { not (pattern'queries'attributeHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'noCycles {\n\tall p0: type'EClass'class { not (pattern'queries'noCycles [ p0 ]) }\n}\nfact errorpattern'queries'referenceHasNotTypeConstraint {\n\tall p0: type'EReference'class { not (pattern'queries'referenceHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'oppositeOfitself {\n\tall p0: type'EReference'class { not (pattern'queries'oppositeOfitself [ p0 ]) }\n}\nfact errorpattern'queries'oppositeRestriction {\n\tall p0: type'EReference'class, p1: type'EReference'class { not (pattern'queries'oppositeRestriction [ p0 , p1 ]) }\n}\nfact errorpattern'queries'oppositeRestrictionSameClasses {\n\tall p0: type'EReference'class { not (pattern'queries'oppositeRestrictionSameClasses [ p0 ]) }\n}\nfact UpperMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class <= 1\n}\nfact LowerMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class >= 1\n}\nrun { } for exactly 12 util'Object , 2 Int , exactly 0 String","avg_line_length":67.4094488189,"max_line_length":684,"alphanum_fraction":0.7826188529}
{"size":934,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_when_connected_to_home_wifi_get_a_welcome_notification\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_when_connected_to_home_wifi_get_a_welcome_notification extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_when_connected_to_home_wifi_get_a_welcome_notification.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_when_connected_to_home_wifi_get_a_welcome_notification.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":21.2272727273,"max_line_length":84,"alphanum_fraction":0.7805139186}
{"size":1860,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/\/Line and OP: Line 158 <EMOR> \n\/\/ORIGINAL: ((f -> g) in link)\n\/\/MUTATION: ((f -> g) = link)\n\/\/Line and OP: Line 158 <JEE> \n\/\/ORIGINAL: one File\n\/\/MUTATION: (link . Trash)\nopen util\/integer as integer\n\n\nsig File {\n\tlink : set File\n}\n\nsig Trash extends File {\n}\n\nsig Protected extends File {\n}\n\npred inv1 []{\n\tno Trash\n}\n\npred inv2 []{\n\tFile in Trash\n}\n\npred inv3 []{\n\tsome Trash\n}\n\npred inv4 []{\n\tno (Protected & Trash)\n}\n\npred inv5 []{\n\t(File - Protected) in Trash\n}\n\npred inv6 []{\n\t((~ link) . link) in iden\n}\n\npred inv7 []{\n\tall f, g : link . Trash | ((f -> g) = link) && (f !in Trash)\n}\n\npred inv8 []{\n\tno link\n}\n\npred inv9 []{\n\tno (link . link)\n}\n\npred inv10 []{\n\t(Trash . link) in Trash\n}\n\npred inv1_OK []{\n\tno Trash\n}\n\npred inv2_OK []{\n\tFile in Trash\n}\n\npred inv3_OK []{\n\tsome Trash\n}\n\npred inv4_OK []{\n\tno (Protected & Trash)\n}\n\npred inv5_OK []{\n\t(File - Protected) in Trash\n}\n\npred inv6_OK []{\n\t((~ link) . link) in iden\n}\n\npred inv7_OK []{\n\tno (link . Trash)\n}\n\npred inv8_OK []{\n\tno link\n}\n\npred inv9_OK []{\n\tno (link . link)\n}\n\npred inv10_OK []{\n\t(Trash . link) in Trash\n}\n\nassert inv1_Repaired {\n\tinv1[] <=> inv1_OK[]\n}\n\nassert inv2_Repaired {\n\tinv2[] <=> inv2_OK[]\n}\n\nassert inv3_Repaired {\n\tinv3[] <=> inv3_OK[]\n}\n\nassert inv4_Repaired {\n\tinv4[] <=> inv4_OK[]\n}\n\nassert inv5_Repaired {\n\tinv5[] <=> inv5_OK[]\n}\n\nassert inv6_Repaired {\n\tinv6[] <=> inv6_OK[]\n}\n\nassert inv7_Repaired {\n\tinv7[] <=> inv7_OK[]\n}\n\nassert inv8_Repaired {\n\tinv8[] <=> inv8_OK[]\n}\n\nassert inv9_Repaired {\n\tinv9[] <=> inv9_OK[]\n}\n\nassert inv10_Repaired {\n\tinv10[] <=> inv10_OK[]\n}\n\ncheck inv1_Repaired expect 0\ncheck inv2_Repaired expect 0\ncheck inv3_Repaired expect 0\ncheck inv4_Repaired expect 0\ncheck inv5_Repaired expect 0\ncheck inv6_Repaired expect 0\ncheck inv7_Repaired expect 0\ncheck inv8_Repaired expect 0\ncheck inv9_Repaired expect 0\ncheck inv10_Repaired expect 0\n\n","avg_line_length":12.3178807947,"max_line_length":61,"alphanum_fraction":0.6387096774}
{"size":4425,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n{  all c : Class | Teaches.c in Teacher } \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv7\n}\n\nassert __repair {\n\tinv7 <=> {\n  Class in Teacher.Teaches \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.2391304348,"max_line_length":128,"alphanum_fraction":0.6784180791}
{"size":2457,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"module wordpress\nopen Declaration\none sig CommentMeta extends Class{}{\nattrSet = commentID+ commentMetaValue\nid=commentID\nisAbstract = No\nno parent\n}\none sig commentID extends Integer{}\none sig commentMetaValue extends string{}\none sig Comments extends Class{}{\nattrSet=commentContent\nid=commentID\nisAbstract = No\none parent\nparent in CommentMeta\n}\none sig commentContent extends string{}\none sig CommentPostAssociation extends Association{}{\nsrc=Posts\/\/Commentmeta\/\/\ndst=Comments \/\/PostMeta\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig CommentUserAssociation extends Association{}{\nsrc=Users\ndst=Comments\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig Links extends Class{}{\nattrSet=linkID\/\/+linkUrl\nid=linkID\nisAbstract = No\nno parent\n}\none sig linkID extends Integer{}\nsome sig PostMeta extends Class{}{\nattrSet=postID\/\/+postMetaValue\nid=postID\nisAbstract = No\nno parent\n}\none sig postID extends Integer{}\none sig Posts extends Class{}{\nattrSet=postContent\nid=postID\nisAbstract = No\none parent\nparent in PostMeta\n}\none sig postContent extends string{}\none sig Pages extends Class{}{\nattrSet=pageTitle\nid=postID\nisAbstract = No\none parent\nparent in Posts\n}\none sig UserMeta extends Class{}{\nattrSet=userID\/\/+userMetaValue\nid=userID\nisAbstract = No\nno parent\n}\nabstract sig userID extends Integer{}\none sig Users extends Class{}{\nattrSet=userName\nid=userID\nisAbstract = No\none parent\nparent in UserMeta\n}\none sig userName extends string{}\none sig Terms extends Class{}{\nattrSet=termID+termName\nid=termID\nisAbstract = No\nno parent\n}\none sig termID extends Integer{}\none sig termName extends Integer{}\nsome sig TermPostsAssociation extends Association{}{\nsrc = Terms\ndst = Posts \/\/PostMeta\nsrc_multiplicity = MANY\ndst_multiplicity = ONE\n}\none sig TermLinksAssociation extends Association{}{\nsrc = Terms\ndst = Links\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\nabstract sig Category extends Class{}{\nattrSet=categoryName\nid=termID\nisAbstract = No\none parent\nparent in Terms\n}\none sig categoryName extends string{}\none sig PostCategory extends Class{}{\nattrSet=postCategoryName\nid=termID\nisAbstract = No\none parent\nparent in Category\n}\none sig postCategoryName extends string{}\none sig LinkCategory extends Class{}{\nattrSet=linkCategoryName\nid=termID\nisAbstract = No\none parent\nparent in Category\n}\none sig linkCategoryName extends string{}\nsome sig tagValue{}\none sig pageTitle extends string{}\npred Wordpress{}\nrun Wordpress for 32\n","avg_line_length":19.9756097561,"max_line_length":53,"alphanum_fraction":0.7981277981}
{"size":3770,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/*This file was automatically generated by AUnit v1.0's coverage-based test generation feature.\nTest Suite Details:\n\nTests generated over: GRAPHS_templateAllCorrect.als\nNumber Valuations: 8\nNumber Tests: 38\nScope used: 5*\/\n\n\/* \nEach node as a set of outgoing edges, representing a directed graph without multiple edged.\n*\/\n\nsig Node {\n\tadj : set Node\n}\n\n\/*\nThe graph is undirected, ie, edges are symmetric.\nhttp:\/\/mathworld.wolfram.com\/UndirectedGraph.html\n*\/\npred undirected {\n \tadj = ~adj  \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph is oriented, ie, contains no symmetric edges.\nhttp:\/\/mathworld.wolfram.com\/OrientedGraph.html\n*\/\npred oriented {\n   no adj & ~adj \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph is acyclic, ie, contains no directed cycles.\nhttp:\/\/mathworld.wolfram.com\/AcyclicDigraph.html\n*\/\npred acyclic {\n all a:Node | a not in a.^adj \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph is complete, ie, every node is connected to every other node.\nhttp:\/\/mathworld.wolfram.com\/CompleteDigraph.html\n*\/\npred complete {\n  all n:Node | Node in n.adj \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph contains no loops, ie, nodes have no transitions to themselves.\nhttp:\/\/mathworld.wolfram.com\/GraphLoop.html\n*\/\npred noLoops {\n no (iden & adj) \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph is weakly connected, ie, it is possible to reach every node from every node ignoring edge direction.\nhttp:\/\/mathworld.wolfram.com\/WeaklyConnectedDigraph.html\n*\/\npred weaklyConnected {\n \t\n \n \n \n \n \n \n \n \n \n {  all a,b:Node | b in a.^adj and a in b.^adj}   \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph is strongly connected, ie, it is possible to reach every node from every node considering edge direction.\nhttp:\/\/mathworld.wolfram.com\/StronglyConnectedDigraph.html\n*\/\npred stonglyConnected {\n \tall n:Node | Node in n.*adj \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n}\n\n\/*\nThe graph is transitive, ie, if two nodes are connected through a third node, they also are connected directly.\nhttp:\/\/mathworld.wolfram.com\/TransitiveDigraph.html\n*\/\npred transitive {\n \tadj.adj in adj \n \n \n \n}\n\/*======== IFF PERFECT ORACLE ===============*\/\npred undirectedOK {\n\tadj = ~adj\n}\nassert undirectedRepaired {\n    undirected[] iff undirectedOK[]\n}\n\npred orientedOK {\n\tno adj & ~adj \n}\nassert orientedRepaired {\n    oriented[] iff orientedOK[]\n}\n\npred acyclicOK {\n\tall a:Node | a not in a.^adj\n}\nassert acyclicRepaired {\n   acyclic[]  iff acyclicOK[]\n}\n\npred completeOK {\n\tall n:Node | Node in n.adj\n}\nassert completeRepaired {\n    complete[] iff completeOK[]\n}\n\npred noLoopsOK {\n\tno (iden & adj)\n}\nassert noLoopsRepaired {\n   noLoops[]  iff noLoopsOK[]\n}\n\npred weaklyConnectedOK {\n\tall n:Node | Node in n.*(adj+~adj)\n}\nassert weaklyConnectedRepaired {\n   weaklyConnected[]  iff weaklyConnectedOK[]\n}\n\npred stonglyConnectedOK {\n\tall n:Node | Node in n.*adj\n}\nassert stonglyConnectedRepaired {\n   stonglyConnected[]  iff stonglyConnectedOK[]\n}\n\npred transitiveOK {\n\tadj.adj in adj\n}\nassert transitiveRepaired {\n    transitive[] iff transitiveOK[]\n}\n check undirectedRepaired expect 0\n check orientedRepaired expect 0\n check acyclicRepaired expect 0\n check completeRepaired expect 0\n check noLoopsRepaired expect 0\n check weaklyConnectedRepaired expect 0\n check stonglyConnectedRepaired expect 0\n check transitiveRepaired expect 0\npred __repair {\n\tweaklyConnected\n}\n\nassert __repair {\n\tweaklyConnected <=> {\n\tall n:Node | Node in n.*(adj+~adj)\n}\n}\n\ncheck __repair\n\n","avg_line_length":8.5487528345,"max_line_length":115,"alphanum_fraction":0.6198938992}
{"size":4519,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n{  all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors } \n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv14\n}\n\nassert __repair {\n\tinv14 <=> {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.647826087,"max_line_length":129,"alphanum_fraction":0.6751493693}
{"size":870,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_tell_me_when_it_starts_to_snow_android\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_tell_me_when_it_starts_to_snow_android extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_tell_me_when_it_starts_to_snow_android.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_tell_me_when_it_starts_to_snow_android.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":19.7727272727,"max_line_length":68,"alphanum_fraction":0.7643678161}
{"size":201,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idjCdcSrxTsH6w5gHCj_prop10 {\n  always (all f : Protected | always f in Protected)\n}\npred __repair { idjCdcSrxTsH6w5gHCj_prop10 }\ncheck __repair { idjCdcSrxTsH6w5gHCj_prop10 <=> prop10o }","avg_line_length":33.5,"max_line_length":57,"alphanum_fraction":0.7910447761}
{"size":4496,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n{  all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors } \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv13\n}\n\nassert __repair {\n\tinv13 <=> {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv13\n}\n\n","avg_line_length":19.2136752137,"max_line_length":128,"alphanum_fraction":0.6790480427}
{"size":7248,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test27 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node0 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->-5 + Node2->-5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nSorted[List0]\n}}}}}\n}\nrun test27 for 3 expect 1\npred test51 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node1->Node1 + Node2->Node0\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nCount[List0,6,2]\n}}}}}\n}\nrun test51 for 3 expect 1\npred test60 {\nsome disj List0: List {some disj Node0, Node1: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node1\nNode = Node0 + Node1\nlink = Node1->Node0\nelem = Node0->6 + Node1->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nContains[List0,7,False0]\n}}}}}\n}\nrun test60 for 3 expect 0\npred test67 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node1->Node1 + Node2->Node0\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nContains[List0,5,True0]\n}}}}}\n}\nrun test67 for 3 expect 1\npred test52 {\nsome disj List0: List {some disj Node0, Node1: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node1\nNode = Node0 + Node1\nlink = Node0->Node0 + Node1->Node0\nelem = Node0->6 + Node1->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nCount[List0,5,1]\n}}}}}\n}\nrun test52 for 3 expect 1\npred test80 {\nsome disj List0: List {some disj Node0, Node1: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node1\nNode = Node0 + Node1\nlink = Node1->Node0\nelem = Node0->-7 + Node0->-6 + Node0->-5 + Node0->-4 + Node0->-3 + Node0->-2 + Node0->-1 + Node0->0 + Node0->1 + Node0->2 + Node0->3 + Node0->4 + Node0->5 + Node0->6 + Node0->7 + Node1->-8 + Node1->6 + Node1->7\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\n}}}}}\n}\nrun test80 for 3 expect 0\npred test20 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nSorted[List0]\n}}}}}\n}\nrun test20 for 3 expect 1\npred test24 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node2->Node0\nelem = Node0->5 + Node1->5 + Node2->6\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nSorted[List0]\n}}}}}\n}\nrun test24 for 3 expect 0\npred test10 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node0 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nLoop[List0]\n}}}}}\n}\nrun test10 for 3 expect 1\npred test83 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node1->Node1 + Node2->Node0\nelem = Node0->6 + Node1->5 + Node2->6\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\n}}}}}\n}\nrun test83 for 3 expect 1\npred test37 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node1->Node2 + Node2->Node0\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nRepOk[List0]\n}}}}}\n}\nrun test37 for 3 expect 0\npred test66 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node0 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nContains[List0,6,True0]\n}}}}}\n}\nrun test66 for 3 expect 1\npred test54 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node0 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->6 + Node2->5\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nCount[List0,6,2]\n}}}}}\n}\nrun test54 for 3 expect 1\npred test28 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node2->Node0\nelem = Node0->1 + Node1->1 + Node2->0\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nSorted[List0]\n}}}}}\n}\nrun test28 for 3 expect 1\npred test76 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node0 + List0->Node1 + List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node0 + Node0->Node1 + Node0->Node2 + Node1->Node0 + Node1->Node1 + Node1->Node2 + Node2->Node0 + Node2->Node1 + Node2->Node2\nelem = Node1->-7 + Node1->-6 + Node1->-5 + Node1->-4 + Node1->-3 + Node1->-2 + Node1->-1 + Node1->0 + Node1->1 + Node1->2 + Node1->3 + Node1->4 + Node1->5 + Node1->6 + Node1->7 + Node2->-8 + Node2->7\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\n}}}}}\n}\nrun test76 for 3 expect 0\npred test17 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node0 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->5 + Node2->6\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nLoop[List0]\n}}}}}\n}\nrun test17 for 3 expect 1\npred test36 {\nsome disj List0: List {some disj Node0, Node1, Node2: Node {some disj True0: True {some disj False0: False {some disj True0, False0: Boolean {\nList = List0\nheader = List0->Node2\nNode = Node0 + Node1 + Node2\nlink = Node0->Node1 + Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->5 + Node2->6\nTrue = True0\nFalse = False0\nBoolean = True0 + False0\nSorted[List0]\n}}}}}\n}\nrun test36 for 3 expect 0\n","avg_line_length":30.7118644068,"max_line_length":210,"alphanum_fraction":0.6866721854}
{"size":89432,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student --correct\n-- all p:Person | p in Teacher  --incorrect 1\n-- all p:Person | p not in Person  --incorrect 2\n-- all p:Person | p not in Teacher  --incorrect 3\n-- all s:Student | s in Person  --incorrect 4\n-- no Teacher  --incorrect 5\n-- Person & Teacher = none  --incorrect 6\n-- Student in Person  --incorrect 7\n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher --correct\n-- all p1,p2:Person | p1 -> p2 in Teaches implies no p1  --incorrect 1\n-- all p:Person | p in Student  --incorrect 2\n-- all x : Person | x not in Person  --incorrect 3\n-- no Teaches  --incorrect 4\n-- no Tutors  --incorrect 5\n-- Person in Student  --incorrect 6\n-- some Teacher --incorrect 7\n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher --correct\n-- (Person in Student and Person in Teacher)  --incorrect 1\n-- (Person in Student and Person not in Teacher) or (Person not in Student and Person in Teacher)  --incorrect 2\n-- (Person in Teacher) iff not (Person in Student)  --incorrect 3\n-- all p : Person | (p in Student and p not in Teacher)  --incorrect 4\n-- all p : Person | (p in Student and p not in Teacher) or (p in Teacher and p not in Student)  --incorrect 5\n-- all p : Person | (p in Student or p in Teacher)  --incorrect 6\n-- all p : Person | (p in Teacher or p in Student)  --incorrect 7\n-- all p : Person | p in Student and p not in Teacher  --incorrect 8\n-- all p : Person | p in Student or p in Teacher  --incorrect 9\n-- all p : Person | p in Student or p not in Teacher  --incorrect 10\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 11\n-- all p:Person | not (p in Student and p not in Teacher)   --incorrect 12\n-- all p:Person | p in Student and p in Teacher  --incorrect 13\n-- all p:Person | p in Student and p not in Teacher   --incorrect 14\n-- all p:Person | p in Student implies p in Teacher    --incorrect 15\n-- all p:Person | p in Student or p in Teacher  --incorrect 16\n-- all p:Person | p in Student or p in Teacher   --incorrect 17\n-- all p:Person | p in Student or p in Teacher    --incorrect 18\n-- no Person & Teacher  --incorrect 19\n-- no Student & Student  --incorrect 20\n-- not (Person in (Student & Teacher))  --incorrect 21\n-- not (Person in Student and Person in Teacher)  --incorrect 22\n-- Person & Teacher = none  --incorrect 23\n-- Person in (Student & Teacher) --incorrect 24\n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) --correct\n-- (Person in Student) iff not (Person in Teacher)  --incorrect 1\n-- (Person in Student) or (Person in Teacher)  --incorrect 2\n-- all p : Person | p in Student or p in Teacher and inv3  --incorrect 3\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 4\n-- all p : Person | p not in Student or p not in Teacher  --incorrect 5\n-- all p: Person | (p not in Teacher and p not in Student)  --incorrect 6\n-- all p: Person | p not in Teacher and p not in Student  --incorrect 7\n-- all p:Person | p != Student implies p = Teacher  --incorrect 8\n-- all p:Person | p in Student implies p not in Teacher  --incorrect 9\n-- all p:Person | p not in Student and p not in Teacher  --incorrect 10\n-- all p:Person | p not in Student implies p = Teacher  --incorrect 11\n-- all p:Person | p not in Student implies p not in Teacher  --incorrect 12\n-- all p:Person | p not in Student or p not in Teacher  --incorrect 13\n-- all x : Person | x not in Student and x not in Teacher  --incorrect 14\n-- no (Person&Teacher) and no (Person&Student)  --incorrect 15\n-- no (Person-Teacher) and no (Person-Student)  --incorrect 16\n-- no (Student & Teacher)  --incorrect 17\n-- no (Student + Teacher)  --incorrect 18\n-- no (Teacher + Student)  --incorrect 19\n-- no Student & Teacher  --incorrect 20\n-- no Student + Teacher  --incorrect 21\n-- no Student+Teacher  --incorrect 22\n-- no Teacher & Student  --incorrect 23\n-- no Teacher+Student  --incorrect 24\n-- Person - Teacher = Person  --incorrect 25\n-- Person - Teacher = Student  --incorrect 26\n-- Person in Student & Teacher  --incorrect 27\n-- some Person no Student and no Teacher  --incorrect 28\n-- some Student & Teacher  --incorrect 29\n-- some Student + Person  --incorrect 30\n-- some Student + Teacher  --incorrect 31\n-- Student + Teacher in none --incorrect 32\n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches --correct\n-- all c : Class | some t : Teacher | t->c in Teaches   --incorrect 1\n-- all p:Person | p in Person      --incorrect 2\n-- all p:Person | some c: Class | p in Teacher implies (p->c in Teaches)      --incorrect 3\n-- all p:Person | some c: Class | p->c in Teaches      --incorrect 4\n-- all p:Person | some c: Class |p in Person      --incorrect 5\n-- all p:Person | some Teaches.Class  --incorrect 6\n-- all p:Person | some Teaches.p  --incorrect 7\n-- all p:Teacher | some c: Class | (p->c in Teaches)      --incorrect 8\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 9\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 10\n-- all t : Teacher | some t.Teaches  --incorrect 11\n-- all t:Teacher | some c:Class | c in t.Teaches  --incorrect 12\n-- all t:Teacher | some t.Teaches  --incorrect 13\n-- all t:Teacher | t in Group   --incorrect 14\n-- all t:Teacher | t.Teaches in Class  --incorrect 15\n-- all t:Teacher,c:Class | t->c in Teaches    --incorrect 16\n-- all x : Teacher | some y : Class | x->y in Teaches  --incorrect 17\n-- Class in Class.Teaches  --incorrect 18\n-- Class in Teacher  --incorrect 19\n-- Class in Teaches.Class  --incorrect 20\n-- Class->Teacher->Group in Groups  --incorrect 21\n-- Person.Teaches in Class  --incorrect 22\n-- some c : Class | c in Teacher  --incorrect 23\n-- some c : Class | some p : Person | p in Teacher  --incorrect 24\n-- some c : Class | Teacher->c in Teaches  --incorrect 25\n-- some c : Class, t : Teacher, g: Group | c->t->g in Groups  --incorrect 26\n-- some c:Class | c in Teacher  --incorrect 27\n-- some c:Class | c in Teacher   --incorrect 28\n-- some c:Class, t:Teacher | c->t in Teaches  --incorrect 29\n-- some Class  --incorrect 30\n-- some Class.Teaches  --incorrect 31\n-- some p:Person | p.Teaches in Class  --incorrect 32\n-- some p:Teacher | p.Teaches in Class  --incorrect 33\n-- some Person.Teaches  --incorrect 34\n-- some t : Teacher | t in Class  --incorrect 35\n-- some t : Teacher | t.Teaches in Class  --incorrect 36\n-- some t:Teacher | (all c:Class | t->c in Teaches)  --incorrect 37\n-- some t:Teacher | t in Class  --incorrect 38\n-- some Teacher & Class  --incorrect 39\n-- some Teacher <: Person.Teaches  --incorrect 40\n-- some Teacher->Class  --incorrect 41\n-- some Teaches  --incorrect 42\n-- some Teaches . Class  --incorrect 43\n-- some Teaches.Class  --incorrect 44\n-- some Teaches.Teaches  --incorrect 45\n-- some x : Class | x in Group and x in Teacher  --incorrect 46\n-- some x : Class | x in Group implies x in Teacher  --incorrect 47\n-- some x : Class | x in Teacher  --incorrect 48\n-- some x : Person | x in Teacher and x in Class  --incorrect 49\n-- some x : Person | x in Teacher and x in Group and x in Class  --incorrect 50\n-- some x : Teacher | all y : Class | x->y in Teaches  --incorrect 51\n-- some x : Teacher | x in Class  --incorrect 52\n-- Teacher in Class  --incorrect 53\n-- Teacher in Teaches.Class  --incorrect 54\n-- Teacher.Teaches & Teacher in Class  --incorrect 55\n-- Teacher.Teaches & Teacher in Class   --incorrect 56\n-- Teacher.Teaches in Class  --incorrect 57\n-- Teaches.Teacher in Class --incorrect 58\n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class --correct\n-- (Teacher . (Teacher <: Teaches)) = Person  --incorrect 1\n-- all p : Person | some c : Class | p -> c in Teaches   --incorrect 2\n-- all p:Person | some c:Class | p in Teacher implies p->c in Teaches   --incorrect 3\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches  --incorrect 4\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches   --incorrect 5\n-- all p:Person,c:Class | p->c in Teaches   --incorrect 6\n-- all p:Person,c:Class,g:Group | p in Teacher implies c->p->g in Groups   --incorrect 7\n-- all t : Teacher | inv5  --incorrect 8\n-- all t:Teacher, c:Class | c->t in Teaches  --incorrect 9\n-- all t:Teacher, c:Class | t->c in Teaches  --incorrect 10\n-- all t:Teacher,c:Class | t->c in Teaches  --incorrect 11\n-- all t:Teacher,c:Class | t->c in Teaches   --incorrect 12\n-- all x : Person | x in Teacher implies x in Class  --incorrect 13\n-- all x : Teacher, y : Class  | x->y in Teaches  --incorrect 14\n-- Class in Teacher.Teaches  --incorrect 15\n-- Class.Teaches = Teacher  --incorrect 16\n-- iden in ~Teaches.Teaches  --incorrect 17\n-- some c : Class | Teacher->c in Teaches   --incorrect 18\n-- some Teacher.Teaches  --incorrect 19\n-- some Teacher<:Teaches  --incorrect 20\n-- some x : Person | x in Teacher and x in Class  --incorrect 21\n-- Teacher . (Teacher <: Teaches) = Person  --incorrect 22\n-- Teacher = Teacher.Teaches  --incorrect 23\n-- Teacher = Teaches.Class  --incorrect 24\n-- Teacher = Teaches.Teacher  --incorrect 25\n-- Teacher in Class.Teaches  --incorrect 26\n-- Teacher in Teacher.Teaches  --incorrect 27\n-- Teacher in Teaches.Person  --incorrect 28\n-- Teacher in Teaches.Teacher  --incorrect 29\n-- Teacher.Teaches = Class  --incorrect 30\n-- Teacher.Teaches in Class  --incorrect 31\n-- Teacher.Teaches in Teacher  --incorrect 32\n-- Teaches . Teacher = Person  --incorrect 33\n-- Teaches.Class = Class  --incorrect 34\n-- Teaches.Class = Teacher  --incorrect 35\n-- Teaches.Person = Teacher  --incorrect 36\n-- Teaches.Teacher = Class  --incorrect 37\n-- Teaches.Teacher = Teacher  --incorrect 38\n-- ~Teaches.Teaches in iden --incorrect 39\n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches --correct\n-- all c : Class | (Teaches . c) in Teacher  --incorrect 1\n-- all c : Class | some c.Groups  --incorrect 2\n-- all c : Class | some Teaches.c   --incorrect 3\n-- all c : Class | Teacher -> c in Teaches  --incorrect 4\n-- all c : Class | Teacher in Teaches . c  --incorrect 5\n-- all c : Class | Teaches . c in Teacher  --incorrect 6\n-- all c : Class | Teaches.c in Teacher  --incorrect 7\n-- all c:Class | some c.Teaches  --incorrect 8\n-- all c:Class | some c.~Teaches  --incorrect 9\n-- all c:Class | some Teaches.c  --incorrect 10\n-- all c:Class | some Teaches.~Teaches  --incorrect 11\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 12\n-- all x : Class | some y : Teacher | x->y in Teaches  --incorrect 13\n-- Class in (Teacher <: Teaches.Class)  --incorrect 14\n-- Class in Class.Teaches  --incorrect 15\n-- Class in Person . Teaches  --incorrect 16\n-- Class in Person.Teaches  --incorrect 17\n-- Class in Teaches . Class  --incorrect 18\n-- Class in Teaches.Class  --incorrect 19\n-- Class in Teaches.Person  --incorrect 20\n-- Class in Teaches.Teacher  --incorrect 21\n-- some  Teacher & Teaches.Class  --incorrect 22\n-- some (Teaches.Class & Teacher)  --incorrect 23\n-- some Class<:Teaches  --incorrect 24\n-- some t : Teacher | all c : Class | t->c in Teaches   --incorrect 25\n-- some Teacher <: Teaches.Class   --incorrect 26\n-- some Teacher.Teaches & Teaches.Class  --incorrect 27\n-- some Teaches.Class  --incorrect 28\n-- Teacher in Person . Teaches  --incorrect 29\n-- Teacher in Teacher.Teaches  --incorrect 30\n-- Teacher in Teacher.Teaches    --incorrect 31\n-- Teacher.Teaches in Class  --incorrect 32\n-- Teacher.Teaches in Teaches.Class  --incorrect 33\n-- Teaches . Class = Class  --incorrect 34\n-- Teaches in Teacher some -> Class  --incorrect 35\n-- Teaches in Teacher some->Class  --incorrect 36\n-- Teaches.Class = Teacher  --incorrect 37\n-- Teaches.Class in Teacher  --incorrect 38\n-- Teaches.Teacher = Class --incorrect 39\n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches --correct\n-- (Teacher<:Teaches).(Teacher<:Teaches) in iden  --incorrect 1\n-- all c : Class | lone Teacher -> c & Teaches  --incorrect 2\n-- all c1,c2:Class | some t:Teacher | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 3\n-- all c:Class | (some t1:Teacher , t2:Teacher | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2)  --incorrect 4\n-- all c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 5\n-- all t : Teacher | one c : Class | t->c in Teaches  --incorrect 6\n-- all t : Teacher | one c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 7\n-- all t : Teacher | some c1,c2 : Class | t -> c1 in Teaches and t -> c2 in Teaches implies c1 = c2    --incorrect 8\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1 = c2  --incorrect 9\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 10\n-- all t : Teacher | some x,y : Class | t->x in Teaches and t->y in Teaches implies x=y  --incorrect 11\n-- all t1,t2:Teacher | some c1,c2:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 12\n-- all t1,t2:Teacher | some c1:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 13\n-- all t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 14\n-- all t:Person | lone t.Teaches  --incorrect 15\n-- all t:Teacher | all c:Class | t->c in Teaches implies c=1  --incorrect 16\n-- all t:Teacher | all c:Class | t->c in Teaches implies one c  --incorrect 17\n-- all t:Teacher | lone Teaches.Class   --incorrect 18\n-- all t:Teacher | lone Teaches.t  --incorrect 19\n-- all t:Teacher | one t.Teaches  --incorrect 20\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 21\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2   --incorrect 22\n-- all t:Teacher | some t.Teaches  --incorrect 23\n-- all x : Teacher | some y,z : Class  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 24\n-- all x : Teacher | some y,z : Class | x->y in Teaches and x->z in Teaches implies y=z  --incorrect 25\n-- Class in Teacher.Teaches  --incorrect 26\n-- lone  Teacher.Teaches  --incorrect 27\n-- lone Person.Teaches  --incorrect 28\n-- lone Teacher.Teaches  --incorrect 29\n-- lone Teacher.Teaches   --incorrect 30\n-- lone Teaches.Class  --incorrect 31\n-- one Teacher->Teaches  --incorrect 32\n-- one Teacher.Teaches  --incorrect 33\n-- one Teaches.Class  --incorrect 34\n-- some c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 35\n-- some t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 36\n-- some t1:Teacher , t2:Teacher , c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2  --incorrect 37\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches and not t2->c in Teaches)  --incorrect 38\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches or not t2->c in Teaches)  --incorrect 39\n-- some t:Teacher | (some c:Class | t->c in Teaches)  --incorrect 40\n-- Teaches in Teacher -> lone Class  --incorrect 41\n-- Teaches.~Teaches in iden  --incorrect 42\n-- ~Teaches . Teaches in iden  --incorrect 43\n-- ~Teaches.Teaches in iden --incorrect 44\n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher --correct\n-- all c : Class | lone Person -> c & Teaches  --incorrect 1\n-- all c : Class | lone Teacher  --incorrect 2\n-- all c : Class | lone Teacher.Teaches  --incorrect 3\n-- all c : Class | lone Teaches.c  --incorrect 4\n-- all c : Class | not (lone Person -> c & Teaches)  --incorrect 5\n-- all c : Class | not (lone Teacher -> c & Teaches)  --incorrect 6\n-- all c : Class | not lone Teacher -> c & Teaches  --incorrect 7\n-- all c : Class | not lone Teaches.c  --incorrect 8\n-- all c : Class | one t : Teacher | t->c in Teaches  --incorrect 9\n-- all c : Class | some y, z : Teacher | y->c in Teaches and z->c in Teaches implies z = y  --incorrect 10\n-- all c : Class | Teacher in Teaches.c  --incorrect 11\n-- all c : Class, t : Teacher | t->c in Teaches  --incorrect 12\n-- all c : Teacher.Teaches | one Teacher  --incorrect 13\n-- all c : Teaches.Class | one Teacher  --incorrect 14\n-- all c:Class | lone c.Teaches  --incorrect 15\n-- all c:Class | lone c.Teaches & Teacher  --incorrect 16\n-- all c:Class | lone c.~Teaches  --incorrect 17\n-- all c:Class | lone Teacher.Teaches  --incorrect 18\n-- all c:Class | lone Teacher.Teaches:>c  --incorrect 19\n-- all c:Class | lone Teacher.Teaches<:c  --incorrect 20\n-- all c:Class | lone Teaches.c  --incorrect 21\n-- all c:Class | one Teacher.Teaches:>c  --incorrect 22\n-- all c:Class | some t1,t2:Teacher | t1->c in Teaches and t2->c in Teaches implies t1=t2  --incorrect 23\n-- all c:Class |some t:Teacher | lone c.~Teaches and lone t.Teaches  --incorrect 24\n-- all c:Class,p:Person | lone Teaches->c  --incorrect 25\n-- all c:Class,p:Person | lone Teaches->c and lone p->Teaches  --incorrect 26\n-- all c:Class,p:Person | lone Teaches.c and lone p.Teaches  --incorrect 27\n-- all c:Class,p:Teacher | lone Teaches.c && lone p.Teaches  --incorrect 28\n-- all c:Class,p:Teacher | lone Teaches.c and lone p.Teaches  --incorrect 29\n-- all c:Class,p:Teacher | lone Teaches.c implies lone p.Teaches  --incorrect 30\n-- all c:Class,t1,t2:Teacher | t1->c in Teaches  --incorrect 31\n-- all c:Class,t:Teacher | lone t.Teaches:>c  --incorrect 32\n-- all c:Class,t:Teacher | lone Teaches.c  --incorrect 33\n-- all c:Class,t:Teacher | lone Teaches.c:>t  --incorrect 34\n-- all c:Class,t:Teacher | one t.Teaches:>c  --incorrect 35\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches and t2->c in Teaches implies t1->t2 not in Teaches  --incorrect 36\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches implies t2->c not in Teaches  --incorrect 37\n-- all t:Teacher | (lone t.Teaches) and (lone t->Groups)  --incorrect 38\n-- all t:Teacher | (lone t.Teaches) and (lone t.Groups)  --incorrect 39\n-- all t:Teacher | lone t.Teaches  --incorrect 40\n-- all t:Teacher | lone t.Teaches and (no Student & Teacher)  --incorrect 41\n-- all t:Teacher | lone t.Teaches and lone t.Groups  --incorrect 42\n-- all t:Teacher | lone Teaches.t  --incorrect 43\n-- all t:Teacher | one t.Teaches  --incorrect 44\n-- all x : Class, y,z : Teacher  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 45\n-- Class.~Teaches.Teaches in Class  --incorrect 46\n-- lone Teacher.Teaches  --incorrect 47\n-- lone Teaches.Class  --incorrect 48\n-- lone Teaches.~Teaches  --incorrect 49\n-- no c : Class | #Teaches.c > 1  --incorrect 50\n-- no Class.Teaches  --incorrect 51\n-- no Class.~Teaches  --incorrect 52\n-- no Class.~Teaches.Teaches  --incorrect 53\n-- some c : Class | Teacher in Teaches.c  --incorrect 54\n-- Teacher <: Teaches.~Teaches in iden  --incorrect 55\n-- Teacher in Teaches.Class  --incorrect 56\n-- Teaches . ~Teaches in iden  --incorrect 57\n-- Teaches.~Teaches in iden  --incorrect 58\n-- ~(Teacher <: Teaches).(Teacher <: Teaches) in iden  --incorrect 59\n-- ~(Teaches :> Class).(Teaches :> Class) in iden  --incorrect 60\n-- ~(Teaches:>Class).(Teaches:>Class) in iden  --incorrect 61\n-- ~Teaches.Teaches in iden  --incorrect 62\n-- ~Teaches.Teaches in iden  --incorrect 63\n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) --correct\n-- ((Class . Groups) . Group & Student) = Student  --incorrect 1\n-- ((Class . Groups) . Group) & Student = Student  --incorrect 2\n-- ((Class . Groups) . Group) = Student  --incorrect 3\n-- (Class . Groups) . Group & Student = Student  --incorrect 4\n-- (Class . Groups) . Group = Student  --incorrect 5\n-- (Class . Groups) . Group in Student  --incorrect 6\n-- (Student <: Class.Groups.Group) in Student  --incorrect 7\n-- all c : Class | (c . Groups) . Group = Student  --incorrect 8\n-- all c : Class | c . Groups . Group = Student  --incorrect 9\n-- all c : Class, s : Student | one s.(c.Groups)  --incorrect 10\n-- all c : Class, s : Student | some c . Groups . s  --incorrect 11\n-- all c:Class , g:Group | all s:Student | s in Class   --incorrect 12\n-- all c:Class , g:Group | c in Class  --incorrect 13\n-- all c:Class , g:Group | c in Class and g in Group  --incorrect 14\n-- all c:Class | lone c.Groups  --incorrect 15\n-- all c:Class | some c.Groups  --incorrect 16\n-- all c:Class | some c.Groups   --incorrect 17\n-- all c:Class | some c.Groups.Student  --incorrect 18\n-- all c:Class | Student = c.(Groups.Group)  --incorrect 19\n-- all c:Class | Student = c.Groups.Group  --incorrect 20\n-- all c:Class, s:Student | s->Group in c.Groups  --incorrect 21\n-- all c:Class, s:Student | some c.Groups.s  --incorrect 22\n-- all c:Class,s:Student | some g:Group | s->c->g in Groups  --incorrect 23\n-- all p : Student | some c : Class, g : Group | c->c->g in Groups  --incorrect 24\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups  --incorrect 25\n-- all s : Student | some (Class . Groups) . Group  --incorrect 26\n-- all s : Student | some s <: (Class . Groups)  --incorrect 27\n-- all s : Student | some s.(Class.Groups)  --incorrect 28\n-- all s : Student, c : Class | s in Teaches.Class  --incorrect 29\n-- all s : Student, c: Class | some g : Group | s->c->g in Groups  --incorrect 30\n-- all x : Class , y : Student | y in Group  --incorrect 31\n-- all x : Class, y : Student | y in Group  --incorrect 32\n-- all x : Student | x in Group  --incorrect 33\n-- Class . Groups . Group = Student  --incorrect 34\n-- no Student & Class.Groups.Group  --incorrect 35\n-- some Student & ((Class . Groups) . Group)  --incorrect 36\n-- some Student & (Class . Groups) . Group  --incorrect 37\n-- some Student.(Class.Groups)  --incorrect 38\n-- some Student.Groups  --incorrect 39\n-- Student . (Class . Groups) = Student  --incorrect 40\n-- Student = Class.Groups.Group  --incorrect 41\n-- Student in Class . Groups . Group  --incorrect 42\n-- Student in Class.Groups.Group  --incorrect 43\n-- Student in Class.Groups.Group --incorrect 44\n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n--\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n-- all c : Class | (some c.Groups implies some (c.Teaches & Teacher))  --incorrect 1\n-- all c : Class | (some g : Group, t : Teacher | c->t->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 2\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher |  c->t in Teaches   --incorrect 3\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t :Teacher |  c->t in Teaches   --incorrect 4\n-- all c : Class | (some s : Student, g : Group | c->s->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 5\n-- all c : Class | all s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 6\n-- all c : Class | all t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 7\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 8\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 9\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 10\n-- all c : Class | c in (Teacher.Teaches)  --incorrect 11\n-- all c : Class | lone (c.Groups).(Teacher.Teaches)  --incorrect 12\n-- all c : Class | no (Teacher<:Teaches).(c.Groups)  --incorrect 13\n-- all c : Class | no Teacher.(c.Groups)  --incorrect 14\n-- all c : Class | no Teaches.(c.Groups)  --incorrect 15\n-- all c : Class | one (c.Groups).(Teacher.Teaches)  --incorrect 16\n-- all c : Class | some  Teacher.(c.Groups)  --incorrect 17\n-- all c : Class | some (c.Groups) implies Teacher = Teacher  --incorrect 18\n-- all c : Class | some (c.Groups).(Teacher.Teaches)  --incorrect 19\n-- all c : Class | some (c.Groups).(Teacher<:Teaches)  --incorrect 20\n-- all c : Class | some (c.Groups).Teacher  --incorrect 21\n-- all c : Class | some (c.Groups).Teaches  --incorrect 22\n-- all c : Class | some (Groups).(Teacher.Teaches)  --incorrect 23\n-- all c : Class | some (Teacher<:Teaches).c  --incorrect 24\n-- all c : Class | some c.(Groups.Teacher)  --incorrect 25\n-- all c : Class | some c.Groups  --incorrect 26\n-- all c : Class | some g : Group, t : Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 27\n-- all c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 28\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher |  t->c in Teaches   --incorrect 29\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 30\n-- all c : Class | some p : Person, g : Group, t : Teacher | c->p->g in Groups implies t->c in Teaches   --incorrect 31\n-- all c : Class | some p : Person, g : Group, t :Teacher | c->t->g in Groups implies c->t in Teaches   --incorrect 32\n-- all c : Class | some s : Person, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 33\n-- all c : Class | some s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 34\n-- all c : Class | some s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 35\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 36\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 37\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 38\n-- all c : Class | some t : Teacher | ((t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups))  --incorrect 39\n-- all c : Class | some t : Teacher | (some p : Person, g : Group | c -> p -> g in Groups) implies t -> c in Teaches  --incorrect 40\n-- all c : Class | some t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 41\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 42\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups implies t->c in Teaches  --incorrect 43\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | t->c in Teaches implies c->s->g in Groups  --incorrect 44\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 45\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 46\n-- all c : Class | some t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 47\n-- all c : Class | some Teacher & Teaches.c  --incorrect 48\n-- all c : Class | some Teacher.(c.Groups)  --incorrect 49\n-- all c : Class | some Teacher.(c.Groups).(Teacher<:Teaches)  --incorrect 50\n-- all c : Class | some Teacher.Teaches  --incorrect 51\n-- all c : Class | some Teaches.c.Groups  --incorrect 52\n-- all c : Class, p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 53\n-- all c : Class, s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 54\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 55\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 56\n-- all c : Class, s : Student, g : Group | some t : Teacher | t->c in Teaches  implies c->s->g in Groups  --incorrect 57\n-- all c : Class, t : Person | (t -> c in Teaches) implies (all p : Person, g : Group | c -> p -> g in Groups)  --incorrect 58\n-- all c : Class, t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 59\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 60\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 61\n-- all c : Class, t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 62\n-- all c : Class, t, s : Person, g : Group | (t -> c not in Teaches) implies c -> s -> g not in Groups   --incorrect 63\n-- all c : Class, t: Teacher | t->c in Teaches implies some s:Student,g:Group | c->s->g in Groups  --incorrect 64\n-- all c : Class, t: Teacher | t->c not in Teaches implies not some s:Student,g:Group | c->s->g in Groups  --incorrect 65\n-- all c: Class | some c.Groups implies some Teaches.c  --incorrect 66\n-- all c: Class | some Groups implies some Teaches.c  --incorrect 67\n-- all c: Class | some Groups implies some Teaches.c :> Teacher  --incorrect 68\n-- all c: Class | some s: Student, t: Teacher, g: Group | c->s->g in Groups implies t->c in Teaches  --incorrect 69\n-- all c: Class | some t :Teacher | t->c in Teaches and some c.Groups  --incorrect 70\n-- all c: Class | some t: Teacher , p: Person , g: Group| (c->p->g in Groups) implies (t->c in Teaches)  --incorrect 71\n-- all c: Class | some t: Teacher , p: Person , g: Group| c->p->g in Groups implies (t->c in Teaches)  --incorrect 72\n-- all c: Class, g: Group | some s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 73\n-- all c: Class, g: Group | some t: Teacher , p: Person | c->p->g in Groups implies (t->c in Teaches)  --incorrect 74\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 75\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 76\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches and t != s   --incorrect 77\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 78\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 79\n-- all c: Class, s: Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 80\n-- all c: Class, s:Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 81\n-- all c:Class | (some c.Groups iff some c.~Teaches )      --incorrect 82\n-- all c:Class | (some c.Groups iff some t:Teacher| c in t.Teaches)  --incorrect 83\n-- all c:Class | c->Person->Group in Groups implies Person in Teacher  --incorrect 84\n-- all c:Class | lone c.Groups implies (some Teaches.c & Teacher)  --incorrect 85\n-- all c:Class | lone c.Groups implies some Teaches.c  --incorrect 86\n-- all c:Class | lone c.Groups implies some Teaches.c & Teacher  --incorrect 87\n-- all c:Class | no c.Groups  --incorrect 88\n-- all c:Class | no c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 89\n-- all c:Class | no Person.(c.Groups)  --incorrect 90\n-- all c:Class | one Teacher.(c.Groups)  --incorrect 91\n-- all c:Class | some (c.Groups).Person  --incorrect 92\n-- all c:Class | some c.Groups  --incorrect 93\n-- all c:Class | some c.Groups   --incorrect 94\n-- all c:Class | some c.Groups iff one t:Teacher | c in t.Teaches  --incorrect 95\n-- all c:Class | some c.Groups iff some t:Teacher | c in t.Teaches  --incorrect 96\n-- all c:Class | some c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 97\n-- all c:Class | some c.Groups implies (some Teaches.c && lone Teaches.c)  --incorrect 98\n-- all c:Class | some c.Groups implies some Teaches.c  --incorrect 99\n-- all c:Class | some c.Groups.Group  --incorrect 100\n-- all c:Class | some c.Groups.Person  --incorrect 101\n-- all c:Class | some c.Groups.Person   --incorrect 102\n-- all c:Class | some g:Group, p:Person | c->p->g in Groups implies p in Teacher  --incorrect 103\n-- all c:Class | some g:Group, t:Teacher | c->Person->g in Groups implies c in t.Teaches  --incorrect 104\n-- all c:Class | some g:Group, t:Teacher | c->t->g in Groups  --incorrect 105\n-- all c:Class | some g:Group, t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 106\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies c in t.Teaches  --incorrect 107\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 108\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups  --incorrect 109\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 110\n-- all c:Class | some Groups   --incorrect 111\n-- all c:Class | some Groups.c implies some Teaches.c  --incorrect 112\n-- all c:Class | some Groups.Person   --incorrect 113\n-- all c:Class | some p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 114\n-- all c:Class | some p:Person | c->p->Group in Groups implies p in Teacher  --incorrect 115\n-- all c:Class | some p:Person | c->p->Group in Groups implies Person in Teacher  --incorrect 116\n-- all c:Class | some p:Person,g:Group | c->p->g in Groups implies p in Teacher  --incorrect 117\n-- all c:Class | some Person.(c.Groups)  --incorrect 118\n-- all c:Class | some t:Teacher | c->t in Teaches  --incorrect 119\n-- all c:Class | some t:Teacher | some c.Groups   --incorrect 120\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.Teaches   --incorrect 121\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.~Teaches   --incorrect 122\n-- all c:Class | some t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 123\n-- all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches   --incorrect 124\n-- all c:Class | some t:Teacher | some c.Groups.Group implies t->c in Teaches  --incorrect 125\n-- all c:Class | some t:Teacher | some c.Groups.Person implies t->c in Teaches  --incorrect 126\n-- all c:Class | some t:Teacher | some c.Groups.t implies c in t.Teaches   --incorrect 127\n-- all c:Class | some t:Teacher | t->c in Teaches  --incorrect 128\n-- all c:Class | some t:Teacher | t->c in Teaches implies some g:Group | some c.Groups.g  --incorrect 129\n-- all c:Class | some t:Teacher,g:Group | c->t->g in Groups   --incorrect 130\n-- all c:Class | some t:Teacher,g:Group | some c.Groups   --incorrect 131\n-- all c:Class | some t:Teacher,g:Group | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 132\n-- all c:Class | some Teacher.(c.Groups)  --incorrect 133\n-- all c:Class |some g:Group,t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 134\n-- all c:Class |some t:Teacher | t in c.Groups.Group  --incorrect 135\n-- all c:Class, g:Group | some c.Groups  --incorrect 136\n-- all c:Class, g:Group | some p:Person | c->p->g in Groups implies p in Teacher                 --incorrect 137\n-- all c:Class, g:Group |some t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 138\n-- all c:Class, p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 139\n-- all c:Class, p:Person, g:Group | p->c not in Teaches implies c->p->g not in Groups  --incorrect 140\n-- all c:Class, s:Student, g:Group|some t:Teacher | t->c in Teaches implies c->s->g in Groups  --incorrect 141\n-- all c:Class, s:Student|some t:Teacher, g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 142\n-- all c:Class, t:Teacher , s:Student, g:Group| t->c in Teaches implies c->s->g in Groups  --incorrect 143\n-- all c:Class, t:Teacher , s:Student| some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 144\n-- all c:Class, t:Teacher , s:Student|some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 145\n-- all c:Class, t:Teacher, g:Group | c->t->g in Groups implies t->c in Teaches  --incorrect 146\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups  --incorrect 147\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 148\n-- all c:Class, t:Teacher, g:Group | t->c not in Teaches implies c->t->g not in Groups  --incorrect 149\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g in Groups    --incorrect 150\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g not in Groups  --incorrect 151\n-- all c:Class,g:Group | some c.Groups.g  --incorrect 152\n-- all c:Class,g:Group | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 153\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups  --incorrect 154\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c in t.Teaches  --incorrect 155\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 156\n-- all c:Class,g:Group | some t:Teacher | c in Class implies c->t->g in Groups  --incorrect 157\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups  --incorrect 158\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups   --incorrect 159\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies c in t.Teaches  --incorrect 160\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 161\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g   --incorrect 162\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g implies c->t->g in Groups  --incorrect 163\n-- all c:Class,g:Group | some t:Teacher | some c.Groups   --incorrect 164\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 165\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups   --incorrect 166\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  and t->c in Teaches  --incorrect 167\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 168\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches  --incorrect 169\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 170\n-- all c:Class,g:Group | some t:Teacher,s:Student | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 171\n-- all c:Class,g:Group | some t:Teacher,s:Student | s in c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 172\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies c->t->g in Groups  --incorrect 173\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches  --incorrect 174\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies t in c.~Teaches  --incorrect 175\n-- all c:Class,g:Group |some t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 176\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person   --incorrect 177\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person implies c->t->g in Groups  --incorrect 178\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups   --incorrect 179\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 180\n-- all c:Class,g:Group,p:Person |some t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 181\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups  --incorrect 182\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 183\n-- all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 184\n-- all c:Class,g:Group,t:Teacher | c->g->t in Groups implies t->c in Teaches  --incorrect 185\n{#m#()  all c:Class,g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches } --incorrect 186 \n-- all c:Class,g:Group,t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 187\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g  --incorrect 188\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c in t.Teaches  --incorrect 189\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 190\n-- all c:Class,g:Group| some t:Teacher | t in c.Groups.g   --incorrect 191\n-- all c:Class,g:Group|some t:Teacher | some c.Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 192\n-- all c:Class,g:Group|some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 193\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g   --incorrect 194\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g implies t->c in Teaches  --incorrect 195\n-- all c:Class,p:Person | some t:Teacher | some c.Groups.p implies t->c in Teaches  --incorrect 196\n-- all c:Class,s:Student | all g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches         --incorrect 197\n-- all c:Class,s:Student | all g:Group |some t:Teacher| c->s->g in Groups implies t->c in Teaches           all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 198\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups  --incorrect 199\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups and some t:Teacher | t->c in Teaches  --incorrect 200\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 201\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches  --incorrect 202\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 203\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups    --incorrect 204\n-- all c:Class,t:Teacher ,g:Group | t->c not in Teaches implies c->t->g not in Groups    --incorrect 205\n-- all c:Class,t:Teacher | lone t.Teaches   --incorrect 206\n-- all c:Class,t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 207\n-- all c:Class,t:Teacher | some t.Teaches   --incorrect 208\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 209\n-- all c:Class,t:Teacher | t.Teaches = c   --incorrect 210\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 211\n-- all c:Class,t:Teacher,s:Student | some g:Group | s->c->g in Groups implies t->c in Teaches  --incorrect 212\n-- all c:Class| some g:Group,t:Teacher | c->t->g in Groups  --incorrect 213\n-- all c:Class| some p:Person | some c.Groups.p   --incorrect 214\n-- all c:Class| some p:Person | some Groups.p   --incorrect 215\n-- all c:Class| some t:Teacher | some c.Groups implies c in t.Teaches  --incorrect 216\n-- all c:Class| some t:Teacher | some c.Groups.t implies c in t.Teaches  --incorrect 217\n-- all c:Class| some t:Teacher | some c.Groups.Teacher implies c in t.Teaches  --incorrect 218\n-- all c:Class| some t:Teacher | some Groups implies c in t.Teaches  --incorrect 219\n-- all c:Class|some t:Teacher | some Person.(c.Groups) implies c in t.Teaches  --incorrect 220\n-- all c:Class|some t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 221\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups                 --incorrect 222\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher    --incorrect 223\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher                --incorrect 224\n-- all g:Group,c:Class | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 225\n-- all g:Group,c:Class | some t:Teacher | c->t->g in Groups   --incorrect 226\n-- all p:Person, c:Class | (some t:Teacher, g:Group | c->p->g in Groups implies t->c in Teaches)  --incorrect 227\n-- all p:Person, c:Class, g:Group | (some t:Teacher | c->p->g in Groups implies t->c in Teaches)  --incorrect 228\n-- all t : Person, c : Class | (some g : Group | some s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 229\n-- all t : Person, c : Class | (some g : Group, s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 230\n-- all t : Person, c : Class | t -> c in Teaches implies (some g : Group, s : Person | c -> s -> g in Groups)  --incorrect 231\n-- all t : Teacher | some  Class.Teaches  --incorrect 232\n-- all t: Teacher, c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 233\n-- all x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 234\n-- all x : Class | some y : Person, z : Group, v : Teacher | x->y->z in Groups implies v->x in Teaches  --incorrect 235\n-- all x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 236\n-- not all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 237\n-- some c : Class | (some p : Person | some g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 238\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 239\n-- some c : Class | all s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 240\n-- some c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 241\n-- some c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 242\n-- some Class.Groups iff some t:Teacher| Class in t.Teaches  --incorrect 243\n-- some Class.Groups implies some Teaches.Class  --incorrect 244\n-- some t : Teacher | some c : Class | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 245\n-- some Teacher  --incorrect 246\n-- some x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 247\n-- some x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 248\n-- Tutors.Person in Teacher and Person.Tutors in Student --incorrect 249\n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups --correct\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 1\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies p in Teacher  --incorrect 2\n-- all c : Class | some t : Teacher, g : Group | c->t->g in Groups   --incorrect 3\n-- all c:Class,g:Group |some t:Teacher | t in c.Groups.g  --incorrect 4\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 5\n-- all c:Class,t:Teacher,g:Group | lone c.Groups.g  --incorrect 6\n-- all c:Class,t:Teacher,g:Group | one c.Groups.g  --incorrect 7\n-- all c:Class,t:Teacher,g:Group | t in c.Groups.g  --incorrect 8\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 9\n-- all g:Group | some t:Teacher | t in Class.Groups.g  --incorrect 10\n-- all g:Group | some t:Teacher | t in Class.Groups.Group  --incorrect 11\n-- all p : Person | some c : Class, g :Group | c->p->g in Groups  --incorrect 12\n-- all p : Teacher | some c : Class, g :Group | c->p->g in Groups  --incorrect 13\n-- all p:Person | p in Teacher implies some g:Group | p in Class.Groups.g  --incorrect 14\n-- all t : Teacher | some (((t.Teaches).Groups).Person)  --incorrect 15\n-- all t : Teacher | some ((t.Teaches) & ((Groups.Person).Group))  --incorrect 16\n-- all t : Teacher | some (t.Teaches) & ((Groups.Person).Group)  --incorrect 17\n-- all t : Teacher | some (t.Teaches) & Groups.Person.Group  --incorrect 18\n-- all t : Teacher | some (Teacher<:Teaches).Groups  --incorrect 19\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 20\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 21\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 22\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups  --incorrect 23\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups   --incorrect 24\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups and t->c in Teaches  --incorrect 25\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups implies t->c in Teaches  --incorrect 26\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches and c->t->g in Groups   --incorrect 27\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches implies c->t->g in Groups   --incorrect 28\n-- all t : Teacher | some c : Class, g : Group, t0 : Teacher | c->t->g in Groups and t0->c in Teaches  --incorrect 29\n-- all t : Teacher | some c : Class, p : Person, g : Group | c->p->g in Groups implies t->c in Teaches   --incorrect 30\n-- all t : Teacher | some g : Group, c : Class | c->t->g in Groups  --incorrect 31\n-- all t : Teacher | some g : Group, c : Class | t->c in Teaches and c->t->g in Groups  --incorrect 32\n-- all t : Teacher | some p : Person, g : Group | t->p->g in Groups  --incorrect 33\n-- all t : Teacher | some p : Person, g : Group, c : Class | t->c in Teaches implies c->p->g in Groups  --incorrect 34\n-- all t : Teacher | some t.Teaches & (Groups.Person).Group  --incorrect 35\n-- all t : Teacher | some t.Teaches & Groups.Person.Group  --incorrect 36\n-- all t : Teacher | some Teacher<:(Teaches.Groups)  --incorrect 37\n-- all t : Teacher, c : Class | some g : Group | c->t->g in Groups  --incorrect 38\n-- all t : Teacher, c : Class | t->c in Teaches  --incorrect 39\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 40\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 41\n-- all t : Teacher, c : Class, g : Group | c->t->g in Groups  --incorrect 42\n-- all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches  --incorrect 43\n-- all t: Teacher | some g: Group, c: Class | (c->t->g in Groups)  --incorrect 44\n-- all t: Teacher | some g: Group, c: Class | c->t->g in Groups  --incorrect 45\n-- all t: Teacher | some g: Group, c: Class | t->c in Teaches implies (c->t->g in Groups)  --incorrect 46\n-- all t: Teacher|some c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 47\n-- all t:Teacher  | some Groups.t  --incorrect 48\n-- all t:Teacher  | some t.Groups  --incorrect 49\n-- all t:Teacher , s:Student | (some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups)  --incorrect 50\n-- all t:Teacher , s:Student | some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups  --incorrect 51\n-- all t:Teacher | (some g:Group , c:Class | t->c->g in Groups)  --incorrect 52\n-- all t:Teacher | (some g:Group ,c:Class| t->c in Teaches and c->t->g in Groups)  --incorrect 53\n-- all t:Teacher | all c:Class |some g:Group | t in Person  --incorrect 54\n-- all t:Teacher | all g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 55\n-- all t:Teacher | some c:Class, g:Group | c->t->g in Groups  --incorrect 56\n-- all t:Teacher | some c:Class,g:Group | c->t->g in Groups  --incorrect 57\n-- all t:Teacher | some g:Group | Class->t->g in Groups  --incorrect 58\n-- all t:Teacher | some g:Group | g in t.(Class.Groups)  --incorrect 59\n-- all t:Teacher | some g:Group | t in Class.Groups.g  --incorrect 60\n-- all t:Teacher | some g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 61\n-- all t:Teacher | some g:Group,c:Class | c->t->g in Groups  --incorrect 62\n-- all t:Teacher | some g:Group,c:Class | t->c in Teaches and c->t->g in Groups  --incorrect 63\n-- all t:Teacher | some Groups.Group.t  --incorrect 64\n-- all t:Teacher | some t.(Class.Groups)  --incorrect 65\n-- all t:Teacher, c:Class | (some g:Group | c->t->g in Groups)  --incorrect 66\n-- all t:Teacher, c:Class | some t.(c.Groups)  --incorrect 67\n-- all t:Teacher, c:Class, s:Student | some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 68\n-- all t:Teacher,c:Class | some g:Group | c->t->g in Groups  --incorrect 69\n-- all t:Teacher,c:Class,g:Group | c->t->g in Groups  --incorrect 70\n-- all x : Teacher | some y : Class, z : Group | y->x->z in Groups   --incorrect 71\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups  --incorrect 72\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups   --incorrect 73\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 74\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups  --incorrect 75\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 76\n-- all x : Teacher, y : Class, z : Group | z->x->z in Groups  --incorrect 77\n-- Group in Class.Groups.Teacher  --incorrect 78\n-- no Class.Groups  --incorrect 79\n-- no Class.Groups.Teacher  --incorrect 80\n-- no Group.~(Class.Groups)  --incorrect 81\n-- no Groups.Group  --incorrect 82\n-- no Person.~(Class.Groups)  --incorrect 83\n-- no ~(Class.Groups)  --incorrect 84\n-- some (Teacher<:Teaches).Groups  --incorrect 85\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 86\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 87\n-- some Teacher<:(Teaches.Groups)  --incorrect 88\n-- Teacher in Group.~(Class.Groups)  --incorrect 89\n-- Teacher in Person.Teaches  --incorrect 90\n-- ~iden.iden in ~((Teacher.Teaches).Groups).((Teacher.Teaches).Groups) --incorrect 91\n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student --correct\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors  --incorrect 1\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors and t->s in Tutors  --incorrect 2\n-- all s:Student | s not in Person.^Tutors  --incorrect 3\n-- all s:Student | s not in Person.^~Tutors  --incorrect 4\n-- all s:Student, t:Teacher | s not in Person.*Tutors and t not in Person.*Tutors  --incorrect 5\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors  --incorrect 6\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^~Tutors  --incorrect 7\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.Tutors  --incorrect 8\n-- all s:Student, t:Teacher | s not in Person.Tutors.^Tutors and t not in Person.~Tutors.^~Tutors  --incorrect 9\n-- all s:Student,t:Teacher | s not in Person.^~Tutors and t not in Person.^Tutors  --incorrect 10\n-- all t : Teacher, s : Student | Teacher<:Tutors  in Tutors:>Student  --incorrect 11\n-- all t : Teacher, s : Student | Tutors:>Student in Teacher<:Tutors  --incorrect 12\n-- all t1:Teacher,t2:Teacher,s:Student | s->t1 not in Tutors and t1->t2 not in Tutors  --incorrect 13\n-- all t: Teacher, s: Student | t->s in Tutors  --incorrect 14\n-- all t:Teacher, s:Student | s->t not in Tutors  --incorrect 15\n-- all t:Teacher, s:Student | t->s in Tutors and s->t not in Tutors  --incorrect 16\n-- all t:Teacher,s:Student | s->t not in Tutors  --incorrect 17\n-- all t:Teacher,s:Student | s->t not in Tutors and t->s in Tutors  --incorrect 18\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors  --incorrect 19\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors and s->t not in Tutors  --incorrect 20\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors  --incorrect 21\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and not s->c in Teaches  --incorrect 22\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and s->c not in Teaches  --incorrect 23\n-- all t:Teacher,s:Student,p:Person | p->t not in Tutors and s->p not in Tutors  --incorrect 24\n-- all x, y : Person | x->y in Tutors implies x in Teacher  --incorrect 25\n-- no Person.^Tutors  --incorrect 26\n-- no Person.^~Tutors  --incorrect 27\n-- no Person.Tutors  --incorrect 28\n-- no Student & Student.Tutors  --incorrect 29\n-- no Student & Student.Tutors and no Teacher & Teacher.~Tutors  --incorrect 30\n-- no Student & Student.~Tutors and no Teacher & Teacher.~Tutors  --incorrect 31\n-- no Student.Tutors  --incorrect 32\n-- no Student.Tutors and no Teacher.~Tutors  --incorrect 33\n-- Person.^~Tutors in Teacher  --incorrect 34\n-- some t:Teacher | all s:Student | t->s in Tutors  --incorrect 35\n-- Student in Person.^Tutors and Teacher in Person.^~Tutors  --incorrect 36\n-- Teacher in Person.^*Tutors and Student in Person.*Tutors  --incorrect 37\n-- Teacher in Person.^~Teaches and Student in Person.^Teaches  --incorrect 38\n-- Teacher in Person.^~Tutors and Student in Person.^Tutors  --incorrect 39\n-- Teacher in Person.~Teaches and Student in Person.Teaches  --incorrect 40\n-- Teacher in Person.~Tutors and Student in Person.Tutors  --incorrect 41\n-- Teacher in Student.Tutors  --incorrect 42\n-- Teacher in Teacher.Tutors  --incorrect 43\n-- Teacher in Tutors.Teacher  --incorrect 44\n-- Teacher.Tutors in Student  Tutors.Student in Teacher  --incorrect 45\n-- Tutors.Teacher in Student.Tutors --incorrect 46\n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n-- all c : Class | (c . (Groups . Group)) & Student = ((Teaches . c) . Tutors)  --incorrect 1\n-- all c : Class | (c . (Groups . Group)) & Student = (Teacher & (Teaches . c) . Tutors)  --incorrect 2\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teacher & (Teaches . c)) . Tutors)  --incorrect 3\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teaches . c) . Tutors)  --incorrect 4\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c) . Tutors)  --incorrect 5\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c)) . Tutors  --incorrect 6\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors)  --incorrect 7\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Student  --incorrect 8\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Teacher  --incorrect 9\n-- all c : Class | (c . (Groups . Group)) = (Teaches . c . Tutors)  --incorrect 10\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors)  --incorrect 11\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student  --incorrect 12\n-- all c : Class | (c . Groups) . Group in (Teaches . c) . Tutors  --incorrect 13\n-- all c : Class | c . (Groups . Group) in ((Teaches . c) . Tutors)  --incorrect 14\n-- all c : Class | c . (Groups . Group) in (Teaches . c . Tutors)  --incorrect 15\n-- all c : Class | c . Groups . Group in (Teacher <: Teaches) . c . Tutors  --incorrect 16\n-- all c : Class | c . Groups . Group in Teaches . c . Tutors  --incorrect 17\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 18\n-- all c : Class | Teaches . c . Tutors = c . Groups . Group  --incorrect 19\n-- all c : Class | Teaches . c . Tutors = Class . Groups . Group  --incorrect 20\n-- all c : Class | Teaches . c . Tutors in c . Groups . Group  --incorrect 21\n-- all c:Class , t:Teacher, g:Group|some s:Student | (t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 22\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->c in Tutors  --incorrect 23\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->s in Tutors  --incorrect 24\n-- all c:Class , t:Teacher, s:Student, g:Group|(t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 25\n-- all c:Class,s:Student | s in (c.Groups).Group  --incorrect 26\n-- all c:Class,s:Student | s in (c.Groups).Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 27\n-- all c:Class,s:Student | s in c.Groups.Group  --incorrect 28\n-- all c:Class,s:Student,s:Teacher |some g:Group,t:Teacher| s in c.Groups.Group and c->t->g in Groups  --incorrect 29\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups)  --incorrect 30\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 31\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 32\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors  --incorrect 33\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 34\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 35\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 36\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 37\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 38\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g implies t in s.^~Tutors  --incorrect 39\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c in t.Teaches implies t in s.^(~Tutors)  --incorrect 40\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 41\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups implies t in s.^(~Tutors)  --incorrect 42\n-- all c:Class,s:Student,t:Teacher|some g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 43\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group and t in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 44\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 45\n-- all c:Class,s:Student|some g:Group| c->s->g in Groups  --incorrect 46\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 47\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches implies q->p in Tutors  --incorrect 48\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p in Student and some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 49\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p->c in Teaches  --incorrect 50\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches  --incorrect 51\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 52\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->p in Tutors and q->c in Teaches  --incorrect 53\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches and t->p in Tutors  --incorrect 54\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 55\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 56\n-- all s : Person, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 57\n-- all s : Person, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 58\n-- all s : Person, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 59\n-- all s : Student |   some c : Class | (s in c.Groups.Group) implies (        all t : Teaches.c :> Teacher | s in t.Tutors        )  --incorrect 60\n-- all s : Student | (some c : Class, g : Group | c->s->g  in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 61\n-- all s : Student | (some c : Class, g : Group | c->s->g in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 62\n-- all s : Student | (some t : Teacher | t->s in Tutors) implies s in Class  --incorrect 63\n-- all s : Student | s in Class implies (some t : Teacher | t->s in Tutors)  --incorrect 64\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors  --incorrect 65\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors and t in Class  --incorrect 66\n-- all s : Student | s in Class implies some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 67\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->c in Tutors  --incorrect 68\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors  --incorrect 69\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors and t->c in Teaches  --incorrect 70\n-- all s : Student | some s.(Class.Groups)  --incorrect 71\n-- all s : Student | some s.(Class.Groups)   implies some (Teacher<:Tutors).s  --incorrect 72\n-- all s : Student | some s.(Class.Groups) and some Teacher.Teaches implies some (Teacher<:Tutors).s  --incorrect 73\n-- all s : Student | some s.(Class.Groups) and some Teacher<:Teaches implies some (Teacher<:Tutors).s  --incorrect 74\n-- all s : Student | some s.(Class<:Groups)  --incorrect 75\n-- all s : Student | some s.(Class<:Groups) implies some Class.(Teacher<:Teaches)  --incorrect 76\n-- all s : Student | some s.(Teacher<:Teaches)  --incorrect 77\n-- all s : Student | some t : Teacher | t->s in Tutors  --incorrect 78\n-- all s : Student | some t : Teacher | t->s in Tutors implies s in Class  --incorrect 79\n-- all s : Student | some t : Teacher, c : Class | t->c in Teaches implies t->s in Tutors  --incorrect 80\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 81\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies s in Class and t in Class  --incorrect 82\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies t->c in Teaches  --incorrect 83\n-- all s : Student | some t : Teacher, c : Class, g : Group | (t->c in Teaches implies t->s in Tutors) and c->s->g in Groups  --incorrect 84\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors  --incorrect 85\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors and c->s->g in Groups  --incorrect 86\n-- all s : Student | some Tutors.s & Groups.s.Group  --incorrect 87\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Teaches)  --incorrect 88\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Tutors)  --incorrect 89\n-- all s : Student, c : Class | some (Teacher<:Tutors).c implies some s.(Teacher<:Teaches)  --incorrect 90\n-- all s : Student, c : Class | some c -> s <: Groups implies (Teaches . c) -> s in Tutors  --incorrect 91\n-- all s : Student, c : Class | some c.(Teacher<:Teaches) implies some s.(Teacher<:Tutors)  --incorrect 92\n-- all s : Student, c : Class | some g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 93\n-- all s : Student, c : Class | some s.(c.Groups) and some (Teacher<:Teaches).c implies some (Teacher<:Tutors).s  --incorrect 94\n-- all s : Student, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 95\n-- all s : Student, c : Class | some t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 96\n-- all s : Student, c : Class, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 97\n-- all s : Student, c : Class, t : Teacher | ((all g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 98\n-- all s : Student, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 99\n-- all s : Student, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 100\n-- all s : Student, c : Class, t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 101\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) iff t -> s in Tutors  --incorrect 102\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) implies t -> s in Tutors  --incorrect 103\n-- all s : Student, c : Class, t : Teacher, g : Group | ((c -> s -> g in Groups) and (t -> c in Teaches)) implies t -> s in Tutors  --incorrect 104\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and (t -> c in Teaches) implies t -> s in Tutors  --incorrect 105\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors  --incorrect 106\n-- all s : Student, t : Teacher | (some s.(Class.Groups)) implies some t.(Class.Groups)  --incorrect 107\n-- all s : Student, t : Teacher | some s.(Class.Groups) and some (t<:Teaches).Class implies some (t<:Tutors).s  --incorrect 108\n-- all s : Student, t : Teacher | some s.(Class.Groups) implies some t.(Class.Groups)  --incorrect 109\n-- all s : Student, t : Teacher, c : Class | some s.(c.Groups)  --incorrect 110\n-- all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 111\n-- all s, t : Person | some s.(Class.Groups) and some t<:(Teaches.Class) implies some t<:(Tutors.s)  --incorrect 112\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some (t<:Tutors).s  --incorrect 113\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some t<:(Tutors.s)  --incorrect 114\n-- all s, t : Person, c : Class | (some g : Group | c->s->g in Groups) and t->s in Teaches implies t->c in Tutors  --incorrect 115\n-- all s,t : Person, c : Class | (some g : Group | c->s->g  in Groups) and t->s in Tutors implies t->c in Teaches  --incorrect 116\n-- all s,t : Person, c : Class | some s.(c.Groups)  --incorrect 117\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t.Teaches)  --incorrect 118\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c  --incorrect 119\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 120\n-- all s,t : Person, c : Class | some s.(c.Groups) and some t.Teaches  --incorrect 121\n-- all s:Student | some t:Teacher | t in s.^~Tutors  --incorrect 122\n-- all s:Student, c:Class | some t:Teacher | t->s in Tutors implies t->c in Teaches  --incorrect 123\n-- all s:Student, c:Class, g:Group | some t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 124\n-- all s:Student, c:Class, g:Group, t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 125\n-- all s:Student, c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 126\n-- all s:Student,c:Class | s in (c.Groups).Group  --incorrect 127\n-- all s:Student,c:Class | s in c.Groups.Group  --incorrect 128\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches  --incorrect 129\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 130\n-- all s:Student,c:Class | some s.(c.Groups)  --incorrect 131\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches  --incorrect 132\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches and t in s.~Tutors  --incorrect 133\n-- all s:Student,c:Class | some t:Teacher | some c.Groups.s  --incorrect 134\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups)  --incorrect 135\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 136\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 137\n-- all s:Student,c:Class | some t:Teacher | t->s in Tutors  --incorrect 138\n-- all s:Student,c:Class, t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 139\n-- all s:Student,c:Class,g:Group | some t:Teacher |(t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 140\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups  --incorrect 141\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups.s  --incorrect 142\n-- all s:Student,c:Class,g:Group|some t:Teacher | some s.(c.Groups)  --incorrect 143\n-- all s:Student,c:Class,g:Group|some t:Teacher | some Teacher  --incorrect 144\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups)  --incorrect 145\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 146\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group  --incorrect 147\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches  --incorrect 148\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 149\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.~Tutors  --incorrect 150\n-- all s:Student,c:Class,t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 151\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches  --incorrect 152\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 153\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^~Tutors  --incorrect 154\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 155\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 156\n-- all s:Student,t:Teacher,c:Class,g:Group | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 157\n-- all s:Student| some c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 158\n-- all s:Student| some t:Teacher | t->s in Tutors  --incorrect 159\n-- all s:Student| some t:Teacher,c:Class,g:Group | t->s in Tutors and c->s->g in Groups and c->t->g in Groups  --incorrect 160\n-- all t : Teacher, c : Class | some Student.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).Student  --incorrect 161\n-- all x : Class, y : Student  | (some z : Group | x->y->z in Groups) and some v : Teacher | v->x in Teaches implies v->y in Tutors  --incorrect 162\n-- all x : Person | some y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 163\n-- all x : Person, y : Class | (all z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 164\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) and all u : Teacher | u->y in Teaches implies u->x in Tutors  --incorrect 165\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 166\n-- all x : Person, y : Class, v : Teacher | ((some z : Group | y->x->z in Groups) and v->y in Teaches) implies v->x in Tutors  --incorrect 167\n-- all x : Person, y : Class, v : Teacher | (all z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 168\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches  --incorrect 169\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 170\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->y in Tutors  --incorrect 171\n-- all x, v : Person, y : Class | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 172\n-- Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 173\n-- some Groups.Group  --incorrect 174\n-- Student in (Class.Groups).Student and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 175\n-- Student in Class.(Groups.Student) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 176\n-- Student in Student.(Class.Groups) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 177\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n-- all p : Person | some (Teacher & p . ^Tutors)  --incorrect 1\n-- all p : Person | some p <: (^ Tutors)  --incorrect 2\n-- all p : Person | some p <: ^ Tutors  --incorrect 3\n-- all p : Person | some p2 : Person | p -> p2 in Tutors and p in Teacher  --incorrect 4\n-- all p : Person | some q : Person, t : Teacher | t->p in Tutors or (q->p in Tutors and t->q in Tutors) or (t->q in Tutors and q->p in Tutors and p->t in Tutors)  --incorrect 5\n-- all p : Person | some q,r : Person | (p in Teacher or q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 6\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or p->r in Tutors or r->p in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 7\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors       or r->p in Tutors or p->r in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 8\n-- all p : Person | some q,r : Person | (q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 9\n-- all p : Person | some t : Teacher | t->p in Tutors or (some q : Person | q->p in Tutors and t->q in Tutors)  --incorrect 10\n-- all p : Person | some Teacher <: p . (^ Tutors)  --incorrect 11\n-- all p : Teacher | some p <: ^ Tutors  --incorrect 12\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 13\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher) or    (q->p in Tutors implies q in Teacher) or    (q->r in Tutors implies q in Teacher) or    (r->q in Tutors implies r in Teacher) or    (r->p in Tutors implies r in Teacher) or    (p->r in Tutors implies p in Teacher)  --incorrect 14\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher)  --incorrect 15\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 16\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    or (p in Teacher or q in Teacher or r in Teacher)  --incorrect 17\n-- all p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 18\n-- all p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 19\n-- all p1 : Person | (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 20\n-- all p1 : Person | p1 in Teacher or (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 21\n-- all p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 22\n-- all p:Person |  Teacher in (p.^Tutors)  --incorrect 23\n-- all p:Person | p.Tutors.Tutors.Tutors in Teacher  --incorrect 24\n-- all p:Person | some t:Teacher | t in (p.^Tutors)  --incorrect 25\n-- all p:Person | some t:Teacher | t in p.*Tutors  --incorrect 26\n-- all p:Person | some t:Teacher | t in p.^Tutors  --incorrect 27\n-- all p:Person | some t:Teacher | t in p.^~Teaches  --incorrect 28\n-- all p:Person | some Teacher <:(p.^Tutors)  --incorrect 29\n-- all p:Person | Teacher in p.^Tutors  --incorrect 30\n-- all p:Person |some t:Teacher | p in p.^~Tutors  --incorrect 31\n-- all s : Person | some (s.^Tutors & Teacher)  --incorrect 32\n-- all s : Person | some Teacher & ^Tutors.Person  --incorrect 33\n-- all s : Person | some Teacher & s.*Tutors  --incorrect 34\n-- all s : Person | some Teacher & s.^Tutors  --incorrect 35\n-- all s : Student | s.^Tutors in Teacher  --incorrect 36\n-- all s : Student | some (s.*Tutors & Teacher)  --incorrect 37\n-- all s : Student | some (s.^Tutors & Teacher)  --incorrect 38\n-- all s : Student | some (Teacher & s . ^Tutors)  --incorrect 39\n-- all s : Student | some s.^Tutors & Teacher  --incorrect 40\n-- all s : Student | some t : Teacher | t in s.^Tutors  --incorrect 41\n-- all s : Student | some Teacher & s . ^Tutors  --incorrect 42\n-- all s:Person | some Teacher & s.*Tutors  --incorrect 43\n-- all s:Person | some Teacher & s.^Tutors  --incorrect 44\n-- all s:Person | some(s.^Tutors & Teacher)  --incorrect 45\n-- all s:Student | some t:Teacher | t in s.^Tutors  --incorrect 46\n-- all s:Student | some Teacher & s.^Tutors  --incorrect 47\n-- all s:Student | Teacher in s.^Tutors  --incorrect 48\n-- all s:Student |some Teacher & s.^Teaches  --incorrect 49\n-- all s:Student |some Teacher & s.^Tutors  --incorrect 50\n-- all t:Teacher | all p:Person | t in p.^Tutors  --incorrect 51\n-- all t:Teacher | all p:Person | t in p.^~Tutors  --incorrect 52\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 53\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors and x != y and x != z and y != z implies x in Teacher  --incorrect 54\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies x in Teacher  --incorrect 55\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies z in Teacher  --incorrect 56\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 57\n-- all x, y, z : Teacher | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 58\n-- Person.^~Tutors in Teacher  --incorrect 59\n-- Person.Teaches.Teaches.Teaches in Teacher  --incorrect 60\n-- Person.Tutors.Tutors.Tutors in Teacher  --incorrect 61\n-- some p : Teacher | some p <: ^ Tutors  --incorrect 62\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 63\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->q in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 64\n-- some p,q,r : Person | ((p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors) and (p->r in Tutors or r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 65\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors and r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 66\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 67\n-- some p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 68\n-- some p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 69\n-- some p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 70\n-- some t:Teacher | t in (Person.^Teaches)  --incorrect 71\n-- some t:Teacher |all p:Person | t in p.^Teaches  --incorrect 72\n-- some t:Teacher |all p:Person | t in p.^Tutors  --incorrect 73\n-- some t:Teacher |all p:Person | t in p.^~Tutors  --incorrect 74\n-- some Teacher & ^Tutors.Person  --incorrect 75\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 76\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 77\n-- Teacher in Person.^Tutors  --incorrect 78\n-- Tutors.Tutors.Tutors.Person in Teacher  --incorrect 79\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n  no Teacher --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n  no Student & Teacher --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n Person in (Student + Teacher) --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n  some Teacher.Teaches --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv6_OK {\n  Teacher in Teaches.Class --correct\n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n--------\npred inv7_OK {\n  Class in Teacher.Teaches --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\npred inv8_OK {\n  all t:Teacher | lone t.Teaches --correct\n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n--------\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher --correct\n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n--------\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) --correct\n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n--------\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n--------\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups --correct\n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n--------\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  --correct\n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n--------\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors --correct\n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n--------\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s --correct\n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0","avg_line_length":73.3650533224,"max_line_length":297,"alphanum_fraction":0.6560850702}
{"size":2699,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"SILENT_MODE\nBLOCK_FILE jp_batch_1613899824__5E647sH.concise.blc\nMAX_NSEQ 1029\nMAX_INPUT_LEN 1031\nOUTPUT_FILE jp_batch_1613899824__5E647sH.concise.ps\nPORTRAIT\nPOINTSIZE 8\nIDENT_WIDTH 12\nX_OFFSET 2\nY_OFFSET 2\nDEFINE_FONT 0 Helvetica\t\tDEFAULT \nDEFINE_FONT 1 Helvetica\t\tREL\t\t0.75   \nDEFINE_FONT 7 Helvetica\t\tREL\t\t0.6\nDEFINE_FONT 3 Helvetica-Bold\tDEFAULT    \nDEFINE_FONT 4 Times-Bold    \tDEFAULT   \nDEFINE_FONT 5 Helvetica-BoldOblique\tDEFAULT \n#\nDEFINE_COLOUR 3  1 0.62 0.67\t# Turquiose\nDEFINE_COLOUR 4  1 1 0\t\t# Yellow\nDEFINE_COLOUR 5  1 0 0\t\t# Red\nDEFINE_COLOUR 7  1 0 1\t\t# Purple\nDEFINE_COLOUR 8  0 0 1\t\t# Blue\nDEFINE_COLOUR 9  0 1 0\t\t# Green\nDEFINE_COLOUR 10 0.41 0.64 1.00\t# Pale blue \nDEFINE_COLOUR 11 0.41 0.82 0.67\t# Pale green \nDEFINE_COLOUR 50 0.69 0.18 0.37\t# Pink (helix)\nDEFINE_COLOUR 51 1.00 0.89 0.00\t# Gold (strand)\nNUMBER_INT 10\nSETUP\n#\n# Highlight specific residues.\n# Avoid highlighting Lupas 'C' predictions by\n# limiting the highlighting to the alignments \nScol_CHARS\tC 1 1 141 1018   4\nCcol_CHARS\tH ALL    5\nCcol_CHARS\tP ALL    8\nSURROUND_CHARS LIV   ALL\n#\n# Replace known structure types with whitespace\nSUB_CHARS 1 1019 141 1028 H SPACE\nSUB_CHARS 1 1019 141 1028 E SPACE\nSUB_CHARS 1 1019 141 1028 - SPACE\nSTRAND 10 1022 18\nCOLOUR_TEXT_REGION 10 1022 18 1022 51\nSTRAND 22 1022 27\nCOLOUR_TEXT_REGION 22 1022 27 1022 51\nSTRAND 31 1022 39\nCOLOUR_TEXT_REGION 31 1022 39 1022 51\nSTRAND 71 1022 77\nCOLOUR_TEXT_REGION 71 1022 77 1022 51\nSTRAND 85 1022 92\nCOLOUR_TEXT_REGION 85 1022 92 1022 51\nSTRAND 109 1022 113\nCOLOUR_TEXT_REGION 109 1022 113 1022 51\nHELIX 55 1022 67\nCOLOUR_TEXT_REGION 55 1022 67 1022 50\nHELIX 93 1022 108\nCOLOUR_TEXT_REGION 93 1022 108 1022 50\nHELIX 122 1022 135\nCOLOUR_TEXT_REGION 122 1022 135 1022 50\nSTRAND 10 1027 18\nCOLOUR_TEXT_REGION 10 1027 18 1027 51\nSTRAND 22 1027 27\nCOLOUR_TEXT_REGION 22 1027 27 1027 51\nSTRAND 31 1027 38\nCOLOUR_TEXT_REGION 31 1027 38 1027 51\nSTRAND 71 1027 77\nCOLOUR_TEXT_REGION 71 1027 77 1027 51\nSTRAND 85 1027 93\nCOLOUR_TEXT_REGION 85 1027 93 1027 51\nSTRAND 109 1027 113\nCOLOUR_TEXT_REGION 109 1027 113 1027 51\nHELIX 55 1027 67\nCOLOUR_TEXT_REGION 55 1027 67 1027 50\nHELIX 99 1027 108\nCOLOUR_TEXT_REGION 99 1027 108 1027 50\nHELIX 122 1027 135\nCOLOUR_TEXT_REGION 122 1027 135 1027 50\nSTRAND 9 1028 18\nCOLOUR_TEXT_REGION 9 1028 18 1028 51\nSTRAND 22 1028 27\nCOLOUR_TEXT_REGION 22 1028 27 1028 51\nSTRAND 31 1028 39\nCOLOUR_TEXT_REGION 31 1028 39 1028 51\nSTRAND 72 1028 76\nCOLOUR_TEXT_REGION 72 1028 76 1028 51\nSTRAND 109 1028 114\nCOLOUR_TEXT_REGION 109 1028 114 1028 51\nHELIX 56 1028 67\nCOLOUR_TEXT_REGION 56 1028 67 1028 50\nHELIX 91 1028 106\nCOLOUR_TEXT_REGION 91 1028 106 1028 50\nHELIX 121 1028 135\nCOLOUR_TEXT_REGION 121 1028 135 1028 50\n","avg_line_length":28.4105263158,"max_line_length":51,"alphanum_fraction":0.7995553909}
{"size":1508,"ext":"als","lang":"Alloy","max_stars_count":19.0,"content":"module tests\/safe404\n\nopen program\nopen model\n\n\/**\nPPC safe404\n\"SyncdWW Rfe SyncdRR Fre SyncsWW Rfe SyncdRR Fre\"\nCycle=SyncdWW Rfe SyncdRR Fre SyncsWW Rfe SyncdRR Fre\nRelax=\nSafe=Fre SyncdRR BCSyncsWW BCSyncdWW\n{\n0:r2=x; 0:r4=y;\n1:r2=y;\n2:r2=y; 2:r4=z;\n3:r2=z; 3:r4=x;\n}\n P0           | P1           | P2           | P3           ;\n lwz r1,0(r2) | li r1,1      | lwz r1,0(r2) | li r1,1      ;\n sync         | stw r1,0(r2) | sync         | stw r1,0(r2) ;\n lwz r3,0(r4) | sync         | lwz r3,0(r4) | sync         ;\n              | li r3,2      |              | li r3,1      ;\n              | stw r3,0(r2) |              | stw r3,0(r4) ;\nexists\n(y=2 \/\\ 0:r1=1 \/\\ 0:r3=0 \/\\ 2:r1=2 \/\\ 2:r3=0)\n\n\n**\/\n\n\none sig x, y, z extends Location {}\n\none sig P1, P2, P3, P4 extends Processor {}\n\none sig op1 extends Read {}\none sig op2 extends Sync {}\none sig op3 extends Read {}\none sig op4 extends Write {}\none sig op5 extends Sync {}\none sig op6 extends Write {}\none sig op7 extends Read {}\none sig op8 extends Sync {}\none sig op9 extends Read {}\none sig op10 extends Write {}\none sig op11 extends Sync {}\none sig op12 extends Write {}\n\nfact {\n    P1.read[1, op1, x, 1]\n    P1.sync[2, op2]\n    P1.read[3, op3, y, 0]\n    P2.write[4, op4, y, 1]\n    P2.sync[5, op5]\n    P2.write[6, op6, y, 2]\n    P3.read[7, op7, y, 2]\n    P3.sync[8, op8]\n    P3.read[9, op9, z, 0]\n    P4.write[10, op10, z, 1]\n    P4.sync[11, op11]\n    P4.write[12, op12, x, 1]\n}\n\nfact {\n    y.final[2]\n}\n\nAllowed:\n    run { Allowed_PPC } for 5 int expect 0","avg_line_length":22.1764705882,"max_line_length":60,"alphanum_fraction":0.5484084881}
{"size":15031,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\nabstract sig Source {}\nsig User extends Source {\n    profile : set Work,\n    visible : set Work\n}\nsig Institution extends Source {}\n\nsig Id {}\nsig Work {\n    ids : some Id,\n    source : one Source\n}\n\n\/\/ Specify the following invariants!\n\/\/ You can check their correctness with the different commands and\n\/\/ specifying a given invariant you can assume the others to be true.\n\npred inv1 { \/\/ The works publicly visible in a curriculum must be part of its profile\n\tall u:User | u.visible in u.profile --correct\n--  all w : Work | some (User<:visible).w implies some w.(User<:profile)  --incorrect 1\n--  all w : Work | some (User<:visible).w implies some w.(User<:profile)   --incorrect 2\n--  all w : Work | some w.(User<:visible) implies some w.(User<:profile)  --incorrect 3\n--  all u : User, w : Work | u->w in visible and u->w in profile  --incorrect 4\n--  User.visible in User.profile  --incorrect 5\n--  all w1, w2 : Work | w1->w2 in visible and w1->w2 in profile  --incorrect 6\n--  Work in User.profile  --incorrect 7\n--  all w : Work | some (User<:visible).w  --incorrect 8\n--  all w : Work | some (User<:visible).w implies some (User<:profile).w  --incorrect 9\n--  all w1, w2 : Work | w1->w2 in profile  --incorrect 10\n--  Work in User.profile  --incorrect 11\n--  some (User<:visible).Work implies some (User<:profile).Work   --incorrect 12\n--  some User.visible  --incorrect 13\n--  User.visible in User.profile  --incorrect 14\n--  User.visible in User.profile  --incorrect 15\n--  User.visible in User.profile & User  --incorrect 16\n--  all u : User, w : Work | u->w in visible and u->w in profile  --incorrect 17\n--  all w : Work | some (User<:visible).w implies some (User<:profile).w   --incorrect 18\n--  (User<:visible).Work in (User<:profile).Work   --incorrect 19\n--  Work in User.profile + User.visible  --incorrect 20\n--  User.visible in User.profile  --incorrect 21\n--  no User  --incorrect 22\n--  all w : Work | some (User<:visible).w implies some w.(User<:profile)  --incorrect 23\n--  Work in User.profile & User.visible  --incorrect 24\n--  all u : User, w : Work | u->w in profile  --incorrect 25\n--  User.visible in User.profile & User  --incorrect 26\n--  all w : Work | some (User<:visible).w implies some w.(User<:profile)  --incorrect 27\n}\n\n\npred inv2 { \/\/ A user profile can only have works added by himself or some external institution\n all u:User, w:Work | w in u.profile implies (u in w.source or some i:Institution | i in w.source) --correct\n--  all u : User, w : Work | u->w in profile implies (u.source in User or u.source in Institution)  --incorrect 1\n--  all u : User | some (u<:profile).Work implies some u.(Work<:source) & Institution.(Work<:source)    --incorrect 2\n--  all u:User ,i:Institution | u.profile.source = u  --incorrect 3\n--  all u : User| some w : Work | u->w in profile implies (w.source in User or w.source in Institution)  --incorrect 4\n--  all u : User | Work.(u<:profile) in (Work<:source).u + (Work<:source).Institution     --incorrect 5\n--  all u : User | u.profile.ids in u + Institution  --incorrect 6\n--  all u : User | (u<:profile).Work in (Work<:source).u & (Work<:source).Institution   --incorrect 7\n--  all w : Work | w.source in Source  --incorrect 8\n--  all u:User , w:Work |some i:Institution| (w in u.profile) implies (w.source = u || w.source = i)   --incorrect 9\n--  all u : User | (u<:profile).Work in (Work<:source).u + (Work<:source).Institution  --incorrect 10\n--  all u : User | Work.(u<:profile) in (Work<:source).u + (Work<:source).Institution    --incorrect 11\n--  all u : User | (u<:profile).Work in (Work<:source).u + (Work<:source).Institution   --incorrect 12\n--  all u:User, w:Work, i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 13\n--  all u : User, w : Work | u->w in profile implies (w.source in User or w.source in Institution)  --incorrect 14\n--  all w:Work | (w in User.profile) implies (User = w.source)   --incorrect 15\n--  all u:User, w:Work | some i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 16\n--  all u : User | Work.(u<:profile) in (Work<:source).u + (Work<:source).Institution   --incorrect 17\n--  all u : User | some (u<:profile).Work implies some (Work<:source).u or some (Work<:source).Institution   --incorrect 18\n--  all u:User , w:Work, i:Institution | w in u.profile && w.source = u || w.source = i  --incorrect 19\n--  all u:User, w:Work | w in u.profile implies (some i:Institution | u in w.source or i in w.source)  --incorrect 20\n--  all u : User | Work.(u<:profile) in (Work<:source).u + (Work<:source).Institution   --incorrect 21\n--  all u : User | (Work<:source).u in (Work<:source).Institution   --incorrect 22\n--  all u:User, w:Work | some i:Institution | w in u.profile implies u in w.source or i in w.source  --incorrect 23\n--  all u : User | (u<:profile).Work in (Work<:source).u + (Work<:source).Institution   --incorrect 24\n--  all u : User | some (u<:profile).Work implies some (Work<:source).u & (Work<:source).Institution   --incorrect 25\n--  all u:User , w:Work, i:Institution | w in u.profile && (w.source = u || w.source = i)  --incorrect 26\n--  all u : User | some (u<:profile).Work implies some u.(Work<:source) & Institution.(Work<:source)   --incorrect 27\n--  all u:User, w:Work | w in u.profile implies u in w.source  --incorrect 28\n--  all u : User | u.profile.ids in (u + Institution)  --incorrect 29\n--  all u : User | some w : Work | u->w in profile implies (w.source in Institution or w.source in User)  --incorrect 30\n--  all u : User | some w : Work | u->w in profile implies some (w<:source).Institution or some (w<:source).User  --incorrect 31\n--  all u:User , w:Work, i:Institution | w in u.profile && (w.source = u)  --incorrect 32\n--  all u:User, w:(u.profile + u.visible) | w in (u+Institution)  --incorrect 33\n--  Work.source in (User+Institution)  --incorrect 34\n--  all u:User ,i:Institution | u.profile.source = u || u.profile.source = i  --incorrect 35\n--  all w:Work | (w in User.profile) implies (w.source = User )   --incorrect 36\n--  all u:User , w:Work | (w in u.profile) implies (w.source = u )   --incorrect 37\n--  all u : User | some w : Work | u->w in profile implies (Institution in w.source or User in w.source)  --incorrect 38\n--  all u:User, w:Work | some i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 39\n--  all u:User, w:Work | some i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 40\n--  all u:User, w:Work | some i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 41\n--  all u : User | some (Work<:source).u or some (Work<:source).Institution   --incorrect 42\n--  all u : User | some (u<:profile).Work implies some (Work<:source).u + (Work<:source).Institution   --incorrect 43\n--  all u:User,w:Work | some i:Institution | w in u.profile implies (w.source = i or w.source = u)  --incorrect 44\n--  all u : User | Work.(u<:profile) in (Work<:source).u & (Work<:source).Institution   --incorrect 45\n--  all u : User | Work.(u<:profile) in u.(Work<:source) + Institution.(Work<:source)     --incorrect 46\n--  all u : User | (u<:profile).Work in (Work<:source).u + (Work<:source).Institution  --incorrect 47\n--  all u : User | (u<:profile).Work in u.(Work<:source) + Institution.(Work<:source)     --incorrect 48\n--  all u : User | Work.(u<:profile) in u.(Work<:source) + (Work<:source).Institution     --incorrect 49\n--  all u : User | Work.(u<:profile) in (Work<:source).u + (Work<:source).Institution   --incorrect 50\n--  all u:User, w:Work, i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 51\n--  all u : User | some (u<:profile).Work implies some (Work<:source).u & (Work<:source).Institution   --incorrect 52\n--  all u:User, w:(u.profile + u.visible) | w in (u+Institution)  --incorrect 53\n--  all u:User , w:Work | (w in u.profile) implies (w.source = u || w.source = Institution)   --incorrect 54\n--  all u : User | Work.(u<:profile) in (Work<:source).u + (Work<:source).Institution  --incorrect 55\n--  all u:User, w:Work, i:Institution | w in u.profile implies (u in w.source || i in w.source)  --incorrect 56\n--  all w:Work | (w in User.profile) && (User = w.source)   --incorrect 57\n--  all u:User, w:Work | some i:Institution | w in u.profile implies (u in w.source or i in w.source)  --incorrect 58\n--  all u:User, w:Work, i:Institution | w in u.profile implies u in w.source or i in w.source  --incorrect 59\n--  all u:User , w:Work | w in u.profile && one w.source --incorrect 60\n}\n\n\npred inv3 { \/\/ The works added to a profile by a given source cannot have common identifiers\n-- \tall w1, w2 : Work, u : User | w1 != w2 and (w1 + w2) in u.profile and (w1.source = w2.source) implies no w1.ids & w2.ids --correct\n--  all w:Work, w1:Work | (w in User.profile && w1 in User.profile) implies no (w.ids & w1.ids)  --incorrect 1\n--  all w1, w2:Work, u:User | (w1 in u.profile and w2 in u.profile) implies w1.ids != w2.ids    --incorrect 2\n--  all u:User, w1, w2:Work | w1 in u.profile and w2 in u.profile implies w1.ids not in w2.ids  --incorrect 3\n--  all w:Work, w1:Work | no (w.ids & w1.ids)  --incorrect 4\n--  all w:Work, w1:Work | (w in User.profile && w1 in User.profile) implies no (w.ids & w1.ids)  --incorrect 5\n--  all u: User | all w1, w2: u.profile | not w1.ids = w2.ids  --incorrect 6\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.ids = w2.ids) and (w1.source = w2.source)) implies no (w1.ids & w2.ids)  --incorrect 7\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies (w1.ids != w2.ids)  --incorrect 8\n--  all u:User, w:Work, w1:Work | w.source = w1.source && w1 in u.profile && w in u.profile implies w.ids != w1.ids  --incorrect 9\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and no (w1.ids & w2.ids) and (w1.source = w2.source)) implies (w1=w2)  --incorrect 10\n--  lone Work<:(User.profile)  --incorrect 11\n--  all u:User, w1, w2:Work | w1 in u.profile and w2 in u.profile implies w1.ids not in w2.ids and w2.ids not in w1.ids  --incorrect 12\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.^ids = w2.ids)) implies w1=w2  --incorrect 13\n--  all u: User, w1, w2: u.profile | w1.ids != w2.ids  --incorrect 14\n--  all w1, w2:Work, u:User, i:Id | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies (w1.ids != w2.ids)  --incorrect 15\n--  all w:Work | lone w.ids  --incorrect 16\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies  (w1.ids not in w2.ids and w2.ids not in w1.ids)  --incorrect 17\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.ids = w2.ids) and (w1.source = w2.source)) implies w1=w2  --incorrect 18\n--  all w1, w2:Work, u:User | (w1 in u.profile and w2 in u.profile) implies  (w1.ids not in w2.ids and w2.ids not in w1.ids)  --incorrect 19\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.ids = w2.*ids) and (w1.source = w2.source)) implies w1=w2  --incorrect 20\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies (w1.ids != w2.ids)  --incorrect 21\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies no (w1.ids & w2.ids)  --incorrect 22\n--  Work<:ids != Work<:ids  --incorrect 23\n--  all w1, w2:Work, u:User | (w1 in u.profile and w2 in u.profile) implies w1.ids!=w2.ids   --incorrect 24\n--  all w1, w2:Work, u:User | (w1 in u.profile and w2 in u.profile) implies no (w1.ids & w2.ids)  --incorrect 25\n--  all w:Work, w1:Work | w in User.profile && w1 in User.profile implies no (w.ids & w1.ids)  --incorrect 26\n--  all w1, w2:Work, u:User | (w1 in u.profile and w2 in u.profile) and (w1.source=w2.source) implies no (w1.ids & w2.ids)  --incorrect 27\n--  all x, y : Work | x.ids != y.ids  --incorrect 28\n--  all w:Work, w1:Work | (w in User.profile && w1 in User.profile) implies no (w.ids & w1.ids)  --incorrect 29\n--  all w1, w2 : Work | some u : User | w1 != w2 and (w1 + w2) in u.profile implies no w1.ids & w2.ids  --incorrect 30\n--  all w1, w2 : Work | some u : User | w1 != w2 and (w1 + w2) in u.profile and (w1.source = w2.source) implies no w1.ids & w2.ids  --incorrect 31\n--  all w1,w2:Work | w1.ids = w2.ids implies w1 = w2  --incorrect 32\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.^ids = w2.^ids)) implies w1=w2  --incorrect 33\n--  Work<:ids != Work<:ids  --incorrect 34\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.ids = w2.ids)) implies w1=w2  --incorrect 35\n--  all w1, w2 : Work | some u : User, s : Source | w1 != w2 and (w1 + w2) in u.profile and (w1.source = w2.source) implies no w1.ids & w2.ids  --incorrect 36\n--  all u: User, w1, w2: u.profile | all i: w1.ids | i not in w2.ids  --incorrect 37\n--  all x, y : Work | x<:ids != y<:ids  --incorrect 38\n--  all u:User, w:Work, w1:Work | w1 in u.profile && w in u.profile implies w.ids != w1.ids  --incorrect 39\n--  all w:(User.profile) | lone w.ids  --incorrect 40\n--  ~ids.ids in iden  --incorrect 41\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.*ids = w2.*ids) and (w1.source = w2.source)) implies w1=w2  --incorrect 42\n--  Work<:ids != Work<:ids  --incorrect 43\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.ids = w2.ids)) implies w1=w2  --incorrect 44\n--  all x, y : Work | no x.ids & y.ids  --incorrect 45\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies no (w1.ids & w2.ids)  --incorrect 46\n--  all u: User, w1, w2: u.profile, i: w1.ids | i not in w2.ids  --incorrect 47\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.ids = w2.ids) and (w1.source = w2.source)) implies w1=w2  --incorrect 48\n--  all w1, w2:Work, u:User | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies (w1.ids != w2.ids)  --incorrect 49\n--  all w1, w2:Work, u:User, i:Id | ((w1 in u.profile and w2 in u.profile) and (w1.source = w2.source)) implies (w1.ids != w2.ids)  --incorrect 50\n{#m#()   all u:User , s:Source| lone (u.profile.source & s).ids } --incorrect 51 \n}\n\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n\tall u:User | u.visible in u.profile --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n\t\tall u:User, w:Work | w in u.profile implies (u in w.source or some i:Institution | i in w.source) --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n\t\tall w1, w2 : Work, u : User | w1 != w2 and (w1 + w2) in u.profile and (w1.source = w2.source) implies no w1.ids & w2.ids --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\n\n-- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 ","avg_line_length":76.6887755102,"max_line_length":170,"alphanum_fraction":0.6463974453}
{"size":766,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_agoura_hills\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_agoura_hills extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_agoura_hills.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_agoura_hills.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":17.4090909091,"max_line_length":46,"alphanum_fraction":0.7323759791}
{"size":2323,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test8 {\nsome disj FSM0: FSM {some disj State0, State1, State2: State {\nFSM = FSM0\nstart = FSM0->State2\nno stop\nState = State0 + State1 + State2\ntransition = State1->State1 + State2->State0 + State2->State1\n}}\n}\nrun test8 for 3 expect 0\npred test11 {\nsome disj FSM0: FSM {some disj State0, State1: State {\nFSM = FSM0\nstart = FSM0->State1\nstop = FSM0->State0\nState = State0 + State1\ntransition = State1->State0 + State1->State1\n}}\n}\nrun test11 for 3 expect 0\npred test9 {\nsome disj FSM0: FSM {some disj State0, State1: State {\nFSM = FSM0\nstart = FSM0->State1\nstop = FSM0->State0\nState = State0 + State1\ntransition = State0->State0 + State1->State0 + State1->State1\n}}\n}\nrun test9 for 3 expect 0\npred test12 {\nsome disj FSM0: FSM {some disj State0, State1: State {\nFSM = FSM0\nstart = FSM0->State1\nstop = FSM0->State0\nState = State0 + State1\ntransition = State0->State0 + State1->State0\n}}\n}\nrun test12 for 3 expect 0\npred test7 {\nsome disj FSM0: FSM {some disj State0, State1, State2: State {\nFSM = FSM0\nstart = FSM0->State1 + FSM0->State2\nstop = FSM0->State0\nState = State0 + State1 + State2\ntransition = State1->State0 + State2->State0\n}}\n}\nrun test7 for 3 expect 0\npred test5 {\nsome disj FSM0: FSM {some disj State0, State1: State {\nFSM = FSM0\nstart = FSM0->State0\nstop = FSM0->State1\nState = State0 + State1\ntransition = State0->State1\n}}\n}\nrun test5 for 3 expect 1\npred test1 {\nsome disj FSM0, FSM1: FSM {some disj State0, State1, State2: State {\nFSM = FSM0 + FSM1\nstart = FSM0->State2 + FSM1->State2\nstop = FSM1->State1\nState = State0 + State1 + State2\ntransition = State0->State1 + State2->State0 + State2->State1\n}}\n}\nrun test1 for 3 expect 0\npred test2 {\nsome disj FSM0, FSM1: FSM {some disj State0, State1: State {\nFSM = FSM0 + FSM1\nstart = FSM1->State1\nstop = FSM1->State0\nState = State0 + State1\ntransition = State1->State0\n}}\n}\nrun test2 for 3 expect 0\npred test3 {\nsome disj FSM0: FSM {some disj State0, State1: State {\nFSM = FSM0\nstart = FSM0->State1\nstop = FSM0->State0\nState = State0 + State1\ntransition = State1->State0\n}}\n}\nrun test3 for 3 expect 1\npred test4 {\nsome disj FSM0: FSM {some disj State0, State1, State2: State {\nFSM = FSM0\nstart = FSM0->State1\nstop = FSM0->State0\nState = State0 + State1 + State2\ntransition = State1->State2 + State2->State0 + State2->State2\n}}\n}\nrun test4 for 3 expect 1\n","avg_line_length":23.0,"max_line_length":68,"alphanum_fraction":0.7068445975}
{"size":4259,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"module CSOS\nopen Declaration\nsome sig Channel extends Class{}{\nattrSet = channelID\nid=channelID\nisAbstract = No\n}\none sig channelID extends Integer{}\none sig EmailChannel extends Class{}{\nattrSet = emailID\none parent\nparent in Channel\nisAbstract = No\nid=channelID\n}\none sig emailID extends Integer{}\none sig SecEmailChannel extends Class{}{\nattrSet = secEmailID\none parent\nparent in EmailChannel\nisAbstract = No\nid=channelID\n}\nabstract sig secEmailID extends Integer{}\none sig SMSChannel extends Class{}{\nattrSet = smsProvider + telNo\none parent\nparent in Channel\nisAbstract = No\nid=channelID\n}\none sig smsProvider extends string{}\none sig telNo extends string{}\none sig Principal extends Class{}{\nattrSet = principalID + principalName\nid=principalID\nisAbstract = No\nno parent\n}\nsome sig principalID extends Integer{}\none sig principalName extends string{}\none sig Person extends Class{}{\nattrSet = role\none parent\nparent in Principal\nisAbstract = No\nid=principalID\n}\none sig role extends Integer{}\none sig Viewer extends Class{}{\nattrSet = period\nid=principalID\none parent\nparent in Person\nisAbstract = No\n}\none sig period extends Integer{}\none sig Institution extends Class{}{\nattrSet = InstitutionID\none parent\nparent in Principal\nisAbstract = No\nid=principalID\n}\nabstract sig InstitutionID extends Integer{}\none sig PrincipalProxy extends Association{}{\nsrc = Principal\ndst = Channel\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig Role extends Class{}{\nattrSet = roleID\nid=roleID\nisAbstract = No\nno parent\n}\none sig roleID extends Integer{}\none sig PrincipalRole extends Association{}{\nsrc = Principal\ndst = Role\nsrc_multiplicity = MANY\ndst_multiplicity = MANY\n}\nabstract sig ProcessStateMachine extends Class{}{\nattrSet = stateMachineID \nid=stateMachineID\nisAbstract = No\nno parent\n}\none sig stateMachineID extends Integer{}\none sig ProcessStateMachineState extends Class{}{\nattrSet = stateID + entryActionID + exitActionID\nid=stateID\nisAbstract = No\nno parent\n}\none sig stateID extends Integer{}\nabstract sig entryActionID extends Integer{}\none sig exitActionID extends Integer{}\nabstract sig ProcessStateMachineAction extends Class{}{\nattrSet = actionID + actionStateMachineID\nid=actionID\nisAbstract = No\nno parent\n}\none sig actionID extends Integer{}\none sig actionStateMachineID extends Integer{}\none sig MachineStates extends Association{}{\nsrc = ProcessStateMachine\ndst = ProcessStateMachineState\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig ProcessStateMachineEvent extends Class{}{\nattrSet = eventID \nid=eventID\nisAbstract = No\nno parent\n}\none sig eventID extends Integer{}\none sig StateMachineEvents extends Association{}{\nsrc = ProcessStateMachine\ndst = ProcessStateMachineEvent\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig StateMachineTransitions extends Association{}{\nsrc = ProcessStateMachine\ndst = ProcessStateMachineTransition\nsrc_multiplicity = ONE\n}\none sig ProcessStateMachineTransition extends Class{}{\nattrSet = transitionID + fromStateID + toStateID \nid=transitionID\nisAbstract = No\nno parent\n}\none sig transitionID extends Integer{}\none sig fromStateID extends Integer{}\none sig toStateID extends Integer{}\nsome sig ProcessStateMachineExecution extends Class{}{\nattrSet = processStateMachineExecutionID + processStateMachineID + currentStateID \nid=processStateMachineExecutionID\nisAbstract = No\nno parent\nisAbstract = No\n}\nabstract sig processStateMachineExecutionID extends Integer{}\none sig processStateMachineID extends Integer{}\none sig currentStateID extends Integer{}\none sig ProcessQueryResponse extends Class{}{\nattrSet = processQueryResponseID\none parent\nparent in ProcessStateMachine\nisAbstract = No\nid=stateMachineID\n}\nabstract sig processQueryResponseID extends Integer{}\none sig ProcessQueryResponseAction extends Class{}{\nattrSet = processQueryResponseActionID\none parent\nparent in ProcessStateMachineAction\nisAbstract = No\nid=actionID\n}\nabstract sig processQueryResponseActionID extends Integer{}\none sig ProcessQueryResponseExecution extends Class{}{\nattrSet = processQueryResponseExecutionID\none parent\nparent in ProcessStateMachineExecution\nisAbstract = No\nid=processStateMachineExecutionID\n}\none sig processQueryResponseExecutionID extends Integer{}\npred show{}\nrun show for 51\n","avg_line_length":23.9269662921,"max_line_length":82,"alphanum_fraction":0.8161540268}
{"size":2015,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"module decider\nopen Declaration\nsome sig NameSpace extends Class{}{\nattrSet = namespaceID+namespaceName\nid=namespaceID\nisAbstract = No\nno parent\n}\nlone sig namespaceID extends Integer{}\nlone sig namespaceName extends string{}\nsome sig Variable extends Class{}{\nattrSet = variableID+variableName\nid=variableID\nisAbstract = No\nno parent\n}\none sig variableID extends Integer{}\nabstract sig variableName extends string{}\nlone sig Relationship extends Class{}{\nattrSet = relationshipID+relationshipName\nid=relationshipID\nisAbstract = No\nno parent\n}\nsome sig relationshipID extends Integer{}\none sig relationshipName extends string{}\none sig varAssociation extends Association{}{\nsrc = Variable\ndst = Relationship\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig Role extends Class{}{\nattrSet = roleID \/\/+roleName\nid=roleID\nno parent\n}\nabstract sig roleID extends Integer{}\nlone sig DecisionSpace extends Class{}{\nattrSet = decisionSpaceName\nid=namespaceID\nisAbstract = No\none parent\nparent in NameSpace\n}\none sig decisionSpaceName extends string{}\none sig Participant extends Class{}{\nattrSet=participantID\nid=participantID\nisAbstract = No\nno parent\n}\none sig participantID extends Integer{}\none sig descisionSpaceParticipantsAssociation extends Association{}{\nsrc = DecisionSpace\ndst = Participant\nsrc_multiplicity = MANY\ndst_multiplicity = MANY\n}\none sig descisionSpaceVariablesAssociation extends Association{}{\nsrc = DecisionSpace\ndst = Variable\nsrc_multiplicity = ONE\ndst_multiplicity = MANY\n}\none sig User extends Class{}{\nattrSet = username+password\nid=participantID\none parent\nparent in Participant\nisAbstract = No\n}\none sig username extends string{}\none sig password extends string{}\nlone sig Viewer extends Class{}{\nattrSet = period\nid=participantID\none parent\nisAbstract = No\n}\none sig period extends Integer{}\nlone sig Developer extends Class{}{\nattrSet = department\nid=participantID\none parent\nparent in User\nisAbstract = No\n}\nlone sig department extends Integer{}\npred Decider{}\nrun Decider for 28\n","avg_line_length":21.902173913,"max_line_length":68,"alphanum_fraction":0.8064516129}
{"size":3356,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_SmartSecurity\n\nopen IoTBottomUp as base\n\nopen cap_motionSensor\nopen cap_alarm\nopen cap_switch\nopen cap_contactSensor\n\n\none sig app_SmartSecurity extends IoTApp {\n  \n  intrusionContacts : some cap_contactSensor,\n  \n  residentMotions : some cap_motionSensor,\n  \n  state : one cap_state,\n  \n  alarms : some cap_alarm,\n  \n  intrusionMotions : some cap_motionSensor,\n  \n  lights : some cap_switch,\n} {\n  rules = r\n}\n\n\n\none sig cap_state extends Capability {} {\n  attributes = cap_state_attr\n}\nabstract sig cap_state_attr extends Attribute {}\n\n\none sig cap_state_attr_mode extends cap_state_attr {} {\n  values = cap_state_attr_mode_val\n}\n\nabstract sig cap_state_attr_mode_val extends AttrValue {}\none sig cap_state_attr_mode_val_newMode extends cap_state_attr_mode_val {}\n\none sig cap_state_attr_alarmActive extends cap_state_attr {} {\n  values = cap_state_attr_alarmActive_val\n}\n\nabstract sig cap_state_attr_alarmActive_val extends AttrValue {}\none sig cap_state_attr_alarmActive_val_null extends cap_state_attr_alarmActive_val {}\none sig cap_state_attr_alarmActive_val_true extends cap_state_attr_alarmActive_val {}\none sig cap_state_attr_alarmActive_val_false extends cap_state_attr_alarmActive_val {}\n\none sig cap_state_attr_runIn extends cap_state_attr {} {\n  values = cap_state_attr_runIn_val\n}\n\nabstract sig cap_state_attr_runIn_val extends AttrValue {}\none sig cap_state_attr_runIn_val_on extends cap_state_attr_runIn_val {}\none sig cap_state_attr_runIn_val_off extends cap_state_attr_runIn_val {}\n\none sig cap_state_attr_lastIntruderMotion extends cap_state_attr {} {\n  values = cap_state_attr_lastIntruderMotion_val\n}\n\nabstract sig cap_state_attr_lastIntruderMotion_val extends AttrValue {}\none sig cap_state_attr_lastIntruderMotion_val_null extends cap_state_attr_lastIntruderMotion_val {}\n\none sig cap_state_attr_residentsAreUp extends cap_state_attr {} {\n  values = cap_state_attr_residentsAreUp_val\n}\n\nabstract sig cap_state_attr_residentsAreUp_val extends AttrValue {}\none sig cap_state_attr_residentsAreUp_val_true extends cap_state_attr_residentsAreUp_val {}\none sig cap_state_attr_residentsAreUp_val_null extends cap_state_attr_residentsAreUp_val {}\none sig cap_state_attr_residentsAreUp_val_false extends cap_state_attr_residentsAreUp_val {}\n\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r0 extends r {}{\n  no triggers\n  conditions = r0_cond\n  commands   = r0_comm\n}\n\n\n\n\nabstract sig r0_cond extends Condition {}\n\n\nabstract sig r0_comm extends Command {}\n\none sig r0_comm0 extends r0_comm {} {\n  capability   = app_SmartSecurity.state\n  attribute = cap_state_attr_residentsAreUp\n  value = cap_state_attr_residentsAreUp_val_false\n}\n\none sig r1 extends r {}{\n  no triggers\n  conditions = r1_cond\n  commands   = r1_comm\n}\n\n\n\n\nabstract sig r1_cond extends Condition {}\n\none sig r1_cond0 extends r1_cond {} {\n  capabilities = app_SmartSecurity.state\n  attribute    = cap_state_attr_alarmActive\n  value        = cap_state_attr_alarmActive_val\n}\none sig r1_cond1 extends r1_cond {} {\n  capabilities = app_SmartSecurity.state\n  attribute    = cap_state_attr_runIn\n  value        = cap_state_attr_runIn_val_on\n}\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_SmartSecurity.state\n  attribute = cap_state_attr_runIn\n  value = cap_state_attr_runIn_val_on\n}\n\n\n\n","avg_line_length":25.0447761194,"max_line_length":99,"alphanum_fraction":0.8125744934}
{"size":4412,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n{  Student + Teacher in none} \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv4\n}\n\nassert __repair {\n\tinv4 <=> {\n Person in (Student + Teacher) \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.1826086957,"max_line_length":128,"alphanum_fraction":0.679057117}
{"size":862,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_wemo_insight_on_turns_on_wemo_switch\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_wemo_insight_on_turns_on_wemo_switch extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_wemo_insight_on_turns_on_wemo_switch.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_wemo_insight_on_turns_on_wemo_switch.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":19.5909090909,"max_line_length":66,"alphanum_fraction":0.7621809745}
{"size":220,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idTcEpuweAvAryvqyKu_prop1 {\n\t\n\tonce (all t:Track | t.signal = Green implies (before t.signal != Green))\n}\npred __repair { idTcEpuweAvAryvqyKu_prop1 }\ncheck __repair { idTcEpuweAvAryvqyKu_prop1 <=> prop1o }","avg_line_length":31.4285714286,"max_line_length":73,"alphanum_fraction":0.7636363636}
{"size":4521,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n{  all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors } \n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv14\n}\n\nassert __repair {\n\tinv14 <=> {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.6565217391,"max_line_length":131,"alphanum_fraction":0.6761778368}
{"size":194,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred id9Qz5xfsLeTscZ9Atf_prop4 {\n  some File\n  some f:File | eventually f in Trash\n}\npred __repair { id9Qz5xfsLeTscZ9Atf_prop4 }\ncheck __repair { id9Qz5xfsLeTscZ9Atf_prop4 <=> prop4o }","avg_line_length":27.7142857143,"max_line_length":55,"alphanum_fraction":0.7886597938}
{"size":4491,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n{  all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches  } \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv11\n}\n\nassert __repair {\n\tinv11 <=> {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv11\n}\n\n","avg_line_length":19.1923076923,"max_line_length":128,"alphanum_fraction":0.6791360499}
{"size":189,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idiPYGyhsCvo5Y22Dki_prop3 {\n\t\n  always all t : Track | always lone t.pos\n}\npred __repair { idiPYGyhsCvo5Y22Dki_prop3 }\ncheck __repair { idiPYGyhsCvo5Y22Dki_prop3 <=> prop3o }","avg_line_length":27.0,"max_line_length":55,"alphanum_fraction":0.7777777778}
{"size":898,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_mute_android_at_pershore_christadelphian_hall\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_mute_android_at_pershore_christadelphian_hall extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_mute_android_at_pershore_christadelphian_hall.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_mute_android_at_pershore_christadelphian_hall.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":20.4090909091,"max_line_length":75,"alphanum_fraction":0.771714922}
{"size":1053,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test11 {\nsome disj Object0: Object {some disj Object0, Class0: Class {\nObject = Object0\nClass = Object0 + Class0\next = Object0->Object0 + Class0->Class0\nAcyclic[]\n}}\n}\nrun test11 for 3 expect 0\npred test25 {\nsome disj Object0: Object {some disj Object0, Class0: Class {\nObject = Object0\nClass = Object0 + Class0\next = Object0->Class0\nObjectNoExt[]\n}}\n}\nrun test25 for 3 expect 0\npred test21 {\nsome disj Object0: Object {some disj Object0, Class0, Class1: Class {\nObject = Object0\nClass = Object0 + Class0 + Class1\next = Class0->Class1 + Class1->Object0\nAllExtObject[]\n}}\n}\nrun test21 for 3 expect 1\npred test6 {\nsome disj Object0, Object1: Object {some disj Class0, Object0, Object1: Class {\nObject = Object0 + Object1\nClass = Class0 + Object0 + Object1\next = Class0->Object1 + Object0->Object0 + Object1->Class0\n}}\n}\nrun test6 for 3 expect 0\npred test20 {\nsome disj Object0: Object {some disj Object0, Class0: Class {\nObject = Object0\nClass = Object0 + Class0\next = Object0->Object0 + Class0->Object0\nAllExtObject[]\n}}\n}\nrun test20 for 3 expect 1\n","avg_line_length":23.4,"max_line_length":79,"alphanum_fraction":0.7274453941}
{"size":187,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred id28sfjMt6pYJq9yMjG_prop8 {\n\teventually (all f:File | link.f in Trash)\n}\npred __repair { id28sfjMt6pYJq9yMjG_prop8 }\ncheck __repair { id28sfjMt6pYJq9yMjG_prop8 <=> prop8o }","avg_line_length":31.1666666667,"max_line_length":55,"alphanum_fraction":0.7914438503}
{"size":8560,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"enum util'boolean {\n\tutil'boolean'true, util'boolean'false\n}\none sig util'language {\n\tAsDeclaration'pattern'queries'child : type'EClass'class->type'EClass'class,\n\tutil'root : one type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class))))))))),\n\tutil'contains : (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class)))))))))) lone->set (type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class))))))))))\n}\nabstract sig util'Object {\n}\nabstract sig type'ENamedElement'class extends util'Object {\n}\nabstract sig type'EClassifier'class extends type'ENamedElement'class {\n\tePackage'reference'EClassifier : lone type'EPackage'class\n}\nsig type'EClass'class extends type'EClassifier'class {\n\teStructuralFeatures'reference'EClass : set type'EStructuralFeature'class,\n\teSuperTypes'reference'EClass : set type'EClass'class,\n\tabstract'attribute'EClass : lone util'boolean\n}\nabstract sig type'ETypedElement'class extends type'ENamedElement'class {\n\teType'reference'ETypedElement : lone type'EClassifier'class,\n\tlowerBound'attribute'ETypedElement : lone Int,\n\tupperBound'attribute'ETypedElement : lone Int\n}\nabstract sig type'EStructuralFeature'class extends type'ETypedElement'class {\n\teContainingClass'reference'EStructuralFeature : lone type'EClass'class\n}\nsig type'EReference'class extends type'EStructuralFeature'class {\n\teOpposite'reference'EReference : lone type'EReference'class,\n\tcontainment'attribute'EReference : lone util'boolean\n}\nsig type'EAttribute'class extends type'EStructuralFeature'class {\n}\nsig type'EPackage'class extends type'ENamedElement'class {\n\teClassifiers'reference'EPackage : set type'EClassifier'class\n}\nsig type'EDataType'class extends type'EClassifier'class {\n}\nsig type'EEnum'class extends type'EDataType'class {\n\teLiterals'reference'EEnum : set type'EEnumLiteral'class\n}\nsig type'EEnumLiteral'class extends type'ENamedElement'class {\n\teEnum'reference'EEnumLiteral : lone type'EEnum'class\n}\npred pattern'queries'attributeHasType [parameter'a: type'EAttribute'class, parameter'd: type'EDataType'class] {\n\tparameter'd in type'EDataType'class && (parameter'a in type'EAttribute'class && parameter'd in parameter'a.eType'reference'ETypedElement)\n}\npred pattern'queries'attributeHasNotTypeConstraint [parameter'a: type'EAttribute'class] {\n\tall variable'0: type'EDataType'class { parameter'a in type'EAttribute'class && not (pattern'queries'attributeHasType [ parameter'a , variable'0 ]) }\n}\npred pattern'queries'child [parameter'c1: type'EClass'class, parameter'c2: type'EClass'class] {\n\tparameter'c2 in parameter'c1.eSuperTypes'reference'EClass && parameter'c2 in type'EClass'class\n}\npred pattern'queries'noCycles [parameter'c: type'EClass'class] {\n\tparameter'c->parameter'c in ^ (util'language.AsDeclaration'pattern'queries'child)\n}\npred pattern'queries'referenceHasType [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'c in type'EClass'class && (parameter'r in type'EReference'class && parameter'c in parameter'r.eType'reference'ETypedElement)\n}\npred pattern'queries'classHasReference [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'r in type'EReference'class && parameter'r in parameter'c.eStructuralFeatures'reference'EClass\n}\npred pattern'queries'referenceHasNotTypeConstraint [parameter'r: type'EReference'class] {\n\tall variable'0: type'EClass'class { parameter'r in type'EReference'class && not (pattern'queries'referenceHasType [ parameter'r , variable'0 ]) }\n}\npred pattern'queries'oppositeOfitself [parameter'r: type'EReference'class] {\n\tparameter'r in parameter'r.eOpposite'reference'EReference\n}\npred pattern'queries'isOpposite [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference && parameter'rr in type'EReference'class\n}\npred pattern'queries'oppositeRestriction [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference && (parameter'rr in type'EReference'class && not (pattern'queries'isOpposite [ parameter'rr , parameter'r ]))\n}\npred pattern'queries'oppositeRestrictionSameClasses [parameter'r: type'EReference'class] {\n\tsome variable'rr: type'EReference'class, variable'c1: type'EClassifier'class, variable'c4: type'EClass'class { variable'rr in parameter'r.eOpposite'reference'EReference && (variable'rr in type'EReference'class && (variable'c1 in parameter'r.eType'reference'ETypedElement && (variable'c1 in type'EClassifier'class && (variable'rr in variable'c4.eStructuralFeatures'reference'EClass && variable'c1 != variable'c4)))) }\n}\nfact EqualsAsDeclaration'pattern'queries'child {\n\tall a: type'EClass'class, b: type'EClass'class { pattern'queries'child [ a , b ] <=> a->b in util'language.AsDeclaration'pattern'queries'child }\n}\nfact util'containmentDefinition {\n\tutil'language.util'contains = eStructuralFeatures'reference'EClass + (eClassifiers'reference'EPackage + eLiterals'reference'EEnum)\n}\nfact util'noParentForRoot {\n\tno parent: type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class))))))))) { parent->(util'language.util'root) in util'language.util'contains }\n}\nfact util'atLeastOneParent {\n\tall child: type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class))))))))) { child = util'language.util'root || (some parent: type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class))))))))) { parent->child in util'language.util'contains }) }\n}\nfact util'noCircularContainment {\n\tno circle: type'ENamedElement'class + (type'EStructuralFeature'class + (type'EPackage'class + (type'EEnum'class + (type'EClassifier'class + (type'EClass'class + (type'ETypedElement'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EAttribute'class + type'EDataType'class))))))))) { circle->circle in ^ (util'language.util'contains) }\n}\nfact oppositeReference'ePackage'EClassifier {\n\tePackage'reference'EClassifier = ~ eClassifiers'reference'EPackage\n}\nfact oppositeReference'eStructuralFeatures'EClass {\n\teStructuralFeatures'reference'EClass = ~ eContainingClass'reference'EStructuralFeature\n}\nfact oppositeReference'eLiterals'EEnum {\n\teLiterals'reference'EEnum = ~ eEnum'reference'EEnumLiteral\n}\nfact errorpattern'queries'attributeHasNotTypeConstraint {\n\tall p0: type'EAttribute'class { not (pattern'queries'attributeHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'noCycles {\n\tall p0: type'EClass'class { not (pattern'queries'noCycles [ p0 ]) }\n}\nfact errorpattern'queries'referenceHasNotTypeConstraint {\n\tall p0: type'EReference'class { not (pattern'queries'referenceHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'oppositeOfitself {\n\tall p0: type'EReference'class { not (pattern'queries'oppositeOfitself [ p0 ]) }\n}\nfact errorpattern'queries'oppositeRestriction {\n\tall p0: type'EReference'class, p1: type'EReference'class { not (pattern'queries'oppositeRestriction [ p0 , p1 ]) }\n}\nfact errorpattern'queries'oppositeRestrictionSameClasses {\n\tall p0: type'EReference'class { not (pattern'queries'oppositeRestrictionSameClasses [ p0 ]) }\n}\nfact UpperMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class <= 1\n}\nfact LowerMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class >= 1\n}\nrun { } for exactly 5 util'Object , 2 Int , exactly 0 String","avg_line_length":67.4015748031,"max_line_length":684,"alphanum_fraction":0.7820093458}
{"size":4434,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n{  all x : Teacher, y : Class  | x->y in Teaches } \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv6\n}\n\nassert __repair {\n\tinv6 <=> {\n  Teacher in Teaches.Class \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.2782608696,"max_line_length":128,"alphanum_fraction":0.6774921065}
{"size":731,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_bnw\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_bnw extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_bnw.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_bnw.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_off\n}\n\n\n\n","avg_line_length":16.6136363636,"max_line_length":47,"alphanum_fraction":0.7195622435}
{"size":1419,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_JesperTest\n\nopen IoTBottomUp as base\nopen cap_runIn\nopen cap_now\n\nopen cap_switch\n\nopen cap_app\nopen cap_location\n\none sig app_JesperTest extends IoTApp {\n  location : one cap_location,\n  app : one cap_app,  \n  switches : some cap_switch,\n} {\n  rules = r\n  \/\/capabilities = switches + app\n}\n\n\n\n\n\n\nabstract sig r extends Rule {}\n\none sig r0 extends r {}{\n  triggers   = r0_trig\n  conditions = r0_cond\n  commands   = r0_comm\n}\n\nabstract sig r0_trig extends Trigger {}\n\none sig r0_trig0 extends r0_trig {} {\n  capabilities = app_JesperTest.app\n  attribute    = cap_app_attr_app\n  value        = cap_app_attr_app_val_appTouch\n}\n\n\nabstract sig r0_cond extends Condition {}\n\n\nabstract sig r0_comm extends Command {}\n\none sig r0_comm0 extends r0_comm {} {\n  capability   = app_JesperTest.switches\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  conditions = r1_cond\n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_JesperTest.location\n  attribute    = cap_location_attr_mode\n  no value\n}\n\n\nabstract sig r1_cond extends Condition {}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_JesperTest.switches\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":17.3048780488,"max_line_length":46,"alphanum_fraction":0.7307963354}
{"size":1749,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/\/Line and OP: Line 18 <CUOI> \n\/\/ORIGINAL: (f in Trash)\n\/\/MUTATION: ! (f in Trash)\nopen util\/integer as integer\n\n\nsig File {\n\tlink : set File\n}\n\nsig Trash extends File {\n}\n\nsig Protected extends File {\n}\n\npred inv1 []{\n\tall f : File | ! (f in Trash)\n}\n\npred inv2 []{\n\tFile in Trash\n}\n\npred inv3 []{\n\tsome Trash\n}\n\npred inv4 []{\n\tno (Protected & Trash)\n}\n\npred inv5 []{\n\t(File - Protected) in Trash\n}\n\npred inv6 []{\n\t((~ link) . link) in iden\n}\n\npred inv7 []{\n\tno (link . Trash)\n}\n\npred inv8 []{\n\tno link\n}\n\npred inv9 []{\n\tno (link . link)\n}\n\npred inv10 []{\n\t(Trash . link) in Trash\n}\n\npred inv1_OK []{\n\tno Trash\n}\n\npred inv2_OK []{\n\tFile in Trash\n}\n\npred inv3_OK []{\n\tsome Trash\n}\n\npred inv4_OK []{\n\tno (Protected & Trash)\n}\n\npred inv5_OK []{\n\t(File - Protected) in Trash\n}\n\npred inv6_OK []{\n\t((~ link) . link) in iden\n}\n\npred inv7_OK []{\n\tno (link . Trash)\n}\n\npred inv8_OK []{\n\tno link\n}\n\npred inv9_OK []{\n\tno (link . link)\n}\n\npred inv10_OK []{\n\t(Trash . link) in Trash\n}\n\nassert inv1_Repaired {\n\tinv1[] <=> inv1_OK[]\n}\n\nassert inv2_Repaired {\n\tinv2[] <=> inv2_OK[]\n}\n\nassert inv3_Repaired {\n\tinv3[] <=> inv3_OK[]\n}\n\nassert inv4_Repaired {\n\tinv4[] <=> inv4_OK[]\n}\n\nassert inv5_Repaired {\n\tinv5[] <=> inv5_OK[]\n}\n\nassert inv6_Repaired {\n\tinv6[] <=> inv6_OK[]\n}\n\nassert inv7_Repaired {\n\tinv7[] <=> inv7_OK[]\n}\n\nassert inv8_Repaired {\n\tinv8[] <=> inv8_OK[]\n}\n\nassert inv9_Repaired {\n\tinv9[] <=> inv9_OK[]\n}\n\nassert inv10_Repaired {\n\tinv10[] <=> inv10_OK[]\n}\n\ncheck inv1_Repaired expect 0\ncheck inv2_Repaired expect 0\ncheck inv3_Repaired expect 0\ncheck inv4_Repaired expect 0\ncheck inv5_Repaired expect 0\ncheck inv6_Repaired expect 0\ncheck inv7_Repaired expect 0\ncheck inv8_Repaired expect 0\ncheck inv9_Repaired expect 0\ncheck inv10_Repaired expect 0\n\n","avg_line_length":11.8175675676,"max_line_length":30,"alphanum_fraction":0.6460834763}
{"size":18055,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/*\nA labeled transition system (LTS) is comprised by States, a sub-set\nof which are Initial, connected by transitions, here represented by \nEvents.\n*\/\nsig State {\n        trans : Event -> State\n}\nsig Init in State {}\nsig Event {}\n\n\/*\nThe LTS does not contain deadlocks, ie, each state has at least a \ntransition.\n*\/\npred inv1 {\n\tall s: State | some s.trans --correct\n-- all s : State | some State.trans  --incorrect 1 \n-- all s : State | some trans  --incorrect 2\n-- all s1, s2:State | some e:Event | (s1->e->s2 in trans and s1 != s2)  --incorrect 3\n-- all s1, s2:State | some e:Event | s1->e->s2 in trans  --incorrect 4\n-- all s1, s2:State | some e:Event | s1->e->s2 in trans implies s1!=s2  --incorrect 5\n-- all s:State , e:Event | some e->s  --incorrect 6\n-- all s:State | lone s.trans  --incorrect 7\n-- all s:State | some trans  --incorrect 8 \n-- all x : State | some x.trans.Event  --incorrect 9 \n-- lone State.trans  --incorrect 10\n-- some State.trans  --incorrect 11 \n-- some State.trans & Event->State  --incorrect 12 \n-- some State.trans.State  --incorrect 13 \n-- some State<:trans  --incorrect 14 \n-- some trans  --incorrect 15 \n-- some trans.State  --incorrect 16 \n}\n\n\/*\nThere is a single initial state.\n*\/\npred inv2 {\n\tone Init --correct\n-- all s1,s2:Init | s1=s2  --incorrect 1 \n-- all s1,s2:State | s1 in Init and s2 in Init implies s1=s2  --incorrect 2 \n-- all s:State | no s.trans  --incorrect 3 \n-- all x, y : Init | some x implies x = y  --incorrect 4 \n-- all x, y : Init | x = y  --incorrect 5 \n-- all x, y : Init | x = y and some x  --incorrect 6 \n-- lone Init  --incorrect 7 \n-- one s : State | no trans.s  --incorrect 8\n-- one State  --incorrect 9\n-- one State && all s:State | no s.trans  --incorrect 10\n-- one State && no trans --incorrect 11\n}\n\n\/*\nThe LTS is deterministic, ie, each state has at most a transition for each event.\n*\/\npred inv3 {\n\tall s : State, e : Event | lone e.(s.trans) --correct \n-- ((State.trans).Event) in State  --incorrect 1 \n-- (Event.(State.trans)) in State  --incorrect 2 \n-- all  y : Event | lone trans.y  --incorrect 3\n-- all  y : State | lone y.trans  --incorrect 4 \n-- all e : Event | lone e<:(State.trans)  --incorrect 5\n-- all e : Event | lone e<:(State.trans.State)  --incorrect 6\n-- all e:Event, s:State | lone e  --incorrect 7\n-- all s : State | lone s.trans  --incorrect 8 \n-- all s : State | lone s.trans.State  --incorrect 9 \n-- all s : State | one s.trans  --incorrect 10\n-- all s : State, e : Event | lone s.(e.trans)  --incorrect 11 \n-- all s : State, e : Event | one e.(s.trans)  --incorrect 12 \n-- all s : State, e : Event | one s.(e.trans)  --incorrect 13 \n-- all s,s1:State,e:Event | s->e->s1 in trans  --incorrect 14 \n-- all s1, s2:State | one e:Event | lone s1->e->s2  --incorrect 15 \n-- all s1, s2:State, e:Event | lone s1->e->s2  --incorrect 16 \n-- all s:State | all e1,e2:Event | e1->s in s.trans and e2->s in s.trans implies e1=e2  --incorrect 17 \n-- all s:State | all e:Event |  e->s in s.trans  --incorrect 18 \n-- all s:State | Event = s.trans.State  --incorrect 19 \n-- all s:State | lone (s.trans)  --incorrect 20 \n-- all s:State | lone (State-s).trans  --incorrect 21 \n-- all s:State | lone e:Event |  e->s in s.trans  --incorrect 22 \n-- all s:State | lone s.trans  --incorrect 23 \n-- all s:State | lone s.trans.Event  --incorrect 24 \n-- all s:State | lone s.trans.State  --incorrect 25 \n-- all s:State | lone State.~(s.trans)  --incorrect 26 \n-- all s:State | lone trans.s  --incorrect 27 \n-- all s:State | one e:Event |  e->s in s.trans  --incorrect 28 \n-- all s:State | s.trans.State in Event  --incorrect 29 \n-- all s:State, e:Event | lone s.trans  --incorrect 30 \n-- all s:State, e:Event | lone s.trans.e  --incorrect 31 \n-- all s:State, s1:State, e:Event | lone e->s1  --incorrect 32 \n-- all s:State,e:Event | lone s.trans  --incorrect 33 \n-- all s:State,e:Event | lone s.trans.e  --incorrect 34 \n-- all s:State,e:Event | lone s.trans.Event  --incorrect 35 \n-- all s:State| lone Event->State & s.trans  --incorrect 36 \n-- all x : Event, y : State | lone y.trans.x  --incorrect 37 \n-- all x : State | lone x.trans  --incorrect 38 \n-- all x : State, y : Event | lone (x.trans).y  --incorrect 39 \n-- all x : State, y : Event | lone x.trans.y  --incorrect 40 \n-- lone State.trans.State  --incorrect 41 \n-- lone trans  --incorrect 42 \n-- lone trans.State --incorrect 43\n}\n\n\n\/*\nAll states are reachable from an initial state.\n*\/\npred inv4 {\n --   let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n -- State in Init.^tr --correct\n --  all e:Event | State in e.^(Init.trans)  --incorrect 1 \n -- all i : Init, s : State | s in i.*(trans[Event])  --incorrect 2\n-- all i:Init | i.trans in State.trans  --incorrect 3\n-- all i:Init | State in Event.(i.trans)  --incorrect 4\n-- all i:Init | State in Event.^(i.trans)  --incorrect 5 \n-- all i:Init, s:State, e:Event | i!=s and i->e->s in trans  --incorrect 6\n-- all i:Init, s:State, e:Event | i->e->s in trans  --incorrect 7\n-- all s : State | one Init  --incorrect 8\n-- all s : State | s in Init.^(Event.trans)  --incorrect 9\n-- all s : State | some (Init <: trans).s  --incorrect 10\n-- all s : State | some (Init.trans).s  --incorrect 11 \n-- all s : State | some Init.( s.trans)  --incorrect 12 \n-- all s : State | some Init.(s<:trans)  --incorrect 13 \n-- all s : State | some Init.*(s.trans)  --incorrect 14 \n-- all s : State | some Init<:(s.trans)  --incorrect 15 \n-- all s : State | some s.(Init . trans)  --incorrect 16 \n-- all s : State | some s.(Init.trans)  --incorrect 17 \n-- all s : State | some s.(Init<:trans)  --incorrect 18 \n-- all s : State | some s.(Init<:trans:>State)  --incorrect 19 \n-- all s : State | State in Init.*(s.trans)  --incorrect 20 \n-- all s : State | State in Init.^(s.trans)  --incorrect 21 \n-- all s : State, e : Event | State in e.^(s.trans)  --incorrect 22 \n-- all s : State, e : Event| State in e.^(s.trans)  --incorrect 23 \n-- all s : State, i : Init | some (i <: trans).s  --incorrect 24 \n-- all s : State, i : Init | some s.(i <: trans)  --incorrect 25 \n-- all s: State | s in Init.^(Event.trans)  --incorrect 26 \n{#m#()  all s:(State-Init) | s in Event.(Init.trans) } --incorrect 27  \n-- all s:(State-Init) | s in Event.^(Init.trans)  --incorrect 28 \n-- all s:(State-Init) | s in Init.(Event.trans)  --incorrect 29 \n-- all s:State | Init->Event->(s-Init) in trans  --incorrect 30 \n-- all s:State | Init->Event->s in trans  --incorrect 31 \n-- all s:State | s in Event.(Init.trans)  --incorrect 32 \n-- all s:State | s in Event.^(Init.trans)  --incorrect 33 \n-- all s:State | s.^(s.trans) = State  --incorrect 34 \n-- all s:State | some s.trans  --incorrect 35 \n-- all s:State | State in s.trans.Event  --incorrect 36 \n-- all s:State, s1:State, e:Event | e->s1 in s.trans  --incorrect 37 \n-- all s:State, s1:State, e:Event | lone s.trans.Event  --incorrect 38 \n-- all x  : Event | State in *(Init.trans).x  --incorrect 39 \n-- all x  : Event | State in Init.(*(trans.x))  --incorrect 40 \n-- all x  : Event | State in Init.*(trans.x)  --incorrect 41 \n-- all x : Init | State in (*(x.trans)).Event  --incorrect 42 \n-- all x : Init | State in (x.trans).Event  --incorrect 43 \n-- all x : Init | State in Event.*(x.trans)  --incorrect 44 \n-- all x : Init | State in Event.*(x.trans) + x  --incorrect 45 \n-- all x : Init | State in x.trans.Event  --incorrect 46 \n-- all x : Init, y : Event | State in *(x.trans).y  --incorrect 47 \n-- all x : Init, y : Event | State in x.*(trans.y)  --incorrect 48\n-- all x : Init, y : Event | State in y.(x.trans)  --incorrect 49 \n-- all x : Init, y : Event | State in y.*(x.trans)  --incorrect 50 \n-- all x : Init, y : Event | State in y.*(x.trans) + x  --incorrect 51 \n-- all x : Init, y : Event | State in y.^(x.trans)  --incorrect 52 \n-- all x : Init, y : State | State in y.(x.trans)  --incorrect 53 \n-- all x : Init, y : State | State in y.^(x.trans)  --incorrect 54 \n-- all x : State | State in Event.*(x.trans)  --incorrect 55 \n-- Init in Event  --incorrect 56 \n-- Init in State  --incorrect 57 \n-- Init.*(Event.trans) in State  --incorrect 58 \n-- Init.trans.Event = State  --incorrect 59 \n-- no trans[Event]  --incorrect 60 \n-- some (Event.(Init.trans))  --incorrect 61 \n-- some *(Init.trans)  --incorrect 62 \n-- some ^(Init.trans)  --incorrect 63 \n-- some Event.(Init.trans)  --incorrect 64 \n-- some Event.^(Init.trans)  --incorrect 65 \n-- some Init.trans  --incorrect 66 \n-- some Init.trans.Event  --incorrect 67 \n-- State in (Event.(Init.trans) + Init)  --incorrect 68 \n-- State in Event.(*(Init.trans))  --incorrect 69 \n-- State in Event.(Init.trans)  --incorrect 70 \n-- State in Event.(Init.trans) + Init  --incorrect 71 \n-- State in Event.*(Init.trans)  --incorrect 72 \n-- State in Event.^(Init.trans)  --incorrect 73 \n-- State in Init.(Event.trans)  --incorrect 74 \n-- State in Init.*(Event.trans)  --incorrect 75 \n-- State in Init.trans.Event  --incorrect 76 \n-- State.(Event.trans) in Init.*(Event.trans)  --incorrect 77 \n}\n\n\/*\nAll the states have the same events available.\n*\/\npred inv5 {\n\tall s:State, s1:State | s.trans.State = s1.trans.State --correct\n-- all s : State | Event = s.(State->Event)  --incorrect 1\n-- all s : State | Event in s.(State->Event)  --incorrect 2 \n-- all s : State | Event in s.(trans.Event)  --incorrect 3 \n-- all s : State | Event.(s.trans) in Event.(State.trans)  --incorrect 4\n-- all s : State | s.trans = State.trans  --incorrect 5\n-- all s : State | s.trans in State.trans  --incorrect 6 \n-- all s : State | some (s.trans).Event  --incorrect 7 \n-- all s : State | some Event.(s.trans)  --incorrect 8 \n-- all s : State | some Event.(s<:trans)  --incorrect 9 \n-- all s : State | some s->Event  --incorrect 10 \n-- all s : State, e : Event | e.(s.trans) in Event.(State.trans)  --incorrect 11 \n-- all s : State, e : Event | some (s.trans).e  --incorrect 12 \n-- all s : State, e : Event | some e.(s.trans)  --incorrect 13 \n-- all s,s1:State,e:Event | s->e->s1 in trans  --incorrect 14 \n-- all s,s1:State,e:Event|some s2,s3:State | s->e->s2 in trans implies s1->e->s3 in trans  --incorrect 15 \n-- all s1, s2 : State | s1.trans = s2.trans  --incorrect 16 \n-- all s1, s2:State, e:Event | s1->e->s2 in trans  --incorrect 17 \n-- all s1, s2:State, e:Event | s1->e->s2 in trans and s1->e->s1 in trans  --incorrect 18 \n-- all s1,s2 : State, e : Event | e.(s1.trans) = e.(s2.trans)  --incorrect 19 \n-- all s1,s2:State |some e:Event |some e.(s1.trans) implies some e.(s2.trans)  --incorrect 20 \n-- all s1,s2:State|some e:Event | some e.(s1.trans) implies some e.(s2.trans)  --incorrect 21\n-- all s:State | all e:Event |  some e<:s.trans  --incorrect 22 \n-- all s:State | all e:Event | e in State.~(s.trans)  --incorrect 23 \n-- all s:State | Event in Event.~(s.trans)  --incorrect 24 \n-- all s:State | Event in s.~(State.trans)  --incorrect 25 \n-- all s:State | Event in State.~(s.trans)  --incorrect 26 \n-- all s:State | Event.~(s.trans) in Event  --incorrect 27 \n-- all s:State | s.~(State.trans) in Event  --incorrect 28 \n-- all s:State | State.(s.trans) in Event  --incorrect 29 \n-- all s:State | State.~(s.trans) in Event  --incorrect 30 \n-- all s:State, e:Event | s->e->s in trans  --incorrect 31 \n-- all x : State | (x.trans).Event in Event  --incorrect 32 \n-- all x : State | (x.trans.State) in Event  --incorrect 33 \n-- all x : State | (x.trans.x) in Event  --incorrect 34 \n-- all x : State | Event in x<:Event  --incorrect 35 \n-- all x : State | Event.(trans.x) in Event  --incorrect 36 \n-- all x : State | Event.(x.trans) in Event  --incorrect 37 \n-- all x : State | some (x->Event->State)  --incorrect 38 \n-- all x : State | some (x.trans)  --incorrect 39 \n-- all x : State | some e : Event | x.trans = State.trans  --incorrect 40 \n-- all x : State | some x->Event->State  --incorrect 41 \n-- all x : State | some y : State | some x->Event->y  --incorrect 42 \n-- all x : State | State in x:>Event  --incorrect 43 \n-- all x : State | State.(x.trans) in Event  --incorrect 44 \n-- all x : State | State.trans in x.trans  --incorrect 45 \n-- all x : State | x.trans = State.trans  --incorrect 46 \n-- all x : State | x.trans in State.trans  --incorrect 47 \n-- all x : State, e : Event | some x->e->State  --incorrect 48 \n-- all x : State, e : Event | some x->Event  --incorrect 49 \n-- all x : State, e : Event | x->e->State in trans  --incorrect 50 \n-- all x, y : State | all e : Event | some x->e->y implies some y->e->y  --incorrect 51 \n-- all x, y : State | all e : Event | x->e->y in trans and y->e->y in trans  --incorrect 52 \n-- all x, y : State | some e : Event | some x->e->y implies some y->e->y  --incorrect 53 \n-- all x, y : State | some e : Event | x->e->State in trans implies y->e->State in trans  --incorrect 54 \n-- all x, y : State | some e : Event | x->e->y in trans  --incorrect 55 \n-- all x, y : State | some e : Event | x->e->y in trans implies y->e->y in trans  --incorrect 56 \n-- all x, y : State | some e : Event | x->Event->y in trans  --incorrect 57 \n-- all x, y : State | some x->Event implies some y->Event  --incorrect 58 \n-- all x, y : State | some x.trans & y.trans  --incorrect 59 \n-- all x, y : State | x->Event->y in trans  --incorrect 60 \n-- all x, y : State | x->Event->y in trans implies y->Event->y in trans  --incorrect 61 \n-- all x, y : State | x.trans in y.trans  --incorrect 62 \n-- all x, y : State | x.trans in State.trans  --incorrect 63 \n-- all x, y : State, e : Event | some x->e implies some y->e  --incorrect 64 \n-- all x, y : State, e : Event | x->e->y in trans  --incorrect 65 \n-- all x, y, z : State | some e : Event | x->e->y in trans implies y->e->x in trans  --incorrect 66 \n-- Event in (Event.(State.trans))  --incorrect 67 \n-- one State->Event  --incorrect 68 \n-- some State->Event->State  --incorrect 69 \n-- State in Event.(State.trans)  --incorrect 70 \n-- State in State.(trans.Event)  --incorrect 71 \n-- State->Event in iden  --incorrect 72 \n-- State.~(State.trans) in Event  --incorrect 73\n}\n\n\/*\nEach event is available in at least a state.\n*\/\npred inv6 {\n\tall e:Event | some s1,s2:State | s1->e->s2 in trans --correct\n}\n\n\/*\nThe LTS is reversible, ie, from a reacheable state it is always possible \nto return to an initial state.\n*\/\npred inv7 {\n  let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n\tall s : Init.^tr | some i : Init | i in s.^tr --correct\n-- (State.trans).~(State.trans) in iden  --incorrect 1 \n-- all e:Event,s1,s2:State | s1->e->s2 in trans implies s2->e->s1 in trans  --incorrect 2 \n-- all e:Event,s1,s2:State |some e1:Event| s1->e->s2 in trans implies s2->e1->s1 in trans  --incorrect 3\n-- all s1, s2:State, e:Event | s1->e->s2 in trans implies s2->e->s1 in trans  --incorrect 4\n-- all s1,s2:State | some e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 5\n-- all s1,s2:State, e1,e2,e3,e4:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 6 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 7 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  all s:State,e1,e2:Event | s->e1->s in trans implies s->e1->s in trans  --incorrect 8\n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  all s:State,e1,e2:Event | s->e1->s in trans implies s->e2->s in trans  --incorrect 9 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans and s1 in e2.(s1.trans)  --incorrect 10\n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans or s1->e2->s1 in trans  --incorrect 11 \n-- all x : Event | (trans.x) in State one -> one Init  --incorrect 12 \n-- all x : Event | (trans.x) in State one -> one State  --incorrect 13 \n-- all x : Event | some (*(~(trans.x))).Init  --incorrect 14 \n-- all x : Event | some Init.(*(~(trans.x)))  --incorrect 15 \n-- all x : Event | some Init.(^(~(trans.x)))  --incorrect 16 \n-- all x : Init | (x.trans) in Event one -> one State  --incorrect 17 \n-- all x : State | (no iden & (x.trans)) and some ((*(~(x.trans))).Init)  --incorrect 18 \n-- all x : State | (x.trans) in Event one -> one State  --incorrect 19 \n-- all x : State | no iden & (x.trans)  --incorrect 20 \n-- all x : State | some (*(~(x.trans))).Init  --incorrect 21 \n-- all x : State | some Init.(*(~(x.trans)))  --incorrect 22 \n-- all x : State, y : Init, z : Event | (trans in y one -> one z one -> one x) and x != y  --incorrect 23 \n-- all x : State, y : Init, z : Event | (trans in y one -> one z one -> one x) implies x != y  --incorrect 24 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x  --incorrect 25 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x and x != y  --incorrect 26 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x and z != y  --incorrect 27 \n-- some (Event.(State.trans))  --incorrect 28 \n-- some trans.(Event.(State.trans))  --incorrect 29\n-- ~(State.trans).(State.trans) in iden --incorrect 30\n}\n\n\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n\tall s: State | some s.trans --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n\tone Init --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n\tall s : State, e : Event | lone e.(s.trans) --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n  State in Init.^tr --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n\tall s:State, s1:State | s.trans.State = s1.trans.State --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv7_OK {\nlet tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n\tall s : Init.^tr | some i : Init | i in s.^tr --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv7_Repaired expect 0\n\n\n","avg_line_length":48.6657681941,"max_line_length":169,"alphanum_fraction":0.6190528939}
{"size":973,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_current_temperature_above_18c_turn_on_fan\n\nopen IoTBottomUp as base\n\nopen cap_temperatureMeasurement\nopen cap_switch\n\nlone sig app_current_temperature_above_18c_turn_on_fan extends IoTApp {\n  trigObj : one cap_temperatureMeasurement,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_current_temperature_above_18c_turn_on_fan.trigObj\n  attribute    = cap_temperatureMeasurement_attr_temperature\n  value        = cap_temperatureMeasurement_attr_temperature_val_low\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_current_temperature_above_18c_turn_on_fan.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":21.6222222222,"max_line_length":71,"alphanum_fraction":0.7872559096}
{"size":201,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idQS6cySANCTJXecpK9_prop19 {\n\tall f : Protected | f in Protected until f in Trash\n}\npred __repair { idQS6cySANCTJXecpK9_prop19 }\ncheck __repair { idQS6cySANCTJXecpK9_prop19 <=> prop19o }","avg_line_length":33.5,"max_line_length":57,"alphanum_fraction":0.7960199005}
{"size":40129,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"open util\/ordering [State] as ord\npred test25 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Farmer0,Grain0,Fox0 + Chicken0]\n}}}}}}\n}\nrun test25 for 4 expect 0\npred test35 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test35 for 4 expect 1\npred test27 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0 + Grain0,Grain0,Chicken0 + Grain0,Farmer0 + Chicken0 + Grain0]\n}}}}}}\n}\nrun test27 for 4 expect 1\npred test1 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test1 for 4 expect 1\npred test29 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test29 for 4 expect 1\npred test9 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0 + Grain0,none,Farmer0]\n}}}}}}\n}\nrun test9 for 4 expect 1\npred test16 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0 + Grain0,Chicken0,none,Farmer0]\n}}}}}}\n}\nrun test16 for 4 expect 1\npred test12 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Farmer0,none,Farmer0]\n}}}}}}\n}\nrun test12 for 4 expect 0\npred test13 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Farmer0,none,Farmer0]\n}}}}}}\n}\nrun test13 for 4 expect 0\npred test41 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Fox0 + Grain0,none,Farmer0 + Chicken0]\n}}}}}}\n}\nrun test41 for 4 expect 1\npred test28 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Chicken0,Fox0 + Grain0,Chicken0]\n}}}}}}\n}\nrun test28 for 4 expect 0\npred test10 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0 + Grain0,none,Farmer0]\n}}}}}}\n}\nrun test10 for 4 expect 1\npred test54 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Chicken0 + State2->Grain0 + State3->Fox0 + State3->Chicken0\nfar = State1->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test54 for 4 expect 0\npred test21 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State3->Fox0\nfar = State1->Farmer0 + State1->Fox0 + State3->Farmer0 + State3->Chicken0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0 + Grain0,none,Farmer0]\n}}}}}}\n}\nrun test21 for 4 expect 1\npred test53 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State0->Fox0 + State1->Farmer0 + State1->Fox0 + State1->Chicken0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test53 for 4 expect 0\npred test40 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Chicken0,none,Farmer0 + Fox0]\n}}}}}}\n}\nrun test40 for 4 expect 1\npred test23 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Chicken0,none,Farmer0 + Fox0]\n}}}}}}\n}\nrun test23 for 4 expect 1\npred test6 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Chicken0\nfar = State1->Farmer0 + State1->Fox0 + State2->Fox0 + State3->Farmer0 + State3->Fox0 + State3->Chicken0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test6 for 4 expect 1\npred test50 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State1->Farmer0 + State3->Farmer0 + State3->Fox0\nfar = State0->Fox0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test50 for 4 expect 0\npred test3 {\nsome disj Farmer0: Farmer {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nno Fox\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Chicken0 + Grain0\neats = Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Chicken0 + State0->Grain0 + State1->Grain0 + State2->Farmer0 + State2->Grain0 + State3->Grain0\nfar = State1->Farmer0 + State1->Chicken0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}\n}\nrun test3 for 4 expect 0\npred test20 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State3->Chicken0\nfar = State1->Farmer0 + State1->Fox0 + State3->Farmer0 + State3->Fox0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0,Fox0,none,Farmer0]\n}}}}}}\n}\nrun test20 for 4 expect 1\npred test56 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Chicken0 + State3->Chicken0\nfar = State1->Farmer0 + State1->Fox0 + State2->Fox0 + State3->Farmer0 + State3->Fox0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test56 for 4 expect 1\npred test14 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0 + Grain0,Grain0,Fox0 + Chicken0]\n}}}}}}\n}\nrun test14 for 4 expect 0\npred test44 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Chicken0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Grain0,none,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test44 for 4 expect 1\npred test31 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0 + Grain0,Chicken0,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test31 for 4 expect 1\npred test55 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Farmer0 + State1->Grain0 + State2->Grain0 + State3->Fox0 + State3->Chicken0\nfar = State1->Fox0 + State1->Chicken0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test55 for 4 expect 0\npred test43 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0,Fox0,none,Farmer0 + Chicken0]\n}}}}}}\n}\nrun test43 for 4 expect 1\npred test51 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Farmer0 + State1->Fox0 + State1->Chicken0 + State1->Grain0 + State2->Fox0 + State2->Grain0 + State3->Farmer0 + State3->Fox0 + State3->Grain0\nfar = State2->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test51 for 4 expect 0\npred test45 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Chicken0,Fox0,Farmer0 + Fox0]\n}}}}}}\n}\nrun test45 for 4 expect 1\npred test33 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0,Chicken0,none,Farmer0 + Fox0]\n}}}}}}\n}\nrun test33 for 4 expect 1\npred test8 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Farmer0,Grain0,Fox0 + Chicken0]\n}}}}}}\n}\nrun test8 for 4 expect 0\npred test49 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test49 for 4 expect 1\npred test17 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0,Chicken0,none,Farmer0]\n}}}}}}\n}\nrun test17 for 4 expect 1\npred test42 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Fox0 + Grain0,Fox0 + Grain0,Farmer0 + Fox0]\n}}}}}}\n}\nrun test42 for 4 expect 0\npred test52 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State0->Chicken0 + State0->Grain0 + State1->Farmer0 + State1->Chicken0 + State1->Grain0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test52 for 4 expect 0\npred test39 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Chicken0 + State3->Chicken0\nfar = State1->Farmer0 + State1->Fox0 + State2->Fox0 + State3->Farmer0 + State3->Fox0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Fox0,Fox0 + Chicken0 + Grain0,Farmer0 + Fox0 + Chicken0 + Grain0]\n}}}}}}\n}\nrun test39 for 4 expect 1\npred test36 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0,Fox0,Fox0,Farmer0 + Fox0 + Chicken0]\n}}}}}}\n}\nrun test36 for 4 expect 1\npred test34 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Chicken0\nfar = State1->Farmer0 + State1->Fox0 + State2->Fox0 + State3->Farmer0 + State3->Fox0 + State3->Chicken0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Fox0 + Grain0,Fox0 + Grain0,Farmer0 + Fox0 + Chicken0 + Grain0]\n}}}}}}\n}\nrun test34 for 4 expect 1\npred test38 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Grain0,Fox0 + Grain0,Farmer0 + Fox0 + Grain0]\n}}}}}}\n}\nrun test38 for 4 expect 1\npred test24 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0,none,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test24 for 4 expect 0\npred test2 {\nsome disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nno Farmer\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0\nfar = State1->Fox0 + State2->Fox0 + State2->Chicken0 + State3->Fox0 + State3->Chicken0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}\n}\nrun test2 for 4 expect 0\npred test32 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0 + Grain0,Chicken0,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test32 for 4 expect 1\npred test26 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Chicken0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State3->Fox0\nfar = State1->Farmer0 + State1->Fox0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0 + Grain0,Grain0,Fox0 + Chicken0 + Grain0,Farmer0 + Fox0 + Chicken0 + Grain0]\n}}}}}}\n}\nrun test26 for 4 expect 1\npred test11 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0 + State3->Grain0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Grain0,Fox0,none,Farmer0 + Grain0]\n}}}}}}\n}\nrun test11 for 4 expect 1\npred test18 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Chicken0,Chicken0,none,Farmer0]\n}}}}}}\n}\nrun test18 for 4 expect 1\npred test7 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test7 for 4 expect 1\npred test15 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Fox0 + Chicken0 + Grain0,Grain0,none,Farmer0]\n}}}}}}\n}\nrun test15 for 4 expect 0\npred test47 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Chicken0 + State2->Farmer0 + State2->Fox0 + State2->Chicken0 + State2->Grain0 + State3->Fox0 + State3->Chicken0\nfar = State1->Farmer0 + State1->Grain0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\n}}}}}}\n}\nrun test47 for 4 expect 0\npred test46 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State1->Chicken0 + State2->Chicken0 + State3->Farmer0 + State3->Chicken0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\nsolvePuzzle[]\n}}}}}}\n}\nrun test46 for 4 expect 0\npred test19 {\nsome disj Farmer0: Farmer {some disj Fox0: Fox {some disj Chicken0: Chicken {some disj Grain0: Grain {some disj Farmer0, Fox0, Chicken0, Grain0: Object {some disj State0, State1, State2, State3: State {\nFarmer = Farmer0\nFox = Fox0\nChicken = Chicken0\nGrain = Grain0\nObject = Farmer0 + Fox0 + Chicken0 + Grain0\neats = Fox0->Chicken0 + Chicken0->Grain0\nState = State0 + State1 + State2 + State3\nnear = State0->Farmer0 + State0->Fox0 + State0->Chicken0 + State0->Grain0 + State1->Fox0 + State1->Grain0 + State2->Farmer0 + State2->Fox0 + State2->Grain0 + State3->Fox0\nfar = State1->Farmer0 + State3->Farmer0 + State3->Grain0\nord\/first = State0\nord\/next = State0->State1 + State1->State2 + State2->State3\ncrossRiver[Farmer0 + Fox0 + Grain0,Fox0 + Grain0,none,Farmer0]\n}}}}}}\n}\nrun test19 for 4 expect 1\n","avg_line_length":47.8866348449,"max_line_length":210,"alphanum_fraction":0.723093025}
{"size":4607,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n{  all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher) } \n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv15\n}\n\nassert __repair {\n\tinv15 <=> {\n  all s : Person | some Teacher & ^Tutors.s \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv15\n}\n\n","avg_line_length":19.688034188,"max_line_length":195,"alphanum_fraction":0.6759279357}
{"size":2116,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module statecoverage\nopen util\/integer\nopen util\/boolean\n\nabstract sig System {}\nabstract sig State {system: one System}\nabstract sig Transition {from, to: one State}\n\nsig Coverage { paths: some Path }\nsig Path { firstStep: one Step }\nsig Step {\n    from, to: one State,\n    via: one Transition,\n    nextStep: lone Step\n} {\n    via.from = from\n    via.to = to\n}\nfun steps (p:Path): set Step {\n    p.firstStep.*nextStep\n}\nfun transitions (p:Path): set Transition {\n    p.firstStep.via + p.firstStep.*nextStep.via\n}\nfact {\n    \/\/ test generation properties\n    all p:Path | one c:Coverage | p in c.paths \/\/ all path belongs to a coverage\n    all s:Step | one p:Path | s in p.firstStep.*nextStep \/\/ all steps belongs to a path\n\n    \/\/ model consistency\n    all p:Path | p.firstStep.from = Initial \/\/ all path starts with an Initial state\n    all p:Path | one s:Step | s in steps[p] && s.to = End \/\/ all path end with End state\n\n    \/\/ state machine properties\n    all curr:Step, next:curr.nextStep | next.from = curr.to \/\/ all steps are contionueos\n    all sys:System | some s:State | sys = s.system \/\/ all system belongs to a state\n}\npred inheritSystem(s1, s2: System) {\n    s1 = s2\n}\n\/*** GENERATED CODE START ***\/\none sig Initial, A, End, B extends State {}\nsome sig S extends System {\n    a: Int\n,   output: Int\n}\nlone sig t0 extends Transition {}{\n    from = Initial\n    to = A\n    initSystem[from.system]\n    E0[from.system, to.system]\n}\npred E0(s1, s2: System) {\n    s2.a = add[s1.a, 1]\n}\n\n\n\nlone sig t1 extends Transition {}{\n    from = A\n    to = B\n    inheritSystem[from.system, to.system]\n}\n\n\n\nlone sig t2 extends Transition {}{\n    from = B\n    to = End\n    inheritSystem[from.system, to.system]\n}\n\n\n\nlone sig t3 extends Transition {}{\n    from = A\n    to = End\n    inheritSystem[from.system, to.system]\n    G_t3[from.system]\n}\n\npred G_t3(s: System) {\n    s.a < 1\n}\n\n\npred initSystem(s:System) {\n    s.a = 0\n\n    s.output = 0\n}\n\/*** GENERATED CODE END ***\/\npred state_coverage() {\n    all s:State | some p:Path | s in steps[p].from + steps[p].to\n}\nrun state_coverage for 10 but exactly 1 Coverage, 2 System\n","avg_line_length":21.8144329897,"max_line_length":88,"alphanum_fraction":0.6465028355}
{"size":9768,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"one sig util'language {\n\tregions'reference'CompositeElement : (type'CompositeElement'class + type'State'class)->type'Region'class,\n\tutil'root : one type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class))))))))))))),\n\tutil'contains : (type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class)))))))))))))) lone->set (type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class))))))))))))))\n}\nabstract sig util'Object {\n}\nabstract sig type'Pseudostate'class extends type'Vertex'class {\n}\nabstract sig type'Vertex'class extends util'Object {\n\tincomingTransitions'reference'Vertex : set type'Transition'class,\n\toutgoingTransitions'reference'Vertex : set type'Transition'class\n}\nsig type'Transition'class extends util'Object {\n\ttarget'reference'Transition : one type'Vertex'class,\n\tsource'reference'Transition : lone type'Vertex'class\n}\nsig type'Region'class extends util'Object {\n\tvertices'reference'Region : set type'Vertex'class\n}\nsig type'Statechart'class extends type'CompositeElement'class {\n}\nabstract sig type'CompositeElement'class extends util'Object {\n}\nsig type'Entry'class extends type'Pseudostate'class {\n}\nsig type'Synchronization'class extends type'Pseudostate'class {\n}\nabstract sig type'RegularState'class extends type'Vertex'class {\n}\nsig type'State'class extends type'RegularState'class {\n}\nsig type'Choice'class extends type'Pseudostate'class {\n}\nsig type'Exit'class extends type'Pseudostate'class {\n}\nsig type'FinalState'class extends type'RegularState'class {\n}\npred pattern'queries'entryInRegion [parameter'r1: type'Region'class, parameter'e1: type'Entry'class] {\n\tparameter'e1 in type'Entry'class and parameter'e1 in parameter'r1.vertices'reference'Region\n}\npred pattern'queries'noEntryInRegion [parameter'r1: type'Region'class] {\n\tall variable'0: type'Entry'class { parameter'r1 in type'Region'class and ! (pattern'queries'entryInRegion [ parameter'r1 , variable'0 ]) }\n}\npred pattern'queries'multipleEntryInRegion [parameter'r: type'Region'class] {\n\tsome variable'e1: type'Entry'class, variable'e2: type'Entry'class { pattern'queries'entryInRegion [ parameter'r , variable'e1 ] and (pattern'queries'entryInRegion [ parameter'r , variable'e2 ] and variable'e1 != variable'e2) }\n}\npred pattern'queries'transition [parameter't: type'Transition'class, parameter'src: type'Vertex'class, parameter'trg: type'Vertex'class] {\n\tparameter'src in parameter't.source'reference'Transition and (parameter'src in type'Vertex'class and (parameter'trg in parameter't.target'reference'Transition and parameter'trg in type'Vertex'class))\n}\npred pattern'queries'incomingToEntry [parameter't: type'Transition'class, parameter'e: type'Entry'class] {\n\tsome variable'0: type'Vertex'class { parameter'e in type'Entry'class and pattern'queries'transition [ parameter't , variable'0 , parameter'e ] }\n}\npred pattern'queries'noOutgoingTransitionFromEntry [parameter'e: type'Entry'class] {\n\tall variable'0: type'Transition'class, variable'1: type'Vertex'class { parameter'e in type'Entry'class and ! (pattern'queries'transition [ variable'0 , parameter'e , variable'1 ]) }\n}\npred pattern'queries'multipleTransitionFromEntry [parameter'e: type'Entry'class, parameter't1: type'Transition'class, parameter't2: type'Transition'class] {\n\tparameter't1 in parameter'e.outgoingTransitions'reference'Vertex and (parameter't1 in type'Transition'class and (parameter'e in type'Entry'class and (parameter't2 in parameter'e.outgoingTransitions'reference'Vertex and (parameter't2 in type'Transition'class and parameter't1 != parameter't2))))\n}\npred pattern'queries'outgoingFromExit [parameter't: type'Transition'class, parameter'e: type'Exit'class] {\n\tparameter'e in type'Exit'class and (parameter't in parameter'e.outgoingTransitions'reference'Vertex and parameter't in type'Transition'class)\n}\npred pattern'queries'outgoingFromFinal [parameter't: type'Transition'class, parameter'f: type'FinalState'class] {\n\tparameter'f in type'FinalState'class and (parameter't in parameter'f.outgoingTransitions'reference'Vertex and parameter't in type'Transition'class)\n}\npred pattern'queries'noStateInRegion [parameter'region: type'Region'class] {\n\tall variable'0: type'State'class { parameter'region in type'Region'class and ! (pattern'queries'StateInRegion [ parameter'region , variable'0 ]) }\n}\npred pattern'queries'StateInRegion [parameter'region: type'Region'class, parameter'state: type'State'class] {\n\tparameter'state in type'State'class and parameter'state in parameter'region.vertices'reference'Region\n}\npred pattern'queries'choiceHasNoOutgoing [parameter'c: type'Choice'class] {\n\tall variable'0: type'Transition'class, variable'1: type'Vertex'class { parameter'c in type'Choice'class and ! (pattern'queries'transition [ variable'0 , parameter'c , variable'1 ]) }\n}\npred pattern'queries'choiceHasNoIncoming [parameter'c: type'Choice'class] {\n\tall variable'0: type'Transition'class, variable'1: type'Vertex'class { parameter'c in type'Choice'class and ! (pattern'queries'transition [ variable'0 , variable'1 , parameter'c ]) }\n}\nfact util'containmentDefinition {\n\tutil'language.util'contains = outgoingTransitions'reference'Vertex + (vertices'reference'Region + (util'language.regions'reference'CompositeElement))\n}\nfact util'noParentForRoot {\n\tno parent: type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class))))))))))))) { parent->(util'language.util'root) in util'language.util'contains }\n}\nfact util'atLeastOneParent {\n\tall child: type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class))))))))))))) { child = util'language.util'root || (some parent: type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class))))))))))))) { parent->child in util'language.util'contains }) }\n}\nfact util'noCircularContainment {\n\tno circle: type'Exit'class + (type'Transition'class + (type'Pseudostate'class + (type'Region'class + (type'State'class + (type'Choice'class + (type'FinalState'class + (type'Entry'class + (type'Vertex'class + (type'CompositeElement'class + (type'State'class + (type'RegularState'class + (type'State'class + (type'Synchronization'class + type'Statechart'class))))))))))))) { circle->circle in ^ (util'language.util'contains) }\n}\nfact oppositeReference'incomingTransitions'Vertex {\n\tincomingTransitions'reference'Vertex = ~ target'reference'Transition\n}\nfact oppositeReference'outgoingTransitions'Vertex {\n\toutgoingTransitions'reference'Vertex = ~ source'reference'Transition\n}\nfact errorpattern'queries'noEntryInRegion {\n\tall p0: type'Region'class { ! (pattern'queries'noEntryInRegion [ p0 ]) }\n}\nfact errorpattern'queries'multipleEntryInRegion {\n\tall p0: type'Region'class { ! (pattern'queries'multipleEntryInRegion [ p0 ]) }\n}\nfact errorpattern'queries'incomingToEntry {\n\tall p0: type'Transition'class, p1: type'Entry'class { ! (pattern'queries'incomingToEntry [ p0 , p1 ]) }\n}\nfact errorpattern'queries'noOutgoingTransitionFromEntry {\n\tall p0: type'Entry'class { ! (pattern'queries'noOutgoingTransitionFromEntry [ p0 ]) }\n}\nfact errorpattern'queries'multipleTransitionFromEntry {\n\tall p0: type'Entry'class, p1: type'Transition'class, p2: type'Transition'class { ! (pattern'queries'multipleTransitionFromEntry [ p0 , p1 , p2 ]) }\n}\nfact errorpattern'queries'outgoingFromExit {\n\tall p0: type'Transition'class, p1: type'Exit'class { ! (pattern'queries'outgoingFromExit [ p0 , p1 ]) }\n}\nfact errorpattern'queries'outgoingFromFinal {\n\tall p0: type'Transition'class, p1: type'FinalState'class { ! (pattern'queries'outgoingFromFinal [ p0 , p1 ]) }\n}\nfact errorpattern'queries'noStateInRegion {\n\tall p0: type'Region'class { ! (pattern'queries'noStateInRegion [ p0 ]) }\n}\nfact errorpattern'queries'choiceHasNoOutgoing {\n\tall p0: type'Choice'class { ! (pattern'queries'choiceHasNoOutgoing [ p0 ]) }\n}\nfact errorpattern'queries'choiceHasNoIncoming {\n\tall p0: type'Choice'class { ! (pattern'queries'choiceHasNoIncoming [ p0 ]) }\n}\nfact UpperMultiplicity'Statechart'class'1 {\n\t# type'Statechart'class <= 1\n}\nfact LowerMultiplicity'Statechart'class'1 {\n\t# type'Statechart'class >= 1\n}\nrun { } for exactly 4 util'Object , 2 Int , exactly 0 String","avg_line_length":74.0,"max_line_length":834,"alphanum_fraction":0.7660728911}
{"size":209,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred id63MbKHt59DhniMdKb_prop15 {\n\tall f:File | eventually (f not in Trash implies f in Trash)\n}\npred __repair { id63MbKHt59DhniMdKb_prop15 }\ncheck __repair { id63MbKHt59DhniMdKb_prop15 <=> prop15o }","avg_line_length":34.8333333333,"max_line_length":60,"alphanum_fraction":0.7942583732}
{"size":89339,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student --correct\n-- all p:Person | p in Teacher  --incorrect 1\n-- all p:Person | p not in Person  --incorrect 2\n-- all p:Person | p not in Teacher  --incorrect 3\n-- all s:Student | s in Person  --incorrect 4\n-- no Teacher  --incorrect 5\n-- Person & Teacher = none  --incorrect 6\n-- Student in Person  --incorrect 7\n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher --correct\n-- all p1,p2:Person | p1 -> p2 in Teaches implies no p1  --incorrect 1\n-- all p:Person | p in Student  --incorrect 2\n-- all x : Person | x not in Person  --incorrect 3\n-- no Teaches  --incorrect 4\n-- no Tutors  --incorrect 5\n-- Person in Student  --incorrect 6\n-- some Teacher --incorrect 7\n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher --correct\n-- (Person in Student and Person in Teacher)  --incorrect 1\n-- (Person in Student and Person not in Teacher) or (Person not in Student and Person in Teacher)  --incorrect 2\n-- (Person in Teacher) iff not (Person in Student)  --incorrect 3\n-- all p : Person | (p in Student and p not in Teacher)  --incorrect 4\n-- all p : Person | (p in Student and p not in Teacher) or (p in Teacher and p not in Student)  --incorrect 5\n-- all p : Person | (p in Student or p in Teacher)  --incorrect 6\n-- all p : Person | (p in Teacher or p in Student)  --incorrect 7\n-- all p : Person | p in Student and p not in Teacher  --incorrect 8\n-- all p : Person | p in Student or p in Teacher  --incorrect 9\n-- all p : Person | p in Student or p not in Teacher  --incorrect 10\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 11\n-- all p:Person | not (p in Student and p not in Teacher)   --incorrect 12\n-- all p:Person | p in Student and p in Teacher  --incorrect 13\n-- all p:Person | p in Student and p not in Teacher   --incorrect 14\n-- all p:Person | p in Student implies p in Teacher    --incorrect 15\n-- all p:Person | p in Student or p in Teacher  --incorrect 16\n-- all p:Person | p in Student or p in Teacher   --incorrect 17\n-- all p:Person | p in Student or p in Teacher    --incorrect 18\n-- no Person & Teacher  --incorrect 19\n-- no Student & Student  --incorrect 20\n-- not (Person in (Student & Teacher))  --incorrect 21\n-- not (Person in Student and Person in Teacher)  --incorrect 22\n-- Person & Teacher = none  --incorrect 23\n-- Person in (Student & Teacher) --incorrect 24\n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) --correct\n-- (Person in Student) iff not (Person in Teacher)  --incorrect 1\n-- (Person in Student) or (Person in Teacher)  --incorrect 2\n-- all p : Person | p in Student or p in Teacher and inv3  --incorrect 3\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 4\n-- all p : Person | p not in Student or p not in Teacher  --incorrect 5\n-- all p: Person | (p not in Teacher and p not in Student)  --incorrect 6\n-- all p: Person | p not in Teacher and p not in Student  --incorrect 7\n-- all p:Person | p != Student implies p = Teacher  --incorrect 8\n-- all p:Person | p in Student implies p not in Teacher  --incorrect 9\n-- all p:Person | p not in Student and p not in Teacher  --incorrect 10\n-- all p:Person | p not in Student implies p = Teacher  --incorrect 11\n-- all p:Person | p not in Student implies p not in Teacher  --incorrect 12\n-- all p:Person | p not in Student or p not in Teacher  --incorrect 13\n-- all x : Person | x not in Student and x not in Teacher  --incorrect 14\n-- no (Person&Teacher) and no (Person&Student)  --incorrect 15\n-- no (Person-Teacher) and no (Person-Student)  --incorrect 16\n-- no (Student & Teacher)  --incorrect 17\n-- no (Student + Teacher)  --incorrect 18\n-- no (Teacher + Student)  --incorrect 19\n-- no Student & Teacher  --incorrect 20\n-- no Student + Teacher  --incorrect 21\n-- no Student+Teacher  --incorrect 22\n-- no Teacher & Student  --incorrect 23\n-- no Teacher+Student  --incorrect 24\n-- Person - Teacher = Person  --incorrect 25\n-- Person - Teacher = Student  --incorrect 26\n-- Person in Student & Teacher  --incorrect 27\n-- some Person no Student and no Teacher  --incorrect 28\n-- some Student & Teacher  --incorrect 29\n-- some Student + Person  --incorrect 30\n-- some Student + Teacher  --incorrect 31\n-- Student + Teacher in none --incorrect 32\n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches --correct\n-- all c : Class | some t : Teacher | t->c in Teaches   --incorrect 1\n-- all p:Person | p in Person      --incorrect 2\n-- all p:Person | some c: Class | p in Teacher implies (p->c in Teaches)      --incorrect 3\n-- all p:Person | some c: Class | p->c in Teaches      --incorrect 4\n-- all p:Person | some c: Class |p in Person      --incorrect 5\n-- all p:Person | some Teaches.Class  --incorrect 6\n-- all p:Person | some Teaches.p  --incorrect 7\n-- all p:Teacher | some c: Class | (p->c in Teaches)      --incorrect 8\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 9\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 10\n-- all t : Teacher | some t.Teaches  --incorrect 11\n-- all t:Teacher | some c:Class | c in t.Teaches  --incorrect 12\n-- all t:Teacher | some t.Teaches  --incorrect 13\n-- all t:Teacher | t in Group   --incorrect 14\n-- all t:Teacher | t.Teaches in Class  --incorrect 15\n-- all t:Teacher,c:Class | t->c in Teaches    --incorrect 16\n-- all x : Teacher | some y : Class | x->y in Teaches  --incorrect 17\n-- Class in Class.Teaches  --incorrect 18\n-- Class in Teacher  --incorrect 19\n-- Class in Teaches.Class  --incorrect 20\n-- Class->Teacher->Group in Groups  --incorrect 21\n-- Person.Teaches in Class  --incorrect 22\n-- some c : Class | c in Teacher  --incorrect 23\n-- some c : Class | some p : Person | p in Teacher  --incorrect 24\n-- some c : Class | Teacher->c in Teaches  --incorrect 25\n-- some c : Class, t : Teacher, g: Group | c->t->g in Groups  --incorrect 26\n-- some c:Class | c in Teacher  --incorrect 27\n-- some c:Class | c in Teacher   --incorrect 28\n-- some c:Class, t:Teacher | c->t in Teaches  --incorrect 29\n-- some Class  --incorrect 30\n-- some Class.Teaches  --incorrect 31\n-- some p:Person | p.Teaches in Class  --incorrect 32\n-- some p:Teacher | p.Teaches in Class  --incorrect 33\n-- some Person.Teaches  --incorrect 34\n-- some t : Teacher | t in Class  --incorrect 35\n-- some t : Teacher | t.Teaches in Class  --incorrect 36\n-- some t:Teacher | (all c:Class | t->c in Teaches)  --incorrect 37\n-- some t:Teacher | t in Class  --incorrect 38\n-- some Teacher & Class  --incorrect 39\n-- some Teacher <: Person.Teaches  --incorrect 40\n-- some Teacher->Class  --incorrect 41\n-- some Teaches  --incorrect 42\n-- some Teaches . Class  --incorrect 43\n-- some Teaches.Class  --incorrect 44\n-- some Teaches.Teaches  --incorrect 45\n-- some x : Class | x in Group and x in Teacher  --incorrect 46\n-- some x : Class | x in Group implies x in Teacher  --incorrect 47\n-- some x : Class | x in Teacher  --incorrect 48\n-- some x : Person | x in Teacher and x in Class  --incorrect 49\n-- some x : Person | x in Teacher and x in Group and x in Class  --incorrect 50\n-- some x : Teacher | all y : Class | x->y in Teaches  --incorrect 51\n-- some x : Teacher | x in Class  --incorrect 52\n-- Teacher in Class  --incorrect 53\n-- Teacher in Teaches.Class  --incorrect 54\n-- Teacher.Teaches & Teacher in Class  --incorrect 55\n-- Teacher.Teaches & Teacher in Class   --incorrect 56\n-- Teacher.Teaches in Class  --incorrect 57\n-- Teaches.Teacher in Class --incorrect 58\n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class --correct\n-- (Teacher . (Teacher <: Teaches)) = Person  --incorrect 1\n-- all p : Person | some c : Class | p -> c in Teaches   --incorrect 2\n-- all p:Person | some c:Class | p in Teacher implies p->c in Teaches   --incorrect 3\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches  --incorrect 4\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches   --incorrect 5\n-- all p:Person,c:Class | p->c in Teaches   --incorrect 6\n-- all p:Person,c:Class,g:Group | p in Teacher implies c->p->g in Groups   --incorrect 7\n-- all t : Teacher | inv5  --incorrect 8\n-- all t:Teacher, c:Class | c->t in Teaches  --incorrect 9\n-- all t:Teacher, c:Class | t->c in Teaches  --incorrect 10\n-- all t:Teacher,c:Class | t->c in Teaches  --incorrect 11\n-- all t:Teacher,c:Class | t->c in Teaches   --incorrect 12\n-- all x : Person | x in Teacher implies x in Class  --incorrect 13\n-- all x : Teacher, y : Class  | x->y in Teaches  --incorrect 14\n-- Class in Teacher.Teaches  --incorrect 15\n-- Class.Teaches = Teacher  --incorrect 16\n-- iden in ~Teaches.Teaches  --incorrect 17\n-- some c : Class | Teacher->c in Teaches   --incorrect 18\n-- some Teacher.Teaches  --incorrect 19\n-- some Teacher<:Teaches  --incorrect 20\n-- some x : Person | x in Teacher and x in Class  --incorrect 21\n-- Teacher . (Teacher <: Teaches) = Person  --incorrect 22\n-- Teacher = Teacher.Teaches  --incorrect 23\n-- Teacher = Teaches.Class  --incorrect 24\n-- Teacher = Teaches.Teacher  --incorrect 25\n-- Teacher in Class.Teaches  --incorrect 26\n-- Teacher in Teacher.Teaches  --incorrect 27\n-- Teacher in Teaches.Person  --incorrect 28\n-- Teacher in Teaches.Teacher  --incorrect 29\n-- Teacher.Teaches = Class  --incorrect 30\n-- Teacher.Teaches in Class  --incorrect 31\n-- Teacher.Teaches in Teacher  --incorrect 32\n-- Teaches . Teacher = Person  --incorrect 33\n-- Teaches.Class = Class  --incorrect 34\n-- Teaches.Class = Teacher  --incorrect 35\n-- Teaches.Person = Teacher  --incorrect 36\n-- Teaches.Teacher = Class  --incorrect 37\n-- Teaches.Teacher = Teacher  --incorrect 38\n-- ~Teaches.Teaches in iden --incorrect 39\n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches --correct\n-- all c : Class | (Teaches . c) in Teacher  --incorrect 1\n-- all c : Class | some c.Groups  --incorrect 2\n-- all c : Class | some Teaches.c   --incorrect 3\n-- all c : Class | Teacher -> c in Teaches  --incorrect 4\n-- all c : Class | Teacher in Teaches . c  --incorrect 5\n-- all c : Class | Teaches . c in Teacher  --incorrect 6\n-- all c : Class | Teaches.c in Teacher  --incorrect 7\n-- all c:Class | some c.Teaches  --incorrect 8\n-- all c:Class | some c.~Teaches  --incorrect 9\n-- all c:Class | some Teaches.c  --incorrect 10\n-- all c:Class | some Teaches.~Teaches  --incorrect 11\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 12\n-- all x : Class | some y : Teacher | x->y in Teaches  --incorrect 13\n-- Class in (Teacher <: Teaches.Class)  --incorrect 14\n-- Class in Class.Teaches  --incorrect 15\n-- Class in Person . Teaches  --incorrect 16\n-- Class in Person.Teaches  --incorrect 17\n-- Class in Teaches . Class  --incorrect 18\n-- Class in Teaches.Class  --incorrect 19\n-- Class in Teaches.Person  --incorrect 20\n-- Class in Teaches.Teacher  --incorrect 21\n-- some  Teacher & Teaches.Class  --incorrect 22\n-- some (Teaches.Class & Teacher)  --incorrect 23\n-- some Class<:Teaches  --incorrect 24\n-- some t : Teacher | all c : Class | t->c in Teaches   --incorrect 25\n-- some Teacher <: Teaches.Class   --incorrect 26\n-- some Teacher.Teaches & Teaches.Class  --incorrect 27\n-- some Teaches.Class  --incorrect 28\n-- Teacher in Person . Teaches  --incorrect 29\n-- Teacher in Teacher.Teaches  --incorrect 30\n-- Teacher in Teacher.Teaches    --incorrect 31\n-- Teacher.Teaches in Class  --incorrect 32\n-- Teacher.Teaches in Teaches.Class  --incorrect 33\n-- Teaches . Class = Class  --incorrect 34\n-- Teaches in Teacher some -> Class  --incorrect 35\n-- Teaches in Teacher some->Class  --incorrect 36\n-- Teaches.Class = Teacher  --incorrect 37\n-- Teaches.Class in Teacher  --incorrect 38\n-- Teaches.Teacher = Class --incorrect 39\n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches --correct\n-- (Teacher<:Teaches).(Teacher<:Teaches) in iden  --incorrect 1\n-- all c : Class | lone Teacher -> c & Teaches  --incorrect 2\n-- all c1,c2:Class | some t:Teacher | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 3\n-- all c:Class | (some t1:Teacher , t2:Teacher | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2)  --incorrect 4\n-- all c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 5\n-- all t : Teacher | one c : Class | t->c in Teaches  --incorrect 6\n-- all t : Teacher | one c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 7\n-- all t : Teacher | some c1,c2 : Class | t -> c1 in Teaches and t -> c2 in Teaches implies c1 = c2    --incorrect 8\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1 = c2  --incorrect 9\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 10\n-- all t : Teacher | some x,y : Class | t->x in Teaches and t->y in Teaches implies x=y  --incorrect 11\n-- all t1,t2:Teacher | some c1,c2:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 12\n-- all t1,t2:Teacher | some c1:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 13\n-- all t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 14\n-- all t:Person | lone t.Teaches  --incorrect 15\n-- all t:Teacher | all c:Class | t->c in Teaches implies c=1  --incorrect 16\n-- all t:Teacher | all c:Class | t->c in Teaches implies one c  --incorrect 17\n-- all t:Teacher | lone Teaches.Class   --incorrect 18\n-- all t:Teacher | lone Teaches.t  --incorrect 19\n-- all t:Teacher | one t.Teaches  --incorrect 20\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 21\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2   --incorrect 22\n-- all t:Teacher | some t.Teaches  --incorrect 23\n-- all x : Teacher | some y,z : Class  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 24\n-- all x : Teacher | some y,z : Class | x->y in Teaches and x->z in Teaches implies y=z  --incorrect 25\n-- Class in Teacher.Teaches  --incorrect 26\n-- lone  Teacher.Teaches  --incorrect 27\n-- lone Person.Teaches  --incorrect 28\n-- lone Teacher.Teaches  --incorrect 29\n-- lone Teacher.Teaches   --incorrect 30\n-- lone Teaches.Class  --incorrect 31\n-- one Teacher->Teaches  --incorrect 32\n-- one Teacher.Teaches  --incorrect 33\n-- one Teaches.Class  --incorrect 34\n-- some c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 35\n-- some t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 36\n-- some t1:Teacher , t2:Teacher , c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2  --incorrect 37\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches and not t2->c in Teaches)  --incorrect 38\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches or not t2->c in Teaches)  --incorrect 39\n-- some t:Teacher | (some c:Class | t->c in Teaches)  --incorrect 40\n-- Teaches in Teacher -> lone Class  --incorrect 41\n-- Teaches.~Teaches in iden  --incorrect 42\n-- ~Teaches . Teaches in iden  --incorrect 43\n-- ~Teaches.Teaches in iden --incorrect 44\n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher --correct\n-- all c : Class | lone Person -> c & Teaches  --incorrect 1\n-- all c : Class | lone Teacher  --incorrect 2\n-- all c : Class | lone Teacher.Teaches  --incorrect 3\n-- all c : Class | lone Teaches.c  --incorrect 4\n-- all c : Class | not (lone Person -> c & Teaches)  --incorrect 5\n-- all c : Class | not (lone Teacher -> c & Teaches)  --incorrect 6\n-- all c : Class | not lone Teacher -> c & Teaches  --incorrect 7\n-- all c : Class | not lone Teaches.c  --incorrect 8\n-- all c : Class | one t : Teacher | t->c in Teaches  --incorrect 9\n-- all c : Class | some y, z : Teacher | y->c in Teaches and z->c in Teaches implies z = y  --incorrect 10\n-- all c : Class | Teacher in Teaches.c  --incorrect 11\n-- all c : Class, t : Teacher | t->c in Teaches  --incorrect 12\n-- all c : Teacher.Teaches | one Teacher  --incorrect 13\n-- all c : Teaches.Class | one Teacher  --incorrect 14\n-- all c:Class | lone c.Teaches  --incorrect 15\n-- all c:Class | lone c.Teaches & Teacher  --incorrect 16\n-- all c:Class | lone c.~Teaches  --incorrect 17\n-- all c:Class | lone Teacher.Teaches  --incorrect 18\n-- all c:Class | lone Teacher.Teaches:>c  --incorrect 19\n-- all c:Class | lone Teacher.Teaches<:c  --incorrect 20\n-- all c:Class | lone Teaches.c  --incorrect 21\n-- all c:Class | one Teacher.Teaches:>c  --incorrect 22\n-- all c:Class | some t1,t2:Teacher | t1->c in Teaches and t2->c in Teaches implies t1=t2  --incorrect 23\n-- all c:Class |some t:Teacher | lone c.~Teaches and lone t.Teaches  --incorrect 24\n-- all c:Class,p:Person | lone Teaches->c  --incorrect 25\n-- all c:Class,p:Person | lone Teaches->c and lone p->Teaches  --incorrect 26\n-- all c:Class,p:Person | lone Teaches.c and lone p.Teaches  --incorrect 27\n-- all c:Class,p:Teacher | lone Teaches.c && lone p.Teaches  --incorrect 28\n-- all c:Class,p:Teacher | lone Teaches.c and lone p.Teaches  --incorrect 29\n-- all c:Class,p:Teacher | lone Teaches.c implies lone p.Teaches  --incorrect 30\n-- all c:Class,t1,t2:Teacher | t1->c in Teaches  --incorrect 31\n-- all c:Class,t:Teacher | lone t.Teaches:>c  --incorrect 32\n-- all c:Class,t:Teacher | lone Teaches.c  --incorrect 33\n-- all c:Class,t:Teacher | lone Teaches.c:>t  --incorrect 34\n-- all c:Class,t:Teacher | one t.Teaches:>c  --incorrect 35\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches and t2->c in Teaches implies t1->t2 not in Teaches  --incorrect 36\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches implies t2->c not in Teaches  --incorrect 37\n-- all t:Teacher | (lone t.Teaches) and (lone t->Groups)  --incorrect 38\n-- all t:Teacher | (lone t.Teaches) and (lone t.Groups)  --incorrect 39\n-- all t:Teacher | lone t.Teaches  --incorrect 40\n-- all t:Teacher | lone t.Teaches and (no Student & Teacher)  --incorrect 41\n-- all t:Teacher | lone t.Teaches and lone t.Groups  --incorrect 42\n-- all t:Teacher | lone Teaches.t  --incorrect 43\n-- all t:Teacher | one t.Teaches  --incorrect 44\n-- all x : Class, y,z : Teacher  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 45\n-- Class.~Teaches.Teaches in Class  --incorrect 46\n-- lone Teacher.Teaches  --incorrect 47\n-- lone Teaches.Class  --incorrect 48\n-- lone Teaches.~Teaches  --incorrect 49\n-- no c : Class | #Teaches.c > 1  --incorrect 50\n-- no Class.Teaches  --incorrect 51\n-- no Class.~Teaches  --incorrect 52\n-- no Class.~Teaches.Teaches  --incorrect 53\n-- some c : Class | Teacher in Teaches.c  --incorrect 54\n-- Teacher <: Teaches.~Teaches in iden  --incorrect 55\n-- Teacher in Teaches.Class  --incorrect 56\n-- Teaches . ~Teaches in iden  --incorrect 57\n-- Teaches.~Teaches in iden  --incorrect 58\n-- ~(Teacher <: Teaches).(Teacher <: Teaches) in iden  --incorrect 59\n-- ~(Teaches :> Class).(Teaches :> Class) in iden  --incorrect 60\n-- ~(Teaches:>Class).(Teaches:>Class) in iden  --incorrect 61\n-- ~Teaches.Teaches in iden  --incorrect 62\n-- ~Teaches.Teaches in iden  --incorrect 63\n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) --correct\n-- ((Class . Groups) . Group & Student) = Student  --incorrect 1\n-- ((Class . Groups) . Group) & Student = Student  --incorrect 2\n-- ((Class . Groups) . Group) = Student  --incorrect 3\n-- (Class . Groups) . Group & Student = Student  --incorrect 4\n-- (Class . Groups) . Group = Student  --incorrect 5\n-- (Class . Groups) . Group in Student  --incorrect 6\n-- (Student <: Class.Groups.Group) in Student  --incorrect 7\n-- all c : Class | (c . Groups) . Group = Student  --incorrect 8\n-- all c : Class | c . Groups . Group = Student  --incorrect 9\n-- all c : Class, s : Student | one s.(c.Groups)  --incorrect 10\n-- all c : Class, s : Student | some c . Groups . s  --incorrect 11\n-- all c:Class , g:Group | all s:Student | s in Class   --incorrect 12\n-- all c:Class , g:Group | c in Class  --incorrect 13\n-- all c:Class , g:Group | c in Class and g in Group  --incorrect 14\n-- all c:Class | lone c.Groups  --incorrect 15\n-- all c:Class | some c.Groups  --incorrect 16\n-- all c:Class | some c.Groups   --incorrect 17\n-- all c:Class | some c.Groups.Student  --incorrect 18\n-- all c:Class | Student = c.(Groups.Group)  --incorrect 19\n-- all c:Class | Student = c.Groups.Group  --incorrect 20\n-- all c:Class, s:Student | s->Group in c.Groups  --incorrect 21\n-- all c:Class, s:Student | some c.Groups.s  --incorrect 22\n-- all c:Class,s:Student | some g:Group | s->c->g in Groups  --incorrect 23\n-- all p : Student | some c : Class, g : Group | c->c->g in Groups  --incorrect 24\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups  --incorrect 25\n-- all s : Student | some (Class . Groups) . Group  --incorrect 26\n-- all s : Student | some s <: (Class . Groups)  --incorrect 27\n-- all s : Student | some s.(Class.Groups)  --incorrect 28\n-- all s : Student, c : Class | s in Teaches.Class  --incorrect 29\n-- all s : Student, c: Class | some g : Group | s->c->g in Groups  --incorrect 30\n-- all x : Class , y : Student | y in Group  --incorrect 31\n-- all x : Class, y : Student | y in Group  --incorrect 32\n-- all x : Student | x in Group  --incorrect 33\n-- Class . Groups . Group = Student  --incorrect 34\n-- no Student & Class.Groups.Group  --incorrect 35\n-- some Student & ((Class . Groups) . Group)  --incorrect 36\n-- some Student & (Class . Groups) . Group  --incorrect 37\n-- some Student.(Class.Groups)  --incorrect 38\n-- some Student.Groups  --incorrect 39\n-- Student . (Class . Groups) = Student  --incorrect 40\n-- Student = Class.Groups.Group  --incorrect 41\n-- Student in Class . Groups . Group  --incorrect 42\n-- Student in Class.Groups.Group  --incorrect 43\n-- Student in Class.Groups.Group --incorrect 44\n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n-- all c : Class | (some c.Groups implies some (c.Teaches & Teacher))  --incorrect 1\n-- all c : Class | (some g : Group, t : Teacher | c->t->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 2\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher |  c->t in Teaches   --incorrect 3\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t :Teacher |  c->t in Teaches   --incorrect 4\n-- all c : Class | (some s : Student, g : Group | c->s->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 5\n-- all c : Class | all s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 6\n-- all c : Class | all t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 7\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 8\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 9\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 10\n-- all c : Class | c in (Teacher.Teaches)  --incorrect 11\n-- all c : Class | lone (c.Groups).(Teacher.Teaches)  --incorrect 12\n-- all c : Class | no (Teacher<:Teaches).(c.Groups)  --incorrect 13\n-- all c : Class | no Teacher.(c.Groups)  --incorrect 14\n-- all c : Class | no Teaches.(c.Groups)  --incorrect 15\n-- all c : Class | one (c.Groups).(Teacher.Teaches)  --incorrect 16\n-- all c : Class | some  Teacher.(c.Groups)  --incorrect 17\n-- all c : Class | some (c.Groups) implies Teacher = Teacher  --incorrect 18\n-- all c : Class | some (c.Groups).(Teacher.Teaches)  --incorrect 19\n-- all c : Class | some (c.Groups).(Teacher<:Teaches)  --incorrect 20\n-- all c : Class | some (c.Groups).Teacher  --incorrect 21\n-- all c : Class | some (c.Groups).Teaches  --incorrect 22\n-- all c : Class | some (Groups).(Teacher.Teaches)  --incorrect 23\n-- all c : Class | some (Teacher<:Teaches).c  --incorrect 24\n-- all c : Class | some c.(Groups.Teacher)  --incorrect 25\n-- all c : Class | some c.Groups  --incorrect 26\n-- all c : Class | some g : Group, t : Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 27\n-- all c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 28\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher |  t->c in Teaches   --incorrect 29\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 30\n-- all c : Class | some p : Person, g : Group, t : Teacher | c->p->g in Groups implies t->c in Teaches   --incorrect 31\n-- all c : Class | some p : Person, g : Group, t :Teacher | c->t->g in Groups implies c->t in Teaches   --incorrect 32\n-- all c : Class | some s : Person, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 33\n-- all c : Class | some s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 34\n-- all c : Class | some s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 35\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 36\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 37\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 38\n-- all c : Class | some t : Teacher | ((t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups))  --incorrect 39\n-- all c : Class | some t : Teacher | (some p : Person, g : Group | c -> p -> g in Groups) implies t -> c in Teaches  --incorrect 40\n-- all c : Class | some t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 41\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 42\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups implies t->c in Teaches  --incorrect 43\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | t->c in Teaches implies c->s->g in Groups  --incorrect 44\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 45\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 46\n-- all c : Class | some t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 47\n-- all c : Class | some Teacher & Teaches.c  --incorrect 48\n-- all c : Class | some Teacher.(c.Groups)  --incorrect 49\n-- all c : Class | some Teacher.(c.Groups).(Teacher<:Teaches)  --incorrect 50\n-- all c : Class | some Teacher.Teaches  --incorrect 51\n-- all c : Class | some Teaches.c.Groups  --incorrect 52\n-- all c : Class, p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 53\n-- all c : Class, s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 54\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 55\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 56\n-- all c : Class, s : Student, g : Group | some t : Teacher | t->c in Teaches  implies c->s->g in Groups  --incorrect 57\n-- all c : Class, t : Person | (t -> c in Teaches) implies (all p : Person, g : Group | c -> p -> g in Groups)  --incorrect 58\n-- all c : Class, t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 59\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 60\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 61\n-- all c : Class, t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 62\n-- all c : Class, t, s : Person, g : Group | (t -> c not in Teaches) implies c -> s -> g not in Groups   --incorrect 63\n-- all c : Class, t: Teacher | t->c in Teaches implies some s:Student,g:Group | c->s->g in Groups  --incorrect 64\n-- all c : Class, t: Teacher | t->c not in Teaches implies not some s:Student,g:Group | c->s->g in Groups  --incorrect 65\n-- all c: Class | some c.Groups implies some Teaches.c  --incorrect 66\n-- all c: Class | some Groups implies some Teaches.c  --incorrect 67\n-- all c: Class | some Groups implies some Teaches.c :> Teacher  --incorrect 68\n-- all c: Class | some s: Student, t: Teacher, g: Group | c->s->g in Groups implies t->c in Teaches  --incorrect 69\n-- all c: Class | some t :Teacher | t->c in Teaches and some c.Groups  --incorrect 70\n-- all c: Class | some t: Teacher , p: Person , g: Group| (c->p->g in Groups) implies (t->c in Teaches)  --incorrect 71\n-- all c: Class | some t: Teacher , p: Person , g: Group| c->p->g in Groups implies (t->c in Teaches)  --incorrect 72\n-- all c: Class, g: Group | some s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 73\n-- all c: Class, g: Group | some t: Teacher , p: Person | c->p->g in Groups implies (t->c in Teaches)  --incorrect 74\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 75\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 76\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches and t != s   --incorrect 77\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 78\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 79\n-- all c: Class, s: Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 80\n-- all c: Class, s:Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 81\n-- all c:Class | (some c.Groups iff some c.~Teaches )      --incorrect 82\n-- all c:Class | (some c.Groups iff some t:Teacher| c in t.Teaches)  --incorrect 83\n-- all c:Class | c->Person->Group in Groups implies Person in Teacher  --incorrect 84\n-- all c:Class | lone c.Groups implies (some Teaches.c & Teacher)  --incorrect 85\n-- all c:Class | lone c.Groups implies some Teaches.c  --incorrect 86\n-- all c:Class | lone c.Groups implies some Teaches.c & Teacher  --incorrect 87\n-- all c:Class | no c.Groups  --incorrect 88\n-- all c:Class | no c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 89\n-- all c:Class | no Person.(c.Groups)  --incorrect 90\n-- all c:Class | one Teacher.(c.Groups)  --incorrect 91\n-- all c:Class | some (c.Groups).Person  --incorrect 92\n-- all c:Class | some c.Groups  --incorrect 93\n-- all c:Class | some c.Groups   --incorrect 94\n-- all c:Class | some c.Groups iff one t:Teacher | c in t.Teaches  --incorrect 95\n-- all c:Class | some c.Groups iff some t:Teacher | c in t.Teaches  --incorrect 96\n-- all c:Class | some c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 97\n-- all c:Class | some c.Groups implies (some Teaches.c && lone Teaches.c)  --incorrect 98\n-- all c:Class | some c.Groups implies some Teaches.c  --incorrect 99\n-- all c:Class | some c.Groups.Group  --incorrect 100\n-- all c:Class | some c.Groups.Person  --incorrect 101\n-- all c:Class | some c.Groups.Person   --incorrect 102\n-- all c:Class | some g:Group, p:Person | c->p->g in Groups implies p in Teacher  --incorrect 103\n-- all c:Class | some g:Group, t:Teacher | c->Person->g in Groups implies c in t.Teaches  --incorrect 104\n-- all c:Class | some g:Group, t:Teacher | c->t->g in Groups  --incorrect 105\n-- all c:Class | some g:Group, t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 106\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies c in t.Teaches  --incorrect 107\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 108\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups  --incorrect 109\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 110\n-- all c:Class | some Groups   --incorrect 111\n-- all c:Class | some Groups.c implies some Teaches.c  --incorrect 112\n-- all c:Class | some Groups.Person   --incorrect 113\n-- all c:Class | some p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 114\n-- all c:Class | some p:Person | c->p->Group in Groups implies p in Teacher  --incorrect 115\n-- all c:Class | some p:Person | c->p->Group in Groups implies Person in Teacher  --incorrect 116\n-- all c:Class | some p:Person,g:Group | c->p->g in Groups implies p in Teacher  --incorrect 117\n-- all c:Class | some Person.(c.Groups)  --incorrect 118\n-- all c:Class | some t:Teacher | c->t in Teaches  --incorrect 119\n-- all c:Class | some t:Teacher | some c.Groups   --incorrect 120\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.Teaches   --incorrect 121\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.~Teaches   --incorrect 122\n-- all c:Class | some t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 123\n-- all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches   --incorrect 124\n-- all c:Class | some t:Teacher | some c.Groups.Group implies t->c in Teaches  --incorrect 125\n-- all c:Class | some t:Teacher | some c.Groups.Person implies t->c in Teaches  --incorrect 126\n-- all c:Class | some t:Teacher | some c.Groups.t implies c in t.Teaches   --incorrect 127\n-- all c:Class | some t:Teacher | t->c in Teaches  --incorrect 128\n-- all c:Class | some t:Teacher | t->c in Teaches implies some g:Group | some c.Groups.g  --incorrect 129\n-- all c:Class | some t:Teacher,g:Group | c->t->g in Groups   --incorrect 130\n-- all c:Class | some t:Teacher,g:Group | some c.Groups   --incorrect 131\n-- all c:Class | some t:Teacher,g:Group | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 132\n-- all c:Class | some Teacher.(c.Groups)  --incorrect 133\n-- all c:Class |some g:Group,t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 134\n-- all c:Class |some t:Teacher | t in c.Groups.Group  --incorrect 135\n-- all c:Class, g:Group | some c.Groups  --incorrect 136\n-- all c:Class, g:Group | some p:Person | c->p->g in Groups implies p in Teacher                 --incorrect 137\n-- all c:Class, g:Group |some t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 138\n-- all c:Class, p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 139\n-- all c:Class, p:Person, g:Group | p->c not in Teaches implies c->p->g not in Groups  --incorrect 140\n-- all c:Class, s:Student, g:Group|some t:Teacher | t->c in Teaches implies c->s->g in Groups  --incorrect 141\n-- all c:Class, s:Student|some t:Teacher, g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 142\n-- all c:Class, t:Teacher , s:Student, g:Group| t->c in Teaches implies c->s->g in Groups  --incorrect 143\n-- all c:Class, t:Teacher , s:Student| some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 144\n-- all c:Class, t:Teacher , s:Student|some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 145\n-- all c:Class, t:Teacher, g:Group | c->t->g in Groups implies t->c in Teaches  --incorrect 146\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups  --incorrect 147\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 148\n-- all c:Class, t:Teacher, g:Group | t->c not in Teaches implies c->t->g not in Groups  --incorrect 149\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g in Groups    --incorrect 150\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g not in Groups  --incorrect 151\n-- all c:Class,g:Group | some c.Groups.g  --incorrect 152\n-- all c:Class,g:Group | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 153\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups  --incorrect 154\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c in t.Teaches  --incorrect 155\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 156\n-- all c:Class,g:Group | some t:Teacher | c in Class implies c->t->g in Groups  --incorrect 157\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups  --incorrect 158\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups   --incorrect 159\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies c in t.Teaches  --incorrect 160\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 161\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g   --incorrect 162\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g implies c->t->g in Groups  --incorrect 163\n-- all c:Class,g:Group | some t:Teacher | some c.Groups   --incorrect 164\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 165\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups   --incorrect 166\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  and t->c in Teaches  --incorrect 167\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 168\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches  --incorrect 169\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 170\n-- all c:Class,g:Group | some t:Teacher,s:Student | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 171\n-- all c:Class,g:Group | some t:Teacher,s:Student | s in c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 172\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies c->t->g in Groups  --incorrect 173\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches  --incorrect 174\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies t in c.~Teaches  --incorrect 175\n-- all c:Class,g:Group |some t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 176\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person   --incorrect 177\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person implies c->t->g in Groups  --incorrect 178\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups   --incorrect 179\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 180\n-- all c:Class,g:Group,p:Person |some t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 181\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups  --incorrect 182\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 183\n-- all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 184\n-- all c:Class,g:Group,t:Teacher | c->g->t in Groups implies t->c in Teaches  --incorrect 185\n-- all c:Class,g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 186\n-- all c:Class,g:Group,t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 187\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g  --incorrect 188\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c in t.Teaches  --incorrect 189\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 190\n-- all c:Class,g:Group| some t:Teacher | t in c.Groups.g   --incorrect 191\n-- all c:Class,g:Group|some t:Teacher | some c.Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 192\n-- all c:Class,g:Group|some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 193\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g   --incorrect 194\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g implies t->c in Teaches  --incorrect 195\n-- all c:Class,p:Person | some t:Teacher | some c.Groups.p implies t->c in Teaches  --incorrect 196\n-- all c:Class,s:Student | all g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches         --incorrect 197\n-- all c:Class,s:Student | all g:Group |some t:Teacher| c->s->g in Groups implies t->c in Teaches  --incorrect 198           \n-- all c:Class,s:Student | some g:Group | c->s->g in Groups  --incorrect 199\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups and some t:Teacher | t->c in Teaches  --incorrect 200\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 201\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches  --incorrect 202\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 203\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups    --incorrect 204\n-- all c:Class,t:Teacher ,g:Group | t->c not in Teaches implies c->t->g not in Groups    --incorrect 205\n-- all c:Class,t:Teacher | lone t.Teaches   --incorrect 206\n-- all c:Class,t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 207\n-- all c:Class,t:Teacher | some t.Teaches   --incorrect 208\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 209\n-- all c:Class,t:Teacher | t.Teaches = c   --incorrect 210\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 211\n-- all c:Class,t:Teacher,s:Student | some g:Group | s->c->g in Groups implies t->c in Teaches  --incorrect 212\n-- all c:Class| some g:Group,t:Teacher | c->t->g in Groups  --incorrect 213\n-- all c:Class| some p:Person | some c.Groups.p   --incorrect 214\n-- all c:Class| some p:Person | some Groups.p   --incorrect 215\n-- all c:Class| some t:Teacher | some c.Groups implies c in t.Teaches  --incorrect 216\n-- all c:Class| some t:Teacher | some c.Groups.t implies c in t.Teaches  --incorrect 217\n-- all c:Class| some t:Teacher | some c.Groups.Teacher implies c in t.Teaches  --incorrect 218\n-- all c:Class| some t:Teacher | some Groups implies c in t.Teaches  --incorrect 219\n-- all c:Class|some t:Teacher | some Person.(c.Groups) implies c in t.Teaches  --incorrect 220\n-- all c:Class|some t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 221\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups                 --incorrect 222\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher    --incorrect 223\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher                --incorrect 224\n-- all g:Group,c:Class | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 225\n-- all g:Group,c:Class | some t:Teacher | c->t->g in Groups   --incorrect 226\n-- all p:Person, c:Class | (some t:Teacher, g:Group | c->p->g in Groups implies t->c in Teaches)  --incorrect 227\n-- all p:Person, c:Class, g:Group | (some t:Teacher | c->p->g in Groups implies t->c in Teaches)  --incorrect 228\n-- all t : Person, c : Class | (some g : Group | some s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 229\n-- all t : Person, c : Class | (some g : Group, s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 230\n-- all t : Person, c : Class | t -> c in Teaches implies (some g : Group, s : Person | c -> s -> g in Groups)  --incorrect 231\n-- all t : Teacher | some  Class.Teaches  --incorrect 232\n-- all t: Teacher, c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 233\n-- all x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 234\n-- all x : Class | some y : Person, z : Group, v : Teacher | x->y->z in Groups implies v->x in Teaches  --incorrect 235\n-- all x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 236\n-- not all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 237\n-- some c : Class | (some p : Person | some g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 238\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 239\n-- some c : Class | all s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 240\n-- some c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 241\n-- some c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 242\n-- some Class.Groups iff some t:Teacher| Class in t.Teaches  --incorrect 243\n-- some Class.Groups implies some Teaches.Class  --incorrect 244\n-- some t : Teacher | some c : Class | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 245\n-- some Teacher  --incorrect 246\n-- some x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 247\n-- some x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 248\n-- Tutors.Person in Teacher and Person.Tutors in Student --incorrect 249\n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups --correct\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 1\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies p in Teacher  --incorrect 2\n-- all c : Class | some t : Teacher, g : Group | c->t->g in Groups   --incorrect 3\n-- all c:Class,g:Group |some t:Teacher | t in c.Groups.g  --incorrect 4\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 5\n-- all c:Class,t:Teacher,g:Group | lone c.Groups.g  --incorrect 6\n-- all c:Class,t:Teacher,g:Group | one c.Groups.g  --incorrect 7\n-- all c:Class,t:Teacher,g:Group | t in c.Groups.g  --incorrect 8\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 9\n-- all g:Group | some t:Teacher | t in Class.Groups.g  --incorrect 10\n-- all g:Group | some t:Teacher | t in Class.Groups.Group  --incorrect 11\n-- all p : Person | some c : Class, g :Group | c->p->g in Groups  --incorrect 12\n-- all p : Teacher | some c : Class, g :Group | c->p->g in Groups  --incorrect 13\n-- all p:Person | p in Teacher implies some g:Group | p in Class.Groups.g  --incorrect 14\n-- all t : Teacher | some (((t.Teaches).Groups).Person)  --incorrect 15\n-- all t : Teacher | some ((t.Teaches) & ((Groups.Person).Group))  --incorrect 16\n-- all t : Teacher | some (t.Teaches) & ((Groups.Person).Group)  --incorrect 17\n-- all t : Teacher | some (t.Teaches) & Groups.Person.Group  --incorrect 18\n-- all t : Teacher | some (Teacher<:Teaches).Groups  --incorrect 19\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 20\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 21\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 22\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups  --incorrect 23\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups   --incorrect 24\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups and t->c in Teaches  --incorrect 25\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups implies t->c in Teaches  --incorrect 26\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches and c->t->g in Groups   --incorrect 27\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches implies c->t->g in Groups   --incorrect 28\n-- all t : Teacher | some c : Class, g : Group, t0 : Teacher | c->t->g in Groups and t0->c in Teaches  --incorrect 29\n-- all t : Teacher | some c : Class, p : Person, g : Group | c->p->g in Groups implies t->c in Teaches   --incorrect 30\n-- all t : Teacher | some g : Group, c : Class | c->t->g in Groups  --incorrect 31\n-- all t : Teacher | some g : Group, c : Class | t->c in Teaches and c->t->g in Groups  --incorrect 32\n-- all t : Teacher | some p : Person, g : Group | t->p->g in Groups  --incorrect 33\n-- all t : Teacher | some p : Person, g : Group, c : Class | t->c in Teaches implies c->p->g in Groups  --incorrect 34\n-- all t : Teacher | some t.Teaches & (Groups.Person).Group  --incorrect 35\n-- all t : Teacher | some t.Teaches & Groups.Person.Group  --incorrect 36\n-- all t : Teacher | some Teacher<:(Teaches.Groups)  --incorrect 37\n-- all t : Teacher, c : Class | some g : Group | c->t->g in Groups  --incorrect 38\n-- all t : Teacher, c : Class | t->c in Teaches  --incorrect 39\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 40\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 41\n-- all t : Teacher, c : Class, g : Group | c->t->g in Groups  --incorrect 42\n-- all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches  --incorrect 43\n-- all t: Teacher | some g: Group, c: Class | (c->t->g in Groups)  --incorrect 44\n-- all t: Teacher | some g: Group, c: Class | c->t->g in Groups  --incorrect 45\n-- all t: Teacher | some g: Group, c: Class | t->c in Teaches implies (c->t->g in Groups)  --incorrect 46\n-- all t: Teacher|some c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 47\n-- all t:Teacher  | some Groups.t  --incorrect 48\n-- all t:Teacher  | some t.Groups  --incorrect 49\n-- all t:Teacher , s:Student | (some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups)  --incorrect 50\n-- all t:Teacher , s:Student | some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups  --incorrect 51\n-- all t:Teacher | (some g:Group , c:Class | t->c->g in Groups)  --incorrect 52\n-- all t:Teacher | (some g:Group ,c:Class| t->c in Teaches and c->t->g in Groups)  --incorrect 53\n-- all t:Teacher | all c:Class |some g:Group | t in Person  --incorrect 54\n-- all t:Teacher | all g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 55\n-- all t:Teacher | some c:Class, g:Group | c->t->g in Groups  --incorrect 56\n-- all t:Teacher | some c:Class,g:Group | c->t->g in Groups  --incorrect 57\n-- all t:Teacher | some g:Group | Class->t->g in Groups  --incorrect 58\n-- all t:Teacher | some g:Group | g in t.(Class.Groups)  --incorrect 59\n-- all t:Teacher | some g:Group | t in Class.Groups.g  --incorrect 60\n-- all t:Teacher | some g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 61\n-- all t:Teacher | some g:Group,c:Class | c->t->g in Groups  --incorrect 62\n-- all t:Teacher | some g:Group,c:Class | t->c in Teaches and c->t->g in Groups  --incorrect 63\n-- all t:Teacher | some Groups.Group.t  --incorrect 64\n-- all t:Teacher | some t.(Class.Groups)  --incorrect 65\n-- all t:Teacher, c:Class | (some g:Group | c->t->g in Groups)  --incorrect 66\n-- all t:Teacher, c:Class | some t.(c.Groups)  --incorrect 67\n-- all t:Teacher, c:Class, s:Student | some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 68\n-- all t:Teacher,c:Class | some g:Group | c->t->g in Groups  --incorrect 69\n-- all t:Teacher,c:Class,g:Group | c->t->g in Groups  --incorrect 70\n-- all x : Teacher | some y : Class, z : Group | y->x->z in Groups   --incorrect 71\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups  --incorrect 72\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups   --incorrect 73\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 74\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups  --incorrect 75\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 76\n-- all x : Teacher, y : Class, z : Group | z->x->z in Groups  --incorrect 77\n-- Group in Class.Groups.Teacher  --incorrect 78\n-- no Class.Groups  --incorrect 79\n-- no Class.Groups.Teacher  --incorrect 80\n-- no Group.~(Class.Groups)  --incorrect 81\n-- no Groups.Group  --incorrect 82\n-- no Person.~(Class.Groups)  --incorrect 83\n-- no ~(Class.Groups)  --incorrect 84\n-- some (Teacher<:Teaches).Groups  --incorrect 85\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 86\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 87\n-- some Teacher<:(Teaches.Groups)  --incorrect 88\n-- Teacher in Group.~(Class.Groups)  --incorrect 89\n-- Teacher in Person.Teaches  --incorrect 90\n-- ~iden.iden in ~((Teacher.Teaches).Groups).((Teacher.Teaches).Groups) --incorrect 91\n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student --correct\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors  --incorrect 1\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors and t->s in Tutors  --incorrect 2\n-- all s:Student | s not in Person.^Tutors  --incorrect 3\n-- all s:Student | s not in Person.^~Tutors  --incorrect 4\n-- all s:Student, t:Teacher | s not in Person.*Tutors and t not in Person.*Tutors  --incorrect 5\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors  --incorrect 6\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^~Tutors  --incorrect 7\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.Tutors  --incorrect 8\n-- all s:Student, t:Teacher | s not in Person.Tutors.^Tutors and t not in Person.~Tutors.^~Tutors  --incorrect 9\n-- all s:Student,t:Teacher | s not in Person.^~Tutors and t not in Person.^Tutors  --incorrect 10\n-- all t : Teacher, s : Student | Teacher<:Tutors  in Tutors:>Student  --incorrect 11\n-- all t : Teacher, s : Student | Tutors:>Student in Teacher<:Tutors  --incorrect 12\n-- all t1:Teacher,t2:Teacher,s:Student | s->t1 not in Tutors and t1->t2 not in Tutors  --incorrect 13\n-- all t: Teacher, s: Student | t->s in Tutors  --incorrect 14\n-- all t:Teacher, s:Student | s->t not in Tutors  --incorrect 15\n-- all t:Teacher, s:Student | t->s in Tutors and s->t not in Tutors  --incorrect 16\n-- all t:Teacher,s:Student | s->t not in Tutors  --incorrect 17\n-- all t:Teacher,s:Student | s->t not in Tutors and t->s in Tutors  --incorrect 18\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors  --incorrect 19\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors and s->t not in Tutors  --incorrect 20\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors  --incorrect 21\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and not s->c in Teaches  --incorrect 22\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and s->c not in Teaches  --incorrect 23\n-- all t:Teacher,s:Student,p:Person | p->t not in Tutors and s->p not in Tutors  --incorrect 24\n-- all x, y : Person | x->y in Tutors implies x in Teacher  --incorrect 25\n-- no Person.^Tutors  --incorrect 26\n-- no Person.^~Tutors  --incorrect 27\n-- no Person.Tutors  --incorrect 28\n-- no Student & Student.Tutors  --incorrect 29\n-- no Student & Student.Tutors and no Teacher & Teacher.~Tutors  --incorrect 30\n-- no Student & Student.~Tutors and no Teacher & Teacher.~Tutors  --incorrect 31\n-- no Student.Tutors  --incorrect 32\n-- no Student.Tutors and no Teacher.~Tutors  --incorrect 33\n-- Person.^~Tutors in Teacher  --incorrect 34\n-- some t:Teacher | all s:Student | t->s in Tutors  --incorrect 35\n-- Student in Person.^Tutors and Teacher in Person.^~Tutors  --incorrect 36\n-- Teacher in Person.^*Tutors and Student in Person.*Tutors  --incorrect 37\n-- Teacher in Person.^~Teaches and Student in Person.^Teaches  --incorrect 38\n-- Teacher in Person.^~Tutors and Student in Person.^Tutors  --incorrect 39\n-- Teacher in Person.~Teaches and Student in Person.Teaches  --incorrect 40\n-- Teacher in Person.~Tutors and Student in Person.Tutors  --incorrect 41\n-- Teacher in Student.Tutors  --incorrect 42\n-- Teacher in Teacher.Tutors  --incorrect 43\n-- Teacher in Tutors.Teacher  --incorrect 44\n-- Teacher.Tutors in Student  Tutors.Student in Teacher  --incorrect 45\n-- Tutors.Teacher in Student.Tutors --incorrect 46\n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n-- all c : Class | (c . (Groups . Group)) & Student = ((Teaches . c) . Tutors)  --incorrect 1\n-- all c : Class | (c . (Groups . Group)) & Student = (Teacher & (Teaches . c) . Tutors)  --incorrect 2\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teacher & (Teaches . c)) . Tutors)  --incorrect 3\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teaches . c) . Tutors)  --incorrect 4\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c) . Tutors)  --incorrect 5\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c)) . Tutors  --incorrect 6\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors)  --incorrect 7\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Student  --incorrect 8\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Teacher  --incorrect 9\n-- all c : Class | (c . (Groups . Group)) = (Teaches . c . Tutors)  --incorrect 10\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors)  --incorrect 11\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student  --incorrect 12\n-- all c : Class | (c . Groups) . Group in (Teaches . c) . Tutors  --incorrect 13\n-- all c : Class | c . (Groups . Group) in ((Teaches . c) . Tutors)  --incorrect 14\n-- all c : Class | c . (Groups . Group) in (Teaches . c . Tutors)  --incorrect 15\n-- all c : Class | c . Groups . Group in (Teacher <: Teaches) . c . Tutors  --incorrect 16\n-- all c : Class | c . Groups . Group in Teaches . c . Tutors  --incorrect 17\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 18\n-- all c : Class | Teaches . c . Tutors = c . Groups . Group  --incorrect 19\n-- all c : Class | Teaches . c . Tutors = Class . Groups . Group  --incorrect 20\n-- all c : Class | Teaches . c . Tutors in c . Groups . Group  --incorrect 21\n-- all c:Class , t:Teacher, g:Group|some s:Student | (t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 22\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->c in Tutors  --incorrect 23\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->s in Tutors  --incorrect 24\n-- all c:Class , t:Teacher, s:Student, g:Group|(t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 25\n-- all c:Class,s:Student | s in (c.Groups).Group  --incorrect 26\n-- all c:Class,s:Student | s in (c.Groups).Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 27\n-- all c:Class,s:Student | s in c.Groups.Group  --incorrect 28\n-- all c:Class,s:Student,s:Teacher |some g:Group,t:Teacher| s in c.Groups.Group and c->t->g in Groups  --incorrect 29\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups)  --incorrect 30\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 31\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 32\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors  --incorrect 33\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 34\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 35\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 36\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 37\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 38\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g implies t in s.^~Tutors  --incorrect 39\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c in t.Teaches implies t in s.^(~Tutors)  --incorrect 40\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 41\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups implies t in s.^(~Tutors)  --incorrect 42\n-- all c:Class,s:Student,t:Teacher|some g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 43\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group and t in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 44\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 45\n-- all c:Class,s:Student|some g:Group| c->s->g in Groups  --incorrect 46\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 47\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches implies q->p in Tutors  --incorrect 48\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p in Student and some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 49\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p->c in Teaches  --incorrect 50\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches  --incorrect 51\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 52\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->p in Tutors and q->c in Teaches  --incorrect 53\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches and t->p in Tutors  --incorrect 54\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 55\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 56\n-- all s : Person, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 57\n-- all s : Person, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 58\n-- all s : Person, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 59\n-- all s : Student |   some c : Class | (s in c.Groups.Group) implies (        all t : Teaches.c :> Teacher | s in t.Tutors        )  --incorrect 60\n-- all s : Student | (some c : Class, g : Group | c->s->g  in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 61\n-- all s : Student | (some c : Class, g : Group | c->s->g in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 62\n-- all s : Student | (some t : Teacher | t->s in Tutors) implies s in Class  --incorrect 63\n-- all s : Student | s in Class implies (some t : Teacher | t->s in Tutors)  --incorrect 64\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors  --incorrect 65\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors and t in Class  --incorrect 66\n-- all s : Student | s in Class implies some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 67\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->c in Tutors  --incorrect 68\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors  --incorrect 69\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors and t->c in Teaches  --incorrect 70\n-- all s : Student | some s.(Class.Groups)  --incorrect 71\n-- all s : Student | some s.(Class.Groups)   implies some (Teacher<:Tutors).s  --incorrect 72\n-- all s : Student | some s.(Class.Groups) and some Teacher.Teaches implies some (Teacher<:Tutors).s  --incorrect 73\n-- all s : Student | some s.(Class.Groups) and some Teacher<:Teaches implies some (Teacher<:Tutors).s  --incorrect 74\n-- all s : Student | some s.(Class<:Groups)  --incorrect 75\n-- all s : Student | some s.(Class<:Groups) implies some Class.(Teacher<:Teaches)  --incorrect 76\n-- all s : Student | some s.(Teacher<:Teaches)  --incorrect 77\n-- all s : Student | some t : Teacher | t->s in Tutors  --incorrect 78\n-- all s : Student | some t : Teacher | t->s in Tutors implies s in Class  --incorrect 79\n-- all s : Student | some t : Teacher, c : Class | t->c in Teaches implies t->s in Tutors  --incorrect 80\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 81\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies s in Class and t in Class  --incorrect 82\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies t->c in Teaches  --incorrect 83\n-- all s : Student | some t : Teacher, c : Class, g : Group | (t->c in Teaches implies t->s in Tutors) and c->s->g in Groups  --incorrect 84\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors  --incorrect 85\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors and c->s->g in Groups  --incorrect 86\n-- all s : Student | some Tutors.s & Groups.s.Group  --incorrect 87\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Teaches)  --incorrect 88\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Tutors)  --incorrect 89\n-- all s : Student, c : Class | some (Teacher<:Tutors).c implies some s.(Teacher<:Teaches)  --incorrect 90\n-- all s : Student, c : Class | some c -> s <: Groups implies (Teaches . c) -> s in Tutors  --incorrect 91\n-- all s : Student, c : Class | some c.(Teacher<:Teaches) implies some s.(Teacher<:Tutors)  --incorrect 92\n-- all s : Student, c : Class | some g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 93\n-- all s : Student, c : Class | some s.(c.Groups) and some (Teacher<:Teaches).c implies some (Teacher<:Tutors).s  --incorrect 94\n-- all s : Student, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 95\n-- all s : Student, c : Class | some t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 96\n-- all s : Student, c : Class, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 97\n-- all s : Student, c : Class, t : Teacher | ((all g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 98\n-- all s : Student, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 99\n-- all s : Student, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 100\n-- all s : Student, c : Class, t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 101\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) iff t -> s in Tutors  --incorrect 102\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) implies t -> s in Tutors  --incorrect 103\n-- all s : Student, c : Class, t : Teacher, g : Group | ((c -> s -> g in Groups) and (t -> c in Teaches)) implies t -> s in Tutors  --incorrect 104\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and (t -> c in Teaches) implies t -> s in Tutors  --incorrect 105\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors  --incorrect 106\n-- all s : Student, t : Teacher | (some s.(Class.Groups)) implies some t.(Class.Groups)  --incorrect 107\n-- all s : Student, t : Teacher | some s.(Class.Groups) and some (t<:Teaches).Class implies some (t<:Tutors).s  --incorrect 108\n-- all s : Student, t : Teacher | some s.(Class.Groups) implies some t.(Class.Groups)  --incorrect 109\n-- all s : Student, t : Teacher, c : Class | some s.(c.Groups)  --incorrect 110\n-- all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 111\n-- all s, t : Person | some s.(Class.Groups) and some t<:(Teaches.Class) implies some t<:(Tutors.s)  --incorrect 112\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some (t<:Tutors).s  --incorrect 113\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some t<:(Tutors.s)  --incorrect 114\n-- all s, t : Person, c : Class | (some g : Group | c->s->g in Groups) and t->s in Teaches implies t->c in Tutors  --incorrect 115\n-- all s,t : Person, c : Class | (some g : Group | c->s->g  in Groups) and t->s in Tutors implies t->c in Teaches  --incorrect 116\n-- all s,t : Person, c : Class | some s.(c.Groups)  --incorrect 117\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t.Teaches)  --incorrect 118\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c  --incorrect 119\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 120\n-- all s,t : Person, c : Class | some s.(c.Groups) and some t.Teaches  --incorrect 121\n-- all s:Student | some t:Teacher | t in s.^~Tutors  --incorrect 122\n-- all s:Student, c:Class | some t:Teacher | t->s in Tutors implies t->c in Teaches  --incorrect 123\n-- all s:Student, c:Class, g:Group | some t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 124\n-- all s:Student, c:Class, g:Group, t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 125\n-- all s:Student, c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 126\n-- all s:Student,c:Class | s in (c.Groups).Group  --incorrect 127\n-- all s:Student,c:Class | s in c.Groups.Group  --incorrect 128\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches  --incorrect 129\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 130\n-- all s:Student,c:Class | some s.(c.Groups)  --incorrect 131\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches  --incorrect 132\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches and t in s.~Tutors  --incorrect 133\n-- all s:Student,c:Class | some t:Teacher | some c.Groups.s  --incorrect 134\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups)  --incorrect 135\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 136\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 137\n-- all s:Student,c:Class | some t:Teacher | t->s in Tutors  --incorrect 138\n-- all s:Student,c:Class, t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 139\n-- all s:Student,c:Class,g:Group | some t:Teacher |(t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 140\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups  --incorrect 141\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups.s  --incorrect 142\n-- all s:Student,c:Class,g:Group|some t:Teacher | some s.(c.Groups)  --incorrect 143\n-- all s:Student,c:Class,g:Group|some t:Teacher | some Teacher  --incorrect 144\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups)  --incorrect 145\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 146\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group  --incorrect 147\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches  --incorrect 148\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 149\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.~Tutors  --incorrect 150\n-- all s:Student,c:Class,t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 151\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches  --incorrect 152\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 153\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^~Tutors  --incorrect 154\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 155\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 156\n-- all s:Student,t:Teacher,c:Class,g:Group | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 157\n-- all s:Student| some c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 158\n-- all s:Student| some t:Teacher | t->s in Tutors  --incorrect 159\n-- all s:Student| some t:Teacher,c:Class,g:Group | t->s in Tutors and c->s->g in Groups and c->t->g in Groups  --incorrect 160\n-- all t : Teacher, c : Class | some Student.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).Student  --incorrect 161\n-- all x : Class, y : Student  | (some z : Group | x->y->z in Groups) and some v : Teacher | v->x in Teaches implies v->y in Tutors  --incorrect 162\n-- all x : Person | some y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 163\n-- all x : Person, y : Class | (all z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 164\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) and all u : Teacher | u->y in Teaches implies u->x in Tutors  --incorrect 165\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 166\n-- all x : Person, y : Class, v : Teacher | ((some z : Group | y->x->z in Groups) and v->y in Teaches) implies v->x in Tutors  --incorrect 167\n-- all x : Person, y : Class, v : Teacher | (all z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 168\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches  --incorrect 169\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 170\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->y in Tutors  --incorrect 171\n-- all x, v : Person, y : Class | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 172\n-- Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 173\n-- some Groups.Group  --incorrect 174\n-- Student in (Class.Groups).Student and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 175\n-- Student in Class.(Groups.Student) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 176\n-- Student in Student.(Class.Groups) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 177\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n--\tall s : Person | some Teacher & ^Tutors.s\n-- all p : Person | some (Teacher & p . ^Tutors)  --incorrect 1\n-- all p : Person | some p <: (^ Tutors)  --incorrect 2\n{#m#()  all p : Person | some p <: ^ Tutors } --incorrect 3 \n-- all p : Person | some p2 : Person | p -> p2 in Tutors and p in Teacher  --incorrect 4\n-- all p : Person | some q : Person, t : Teacher | t->p in Tutors or (q->p in Tutors and t->q in Tutors) or (t->q in Tutors and q->p in Tutors and p->t in Tutors)  --incorrect 5\n-- all p : Person | some q,r : Person | (p in Teacher or q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 6\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or p->r in Tutors or r->p in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 7\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors       or r->p in Tutors or p->r in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 8\n-- all p : Person | some q,r : Person | (q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 9\n-- all p : Person | some t : Teacher | t->p in Tutors or (some q : Person | q->p in Tutors and t->q in Tutors)  --incorrect 10\n-- all p : Person | some Teacher <: p . (^ Tutors)  --incorrect 11\n-- all p : Teacher | some p <: ^ Tutors  --incorrect 12\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 13\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher) or    (q->p in Tutors implies q in Teacher) or    (q->r in Tutors implies q in Teacher) or    (r->q in Tutors implies r in Teacher) or    (r->p in Tutors implies r in Teacher) or    (p->r in Tutors implies p in Teacher)  --incorrect 14\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher)  --incorrect 15\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 16\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    or (p in Teacher or q in Teacher or r in Teacher)  --incorrect 17\n-- all p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 18\n-- all p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 19\n-- all p1 : Person | (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 20\n-- all p1 : Person | p1 in Teacher or (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 21\n-- all p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 22\n-- all p:Person |  Teacher in (p.^Tutors)  --incorrect 23\n-- all p:Person | p.Tutors.Tutors.Tutors in Teacher  --incorrect 24\n-- all p:Person | some t:Teacher | t in (p.^Tutors)  --incorrect 25\n-- all p:Person | some t:Teacher | t in p.*Tutors  --incorrect 26\n-- all p:Person | some t:Teacher | t in p.^Tutors  --incorrect 27\n-- all p:Person | some t:Teacher | t in p.^~Teaches  --incorrect 28\n-- all p:Person | some Teacher <:(p.^Tutors)  --incorrect 29\n-- all p:Person | Teacher in p.^Tutors  --incorrect 30\n-- all p:Person |some t:Teacher | p in p.^~Tutors  --incorrect 31\n-- all s : Person | some (s.^Tutors & Teacher)  --incorrect 32\n-- all s : Person | some Teacher & ^Tutors.Person  --incorrect 33\n-- all s : Person | some Teacher & s.*Tutors  --incorrect 34\n-- all s : Person | some Teacher & s.^Tutors  --incorrect 35\n-- all s : Student | s.^Tutors in Teacher  --incorrect 36\n-- all s : Student | some (s.*Tutors & Teacher)  --incorrect 37\n-- all s : Student | some (s.^Tutors & Teacher)  --incorrect 38\n-- all s : Student | some (Teacher & s . ^Tutors)  --incorrect 39\n-- all s : Student | some s.^Tutors & Teacher  --incorrect 40\n-- all s : Student | some t : Teacher | t in s.^Tutors  --incorrect 41\n-- all s : Student | some Teacher & s . ^Tutors  --incorrect 42\n-- all s:Person | some Teacher & s.*Tutors  --incorrect 43\n-- all s:Person | some Teacher & s.^Tutors  --incorrect 44\n-- all s:Person | some(s.^Tutors & Teacher)  --incorrect 45\n-- all s:Student | some t:Teacher | t in s.^Tutors  --incorrect 46\n-- all s:Student | some Teacher & s.^Tutors  --incorrect 47\n-- all s:Student | Teacher in s.^Tutors  --incorrect 48\n-- all s:Student |some Teacher & s.^Teaches  --incorrect 49\n-- all s:Student |some Teacher & s.^Tutors  --incorrect 50\n-- all t:Teacher | all p:Person | t in p.^Tutors  --incorrect 51\n-- all t:Teacher | all p:Person | t in p.^~Tutors  --incorrect 52\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 53\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors and x != y and x != z and y != z implies x in Teacher  --incorrect 54\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies x in Teacher  --incorrect 55\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies z in Teacher  --incorrect 56\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 57\n-- all x, y, z : Teacher | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 58\n-- Person.^~Tutors in Teacher  --incorrect 59\n-- Person.Teaches.Teaches.Teaches in Teacher  --incorrect 60\n-- Person.Tutors.Tutors.Tutors in Teacher  --incorrect 61\n-- some p : Teacher | some p <: ^ Tutors  --incorrect 62\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 63\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->q in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 64\n-- some p,q,r : Person | ((p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors) and (p->r in Tutors or r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 65\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors and r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 66\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 67\n-- some p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 68\n-- some p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 69\n-- some p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 70\n-- some t:Teacher | t in (Person.^Teaches)  --incorrect 71\n-- some t:Teacher |all p:Person | t in p.^Teaches  --incorrect 72\n-- some t:Teacher |all p:Person | t in p.^Tutors  --incorrect 73\n-- some t:Teacher |all p:Person | t in p.^~Tutors  --incorrect 74\n-- some Teacher & ^Tutors.Person  --incorrect 75\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 76\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 77\n-- Teacher in Person.^Tutors  --incorrect 78\n-- Tutors.Tutors.Tutors.Person in Teacher  --incorrect 79\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n  no Teacher --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n  no Student & Teacher --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n Person in (Student + Teacher) --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n  some Teacher.Teaches --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv6_OK {\n  Teacher in Teaches.Class --correct\n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n--------\npred inv7_OK {\n  Class in Teacher.Teaches --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\npred inv8_OK {\n  all t:Teacher | lone t.Teaches --correct\n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n--------\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher --correct\n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n--------\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) --correct\n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n--------\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n--------\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups --correct\n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n--------\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  --correct\n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n--------\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors --correct\n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n--------\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s --correct\n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0","avg_line_length":73.2887612797,"max_line_length":297,"alphanum_fraction":0.6560516684}
{"size":4533,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n{  all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s } \n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv14\n}\n\nassert __repair {\n\tinv14 <=> {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv14\n}\n\n","avg_line_length":19.3717948718,"max_line_length":128,"alphanum_fraction":0.6765938672}
{"size":23265,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test6 {\nsome disj Student0: Student {some disj Professor0, Professor1: Professor {some disj Student0, Professor0, Professor1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1: Assignment {\nStudent = Student0\nProfessor = Professor0 + Professor1\nPerson = Student0 + Professor0 + Professor1\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor1 + Class1->Professor0 + Class2->Professor1\nAssignment = Assignment0 + Assignment1\nassociated_with = Assignment0->Class2 + Assignment1->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0\n}}}}}\n}\nrun test6 for 3 expect 1\npred test36 {\nsome disj Student0: Student {some disj Professor0, Professor1: Professor {some disj Student0, Professor0, Professor1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0 + Professor1\nPerson = Student0 + Professor0 + Professor1\nClass = Class0 + Class1 + Class2\nassistant_for = Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor1\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class0\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\nPolicyAllowsGrading[Professor1,Assignment2]\n}}}}}\n}\nrun test36 for 3 expect 0\npred test40 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0\nassociated_with = Assignment0->Class2\nassigned_to = Assignment0->Student0\nPolicyAllowsGrading[Professor0,Assignment0]\n}}}}}\n}\nrun test40 for 3 expect 1\npred test2 {\n\nno Student\nno Professor\nno Person\nno Class\nno assistant_for\nno instructor_of\nno Assignment\nno associated_with\nno assigned_to\n\n}\nrun test2 for 3 expect 1\npred test14 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test14 for 3 expect 0\npred test19 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class0 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test19 for 3 expect 0\npred test23 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class2 + Assignment2->Class2\nno assigned_to\n}}}}}\n}\nrun test23 for 3 expect 0\npred test34 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1 + Class2\nassistant_for = Class1->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student1 + Assignment1->Student1 + Assignment2->Student0\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test34 for 3 expect 1\npred test35 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student1 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment1->Student1 + Assignment2->Student0\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test35 for 3 expect 0\npred test25 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Professor0, Student0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Professor0 + Student0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class2\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\nPolicyAllowsGrading[Student0,Assignment2]\n}}}}}\n}\nrun test25 for 3 expect 0\npred test1 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test1 for 3 expect 1\npred test13 {\nsome disj Student0: Student {some disj Professor0, Professor1: Professor {some disj Student0, Professor0, Professor1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1: Assignment {\nStudent = Student0\nProfessor = Professor0 + Professor1\nPerson = Student0 + Professor0 + Professor1\nClass = Class0 + Class1 + Class2\nassistant_for = Class1->Student0\ninstructor_of = Class0->Professor1 + Class1->Professor1 + Class2->Professor1\nAssignment = Assignment0 + Assignment1\nassociated_with = Assignment0->Class2 + Assignment1->Class2\nassigned_to = Assignment0->Student0 + Assignment1->Student0\n}}}}}\n}\nrun test13 for 3 expect 1\npred test16 {\nsome disj Professor0, Professor1: Professor {some disj Professor0, Professor1: Person {some disj Class0, Class1, Class2: Class {\nno Student\nProfessor = Professor0 + Professor1\nPerson = Professor0 + Professor1\nClass = Class0 + Class1 + Class2\nno assistant_for\ninstructor_of = Class0->Professor1 + Class1->Professor1 + Class2->Professor0 + Class2->Professor1\nno Assignment\nno associated_with\nno assigned_to\n}}}\n}\nrun test16 for 3 expect 0\npred test39 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class0->Student1 + Class1->Student0 + Class1->Student1 + Class2->Student0 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student1 + Assignment1->Student1 + Assignment2->Student0 + Assignment2->Student1\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test39 for 3 expect 0\npred test24 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Student1, Professor0: Person {some disj Class0: Class {some disj Assignment0, Assignment1: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Student1 + Professor0\nClass = Class0\nassistant_for = Class0->Student1\ninstructor_of = Class0->Professor0\nAssignment = Assignment0 + Assignment1\nassociated_with = Assignment0->Class0 + Assignment1->Class0\nassigned_to = Assignment0->Student0 + Assignment0->Student1 + Assignment1->Student0 + Assignment1->Student1\n}}}}}\n}\nrun test24 for 3 expect 1\npred test31 {\nsome disj Student0: Student {some disj Professor0, Professor1: Professor {some disj Student0, Professor0, Professor1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0: Assignment {\nStudent = Student0\nProfessor = Professor0 + Professor1\nPerson = Student0 + Professor0 + Professor1\nClass = Class0 + Class1 + Class2\nassistant_for = Class1->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor1\nAssignment = Assignment0\nassociated_with = Assignment0->Class2\nassigned_to = Assignment0->Student0\nPolicyAllowsGrading[Professor1,Assignment0]\n}}}}}\n}\nrun test31 for 3 expect 1\npred test11 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Student1, Professor0: Person {some disj Class0, Class1, Class2: Class {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Student1 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student1 + Class1->Student0 + Class1->Student1 + Class2->Student0 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nno Assignment\nno associated_with\nno assigned_to\n}}}}\n}\nrun test11 for 3 expect 1\npred test20 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment1->Class2 + Assignment2->Class2\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test20 for 3 expect 0\npred test21 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class0 + Assignment2->Class2\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test21 for 3 expect 0\npred test17 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Student1, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Student1 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student1 + Class1->Student0 + Class1->Student1 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student1 + Assignment1->Student1 + Assignment2->Student0\n}}}}}\n}\nrun test17 for 3 expect 1\npred test7 {\nsome disj Student0: Student {some disj Student0: Person {\nStudent = Student0\nno Professor\nPerson = Student0\nno Class\nno assistant_for\nno instructor_of\nno Assignment\nno associated_with\nno assigned_to\n}}\n}\nrun test7 for 3 expect 1\npred test8 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class2 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test8 for 3 expect 1\npred test30 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1\nassistant_for = Class0->Student1 + Class1->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class1 + Assignment1->Class0 + Assignment2->Class0\nassigned_to = Assignment0->Student1 + Assignment1->Student1 + Assignment2->Student0\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test30 for 3 expect 1\npred test3 {\nsome disj Student0, Student1: Student {some disj Student0, Student1: Person {\nStudent = Student0 + Student1\nno Professor\nPerson = Student0 + Student1\nno Class\nno assistant_for\nno instructor_of\nno Assignment\nno associated_with\nno assigned_to\n}}\n}\nrun test3 for 3 expect 1\npred test15 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class2 + Assignment2->Class2\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test15 for 3 expect 0\npred test4 {\nsome disj Professor0: Professor {some disj Professor0: Person {some disj Class0: Class {\nno Student\nProfessor = Professor0\nPerson = Professor0\nClass = Class0\nno assistant_for\ninstructor_of = Class0->Professor0\nno Assignment\nno associated_with\nno assigned_to\n}}}\n}\nrun test4 for 3 expect 1\npred test32 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class0->Student1 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class0\nassigned_to = Assignment0->Student1 + Assignment1->Student0 + Assignment2->Student0\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test32 for 3 expect 1\npred test5 {\nsome disj Professor0, Professor1, Professor2: Professor {some disj Professor0, Professor1, Professor2: Person {some disj Class0, Class1, Class2: Class {\nno Student\nProfessor = Professor0 + Professor1 + Professor2\nPerson = Professor0 + Professor1 + Professor2\nClass = Class0 + Class1 + Class2\nno assistant_for\ninstructor_of = Class0->Professor2 + Class1->Professor1 + Class2->Professor0\nno Assignment\nno associated_with\nno assigned_to\n}}}\n}\nrun test5 for 3 expect 1\npred test12 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\n}}}}}\n}\nrun test12 for 3 expect 1\npred test28 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class0->Student1 + Class2->Student0 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class2\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0 + Assignment2->Student1\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test28 for 3 expect 0\npred test38 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Student1, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Student1 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student1 + Class1->Student0 + Class1->Student1 + Class2->Student0 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class0\nassigned_to = Assignment0->Student1 + Assignment1->Student0 + Assignment2->Student1\nPolicyAllowsGrading[Professor0,Assignment2]\n}}}}}\n}\nrun test38 for 3 expect 1\npred test10 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nno Class\nno assistant_for\nno instructor_of\nno Assignment\nno associated_with\nno assigned_to\n}}}\n}\nrun test10 for 3 expect 1\npred test33 {\nsome disj Student0: Student {some disj Professor0, Professor1: Professor {some disj Student0, Professor0, Professor1: Person {some disj Class0, Class1: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0 + Professor1\nPerson = Student0 + Professor0 + Professor1\nClass = Class0 + Class1\nno assistant_for\ninstructor_of = Class0->Professor1 + Class1->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class1 + Assignment1->Class0 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0\nPolicyAllowsGrading[Professor1,Assignment2]\n}}}}}\n}\nrun test33 for 3 expect 0\npred test22 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0\nassistant_for = Class0->Student0\ninstructor_of = Class0->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class0 + Assignment1->Class0 + Assignment2->Class0\nno assigned_to\n}}}}}\n}\nrun test22 for 3 expect 0\npred test41 {\nsome disj Student0, Student1: Student {some disj Professor0: Professor {some disj Student0, Professor0, Student1: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1, Assignment2: Assignment {\nStudent = Student0 + Student1\nProfessor = Professor0\nPerson = Student0 + Professor0 + Student1\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class0->Student1 + Class1->Student1 + Class2->Student1\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1 + Assignment2\nassociated_with = Assignment0->Class2 + Assignment1->Class1 + Assignment2->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0 + Assignment2->Student0 + Assignment2->Student1\nPolicyAllowsGrading[Student1,Assignment2]\n}}}}}\n}\nrun test41 for 3 expect 0\npred test9 {\nsome disj Student0: Student {some disj Professor0: Professor {some disj Student0, Professor0: Person {some disj Class0, Class1, Class2: Class {some disj Assignment0, Assignment1: Assignment {\nStudent = Student0\nProfessor = Professor0\nPerson = Student0 + Professor0\nClass = Class0 + Class1 + Class2\nassistant_for = Class0->Student0 + Class1->Student0 + Class2->Student0\ninstructor_of = Class0->Professor0 + Class1->Professor0 + Class2->Professor0\nAssignment = Assignment0 + Assignment1\nassociated_with = Assignment0->Class2 + Assignment1->Class1\nassigned_to = Assignment0->Student0 + Assignment1->Student0\n}}}}}\n}\nrun test9 for 3 expect 1\n","avg_line_length":44.9131274131,"max_line_length":228,"alphanum_fraction":0.786159467}
{"size":89339,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student --correct\n-- all p:Person | p in Teacher  --incorrect 1\n-- all p:Person | p not in Person  --incorrect 2\n-- all p:Person | p not in Teacher  --incorrect 3\n-- all s:Student | s in Person  --incorrect 4\n-- no Teacher  --incorrect 5\n-- Person & Teacher = none  --incorrect 6\n-- Student in Person  --incorrect 7\n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher --correct\n-- all p1,p2:Person | p1 -> p2 in Teaches implies no p1  --incorrect 1\n-- all p:Person | p in Student  --incorrect 2\n-- all x : Person | x not in Person  --incorrect 3\n-- no Teaches  --incorrect 4\n-- no Tutors  --incorrect 5\n-- Person in Student  --incorrect 6\n-- some Teacher --incorrect 7\n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher --correct\n-- (Person in Student and Person in Teacher)  --incorrect 1\n-- (Person in Student and Person not in Teacher) or (Person not in Student and Person in Teacher)  --incorrect 2\n-- (Person in Teacher) iff not (Person in Student)  --incorrect 3\n-- all p : Person | (p in Student and p not in Teacher)  --incorrect 4\n-- all p : Person | (p in Student and p not in Teacher) or (p in Teacher and p not in Student)  --incorrect 5\n-- all p : Person | (p in Student or p in Teacher)  --incorrect 6\n-- all p : Person | (p in Teacher or p in Student)  --incorrect 7\n-- all p : Person | p in Student and p not in Teacher  --incorrect 8\n-- all p : Person | p in Student or p in Teacher  --incorrect 9\n-- all p : Person | p in Student or p not in Teacher  --incorrect 10\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 11\n-- all p:Person | not (p in Student and p not in Teacher)   --incorrect 12\n-- all p:Person | p in Student and p in Teacher  --incorrect 13\n-- all p:Person | p in Student and p not in Teacher   --incorrect 14\n-- all p:Person | p in Student implies p in Teacher    --incorrect 15\n-- all p:Person | p in Student or p in Teacher  --incorrect 16\n-- all p:Person | p in Student or p in Teacher   --incorrect 17\n-- all p:Person | p in Student or p in Teacher    --incorrect 18\n-- no Person & Teacher  --incorrect 19\n-- no Student & Student  --incorrect 20\n-- not (Person in (Student & Teacher))  --incorrect 21\n-- not (Person in Student and Person in Teacher)  --incorrect 22\n-- Person & Teacher = none  --incorrect 23\n-- Person in (Student & Teacher) --incorrect 24\n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) --correct\n-- (Person in Student) iff not (Person in Teacher)  --incorrect 1\n-- (Person in Student) or (Person in Teacher)  --incorrect 2\n-- all p : Person | p in Student or p in Teacher and inv3  --incorrect 3\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 4\n-- all p : Person | p not in Student or p not in Teacher  --incorrect 5\n-- all p: Person | (p not in Teacher and p not in Student)  --incorrect 6\n-- all p: Person | p not in Teacher and p not in Student  --incorrect 7\n-- all p:Person | p != Student implies p = Teacher  --incorrect 8\n-- all p:Person | p in Student implies p not in Teacher  --incorrect 9\n-- all p:Person | p not in Student and p not in Teacher  --incorrect 10\n-- all p:Person | p not in Student implies p = Teacher  --incorrect 11\n-- all p:Person | p not in Student implies p not in Teacher  --incorrect 12\n-- all p:Person | p not in Student or p not in Teacher  --incorrect 13\n-- all x : Person | x not in Student and x not in Teacher  --incorrect 14\n-- no (Person&Teacher) and no (Person&Student)  --incorrect 15\n-- no (Person-Teacher) and no (Person-Student)  --incorrect 16\n-- no (Student & Teacher)  --incorrect 17\n-- no (Student + Teacher)  --incorrect 18\n-- no (Teacher + Student)  --incorrect 19\n-- no Student & Teacher  --incorrect 20\n-- no Student + Teacher  --incorrect 21\n-- no Student+Teacher  --incorrect 22\n-- no Teacher & Student  --incorrect 23\n-- no Teacher+Student  --incorrect 24\n-- Person - Teacher = Person  --incorrect 25\n-- Person - Teacher = Student  --incorrect 26\n-- Person in Student & Teacher  --incorrect 27\n-- some Person no Student and no Teacher  --incorrect 28\n-- some Student & Teacher  --incorrect 29\n-- some Student + Person  --incorrect 30\n-- some Student + Teacher  --incorrect 31\n-- Student + Teacher in none --incorrect 32\n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches --correct\n-- all c : Class | some t : Teacher | t->c in Teaches   --incorrect 1\n-- all p:Person | p in Person      --incorrect 2\n-- all p:Person | some c: Class | p in Teacher implies (p->c in Teaches)      --incorrect 3\n-- all p:Person | some c: Class | p->c in Teaches      --incorrect 4\n-- all p:Person | some c: Class |p in Person      --incorrect 5\n-- all p:Person | some Teaches.Class  --incorrect 6\n-- all p:Person | some Teaches.p  --incorrect 7\n-- all p:Teacher | some c: Class | (p->c in Teaches)      --incorrect 8\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 9\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 10\n-- all t : Teacher | some t.Teaches  --incorrect 11\n-- all t:Teacher | some c:Class | c in t.Teaches  --incorrect 12\n-- all t:Teacher | some t.Teaches  --incorrect 13\n-- all t:Teacher | t in Group   --incorrect 14\n-- all t:Teacher | t.Teaches in Class  --incorrect 15\n-- all t:Teacher,c:Class | t->c in Teaches    --incorrect 16\n-- all x : Teacher | some y : Class | x->y in Teaches  --incorrect 17\n-- Class in Class.Teaches  --incorrect 18\n-- Class in Teacher  --incorrect 19\n-- Class in Teaches.Class  --incorrect 20\n-- Class->Teacher->Group in Groups  --incorrect 21\n-- Person.Teaches in Class  --incorrect 22\n-- some c : Class | c in Teacher  --incorrect 23\n-- some c : Class | some p : Person | p in Teacher  --incorrect 24\n-- some c : Class | Teacher->c in Teaches  --incorrect 25\n-- some c : Class, t : Teacher, g: Group | c->t->g in Groups  --incorrect 26\n-- some c:Class | c in Teacher  --incorrect 27\n-- some c:Class | c in Teacher   --incorrect 28\n-- some c:Class, t:Teacher | c->t in Teaches  --incorrect 29\n-- some Class  --incorrect 30\n-- some Class.Teaches  --incorrect 31\n-- some p:Person | p.Teaches in Class  --incorrect 32\n-- some p:Teacher | p.Teaches in Class  --incorrect 33\n-- some Person.Teaches  --incorrect 34\n-- some t : Teacher | t in Class  --incorrect 35\n-- some t : Teacher | t.Teaches in Class  --incorrect 36\n-- some t:Teacher | (all c:Class | t->c in Teaches)  --incorrect 37\n-- some t:Teacher | t in Class  --incorrect 38\n-- some Teacher & Class  --incorrect 39\n-- some Teacher <: Person.Teaches  --incorrect 40\n-- some Teacher->Class  --incorrect 41\n-- some Teaches  --incorrect 42\n-- some Teaches . Class  --incorrect 43\n-- some Teaches.Class  --incorrect 44\n-- some Teaches.Teaches  --incorrect 45\n-- some x : Class | x in Group and x in Teacher  --incorrect 46\n-- some x : Class | x in Group implies x in Teacher  --incorrect 47\n-- some x : Class | x in Teacher  --incorrect 48\n-- some x : Person | x in Teacher and x in Class  --incorrect 49\n-- some x : Person | x in Teacher and x in Group and x in Class  --incorrect 50\n-- some x : Teacher | all y : Class | x->y in Teaches  --incorrect 51\n-- some x : Teacher | x in Class  --incorrect 52\n-- Teacher in Class  --incorrect 53\n-- Teacher in Teaches.Class  --incorrect 54\n-- Teacher.Teaches & Teacher in Class  --incorrect 55\n-- Teacher.Teaches & Teacher in Class   --incorrect 56\n-- Teacher.Teaches in Class  --incorrect 57\n-- Teaches.Teacher in Class --incorrect 58\n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class --correct\n-- (Teacher . (Teacher <: Teaches)) = Person  --incorrect 1\n-- all p : Person | some c : Class | p -> c in Teaches   --incorrect 2\n-- all p:Person | some c:Class | p in Teacher implies p->c in Teaches   --incorrect 3\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches  --incorrect 4\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches   --incorrect 5\n-- all p:Person,c:Class | p->c in Teaches   --incorrect 6\n-- all p:Person,c:Class,g:Group | p in Teacher implies c->p->g in Groups   --incorrect 7\n-- all t : Teacher | inv5  --incorrect 8\n-- all t:Teacher, c:Class | c->t in Teaches  --incorrect 9\n-- all t:Teacher, c:Class | t->c in Teaches  --incorrect 10\n-- all t:Teacher,c:Class | t->c in Teaches  --incorrect 11\n-- all t:Teacher,c:Class | t->c in Teaches   --incorrect 12\n-- all x : Person | x in Teacher implies x in Class  --incorrect 13\n-- all x : Teacher, y : Class  | x->y in Teaches  --incorrect 14\n-- Class in Teacher.Teaches  --incorrect 15\n-- Class.Teaches = Teacher  --incorrect 16\n-- iden in ~Teaches.Teaches  --incorrect 17\n-- some c : Class | Teacher->c in Teaches   --incorrect 18\n-- some Teacher.Teaches  --incorrect 19\n-- some Teacher<:Teaches  --incorrect 20\n-- some x : Person | x in Teacher and x in Class  --incorrect 21\n-- Teacher . (Teacher <: Teaches) = Person  --incorrect 22\n-- Teacher = Teacher.Teaches  --incorrect 23\n-- Teacher = Teaches.Class  --incorrect 24\n-- Teacher = Teaches.Teacher  --incorrect 25\n-- Teacher in Class.Teaches  --incorrect 26\n-- Teacher in Teacher.Teaches  --incorrect 27\n-- Teacher in Teaches.Person  --incorrect 28\n-- Teacher in Teaches.Teacher  --incorrect 29\n-- Teacher.Teaches = Class  --incorrect 30\n-- Teacher.Teaches in Class  --incorrect 31\n-- Teacher.Teaches in Teacher  --incorrect 32\n-- Teaches . Teacher = Person  --incorrect 33\n-- Teaches.Class = Class  --incorrect 34\n-- Teaches.Class = Teacher  --incorrect 35\n-- Teaches.Person = Teacher  --incorrect 36\n-- Teaches.Teacher = Class  --incorrect 37\n-- Teaches.Teacher = Teacher  --incorrect 38\n-- ~Teaches.Teaches in iden --incorrect 39\n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches --correct\n-- all c : Class | (Teaches . c) in Teacher  --incorrect 1\n-- all c : Class | some c.Groups  --incorrect 2\n-- all c : Class | some Teaches.c   --incorrect 3\n-- all c : Class | Teacher -> c in Teaches  --incorrect 4\n-- all c : Class | Teacher in Teaches . c  --incorrect 5\n-- all c : Class | Teaches . c in Teacher  --incorrect 6\n-- all c : Class | Teaches.c in Teacher  --incorrect 7\n-- all c:Class | some c.Teaches  --incorrect 8\n-- all c:Class | some c.~Teaches  --incorrect 9\n-- all c:Class | some Teaches.c  --incorrect 10\n-- all c:Class | some Teaches.~Teaches  --incorrect 11\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 12\n-- all x : Class | some y : Teacher | x->y in Teaches  --incorrect 13\n-- Class in (Teacher <: Teaches.Class)  --incorrect 14\n-- Class in Class.Teaches  --incorrect 15\n-- Class in Person . Teaches  --incorrect 16\n-- Class in Person.Teaches  --incorrect 17\n-- Class in Teaches . Class  --incorrect 18\n-- Class in Teaches.Class  --incorrect 19\n-- Class in Teaches.Person  --incorrect 20\n-- Class in Teaches.Teacher  --incorrect 21\n-- some  Teacher & Teaches.Class  --incorrect 22\n-- some (Teaches.Class & Teacher)  --incorrect 23\n-- some Class<:Teaches  --incorrect 24\n-- some t : Teacher | all c : Class | t->c in Teaches   --incorrect 25\n-- some Teacher <: Teaches.Class   --incorrect 26\n-- some Teacher.Teaches & Teaches.Class  --incorrect 27\n-- some Teaches.Class  --incorrect 28\n-- Teacher in Person . Teaches  --incorrect 29\n-- Teacher in Teacher.Teaches  --incorrect 30\n-- Teacher in Teacher.Teaches    --incorrect 31\n-- Teacher.Teaches in Class  --incorrect 32\n-- Teacher.Teaches in Teaches.Class  --incorrect 33\n-- Teaches . Class = Class  --incorrect 34\n-- Teaches in Teacher some -> Class  --incorrect 35\n-- Teaches in Teacher some->Class  --incorrect 36\n-- Teaches.Class = Teacher  --incorrect 37\n-- Teaches.Class in Teacher  --incorrect 38\n-- Teaches.Teacher = Class --incorrect 39\n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches --correct\n-- (Teacher<:Teaches).(Teacher<:Teaches) in iden  --incorrect 1\n-- all c : Class | lone Teacher -> c & Teaches  --incorrect 2\n-- all c1,c2:Class | some t:Teacher | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 3\n-- all c:Class | (some t1:Teacher , t2:Teacher | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2)  --incorrect 4\n-- all c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 5\n-- all t : Teacher | one c : Class | t->c in Teaches  --incorrect 6\n-- all t : Teacher | one c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 7\n-- all t : Teacher | some c1,c2 : Class | t -> c1 in Teaches and t -> c2 in Teaches implies c1 = c2    --incorrect 8\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1 = c2  --incorrect 9\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 10\n-- all t : Teacher | some x,y : Class | t->x in Teaches and t->y in Teaches implies x=y  --incorrect 11\n-- all t1,t2:Teacher | some c1,c2:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 12\n-- all t1,t2:Teacher | some c1:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 13\n-- all t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 14\n-- all t:Person | lone t.Teaches  --incorrect 15\n-- all t:Teacher | all c:Class | t->c in Teaches implies c=1  --incorrect 16\n-- all t:Teacher | all c:Class | t->c in Teaches implies one c  --incorrect 17\n-- all t:Teacher | lone Teaches.Class   --incorrect 18\n-- all t:Teacher | lone Teaches.t  --incorrect 19\n-- all t:Teacher | one t.Teaches  --incorrect 20\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 21\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2   --incorrect 22\n-- all t:Teacher | some t.Teaches  --incorrect 23\n-- all x : Teacher | some y,z : Class  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 24\n-- all x : Teacher | some y,z : Class | x->y in Teaches and x->z in Teaches implies y=z  --incorrect 25\n-- Class in Teacher.Teaches  --incorrect 26\n-- lone  Teacher.Teaches  --incorrect 27\n-- lone Person.Teaches  --incorrect 28\n-- lone Teacher.Teaches  --incorrect 29\n-- lone Teacher.Teaches   --incorrect 30\n-- lone Teaches.Class  --incorrect 31\n-- one Teacher->Teaches  --incorrect 32\n-- one Teacher.Teaches  --incorrect 33\n-- one Teaches.Class  --incorrect 34\n-- some c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 35\n-- some t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 36\n-- some t1:Teacher , t2:Teacher , c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2  --incorrect 37\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches and not t2->c in Teaches)  --incorrect 38\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches or not t2->c in Teaches)  --incorrect 39\n-- some t:Teacher | (some c:Class | t->c in Teaches)  --incorrect 40\n-- Teaches in Teacher -> lone Class  --incorrect 41\n-- Teaches.~Teaches in iden  --incorrect 42\n-- ~Teaches . Teaches in iden  --incorrect 43\n-- ~Teaches.Teaches in iden --incorrect 44\n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher --correct\n-- all c : Class | lone Person -> c & Teaches  --incorrect 1\n-- all c : Class | lone Teacher  --incorrect 2\n-- all c : Class | lone Teacher.Teaches  --incorrect 3\n-- all c : Class | lone Teaches.c  --incorrect 4\n-- all c : Class | not (lone Person -> c & Teaches)  --incorrect 5\n-- all c : Class | not (lone Teacher -> c & Teaches)  --incorrect 6\n-- all c : Class | not lone Teacher -> c & Teaches  --incorrect 7\n-- all c : Class | not lone Teaches.c  --incorrect 8\n-- all c : Class | one t : Teacher | t->c in Teaches  --incorrect 9\n-- all c : Class | some y, z : Teacher | y->c in Teaches and z->c in Teaches implies z = y  --incorrect 10\n-- all c : Class | Teacher in Teaches.c  --incorrect 11\n-- all c : Class, t : Teacher | t->c in Teaches  --incorrect 12\n-- all c : Teacher.Teaches | one Teacher  --incorrect 13\n-- all c : Teaches.Class | one Teacher  --incorrect 14\n-- all c:Class | lone c.Teaches  --incorrect 15\n-- all c:Class | lone c.Teaches & Teacher  --incorrect 16\n-- all c:Class | lone c.~Teaches  --incorrect 17\n-- all c:Class | lone Teacher.Teaches  --incorrect 18\n-- all c:Class | lone Teacher.Teaches:>c  --incorrect 19\n-- all c:Class | lone Teacher.Teaches<:c  --incorrect 20\n-- all c:Class | lone Teaches.c  --incorrect 21\n-- all c:Class | one Teacher.Teaches:>c  --incorrect 22\n-- all c:Class | some t1,t2:Teacher | t1->c in Teaches and t2->c in Teaches implies t1=t2  --incorrect 23\n-- all c:Class |some t:Teacher | lone c.~Teaches and lone t.Teaches  --incorrect 24\n-- all c:Class,p:Person | lone Teaches->c  --incorrect 25\n-- all c:Class,p:Person | lone Teaches->c and lone p->Teaches  --incorrect 26\n-- all c:Class,p:Person | lone Teaches.c and lone p.Teaches  --incorrect 27\n-- all c:Class,p:Teacher | lone Teaches.c && lone p.Teaches  --incorrect 28\n-- all c:Class,p:Teacher | lone Teaches.c and lone p.Teaches  --incorrect 29\n-- all c:Class,p:Teacher | lone Teaches.c implies lone p.Teaches  --incorrect 30\n-- all c:Class,t1,t2:Teacher | t1->c in Teaches  --incorrect 31\n-- all c:Class,t:Teacher | lone t.Teaches:>c  --incorrect 32\n-- all c:Class,t:Teacher | lone Teaches.c  --incorrect 33\n-- all c:Class,t:Teacher | lone Teaches.c:>t  --incorrect 34\n-- all c:Class,t:Teacher | one t.Teaches:>c  --incorrect 35\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches and t2->c in Teaches implies t1->t2 not in Teaches  --incorrect 36\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches implies t2->c not in Teaches  --incorrect 37\n-- all t:Teacher | (lone t.Teaches) and (lone t->Groups)  --incorrect 38\n-- all t:Teacher | (lone t.Teaches) and (lone t.Groups)  --incorrect 39\n-- all t:Teacher | lone t.Teaches  --incorrect 40\n-- all t:Teacher | lone t.Teaches and (no Student & Teacher)  --incorrect 41\n-- all t:Teacher | lone t.Teaches and lone t.Groups  --incorrect 42\n-- all t:Teacher | lone Teaches.t  --incorrect 43\n-- all t:Teacher | one t.Teaches  --incorrect 44\n-- all x : Class, y,z : Teacher  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 45\n-- Class.~Teaches.Teaches in Class  --incorrect 46\n-- lone Teacher.Teaches  --incorrect 47\n-- lone Teaches.Class  --incorrect 48\n-- lone Teaches.~Teaches  --incorrect 49\n-- no c : Class | #Teaches.c > 1  --incorrect 50\n-- no Class.Teaches  --incorrect 51\n-- no Class.~Teaches  --incorrect 52\n-- no Class.~Teaches.Teaches  --incorrect 53\n-- some c : Class | Teacher in Teaches.c  --incorrect 54\n-- Teacher <: Teaches.~Teaches in iden  --incorrect 55\n-- Teacher in Teaches.Class  --incorrect 56\n-- Teaches . ~Teaches in iden  --incorrect 57\n-- Teaches.~Teaches in iden  --incorrect 58\n-- ~(Teacher <: Teaches).(Teacher <: Teaches) in iden  --incorrect 59\n-- ~(Teaches :> Class).(Teaches :> Class) in iden  --incorrect 60\n-- ~(Teaches:>Class).(Teaches:>Class) in iden  --incorrect 61\n-- ~Teaches.Teaches in iden  --incorrect 62\n-- ~Teaches.Teaches in iden  --incorrect 63\n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) --correct\n-- ((Class . Groups) . Group & Student) = Student  --incorrect 1\n-- ((Class . Groups) . Group) & Student = Student  --incorrect 2\n-- ((Class . Groups) . Group) = Student  --incorrect 3\n-- (Class . Groups) . Group & Student = Student  --incorrect 4\n-- (Class . Groups) . Group = Student  --incorrect 5\n-- (Class . Groups) . Group in Student  --incorrect 6\n-- (Student <: Class.Groups.Group) in Student  --incorrect 7\n-- all c : Class | (c . Groups) . Group = Student  --incorrect 8\n-- all c : Class | c . Groups . Group = Student  --incorrect 9\n-- all c : Class, s : Student | one s.(c.Groups)  --incorrect 10\n-- all c : Class, s : Student | some c . Groups . s  --incorrect 11\n-- all c:Class , g:Group | all s:Student | s in Class   --incorrect 12\n-- all c:Class , g:Group | c in Class  --incorrect 13\n-- all c:Class , g:Group | c in Class and g in Group  --incorrect 14\n-- all c:Class | lone c.Groups  --incorrect 15\n-- all c:Class | some c.Groups  --incorrect 16\n-- all c:Class | some c.Groups   --incorrect 17\n-- all c:Class | some c.Groups.Student  --incorrect 18\n-- all c:Class | Student = c.(Groups.Group)  --incorrect 19\n-- all c:Class | Student = c.Groups.Group  --incorrect 20\n-- all c:Class, s:Student | s->Group in c.Groups  --incorrect 21\n-- all c:Class, s:Student | some c.Groups.s  --incorrect 22\n-- all c:Class,s:Student | some g:Group | s->c->g in Groups  --incorrect 23\n-- all p : Student | some c : Class, g : Group | c->c->g in Groups  --incorrect 24\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups  --incorrect 25\n-- all s : Student | some (Class . Groups) . Group  --incorrect 26\n-- all s : Student | some s <: (Class . Groups)  --incorrect 27\n-- all s : Student | some s.(Class.Groups)  --incorrect 28\n-- all s : Student, c : Class | s in Teaches.Class  --incorrect 29\n-- all s : Student, c: Class | some g : Group | s->c->g in Groups  --incorrect 30\n-- all x : Class , y : Student | y in Group  --incorrect 31\n-- all x : Class, y : Student | y in Group  --incorrect 32\n-- all x : Student | x in Group  --incorrect 33\n-- Class . Groups . Group = Student  --incorrect 34\n-- no Student & Class.Groups.Group  --incorrect 35\n-- some Student & ((Class . Groups) . Group)  --incorrect 36\n-- some Student & (Class . Groups) . Group  --incorrect 37\n-- some Student.(Class.Groups)  --incorrect 38\n-- some Student.Groups  --incorrect 39\n-- Student . (Class . Groups) = Student  --incorrect 40\n-- Student = Class.Groups.Group  --incorrect 41\n-- Student in Class . Groups . Group  --incorrect 42\n-- Student in Class.Groups.Group  --incorrect 43\n-- Student in Class.Groups.Group --incorrect 44\n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n-- all c : Class | (some c.Groups implies some (c.Teaches & Teacher))  --incorrect 1\n-- all c : Class | (some g : Group, t : Teacher | c->t->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 2\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher |  c->t in Teaches   --incorrect 3\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t :Teacher |  c->t in Teaches   --incorrect 4\n-- all c : Class | (some s : Student, g : Group | c->s->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 5\n-- all c : Class | all s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 6\n-- all c : Class | all t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 7\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 8\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 9\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 10\n-- all c : Class | c in (Teacher.Teaches)  --incorrect 11\n-- all c : Class | lone (c.Groups).(Teacher.Teaches)  --incorrect 12\n-- all c : Class | no (Teacher<:Teaches).(c.Groups)  --incorrect 13\n-- all c : Class | no Teacher.(c.Groups)  --incorrect 14\n-- all c : Class | no Teaches.(c.Groups)  --incorrect 15\n-- all c : Class | one (c.Groups).(Teacher.Teaches)  --incorrect 16\n-- all c : Class | some  Teacher.(c.Groups)  --incorrect 17\n-- all c : Class | some (c.Groups) implies Teacher = Teacher  --incorrect 18\n-- all c : Class | some (c.Groups).(Teacher.Teaches)  --incorrect 19\n-- all c : Class | some (c.Groups).(Teacher<:Teaches)  --incorrect 20\n-- all c : Class | some (c.Groups).Teacher  --incorrect 21\n-- all c : Class | some (c.Groups).Teaches  --incorrect 22\n-- all c : Class | some (Groups).(Teacher.Teaches)  --incorrect 23\n-- all c : Class | some (Teacher<:Teaches).c  --incorrect 24\n-- all c : Class | some c.(Groups.Teacher)  --incorrect 25\n-- all c : Class | some c.Groups  --incorrect 26\n-- all c : Class | some g : Group, t : Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 27\n-- all c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 28\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher |  t->c in Teaches   --incorrect 29\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 30\n-- all c : Class | some p : Person, g : Group, t : Teacher | c->p->g in Groups implies t->c in Teaches   --incorrect 31\n-- all c : Class | some p : Person, g : Group, t :Teacher | c->t->g in Groups implies c->t in Teaches   --incorrect 32\n-- all c : Class | some s : Person, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 33\n-- all c : Class | some s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 34\n-- all c : Class | some s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 35\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 36\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 37\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 38\n-- all c : Class | some t : Teacher | ((t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups))  --incorrect 39\n-- all c : Class | some t : Teacher | (some p : Person, g : Group | c -> p -> g in Groups) implies t -> c in Teaches  --incorrect 40\n-- all c : Class | some t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 41\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 42\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups implies t->c in Teaches  --incorrect 43\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | t->c in Teaches implies c->s->g in Groups  --incorrect 44\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 45\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 46\n-- all c : Class | some t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 47\n-- all c : Class | some Teacher & Teaches.c  --incorrect 48\n-- all c : Class | some Teacher.(c.Groups)  --incorrect 49\n-- all c : Class | some Teacher.(c.Groups).(Teacher<:Teaches)  --incorrect 50\n-- all c : Class | some Teacher.Teaches  --incorrect 51\n-- all c : Class | some Teaches.c.Groups  --incorrect 52\n-- all c : Class, p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 53\n-- all c : Class, s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 54\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 55\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 56\n-- all c : Class, s : Student, g : Group | some t : Teacher | t->c in Teaches  implies c->s->g in Groups  --incorrect 57\n-- all c : Class, t : Person | (t -> c in Teaches) implies (all p : Person, g : Group | c -> p -> g in Groups)  --incorrect 58\n-- all c : Class, t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 59\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 60\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 61\n-- all c : Class, t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 62\n-- all c : Class, t, s : Person, g : Group | (t -> c not in Teaches) implies c -> s -> g not in Groups   --incorrect 63\n-- all c : Class, t: Teacher | t->c in Teaches implies some s:Student,g:Group | c->s->g in Groups  --incorrect 64\n-- all c : Class, t: Teacher | t->c not in Teaches implies not some s:Student,g:Group | c->s->g in Groups  --incorrect 65\n-- all c: Class | some c.Groups implies some Teaches.c  --incorrect 66\n-- all c: Class | some Groups implies some Teaches.c  --incorrect 67\n-- all c: Class | some Groups implies some Teaches.c :> Teacher  --incorrect 68\n-- all c: Class | some s: Student, t: Teacher, g: Group | c->s->g in Groups implies t->c in Teaches  --incorrect 69\n-- all c: Class | some t :Teacher | t->c in Teaches and some c.Groups  --incorrect 70\n-- all c: Class | some t: Teacher , p: Person , g: Group| (c->p->g in Groups) implies (t->c in Teaches)  --incorrect 71\n-- all c: Class | some t: Teacher , p: Person , g: Group| c->p->g in Groups implies (t->c in Teaches)  --incorrect 72\n-- all c: Class, g: Group | some s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 73\n-- all c: Class, g: Group | some t: Teacher , p: Person | c->p->g in Groups implies (t->c in Teaches)  --incorrect 74\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 75\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 76\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches and t != s   --incorrect 77\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 78\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 79\n-- all c: Class, s: Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 80\n-- all c: Class, s:Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 81\n-- all c:Class | (some c.Groups iff some c.~Teaches )      --incorrect 82\n-- all c:Class | (some c.Groups iff some t:Teacher| c in t.Teaches)  --incorrect 83\n-- all c:Class | c->Person->Group in Groups implies Person in Teacher  --incorrect 84\n-- all c:Class | lone c.Groups implies (some Teaches.c & Teacher)  --incorrect 85\n-- all c:Class | lone c.Groups implies some Teaches.c  --incorrect 86\n-- all c:Class | lone c.Groups implies some Teaches.c & Teacher  --incorrect 87\n-- all c:Class | no c.Groups  --incorrect 88\n-- all c:Class | no c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 89\n-- all c:Class | no Person.(c.Groups)  --incorrect 90\n-- all c:Class | one Teacher.(c.Groups)  --incorrect 91\n-- all c:Class | some (c.Groups).Person  --incorrect 92\n-- all c:Class | some c.Groups  --incorrect 93\n-- all c:Class | some c.Groups   --incorrect 94\n-- all c:Class | some c.Groups iff one t:Teacher | c in t.Teaches  --incorrect 95\n-- all c:Class | some c.Groups iff some t:Teacher | c in t.Teaches  --incorrect 96\n-- all c:Class | some c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 97\n-- all c:Class | some c.Groups implies (some Teaches.c && lone Teaches.c)  --incorrect 98\n-- all c:Class | some c.Groups implies some Teaches.c  --incorrect 99\n-- all c:Class | some c.Groups.Group  --incorrect 100\n-- all c:Class | some c.Groups.Person  --incorrect 101\n-- all c:Class | some c.Groups.Person   --incorrect 102\n-- all c:Class | some g:Group, p:Person | c->p->g in Groups implies p in Teacher  --incorrect 103\n-- all c:Class | some g:Group, t:Teacher | c->Person->g in Groups implies c in t.Teaches  --incorrect 104\n-- all c:Class | some g:Group, t:Teacher | c->t->g in Groups  --incorrect 105\n-- all c:Class | some g:Group, t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 106\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies c in t.Teaches  --incorrect 107\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 108\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups  --incorrect 109\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 110\n-- all c:Class | some Groups   --incorrect 111\n-- all c:Class | some Groups.c implies some Teaches.c  --incorrect 112\n-- all c:Class | some Groups.Person   --incorrect 113\n-- all c:Class | some p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 114\n-- all c:Class | some p:Person | c->p->Group in Groups implies p in Teacher  --incorrect 115\n-- all c:Class | some p:Person | c->p->Group in Groups implies Person in Teacher  --incorrect 116\n-- all c:Class | some p:Person,g:Group | c->p->g in Groups implies p in Teacher  --incorrect 117\n-- all c:Class | some Person.(c.Groups)  --incorrect 118\n-- all c:Class | some t:Teacher | c->t in Teaches  --incorrect 119\n-- all c:Class | some t:Teacher | some c.Groups   --incorrect 120\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.Teaches   --incorrect 121\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.~Teaches   --incorrect 122\n-- all c:Class | some t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 123\n-- all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches   --incorrect 124\n-- all c:Class | some t:Teacher | some c.Groups.Group implies t->c in Teaches  --incorrect 125\n-- all c:Class | some t:Teacher | some c.Groups.Person implies t->c in Teaches  --incorrect 126\n-- all c:Class | some t:Teacher | some c.Groups.t implies c in t.Teaches   --incorrect 127\n-- all c:Class | some t:Teacher | t->c in Teaches  --incorrect 128\n-- all c:Class | some t:Teacher | t->c in Teaches implies some g:Group | some c.Groups.g  --incorrect 129\n-- all c:Class | some t:Teacher,g:Group | c->t->g in Groups   --incorrect 130\n-- all c:Class | some t:Teacher,g:Group | some c.Groups   --incorrect 131\n-- all c:Class | some t:Teacher,g:Group | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 132\n-- all c:Class | some Teacher.(c.Groups)  --incorrect 133\n-- all c:Class |some g:Group,t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 134\n-- all c:Class |some t:Teacher | t in c.Groups.Group  --incorrect 135\n-- all c:Class, g:Group | some c.Groups  --incorrect 136\n-- all c:Class, g:Group | some p:Person | c->p->g in Groups implies p in Teacher                 --incorrect 137\n-- all c:Class, g:Group |some t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 138\n-- all c:Class, p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 139\n-- all c:Class, p:Person, g:Group | p->c not in Teaches implies c->p->g not in Groups  --incorrect 140\n-- all c:Class, s:Student, g:Group|some t:Teacher | t->c in Teaches implies c->s->g in Groups  --incorrect 141\n-- all c:Class, s:Student|some t:Teacher, g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 142\n-- all c:Class, t:Teacher , s:Student, g:Group| t->c in Teaches implies c->s->g in Groups  --incorrect 143\n-- all c:Class, t:Teacher , s:Student| some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 144\n-- all c:Class, t:Teacher , s:Student|some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 145\n-- all c:Class, t:Teacher, g:Group | c->t->g in Groups implies t->c in Teaches  --incorrect 146\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups  --incorrect 147\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 148\n-- all c:Class, t:Teacher, g:Group | t->c not in Teaches implies c->t->g not in Groups  --incorrect 149\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g in Groups    --incorrect 150\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g not in Groups  --incorrect 151\n-- all c:Class,g:Group | some c.Groups.g  --incorrect 152\n-- all c:Class,g:Group | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 153\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups  --incorrect 154\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c in t.Teaches  --incorrect 155\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 156\n-- all c:Class,g:Group | some t:Teacher | c in Class implies c->t->g in Groups  --incorrect 157\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups  --incorrect 158\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups   --incorrect 159\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies c in t.Teaches  --incorrect 160\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 161\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g   --incorrect 162\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g implies c->t->g in Groups  --incorrect 163\n-- all c:Class,g:Group | some t:Teacher | some c.Groups   --incorrect 164\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 165\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups   --incorrect 166\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  and t->c in Teaches  --incorrect 167\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 168\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches  --incorrect 169\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 170\n-- all c:Class,g:Group | some t:Teacher,s:Student | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 171\n-- all c:Class,g:Group | some t:Teacher,s:Student | s in c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 172\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies c->t->g in Groups  --incorrect 173\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches  --incorrect 174\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies t in c.~Teaches  --incorrect 175\n-- all c:Class,g:Group |some t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 176\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person   --incorrect 177\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person implies c->t->g in Groups  --incorrect 178\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups   --incorrect 179\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 180\n-- all c:Class,g:Group,p:Person |some t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 181\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups  --incorrect 182\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 183\n-- all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 184\n-- all c:Class,g:Group,t:Teacher | c->g->t in Groups implies t->c in Teaches  --incorrect 185\n-- all c:Class,g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 186\n-- all c:Class,g:Group,t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 187\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g  --incorrect 188\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c in t.Teaches  --incorrect 189\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 190\n-- all c:Class,g:Group| some t:Teacher | t in c.Groups.g   --incorrect 191\n-- all c:Class,g:Group|some t:Teacher | some c.Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 192\n-- all c:Class,g:Group|some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 193\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g   --incorrect 194\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g implies t->c in Teaches  --incorrect 195\n-- all c:Class,p:Person | some t:Teacher | some c.Groups.p implies t->c in Teaches  --incorrect 196\n-- all c:Class,s:Student | all g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches         --incorrect 197\n-- all c:Class,s:Student | all g:Group |some t:Teacher| c->s->g in Groups implies t->c in Teaches  --incorrect 198           \n-- all c:Class,s:Student | some g:Group | c->s->g in Groups  --incorrect 199\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups and some t:Teacher | t->c in Teaches  --incorrect 200\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 201\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches  --incorrect 202\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 203\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups    --incorrect 204\n-- all c:Class,t:Teacher ,g:Group | t->c not in Teaches implies c->t->g not in Groups    --incorrect 205\n-- all c:Class,t:Teacher | lone t.Teaches   --incorrect 206\n-- all c:Class,t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 207\n-- all c:Class,t:Teacher | some t.Teaches   --incorrect 208\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 209\n-- all c:Class,t:Teacher | t.Teaches = c   --incorrect 210\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 211\n-- all c:Class,t:Teacher,s:Student | some g:Group | s->c->g in Groups implies t->c in Teaches  --incorrect 212\n-- all c:Class| some g:Group,t:Teacher | c->t->g in Groups  --incorrect 213\n-- all c:Class| some p:Person | some c.Groups.p   --incorrect 214\n-- all c:Class| some p:Person | some Groups.p   --incorrect 215\n-- all c:Class| some t:Teacher | some c.Groups implies c in t.Teaches  --incorrect 216\n-- all c:Class| some t:Teacher | some c.Groups.t implies c in t.Teaches  --incorrect 217\n-- all c:Class| some t:Teacher | some c.Groups.Teacher implies c in t.Teaches  --incorrect 218\n-- all c:Class| some t:Teacher | some Groups implies c in t.Teaches  --incorrect 219\n-- all c:Class|some t:Teacher | some Person.(c.Groups) implies c in t.Teaches  --incorrect 220\n-- all c:Class|some t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 221\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups                 --incorrect 222\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher    --incorrect 223\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher                --incorrect 224\n-- all g:Group,c:Class | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 225\n-- all g:Group,c:Class | some t:Teacher | c->t->g in Groups   --incorrect 226\n-- all p:Person, c:Class | (some t:Teacher, g:Group | c->p->g in Groups implies t->c in Teaches)  --incorrect 227\n-- all p:Person, c:Class, g:Group | (some t:Teacher | c->p->g in Groups implies t->c in Teaches)  --incorrect 228\n-- all t : Person, c : Class | (some g : Group | some s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 229\n-- all t : Person, c : Class | (some g : Group, s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 230\n-- all t : Person, c : Class | t -> c in Teaches implies (some g : Group, s : Person | c -> s -> g in Groups)  --incorrect 231\n-- all t : Teacher | some  Class.Teaches  --incorrect 232\n-- all t: Teacher, c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 233\n-- all x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 234\n-- all x : Class | some y : Person, z : Group, v : Teacher | x->y->z in Groups implies v->x in Teaches  --incorrect 235\n-- all x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 236\n-- not all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 237\n-- some c : Class | (some p : Person | some g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 238\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 239\n-- some c : Class | all s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 240\n-- some c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 241\n-- some c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 242\n-- some Class.Groups iff some t:Teacher| Class in t.Teaches  --incorrect 243\n-- some Class.Groups implies some Teaches.Class  --incorrect 244\n-- some t : Teacher | some c : Class | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 245\n-- some Teacher  --incorrect 246\n-- some x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 247\n-- some x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 248\n-- Tutors.Person in Teacher and Person.Tutors in Student --incorrect 249\n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups --correct\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 1\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies p in Teacher  --incorrect 2\n-- all c : Class | some t : Teacher, g : Group | c->t->g in Groups   --incorrect 3\n-- all c:Class,g:Group |some t:Teacher | t in c.Groups.g  --incorrect 4\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 5\n-- all c:Class,t:Teacher,g:Group | lone c.Groups.g  --incorrect 6\n-- all c:Class,t:Teacher,g:Group | one c.Groups.g  --incorrect 7\n-- all c:Class,t:Teacher,g:Group | t in c.Groups.g  --incorrect 8\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 9\n-- all g:Group | some t:Teacher | t in Class.Groups.g  --incorrect 10\n-- all g:Group | some t:Teacher | t in Class.Groups.Group  --incorrect 11\n-- all p : Person | some c : Class, g :Group | c->p->g in Groups  --incorrect 12\n-- all p : Teacher | some c : Class, g :Group | c->p->g in Groups  --incorrect 13\n-- all p:Person | p in Teacher implies some g:Group | p in Class.Groups.g  --incorrect 14\n-- all t : Teacher | some (((t.Teaches).Groups).Person)  --incorrect 15\n-- all t : Teacher | some ((t.Teaches) & ((Groups.Person).Group))  --incorrect 16\n-- all t : Teacher | some (t.Teaches) & ((Groups.Person).Group)  --incorrect 17\n-- all t : Teacher | some (t.Teaches) & Groups.Person.Group  --incorrect 18\n-- all t : Teacher | some (Teacher<:Teaches).Groups  --incorrect 19\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 20\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 21\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 22\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups  --incorrect 23\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups   --incorrect 24\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups and t->c in Teaches  --incorrect 25\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups implies t->c in Teaches  --incorrect 26\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches and c->t->g in Groups   --incorrect 27\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches implies c->t->g in Groups   --incorrect 28\n-- all t : Teacher | some c : Class, g : Group, t0 : Teacher | c->t->g in Groups and t0->c in Teaches  --incorrect 29\n-- all t : Teacher | some c : Class, p : Person, g : Group | c->p->g in Groups implies t->c in Teaches   --incorrect 30\n-- all t : Teacher | some g : Group, c : Class | c->t->g in Groups  --incorrect 31\n-- all t : Teacher | some g : Group, c : Class | t->c in Teaches and c->t->g in Groups  --incorrect 32\n-- all t : Teacher | some p : Person, g : Group | t->p->g in Groups  --incorrect 33\n-- all t : Teacher | some p : Person, g : Group, c : Class | t->c in Teaches implies c->p->g in Groups  --incorrect 34\n-- all t : Teacher | some t.Teaches & (Groups.Person).Group  --incorrect 35\n-- all t : Teacher | some t.Teaches & Groups.Person.Group  --incorrect 36\n-- all t : Teacher | some Teacher<:(Teaches.Groups)  --incorrect 37\n-- all t : Teacher, c : Class | some g : Group | c->t->g in Groups  --incorrect 38\n-- all t : Teacher, c : Class | t->c in Teaches  --incorrect 39\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 40\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 41\n-- all t : Teacher, c : Class, g : Group | c->t->g in Groups  --incorrect 42\n-- all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches  --incorrect 43\n-- all t: Teacher | some g: Group, c: Class | (c->t->g in Groups)  --incorrect 44\n-- all t: Teacher | some g: Group, c: Class | c->t->g in Groups  --incorrect 45\n-- all t: Teacher | some g: Group, c: Class | t->c in Teaches implies (c->t->g in Groups)  --incorrect 46\n-- all t: Teacher|some c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 47\n-- all t:Teacher  | some Groups.t  --incorrect 48\n-- all t:Teacher  | some t.Groups  --incorrect 49\n-- all t:Teacher , s:Student | (some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups)  --incorrect 50\n-- all t:Teacher , s:Student | some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups  --incorrect 51\n-- all t:Teacher | (some g:Group , c:Class | t->c->g in Groups)  --incorrect 52\n-- all t:Teacher | (some g:Group ,c:Class| t->c in Teaches and c->t->g in Groups)  --incorrect 53\n-- all t:Teacher | all c:Class |some g:Group | t in Person  --incorrect 54\n-- all t:Teacher | all g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 55\n-- all t:Teacher | some c:Class, g:Group | c->t->g in Groups  --incorrect 56\n-- all t:Teacher | some c:Class,g:Group | c->t->g in Groups  --incorrect 57\n-- all t:Teacher | some g:Group | Class->t->g in Groups  --incorrect 58\n-- all t:Teacher | some g:Group | g in t.(Class.Groups)  --incorrect 59\n-- all t:Teacher | some g:Group | t in Class.Groups.g  --incorrect 60\n-- all t:Teacher | some g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 61\n-- all t:Teacher | some g:Group,c:Class | c->t->g in Groups  --incorrect 62\n-- all t:Teacher | some g:Group,c:Class | t->c in Teaches and c->t->g in Groups  --incorrect 63\n-- all t:Teacher | some Groups.Group.t  --incorrect 64\n-- all t:Teacher | some t.(Class.Groups)  --incorrect 65\n-- all t:Teacher, c:Class | (some g:Group | c->t->g in Groups)  --incorrect 66\n-- all t:Teacher, c:Class | some t.(c.Groups)  --incorrect 67\n-- all t:Teacher, c:Class, s:Student | some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 68\n-- all t:Teacher,c:Class | some g:Group | c->t->g in Groups  --incorrect 69\n-- all t:Teacher,c:Class,g:Group | c->t->g in Groups  --incorrect 70\n-- all x : Teacher | some y : Class, z : Group | y->x->z in Groups   --incorrect 71\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups  --incorrect 72\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups   --incorrect 73\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 74\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups  --incorrect 75\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 76\n-- all x : Teacher, y : Class, z : Group | z->x->z in Groups  --incorrect 77\n-- Group in Class.Groups.Teacher  --incorrect 78\n-- no Class.Groups  --incorrect 79\n-- no Class.Groups.Teacher  --incorrect 80\n-- no Group.~(Class.Groups)  --incorrect 81\n-- no Groups.Group  --incorrect 82\n-- no Person.~(Class.Groups)  --incorrect 83\n-- no ~(Class.Groups)  --incorrect 84\n-- some (Teacher<:Teaches).Groups  --incorrect 85\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 86\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 87\n-- some Teacher<:(Teaches.Groups)  --incorrect 88\n-- Teacher in Group.~(Class.Groups)  --incorrect 89\n-- Teacher in Person.Teaches  --incorrect 90\n-- ~iden.iden in ~((Teacher.Teaches).Groups).((Teacher.Teaches).Groups) --incorrect 91\n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student --correct\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors  --incorrect 1\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors and t->s in Tutors  --incorrect 2\n-- all s:Student | s not in Person.^Tutors  --incorrect 3\n-- all s:Student | s not in Person.^~Tutors  --incorrect 4\n-- all s:Student, t:Teacher | s not in Person.*Tutors and t not in Person.*Tutors  --incorrect 5\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors  --incorrect 6\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^~Tutors  --incorrect 7\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.Tutors  --incorrect 8\n-- all s:Student, t:Teacher | s not in Person.Tutors.^Tutors and t not in Person.~Tutors.^~Tutors  --incorrect 9\n-- all s:Student,t:Teacher | s not in Person.^~Tutors and t not in Person.^Tutors  --incorrect 10\n-- all t : Teacher, s : Student | Teacher<:Tutors  in Tutors:>Student  --incorrect 11\n-- all t : Teacher, s : Student | Tutors:>Student in Teacher<:Tutors  --incorrect 12\n-- all t1:Teacher,t2:Teacher,s:Student | s->t1 not in Tutors and t1->t2 not in Tutors  --incorrect 13\n-- all t: Teacher, s: Student | t->s in Tutors  --incorrect 14\n-- all t:Teacher, s:Student | s->t not in Tutors  --incorrect 15\n-- all t:Teacher, s:Student | t->s in Tutors and s->t not in Tutors  --incorrect 16\n-- all t:Teacher,s:Student | s->t not in Tutors  --incorrect 17\n-- all t:Teacher,s:Student | s->t not in Tutors and t->s in Tutors  --incorrect 18\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors  --incorrect 19\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors and s->t not in Tutors  --incorrect 20\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors  --incorrect 21\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and not s->c in Teaches  --incorrect 22\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and s->c not in Teaches  --incorrect 23\n-- all t:Teacher,s:Student,p:Person | p->t not in Tutors and s->p not in Tutors  --incorrect 24\n-- all x, y : Person | x->y in Tutors implies x in Teacher  --incorrect 25\n-- no Person.^Tutors  --incorrect 26\n-- no Person.^~Tutors  --incorrect 27\n-- no Person.Tutors  --incorrect 28\n-- no Student & Student.Tutors  --incorrect 29\n-- no Student & Student.Tutors and no Teacher & Teacher.~Tutors  --incorrect 30\n-- no Student & Student.~Tutors and no Teacher & Teacher.~Tutors  --incorrect 31\n-- no Student.Tutors  --incorrect 32\n-- no Student.Tutors and no Teacher.~Tutors  --incorrect 33\n-- Person.^~Tutors in Teacher  --incorrect 34\n-- some t:Teacher | all s:Student | t->s in Tutors  --incorrect 35\n-- Student in Person.^Tutors and Teacher in Person.^~Tutors  --incorrect 36\n-- Teacher in Person.^*Tutors and Student in Person.*Tutors  --incorrect 37\n-- Teacher in Person.^~Teaches and Student in Person.^Teaches  --incorrect 38\n-- Teacher in Person.^~Tutors and Student in Person.^Tutors  --incorrect 39\n-- Teacher in Person.~Teaches and Student in Person.Teaches  --incorrect 40\n-- Teacher in Person.~Tutors and Student in Person.Tutors  --incorrect 41\n-- Teacher in Student.Tutors  --incorrect 42\n-- Teacher in Teacher.Tutors  --incorrect 43\n-- Teacher in Tutors.Teacher  --incorrect 44\n-- Teacher.Tutors in Student  Tutors.Student in Teacher  --incorrect 45\n-- Tutors.Teacher in Student.Tutors --incorrect 46\n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n--\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n-- all c : Class | (c . (Groups . Group)) & Student = ((Teaches . c) . Tutors)  --incorrect 1\n-- all c : Class | (c . (Groups . Group)) & Student = (Teacher & (Teaches . c) . Tutors)  --incorrect 2\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teacher & (Teaches . c)) . Tutors)  --incorrect 3\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teaches . c) . Tutors)  --incorrect 4\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c) . Tutors)  --incorrect 5\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c)) . Tutors  --incorrect 6\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors)  --incorrect 7\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Student  --incorrect 8\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Teacher  --incorrect 9\n-- all c : Class | (c . (Groups . Group)) = (Teaches . c . Tutors)  --incorrect 10\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors)  --incorrect 11\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student  --incorrect 12\n-- all c : Class | (c . Groups) . Group in (Teaches . c) . Tutors  --incorrect 13\n-- all c : Class | c . (Groups . Group) in ((Teaches . c) . Tutors)  --incorrect 14\n-- all c : Class | c . (Groups . Group) in (Teaches . c . Tutors)  --incorrect 15\n-- all c : Class | c . Groups . Group in (Teacher <: Teaches) . c . Tutors  --incorrect 16\n-- all c : Class | c . Groups . Group in Teaches . c . Tutors  --incorrect 17\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 18\n-- all c : Class | Teaches . c . Tutors = c . Groups . Group  --incorrect 19\n-- all c : Class | Teaches . c . Tutors = Class . Groups . Group  --incorrect 20\n-- all c : Class | Teaches . c . Tutors in c . Groups . Group  --incorrect 21\n-- all c:Class , t:Teacher, g:Group|some s:Student | (t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 22\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->c in Tutors  --incorrect 23\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->s in Tutors  --incorrect 24\n-- all c:Class , t:Teacher, s:Student, g:Group|(t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 25\n-- all c:Class,s:Student | s in (c.Groups).Group  --incorrect 26\n-- all c:Class,s:Student | s in (c.Groups).Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 27\n-- all c:Class,s:Student | s in c.Groups.Group  --incorrect 28\n-- all c:Class,s:Student,s:Teacher |some g:Group,t:Teacher| s in c.Groups.Group and c->t->g in Groups  --incorrect 29\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups)  --incorrect 30\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 31\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 32\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors  --incorrect 33\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 34\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 35\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 36\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 37\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 38\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g implies t in s.^~Tutors  --incorrect 39\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c in t.Teaches implies t in s.^(~Tutors)  --incorrect 40\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 41\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups implies t in s.^(~Tutors)  --incorrect 42\n-- all c:Class,s:Student,t:Teacher|some g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 43\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group and t in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 44\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 45\n-- all c:Class,s:Student|some g:Group| c->s->g in Groups  --incorrect 46\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 47\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches implies q->p in Tutors  --incorrect 48\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p in Student and some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 49\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p->c in Teaches  --incorrect 50\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches  --incorrect 51\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 52\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->p in Tutors and q->c in Teaches  --incorrect 53\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches and t->p in Tutors  --incorrect 54\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 55\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 56\n-- all s : Person, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 57\n-- all s : Person, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 58\n-- all s : Person, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 59\n-- all s : Student |   some c : Class | (s in c.Groups.Group) implies (        all t : Teaches.c :> Teacher | s in t.Tutors        )  --incorrect 60\n-- all s : Student | (some c : Class, g : Group | c->s->g  in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 61\n-- all s : Student | (some c : Class, g : Group | c->s->g in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 62\n-- all s : Student | (some t : Teacher | t->s in Tutors) implies s in Class  --incorrect 63\n-- all s : Student | s in Class implies (some t : Teacher | t->s in Tutors)  --incorrect 64\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors  --incorrect 65\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors and t in Class  --incorrect 66\n-- all s : Student | s in Class implies some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 67\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->c in Tutors  --incorrect 68\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors  --incorrect 69\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors and t->c in Teaches  --incorrect 70\n-- all s : Student | some s.(Class.Groups)  --incorrect 71\n-- all s : Student | some s.(Class.Groups)   implies some (Teacher<:Tutors).s  --incorrect 72\n-- all s : Student | some s.(Class.Groups) and some Teacher.Teaches implies some (Teacher<:Tutors).s  --incorrect 73\n-- all s : Student | some s.(Class.Groups) and some Teacher<:Teaches implies some (Teacher<:Tutors).s  --incorrect 74\n-- all s : Student | some s.(Class<:Groups)  --incorrect 75\n-- all s : Student | some s.(Class<:Groups) implies some Class.(Teacher<:Teaches)  --incorrect 76\n-- all s : Student | some s.(Teacher<:Teaches)  --incorrect 77\n-- all s : Student | some t : Teacher | t->s in Tutors  --incorrect 78\n-- all s : Student | some t : Teacher | t->s in Tutors implies s in Class  --incorrect 79\n-- all s : Student | some t : Teacher, c : Class | t->c in Teaches implies t->s in Tutors  --incorrect 80\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 81\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies s in Class and t in Class  --incorrect 82\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies t->c in Teaches  --incorrect 83\n-- all s : Student | some t : Teacher, c : Class, g : Group | (t->c in Teaches implies t->s in Tutors) and c->s->g in Groups  --incorrect 84\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors  --incorrect 85\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors and c->s->g in Groups  --incorrect 86\n-- all s : Student | some Tutors.s & Groups.s.Group  --incorrect 87\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Teaches)  --incorrect 88\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Tutors)  --incorrect 89\n-- all s : Student, c : Class | some (Teacher<:Tutors).c implies some s.(Teacher<:Teaches)  --incorrect 90\n-- all s : Student, c : Class | some c -> s <: Groups implies (Teaches . c) -> s in Tutors  --incorrect 91\n-- all s : Student, c : Class | some c.(Teacher<:Teaches) implies some s.(Teacher<:Tutors)  --incorrect 92\n-- all s : Student, c : Class | some g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 93\n-- all s : Student, c : Class | some s.(c.Groups) and some (Teacher<:Teaches).c implies some (Teacher<:Tutors).s  --incorrect 94\n-- all s : Student, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 95\n-- all s : Student, c : Class | some t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 96\n-- all s : Student, c : Class, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 97\n-- all s : Student, c : Class, t : Teacher | ((all g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 98\n-- all s : Student, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 99\n-- all s : Student, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 100\n-- all s : Student, c : Class, t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 101\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) iff t -> s in Tutors  --incorrect 102\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) implies t -> s in Tutors  --incorrect 103\n-- all s : Student, c : Class, t : Teacher, g : Group | ((c -> s -> g in Groups) and (t -> c in Teaches)) implies t -> s in Tutors  --incorrect 104\n{#m#()  all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and (t -> c in Teaches) implies t -> s in Tutors } --incorrect 105 \n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors  --incorrect 106\n-- all s : Student, t : Teacher | (some s.(Class.Groups)) implies some t.(Class.Groups)  --incorrect 107\n-- all s : Student, t : Teacher | some s.(Class.Groups) and some (t<:Teaches).Class implies some (t<:Tutors).s  --incorrect 108\n-- all s : Student, t : Teacher | some s.(Class.Groups) implies some t.(Class.Groups)  --incorrect 109\n-- all s : Student, t : Teacher, c : Class | some s.(c.Groups)  --incorrect 110\n-- all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 111\n-- all s, t : Person | some s.(Class.Groups) and some t<:(Teaches.Class) implies some t<:(Tutors.s)  --incorrect 112\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some (t<:Tutors).s  --incorrect 113\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some t<:(Tutors.s)  --incorrect 114\n-- all s, t : Person, c : Class | (some g : Group | c->s->g in Groups) and t->s in Teaches implies t->c in Tutors  --incorrect 115\n-- all s,t : Person, c : Class | (some g : Group | c->s->g  in Groups) and t->s in Tutors implies t->c in Teaches  --incorrect 116\n-- all s,t : Person, c : Class | some s.(c.Groups)  --incorrect 117\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t.Teaches)  --incorrect 118\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c  --incorrect 119\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 120\n-- all s,t : Person, c : Class | some s.(c.Groups) and some t.Teaches  --incorrect 121\n-- all s:Student | some t:Teacher | t in s.^~Tutors  --incorrect 122\n-- all s:Student, c:Class | some t:Teacher | t->s in Tutors implies t->c in Teaches  --incorrect 123\n-- all s:Student, c:Class, g:Group | some t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 124\n-- all s:Student, c:Class, g:Group, t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 125\n-- all s:Student, c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 126\n-- all s:Student,c:Class | s in (c.Groups).Group  --incorrect 127\n-- all s:Student,c:Class | s in c.Groups.Group  --incorrect 128\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches  --incorrect 129\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 130\n-- all s:Student,c:Class | some s.(c.Groups)  --incorrect 131\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches  --incorrect 132\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches and t in s.~Tutors  --incorrect 133\n-- all s:Student,c:Class | some t:Teacher | some c.Groups.s  --incorrect 134\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups)  --incorrect 135\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 136\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 137\n-- all s:Student,c:Class | some t:Teacher | t->s in Tutors  --incorrect 138\n-- all s:Student,c:Class, t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 139\n-- all s:Student,c:Class,g:Group | some t:Teacher |(t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 140\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups  --incorrect 141\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups.s  --incorrect 142\n-- all s:Student,c:Class,g:Group|some t:Teacher | some s.(c.Groups)  --incorrect 143\n-- all s:Student,c:Class,g:Group|some t:Teacher | some Teacher  --incorrect 144\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups)  --incorrect 145\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 146\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group  --incorrect 147\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches  --incorrect 148\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 149\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.~Tutors  --incorrect 150\n-- all s:Student,c:Class,t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 151\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches  --incorrect 152\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 153\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^~Tutors  --incorrect 154\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 155\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 156\n-- all s:Student,t:Teacher,c:Class,g:Group | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 157\n-- all s:Student| some c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 158\n-- all s:Student| some t:Teacher | t->s in Tutors  --incorrect 159\n-- all s:Student| some t:Teacher,c:Class,g:Group | t->s in Tutors and c->s->g in Groups and c->t->g in Groups  --incorrect 160\n-- all t : Teacher, c : Class | some Student.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).Student  --incorrect 161\n-- all x : Class, y : Student  | (some z : Group | x->y->z in Groups) and some v : Teacher | v->x in Teaches implies v->y in Tutors  --incorrect 162\n-- all x : Person | some y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 163\n-- all x : Person, y : Class | (all z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 164\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) and all u : Teacher | u->y in Teaches implies u->x in Tutors  --incorrect 165\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 166\n-- all x : Person, y : Class, v : Teacher | ((some z : Group | y->x->z in Groups) and v->y in Teaches) implies v->x in Tutors  --incorrect 167\n-- all x : Person, y : Class, v : Teacher | (all z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 168\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches  --incorrect 169\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 170\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->y in Tutors  --incorrect 171\n-- all x, v : Person, y : Class | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 172\n-- Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 173\n-- some Groups.Group  --incorrect 174\n-- Student in (Class.Groups).Student and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 175\n-- Student in Class.(Groups.Student) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 176\n-- Student in Student.(Class.Groups) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 177\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n-- all p : Person | some (Teacher & p . ^Tutors)  --incorrect 1\n-- all p : Person | some p <: (^ Tutors)  --incorrect 2\n-- all p : Person | some p <: ^ Tutors  --incorrect 3\n-- all p : Person | some p2 : Person | p -> p2 in Tutors and p in Teacher  --incorrect 4\n-- all p : Person | some q : Person, t : Teacher | t->p in Tutors or (q->p in Tutors and t->q in Tutors) or (t->q in Tutors and q->p in Tutors and p->t in Tutors)  --incorrect 5\n-- all p : Person | some q,r : Person | (p in Teacher or q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 6\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or p->r in Tutors or r->p in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 7\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors       or r->p in Tutors or p->r in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 8\n-- all p : Person | some q,r : Person | (q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 9\n-- all p : Person | some t : Teacher | t->p in Tutors or (some q : Person | q->p in Tutors and t->q in Tutors)  --incorrect 10\n-- all p : Person | some Teacher <: p . (^ Tutors)  --incorrect 11\n-- all p : Teacher | some p <: ^ Tutors  --incorrect 12\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 13\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher) or    (q->p in Tutors implies q in Teacher) or    (q->r in Tutors implies q in Teacher) or    (r->q in Tutors implies r in Teacher) or    (r->p in Tutors implies r in Teacher) or    (p->r in Tutors implies p in Teacher)  --incorrect 14\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher)  --incorrect 15\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 16\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    or (p in Teacher or q in Teacher or r in Teacher)  --incorrect 17\n-- all p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 18\n-- all p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 19\n-- all p1 : Person | (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 20\n-- all p1 : Person | p1 in Teacher or (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 21\n-- all p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 22\n-- all p:Person |  Teacher in (p.^Tutors)  --incorrect 23\n-- all p:Person | p.Tutors.Tutors.Tutors in Teacher  --incorrect 24\n-- all p:Person | some t:Teacher | t in (p.^Tutors)  --incorrect 25\n-- all p:Person | some t:Teacher | t in p.*Tutors  --incorrect 26\n-- all p:Person | some t:Teacher | t in p.^Tutors  --incorrect 27\n-- all p:Person | some t:Teacher | t in p.^~Teaches  --incorrect 28\n-- all p:Person | some Teacher <:(p.^Tutors)  --incorrect 29\n-- all p:Person | Teacher in p.^Tutors  --incorrect 30\n-- all p:Person |some t:Teacher | p in p.^~Tutors  --incorrect 31\n-- all s : Person | some (s.^Tutors & Teacher)  --incorrect 32\n-- all s : Person | some Teacher & ^Tutors.Person  --incorrect 33\n-- all s : Person | some Teacher & s.*Tutors  --incorrect 34\n-- all s : Person | some Teacher & s.^Tutors  --incorrect 35\n-- all s : Student | s.^Tutors in Teacher  --incorrect 36\n-- all s : Student | some (s.*Tutors & Teacher)  --incorrect 37\n-- all s : Student | some (s.^Tutors & Teacher)  --incorrect 38\n-- all s : Student | some (Teacher & s . ^Tutors)  --incorrect 39\n-- all s : Student | some s.^Tutors & Teacher  --incorrect 40\n-- all s : Student | some t : Teacher | t in s.^Tutors  --incorrect 41\n-- all s : Student | some Teacher & s . ^Tutors  --incorrect 42\n-- all s:Person | some Teacher & s.*Tutors  --incorrect 43\n-- all s:Person | some Teacher & s.^Tutors  --incorrect 44\n-- all s:Person | some(s.^Tutors & Teacher)  --incorrect 45\n-- all s:Student | some t:Teacher | t in s.^Tutors  --incorrect 46\n-- all s:Student | some Teacher & s.^Tutors  --incorrect 47\n-- all s:Student | Teacher in s.^Tutors  --incorrect 48\n-- all s:Student |some Teacher & s.^Teaches  --incorrect 49\n-- all s:Student |some Teacher & s.^Tutors  --incorrect 50\n-- all t:Teacher | all p:Person | t in p.^Tutors  --incorrect 51\n-- all t:Teacher | all p:Person | t in p.^~Tutors  --incorrect 52\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 53\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors and x != y and x != z and y != z implies x in Teacher  --incorrect 54\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies x in Teacher  --incorrect 55\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies z in Teacher  --incorrect 56\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 57\n-- all x, y, z : Teacher | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 58\n-- Person.^~Tutors in Teacher  --incorrect 59\n-- Person.Teaches.Teaches.Teaches in Teacher  --incorrect 60\n-- Person.Tutors.Tutors.Tutors in Teacher  --incorrect 61\n-- some p : Teacher | some p <: ^ Tutors  --incorrect 62\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 63\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->q in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 64\n-- some p,q,r : Person | ((p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors) and (p->r in Tutors or r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 65\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors and r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 66\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 67\n-- some p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 68\n-- some p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 69\n-- some p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 70\n-- some t:Teacher | t in (Person.^Teaches)  --incorrect 71\n-- some t:Teacher |all p:Person | t in p.^Teaches  --incorrect 72\n-- some t:Teacher |all p:Person | t in p.^Tutors  --incorrect 73\n-- some t:Teacher |all p:Person | t in p.^~Tutors  --incorrect 74\n-- some Teacher & ^Tutors.Person  --incorrect 75\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 76\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 77\n-- Teacher in Person.^Tutors  --incorrect 78\n-- Tutors.Tutors.Tutors.Person in Teacher  --incorrect 79\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n  no Teacher --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n  no Student & Teacher --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n Person in (Student + Teacher) --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n  some Teacher.Teaches --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv6_OK {\n  Teacher in Teaches.Class --correct\n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n--------\npred inv7_OK {\n  Class in Teacher.Teaches --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\npred inv8_OK {\n  all t:Teacher | lone t.Teaches --correct\n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n--------\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher --correct\n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n--------\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) --correct\n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n--------\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n--------\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups --correct\n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n--------\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  --correct\n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n--------\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors --correct\n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n--------\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s --correct\n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0","avg_line_length":73.2887612797,"max_line_length":297,"alphanum_fraction":0.6560516684}
{"size":810,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_if_i_oversleep_annoy_me\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_if_i_oversleep_annoy_me extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_if_i_oversleep_annoy_me.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_if_i_oversleep_annoy_me.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":18.4090909091,"max_line_length":53,"alphanum_fraction":0.7469135802}
{"size":4917,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test14 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Hilary0 + Hilary0->Jocelyn0 + Person0->Person1 + Person1->Person0\nshaken = Jocelyn0->Person0 + Jocelyn0->Person1 + Hilary0->Person0 + Hilary0->Person1 + Person0->Jocelyn0 + Person0->Hilary0 + Person1->Jocelyn0 + Person1->Hilary0\nPuzzle[]\n}}}\n}\nrun test14 for 4 expect 0\npred test1 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0\nspouse = Jocelyn0->Hilary0 + Hilary0->Jocelyn0\nno shaken\n}}}\n}\nrun test1 for 4 expect 1\npred test2 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Person1 + Hilary0->Person0 + Person0->Hilary0 + Person1->Jocelyn0\nshaken = Jocelyn0->Hilary0 + Hilary0->Jocelyn0 + Hilary0->Person1 + Person0->Person1 + Person1->Hilary0 + Person1->Person0\n}}}\n}\nrun test2 for 4 expect 1\npred test22 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Person0 + Hilary0->Person1 + Person0->Jocelyn0 + Person1->Hilary0\nshaken = Person0->Person1 + Person1->Jocelyn0 + Person1->Person0\n}}}\n}\nrun test22 for 4 expect 0\npred test21 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Person0 + Hilary0->Person1 + Person0->Jocelyn0 + Person1->Hilary0\nshaken = Jocelyn0->Person1 + Person1->Jocelyn0\n}}}\n}\nrun test21 for 4 expect 1\npred test9 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Person0 + Hilary0->Person1 + Person0->Jocelyn0 + Person1->Hilary0\nshaken = Jocelyn0->Person1 + Person1->Jocelyn0\nPuzzle[]\n}}}\n}\nrun test9 for 4 expect 0\npred test23 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Person0 + Hilary0->Person1 + Person0->Jocelyn0 + Person1->Hilary0\nshaken = Jocelyn0->Hilary0 + Jocelyn0->Person1 + Hilary0->Jocelyn0 + Person1->Jocelyn0\n}}}\n}\nrun test23 for 4 expect 1\npred test6 {\nsome disj Jocelyn0: Jocelyn {some disj Jocelyn0, Person0, Person1, Person2: Person {\nJocelyn = Jocelyn0\nno Hilary\nPerson = Jocelyn0 + Person0 + Person1 + Person2\nspouse = Jocelyn0->Person2 + Person0->Person1 + Person1->Person0 + Person2->Jocelyn0\nno shaken\n}}\n}\nrun test6 for 4 expect 0\npred test19 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Hilary0 + Hilary0->Jocelyn0 + Person0->Person1 + Person1->Person0\nshaken = Person1->Jocelyn0\n}}}\n}\nrun test19 for 4 expect 0\npred test33 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0\nspouse = Jocelyn0->Jocelyn0 + Hilary0->Hilary0 + Person0->Person0\nshaken = Jocelyn0->Person0 + Hilary0->Person0 + Person0->Jocelyn0 + Person0->Hilary0\n}}}\n}\nrun test33 for 4 expect 0\npred test17 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0\nspouse = Jocelyn0->Hilary0 + Hilary0->Jocelyn0\nshaken = Jocelyn0->Jocelyn0 + Jocelyn0->Hilary0\n}}}\n}\nrun test17 for 4 expect 0\npred test7 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0, Hilary1: Hilary {some disj Jocelyn0, Person0, Hilary0, Hilary1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0 + Hilary1\nPerson = Jocelyn0 + Person0 + Hilary0 + Hilary1\nspouse = Jocelyn0->Hilary0 + Person0->Hilary1 + Hilary0->Jocelyn0 + Hilary1->Person0\nshaken = Jocelyn0->Person0 + Jocelyn0->Hilary1 + Person0->Jocelyn0 + Person0->Hilary0 + Hilary0->Person0 + Hilary1->Jocelyn0\n}}}\n}\nrun test7 for 4 expect 0\npred test24 {\nsome disj Jocelyn0: Jocelyn {some disj Hilary0: Hilary {some disj Jocelyn0, Hilary0, Person0, Person1: Person {\nJocelyn = Jocelyn0\nHilary = Hilary0\nPerson = Jocelyn0 + Hilary0 + Person0 + Person1\nspouse = Jocelyn0->Person0 + Hilary0->Person1 + Person0->Jocelyn0 + Person1->Hilary0\nshaken = Person1->Jocelyn0\n}}}\n}\nrun test24 for 4 expect 0\n","avg_line_length":36.969924812,"max_line_length":162,"alphanum_fraction":0.7476103315}
{"size":2794,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test5 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node0->Node0\nright = Node0->Node0\n}\n}\nrun test5 for 3 expect 1\npred test8 {\nsome disj Node0: Node {\nNode = Node0\nleft = Node0->Node0\nno right\nAcyclic[]\n}\n}\nrun test8 for 3 expect 0\npred test29 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node1\nright = Node1->Node0 + Node1->Node1\n}\n}\nrun test29 for 3 expect 0\npred test25 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node1\nright = Node1->Node1\n}\n}\nrun test25 for 3 expect 1\npred test20 {\nsome disj Node0, Node1, Node2: Node {\nNode = Node0 + Node1 + Node2\nleft = Node2->Node1\nright = Node0->Node2\nAcyclic[]\n}\n}\nrun test20 for 3 expect 1\npred test6 {\nsome disj Node0: Node {\nNode = Node0\nleft = Node0->Node0\nno right\n}\n}\nrun test6 for 3 expect 1\npred test2 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node0->Node1 + Node1->Node1\nright = Node0->Node1\n}\n}\nrun test2 for 3 expect 1\npred test1 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node0->Node1 + Node1->Node1\nright = Node0->Node1 + Node1->Node1\n}\n}\nrun test1 for 3 expect 1\npred test10 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node0\nright = Node0->Node0\nAcyclic[]\n}\n}\nrun test10 for 3 expect 0\npred test32 {\nsome disj Node0: Node {\nNode = Node0\nleft = Node0->Node0\nright = Node0->Node0\n}\n}\nrun test32 for 3 expect 1\npred test27 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node1\nright = Node0->Node0 + Node0->Node1 + Node1->Node1\n}\n}\nrun test27 for 3 expect 0\npred test18 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node0\nno right\nAcyclic[]\n}\n}\nrun test18 for 3 expect 1\npred test23 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node1\nright = Node0->Node0 + Node0->Node1\n}\n}\nrun test23 for 3 expect 0\npred test15 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nno left\nright = Node0->Node1 + Node1->Node0\nAcyclic[]\n}\n}\nrun test15 for 3 expect 0\npred test28 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node0->Node0 + Node0->Node1 + Node1->Node0 + Node1->Node1\nright = Node1->Node1\n}\n}\nrun test28 for 3 expect 0\npred test14 {\nsome disj Node0: Node {\nNode = Node0\nno left\nno right\nAcyclic[]\n}\n}\nrun test14 for 3 expect 1\npred test3 {\n\nno Node\nno left\nno right\n\n}\nrun test3 for 3 expect 1\npred test24 {\nsome disj Node0, Node1: Node {\nNode = Node0 + Node1\nleft = Node1->Node0 + Node1->Node1\nright = Node1->Node1\n}\n}\nrun test24 for 3 expect 0\npred test22 {\nsome disj Node0, Node1, Node2: Node {\nNode = Node0 + Node1 + Node2\nno left\nright = Node0->Node2 + Node1->Node0\nAcyclic[]\n}\n}\nrun test22 for 3 expect 1\npred test16 {\nsome disj Node0: Node {\nNode = Node0\nno left\nright = Node0->Node0\nAcyclic[]\n}\n}\nrun test16 for 3 expect 0\n","avg_line_length":16.5325443787,"max_line_length":64,"alphanum_fraction":0.6921975662}
{"size":469,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"\/\/ combinator logic\n\nabstract sig Bird{\n\tapply: Bird -> Bird\n}\n\none sig K extends Bird{}\n\none sig S extends Bird{}\n\n\nfact {\n\tall x, y: Bird | K.apply.x.apply.y = x\n  all x, y, z: Bird {\n    S.apply.x.apply.y.apply.z =\n    x.apply.z.apply.(y.apply.z)\n  }\n}\n\/*\npred equal(f, g: Bird){\n\tf in g.same_birds and g in f.same_birds\n}\n\npred apply(f, g: Bird) {\n\tone a: Apply {\n\t\ta.x = f and a.y = g\n  }\n}\n*\/\nrun {} for 10 Bird\n\n\/\/ \t\/\/some b: Bird | all x: Bird | b.apply.x = K\n\n","avg_line_length":13.7941176471,"max_line_length":48,"alphanum_fraction":0.5756929638}
{"size":1194,"ext":"als","lang":"Alloy","max_stars_count":19.0,"content":"module tests\/safe410\n\nopen program\nopen model\n\n\/**\nPPC safe410\n\"SyncdWW Rfe SyncsRW Rfe SyncdRR Fre\"\nCycle=SyncdWW Rfe SyncsRW Rfe SyncdRR Fre\nRelax=\nSafe=Fre SyncdRR BCSyncsRW BCSyncdWW\n{\n0:r2=x;\n1:r2=x; 1:r4=y;\n2:r2=y; 2:r4=x;\n}\n P0           | P1           | P2           ;\n lwz r1,0(r2) | lwz r1,0(r2) | li r1,1      ;\n sync         | sync         | stw r1,0(r2) ;\n li r3,2      | lwz r3,0(r4) | sync         ;\n stw r3,0(r2) |              | li r3,1      ;\n              |              | stw r3,0(r4) ;\nexists\n(x=2 \/\\ 0:r1=1 \/\\ 1:r1=2 \/\\ 1:r3=0)\n\n\n**\/\n\n\none sig x, y extends Location {}\n\none sig P1, P2, P3 extends Processor {}\n\none sig op1 extends Read {}\none sig op2 extends Sync {}\none sig op3 extends Write {}\none sig op4 extends Read {}\none sig op5 extends Sync {}\none sig op6 extends Read {}\none sig op7 extends Write {}\none sig op8 extends Sync {}\none sig op9 extends Write {}\n\nfact {\n    P1.read[1, op1, x, 1]\n    P1.sync[2, op2]\n    P1.write[3, op3, x, 2]\n    P2.read[4, op4, x, 2]\n    P2.sync[5, op5]\n    P2.read[6, op6, y, 0]\n    P3.write[7, op7, y, 1]\n    P3.sync[8, op8]\n    P3.write[9, op9, x, 1]\n}\n\nfact {\n    x.final[2]\n}\n\nAllowed:\n    run { Allowed_PPC } for 5 int expect 0","avg_line_length":19.5737704918,"max_line_length":45,"alphanum_fraction":0.5527638191}
{"size":766,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_happy_payday\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_happy_payday extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_happy_payday.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_happy_payday.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":17.4090909091,"max_line_length":46,"alphanum_fraction":0.7323759791}
{"size":582,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\n\/\/ filename: cap_tamperAlert.als\nmodule cap_tamperAlert\nopen IoTBottomUp\none sig cap_tamperAlert extends Capability {}\n{\n    attributes = cap_tamperAlert_attr\n}\nabstract sig cap_tamperAlert_attr extends Attribute {}\none sig cap_tamperAlert_attr_tamper extends cap_tamperAlert_attr {}\n{\n    values = cap_tamperAlert_attr_tamper_val\n} \nabstract sig cap_tamperAlert_attr_tamper_val extends AttrValue {}\none sig cap_tamperAlert_attr_tamper_val_clear extends cap_tamperAlert_attr_tamper_val {}\none sig cap_tamperAlert_attr_tamper_val_detected extends cap_tamperAlert_attr_tamper_val {}\n","avg_line_length":34.2352941176,"max_line_length":91,"alphanum_fraction":0.85395189}
{"size":860,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_tops_stairs_turns_off_bottom_stairs\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_tops_stairs_turns_off_bottom_stairs extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_tops_stairs_turns_off_bottom_stairs.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_off\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_tops_stairs_turns_off_bottom_stairs.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_off\n}\n\n\n\n","avg_line_length":19.5454545455,"max_line_length":65,"alphanum_fraction":0.761627907}
{"size":5721,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test6 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node0 + DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\n}}\n}\nrun test6 for 3 expect 0\npred test38 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\npre = Node0->Node2 + Node1->Node0\nnxt = Node0->Node1 + Node2->Node0\nelem = Node0->4 + Node1->3 + Node2->-2\nConsistentPreAndNxt[]\n}}\n}\nrun test38 for 3 expect 1\npred test15 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->2 + Node1->2\nUniqueElem[]\n}}\n}\nrun test15 for 3 expect 0\npred test40 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\npre = Node0->Node2 + Node1->Node0\nnxt = Node0->Node1 + Node2->Node0\nelem = Node0->7 + Node1->-7 + Node2->-8\nConsistentPreAndNxt[]\n}}\n}\nrun test40 for 3 expect 1\npred test33 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\npre = Node0->Node0\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\nConsistentPreAndNxt[]\n}}\n}\nrun test33 for 3 expect 0\npred test25 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\nno pre\nnxt = Node1->Node0 + Node2->Node1\nelem = Node0->7 + Node1->3 + Node2->7\nSorted[]\n}}\n}\nrun test25 for 3 expect 0\npred test10 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->5 + Node1->6\n}}\n}\nrun test10 for 3 expect 1\npred test43 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\npre = Node0->Node1 + Node1->Node2\nnxt = Node1->Node0 + Node2->Node1\nelem = Node0->-7 + Node1->-7 + Node2->-8\nRepOk[]\n}}\n}\nrun test43 for 3 expect 0\npred test20 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-5 + Node1->-2\nUniqueElem[]\n}}\n}\nrun test20 for 3 expect 1\npred test34 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\nConsistentPreAndNxt[]\n}}\n}\nrun test34 for 3 expect 0\npred test1 {\n\nno DLL\nno header\nno Node\nno pre\nno nxt\nno elem\n\n}\nrun test1 for 3 expect 0\npred test47 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\n}}\n}\nrun test47 for 3 expect 1\npred test44 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\npre = Node0->Node1 + Node1->Node2\nnxt = Node1->Node0 + Node2->Node1\nelem = Node0->-7 + Node1->-8 + Node2->0\nRepOk[]\n}}\n}\nrun test44 for 3 expect 0\npred test36 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\npre = Node0->Node1\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\nConsistentPreAndNxt[]\n}}\n}\nrun test36 for 3 expect 1\npred test13 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-6 + Node0->-5 + Node0->-4 + Node0->-3 + Node0->-2 + Node1->-8 + Node1->-7 + Node1->-1\n}}\n}\nrun test13 for 3 expect 0\npred test8 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node0\nNode = Node0 + Node1\npre = Node1->Node0 + Node1->Node1\nnxt = Node0->Node1\nelem = Node0->6 + Node1->7\n}}\n}\nrun test8 for 3 expect 0\npred test16 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\nUniqueElem[]\n}}\n}\nrun test16 for 3 expect 1\npred test35 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\npre = Node0->Node1 + Node1->Node0\nnxt = Node1->Node0\nelem = Node0->-7 + Node1->-8\nConsistentPreAndNxt[]\n}}\n}\nrun test35 for 3 expect 0\npred test12 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nno elem\n}}\n}\nrun test12 for 3 expect 0\npred test29 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\nno pre\nnxt = Node1->Node0 + Node2->Node1\nelem = Node0->6 + Node1->-7 + Node2->-8\nSorted[]\n}}\n}\nrun test29 for 3 expect 1\npred test42 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\npre = Node0->Node0 + Node1->Node2\nnxt = Node1->Node0 + Node2->Node1\nelem = Node0->-2 + Node1->-7 + Node2->-8\nRepOk[]\n}}\n}\nrun test42 for 3 expect 0\npred test11 {\nsome disj DLL0: DLL {some disj Node0, Node1: Node {\nDLL = DLL0\nheader = DLL0->Node1\nNode = Node0 + Node1\nno pre\nnxt = Node1->Node0\nelem = Node0->-8 + Node0->-7 + Node0->-6 + Node0->-5 + Node0->-4 + Node0->-3 + Node0->-2 + Node0->-1 + Node0->0 + Node0->1 + Node0->2 + Node0->3 + Node0->4\n}}\n}\nrun test11 for 3 expect 0\npred test49 {\nsome disj DLL0: DLL {some disj Node0: Node {\nDLL = DLL0\nheader = DLL0->Node0\nNode = Node0\npre = Node0->Node0\nno nxt\nelem = Node0->5\n}}\n}\nrun test49 for 3 expect 1\npred test28 {\nsome disj DLL0: DLL {some disj Node0, Node1, Node2: Node {\nDLL = DLL0\nheader = DLL0->Node2\nNode = Node0 + Node1 + Node2\nno pre\nnxt = Node1->Node0 + Node2->Node1\nelem = Node0->-7 + Node1->-7 + Node2->-8\nSorted[]\n}}\n}\nrun test28 for 3 expect 1\n","avg_line_length":20.4321428571,"max_line_length":155,"alphanum_fraction":0.6680650236}
{"size":4769,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_LockDoorafterClosing\n\nopen IoTBottomUp as base\n\nopen cap_lock\nopen cap_contactSensor\n\n\none sig app_LockDoorafterClosing extends IoTApp {\n  \n  contact : lone cap_contactSensor,\n  \n  lock1 : lone cap_lock,\n  \n  state : one cap_state,\n} {\n  rules = r\n}\n\n\n\none sig cap_state extends Capability {} {\n  attributes = cap_state_attr\n}\nabstract sig cap_state_attr extends Attribute {}\n\n\none sig cap_state_attr_runIn extends cap_state_attr {} {\n  values = cap_state_attr_runIn_val\n}\n\nabstract sig cap_state_attr_runIn_val extends AttrValue {}\none sig cap_state_attr_runIn_val_on extends cap_state_attr_runIn_val {}\none sig cap_state_attr_runIn_val_off extends cap_state_attr_runIn_val {}\n\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r0 extends r {}{\n  triggers   = r0_trig\n  conditions = r0_cond\n  commands   = r0_comm\n}\n\nabstract sig r0_trig extends Trigger {}\n\none sig r0_trig0 extends r0_trig {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_contactSensor_attr_contact_val_closed\n}\none sig r0_trig1 extends r0_trig {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_contactSensor_attr_contact_val_open\n}\none sig r0_trig2 extends r0_trig {} {\n  capabilities = app_LockDoorafterClosing.lock1\n  attribute    = cap_lock_attr_lock\n  value        = cap_lock_attr_lock_val_unlocked\n}\none sig r0_trig3 extends r0_trig {} {\n  capabilities = app_LockDoorafterClosing.lock1\n  attribute    = cap_lock_attr_lock\n  value        = cap_lock_attr_lock_val_locked\n}\n\n\nabstract sig r0_cond extends Condition {}\n\none sig r0_cond0 extends r0_cond {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_contactSensor_attr_contact_val_open\n}\n\none sig r0_cond2 extends r0_cond {} {\n  capabilities = app_LockDoorafterClosing.lock1\n  attribute    = cap_lock_attr_lock\n  value        = cap_lock_attr_lock_val_unlocked\n}\n\n\nabstract sig r0_comm extends Command {}\n\none sig r0_comm0 extends r0_comm {} {\n  capability   = app_LockDoorafterClosing.state\n  attribute = cap_state_attr_runIn\n  value = cap_state_attr_runIn_val_on\n}\n\none sig r1 extends r {}{\n  no triggers\n  conditions = r1_cond\n  commands   = r1_comm\n}\n\n\n\n\nabstract sig r1_cond extends Condition {}\n\none sig r1_cond0 extends r1_cond {} {\n  capabilities = app_LockDoorafterClosing.state\n  attribute    = cap_state_attr_runIn\n  value        = cap_state_attr_runIn_val_on\n}\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_LockDoorafterClosing.lock1\n  attribute = cap_lock_attr_lock\n  value = cap_lock_attr_lock_val_unlocked\n}\n\n\n\none sig r2 extends r {}{\n  triggers   = r2_trig\n  conditions = r2_cond\n  commands   = r2_comm\n}\n\nabstract sig r2_trig extends Trigger {}\n\none sig r2_trig0 extends r2_trig {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_contactSensor_attr_contact_val_closed\n}\none sig r2_trig1 extends r2_trig {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_contactSensor_attr_contact_val_open\n}\none sig r2_trig2 extends r2_trig {} {\n  capabilities = app_LockDoorafterClosing.lock1\n  attribute    = cap_lock_attr_lock\n  value = cap_lock_attr_lock_val_unlocked\n}\none sig r2_trig3 extends r2_trig {} {\n  capabilities = app_LockDoorafterClosing.lock1\n  attribute    = cap_lock_attr_lock\n  value = cap_lock_attr_lock_val_locked\n}\n\n\nabstract sig r2_cond extends Condition {}\n\none sig r2_cond2 extends r2_cond {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_contactSensor_attr_contact_val_closed\n}\n\none sig r2_cond4 extends r2_cond {} {\n  capabilities = app_LockDoorafterClosing.contact\n  attribute    = cap_contactSensor_attr_contact\n  value        = cap_lock_attr_lock_val_unlocked\n}\n\nabstract sig r2_comm extends Command {}\n\none sig r2_comm0 extends r2_comm {} {\n  capability   = app_LockDoorafterClosing.state\n  attribute = cap_state_attr_runIn\n  value = cap_state_attr_runIn_val_on\n}\n\n\none sig r4 extends r {}{\n  no triggers\n  conditions = r4_cond\n  commands   = r4_comm\n}\n\n\n\n\nabstract sig r4_cond extends Condition {}\n\none sig r4_cond0 extends r4_cond {} {\n  capabilities = app_LockDoorafterClosing.state\n  attribute    = cap_state_attr_runIn\n  value        = cap_state_attr_runIn_val_on\n}\n\nabstract sig r4_comm extends Command {}\n\none sig r4_comm0 extends r4_comm {} {\n  capability   = app_LockDoorafterClosing.lock1\n  attribute = cap_lock_attr_lock\n  value = cap_lock_attr_lock_val_locked\n}\n\n\n\n","avg_line_length":23.6089108911,"max_line_length":72,"alphanum_fraction":0.7701824282}
{"size":218,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idD9kia7oDFxNuQY69o_prop11 {\n\t\n\talways ( all t:Train| some t.pos and historically t.pos in Entry) \n}\npred __repair { idD9kia7oDFxNuQY69o_prop11 }\ncheck __repair { idD9kia7oDFxNuQY69o_prop11 <=> prop11o }","avg_line_length":31.1428571429,"max_line_length":67,"alphanum_fraction":0.7844036697}
{"size":218,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idoAeY79BG8J94KcGMm_prop10 {\n\tall p: Protected | once p in Protected implies always p in Protected\n}\npred __repair { idoAeY79BG8J94KcGMm_prop10 }\ncheck __repair { idoAeY79BG8J94KcGMm_prop10 <=> prop10o }","avg_line_length":36.3333333333,"max_line_length":69,"alphanum_fraction":0.8073394495}
{"size":526,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"module unknown\n\/\/JOR\/\/open util\/integer [] as integer\nsig Room {}\none sig secure_lab extends Room {}\nabstract sig Person {\nowns: (set Key)\n}\nsig Employee extends Person {}\nsig Researcher extends Person {}\nsig Key {\nauthorized: (one Employee),\nopened_by: (one Room)\n}\npred CanEnter[p: Person,r: Room] {\n(r in ((p.owns).opened_by))\n}\n\nfact fact_1 {\n(no (Employee.owns))\n}\nassert no_thief_in_seclab {\n(all p: (one Person) {\n((CanEnter[p,secure_lab]) => (p in Researcher))\n})\n}\nrun CanEnter for 80\ncheck no_thief_in_seclab for 120","avg_line_length":19.4814814815,"max_line_length":47,"alphanum_fraction":0.7091254753}
{"size":331826,"ext":"als","lang":"Alloy","max_stars_count":6.0,"content":" NL    NX    NY  LOWBAD HIGHBAD  THRESH     AP1  PH\/ADU  RNOISE    FRAD\n  1  1250  1150    -3.9 31000.0    5.81    8.00    9.00    1.70    2.50\n \n     37 1109.456    5.502  19.2750   0.0703   12.670       4.    1.151    0.119\n     48  344.523    8.940  18.2326   0.0432   12.840       4.    1.433    0.093\n     50  998.082    8.995  18.6816   0.0433   12.580       4.    1.040    0.032\n     58  970.004    9.839  18.9402   0.0616   12.850       4.    1.299   -0.114\n     56  672.267    9.935  19.7848   0.1146   13.030       4.    1.265   -0.185\n     64 1200.116   10.673  18.8136   0.0446   12.370       4.    0.986   -0.065\n     59   52.501   11.054  20.2668   0.1462   12.550       4.    1.055    0.031\n     65  212.168   11.200  20.5826   0.2131   12.850       4.    1.193   -0.221\n     60  249.766   11.565  18.1912   0.0428   12.730       4.    1.460   -0.138\n     66  461.913   12.637  16.8164   0.0201   12.780       4.    1.223    0.032\n     81  118.657   17.196  18.1604   0.0326   12.720       4.    1.080   -0.029\n     76  393.346   16.327  18.5317   0.0461   12.800       4.    1.255    0.044\n     87  421.522   18.761  19.8528   0.1144   12.800       4.    1.183   -0.172\n     86  357.778   18.852  16.5009   0.0143   12.750       4.    0.900    0.000\n     92 1185.331   20.841  18.3667   0.0451   12.610       4.    1.395   -0.036\n     96 1118.478   21.826  20.6026   0.1567   12.660       4.    0.815   -0.006\n     94  743.070   22.402  20.7269   0.2539   12.770       4.    1.270   -0.324\n     99  625.606   22.650  19.0615   0.0658   12.740       4.    1.246   -0.075\n    103  778.492   23.994  18.2426   0.0335   12.550       4.    1.051   -0.114\n    105  155.299   24.587  16.6019   0.0217   12.840       4.    1.449   -0.009\n    106  468.203   24.641  20.0712   0.1317   12.750       4.    1.120   -0.038\n    104  110.514   24.770  20.8637   0.2118   12.660       4.    0.888   -0.812\n    108  797.724   24.808  18.8275   0.0598   12.530       4.    1.357    0.027\n    115  693.617   26.808  17.5741   0.0275   12.750       4.    1.237   -0.019\n    114   66.352   27.111  19.3739   0.0762   12.750       4.    1.137   -0.224\n    120  715.704   27.802  16.7602   0.0186   12.780       4.    1.136    0.029\n    123  496.980   29.004  19.8455   0.0932   12.830       4.    0.923   -0.081\n    128 1047.272   29.757  17.1679   0.0315   12.660       4.    1.780   -0.084\n    133  438.279   31.052  18.9371   0.0533   12.810       4.    1.079    0.022\n    146 1124.175   32.513  17.2408   0.0355   12.610       4.    2.013   -0.040\n    140  390.341   32.876  17.1550   0.0267   12.730       4.    1.482   -0.019\n    141  520.331   33.306  17.6661   0.0373   12.940       4.    1.690   -0.060\n    154  787.439   37.261  19.8057   0.0982   12.730       4.    1.035   -0.160\n    160  904.218   39.261  18.7829   0.0541   12.860       4.    1.259   -0.142\n    161  300.647   40.159  19.7800   0.0808   12.730       4.    0.821   -0.022\n    168  467.315   41.190  19.4819   0.1013   12.820       4.    1.436   -0.346\n    170  234.146   42.049  20.8035   0.2276   13.060       4.    1.022   -0.446\n    172  324.256   42.716  19.8354   0.0738   12.840       4.    0.680   -0.001\n    171   88.297   42.948  20.2068   0.1362   12.750       4.    1.024    0.033\n    176  860.076   44.034  18.9186   0.0454   12.660       4.    0.906   -0.113\n    183  100.725   44.707  19.4893   0.0904   12.740       4.    1.244    0.308\n    188   69.511   47.014  18.2775   0.0479   12.690       4.    1.574   -0.151\n    190 1142.734   47.487  18.1550   0.0445   12.630       4.    1.595   -0.111\n    192  892.539   48.296  19.7328   0.1022   12.660       4.    1.167   -0.167\n    191  114.541   48.501  19.3866   0.0588   12.660       4.    0.806   -0.165\n    194  459.404   49.557  18.3732   0.0517   12.810       4.    1.611   -0.024\n    198  344.766   49.649  16.9706   0.0170   12.750       4.    0.935    0.024\n    199  377.778   49.936  19.0985   0.0757   12.720       4.    1.426   -0.210\n    205  963.909   50.586  18.1217   0.0339   12.720       4.    1.170   -0.117\n    203  498.120   50.743  19.3360   0.0657   12.860       4.    0.981   -0.211\n    212  870.956   51.920  20.0657   0.1009   12.630       4.    0.827    0.083\n    213 1000.887   52.110  18.5598   0.0379   12.760       4.    0.965    0.026\n    211  674.507   52.395  18.9380   0.0483   12.770       4.    0.961   -0.029\n    215 1155.377   52.407  19.8115   0.1087   12.620       4.    1.177   -0.478\n    219   98.921   53.889  19.1162   0.0706   12.680       4.    1.286   -0.008\n    223  886.911   54.371  18.6504   0.0419   12.540       4.    1.026   -0.034\n    228   91.287   56.805  20.3031   0.1709   12.620       4.    1.225   -0.174\n    227   60.289   57.200  20.0251   0.1189   12.570       4.    1.042   -0.113\n    234  952.534   57.558  19.7518   0.0653   12.600       4.    0.638   -0.183\n    236  312.484   59.727  15.0773   0.0135   12.490       4.    1.191    0.010\n    235  268.928   59.912  19.3154   0.0586   12.730       4.    0.866    0.038\n    239  938.524   60.319  19.3897   0.0804   12.540       4.    1.193   -0.173\n    241 1112.735   60.994  19.4821   0.0802   12.650       4.    1.117   -0.054\n    243  264.246   61.654  19.7857   0.1338   12.740       4.    1.503   -0.152\n    244  518.083   61.666  19.0019   0.0455   12.800       4.    0.833    0.008\n    247  500.917   62.645  19.2790   0.0753   12.900       4.    1.220   -0.078\n    248  735.655   62.997  20.0677   0.1352   12.900       4.    1.179   -0.338\n    250  775.006   63.820  20.4813   0.2201   12.630       4.    1.381   -0.037\n    249  657.907   64.571  20.1275   0.1110   12.490       4.    0.867   -0.093\n    252   63.366   64.564  19.1918   0.0550   12.630       4.    0.893   -0.067\n    254 1048.381   64.594  17.5865   0.0240   12.440       4.    1.053   -0.035\n    253  648.677   64.844  20.4780   0.2100   12.490       4.    1.323   -0.114\n    264 1200.325   68.268  19.3213   0.0577   12.630       4.    0.866   -0.085\n    267  502.758   68.738  20.5841   0.2282   12.840       4.    1.300   -0.669\n    266  423.630   68.799  19.8114   0.0977   12.510       4.    1.007   -0.094\n    265  264.234   68.898  20.5769   0.1998   12.720       4.    1.118   -0.328\n    268  798.227   69.125  19.2643   0.0641   12.590       4.    1.001   -0.205\n    270  332.684   69.831  17.4501   0.0192   12.540       4.    0.846   -0.082\n    274 1065.558   70.952  18.4467   0.0336   12.560       4.    0.911    0.004\n    276 1222.282   71.210  17.3193   0.0263   12.440       4.    1.352   -0.022\n    281  772.316   73.012  18.6514   0.0405   12.610       4.    0.962   -0.033\n    283  896.327   73.447  20.2550   0.1486   12.460       4.    1.098   -0.194\n    286  285.455   73.505  18.8739   0.0583   12.750       4.    1.272    0.040\n    285  187.703   73.694  13.9154   0.0116   12.590       4.    1.140    0.032\n    289 1027.085   73.904  19.2012   0.0639   12.510       4.    1.084   -0.141\n    294 1151.857   75.200  17.2541   0.0163   12.660       4.    0.780    0.023\n    291  491.981   75.256  19.9100   0.1226   12.820       4.    1.216   -0.248\n    318  228.820   80.852  18.2768   0.0369   12.550       4.    1.138    0.109\n    299 1136.982   76.996  20.1833   0.1175   12.590       4.    0.901   -0.166\n    301  400.558   77.503  18.6763   0.0427   12.470       4.    1.021    0.153\n    307   44.133   78.799  19.6260   0.0677   12.390       4.    0.770    0.112\n    316 1043.947   79.663  15.9062   0.0182   12.400       4.    1.467    0.058\n    317 1236.246   80.283  17.2275   0.0233   12.420       4.    1.238    0.016\n    319  957.552   81.109  15.5780   0.0148   12.520       4.    1.223   -0.051\n    320 1092.055   81.146  20.9552   0.1954   12.530       4.    0.738   -0.416\n    324 1226.220   81.645  19.3256   0.0927   12.450       4.    1.531   -0.198\n    333  875.316   86.100  15.4905   0.0196   12.500       4.    1.740    0.002\n    336  945.327   86.730  20.3533   0.1518   12.550       4.    1.022    0.318\n    334  490.188   87.272  20.6662   0.2069   12.690       4.    1.062   -0.042\n    335  663.343   87.467  16.6329   0.0148   12.870       4.    0.894    0.008\n    339  425.064   88.007  17.6439   0.0243   12.650       4.    1.043    0.016\n    341  921.053   88.308  20.4714   0.2079   12.620       4.    1.323   -0.388\n    344  812.763   89.085  17.9174   0.0255   12.550       4.    0.934   -0.025\n    348 1215.610   90.722  19.8247   0.0995   12.630       4.    1.054    0.057\n    357 1029.469   92.164  19.5238   0.0801   12.530       4.    1.069   -0.121\n    356  890.256   92.178  20.3824   0.1196   12.450       4.    0.729   -0.182\n    358  337.192   92.555  17.9095   0.0295   12.660       4.    1.113    0.002\n    362  108.936   94.197  20.8507   0.2668   12.590       4.    1.186   -0.162\n    364  847.137   94.589  17.8462   0.0385   12.510       4.    1.611   -0.031\n    363  752.042   95.374  20.6877   0.1581   12.570       4.    0.738   -0.076\n    370  602.214   96.783  19.4642   0.0781   12.550       4.    1.074    0.001\n    371 1016.265   97.139  19.5666   0.0795   12.560       4.    1.016   -0.125\n    369  491.055   97.407  20.0386   0.1002   12.610       4.    0.827    0.016\n    376  875.691   97.670  17.8395   0.0304   12.560       4.    1.209   -0.084\n    375  728.600   98.526  17.5451   0.0249   12.810       4.    1.129   -0.112\n    378 1108.244   99.349  18.5872   0.0412   12.570       4.    1.062   -0.117\n    379  359.481  100.159  17.4722   0.0305   12.750       4.    1.490    0.014\n    380  451.186  100.299  18.2464   0.0382   12.620       4.    1.232   -0.057\n    389 1060.525  100.364  20.9613   0.2507   12.550       4.    1.002    0.098\n    391  702.686  102.073  12.5100   0.0131   12.750       4.    1.384    0.039\n    393 1199.179  102.319  19.3660   0.0849   12.800       4.    1.338    0.048\n    394   85.617  102.902  19.4557   0.0621   12.640       4.    0.812    0.027\n    395  207.996  103.238  18.0884   0.0323   12.750       4.    1.120   -0.070\n    396  265.713  103.304  19.0866   0.0500   12.630       4.    0.871   -0.156\n    401 1094.455  103.797  19.5670   0.0841   12.680       4.    1.094   -0.017\n    402 1173.935  104.006  18.2472   0.0513   12.630       4.    1.615   -0.111\n    405  381.847  104.660  19.8059   0.0850   12.600       4.    0.856   -0.095\n    406  763.721  105.307  19.5280   0.0907   12.630       4.    1.223    0.177\n    408  105.247  106.507  19.5912   0.1034   12.600       4.    1.350    0.093\n    412  247.902  106.878  19.5293   0.0865   12.590       4.    1.146   -0.153\n    413  545.476  107.154  18.0985   0.0359   12.780       4.    1.236   -0.079\n    416  605.139  108.496  20.6988   0.2263   12.610       4.    1.147    0.115\n    418  843.741  108.582  19.7050   0.0763   12.540       4.    0.837   -0.139\n    420  134.855  109.000  19.6811   0.0746   12.720       4.    0.807   -0.221\n    419  126.977  109.528  21.0192   0.2528   12.660       4.    0.913   -0.931\n    421  594.064  109.811  18.6092   0.0438   12.650       4.    1.113    0.087\n    422  826.851  109.896  20.6948   0.1718   12.570       4.    0.827    0.034\n    427  856.657  110.830  19.3525   0.0774   12.570       4.    1.194    0.138\n    429   37.518  112.182  18.8667   0.0663   12.610       4.    1.460   -0.044\n    432  283.122  112.983  20.2634   0.1502   12.720       4.    1.076   -0.026\n    434  464.532  113.084  18.9202   0.0831   12.510       4.    1.867    0.313\n    438  650.853  114.113  20.1520   0.1701   12.760       4.    1.415   -0.032\n    446  950.149  114.789  18.9108   0.0546   12.450       4.    1.133   -0.041\n    445  894.242  114.801  19.6900   0.1051   12.520       4.    1.264    0.177\n    443  622.728  115.374  19.5580   0.0675   12.740       4.    0.816    0.101\n    441  327.854  115.493  15.8882   0.0205   12.510       4.    1.668    0.019\n    450 1151.963  115.668  18.3048   0.0420   12.620       4.    1.312   -0.195\n    449 1043.335  115.952  20.6650   0.2095   12.640       4.    1.105    0.245\n    448  782.704  116.259  19.1077   0.0852   12.550       4.    1.648    0.041\n    455  654.758  117.869  20.4423   0.1664   12.860       4.    1.031   -0.287\n    457  769.440  118.063  19.6985   0.0912   12.550       4.    1.051    0.001\n    462  412.131  119.613  19.1002   0.0664   12.730       4.    1.229    0.072\n    469  994.063  120.639  20.5263   0.1497   12.590       4.    0.837   -0.172\n    468  979.858  120.634  18.0427   0.0288   12.650       4.    0.988   -0.075\n    465  120.638  120.747  16.3373   0.0134   12.620       4.    0.877    0.027\n    470 1123.781  120.968  18.3159   0.0410   12.850       4.    1.288   -0.026\n    467  832.603  121.197  19.0660   0.0464   12.710       4.    0.814    0.006\n    473  154.953  123.004  18.8382   0.0434   12.680       4.    0.912   -0.051\n    476  336.071  124.834  17.7460   0.0252   12.460       4.    1.012    0.045\n    490 1062.775  126.602  19.1787   0.0615   12.560       4.    1.065   -0.181\n    488  607.421  127.206  20.1990   0.1066   12.700       4.    0.755   -0.054\n    491 1079.872  127.771  20.8683   0.2693   12.520       4.    1.214   -0.391\n    496  792.588  128.594  19.4766   0.0952   12.580       4.    1.353   -0.131\n    504 1024.033  129.822  19.3840   0.1089   12.510       4.    1.711   -0.172\n    508  888.573  132.884  20.7500   0.2292   12.520       4.    1.084   -0.102\n    530  580.783  137.143  19.7270   0.0927   12.770       4.    1.035   -0.070\n    518 1098.725  133.960  20.6806   0.2311   12.650       4.    1.232   -0.301\n    521  147.214  135.288  21.3861   0.3182   12.590       4.    0.816   -0.908\n    526  848.484  135.447  18.6603   0.0532   12.660       4.    1.365   -0.048\n    523  331.251  135.656  19.8119   0.1197   12.650       4.    1.301   -0.165\n    528  967.903  135.748  20.2789   0.1321   12.530       4.    0.933   -0.145\n    527  897.971  135.846  18.6594   0.0479   12.490       4.    1.205    0.003\n    529  308.200  136.388  20.4656   0.1567   12.510       4.    0.926   -0.350\n    536  987.392  139.195  19.0191   0.0509   12.550       4.    0.962   -0.047\n    538  632.795  139.787  16.9518   0.0253   12.780       4.    1.523   -0.058\n    542  592.742  140.638  20.7582   0.1698   12.750       4.    0.746   -0.459\n    541  165.906  141.593  19.2509   0.0747   12.570       4.    1.243   -0.040\n    546  213.861  141.992  20.4921   0.1717   12.560       4.    1.014   -0.308\n    555  209.331  144.054  20.6352   0.2826   12.620       4.    1.587    0.060\n    551 1012.704  142.586  18.0221   0.0406   12.500       4.    1.537   -0.079\n    556  367.426  144.004  17.4374   0.0280   12.680       4.    1.362   -0.009\n    560 1103.057  144.081  19.1422   0.0657   12.750       4.    1.192   -0.140\n    558  687.979  144.381  15.7692   0.0181   12.700       4.    1.498    0.014\n    553  153.298  144.583  19.1259   0.0600   12.610       4.    1.065   -0.056\n    563  707.572  145.108  16.8337   0.0182   12.760       4.    1.078   -0.051\n    564  879.057  145.162  20.0188   0.1105   12.550       4.    0.977   -0.261\n    570  585.801  145.911  19.1226   0.0469   12.730       4.    0.777   -0.048\n    573  406.691  147.546  18.8059   0.0517   12.520       4.    1.167    0.182\n    577 1172.451  147.780  21.4797   0.3787   12.880       4.    0.927   -0.578\n    572  194.359  147.869  18.4178   0.0403   12.570       4.    1.156   -0.063\n    571   82.245  148.223  19.7930   0.1430   12.690       4.    1.602   -0.025\n    583 1144.431  148.867  16.9469   0.0215   12.910       4.    1.261   -0.107\n    579  273.806  149.302  17.3563   0.0285   12.640       4.    1.460   -0.018\n    581  966.361  149.383  18.5932   0.0400   12.570       4.    1.012   -0.101\n    585  290.257  149.841  20.8722   0.2431   12.630       4.    1.040    0.288\n    591  824.173  149.928  18.7135   0.0506   12.510       4.    1.206   -0.109\n    588  718.779  149.995  18.7838   0.0614   12.780       4.    1.436   -0.111\n    584  128.547  149.996  17.7112   0.0342   12.750       4.    1.488   -0.033\n    590  763.503  150.265  18.6061   0.0349   12.600       4.    0.839   -0.149\n    599 1203.447  150.630  19.6707   0.0814   12.720       4.    0.940   -0.126\n    597 1093.862  150.926  18.4352   0.0440   12.650       4.    1.288    0.024\n    598 1159.572  151.338  18.6100   0.0387   12.950       4.    0.962   -0.040\n    601  894.479  151.842  19.1844   0.0584   12.430       4.    0.984    0.068\n    600   64.302  152.105  19.4495   0.0645   12.700       4.    0.858   -0.044\n    604  955.309  152.714  20.4943   0.1686   12.460       4.    1.008   -0.013\n    605  174.177  154.010  16.6149   0.0199   12.540       4.    1.308    0.072\n    606  529.427  154.371  15.4404   0.0166   12.800       4.    1.435    0.055\n    608   97.853  154.636  19.2256   0.0695   12.580       4.    1.152   -0.004\n    611  933.528  155.773  20.0790   0.1245   12.540       4.    1.066    0.214\n    613 1084.557  157.177  16.5823   0.0199   12.570       4.    1.325   -0.062\n    618 1104.659  157.547  19.3975   0.0767   12.840       4.    1.141   -0.180\n    619  298.391  159.194  17.7085   0.0315   12.560       4.    1.364   -0.024\n    624 1064.593  159.247  20.0621   0.0895   12.510       4.    0.713    0.150\n    622  787.757  159.749  20.2579   0.1132   12.480       4.    0.777    0.017\n    626  598.782  160.766  17.2692   0.0346   12.680       4.    1.878   -0.040\n    636  945.736  162.524  20.9431   0.3284   12.450       4.    1.414    0.594\n    635  880.023  163.080  19.9719   0.1383   12.510       4.    1.322   -0.062\n    632  231.056  163.366  20.2311   0.1538   12.550       4.    1.158   -0.009\n    637  574.268  164.258  19.0183   0.0524   12.880       4.    0.989    0.082\n    638 1209.186  164.374  15.1062   0.0206   12.740       4.    1.954    0.064\n    640  782.678  164.994  20.7295   0.1919   12.510       4.    0.916   -0.497\n    644  415.911  165.510  19.4013   0.0669   12.730       4.    0.943   -0.117\n    648  761.484  166.029  20.4573   0.2295   12.580       4.    1.491   -0.606\n    650  678.943  166.969  19.5903   0.0745   12.730       4.    0.902   -0.226\n    658  276.467  169.061  19.8920   0.0725   12.570       4.    0.625    0.045\n    661  260.439  170.246  19.4059   0.0512   12.530       4.    0.660   -0.094\n    665 1044.743  170.414  19.8140   0.1202   12.610       4.    1.303   -0.483\n    667  522.731  171.004  14.7109   0.0172   12.720       4.    1.682    0.028\n    671  901.678  171.558  19.8209   0.1081   12.610       4.    1.153    0.241\n    670  643.028  171.751  16.8811   0.0233   12.660       4.    1.414    0.018\n    678 1120.645  173.487  16.7617   0.0193   12.970       4.    1.199   -0.032\n    675  290.576  173.564  20.2488   0.1381   12.650       4.    1.002   -0.373\n    680  547.846  173.912  19.3226   0.0693   12.810       4.    1.062    0.016\n    684  584.923  174.235  20.8386   0.2968   12.850       4.    1.332   -0.515\n    679  248.423  174.457  18.4131   0.0364   12.540       4.    1.020   -0.034\n    683   96.625  174.739  20.7360   0.2224   12.660       4.    1.081   -0.325\n    689  431.593  176.262  17.4753   0.0201   12.740       4.    0.894    0.002\n    693  751.496  176.655  18.0460   0.0374   12.630       4.    1.379   -0.021\n    691   23.013  177.015  18.5745   0.0425   12.570       4.    1.101    0.035\n    697  502.659  177.672  12.7118   0.0116   12.790       4.    1.181    0.025\n    695  144.294  177.829  18.6228   0.0447   12.680       4.    1.125    0.122\n    694   79.713  178.203  16.9718   0.0272   12.470       4.    1.647    0.046\n    699  855.253  178.484  20.2678   0.1243   12.650       4.    0.865   -0.085\n    705 1205.893  180.934  20.4922   0.1531   12.770       4.    0.913    0.125\n    703  106.085  181.271  18.3822   0.0372   12.610       4.    1.083    0.148\n    704  405.506  181.506  19.4561   0.0800   12.640       4.    1.124   -0.065\n    706  836.723  182.559  18.7716   0.0534   12.580       4.    1.248   -0.210\n    709  438.308  183.181  19.2912   0.0468   12.750       4.    0.656    0.030\n    708  347.651  183.341  17.5315   0.0327   12.520       4.    1.555    0.026\n    712  603.596  184.374  19.2998   0.0538   12.750       4.    0.786   -0.095\n    714  951.460  184.450  18.8177   0.0438   12.490       4.    0.949   -0.028\n    716  310.070  184.512  17.1324   0.0223   12.560       4.    1.211   -0.028\n    715  183.025  184.795  14.9870   0.0176   12.480       4.    1.666    0.098\n    719  249.091  185.716  19.2097   0.0677   12.660       4.    1.142   -0.141\n    723  408.012  188.256  20.3268   0.1735   12.600       4.    1.213   -0.046\n    724  735.940  188.432  19.8016   0.1221   12.580       4.    1.351    0.158\n    727  292.487  188.640  18.3268   0.0300   12.620       4.    0.850   -0.050\n    730  813.346  189.822  20.4675   0.1926   12.650       4.    1.208   -0.654\n    735  788.911  191.043  19.8210   0.0770   12.780       4.    0.752   -0.239\n    734  657.136  191.412  20.7837   0.1960   12.820       4.    0.877   -0.132\n    740  858.100  191.554  18.1007   0.0306   12.700       4.    1.021   -0.128\n    741  272.464  192.742  19.3783   0.0905   12.710       4.    1.400   -0.011\n    743  770.928  192.912  20.5078   0.1444   12.680       4.    0.812    0.437\n    748 1003.275  194.473  19.7927   0.0988   12.560       4.    1.062    0.003\n    750   39.804  196.236  18.7666   0.0496   12.580       4.    1.136   -0.093\n    751  309.196  196.386  18.4020   0.0266   12.640       4.    0.685   -0.044\n    753 1036.885  196.417  18.3351   0.0228   12.600       4.    0.595   -0.020\n    756  398.577  196.712  19.9634   0.1240   12.560       4.    1.175   -0.134\n    758 1050.580  196.966  19.5691   0.0859   12.640       4.    1.117   -0.063\n    761 1065.568  197.665  19.5270   0.0872   12.750       4.    1.190   -0.035\n    768 1173.948  198.861  18.8117   0.0534   12.850       4.    1.219   -0.064\n    763  388.402  199.436  17.4100   0.0252   12.560       4.    1.229   -0.062\n    772 1100.302  200.461  19.1874   0.0694   13.060       4.    1.221   -0.199\n    770  942.679  200.475  19.7073   0.1273   12.500       4.    1.558   -0.069\n    775  414.308  201.198  16.3497   0.0230   12.680       4.    1.686    0.029\n    779  889.202  202.553  19.5797   0.0710   12.490       4.    0.870    0.150\n    784  918.985  203.295  18.7443   0.0427   12.590       4.    0.972   -0.076\n    791  317.817  205.765  16.8636   0.0191   12.700       4.    1.127   -0.009\n    792  369.348  205.994  17.3579   0.0311   12.590       4.    1.616   -0.035\n    796  492.142  206.885  16.0133   0.0214   12.640       4.    1.685    0.033\n    805  625.979  208.107  20.3150   0.1725   12.810       4.    1.232   -0.256\n    799  513.906  208.211  19.2765   0.0697   12.910       4.    1.099   -0.262\n    806  735.397  209.177  20.0333   0.1372   12.690       4.    1.247   -0.047\n    811 1132.579  209.801  19.9283   0.0993   12.870       4.    0.946    0.009\n    814  909.604  212.452  19.3877   0.0675   12.560       4.    0.982   -0.081\n    813  401.725  212.636  18.7442   0.0543   12.690       4.    1.273   -0.012\n    815    3.766  212.724  18.6608   0.0307   12.530       4.    0.672   -0.033\n    818  593.414  213.286  20.1009   0.1406   12.840       4.    1.194    0.203\n    821 1031.132  213.551  18.1836   0.0355   12.600       4.    1.194   -0.085\n    823  230.982  213.711  20.0743   0.1449   12.660       4.    1.265   -0.234\n    826  466.473  213.986  19.6436   0.0914   12.650       4.    1.104    0.162\n    829  820.467  215.192  20.0591   0.1185   12.550       4.    1.014   -0.139\n    833  795.923  215.909  20.1848   0.1357   12.620       4.    1.058   -0.202\n    840  949.807  217.615  17.4040   0.0222   12.560       4.    1.064   -0.069\n    842  281.357  218.686  15.1585   0.0128   12.730       4.    1.105    0.034\n    841  219.665  219.561  18.6162   0.0426   12.690       4.    1.057   -0.013\n    848 1204.030  219.618  20.2164   0.1292   12.750       4.    0.976   -0.166\n    847  913.233  220.000  18.5223   0.0470   12.540       4.    1.305   -0.037\n    851  781.411  220.210  20.6424   0.1626   12.730       4.    0.812   -0.417\n    849  150.133  220.872  20.3576   0.1409   12.610       4.    0.915    0.198\n    852  787.060  221.306  19.7762   0.0993   12.730       4.    1.083   -0.113\n    853  748.623  221.782  18.6670   0.0429   12.770       4.    1.042   -0.012\n    855 1222.984  222.494  18.8267   0.0495   12.620       4.    1.110   -0.087\n    857  228.028  222.973  19.0096   0.0562   12.730       4.    1.080    0.136\n    858  265.408  223.138  19.1279   0.0557   12.660       4.    0.947   -0.048\n    866 1178.063  223.573  18.3546   0.0394   12.820       4.    1.202   -0.069\n    861  345.243  223.719  21.0726   0.2143   12.720       4.    0.703   -0.501\n    863  836.211  223.787  19.2806   0.0731   12.690       4.    1.170    0.081\n    862  482.024  224.099  18.2924   0.0405   12.620       4.    1.274    0.001\n    869 1000.210  224.672  17.4717   0.0287   12.530       4.    1.408   -0.015\n    867    6.943  225.194  18.8692   0.0618   12.560       4.    1.365   -0.112\n    871 1212.768  225.336  17.8064   0.0270   12.560       4.    1.085    0.060\n    872  303.211  225.902  20.1095   0.1142   12.650       4.    0.908    0.266\n    879 1091.867  226.615  12.8327   0.0146   12.900       4.    1.541    0.044\n    876  775.317  227.195  20.3174   0.1499   12.780       4.    1.044    0.010\n    877  797.885  227.341  19.2489   0.0730   12.660       4.    1.221   -0.113\n    881  818.787  227.750  19.3647   0.0860   12.590       4.    1.337    0.147\n    885  489.761  229.515  17.7302   0.0249   12.610       4.    1.008   -0.049\n    884   73.537  229.732  19.5139   0.0835   12.470       4.    1.119    0.127\n    887 1205.626  230.179  17.9917   0.0258   12.520       4.    0.910   -0.026\n    886  598.771  230.507  18.1159   0.0359   12.660       4.    1.248   -0.049\n    890  719.296  230.784  20.5284   0.2480   12.710       4.    1.507   -0.227\n    891  931.507  230.969  19.0424   0.0421   12.550       4.    0.723    0.018\n    888  163.421  231.187  20.3741   0.1586   12.460       4.    1.042   -0.081\n    889  564.406  231.427  17.6129   0.0201   12.580       4.    0.827    0.033\n    895  924.795  232.034  19.8741   0.1167   12.570       4.    1.166    0.420\n    897  829.392  232.638  17.5515   0.0279   12.640       4.    1.297   -0.116\n    896  470.099  232.703  18.4277   0.0405   12.660       4.    1.155   -0.016\n    899 1245.458  232.761  17.3478   0.0275   12.770       4.    1.430   -0.074\n    902  550.094  234.961  19.1986   0.0633   12.720       4.    1.062   -0.194\n    904 1062.403  235.533  19.7935   0.1115   12.830       4.    1.247   -0.096\n    905   15.629  235.688  16.4730   0.0137   12.510       4.    0.859    0.030\n    906  434.345  236.170  19.9649   0.1113   12.670       4.    1.002   -0.427\n    912  438.926  238.198  20.5856   0.2050   12.690       4.    1.147   -0.355\n    909 1000.818  236.770  20.5147   0.1758   12.500       4.    1.041   -0.061\n    916 1219.473  237.694  20.9343   0.2758   12.520       4.    1.180   -0.139\n    917 1231.734  237.682  18.6269   0.0412   12.560       4.    1.040   -0.096\n    914  776.179  237.855  20.0717   0.1303   12.820       4.    1.118    0.008\n    911  156.559  238.441  19.3894   0.0731   12.510       4.    1.065   -0.128\n    920  508.664  240.022  20.0996   0.1178   12.680       4.    0.961    0.004\n    926 1107.020  241.172  12.7303   0.0109   12.860       4.    1.134    0.040\n    930  543.648  243.212  19.7695   0.0903   12.610       4.    0.966   -0.125\n    937  892.503  243.759  18.4537   0.0407   12.610       4.    1.157   -0.011\n    932   67.752  243.999  18.1019   0.0345   12.470       4.    1.197   -0.061\n    933  248.352  244.044  17.4923   0.0359   12.580       4.    1.763   -0.043\n    940  112.828  244.747  20.3790   0.1793   12.470       4.    1.207   -0.362\n    941   83.352  246.468  19.2703   0.0728   12.480       4.    1.187   -0.056\n    943  313.061  246.818  19.4884   0.0771   12.640       4.    1.032   -0.365\n    945  269.440  247.944  17.5376   0.0301   12.590       4.    1.410   -0.028\n    952  369.407  250.306  19.5985   0.1017   12.750       4.    1.310   -0.176\n    954  583.877  250.429  18.0269   0.0342   12.670       4.    1.246   -0.107\n    957  429.139  250.890  15.2440   0.0195   12.510       4.    1.815    0.065\n    965  968.605  253.651  19.4506   0.0706   12.670       4.    0.983   -0.020\n    966 1214.150  253.878  20.5403   0.1500   12.580       4.    0.846   -0.257\n    960  154.905  253.914  18.2933   0.0375   12.560       4.    1.166    0.106\n    963  840.474  254.128  19.9135   0.1416   12.550       4.    1.458    0.456\n    976  601.092  258.592  18.5915   0.0409   12.700       4.    1.040   -0.031\n    975  394.583  258.858  19.6966   0.1046   12.620       4.    1.240    0.218\n    978  810.446  259.794  19.2214   0.0631   13.000       4.    1.044   -0.043\n    980 1233.276  259.901  18.9852   0.0456   12.660       4.    0.875   -0.101\n    979  956.898  259.964  18.9046   0.0392   12.590       4.    0.766    0.035\n    981  683.434  261.292  20.2326   0.1492   12.800       4.    1.114   -0.381\n    984 1189.877  261.324  20.5048   0.1566   12.660       4.    0.923   -0.098\n    987  279.554  261.754  19.1118   0.0611   12.470       4.    1.099   -0.112\n    986  263.408  261.868  15.4479   0.0188   12.570       4.    1.656    0.051\n    985   46.875  262.122  20.7976   0.1819   12.560       4.    0.779   -0.458\n    993  920.327  262.500  17.5094   0.0201   12.560       4.    0.880   -0.028\n    992  833.806  262.513  19.0595   0.0544   12.660       4.    1.012   -0.139\n    991  744.273  262.622  17.2829   0.0196   12.800       4.    0.964    0.006\n    990  619.501  262.832  19.4338   0.0841   12.660       4.    1.220   -0.181\n    994  112.676  263.859  20.3214   0.1707   12.480       4.    1.205   -0.071\n    997  804.261  264.228  19.7307   0.0935   12.990       4.    1.052   -0.174\n    995  349.633  264.475  18.5795   0.0305   12.390       4.    0.714    0.015\n   1016  788.493  268.636  18.3371   0.0389   12.980       4.    1.188    0.004\n   1003  771.962  265.131  20.3015   0.1206   12.910       4.    0.805    0.014\n   1005 1105.643  265.249  19.1888   0.0986   12.830       4.    1.630   -0.026\n   1006  365.964  265.956  19.4063   0.0794   12.460       4.    1.157   -0.242\n   1013  813.181  267.803  19.5510   0.0725   12.900       4.    0.912   -0.035\n   1015  560.749  268.633  19.5631   0.0823   12.710       4.    1.054   -0.117\n   1014  157.791  269.083  19.3737   0.0647   12.500       4.    0.930    0.025\n   1030 1024.527  274.644  20.2816   0.1332   12.440       4.    0.946   -0.113\n   1027  711.098  274.698  17.4914   0.0234   12.720       4.    1.074   -0.006\n   1037 1131.578  276.585  19.1442   0.0557   12.920       4.    0.972   -0.168\n   1029  924.519  275.266  18.5469   0.0454   12.570       4.    1.222   -0.021\n   1026  120.302  275.354  17.3669   0.0279   12.440       4.    1.398   -0.013\n   1036  720.841  276.839  19.5025   0.0804   12.730       4.    1.086   -0.247\n   1040  833.744  277.219  20.9016   0.1970   12.780       4.    0.783    0.153\n   1034  530.321  277.395  18.5647   0.0434   12.480       4.    1.145   -0.036\n   1042  431.669  279.477  19.7981   0.0734   12.490       4.    0.711   -0.085\n   1046 1098.189  280.043  20.6139   0.2097   12.760       4.    1.177   -0.631\n   1049  964.927  280.785  20.2212   0.0787   12.630       4.    0.496   -0.029\n   1053  186.117  282.545  19.2964   0.0795   12.560       4.    1.291   -0.095\n   1055  579.384  283.316  18.4765   0.0422   12.720       4.    1.182   -0.131\n   1059  608.793  284.008  20.5364   0.1710   12.710       4.    0.972   -0.419\n   1060  687.674  284.272  19.7035   0.0861   12.680       4.    0.978   -0.126\n   1070  739.034  287.490  19.5240   0.0783   12.740       4.    1.033   -0.066\n   1074  221.712  288.169  16.9885   0.0233   12.570       4.    1.353    0.036\n   1079  868.418  289.619  19.3342   0.0662   12.690       4.    1.008   -0.171\n   1081  120.764  290.282  20.0755   0.1602   12.430       4.    1.424    0.135\n   1078  763.884  290.410  15.2635   0.0189   12.950       4.    1.709    0.054\n   1085  910.585  290.646  17.2842   0.0252   12.690       4.    1.313   -0.053\n   1082  283.474  291.228  16.5758   0.0252   12.570       4.    1.717    0.028\n   1087  725.848  292.520  18.9309   0.0459   12.840       4.    0.911   -0.057\n   1091  352.815  292.588  17.3975   0.0247   12.580       4.    1.202   -0.071\n   1090  261.344  293.212  18.9004   0.0725   12.620       4.    1.601   -0.189\n   1095 1023.411  293.352  20.6194   0.1976   12.490       4.    1.089   -0.308\n   1089  253.889  293.685  19.8216   0.0900   12.620       4.    0.905   -0.063\n   1096 1087.958  294.626  20.4549   0.2125   12.630       4.    1.406   -0.208\n   1098  221.604  295.249  16.9920   0.0245   12.640       4.    1.419    0.006\n   1103  999.530  296.070  19.1980   0.0580   12.490       4.    0.975   -0.075\n   1105 1160.709  296.676  15.1545   0.0144   12.420       4.    1.284    0.022\n   1108  202.380  298.402  19.4429   0.0793   12.560       4.    1.124   -0.166\n   1109  923.840  299.340  18.4511   0.0335   12.640       4.    0.903   -0.008\n   1112   73.438  299.726  19.5681   0.0834   12.600       4.    1.063   -0.166\n   1114  782.678  299.915  13.5332   0.0149   12.670       4.    1.550    0.062\n   1117 1237.414  300.495  18.2835   0.0370   12.580       4.    1.183   -0.080\n   1115  965.767  301.263  20.4611   0.1927   12.570       4.    1.236   -0.448\n   1119  603.547  301.890  20.0425   0.1152   12.560       4.    0.994   -0.021\n   1126 1182.858  302.380  19.7000   0.0727   12.480       4.    0.806    0.139\n   1125  986.387  302.874  20.2666   0.1412   12.440       4.    1.039   -0.164\n   1124  681.061  303.635  19.4006   0.0707   12.760       4.    1.021   -0.123\n   1131  688.520  304.612  19.9575   0.1078   12.780       4.    1.000    0.241\n   1134 1030.393  305.251  19.9789   0.1076   12.650       4.    0.993   -0.095\n   1135   48.520  306.119  19.6561   0.0787   12.520       4.    0.906   -0.130\n   1137  724.571  306.687  18.5146   0.0304   13.050       4.    0.755   -0.067\n   1139  249.820  307.611  19.2294   0.0844   12.530       4.    1.438   -0.205\n   1142  496.190  307.775  18.3016   0.0372   12.600       4.    1.145   -0.005\n   1145  963.392  307.875  19.9174   0.1010   12.630       4.    0.974   -0.189\n   1144  856.849  308.427  16.8653   0.0146   12.690       4.    0.807    0.045\n   1147  763.520  308.848  16.7189   0.0192   12.820       4.    1.163    0.038\n   1148  788.728  309.440  14.1295   0.0116   12.740       4.    1.090    0.046\n   1149  126.823  309.919  20.2710   0.1654   12.480       4.    1.218    0.305\n   1155  981.653  311.189  21.1666   0.3183   12.480       4.    1.086   -0.399\n   1163  563.027  314.121  19.4987   0.0694   12.660       4.    0.902   -0.097\n   1173  828.336  316.106  20.1066   0.1376   12.780       4.    1.172    0.228\n   1176  298.333  316.625  18.8904   0.0585   12.400       4.    1.255    0.042\n   1184 1104.041  317.387  20.4872   0.1787   12.730       4.    1.105   -0.070\n   1182  684.948  317.806  19.1426   0.0364   12.690       4.    0.548   -0.035\n   1181  524.672  318.079  20.2370   0.1594   12.590       4.    1.204    0.017\n   1185 1164.335  318.313  20.1911   0.1349   12.560       4.    1.056   -0.121\n   1189  862.326  319.339  19.9843   0.1194   12.670       4.    1.117   -0.319\n   1187  726.869  319.357  19.5783   0.0868   12.980       4.    1.105   -0.214\n   1186  586.033  320.120  19.1625   0.0685   12.490       4.    1.216   -0.221\n   1192  921.699  320.853  19.4277   0.0790   12.630       4.    1.151   -0.174\n   1195  669.024  321.749  19.5710   0.0948   12.690       4.    1.248   -0.341\n   1196  892.904  322.221  20.1008   0.1383   12.810       4.    1.182   -0.157\n   1208  799.345  324.566  17.7944   0.0275   12.730       4.    1.111    0.037\n   1203  408.375  324.606  20.1864   0.1170   12.490       4.    0.872    0.272\n   1207  576.909  324.733  17.5828   0.0335   12.600       4.    1.553   -0.099\n   1209 1192.399  324.880  18.5999   0.0376   12.650       4.    0.944   -0.018\n   1213  779.357  326.130  19.4877   0.0846   12.950       4.    1.159   -0.095\n   1212  503.487  326.231  20.5450   0.1877   12.530       4.    1.064    0.123\n   1214  382.677  326.573  18.5858   0.0380   12.550       4.    0.949   -0.034\n   1221  966.802  327.873  20.3305   0.1840   12.530       4.    1.337   -0.363\n   1216   24.680  327.894  19.0289   0.0573   12.770       4.    1.083   -0.161\n   1217   76.336  328.108  18.4317   0.0340   12.680       4.    0.930    0.048\n   1225  843.509  328.418  20.2380   0.1785   12.890       4.    1.408   -0.323\n   1230  696.317  329.831  18.8306   0.0468   12.700       4.    0.999   -0.017\n   1231  735.347  329.998  16.5804   0.0221   13.040       4.    1.487   -0.018\n   1229  672.055  330.638  20.7189   0.1919   12.670       4.    0.924   -0.345\n   1237  314.576  332.408  18.0079   0.0357   12.320       4.    1.327    0.001\n   1242 1192.517  332.757  19.0752   0.0645   12.630       4.    1.238   -0.120\n   1240  533.653  333.061  15.9137   0.0241   12.540       4.    1.995    0.022\n   1245  945.354  333.515  19.1601   0.0461   12.620       4.    0.741   -0.013\n   1243  400.910  333.580  16.9384   0.0176   12.460       4.    0.979   -0.034\n   1247 1074.766  333.623  16.8360   0.0155   12.650       4.    0.880    0.107\n   1250  856.462  334.592  18.6879   0.0287   12.740       4.    0.599   -0.028\n   1251  932.240  334.842  19.7993   0.0983   12.640       4.    1.054   -0.055\n   1253  765.577  335.424  20.0098   0.1068   12.920       4.    0.936   -0.096\n   1255  842.665  336.800  19.3237   0.0663   12.890       4.    1.017   -0.235\n   1270  508.176  341.036  19.6938   0.0914   12.700       4.    1.056   -0.246\n   1263 1146.001  338.531  19.2878   0.0485   12.680       4.    0.712   -0.003\n   1262  517.682  338.751  19.9167   0.0874   12.580       4.    0.791    0.011\n   1260  193.837  339.336  18.5239   0.0504   12.520       4.    1.412    0.008\n   1267  339.233  339.697  19.1920   0.0596   12.450       4.    0.978   -0.102\n   1274 1189.413  341.714  18.5525   0.0517   12.600       4.    1.443   -0.076\n   1272  395.140  342.063  18.7971   0.0524   12.350       4.    1.192   -0.008\n   1275 1244.482  342.272  18.8797   0.0523   12.600       4.    1.145   -0.042\n   1271  320.707  342.668  20.5948   0.1739   12.300       4.    0.933   -0.278\n   1276  770.254  343.718  19.2610   0.1147   12.940       4.    2.041    0.157\n   1279  205.425  344.561  16.6264   0.0196   12.380       4.    1.274    0.006\n   1282 1214.438  345.239  20.0441   0.1256   12.600       4.    1.144   -0.212\n   1286  694.603  346.045  15.6204   0.0194   12.800       4.    1.668    0.063\n   1288  921.215  346.096  19.8715   0.1134   12.510       4.    1.177   -0.229\n   1290  996.702  347.007  18.1611   0.0335   12.540       4.    1.125   -0.057\n   1292  560.334  347.912  20.4340   0.1330   12.590       4.    0.788    0.097\n   1293 1105.061  348.447  19.8567   0.1152   12.620       4.    1.225    0.132\n   1301 1189.416  350.126  17.3687   0.0218   12.530       4.    1.059   -0.052\n   1302  454.317  350.928  15.9511   0.0246   12.540       4.    2.012    0.013\n   1306  422.999  351.596  20.2295   0.1623   12.510       4.    1.252   -0.104\n   1304  235.802  351.718  19.6111   0.1102   12.500       4.    1.430   -0.192\n   1305  252.527  351.785  18.5702   0.0445   12.570       4.    1.156   -0.135\n   1311  811.869  352.496  16.4571   0.0134   12.870       4.    0.836   -0.008\n   1312  973.943  353.698  20.3651   0.1329   12.540       4.    0.865   -0.208\n   1317  131.304  354.354  18.2875   0.0410   12.440       4.    1.254   -0.001\n   1320 1136.490  354.590  20.9530   0.2465   12.630       4.    1.006   -0.326\n   1318  873.289  355.377  16.7873   0.0174   12.520       4.    1.033   -0.008\n   1324  181.133  357.992  19.0027   0.0626   12.430       4.    1.241   -0.049\n   1327 1031.383  358.098  17.5822   0.0298   12.610       4.    1.384   -0.019\n   1334 1168.726  359.659  16.6241   0.0176   12.580       4.    1.122    0.035\n   1339  750.843  360.975  18.8291   0.0457   12.760       4.    0.992   -0.145\n   1336  161.091  361.592  19.4580   0.0816   12.590       4.    1.147   -0.051\n   1341  672.020  361.720  20.6879   0.1564   12.730       4.    0.734   -0.438\n   1347 1017.266  364.375  20.0978   0.1203   12.630       4.    1.013   -0.102\n   1350  653.202  364.549  20.4400   0.1263   12.580       4.    0.733   -0.246\n   1349  243.784  365.118  20.6297   0.1483   12.690       4.    0.724   -0.223\n   1352  456.216  366.444  20.4687   0.1869   12.490       4.    1.161   -0.156\n   1353  187.236  367.199  19.8225   0.0826   12.550       4.    0.815   -0.064\n   1354  227.424  367.345  19.1513   0.0727   12.600       4.    1.320   -0.066\n   1361  669.616  369.005  19.6794   0.0925   12.740       4.    1.093   -0.077\n   1363  829.909  369.147  19.8548   0.0842   12.690       4.    0.823   -0.276\n   1364  173.526  371.181  20.2257   0.1731   12.710       4.    1.349   -0.306\n   1368 1174.180  372.164  19.9208   0.1044   12.540       4.    1.028   -0.109\n   1367  597.432  372.193  19.9640   0.1060   12.660       4.    0.972   -0.035\n   1369  123.928  372.918  14.4628   0.0169   12.460       4.    1.714    0.062\n   1374  785.321  373.190  17.3523   0.0213   12.640       4.    1.040    0.010\n   1376  930.797  373.218  18.3217   0.0414   12.470       4.    1.291   -0.073\n   1378  582.637  373.504  18.1415   0.0341   12.710       4.    1.160   -0.010\n   1383  633.530  374.896  17.0396   0.0170   12.620       4.    0.900    0.021\n   1385 1114.252  375.680  19.1132   0.0568   12.650       4.    1.034    0.110\n   1386 1213.889  375.914  21.4642   0.3861   12.620       4.    1.015   -0.040\n   1384  620.525  376.175  20.2508   0.1029   12.700       4.    0.685    0.070\n   1392  869.213  378.105  19.5451   0.0594   12.670       4.    0.715    0.021\n   1390  514.554  378.162  20.8856   0.2337   12.570       4.    0.987   -0.601\n   1391  798.538  378.386  19.2638   0.0444   12.500       4.    0.635   -0.043\n   1393   98.190  378.516  18.6516   0.0372   12.530       4.    0.878   -0.023\n   1394  679.245  379.237  20.3051   0.1424   12.770       4.    0.994   -0.026\n   1401  492.710  379.841  20.1091   0.1198   12.630       4.    0.974   -0.272\n   1397  171.089  379.972  18.5083   0.0468   12.670       4.    1.294   -0.151\n   1400  377.293  380.075  19.1507   0.0705   12.630       4.    1.267   -0.077\n   1399  269.541  380.173  19.9230   0.1339   12.670       4.    1.342   -0.226\n   1403 1069.411  380.590  19.5298   0.0641   12.760       4.    0.800   -0.183\n   1405 1098.126  381.486  15.4920   0.0172   12.600       4.    1.486    0.005\n   1406  546.190  382.195  19.8504   0.0893   12.670       4.    0.883   -0.080\n   1407  694.025  382.273  20.4199   0.1556   12.730       4.    0.984   -0.389\n   1410  769.253  382.608  20.6773   0.1277   12.660       4.    0.562    0.246\n   1409  721.957  382.877  20.4467   0.2046   12.700       4.    1.335   -0.434\n   1411 1164.585  383.185  19.5805   0.0633   12.490       4.    0.762   -0.123\n   1416 1208.332  383.385  20.2042   0.1664   12.560       4.    1.370   -0.334\n   1413  384.132  383.858  20.0348   0.0967   12.610       4.    0.802   -0.182\n   1419  501.833  384.620  18.0010   0.0347   12.610       4.    1.296    0.009\n   1422 1214.451  385.781  19.5984   0.1100   12.490       4.    1.488    0.041\n   1423  636.343  385.924  20.8041   0.2621   12.740       4.    1.234   -0.362\n   1421  783.322  385.947  19.8973   0.0926   12.680       4.    0.884    0.114\n   1424  732.566  386.585  19.3729   0.0756   12.720       4.    1.148    0.021\n   1426  990.623  388.306  18.6759   0.0533   12.630       4.    1.346    0.068\n   1428 1086.270  388.350  20.4103   0.1075   12.580       4.    0.620   -0.058\n   1429  747.097  389.892  19.6710   0.0832   12.690       4.    0.965   -0.089\n   1431  299.249  390.798  15.6711   0.0169   12.660       4.    1.406    0.043\n   1436  417.350  392.589  20.6929   0.1648   12.520       4.    0.772   -0.458\n   1442 1022.897  393.066  19.9788   0.1125   12.710       4.    1.057   -0.350\n   1441  545.961  393.227  20.0397   0.1217   12.790       4.    1.063    0.191\n   1440  520.925  393.404  17.1859   0.0279   12.590       4.    1.543   -0.076\n   1443   40.033  394.728  15.4963   0.0147   12.510       4.    1.232    0.043\n   1446 1077.421  395.375  17.4768   0.0232   12.580       4.    1.087   -0.083\n   1452  753.169  395.716  20.3218   0.1685   12.710       4.    1.193    0.152\n   1456  637.215  398.456  16.3531   0.0196   12.800       4.    1.390   -0.053\n   1458  277.359  398.851  18.7429   0.0464   12.490       4.    1.072   -0.063\n   1461  867.787  400.646  19.9723   0.1047   12.530       4.    0.966    0.118\n   1460  121.530  400.743  18.4632   0.0364   12.480       4.    0.991    0.034\n   1463 1087.031  401.035  19.3065   0.0736   12.510       4.    1.193    0.038\n   1465  154.303  401.756  19.9959   0.1340   12.660       4.    1.250   -0.036\n   1471  521.111  403.949  19.3539   0.0786   12.580       4.    1.200   -0.142\n   1476 1195.681  404.011  18.2027   0.0345   12.490       4.    1.135   -0.030\n   1474 1157.489  404.610  20.3182   0.1579   12.530       4.    1.147   -0.034\n   1478 1132.710  405.860  14.6468   0.0159   12.480       4.    1.540    0.050\n   1488 1005.346  407.514  15.6228   0.0135   12.480       4.    1.072    0.047\n   1486  683.528  408.010  19.7429   0.1144   12.740       4.    1.339    0.068\n   1487  979.565  408.084  20.1469   0.0913   12.540       4.    0.669   -0.072\n   1490  454.553  409.522  19.6333   0.0848   12.620       4.    1.022   -0.130\n   1489  269.694  409.561  20.7064   0.2631   12.490       4.    1.369   -0.401\n   1514 1119.050  414.548  19.0698   0.0533   12.490       4.    0.977   -0.028\n   1511  214.323  414.778  19.1800   0.0682   12.670       4.    1.185   -0.038\n   1512  367.891  415.047  19.8050   0.0835   12.700       4.    0.847   -0.110\n   1513 1076.166  415.364  20.5764   0.2145   12.690       4.    1.269   -0.267\n   1515  615.847  415.822  20.7754   0.2195   12.870       4.    1.029   -0.052\n   1516  687.994  416.417  18.2945   0.0374   12.850       4.    1.166   -0.091\n   1520  757.855  416.661  18.3145   0.0345   12.770       4.    1.048   -0.040\n   1517  103.525  416.784  16.5320   0.0148   12.480       4.    0.933    0.014\n   1519  512.330  416.891  18.7506   0.0591   12.690       4.    1.409    0.004\n   1522  996.617  417.166  20.6915   0.1884   12.640       4.    0.948   -0.472\n   1525  252.371  417.974  14.8739   0.0170   12.470       4.    1.607    0.080\n   1526  866.913  418.004  19.5368   0.0750   12.560       4.    0.979    0.050\n   1523  176.066  418.359  18.9453   0.0558   12.450       4.    1.140   -0.020\n   1529  146.297  418.368  20.4971   0.1555   12.640       4.    0.896   -0.052\n   1524  188.928  418.470  15.1618   0.0178   12.550       4.    1.626    0.020\n   1531 1211.655  418.692  18.8579   0.0543   12.410       4.    1.224   -0.062\n   1536  949.590  419.510  16.7919   0.0164   12.450       4.    0.962    0.027\n   1535  876.243  419.833  20.3040   0.1480   12.530       4.    1.047    0.007\n   1533  603.848  419.878  18.9255   0.0621   12.840       4.    1.319   -0.138\n   1534  630.484  420.205  20.4643   0.1502   12.930       4.    0.891   -0.146\n   1537  303.535  420.754  18.3132   0.0340   12.610       4.    1.022   -0.032\n   1538  679.931  420.823  19.9424   0.1207   12.930       4.    1.166   -0.279\n   1542  927.631  423.780  20.7775   0.2292   12.490       4.    1.101   -0.314\n   1546  653.259  425.096  16.6745   0.0263   13.030       4.    1.767    0.029\n   1545  481.229  425.241  17.8105   0.0294   12.780       4.    1.185    0.014\n   1554  596.710  426.461  19.4744   0.0701   12.860       4.    0.942   -0.047\n   1553  406.931  427.025  17.0316   0.0223   12.630       4.    1.252   -0.067\n   1558    6.970  428.483  18.7319   0.0443   12.430       4.    1.028   -0.047\n   1562 1022.225  429.290  17.6583   0.0311   12.630       4.    1.406   -0.081\n   1559  321.776  429.341  20.0138   0.1189   12.650       4.    1.052   -0.269\n   1561  991.636  429.422  16.8621   0.0212   12.780       4.    1.275   -0.055\n   1568 1133.513  430.247  18.4992   0.0320   12.380       4.    0.831   -0.081\n   1570  920.836  430.530  18.2744   0.0367   12.530       4.    1.165   -0.092\n   1575  727.796  431.876  18.9682   0.0689   12.940       4.    1.445   -0.179\n   1573  505.795  432.164  19.3424   0.0579   12.760       4.    0.839   -0.082\n   1577  201.517  432.787  19.6865   0.1005   12.620       4.    1.195   -0.262\n   1578 1240.070  433.400  19.1053   0.0441   12.410       4.    0.759   -0.035\n   1583   53.313  434.679  19.3286   0.0578   12.470       4.    0.843   -0.109\n   1588  924.353  435.573  18.4866   0.0305   12.550       4.    0.782   -0.102\n   1594  635.967  436.445  20.7346   0.1808   13.150       4.    0.836   -0.295\n   1597  606.431  437.651  20.9042   0.2579   13.070       4.    1.094   -0.091\n   1601  849.920  438.416  19.5440   0.0815   12.600       4.    1.074   -0.163\n   1607  682.247  439.959  19.2255   0.0650   13.220       4.    1.081   -0.113\n   1604  177.419  439.962  16.9729   0.0202   12.570       4.    1.155   -0.035\n   1610  166.980  442.004  20.0618   0.1193   12.450       4.    1.017   -0.158\n   1616 1118.694  442.775  20.9009   0.2055   12.580       4.    0.853    0.010\n   1614 1010.293  442.873  16.8732   0.0223   12.760       4.    1.355   -0.040\n   1613  846.196  443.173  20.8543   0.1582   12.640       4.    0.620   -0.329\n   1619  888.661  443.853  17.7127   0.0276   12.490       4.    1.170    0.027\n   1617  202.605  444.043  20.1078   0.1252   12.720       4.    1.032    0.002\n   1626  763.760  446.010  16.7305   0.0221   12.630       4.    1.416    0.058\n   1627 1025.560  446.224  17.9540   0.0371   12.690       4.    1.445   -0.146\n   1630  371.147  448.664  18.4123   0.0284   12.640       4.    0.752   -0.028\n   1632  869.780  448.866  20.5421   0.1739   12.500       4.    1.004    0.024\n   1631  458.280  449.171  18.7492   0.0435   12.760       4.    0.974   -0.008\n   1638  954.520  450.059  18.4257   0.0396   12.560       4.    1.151   -0.074\n   1636  748.992  450.284  14.2663   0.0172   12.710       4.    1.760    0.054\n   1639  172.123  450.854  20.1790   0.1178   12.650       4.    0.888   -0.229\n   1640  190.209  451.411  17.7686   0.0318   12.650       4.    1.333   -0.070\n   1643  180.978  451.561  19.4947   0.0539   12.740       4.    0.639    0.034\n   1647  881.464  452.601  19.5186   0.0790   12.520       4.    1.064    0.017\n   1653 1170.623  453.074  16.6459   0.0202   12.430       4.    1.315    0.047\n   1650  633.898  453.367  15.7373   0.0183   13.460       4.    1.506    0.027\n   1652  974.791  453.396  20.6522   0.1567   12.590       4.    0.784   -0.233\n   1648  318.220  453.487  19.4698   0.1013   12.530       4.    1.468   -0.113\n   1654  727.196  453.962  16.4212   0.0250   13.140       4.    1.757    0.089\n   1660  442.432  454.519  13.8310   0.0134   12.890       4.    1.316    0.039\n   1661  799.018  455.318  17.8690   0.0272   12.660       4.    1.052   -0.010\n   1659  114.210  455.377  16.7742   0.0216   12.630       4.    1.355    0.006\n   1665  405.887  457.554  20.0231   0.1146   12.900       4.    1.002   -0.133\n   1668 1062.219  458.274  19.0804   0.0636   12.590       4.    1.223   -0.017\n   1670  221.206  458.689  19.7063   0.1333   12.750       4.    1.581   -0.174\n   1681 1165.540  462.177  17.9765   0.0426   12.460       4.    1.696   -0.027\n   1684  822.477  462.637  20.7195   0.2141   12.520       4.    1.079   -0.755\n   1683  673.870  463.069  15.7655   0.0192   13.090       4.    1.599    0.066\n   1682  343.060  463.375  16.9236   0.0189   12.610       4.    1.074   -0.012\n   1693  582.050  466.713  14.0641   0.0144   13.270       4.    1.452    0.057\n   1703  658.965  469.662  18.6638   0.0383   12.800       4.    0.903   -0.037\n   1707  537.743  471.143  19.2895   0.0765   12.960       4.    1.243   -0.075\n   1712  751.975  472.433  17.3402   0.0226   13.110       4.    1.108   -0.047\n   1717  326.673  473.571  20.2953   0.1736   12.650       4.    1.275   -0.001\n   1724 1162.640  473.901  20.1743   0.1618   12.440       4.    1.373   -0.280\n   1728 1103.331  474.606  18.5240   0.0441   12.470       4.    1.228    0.009\n   1726  480.980  474.710  19.5929   0.0798   12.810       4.    0.987   -0.099\n   1733 1027.911  476.244  19.1338   0.0570   12.550       4.    1.020    0.035\n   1736  139.339  476.310  20.4775   0.1411   12.650       4.    0.807    0.152\n   1741 1118.816  476.373  20.5315   0.1782   12.600       4.    1.057   -0.173\n   1732  976.149  476.423  17.6066   0.0251   12.580       4.    1.114    0.067\n   1742   13.298  477.500  19.7572   0.1271   12.570       4.    1.492   -0.269\n   1747 1186.089  478.923  20.1433   0.1723   12.450       4.    1.520    0.298\n   1744   65.186  479.229  20.3944   0.1962   12.460       4.    1.334   -0.287\n   1750 1001.629  480.876  19.8531   0.1006   12.540       4.    1.045    0.093\n   1751   58.658  481.603  19.8755   0.1218   12.470       4.    1.264    0.069\n   1753  223.266  481.624  13.1557   0.0140   12.510       4.    1.468    0.006\n   1758 1178.402  481.936  20.3112   0.1989   12.380       4.    1.533   -0.042\n   1760  805.167  482.478  20.8509   0.2331   12.650       4.    1.041    0.183\n   1764  665.954  483.550  16.8140   0.0138   13.420       4.    0.749    0.048\n   1765  790.567  483.829  18.8984   0.0691   12.830       4.    1.549    0.017\n   1771  482.482  485.558  20.8593   0.2095   12.840       4.    0.884    0.190\n   1772  890.481  486.261  19.2315   0.0792   12.700       4.    1.390    0.176\n   1777  155.494  489.474  20.3217   0.1820   12.520       4.    1.319   -0.273\n   1781 1044.700  489.576  19.4912   0.0820   12.520       4.    1.162   -0.232\n   1780 1017.063  490.224  20.2003   0.1079   12.500       4.    0.802   -0.039\n   1782 1182.585  490.348  20.2671   0.1419   12.540       4.    1.068   -0.008\n   1784  302.311  491.400  18.8404   0.0409   12.560       4.    0.850    0.066\n   1787  904.977  492.530  18.3917   0.0488   12.630       4.    1.511   -0.130\n   1790  122.226  492.793  20.4910   0.1645   12.390       4.    0.965   -0.160\n   1789  111.543  492.856  19.9735   0.1401   12.360       4.    1.365    0.057\n   1792  344.743  493.530  18.9266   0.0473   12.670       4.    0.946    0.014\n   1796  450.766  494.299  18.5375   0.0333   12.840       4.    0.841   -0.082\n   1800  477.473  494.876  19.3907   0.0813   12.930       4.    1.226    0.129\n   1801  597.154  495.325  14.1564   0.0174   13.350       4.    1.775    0.071\n   1805 1097.078  495.985  20.6764   0.2247   12.500       4.    1.220    0.225\n   1804  460.914  496.427  18.5574   0.0426   12.940       4.    1.118   -0.009\n   1806  171.474  496.451  18.4934   0.0437   12.590       4.    1.222   -0.003\n   1808  805.696  496.875  18.9089   0.0411   12.690       4.    0.811   -0.017\n   1811 1226.699  497.523  16.1553   0.0155   12.530       4.    1.129    0.008\n   1812  295.735  498.572  17.8516   0.0286   12.570       4.    1.117    0.052\n   1822  865.597  502.210  20.9450   0.2143   12.640       4.    0.845   -0.644\n   1828  475.424  504.814  19.3023   0.0669   12.810       4.    1.049    0.040\n   1834 1204.368  506.029  19.2264   0.0674   12.560       4.    1.164   -0.004\n   1837  136.036  506.531  18.5840   0.0497   12.430       4.    1.335   -0.001\n   1835   52.588  507.220  20.5560   0.2109   12.290       4.    1.241   -0.364\n   1840 1102.995  507.274  20.4108   0.2191   12.430       4.    1.549   -0.101\n   1842  858.860  507.781  18.4977   0.0304   12.610       4.    0.780   -0.056\n   1845  151.247  508.902  19.6117   0.0898   12.600       4.    1.119    0.215\n   1844  116.797  509.252  15.7405   0.0251   12.420       4.    2.162    0.112\n   1850  810.730  509.367  20.5079   0.1489   12.690       4.    0.851   -0.517\n   1854  790.602  510.807  18.0995   0.0312   12.760       4.    1.057   -0.036\n   1853  213.711  511.398  20.1087   0.1614   12.560       4.    1.410    0.079\n   1852  180.748  511.480  20.7525   0.2073   12.650       4.    0.980   -0.035\n   1859 1188.620  511.780  18.3426   0.0407   12.580       4.    1.267   -0.107\n   1860  464.367  512.964  16.2195   0.0194   12.880       4.    1.441    0.082\n   1866  417.022  513.915  20.4618   0.1593   12.760       4.    0.970    0.235\n   1862   41.602  513.918  15.9512   0.0175   12.290       4.    1.373    0.071\n   1865  349.421  514.468  18.8532   0.0380   12.530       4.    0.758    0.156\n   1863  200.056  514.573  20.7152   0.2299   12.480       4.    1.161    0.024\n   1869  976.222  515.028  17.2736   0.0243   12.580       4.    1.269    0.006\n   1870 1008.420  515.240  19.0313   0.0565   12.640       4.    1.106   -0.049\n   1867  577.623  515.611  20.0186   0.0901   13.470       4.    0.742   -0.006\n   1877  227.108  516.295  20.3683   0.1581   12.620       4.    1.054   -0.629\n   1872  166.252  516.344  19.3381   0.0746   12.590       4.    1.158    0.071\n   1875 1135.767  516.414  19.2423   0.0551   12.610       4.    0.891   -0.015\n   1881  280.369  517.603  19.4698   0.0665   12.570       4.    0.886   -0.094\n   1885  729.231  520.004  13.9441   0.0214   13.190       4.    2.313    0.089\n   1889  792.849  521.786  17.0671   0.0220   12.740       4.    1.235    0.083\n   1890  148.914  522.883  18.9180   0.0413   12.690       4.    0.804    0.134\n   1894 1141.328  523.045  19.2953   0.0542   12.560       4.    0.828   -0.023\n   1892  227.277  523.065  19.4792   0.0713   12.540       4.    0.959   -0.195\n   1896   99.478  524.387  19.7737   0.0927   12.370       4.    0.999    0.231\n   1908 1054.303  525.723  19.7125   0.0813   12.560       4.    0.929   -0.139\n   1906  494.372  526.117  19.3727   0.0714   13.020       4.    1.066   -0.269\n   1910  620.337  526.711  18.8783   0.0542   13.200       4.    1.171    0.100\n   1909   15.440  527.495  18.9480   0.0455   12.340       4.    0.885    0.088\n   1913 1127.227  529.011  18.5869   0.0392   12.490       4.    1.015   -0.055\n   1914  434.823  529.788  18.7520   0.0307   12.820       4.    0.627    0.023\n   1915  989.640  530.502  21.1132   0.2833   12.670       4.    1.006   -0.544\n   1922 1160.121  532.702  20.7712   0.1897   12.590       4.    0.898   -0.257\n   1926  953.551  532.932  19.7060   0.1047   12.590       4.    1.265   -0.372\n   1928  775.039  533.805  19.1191   0.0544   13.010       4.    0.965   -0.070\n   1932 1203.304  534.476  18.7943   0.0475   12.740       4.    1.095   -0.198\n   1934  367.877  534.933  18.3666   0.0319   12.540       4.    0.914    0.098\n   1933  247.183  535.224  19.6038   0.0635   12.490       4.    0.731    0.078\n   1938  487.966  535.504  18.8997   0.0591   13.020       4.    1.283   -0.119\n   1939  516.487  536.163  19.6943   0.0784   12.930       4.    0.878   -0.145\n   1941 1169.203  536.399  19.2663   0.0508   12.500       4.    0.785   -0.041\n   1944  914.855  537.213  20.6584   0.1534   12.610       4.    0.762    0.132\n   1943  611.162  537.229  18.0110   0.0257   13.380       4.    0.889   -0.024\n   1948  750.151  537.699  18.4387   0.0457   13.180       4.    1.349    0.089\n   1949 1154.064  538.321  20.3108   0.1421   12.540       4.    1.025    0.048\n   1945  127.659  538.378  20.3740   0.1925   12.490       4.    1.338   -0.226\n   1953 1036.451  538.600  17.4133   0.0196   12.520       4.    0.905   -0.057\n   1956  993.570  540.062  17.6524   0.0238   12.580       4.    1.004    0.056\n   1958  308.205  540.971  15.0207   0.0162   12.400       4.    1.523    0.026\n   1963 1126.250  543.436  18.9530   0.0525   12.430       4.    1.090   -0.003\n   1964  329.436  544.265  19.7208   0.1007   12.570       4.    1.164    0.137\n   1971  914.492  545.503  19.7520   0.1058   12.510       4.    1.235   -0.014\n   1976  116.075  547.189  19.4570   0.0882   12.470       4.    1.268   -0.061\n   1980  683.308  547.925  16.8100   0.0252   13.230       4.    1.609    0.192\n   1982  149.691  548.836  19.3025   0.0745   12.550       4.    1.190   -0.094\n   1989  456.151  550.698  18.8827   0.0431   12.720       4.    0.881   -0.057\n   1991 1014.813  550.900  16.9789   0.0226   12.560       4.    1.331   -0.007\n   1994  985.958  551.813  19.0674   0.0527   12.630       4.    0.981   -0.002\n   1995 1003.478  551.874  19.3019   0.0590   12.580       4.    0.908   -0.130\n   1993  337.711  551.875  20.0720   0.1305   12.560       4.    1.121   -0.038\n   1992  235.318  552.196  18.7488   0.0571   12.390       4.    1.380   -0.013\n   2000  857.345  552.972  18.9161   0.0722   12.640       4.    1.616   -0.220\n   2001  359.135  553.842  20.4295   0.1940   12.610       4.    1.274   -0.295\n   2005 1056.565  556.616  19.8086   0.0911   12.410       4.    0.979   -0.001\n   2009  520.167  556.619  19.2332   0.0651   12.950       4.    1.080   -0.040\n   2008  226.742  556.777  18.8979   0.0457   12.410       4.    0.932   -0.043\n   2010 1161.684  557.068  18.9393   0.0486   12.430       4.    1.002    0.007\n   2007  182.611  557.357  18.4236   0.0273   12.430       4.    0.705   -0.029\n   2012  594.874  557.488  19.9637   0.1157   13.690       4.    1.085   -0.355\n   2015 1117.331  557.526  19.4559   0.0929   12.410       4.    1.409    0.076\n   2023  762.439  560.463  18.4812   0.0449   13.030       4.    1.289   -0.173\n   2020  581.850  560.491  18.2736   0.0551   13.620       4.    1.865   -0.242\n   2026  161.262  560.563  16.6157   0.0169   12.420       4.    1.063   -0.006\n   2028  708.593  560.937  19.3160   0.0516   13.430       4.    0.741   -0.061\n   2025   95.979  561.172  20.1963   0.1022   12.430       4.    0.732   -0.147\n   2027  489.226  561.222  16.4362   0.0240   12.900       4.    1.727    0.087\n   2029  927.227  561.551  20.4055   0.1731   12.620       4.    1.169    0.042\n   2033  841.340  561.929  18.0563   0.0288   12.650       4.    1.004    0.013\n   2037  871.693  562.592  16.7513   0.0209   12.690       4.    1.325    0.109\n   2039 1183.701  564.060  19.1027   0.0523   12.390       4.    0.954   -0.100\n   2051 1215.298  568.013  20.9838   0.1929   12.520       4.    0.731   -0.256\n   2044  642.460  567.387  19.3551   0.0677   13.700       4.    1.012   -0.055\n   2048  285.139  568.043  20.0556   0.1505   12.490       4.    1.368   -0.360\n   2052  196.797  568.698  19.4166   0.0833   12.450       4.    1.236    0.077\n   2054  604.148  568.927  18.6520   0.0369   13.750       4.    0.874   -0.086\n   2053  375.798  569.124  16.7667   0.0303   12.640       4.    1.995    0.002\n   2055 1133.448  569.141  20.3767   0.1889   12.530       4.    1.352    0.011\n   2068 1134.960  573.634  19.6085   0.0952   12.490       4.    1.254   -0.276\n   2058 1116.918  569.558  20.0143   0.0673   12.460       4.    0.515    0.129\n   2057  799.955  570.403  19.2892   0.0586   12.880       4.    0.905   -0.062\n   2060 1177.264  570.568  20.5353   0.1858   12.440       4.    1.129   -0.663\n   2066  680.354  572.633  19.2772   0.0567   13.350       4.    0.871    0.105\n   2067  577.361  573.602  18.5198   0.0407   13.620       4.    1.093   -0.092\n   2075  808.338  575.599  19.8512   0.1019   12.870       4.    1.055    0.047\n   2083  987.189  576.607  18.1425   0.0326   12.550       4.    1.113   -0.034\n   2086  438.997  578.882  19.5720   0.0814   12.720       4.    1.036    0.041\n   2087  484.818  579.272  18.9996   0.0509   12.990       4.    0.981    0.062\n   2094  609.294  581.585  18.6168   0.0444   13.850       4.    1.130   -0.010\n   2095  643.997  581.840  20.0514   0.0998   13.780       4.    0.825    0.023\n   2093  211.224  581.910  19.1939   0.0580   12.490       4.    0.969   -0.040\n   2102  860.325  582.617  19.6021   0.0619   12.660       4.    0.718    0.090\n   2097    8.559  583.159  20.3937   0.2286   12.470       4.    1.597   -0.368\n   2108   97.303  585.135  19.2632   0.0622   12.410       4.    0.987    0.061\n   2110  667.081  585.161  16.1091   0.0204   13.570       4.    1.571    0.045\n   2112  350.302  587.270  19.6511   0.0971   12.480       4.    1.203   -0.161\n   2113  327.969  587.549  19.6747   0.0881   12.480       4.    1.044    0.315\n   2114  337.796  587.578  20.6592   0.2329   12.470       4.    1.264   -0.907\n   2116  789.730  587.758  19.6487   0.0599   12.810       4.    0.653   -0.106\n   2117  966.072  587.864  19.9719   0.1019   12.500       4.    0.952   -0.112\n   2115  750.728  588.495  20.2560   0.1462   13.000       4.    1.095   -0.251\n   2120  167.757  589.263  18.5413   0.0496   12.520       4.    1.370    0.022\n   2125 1110.430  590.243  19.3149   0.0549   12.430       4.    0.826   -0.021\n   2126  136.147  590.466  19.6150   0.1041   12.740       4.    1.345   -0.192\n   2129   38.841  592.605  20.5071   0.2647   12.390       4.    1.698   -0.223\n   2131  724.318  593.445  17.1473   0.0226   13.100       4.    1.227   -0.010\n   2135  391.710  594.321  20.1482   0.1441   12.560       4.    1.177   -0.287\n   2133  133.388  595.050  20.2974   0.1766   12.770       4.    1.289   -0.389\n   2134  218.661  595.361  19.9879   0.0893   12.300       4.    0.766   -0.163\n   2136  565.668  595.485  19.5758   0.1190   13.700       4.    1.614    0.143\n   2137   98.170  596.249  16.9227   0.0235   12.460       4.    1.419   -0.002\n   2141  265.641  597.024  19.2574   0.0590   12.360       4.    0.939    0.016\n   2151  896.065  598.403  20.6277   0.1803   12.650       4.    0.973    0.088\n   2152 1100.905  599.280  18.8745   0.0551   12.400       4.    1.235    0.022\n   2154  699.454  599.817  19.4373   0.0702   13.310       4.    0.990   -0.178\n   2156  795.018  599.898  18.5602   0.0445   12.750       4.    1.195   -0.117\n   2158 1199.875  600.006  19.5230   0.1003   12.640       4.    1.448   -0.282\n   2157 1139.673  600.040  19.7382   0.0704   12.440       4.    0.760    0.104\n   2164  542.236  602.135  16.1739   0.0228   13.660       4.    1.750    0.050\n   2163  515.547  602.681  20.2012   0.1263   13.360       4.    0.950    0.394\n   2172  836.756  603.455  19.8473   0.0883   12.720       4.    0.891    0.101\n   2173 1166.328  603.628  20.1583   0.0953   12.680       4.    0.721   -0.040\n   2174  117.228  604.572  20.5572   0.2341   12.660       4.    1.382   -0.383\n   2178 1085.274  604.947  17.2902   0.0173   12.460       4.    0.828   -0.027\n   2180  130.571  606.130  19.9681   0.1396   12.790       4.    1.361   -0.023\n   2181  327.712  606.157  20.5195   0.1775   12.470       4.    1.050    0.009\n   2183  144.573  606.961  19.8038   0.1113   12.560       4.    1.222   -0.153\n   2185  738.962  607.191  17.8071   0.0259   12.990       4.    1.035    0.016\n   2189 1129.842  607.804  20.6748   0.1491   12.430       4.    0.738   -0.263\n   2194 1115.572  608.299  19.6197   0.0930   12.420       4.    1.217   -0.038\n   2195  478.079  608.370  20.2897   0.1420   12.930       4.    1.013   -0.090\n   2203  283.619  611.575  18.4628   0.0376   12.330       4.    1.043   -0.001\n   2205  354.984  611.754  19.2831   0.0690   12.580       4.    1.111    0.026\n   2204  340.214  612.122  18.1316   0.0332   12.470       4.    1.123    0.039\n   2211  274.753  613.375  19.7149   0.1090   12.310       4.    1.297   -0.094\n   2213  875.067  613.589  19.6616   0.0651   12.660       4.    0.725   -0.164\n   2216 1025.959  614.736  20.4971   0.1180   12.460       4.    0.653   -0.149\n   2220 1205.266  615.875  17.0405   0.0225   12.640       4.    1.286   -0.004\n   2226  797.469  619.195  19.5533   0.0797   12.860       4.    1.050   -0.080\n   2229 1154.604  619.567  19.4923   0.1192   12.520       4.    1.529   -0.723\n   2240  341.083  622.388  19.3364   0.0917   12.470       4.    1.496    0.054\n   2241  358.510  622.875  20.2592   0.1167   12.540       4.    0.812    0.297\n   2238  262.316  622.881  20.3877   0.1391   12.280       4.    0.889   -0.027\n   2239  302.763  623.324  21.2341   0.3112   12.330       4.    0.974   -0.904\n   2245  899.412  623.973  20.1935   0.1078   12.480       4.    0.808   -0.258\n   2244   69.433  624.268  18.6088   0.0547   12.500       4.    1.469   -0.019\n   2247  323.828  625.227  19.7276   0.0993   12.430       4.    1.132   -0.274\n   2254  705.295  627.751  15.5578   0.0158   13.300       4.    1.327    0.052\n   2253  227.599  627.912  19.8986   0.1003   12.460       4.    0.978   -0.052\n   2256 1099.274  629.505  20.3456   0.2040   12.410       4.    1.539   -0.480\n   2263  790.816  632.314  19.2587   0.0710   12.810       4.    1.195   -0.147\n   2265  370.300  632.689  19.2593   0.0620   12.710       4.    0.999    0.011\n   2267  354.536  634.366  20.0828   0.1056   12.460       4.    0.867   -0.117\n   2272  497.334  635.895  20.6715   0.1874   13.280       4.    0.948   -0.144\n   2276  407.646  636.693  19.4343   0.0945   12.860       4.    1.422   -0.061\n   2277 1165.519  636.911  12.7266   0.0145   12.560       4.    1.529    0.016\n   2279   98.025  638.101  18.6403   0.0483   12.680       4.    1.229   -0.114\n   2287  989.428  639.119  19.5592   0.0763   12.530       4.    1.000   -0.123\n   2286  749.387  639.496  18.4203   0.0378   12.970       4.    1.069    0.002\n   2288  274.809  639.631  20.0507   0.1001   12.260       4.    0.838    0.002\n   2291  449.911  641.401  20.3979   0.1992   13.010       4.    1.372   -0.207\n   2300  871.827  643.284  16.9281   0.0253   12.620       4.    1.543    0.046\n   2304  249.500  643.789  18.9584   0.0542   12.450       4.    1.107    0.092\n   2305  304.970  644.057  17.0867   0.0315   12.430       4.    1.839   -0.014\n   2306  347.087  644.228  17.0696   0.0227   12.470       4.    1.264   -0.111\n   2309  637.170  644.325  13.6992   0.0153   13.700       4.    1.590    0.060\n   2308  480.167  644.364  19.9496   0.1235   13.160       4.    1.200   -0.166\n   2314 1101.594  645.116  18.2875   0.0440   12.510       4.    1.451   -0.049\n   2310  115.879  645.179  19.9681   0.0961   12.610       4.    0.864   -0.198\n   2316  427.523  646.174  16.0142   0.0263   12.910       4.    2.145    0.015\n   2317 1040.893  646.198  18.4227   0.0445   12.460       4.    1.315   -0.064\n   2323  962.526  648.607  19.1543   0.0478   12.460       4.    0.789   -0.142\n   2332  980.198  651.728  19.3599   0.0702   12.430       4.    1.091   -0.155\n   2328  383.309  651.993  20.1452   0.0798   12.640       4.    0.551   -0.138\n   2330  477.203  652.204  20.5038   0.1897   13.200       4.    1.152   -0.763\n   2334   91.307  652.439  19.2626   0.0386   12.570       4.    0.520    0.035\n   2333   15.743  652.599  18.9165   0.0417   12.640       4.    0.816    0.005\n   2335  348.799  653.266  17.8424   0.0361   12.480       4.    1.484   -0.110\n   2344  815.866  654.666  21.1574   0.3156   12.760       4.    1.100   -0.444\n   2341  180.047  655.099  19.6677   0.0864   12.480       4.    1.022   -0.116\n   2343  775.775  655.115  20.3873   0.1635   13.030       4.    1.100   -0.146\n   2358  723.047  657.858  19.5875   0.1013   13.060       4.    1.340   -0.208\n   2356  526.253  657.922  19.5597   0.1028   13.660       4.    1.391   -0.248\n   2354  134.128  658.349  20.4424   0.1664   12.590       4.    1.048   -0.440\n   2361  304.019  660.211  20.7802   0.1867   12.460       4.    0.848    0.166\n   2362  481.793  660.741  20.0834   0.1207   13.220       4.    1.023    0.049\n   2366 1108.923  662.056  19.6296   0.0625   12.510       4.    0.733   -0.093\n   2369 1032.567  662.970  19.9006   0.0732   12.430       4.    0.667    0.081\n   2372  367.563  663.551  19.2446   0.0614   12.470       4.    1.005   -0.111\n   2370  157.851  663.785  19.2488   0.0797   12.680       4.    1.367    0.050\n   2371  203.804  664.457  19.8509   0.0980   12.530       4.    1.000    0.027\n   2383 1059.151  664.854  20.6832   0.1838   12.400       4.    0.961   -0.345\n   2389  490.232  668.007  19.7498   0.0742   13.320       4.    0.776   -0.002\n   2401  387.214  669.137  20.2958   0.1114   12.810       4.    0.738   -0.190\n   2398  690.333  669.478  20.2155   0.1361   13.590       4.    1.045   -0.157\n   2403 1019.117  670.306  20.7339   0.1949   12.590       4.    0.970    0.106\n   2408  899.251  671.068  13.3147   0.0191   12.700       4.    2.093    0.066\n   2410  373.414  672.365  17.3278   0.0176   12.640       4.    0.809   -0.004\n   2413 1003.767  672.477  18.5548   0.0401   12.620       4.    1.079    0.100\n   2417  857.543  673.994  18.5338   0.0394   12.880       4.    1.056   -0.116\n   2418 1122.321  674.041  20.5992   0.1549   12.640       4.    0.844   -0.259\n   2419   59.533  675.507  18.4260   0.0312   12.590       4.    0.841   -0.006\n   2424  751.283  675.870  20.4967   0.1355   12.920       4.    0.774    0.160\n   2427   23.490  676.541  17.5052   0.0222   12.540       4.    1.006   -0.056\n   2428  191.293  677.071  17.6143   0.0297   12.410       4.    1.342   -0.016\n   2430  761.420  677.081  20.8664   0.2429   12.980       4.    1.084   -0.369\n   2429  731.834  677.324  19.8722   0.1028   12.990       4.    1.051   -0.144\n   2434  985.127  677.882  18.7046   0.0386   12.610       4.    0.906   -0.035\n   2438 1123.285  679.225  19.8145   0.1141   12.740       4.    1.289   -0.067\n   2443   93.101  680.494  18.1828   0.0348   12.660       4.    1.153    0.069\n   2447  963.351  681.588  19.5774   0.1077   12.670       4.    1.499   -0.067\n   2446  832.773  682.139  20.8217   0.2380   12.930       4.    1.118    0.232\n   2445  759.820  682.200  20.4881   0.1517   13.050       4.    0.900   -0.156\n   2453 1049.849  682.730  19.9472   0.0899   12.530       4.    0.838    0.206\n   2456  633.828  683.900  15.8788   0.0213   15.660       4.    1.751    0.085\n   2458  335.754  685.526  20.6248   0.1981   12.460       4.    1.085   -0.009\n   2462   36.833  686.241  18.4203   0.0391   12.410       4.    1.118   -0.042\n   2468  858.158  686.487  19.4336   0.0576   12.900       4.    0.777    0.076\n   2464  211.095  686.481  19.9268   0.1165   12.510       4.    1.143    0.082\n   2471  543.022  687.354  16.1856   0.0195   13.460       4.    1.462    0.063\n   2473  136.312  688.405  17.4083   0.0186   12.650       4.    0.849   -0.017\n   2478  814.093  688.788  18.6479   0.0379   12.810       4.    0.927    0.011\n   2477  444.056  689.171  13.3152   0.0183   12.970       4.    2.024    0.043\n   2481 1166.995  689.721  18.9911   0.0522   12.700       4.    1.047   -0.218\n   2486  522.105  690.483  17.1994   0.0220   13.560       4.    1.149   -0.026\n   2489 1129.580  690.888  19.0680   0.0588   12.710       4.    1.144   -0.119\n   2504   49.835  695.446  20.3575   0.1097   12.450       4.    0.670   -0.160\n   2488  796.390  691.116  18.2662   0.0379   12.960       4.    1.211    0.031\n   2484  255.352  691.403  18.8404   0.0463   12.470       4.    1.003    0.016\n   2493  839.499  691.433  20.1788   0.0942   12.900       4.    0.680    0.203\n   2490  510.812  691.769  20.7838   0.2832   13.480       4.    1.393   -0.639\n   2494 1197.314  692.057  15.9299   0.0179   12.620       4.    1.419    0.033\n   2497  755.070  694.333  20.3457   0.1546   13.010       4.    1.080   -0.392\n   2503 1034.165  695.293  19.1338   0.0720   12.710       4.    1.377   -0.124\n   2501  850.240  695.445  19.0356   0.0560   12.870       4.    1.093   -0.162\n   2505 1182.190  696.490  19.9646   0.0977   12.470       4.    0.919    0.191\n   2512  415.902  699.445  19.1612   0.0533   13.150       4.    0.902    0.057\n   2515  533.564  699.588  19.8269   0.1125   13.500       4.    1.214    0.014\n   2516  797.525  699.831  18.0902   0.0408   13.000       4.    1.501    0.040\n   2524 1043.512  701.481  18.6157   0.0370   12.660       4.    0.927   -0.075\n   2522  304.700  701.781  19.5946   0.0857   12.310       4.    1.095   -0.195\n   2528  183.002  704.001  19.3750   0.0674   12.600       4.    0.999   -0.160\n   2535 1004.337  706.444  18.3251   0.0283   12.770       4.    0.818   -0.062\n   2547  162.377  709.262  20.0801   0.1241   12.740       4.    1.069   -0.028\n   2542  255.035  709.306  19.4401   0.0838   12.450       4.    1.231   -0.022\n   2546  143.804  709.598  19.4326   0.0985   12.630       4.    1.478    0.042\n   2548  193.653  709.668  19.7611   0.0953   12.530       4.    1.060   -0.384\n   2562  193.565  714.316  19.8375   0.1250   12.610       4.    1.362   -0.185\n   2551 1192.231  709.876  20.7953   0.2155   12.520       4.    1.050   -0.169\n   2550 1170.433  710.060  14.5557   0.0209   12.570       4.    2.100    0.044\n   2557  404.625  712.835  20.2218   0.1465   12.930       4.    1.131   -0.110\n   2561  122.560  714.213  17.3844   0.0197   12.480       4.    0.918   -0.013\n   2564  216.220  715.163  19.9406   0.1155   12.540       4.    1.125   -0.089\n   2569 1064.184  716.552  19.9372   0.1249   12.620       4.    1.270   -0.298\n   2570   39.234  717.003  20.1934   0.1130   12.780       4.    0.841   -0.013\n   2572  504.141  717.248  19.3339   0.0572   13.210       4.    0.842   -0.052\n   2580  550.182  719.156  17.7414   0.0232   13.300       4.    0.927   -0.019\n   2583  703.321  719.786  19.5640   0.0953   13.170       4.    1.283   -0.219\n   2585  916.216  720.044  19.4710   0.0809   12.670       4.    1.171   -0.032\n   2587  731.188  720.639  16.5562   0.0227   13.080       4.    1.557    0.083\n   2590  823.792  723.367  18.9356   0.0561   13.040       4.    1.191   -0.110\n   2592  834.638  723.978  20.0145   0.1185   12.890       4.    1.099   -0.105\n   2594 1176.018  724.039  18.9515   0.0486   12.580       4.    1.003   -0.115\n   2595  376.989  724.865  19.1809   0.0733   12.660       4.    1.318   -0.084\n   2599  239.369  725.771  18.7333   0.0427   12.570       4.    0.995   -0.072\n   2600 1127.172  726.213  18.5704   0.0453   12.660       4.    1.239   -0.172\n   2604  810.677  726.809  18.7836   0.0614   12.960       4.    1.473   -0.013\n   2605 1071.628  727.012  18.6643   0.0412   12.620       4.    1.015   -0.141\n   2602   76.313  727.218  19.1742   0.0618   12.700       4.    1.078   -0.057\n   2606 1080.945  727.479  20.9815   0.2528   12.620       4.    1.037   -0.348\n   2608  221.637  727.940  18.7546   0.0528   12.600       4.    1.267    0.004\n   2614  543.836  729.777  20.0918   0.1202   13.410       4.    1.013   -0.031\n   2617 1136.050  729.775  18.5810   0.0417   12.680       4.    1.102   -0.160\n   2621  565.711  730.831  16.6676   0.0188   13.180       4.    1.194    0.092\n   2619  412.593  730.898  13.9058   0.0191   12.820       4.    2.015    0.057\n   2633  362.465  733.254  19.6771   0.0923   12.400       4.    1.109   -0.086\n   2630  949.864  733.269  21.2506   0.2855   12.710       4.    0.890   -0.242\n   2644 1146.473  735.998  20.8451   0.1653   12.650       4.    0.701   -0.100\n   2647  736.333  736.393  20.8432   0.2221   13.050       4.    0.981    0.165\n   2650 1069.976  737.759  15.6604   0.0148   12.560       4.    1.199    0.065\n   2651  945.392  738.548  21.2123   0.2460   12.720       4.    0.762    0.267\n   2654  426.402  740.038  16.7371   0.0233   12.860       4.    1.492   -0.022\n   2656 1228.977  740.432  18.6025   0.0468   12.390       4.    1.280    0.156\n   2660  258.523  740.443  20.1665   0.1418   12.520       4.    1.163   -0.115\n   2659  135.288  741.130  15.3819   0.0145   12.530       4.    1.246    0.050\n   2665  663.045  741.872  20.3838   0.2046   13.180       4.    1.444   -0.122\n   2671  230.036  743.614  19.5684   0.0621   12.670       4.    0.743   -0.068\n   2668   11.638  744.190  19.7360   0.0613   12.800       4.    0.606   -0.108\n   2669  105.724  744.395  18.3856   0.0358   12.860       4.    1.026   -0.143\n   2674  373.662  744.798  19.0672   0.0755   12.640       4.    1.509   -0.074\n   2673  272.555  744.929  17.2499   0.0243   12.540       4.    1.285    0.080\n   2676  884.891  745.203  20.1366   0.1287   12.660       4.    1.069   -0.314\n   2684 1119.755  746.041  20.9059   0.1685   12.610       4.    0.673    0.026\n   2682 1006.640  746.108  19.6345   0.0670   12.790       4.    0.791   -0.047\n   2683 1079.793  746.239  20.1453   0.1430   12.640       4.    1.232   -0.152\n   2686  954.633  747.697  20.3073   0.1803   12.630       4.    1.368    0.683\n   2693  356.453  750.248  20.1882   0.1506   12.500       4.    1.221   -0.368\n   2696  669.308  751.376  19.1377   0.0622   13.240       4.    1.131    0.052\n   2701  902.367  751.678  19.8660   0.0672   12.780       4.    0.617   -0.045\n   2703 1219.212  751.795  17.5372   0.0262   12.440       4.    1.239    0.032\n   2709  381.845  753.652  18.7496   0.0528   12.750       4.    1.274    0.170\n   2717 1087.062  754.842  19.2470   0.0749   12.780       4.    1.311   -0.329\n   2714  943.409  754.899  18.5981   0.0455   12.630       4.    1.210    0.066\n   2713  756.037  755.021  14.9558   0.0200   13.000       4.    1.959    0.090\n   2715 1001.720  755.289  19.4636   0.0693   12.780       4.    0.978   -0.109\n   2720  848.602  755.972  18.7110   0.0341   12.740       4.    0.768    0.095\n   2723  188.356  756.907  20.8795   0.2402   12.560       4.    1.044   -0.642\n   2724  411.059  757.400  18.8612   0.0567   12.800       4.    1.266   -0.046\n   2733  263.583  759.710  17.1493   0.0244   12.440       4.    1.351   -0.150\n   2734  446.131  759.746  18.0812   0.0387   13.010       4.    1.413   -0.109\n   2732   12.882  760.390  17.2752   0.0198   12.920       4.    0.986   -0.027\n   2735 1186.970  760.841  19.2831   0.0577   12.570       4.    0.936    0.106\n   2745 1003.012  765.051  19.9340   0.0971   12.750       4.    0.946    0.076\n   2747 1166.580  765.167  18.6845   0.0555   12.810       4.    1.427   -0.123\n   2755  955.925  765.637  20.3696   0.1184   12.700       4.    0.762   -0.353\n   2752  383.481  766.366  18.9111   0.0488   12.720       4.    1.018    0.017\n   2757  731.189  767.109  15.5056   0.0228   13.050       4.    2.059    0.097\n   2758  904.243  767.181  20.6035   0.1950   12.700       4.    1.118   -0.679\n   2760  441.081  768.025  20.9055   0.2568   13.020       4.    1.107   -0.340\n   2761 1100.575  768.130  19.7655   0.0876   12.880       4.    0.989   -0.199\n   2762  476.167  768.514  19.5985   0.0880   12.770       4.    1.136   -0.049\n   2764 1067.616  769.160  15.9486   0.0236   12.640       4.    1.930    0.050\n   2768  633.335  769.931  20.3568   0.1435   12.960       4.    0.974   -0.408\n   2774  416.832  770.550  18.7384   0.0555   12.780       4.    1.366   -0.029\n   2775  831.437  770.791  18.9023   0.0636   12.840       4.    1.422   -0.119\n   2770   38.068  771.177  16.1671   0.0173   12.860       4.    1.287    0.081\n   2778   49.992  772.779  19.6788   0.0917   12.820       4.    1.091    0.088\n   2780  950.408  774.092  20.0387   0.0865   12.760       4.    0.724   -0.261\n   2779  762.832  774.285  19.9174   0.0975   12.970       4.    0.951   -0.091\n   2784 1079.102  774.435  20.4494   0.1541   12.720       4.    0.991   -0.375\n   2783  959.852  775.115  18.7585   0.0440   12.730       4.    1.031   -0.082\n   2785  114.789  775.740  17.4421   0.0180   12.810       4.    0.799   -0.026\n   2788  901.452  776.184  18.5711   0.0395   12.500       4.    1.046   -0.092\n   2787  316.796  776.266  19.0417   0.0623   12.370       4.    1.231   -0.070\n   2790  407.168  776.738  20.4476   0.1617   12.750       4.    1.021    0.117\n   2793 1172.861  778.207  19.9384   0.1150   12.540       4.    1.178    0.045\n   2794  247.265  778.892  19.4248   0.1043   12.590       4.    1.587   -0.050\n   2795  603.004  779.154  19.6166   0.0629   13.050       4.    0.732   -0.069\n   2801  751.907  779.422  19.9836   0.0896   12.950       4.    0.785   -0.273\n   2797  790.833  779.447  20.8861   0.2658   12.890       4.    1.204   -0.699\n   2800  739.267  779.704  19.5401   0.0820   12.970       4.    1.100   -0.286\n   2803  657.327  781.502  19.4090   0.0811   13.220       4.    1.236   -0.268\n   2805  575.834  782.110  20.2541   0.1354   13.090       4.    1.006   -0.245\n   2808  558.127  782.942  18.8003   0.0440   12.910       4.    0.977   -0.160\n   2809 1160.040  783.164  19.2141   0.0911   12.780       4.    1.695    0.071\n   2806  265.034  783.211  18.7676   0.0502   12.580       4.    1.152   -0.054\n   2810  178.238  783.947  20.4922   0.1684   12.610       4.    1.017   -0.459\n   2814  392.990  784.766  17.2576   0.0212   12.650       4.    1.082   -0.014\n   2820  995.890  786.282  17.6691   0.0359   12.840       4.    1.660   -0.065\n   2818  184.299  786.487  19.9391   0.1095   12.600       4.    1.059    0.286\n   2822 1064.951  786.697  19.9766   0.1147   12.700       4.    1.124   -0.189\n   2830  693.031  787.629  19.7370   0.1012   13.000       4.    1.181   -0.084\n   2832 1213.500  788.302  21.0289   0.2555   12.470       4.    1.017   -0.577\n   2836 1083.954  789.540  20.6098   0.2263   12.750       4.    1.353   -0.456\n   2841  420.933  790.995  19.8931   0.1243   12.740       4.    1.294    0.014\n   2843  654.493  791.971  20.8098   0.1964   13.060       4.    0.888   -0.224\n   2845  163.207  792.645  18.0123   0.0271   12.650       4.    0.957    0.082\n   2849  926.647  793.795  19.6778   0.0904   12.510       4.    1.112    0.157\n   2848  647.026  794.005  20.7181   0.2303   13.050       4.    1.196   -0.020\n   2847  488.694  794.181  20.3353   0.1982   12.820       4.    1.471   -0.435\n   2853  469.589  795.452  19.5847   0.0808   12.890       4.    1.036   -0.048\n   2859 1099.270  795.551  19.8157   0.0791   12.850       4.    0.826    0.047\n   2858  860.709  796.044  20.4171   0.1677   12.670       4.    1.129   -0.230\n   2860  189.389  796.595  19.0229   0.0587   12.600       4.    1.163    0.003\n   2861  399.578  797.398  19.0050   0.0897   12.690       4.    1.943    0.305\n   2862  332.113  797.700  19.7893   0.1047   12.400       4.    1.170   -0.334\n   2864 1054.584  797.907  18.5058   0.0300   12.610       4.    0.775   -0.009\n   2869  897.197  799.104  16.7985   0.0264   12.630       4.    1.708    0.059\n   2871 1231.457  799.363  18.7810   0.0456   12.460       4.    1.069    0.010\n   2873  537.804  800.235  17.9694   0.0297   12.770       4.    1.102    0.033\n   2879  984.249  800.641  19.4345   0.0779   12.610       4.    1.171    0.088\n   2878  232.157  800.665  18.8914   0.0492   12.700       4.    1.027   -0.048\n   2885  493.877  801.453  19.9978   0.1279   12.820       4.    1.215    0.149\n   2881  175.579  801.618  19.0061   0.0432   12.590       4.    0.797    0.004\n   2880  120.806  801.759  18.8460   0.0496   12.680       4.    1.092    0.135\n   2884  389.971  802.000  18.4133   0.0407   12.560       4.    1.203   -0.019\n   2886  946.217  802.487  20.8797   0.1744   12.550       4.    0.721   -0.046\n   2889  916.869  802.708  17.3504   0.0218   12.560       4.    1.054   -0.061\n   2888  764.363  802.803  20.6910   0.2160   13.020       4.    1.149   -0.017\n   2890 1024.916  803.011  19.6102   0.0759   12.640       4.    0.934   -0.146\n   2894  255.070  804.098  13.4830   0.0152   12.540       4.    1.632    0.026\n   2892  168.252  804.456  18.6603   0.0420   12.490       4.    1.029   -0.015\n   2897  371.617  804.985  19.8985   0.1101   12.480       4.    1.119   -0.125\n   2900  771.047  806.163  20.7123   0.2164   12.970       4.    1.127   -0.525\n   2905  644.143  807.697  18.3416   0.0323   12.830       4.    0.958   -0.006\n   2906  821.952  808.010  19.4645   0.0651   12.830       4.    0.902   -0.146\n   2907  899.293  808.554  18.3396   0.0292   12.510       4.    0.838    0.013\n   2913 1027.123  809.839  20.0896   0.1258   12.610       4.    1.112   -0.159\n   2914 1049.589  809.883  19.8087   0.0936   12.580       4.    1.030   -0.022\n   2912  964.778  810.337  16.2704   0.0208   12.630       4.    1.537    0.000\n   2916  837.072  811.170  18.7696   0.0454   12.760       4.    1.062   -0.056\n   2919  179.808  811.807  18.7973   0.0393   12.360       4.    0.854   -0.091\n   2922 1221.698  812.104  20.4566   0.1257   12.440       4.    0.776   -0.025\n   2920  320.918  812.424  18.9323   0.0467   12.580       4.    0.946    0.157\n   2928 1038.759  812.656  19.0551   0.0504   12.620       4.    0.963   -0.110\n   2934 1162.636  813.797  17.3796   0.0222   12.700       4.    1.081   -0.052\n   2935  351.589  814.678  20.3007   0.1830   12.530       4.    1.388    0.303\n   2936  372.081  815.630  18.7697   0.0458   12.580       4.    1.064   -0.113\n   2937  745.229  816.292  18.2599   0.0339   12.870       4.    1.068    0.003\n   2939  242.648  816.877  20.0770   0.0984   12.640       4.    0.797    0.073\n   2941  410.847  817.052  19.5217   0.0899   12.740       4.    1.249   -0.372\n   2945 1067.251  818.401  19.6219   0.0744   12.550       4.    0.930   -0.046\n   2946  612.055  818.778  19.5316   0.0843   12.830       4.    1.156   -0.205\n   2948  304.335  819.660  19.4170   0.0802   12.570       4.    1.203   -0.237\n   2951 1092.485  820.844  19.4419   0.0752   12.760       4.    1.121    0.040\n   2950  976.120  821.028  18.8728   0.0641   12.490       4.    1.475   -0.123\n   2957  599.393  823.554  21.2267   0.2329   12.740       4.    0.687   -0.251\n   2960  685.767  824.652  16.0023   0.0162   12.830       4.    1.232    0.036\n   2961  875.284  824.689  18.7839   0.0432   12.700       4.    0.990   -0.109\n   2962 1137.425  825.226  18.6957   0.0440   12.550       4.    1.092   -0.109\n   2966 1229.459  825.617  17.6386   0.0275   12.470       4.    1.243   -0.069\n   2964  854.620  826.327  19.4249   0.0958   12.790       4.    1.503    0.077\n   2965  989.960  826.434  19.0967   0.0630   12.510       4.    1.219    0.118\n   2969  655.293  827.039  18.8772   0.0540   12.790       4.    1.195   -0.230\n   2971  910.607  828.866  19.3427   0.0555   12.610       4.    0.831    0.014\n   2973 1157.080  829.107  18.5420   0.0461   12.620       4.    1.299   -0.063\n   2977  928.670  829.722  18.7482   0.0476   12.680       4.    1.155   -0.195\n   2980  781.451  831.221  17.2870   0.0282   12.760       4.    1.516    0.088\n   2985  221.066  831.442  20.0205   0.1295   12.650       4.    1.207   -0.148\n   2979  641.736  831.483  17.5501   0.0268   12.860       4.    1.234   -0.034\n   2991  742.829  832.426  16.4792   0.0180   12.830       4.    1.211    0.031\n   2988  600.836  832.607  20.5700   0.1313   12.790       4.    0.689   -0.382\n   2987  293.448  832.776  20.3740   0.0990   12.590       4.    0.579   -0.257\n   2996 1009.307  832.910  18.7895   0.0303   12.500       4.    0.611    0.055\n   2994  606.141  833.194  20.6694   0.1653   12.800       4.    0.839   -0.416\n   3003  980.097  833.539  19.4287   0.0810   12.420       4.    1.232    0.146\n   2998    4.214  833.657  17.7209   0.0271   13.310       4.    1.148    0.031\n   3000  482.489  834.416  20.8840   0.2180   12.770       4.    0.937    0.164\n   3009  770.175  836.070  16.0482   0.0237   12.870       4.    1.907    0.016\n   3008  560.600  836.481  20.5182   0.1508   12.780       4.    0.879   -0.388\n   3011  310.018  838.140  15.3067   0.0178   12.480       4.    1.621    0.080\n   3015  380.153  838.202  19.9440   0.0929   12.660       4.    0.859   -0.224\n   3013 1013.496  838.252  19.5213   0.0882   12.580       4.    1.255   -0.189\n   3017  430.011  839.970  19.8693   0.1149   12.510       4.    1.211   -0.309\n   3019  657.627  840.907  20.5143   0.1870   12.730       4.    1.161    0.125\n   3035  527.264  845.791  18.4636   0.0454   12.760       4.    1.334   -0.179\n   3027  873.277  843.797  20.0202   0.0988   12.770       4.    0.885   -0.356\n   3033  202.004  845.738  20.6564   0.2046   12.500       4.    1.102   -0.140\n   3034  408.455  846.222  19.4516   0.0931   12.590       4.    1.403    0.049\n   3037 1234.847  846.370  19.6428   0.1490   12.370       4.    2.112    0.562\n   3032  162.791  846.393  20.0371   0.1218   12.470       4.    1.109    0.038\n   3039  578.244  847.480  19.0886   0.0466   12.720       4.    0.824    0.000\n   3052  895.164  849.625  20.2937   0.1294   12.810       4.    0.938    0.087\n   3044  613.094  848.448  21.0899   0.3447   12.900       4.    1.329   -0.963\n   3050  476.146  850.242  19.8157   0.0858   12.680       4.    0.898   -0.190\n   3049  437.823  850.264  19.9647   0.1106   12.640       4.    1.061    0.253\n   3054   52.395  851.276  19.6143   0.0802   12.720       4.    0.994    0.220\n   3055  239.622  851.438  15.0104   0.0179   12.610       4.    1.680    0.014\n   3062  965.252  853.020  18.5785   0.0435   12.440       4.    1.180    0.019\n   3061  688.681  853.050  17.9720   0.0275   12.880       4.    1.008   -0.102\n   3058   79.678  853.091  21.0663   0.2252   12.770       4.    0.785   -0.545\n   3060  541.336  853.418  19.8446   0.0808   12.790       4.    0.802   -0.100\n   3065  302.508  854.166  18.5971   0.0456   12.520       4.    1.199   -0.122\n   3068  502.266  854.599  17.5644   0.0277   12.550       4.    1.282   -0.014\n   3069  518.424  854.716  17.8549   0.0350   12.690       4.    1.451   -0.087\n   3071 1039.506  855.983  18.4271   0.0331   12.490       4.    0.938   -0.022\n   3076  210.437  858.099  18.0835   0.0306   12.470       4.    1.067   -0.030\n   3077  380.405  858.182  19.2332   0.0651   12.510       4.    1.101    0.014\n   3081  356.558  858.342  19.6645   0.1509   12.540       4.    2.031    0.244\n   3082  606.473  859.429  17.6538   0.0330   12.730       4.    1.508   -0.024\n   3085 1152.760  860.418  19.2749   0.0574   12.580       4.    0.936    0.115\n   3086  148.938  860.494  18.9540   0.0368   12.420       4.    0.675   -0.087\n   3087   28.412  861.559  18.5286   0.0353   12.890       4.    0.918    0.041\n   3089  296.667  862.142  19.4455   0.0651   12.530       4.    0.906   -0.055\n   3091  579.714  862.274  19.5632   0.0826   12.710       4.    1.095   -0.101\n   3099  902.660  863.900  19.4285   0.0848   12.800       4.    1.298   -0.066\n   3101  394.421  864.493  17.8151   0.0284   12.490       4.    1.158    0.037\n   3105 1138.150  864.684  20.5410   0.1359   12.580       4.    0.780   -0.179\n   3103  671.878  865.323  20.7833   0.2502   12.760       4.    1.256    0.109\n   3108  316.830  866.036  19.1959   0.0769   12.610       4.    1.388   -0.022\n   3110 1038.482  866.877  18.9954   0.0377   12.430       4.    0.693   -0.039\n   3114  869.748  868.506  20.0993   0.1323   12.810       4.    1.181   -0.192\n   3118  817.959  868.851  19.4105   0.0611   12.820       4.    0.879    0.006\n   3116  289.198  868.965  18.3601   0.0308   12.630       4.    0.889   -0.079\n   3122  801.589  869.486  19.5813   0.0874   12.840       4.    1.173   -0.050\n   3123 1217.111  870.265  20.3429   0.1600   12.490       4.    1.190   -0.162\n   3125  220.750  871.242  19.1062   0.0906   12.420       4.    1.808    0.197\n   3132  791.918  871.873  17.9862   0.0320   12.890       4.    1.211    0.081\n   3131  653.024  872.069  16.5811   0.0216   12.860       4.    1.454    0.081\n   3128   31.053  872.464  15.9404   0.0146   12.700       4.    1.108    0.042\n   3135  588.577  872.490  18.8847   0.0501   12.800       4.    1.090   -0.038\n   3136  834.810  872.809  19.3632   0.0630   12.730       4.    0.958    0.116\n   3139 1169.761  872.898  20.5173   0.1882   12.650       4.    1.205   -0.188\n   3137  963.119  873.696  20.6550   0.1797   12.400       4.    0.977   -0.327\n   3142  976.733  874.504  17.9761   0.0378   12.440       4.    1.498    0.053\n   3141  484.828  874.557  19.8374   0.1250   12.680       4.    1.383   -0.171\n   3148  552.597  874.981  20.4620   0.1302   12.910       4.    0.761    0.043\n   3154  857.669  876.807  16.6841   0.0153   12.760       4.    0.920    0.052\n   3161  736.397  877.841  20.9112   0.2386   12.830       4.    1.031   -0.353\n   3157  395.629  878.040  15.5444   0.0200   12.480       4.    1.751    0.057\n   3162  991.595  878.320  19.8155   0.0968   12.560       4.    1.045   -0.069\n   3158  922.522  878.397  19.2452   0.0780   12.510       4.    1.399    0.007\n   3159  514.185  879.706  19.6759   0.0802   12.770       4.    0.939   -0.263\n   3176 1103.301  881.537  17.3768   0.0292   12.500       4.    1.519   -0.097\n   3175 1062.551  881.750  19.3959   0.0776   12.320       4.    1.223   -0.016\n   3174  961.615  882.198  19.7244   0.0834   12.500       4.    0.975    0.146\n   3178  595.485  883.032  17.7122   0.0254   12.850       4.    1.075   -0.022\n   3181 1200.364  883.980  20.8523   0.1615   12.460       4.    0.696   -0.024\n   3187  714.272  885.461  19.7726   0.0887   12.740       4.    0.989   -0.012\n   3182  109.468  885.515  19.7318   0.0840   12.510       4.    0.944   -0.164\n   3186  556.208  885.930  18.0005   0.0364   12.870       4.    1.394    0.008\n   3184  236.721  886.019  18.3787   0.0358   12.420       4.    1.060   -0.004\n   3191 1182.246  886.614  19.5526   0.0640   12.440       4.    0.835   -0.155\n   3192  402.435  887.359  20.1359   0.1565   12.490       4.    1.334   -0.075\n   3193 1005.200  887.869  19.0170   0.0562   12.400       4.    1.144    0.022\n   3195  793.106  889.524  20.5128   0.1634   12.760       4.    0.996    0.191\n   3197 1223.744  889.778  20.2315   0.0894   12.380       4.    0.638    0.018\n   3200  888.066  890.280  20.7658   0.2165   12.760       4.    1.087   -0.657\n   3202  585.585  891.615  20.7424   0.2129   12.980       4.    1.055   -0.453\n   3203  938.281  892.206  19.6445   0.0694   12.610       4.    0.833   -0.122\n   3208  475.028  893.696  19.5435   0.0991   12.610       4.    1.392   -0.194\n   3212  998.101  894.641  18.8982   0.0444   12.380       4.    0.941   -0.067\n   3216  520.373  895.717  18.1805   0.0353   12.820       4.    1.197   -0.126\n   3215  136.737  895.757  19.2868   0.0749   12.520       4.    1.258    0.027\n   3217  979.347  895.940  20.4197   0.1446   12.570       4.    0.960    0.019\n   3219 1112.807  897.136  19.6184   0.0756   12.370       4.    0.966   -0.011\n   3223  850.251  898.302  19.6498   0.0584   12.790       4.    0.654    0.128\n   3226  709.593  898.430  19.9563   0.0932   12.790       4.    0.873   -0.053\n   3225  468.086  899.377  19.6207   0.0786   12.490       4.    0.981   -0.136\n   3235 1202.108  899.701  19.5273   0.0949   12.400       4.    1.401    0.139\n   3232 1027.471  900.198  18.2587   0.0467   12.400       4.    1.611    0.093\n   3231  733.789  900.453  19.1656   0.0661   12.670       4.    1.211   -0.001\n   3237  666.339  901.101  19.9327   0.0725   12.730       4.    0.638   -0.125\n   3239   54.337  902.051  20.1305   0.1316   12.450       4.    1.110    0.123\n   3241  912.301  902.479  14.0522   0.0160   12.640       4.    1.629    0.055\n   3243   22.953  902.485  19.5388   0.0569   12.500       4.    0.685   -0.138\n   3244  484.760  902.790  20.6205   0.1888   12.590       4.    1.051   -0.205\n   3250 1012.398  904.515  20.8853   0.3377   12.440       4.    1.665    0.292\n   3255 1106.012  905.508  16.8984   0.0283   12.380       4.    1.797    0.106\n   3252  290.771  905.721  19.8089   0.1065   12.620       4.    1.173   -0.324\n   3258  334.607  906.670  18.9937   0.0708   12.500       4.    1.512   -0.313\n   3259  996.718  906.860  17.9802   0.0359   12.460       4.    1.396   -0.009\n   3263  102.648  908.818  17.7074   0.0304   12.320       4.    1.334    0.124\n   3262   80.501  909.106  19.9512   0.0940   12.490       4.    0.868    0.094\n   3264  502.079  909.299  18.6978   0.0548   12.660       4.    1.405   -0.135\n   3269 1189.700  910.093  18.9283   0.0561   12.410       4.    1.235    0.111\n   3266  440.446  910.261  20.4098   0.1700   12.640       4.    1.150   -0.275\n   3275 1225.080  910.793  20.2961   0.1083   12.450       4.    0.773   -0.192\n   3271  614.796  911.400  18.9999   0.0571   12.920       4.    1.141   -0.053\n   3270  535.797  911.490  14.9455   0.0171   12.720       4.    1.626    0.001\n   3281  257.116  912.800  18.9335   0.0544   12.540       4.    1.150   -0.020\n   3285  791.938  913.057  21.0135   0.2678   12.700       4.    1.079   -0.099\n   3282  449.658  913.091  20.4123   0.1294   12.600       4.    0.813   -0.371\n   3290  635.405  914.469  16.5012   0.0237   12.900       4.    1.684   -0.062\n   3292  581.283  914.845  15.8274   0.0201   13.040       4.    1.646    0.012\n   3295 1173.884  915.056  17.8407   0.0267   12.400       4.    1.054   -0.024\n   3300  433.653  917.089  20.4487   0.1421   12.610       4.    0.881    0.410\n   3304  483.231  917.714  18.3961   0.0375   12.570       4.    1.113    0.150\n   3303  295.606  917.760  18.0604   0.0394   12.570       4.    1.467   -0.209\n   3306  681.816  918.541  20.6036   0.1776   12.790       4.    1.002   -0.041\n   3310  808.107  919.836  20.2526   0.1104   12.680       4.    0.805    0.128\n   3317  866.119  920.257  19.6779   0.0876   12.930       4.    1.080   -0.077\n   3308  464.348  920.406  19.7936   0.0893   12.540       4.    0.972   -0.231\n   3313  405.605  920.589  17.5281   0.0216   12.580       4.    0.963   -0.007\n   3318 1218.692  920.743  17.6486   0.0259   12.440       4.    1.145   -0.069\n   3316  799.485  920.845  20.6640   0.2139   12.640       4.    1.188   -0.518\n   3315  693.210  921.409  17.4592   0.0205   12.860       4.    0.944   -0.013\n   3320  207.014  921.568  20.2570   0.1373   12.440       4.    1.033    0.073\n   3321 1092.313  922.330  20.9322   0.2695   12.430       4.    1.201   -0.327\n   3328  637.428  926.485  20.5740   0.2059   12.780       4.    1.228   -0.378\n   3330  553.854  926.657  19.4949   0.0766   12.800       4.    1.076   -0.094\n   3332  835.673  926.840  17.5154   0.0216   12.600       4.    0.983    0.056\n   3334   91.824  927.527  18.4329   0.0270   12.450       4.    0.708   -0.020\n   3336  540.519  927.563  20.0686   0.1101   12.740       4.    0.959   -0.193\n   3337  979.283  928.240  17.9690   0.0326   12.370       4.    1.268    0.092\n   3341  199.281  929.129  20.7947   0.1655   12.430       4.    0.721   -0.160\n   3344  943.433  929.596  16.4158   0.0178   12.590       4.    1.227   -0.017\n   3345 1162.006  930.378  19.2121   0.0611   12.360       4.    1.080   -0.104\n   3356  874.058  932.030  20.4050   0.2179   12.740       4.    1.582    0.368\n   3350   78.987  932.092  19.6190   0.0892   12.520       4.    1.135    0.106\n   3354  578.724  932.170  20.6689   0.2094   12.950       4.    1.135   -0.080\n   3352  338.164  932.406  14.1578   0.0136   12.480       4.    1.328    0.025\n   3353  571.792  932.513  19.9452   0.1190   12.910       4.    1.189   -0.066\n   3363 1241.395  932.934  19.7839   0.0917   12.330       4.    1.063   -0.156\n   3359  509.529  932.998  19.3623   0.0642   12.650       4.    0.969   -0.145\n   3361  733.266  933.084  16.3945   0.0251   12.800       4.    1.837    0.045\n   3364  419.354  934.447  20.4951   0.1525   12.490       4.    0.923   -0.343\n   3365  543.517  935.197  18.4416   0.0471   12.840       4.    1.425   -0.199\n   3366 1028.342  935.676  20.9754   0.2841   12.560       4.    1.238   -0.413\n   3368   39.575  936.543  17.9708   0.0271   12.550       4.    0.990    0.019\n   3369  136.081  937.361  21.3729   0.2982   12.480       4.    0.809   -0.066\n   3373  847.109  938.203  20.8499   0.1440   12.650       4.    0.583   -0.354\n   3376  393.097  938.969  19.0293   0.0519   12.490       4.    1.005   -0.116\n   3379  924.185  939.937  18.3618   0.0345   12.660       4.    1.045   -0.046\n   3377  761.351  939.978  17.6453   0.0269   12.700       4.    1.189   -0.033\n   3382  597.850  940.861  20.8222   0.2275   12.750       4.    1.070   -0.253\n   3383  640.104  941.007  20.7763   0.2421   12.820       4.    1.218   -0.338\n   3391  812.602  942.706  19.6540   0.0916   12.580       4.    1.171   -0.248\n   3389  561.702  943.074  19.2229   0.0804   12.880       4.    1.448   -0.109\n   3392  256.230  943.643  17.8644   0.0279   12.450       4.    1.105    0.021\n   3393  499.647  943.863  19.7651   0.0911   12.590       4.    1.022   -0.078\n   3396 1187.505  944.221  20.4511   0.1469   12.420       4.    0.969   -0.041\n   3394  822.896  945.380  17.1321   0.0228   12.510       4.    1.267    0.047\n   3399  880.004  945.752  18.0488   0.0274   12.650       4.    0.964   -0.017\n   3398  728.675  946.385  20.4634   0.1389   12.840       4.    0.856   -0.025\n   3401 1172.487  946.392  18.6611   0.0392   12.420       4.    0.990   -0.164\n   3403  970.521  946.839  20.8821   0.2698   12.440       4.    1.277    0.128\n   3407  985.743  948.541  16.9133   0.0183   12.560       4.    1.064    0.023\n   3410 1197.079  948.673  21.3624   0.2650   12.460       4.    0.746    0.721\n   3415  543.671  949.637  20.0320   0.1356   12.940       4.    1.286   -0.565\n   3411  190.303  949.719  17.9866   0.0312   12.480       4.    1.175   -0.094\n   3412  264.534  950.131  18.9146   0.0450   12.420       4.    0.928    0.021\n   3417  401.187  951.255  16.2292   0.0186   12.540       4.    1.344   -0.013\n   3423 1130.773  952.209  19.2502   0.0612   12.460       4.    1.050   -0.112\n   3421  858.325  952.293  18.2776   0.0320   12.690       4.    1.010   -0.033\n   3425  249.015  952.656  18.5790   0.0346   12.430       4.    0.875   -0.091\n   3429  546.345  954.380  19.9069   0.1237   12.880       4.    1.295    0.019\n   3433  152.722  956.130  19.6247   0.0773   12.520       4.    0.949   -0.238\n   3437  738.559  957.326  20.3562   0.1590   12.680       4.    1.146    0.058\n   3443  987.308  959.164  18.8641   0.0628   12.570       4.    1.470   -0.131\n   3444 1174.002  959.388  20.9382   0.2344   12.410       4.    1.029    0.270\n   3450  715.832  959.422  19.9924   0.1249   12.860       4.    1.207   -0.315\n   3445   74.594  960.045  18.9222   0.0530   12.610       4.    1.126   -0.166\n   3459 1109.952  961.054  19.4021   0.0741   12.540       4.    1.162    0.025\n   3470 1134.256  963.874  19.4739   0.0699   12.520       4.    1.016   -0.144\n   3471  121.181  965.321  20.6131   0.1848   12.530       4.    1.031   -0.203\n   3473  194.641  966.391  20.4479   0.1691   12.400       4.    1.103   -0.242\n   3480  724.480  966.527  18.6449   0.0328   12.810       4.    0.779   -0.094\n   3478  551.786  966.758  20.5199   0.1705   12.730       4.    1.040   -0.357\n   3482 1025.776  967.337  19.3876   0.0505   12.520       4.    0.713   -0.027\n   3479  652.902  967.453  20.3998   0.1191   12.740       4.    0.750   -0.281\n   3492  890.374  970.397  20.5884   0.1362   12.680       4.    0.735   -0.329\n   3489  253.208  971.213  18.9614   0.0450   12.330       4.    0.895   -0.127\n   3490  495.905  971.372  20.4054   0.1580   12.480       4.    1.070    0.011\n   3495  976.373  971.757  19.3707   0.0508   12.540       4.    0.736    0.003\n   3493  100.789  971.792  19.8690   0.0836   12.350       4.    0.826   -0.032\n   3496  114.751  974.049  16.7124   0.0186   12.510       4.    1.169    0.085\n   3503  876.396  975.503  18.7804   0.0484   12.620       4.    1.162   -0.016\n   3505 1029.642  975.663  18.4238   0.0237   12.460       4.    0.612    0.015\n   3506 1231.276  975.833  20.6219   0.1945   12.480       4.    1.162    0.140\n   3509  436.159  976.734  19.0268   0.0532   12.570       4.    1.035   -0.031\n   3508  261.630  977.437  19.4892   0.0726   12.390       4.    1.010   -0.158\n   3510  453.728  977.726  15.7218   0.0198   12.470       4.    1.670    0.006\n   3511  706.375  978.034  20.8889   0.2424   12.760       4.    1.096    0.700\n   3512  855.347  979.250  19.9409   0.1223   12.700       4.    1.247   -0.364\n   3516  336.743  979.779  19.3942   0.0943   12.370       4.    1.515    0.086\n   3515  233.995  980.035  19.7964   0.0975   12.420       4.    1.080   -0.207\n   3517  301.148  980.885  18.3815   0.0329   12.410       4.    0.960    0.050\n   3518  580.229  980.946  19.5651   0.0909   12.600       4.    1.212   -0.413\n   3521  124.384  981.946  19.3184   0.0874   12.450       4.    1.462    0.154\n   3532  696.115  983.525  18.6936   0.0428   12.770       4.    1.062   -0.044\n   3533  790.861  983.678  20.4983   0.1650   12.490       4.    1.042   -0.014\n   3530  519.439  984.382  18.2444   0.0336   12.580       4.    1.091   -0.059\n   3534  272.160  985.044  20.7423   0.2289   12.470       4.    1.176   -0.074\n   3536  397.077  985.057  18.7899   0.0512   12.630       4.    1.208    0.086\n   3541  437.924  986.181  20.2665   0.1225   12.540       4.    0.896   -0.165\n   3540  368.993  986.220  19.8278   0.1093   12.520       4.    1.208    0.024\n   3549  814.708  988.033  20.1540   0.1370   12.520       4.    1.173   -0.238\n   3551  114.275  988.845  19.8615   0.0890   12.350       4.    0.899    0.073\n   3553 1077.278  989.038  20.6836   0.1521   12.650       4.    0.783   -0.111\n   3552  974.939  989.137  19.4739   0.0686   12.700       4.    0.976   -0.001\n   3555  538.365  989.541  21.2421   0.3326   12.630       4.    1.096   -0.649\n   3554 1103.155  989.627  20.6477   0.1680   12.500       4.    0.928   -0.209\n   3557  993.883  990.881  20.0600   0.1253   12.700       4.    1.174   -0.288\n   3556  194.976  991.393  15.0974   0.0145   12.420       4.    1.296    0.029\n   3560  866.676  991.789  20.2829   0.1464   12.640       4.    1.114   -0.062\n   3559  717.070  992.004  19.9714   0.1171   12.810       4.    1.157    0.204\n   3565   50.385  995.105  19.4297   0.0745   12.640       4.    1.095   -0.153\n   3572  755.584  996.750  19.3187   0.0699   12.590       4.    1.150   -0.048\n   3573 1052.448  996.916  19.6209   0.0745   12.540       4.    0.955    0.073\n   3575 1120.313  997.859  18.6976   0.0410   12.510       4.    0.997    0.028\n   3578  702.616  998.523  19.3079   0.0743   12.800       4.    1.244    0.066\n   3577  587.017  998.815  19.6861   0.0687   12.600       4.    0.788   -0.081\n   3579  785.884  999.297  20.2185   0.0921   12.610       4.    0.659   -0.074\n   3585 1197.148  999.607  20.5352   0.1412   12.460       4.    0.843   -0.256\n   3584  418.307  999.727  20.0457   0.1150   12.540       4.    1.045    0.126\n   3590 1034.313 1000.549  18.5684   0.0293   12.570       4.    0.730    0.013\n   3588  823.831 1001.188  20.5051   0.1828   12.550       4.    1.177   -0.312\n   3589  978.339 1001.407  19.3005   0.0699   12.540       4.    1.174   -0.252\n   3595 1097.895 1002.995  20.1844   0.1185   12.560       4.    0.974    0.066\n   3594  403.294 1003.027  20.2883   0.1479   12.400       4.    1.096    0.058\n   3596  398.955 1003.850  19.6467   0.0815   12.390       4.    1.007    0.045\n   3599   99.537 1004.877  15.2828   0.0162   12.390       4.    1.445    0.074\n   3604  799.603 1006.380  19.7067   0.1088   12.600       4.    1.374   -0.105\n   3606 1109.627 1006.489  17.4885   0.0303   12.480       4.    1.513    0.047\n   3611 1007.705 1006.613  18.8243   0.0630   12.510       4.    1.553   -0.000\n   3607 1148.093 1006.753  20.6141   0.2061   12.450       4.    1.248   -0.185\n   3609  353.562 1007.331  18.2097   0.0385   12.520       4.    1.296   -0.101\n   3608  289.256 1007.407  19.1558   0.0743   12.430       4.    1.403   -0.008\n   3612  382.528 1008.639  17.0115   0.0210   12.350       4.    1.207   -0.074\n   3616  668.125 1010.369  14.8172   0.0220   12.650       4.    2.184    0.034\n   3617  464.343 1011.443  16.3814   0.0252   12.510       4.    1.865   -0.041\n   3628 1176.139 1011.452  20.3516   0.1383   12.410       4.    1.003   -0.026\n   3627  829.439 1011.669  20.5944   0.1377   12.620       4.    0.744    0.154\n   3623  190.058 1011.661  20.0975   0.1128   12.470       4.    0.957    0.172\n   3624  217.202 1012.023  20.2379   0.1615   12.510       4.    1.293   -0.018\n   3634  785.701 1012.399  20.4274   0.1603   12.600       4.    1.084   -0.253\n   3637 1155.549 1012.797  20.8030   0.2069   12.580       4.    1.031   -0.159\n   3633  453.048 1012.943  18.8871   0.0500   12.470       4.    1.077    0.100\n   3631   92.161 1013.439  18.4567   0.0354   12.400       4.    0.989    0.051\n   3640    9.425 1015.062  19.1152   0.0498   12.750       4.    0.876   -0.047\n   3646 1028.146 1015.593  16.6289   0.0182   12.490       4.    1.177    0.053\n   3647  186.413 1016.646  19.7034   0.1157   12.470       4.    1.457   -0.106\n   3648  366.095 1017.121  19.8751   0.1034   12.440       4.    1.086    0.015\n   3651  812.244 1017.585  20.6884   0.2349   12.580       4.    1.317   -0.545\n   3650  790.295 1018.319  19.8093   0.0969   12.660       4.    1.087   -0.322\n   3655  964.154 1018.660  18.1200   0.0263   12.720       4.    0.886    0.051\n   3654  681.470 1018.811  19.4869   0.0699   12.620       4.    0.984   -0.117\n   3659  256.958 1020.402  19.6793   0.0853   12.530       4.    1.031   -0.045\n   3663 1224.966 1020.806  20.2754   0.1371   12.390       4.    1.086    0.028\n   3661 1116.154 1020.999  19.1793   0.0491   12.470       4.    0.854   -0.086\n   3665    8.695 1023.186  19.1267   0.0837   12.820       4.    1.630   -0.183\n   3675 1173.518 1024.650  19.5596   0.0591   12.520       4.    0.761   -0.030\n   3671  504.894 1024.754  17.9814   0.0340   12.560       4.    1.309    0.033\n   3677  311.388 1025.727  16.7193   0.0198   12.430       4.    1.263   -0.006\n   3681  935.697 1025.905  13.1320   0.0149   12.520       4.    1.587    0.060\n   3680  889.264 1025.955  20.3264   0.1586   12.740       4.    1.172   -0.278\n   3683  332.820 1026.621  19.4845   0.0663   12.420       4.    0.911   -0.093\n   3686  475.590 1027.719  19.7901   0.0876   12.370       4.    0.966    0.009\n   3685  293.985 1028.164  19.0590   0.0633   12.470       4.    1.222   -0.113\n   3692  393.282 1029.620  17.3338   0.0254   12.390       4.    1.295   -0.077\n   3691  211.057 1030.385  18.9174   0.0454   12.450       4.    0.928    0.018\n   3696 1048.436 1030.434  19.9354   0.0904   12.450       4.    0.890    0.042\n   3703 1058.500 1030.818  18.3650   0.0336   12.490       4.    1.020    0.046\n   3701  552.827 1030.886  20.4076   0.1596   12.620       4.    1.088   -0.394\n   3702  565.228 1031.467  19.3313   0.0753   12.710       4.    1.239   -0.342\n   3705   31.907 1032.426  19.1080   0.0530   12.450       4.    0.965   -0.116\n   3708  328.548 1032.624  20.0160   0.1156   12.410       4.    1.083   -0.009\n   3714  526.665 1033.569  20.1670   0.1018   12.540       4.    0.794   -0.160\n   3713  490.103 1034.100  20.0663   0.1164   12.570       4.    1.038    0.033\n   3727 1032.384 1038.231  15.9026   0.0327   12.540       4.    2.826    0.101\n   3724  284.287 1038.296  18.7878   0.0458   12.470       4.    1.061   -0.094\n   3726  713.900 1038.305  19.5297   0.0717   12.780       4.    0.977   -0.215\n   3725  375.331 1038.726  20.1013   0.1020   12.450       4.    0.847   -0.114\n   3731  687.976 1039.314  19.1912   0.0611   12.590       4.    1.093   -0.048\n   3733   24.632 1039.633  21.3073   0.4323   12.570       4.    1.382    0.440\n   3734  157.098 1039.921  18.6688   0.0593   12.510       4.    1.572   -0.063\n   3744  644.061 1041.665  19.6513   0.0904   12.700       4.    1.156   -0.294\n   3751  557.790 1043.072  18.9929   0.0630   12.590       4.    1.334    0.069\n   3750  445.332 1042.954  19.6719   0.0715   12.440       4.    0.839   -0.147\n   3748   12.013 1043.281  19.9419   0.1381   12.450       4.    1.436   -0.479\n   3755  895.874 1043.672  19.8872   0.1179   12.700       4.    1.254    0.053\n   3756  912.922 1043.926  13.4013   0.0156   12.790       4.    1.688    0.040\n   3752  268.573 1044.339  16.9532   0.0174   12.460       4.    0.983   -0.039\n   3754  606.287 1044.396  16.8535   0.0188   12.570       4.    1.126   -0.017\n   3761  496.766 1044.923  20.5551   0.1484   12.600       4.    0.850    0.258\n   3763 1187.609 1045.148  19.7893   0.0850   12.510       4.    0.972   -0.065\n   3760  254.684 1045.259  20.5660   0.1264   12.420       4.    0.671   -0.006\n   3769 1047.922 1045.615  19.4163   0.0551   12.470       4.    0.792    0.127\n   3764  320.657 1046.379  18.7955   0.0309   12.450       4.    0.629    0.019\n   3772  512.297 1047.254  19.9955   0.1016   12.610       4.    0.948    0.125\n   3775 1147.682 1048.361  19.6158   0.0708   12.600       4.    0.912   -0.023\n   3778  860.589 1049.138  18.5949   0.0388   12.750       4.    1.024   -0.188\n   3776  521.033 1049.179  20.5325   0.1774   12.600       4.    1.092    0.004\n   3781  174.413 1050.894  18.2903   0.0265   12.570       4.    0.781   -0.031\n   3780  157.986 1051.382  18.9000   0.0530   12.540       4.    1.158    0.119\n   3785  955.000 1051.798  16.8905   0.0199   12.760       4.    1.194    0.027\n   3786 1077.472 1051.985  18.4929   0.0351   12.430       4.    0.979   -0.061\n   3789  457.914 1052.032  21.0584   0.3543   12.590       4.    1.443   -0.121\n   3790  969.854 1053.201  19.9045   0.1141   12.660       4.    1.224   -0.333\n   3791  979.165 1053.253  19.6841   0.0880   12.630       4.    1.104   -0.034\n   3798  765.794 1053.685  20.8058   0.1759   12.690       4.    0.814   -0.139\n   3797  754.805 1053.988  19.8342   0.1241   12.640       4.    1.422   -0.212\n   3796  539.259 1054.297  20.4305   0.1204   12.570       4.    0.744    0.058\n   3802  810.525 1054.737  14.6413   0.0141   12.530       4.    1.320    0.025\n   3799  474.720 1055.443  19.9641   0.1298   12.470       4.    1.326    0.219\n   3809  143.286 1058.881  17.1973   0.0203   12.400       4.    1.075    0.005\n   3808   93.844 1059.153  20.9104   0.2250   12.500       4.    0.967   -0.407\n   3810 1189.470 1059.180  18.4211   0.0343   12.480       4.    1.008   -0.007\n   3811  282.674 1059.540  19.7858   0.0926   12.610       4.    1.033   -0.178\n   3823 1170.779 1062.730  19.7356   0.1136   12.530       4.    1.457    0.109\n   3820  336.964 1063.230  19.5876   0.0878   12.550       4.    1.155   -0.114\n   3817   98.263 1063.321  20.9769   0.2572   12.500       4.    1.063   -0.394\n   3824 1198.357 1063.516  19.7279   0.0767   12.460       4.    0.908    0.257\n   3826  676.552 1064.379  17.9148   0.0228   12.730       4.    0.834    0.036\n   3831 1214.819 1065.242  18.6939   0.0374   12.520       4.    0.923    0.030\n   3837  982.209 1066.430  20.5497   0.1215   12.640       4.    0.672   -0.356\n   3835  137.944 1067.234  18.5748   0.0423   12.440       4.    1.128    0.073\n   3842 1066.649 1069.277  18.5502   0.0409   12.480       4.    1.136    0.081\n   3844  191.269 1070.236  19.7275   0.0980   12.650       4.    1.176    0.016\n   3848  770.405 1070.996  20.2502   0.1313   12.540       4.    1.026   -0.055\n   3850 1139.456 1071.459  17.6798   0.0318   12.460       4.    1.443    0.028\n   3852  145.641 1072.008  19.2773   0.0712   12.520       4.    1.201   -0.113\n   3851   79.669 1072.331  21.0330   0.2301   12.490       4.    0.870   -0.218\n   3853  697.438 1072.416  19.9366   0.1020   12.640       4.    1.020   -0.190\n   3856  546.271 1072.935  20.2526   0.1213   12.660       4.    0.914   -0.068\n   3855  258.833 1073.307  15.3542   0.0143   12.590       4.    1.221    0.047\n   3862  923.361 1074.124  19.3265   0.0753   12.820       4.    1.262   -0.109\n   3863   12.470 1074.580  17.7492   0.0237   12.440       4.    0.966    0.026\n   3874 1200.660 1074.800  18.9305   0.0495   12.490       4.    1.082    0.037\n   3866  479.017 1075.129  19.6696   0.0924   12.640       4.    1.159    0.049\n   3893  792.246 1079.947  18.2774   0.0635   12.730       4.    2.263    0.228\n   3890  296.055 1079.780  19.7161   0.1024   12.700       4.    1.250   -0.085\n   3882 1003.984 1076.546  20.5489   0.1572   12.470       4.    0.939   -0.034\n   3881  667.432 1076.718  19.8017   0.0944   12.540       4.    1.055   -0.022\n   3877  131.769 1076.757  17.3177   0.0207   12.530       4.    1.027   -0.066\n   3880  496.514 1076.882  18.5230   0.0398   12.660       4.    1.108   -0.107\n   3879  397.183 1076.990  19.3968   0.0660   12.550       4.    0.994    0.065\n   3886  885.107 1078.568  17.7570   0.0304   12.700       4.    1.325   -0.031\n   3887 1184.241 1079.177  18.5291   0.0467   12.530       4.    1.368   -0.084\n   3889  287.063 1080.166  20.3751   0.1269   12.640       4.    0.841   -0.002\n   3892  579.139 1080.301  19.9985   0.1009   12.750       4.    0.942   -0.309\n   3895  271.812 1081.300  20.2601   0.1422   12.510       4.    1.093   -0.113\n   3899  928.146 1081.302  19.7273   0.0797   12.780       4.    0.932    0.021\n   3902  738.195 1081.941  20.8718   0.2616   12.450       4.    1.249   -0.313\n   3913  380.041 1083.649  19.0521   0.0520   12.610       4.    1.003    0.008\n   3912  351.997 1084.536  20.5855   0.1616   12.660       4.    0.914   -0.184\n   3919  649.183 1084.674  20.0772   0.1134   12.600       4.    1.012    0.051\n   3917  343.150 1085.280  20.0877   0.1514   12.610       4.    1.402   -0.141\n   3918  432.504 1085.370  18.3364   0.0315   12.520       4.    0.950   -0.082\n   3926 1156.337 1086.653  19.2073   0.0471   12.520       4.    0.797   -0.063\n   3927  367.981 1087.509  20.0478   0.0742   12.580       4.    0.581   -0.165\n   3931  778.932 1088.635  19.9531   0.1051   12.740       4.    1.048   -0.406\n   3929  526.517 1088.878  18.7196   0.0504   12.630       4.    1.276   -0.132\n   3935  685.725 1090.256  20.1280   0.1150   12.470       4.    0.980   -0.094\n   3933  297.822 1090.319  18.7156   0.0465   12.670       4.    1.146   -0.061\n   3942  194.257 1091.876  20.2653   0.1248   12.570       4.    0.922   -0.157\n   3945  314.636 1092.930  18.8933   0.0623   12.610       4.    1.427   -0.162\n   3949  277.199 1093.814  17.4553   0.0208   12.410       4.    0.978   -0.013\n   3956   33.829 1095.236  19.6188   0.0920   12.450       4.    1.204   -0.131\n   3962  367.186 1095.581  20.2541   0.1329   12.550       4.    1.018   -0.169\n   3964  846.741 1096.351  18.0897   0.0294   12.760       4.    1.044   -0.038\n   3967  410.802 1096.643  19.8592   0.0884   12.560       4.    0.918    0.221\n   3970  442.100 1098.643  19.3327   0.0600   12.540       4.    0.930    0.110\n   3971  538.062 1099.011  18.4155   0.0440   12.640       4.    1.305   -0.073\n   3975  658.485 1099.445  21.2566   0.2856   12.630       4.    0.910   -0.154\n   3973  290.627 1100.292  20.2580   0.1104   12.550       4.    0.807   -0.314\n   3982  967.439 1100.912  19.8418   0.0731   12.640       4.    0.750   -0.081\n   3981  905.512 1101.105  16.6059   0.0213   12.450       4.    1.435    0.017\n   3980  592.047 1101.439  18.6852   0.0476   12.540       4.    1.215   -0.067\n   3986  988.263 1101.525  17.5129   0.0339   12.530       4.    1.696   -0.036\n   3990  683.141 1102.395  19.0728   0.0387   12.470       4.    0.677   -0.019\n   3984  143.213 1102.453  19.8098   0.0692   12.490       4.    0.703   -0.033\n   3989  625.291 1103.498  20.5320   0.1788   12.600       4.    1.114   -0.303\n   3995 1232.898 1103.561  18.6241   0.0284   12.420       4.    0.682    0.019\n   3987  320.916 1103.650  20.7171   0.2100   12.510       4.    1.081   -0.464\n   3993  274.238 1103.894  15.2487   0.0191   12.500       4.    1.757    0.047\n   4006 1017.394 1105.795  15.7905   0.0158   12.490       4.    1.258    0.027\n   3998  711.198 1105.868  20.3056   0.1452   12.560       4.    1.099   -0.100\n   4007  154.718 1108.229  18.4035   0.0371   12.540       4.    1.105    0.039\n   4011  811.665 1109.474  19.7979   0.1009   12.700       4.    1.173   -0.336\n   4010  690.708 1109.489  16.7769   0.0183   12.560       4.    1.115   -0.042\n   4014  343.583 1110.118  18.0616   0.0362   12.560       4.    1.354    0.080\n   4016  998.683 1111.328  18.2128   0.0342   12.510       4.    1.161   -0.042\n   4024  838.861 1112.630  19.5482   0.0567   12.580       4.    0.719    0.012\n   4025  270.206 1114.457  17.8036   0.0290   12.720       4.    1.198    0.026\n   4034  402.743 1115.793  18.5485   0.0439   12.470       4.    1.227   -0.003\n   4036 1017.152 1116.028  17.1125   0.0310   12.440       4.    1.822    0.112\n   4038  539.782 1116.501  14.6897   0.0151   12.620       4.    1.451   -0.042\n   4039  904.435 1116.908  20.3392   0.1709   12.510       4.    1.309   -0.131\n   4043 1040.493 1117.676  20.0782   0.1104   12.470       4.    1.007   -0.220\n   4047  149.892 1119.598  18.8593   0.0429   12.630       4.    0.929   -0.033\n   4048  223.350 1120.408  17.8635   0.0323   12.490       4.    1.321    0.038\n   4056 1049.661 1121.000  20.4448   0.1564   12.500       4.    1.074   -0.010\n   4053  286.216 1121.143  20.3574   0.1514   12.550       4.    1.070   -0.022\n   4066  519.925 1123.445  19.7814   0.0967   12.560       4.    1.114   -0.043\n   4067  664.523 1124.511  20.4677   0.1758   12.620       4.    1.181   -0.324\n   4074  992.009 1124.841  20.5270   0.1570   12.470       4.    0.985   -0.295\n   4075 1068.775 1125.022  20.0431   0.1163   12.450       4.    1.120   -0.023\n   4072  337.643 1125.336  18.7601   0.0455   12.560       4.    1.085   -0.031\n   4073  824.526 1125.405  19.8394   0.0818   12.480       4.    0.868   -0.083\n   4080  777.588 1126.371  16.4656   0.0247   12.660       4.    1.764   -0.014\n   4082  646.955 1126.906  19.4466   0.0743   12.650       4.    1.106   -0.107\n   4084  175.825 1128.103  19.4265   0.0747   12.540       4.    1.124    0.002\n   4086  633.989 1129.226  20.3714   0.1402   12.600       4.    0.978    0.420\n   4088  395.826 1129.469  19.8073   0.0870   12.620       4.    0.951   -0.129\n   4090  439.297 1130.666  19.8715   0.1269   12.680       4.    1.396   -0.022\n   4091  541.867 1130.974  19.5781   0.0594   12.750       4.    0.734    0.013\n   4096  741.694 1132.313  16.6603   0.0276   12.580       4.    1.902   -0.007\n   4098  383.775 1133.059  18.4773   0.0456   12.620       4.    1.348   -0.132\n   4104  319.985 1133.576  17.0771   0.0207   12.520       4.    1.157   -0.026\n   4108  844.237 1135.022  19.4350   0.0668   12.500       4.    0.997    0.082\n   4120 1220.906 1137.130  18.7941   0.0427   12.630       4.    1.016   -0.005\n   4119 1148.101 1137.204  20.8320   0.1961   12.540       4.    0.947    0.184\n   4115  145.987 1137.286  18.7811   0.0475   12.550       4.    1.111   -0.015\n   4127  307.147 1140.213  18.2320   0.0386   12.600       4.    1.305   -0.043\n   4129   52.094 1140.561  18.8444   0.0565   12.310       4.    1.321    0.121\n   4130   81.678 1140.601  18.2095   0.0408   12.540       4.    1.424   -0.090\n   4143  789.679 1146.097  18.6533   0.0443   12.320       4.    1.164   -0.084\n   4155  946.083 1148.751  18.8180   0.0401   12.530       4.    0.907   -0.004\n     20 1117.022    0.825  19.0163   0.1089   12.640       5.    1.307    0.135\n     12  484.413    1.257  19.3404   0.0726   12.900       5.    0.969    0.038\n     29  692.155    2.736  19.8994   0.1415   12.670       5.    1.463    0.111\n     27  202.037    3.393  17.2010   0.0306   12.760       5.    1.711    0.070\n     39  429.199    5.706  19.7325   0.1193   12.910       5.    1.384   -0.023\n     41 1015.909    6.456  19.5747   0.0770   12.550       5.    0.967    0.175\n     43 1165.124    7.371  18.5420   0.0375   12.560       5.    0.983   -0.000\n     49  647.507    9.176  19.2468   0.0755   12.840       5.    1.253   -0.027\n     55  581.744    9.974  19.4292   0.0707   12.980       5.    0.977    0.109\n     61  833.331   10.957  21.1107   0.3116   12.770       5.    1.081   -0.110\n     63 1102.551   11.045  19.4163   0.0737   12.730       5.    1.068   -0.073\n     62 1060.148   11.182  18.6625   0.0573   12.590       5.    1.481   -0.137\n     72 1078.413   15.114  19.9628   0.1049   12.520       5.    0.968   -0.028\n     70  475.560   15.382  17.3051   0.0294   12.750       5.    1.517   -0.019\n     74   11.715   15.697  18.3882   0.0283   12.610       5.    0.753   -0.073\n     77  509.562   16.359  19.7924   0.1126   12.950       5.    1.234    0.053\n     82  342.328   16.800  21.2100   0.3596   12.910       5.    1.165   -0.403\n     85 1153.984   18.314  18.1388   0.0328   12.610       5.    1.104   -0.153\n     89 1248.666   19.091  19.7439   0.1555   12.760       5.    1.858   -0.636\n    101 1007.662   23.050  16.5702   0.0182   12.570       5.    1.189    0.040\n     98  602.841   23.146  20.4344   0.1914   12.810       5.    1.230    0.122\n    107  483.419   24.569  20.3723   0.1698   12.790       5.    1.131   -0.142\n    118  222.007   28.528  20.1448   0.1182   12.980       5.    0.909   -0.140\n    122  486.004   29.305  20.5773   0.1650   12.810       5.    0.874   -0.175\n    130 1079.910   30.138  18.1392   0.0271   12.640       5.    0.873   -0.019\n    127  940.282   30.442  19.4992   0.0624   12.510       5.    0.790   -0.003\n    132  293.603   30.960  20.4219   0.1854   12.780       5.    1.197   -0.080\n    134  802.707   31.160  18.9581   0.0426   12.650       5.    0.798   -0.135\n    137   45.074   31.720  18.3504   0.0336   12.630       5.    0.968   -0.097\n    147 1203.580   32.790  17.5116   0.0335   12.720       5.    1.616   -0.078\n    142  780.813   32.935  18.7262   0.0583   12.700       5.    1.359   -0.221\n    149  127.609   35.370  20.4868   0.2563   12.600       5.    1.654    0.230\n    152  108.963   35.650  19.1646   0.0601   12.660       5.    1.021    0.062\n    153  288.488   36.431  18.8954   0.0433   12.720       5.    0.854   -0.101\n    155  271.025   38.072  16.0701   0.0230   12.830       5.    1.799    0.073\n    157  940.365   38.461  18.8428   0.0525   12.560       5.    1.156   -0.121\n    158  517.373   38.648  18.2318   0.0351   12.950       5.    1.105   -0.075\n    162  407.750   39.295  19.3725   0.0721   12.860       5.    1.061    0.101\n    159  657.445   39.372  18.1707   0.0381   12.790       5.    1.294    0.053\n    165 1064.233   40.195  17.4072   0.0185   12.700       5.    0.844   -0.068\n    167   59.495   41.194  20.3816   0.1711   12.730       5.    1.126   -0.623\n    179 1010.726   43.517  18.9199   0.0427   12.870       5.    0.837   -0.067\n    178 1000.401   44.055  20.4259   0.1919   12.850       5.    1.263   -0.063\n    193 1158.707   48.063  21.1591   0.3695   12.680       5.    1.311    0.053\n    201  839.975   49.785  21.1528   0.3126   12.660       5.    1.058   -0.663\n    204  557.117   50.683  18.6239   0.0329   12.910       5.    0.758   -0.087\n    206 1127.144   51.276  18.4342   0.0283   12.560       5.    0.742    0.085\n    210  547.684   51.501  20.4094   0.1210   12.850       5.    0.701    0.164\n    209  506.479   51.687  19.7290   0.0725   12.910       5.    0.741   -0.165\n    214 1071.573   52.402  20.7493   0.2017   12.540       5.    0.962    0.287\n    208  430.421   52.422  20.0225   0.1287   12.780       5.    1.158   -0.229\n    217  511.732   52.949  19.6504   0.0857   12.910       5.    1.003    0.077\n    220  132.295   53.553  19.2406   0.0520   12.760       5.    0.776   -0.007\n    221  453.187   54.056  20.1746   0.1672   12.700       5.    1.341   -0.143\n    225  893.732   56.330  19.4100   0.0590   12.540       5.    0.802   -0.071\n    226 1164.159   56.327  20.0212   0.0974   12.640       5.    0.828   -0.107\n    232 1225.589   56.587  18.0051   0.0412   12.440       5.    1.567   -0.116\n    229  145.008   57.162  20.2665   0.1562   12.770       5.    1.136    0.045\n    233  241.519   57.860  19.4115   0.0730   12.730       5.    1.037    0.077\n    237  699.657   60.160  19.0416   0.0645   12.910       5.    1.241   -0.146\n    245 1224.400   62.129  17.6733   0.0340   12.430       5.    1.490   -0.068\n    251  836.217   63.702  18.5398   0.0599   12.500       5.    1.691   -0.215\n    256  112.619   66.430  20.9033   0.2545   12.510       5.    1.060    0.226\n    261  743.939   67.058  19.8445   0.1009   12.750       5.    1.011    0.084\n    262  907.102   67.267  20.6861   0.1720   12.550       5.    0.834   -0.334\n    269 1103.285   68.946  20.4764   0.1858   12.650       5.    1.162   -0.556\n    271  813.696   69.353  20.8770   0.2686   12.560       5.    1.166    0.221\n    275 1209.156   71.140  19.8314   0.0977   12.540       5.    1.021    0.207\n    282  827.447   72.615  20.1082   0.1286   12.510       5.    1.061   -0.252\n    287  499.178   74.570  21.1556   0.3048   12.790       5.    1.008   -0.052\n    292  551.440   75.447  20.5052   0.2013   12.740       5.    1.222   -0.229\n    298 1107.357   75.673  19.5471   0.0653   12.560       5.    0.800   -0.110\n    295  227.882   76.413  18.3326   0.0382   12.570       5.    1.087   -0.054\n    303  737.513   76.648  19.6859   0.0838   12.580       5.    0.949   -0.071\n    300  253.309   76.609  20.6544   0.2675   12.700       5.    1.465   -0.662\n    310 1070.106   79.255  19.2759   0.0643   12.570       5.    1.031   -0.085\n    314  852.260   79.910  19.2388   0.0812   12.580       5.    1.383    0.317\n    313  758.492   80.055  20.8475   0.2614   12.620       5.    1.179    0.751\n    315  995.405   80.038  17.8855   0.0330   12.540       5.    1.310    0.115\n    312  543.814   80.307  18.8664   0.0585   12.720       5.    1.285   -0.069\n    325   23.654   82.765  19.6312   0.1084   12.520       5.    1.354   -0.455\n    327  174.399   83.458  17.0698   0.0305   12.650       5.    1.636   -0.058\n    329  436.860   83.600  21.4027   0.2905   12.540       5.    0.713    0.079\n    326   29.005   83.772  20.3442   0.1612   12.480       5.    1.089   -0.033\n    331  967.048   85.472  19.2480   0.0994   12.460       5.    1.739   -0.234\n    337 1174.221   87.799  20.7397   0.2026   12.660       5.    0.977   -0.136\n    338  204.335   87.877  15.4675   0.0136   12.630       5.    1.085   -0.007\n    345  984.451   88.772  19.7722   0.1097   12.460       5.    1.240    0.154\n    349 1237.181   89.557  16.8350   0.0215   12.610       5.    1.299    0.018\n    346  192.321   89.895  20.4553   0.1671   12.530       5.    0.971    0.120\n    347  408.753   90.215  15.9239   0.0197   12.530       5.    1.584    0.090\n    352  171.414   91.769  18.6539   0.0552   12.650       5.    1.370    0.085\n    354  240.755   92.162  20.5127   0.1940   12.600       5.    1.142   -0.300\n    359  513.825   92.696  20.5871   0.1742   12.580       5.    0.935   -0.246\n    360  247.828   93.989  20.7923   0.2210   12.610       5.    1.004   -0.444\n    365 1119.274   95.052  18.3954   0.0264   12.530       5.    0.696   -0.054\n    367 1147.446   96.100  20.0449   0.1267   12.700       5.    1.117    0.060\n    368  344.603   97.144  20.0904   0.1199   12.640       5.    0.985   -0.301\n    372  142.582   98.502  19.7402   0.1085   12.840       5.    1.243   -0.169\n    383 1176.805   99.690  18.4453   0.0358   12.670       5.    0.973   -0.109\n    381  510.840   99.796  20.9576   0.2912   12.620       5.    1.186    0.079\n    386   44.419  101.019  19.4047   0.0589   12.600       5.    0.789   -0.152\n    410  815.521  105.705  20.9640   0.2920   12.610       5.    1.187    0.203\n    411   54.773  107.390  15.7176   0.0304   12.730       5.    2.704    0.085\n    417  744.448  108.632  20.1865   0.1046   12.700       5.    0.748   -0.183\n    423  864.534  109.872  21.0412   0.3787   12.520       5.    1.507   -1.113\n    424 1157.194  110.270  18.7254   0.0520   12.600       5.    1.157   -0.173\n    426  812.628  110.852  20.3626   0.1789   12.720       5.    1.222   -0.316\n    428 1046.459  111.188  19.9375   0.1422   12.640       5.    1.429   -0.131\n    437  772.319  113.353  21.0254   0.2736   12.570       5.    1.023   -0.201\n    433  394.132  113.752  20.1681   0.1874   12.500       5.    1.523   -0.214\n    454  569.086  117.686  19.7407   0.0927   12.890       5.    1.014    0.015\n    461  517.540  118.679  19.2628   0.0826   12.720       5.    1.388   -0.256\n    459  389.372  119.098  19.9901   0.1090   12.540       5.    0.966   -0.293\n    463  688.308  120.188  18.6909   0.0865   12.880       5.    1.605   -0.082\n    464  894.868  120.472  20.4880   0.2283   12.550       5.    1.460   -0.286\n    471 1149.988  121.284  19.2470   0.0704   12.710       5.    1.157   -0.179\n    472   17.589  122.045  20.3113   0.1207   12.560       5.    0.772    0.105\n    474  842.096  123.345  19.1129   0.0643   12.710       5.    1.176   -0.226\n    475  768.379  124.064  20.5268   0.2089   12.590       5.    1.242   -0.147\n    477  547.889  124.976  19.0566   0.0730   12.980       5.    1.417   -0.255\n    481 1172.142  125.021  14.1863   0.0122   12.720       5.    1.183    0.007\n    478  572.588  125.443  20.5958   0.1597   12.930       5.    0.816   -0.211\n    479 1100.453  125.514  19.6021   0.0770   12.640       5.    0.945   -0.039\n    480 1112.127  125.791  19.6482   0.0808   12.820       5.    0.962   -0.334\n    485  718.901  125.987  20.1084   0.1207   12.840       5.    0.984    0.054\n    486  487.813  126.786  19.3572   0.0704   12.870       5.    1.042   -0.075\n    492  455.993  127.928  17.9917   0.0427   12.680       5.    1.606   -0.006\n    497  867.356  128.664  19.5776   0.0806   12.550       5.    1.010   -0.079\n    500  233.145  129.943  18.1486   0.0322   12.660       5.    1.024    0.052\n    506  417.207  130.980  18.9115   0.0602   12.760       5.    1.247   -0.142\n    517  536.750  134.246  19.4311   0.0805   12.980       5.    1.107   -0.079\n    515  395.315  134.315  20.5406   0.1935   12.480       5.    1.120    0.158\n    519  484.453  134.671  17.3340   0.0201   12.850       5.    0.950    0.012\n    522  243.912  136.313  18.8594   0.0628   12.680       5.    1.343   -0.171\n    525  512.919  136.431  19.8829   0.0857   12.850       5.    0.795    0.019\n    524  503.929  136.498  19.4963   0.0647   13.040       5.    0.815   -0.014\n    531 1078.633  137.399  17.8553   0.0310   12.570       5.    1.232   -0.018\n    534  102.812  137.746  14.5345   0.0137   12.600       5.    1.296    0.057\n    532 1153.647  137.903  20.5222   0.1582   12.860       5.    0.895   -0.089\n    537 1063.607  138.758  21.5115   0.4720   12.540       5.    1.199   -0.596\n    539  655.676  140.308  20.0122   0.1531   12.870       5.    1.426   -0.246\n    545  939.714  140.829  20.2734   0.1457   12.610       5.    1.059   -0.350\n    547  838.134  142.017  19.9952   0.1116   12.600       5.    1.009   -0.085\n    552 1045.132  142.751  20.6541   0.1789   12.580       5.    0.918   -0.511\n    554  174.269  143.677  18.6587   0.0528   12.520       5.    1.294   -0.157\n    559 1033.839  144.470  21.1138   0.3675   12.620       5.    1.355    0.856\n    557  609.094  144.479  15.5311   0.0199   12.840       5.    1.739    0.031\n    569  466.251  145.965  19.7668   0.1061   12.790       5.    1.164   -0.426\n    567   56.473  146.385  20.7793   0.2242   12.740       5.    1.014   -0.202\n    578  135.896  149.131  18.4796   0.0509   12.700       5.    1.446   -0.006\n    580  804.093  149.326  19.4543   0.0662   12.650       5.    0.886   -0.144\n    582 1106.902  149.637  20.6674   0.2475   12.800       5.    1.343   -0.115\n    587  538.949  149.737  17.4911   0.0257   12.820       5.    1.183   -0.043\n    586  323.106  149.804  21.0818   0.2358   12.590       5.    0.789   -0.777\n    596 1002.098  151.136  19.5643   0.0843   12.470       5.    1.065   -0.095\n    595  748.363  151.154  19.9770   0.1298   12.810       5.    1.226   -0.448\n    603  334.442  153.313  19.5149   0.0675   12.680       5.    0.853    0.064\n    609  422.359  154.745  19.0865   0.0436   12.570       5.    0.728   -0.072\n    607   86.582  155.608  20.7212   0.2179   12.680       5.    1.050   -0.482\n    616  120.573  157.169  20.7608   0.1726   12.710       5.    0.752   -0.024\n    620  864.681  159.272  18.3640   0.0399   12.520       5.    1.187   -0.006\n    621 1183.010  159.325  20.0163   0.1190   12.790       5.    1.085   -0.443\n    623  930.870  159.629  20.6867   0.2358   12.570       5.    1.233   -0.899\n    627  977.270  160.468  20.4169   0.1356   12.510       5.    0.830    0.103\n    628   54.531  161.706  20.7932   0.2291   12.600       5.    1.056   -0.087\n    631  925.608  162.143  20.0882   0.1209   12.590       5.    1.016   -0.102\n    629  818.865  162.323  15.5851   0.0122   12.640       5.    0.961    0.011\n    630  911.852  162.533  20.3401   0.1503   12.540       5.    1.027   -0.409\n    639  750.290  165.023  20.3928   0.1632   12.620       5.    1.059   -0.087\n    649 1243.052  166.581  19.7419   0.1018   12.700       5.    1.179   -0.246\n    654  927.924  167.949  18.8909   0.0526   12.610       5.    1.111   -0.096\n    651  235.523  168.113  20.0212   0.1084   12.610       5.    0.933    0.032\n    652  363.704  168.229  19.7998   0.0994   12.760       5.    1.046   -0.254\n    662  399.350  169.990  16.5178   0.0232   12.690       5.    1.593   -0.004\n    669  481.381  172.138  20.8624   0.2502   12.870       5.    1.004   -0.787\n    677  812.828  172.774  20.5274   0.1622   12.590       5.    0.915   -0.138\n    681  575.666  173.895  19.1536   0.0806   12.890       5.    1.470    0.028\n    682  707.731  174.423  20.6390   0.2086   12.730       5.    1.112   -0.454\n    686 1148.704  175.138  14.4431   0.0109   12.690       5.    0.993    0.009\n    688   13.779  175.785  18.6656   0.0441   12.570       5.    1.070    0.041\n    701 1188.928  178.757  16.7588   0.0168   12.830       5.    1.015    0.029\n    698  766.196  179.265  18.8234   0.0392   12.660       5.    0.814   -0.021\n    707   43.044  182.678  18.0679   0.0335   12.600       5.    1.178   -0.109\n    711  343.372  183.610  17.8714   0.0268   12.520       5.    0.941   -0.036\n    713  843.592  184.472  19.4098   0.0617   12.610       5.    0.839   -0.214\n    718  118.843  185.782  21.0020   0.2786   12.600       5.    1.071   -0.409\n    720  717.701  186.158  19.7233   0.0508   12.760       5.    0.451   -0.089\n    721  157.972  186.449  19.7947   0.1117   12.550       5.    1.221   -0.204\n    725 1173.866  187.674  17.2869   0.0226   12.820       5.    1.155    0.115\n    726 1229.771  188.307  18.4961   0.0348   12.700       5.    0.927   -0.025\n    728  780.095  188.674  20.6756   0.2194   12.790       5.    1.142   -0.237\n    729  453.992  189.759  18.3656   0.0377   12.790       5.    1.106   -0.156\n    737  895.438  190.388  20.7182   0.1782   12.510       5.    0.842   -0.001\n    736  822.446  190.948  18.0479   0.0318   12.580       5.    1.066   -0.027\n    732  266.701  191.544  20.8433   0.2039   12.710       5.    0.854   -0.484\n    752  689.236  195.967  17.4875   0.0292   12.700       5.    1.390   -0.031\n    760  637.148  198.058  19.3140   0.0701   12.760       5.    1.085    0.158\n    764  479.448  198.604  19.7045   0.0907   12.630       5.    1.020    0.153\n    767 1132.816  198.777  19.1400   0.0615   12.940       5.    1.097    0.107\n    781  630.896  202.593  20.9435   0.2516   12.830       5.    1.005   -0.413\n    783  832.660  203.240  20.7147   0.1869   12.630       5.    0.870   -0.203\n    780  299.791  203.272  19.8951   0.0931   12.680       5.    0.870   -0.200\n    786  246.081  203.835  20.5093   0.1396   12.550       5.    0.768   -0.154\n    787  337.822  205.230  20.2205   0.1096   12.460       5.    0.763   -0.316\n    794  806.684  205.443  20.3897   0.1504   12.540       5.    0.971   -0.311\n    788  462.197  205.777  20.3957   0.1555   12.650       5.    0.976    0.175\n    795  351.941  206.829  20.2660   0.1431   12.600       5.    1.019   -0.091\n    797  521.183  207.466  20.2449   0.1872   12.960       5.    1.398    0.074\n    804  549.131  208.805  16.8210   0.0184   12.880       5.    1.087    0.001\n    807   79.737  209.398  18.1680   0.0276   12.570       5.    0.867   -0.031\n    810 1104.920  210.059  18.9069   0.0777   13.070       5.    1.727    0.122\n    820  890.880  212.403  20.6482   0.1603   12.550       5.    0.794    0.148\n    819  716.918  212.684  19.0839   0.0568   12.600       5.    1.037    0.108\n    817  221.919  213.319  19.1054   0.0812   12.700       5.    1.537   -0.083\n    827  675.507  213.790  20.3142   0.1729   12.680       5.    1.235   -0.338\n    828  688.834  213.871  17.8122   0.0291   12.620       5.    1.170    0.027\n    824  393.747  214.241  19.3155   0.0622   12.720       5.    0.928   -0.115\n    825  410.377  214.240  20.0520   0.1188   12.720       5.    1.015   -0.315\n    834  806.659  215.838  19.2393   0.0613   12.590       5.    0.988   -0.243\n    835 1185.370  215.882  20.2491   0.1234   12.720       5.    0.892   -0.115\n    831  617.820  216.787  19.7885   0.0855   12.810       5.    0.883    0.041\n    838 1120.216  216.908  19.7697   0.1056   13.040       5.    1.178    0.121\n    836  401.059  216.947  18.7737   0.0448   12.750       5.    0.978   -0.062\n    837  702.924  217.129  21.0575   0.2316   12.560       5.    0.806   -0.085\n    839 1243.343  217.598  18.8079   0.0485   12.680       5.    1.090   -0.080\n    843  393.913  220.081  19.4320   0.0809   12.720       5.    1.150   -0.321\n    846  792.689  220.437  19.6815   0.0867   12.650       5.    0.993   -0.317\n    865  961.675  223.888  20.3721   0.2206   12.560       5.    1.579   -0.542\n    860   61.061  224.392  19.2715   0.0941   12.390       5.    1.598    0.369\n    868  715.625  225.088  20.3010   0.1273   12.660       5.    0.854   -0.231\n    873  353.128  226.807  19.6721   0.0914   12.770       5.    1.055    0.006\n    878  879.150  226.858  19.0328   0.0652   12.550       5.    1.211   -0.243\n    875  694.794  227.430  15.9218   0.0155   12.690       5.    1.182    0.026\n    880  115.091  227.704  17.1133   0.0241   12.560       5.    1.343    0.026\n    883  340.561  229.033  20.1062   0.1358   12.720       5.    1.130   -0.178\n    893  732.350  231.696  18.1287   0.0350   12.740       5.    1.205    0.038\n    898  855.721  232.310  20.2037   0.1349   12.710       5.    1.029    0.155\n    894  882.065  232.589  20.2238   0.1164   12.530       5.    0.837   -0.334\n    901  265.114  234.311  20.9181   0.2449   12.500       5.    0.972   -0.038\n    913  721.172  237.871  20.0336   0.0941   12.710       5.    0.775    0.139\n    919  395.601  238.229  20.4153   0.1706   12.750       5.    1.084   -0.087\n    918  351.417  239.738  20.7666   0.2080   12.700       5.    0.958   -0.503\n    921  580.075  240.199  17.5471   0.0309   12.650       5.    1.445   -0.099\n    924  512.885  240.830  20.4452   0.1676   12.680       5.    1.019    0.057\n    925  822.004  240.830  20.3176   0.1874   12.740       5.    1.358   -0.513\n    928  665.345  241.838  18.1366   0.0413   12.710       5.    1.445   -0.048\n    927  604.336  242.275  16.1495   0.0244   12.670       5.    1.915    0.068\n    939  970.752  244.285  20.5109   0.1837   12.640       5.    1.104   -0.535\n    936  725.213  244.366  19.1374   0.0494   12.780       5.    0.806   -0.085\n    935  618.940  244.377  17.8640   0.0365   12.780       5.    1.482    0.138\n    938  905.905  244.421  20.4083   0.1310   12.670       5.    0.796    0.206\n    947  825.466  248.101  18.6363   0.0383   12.770       5.    0.911   -0.054\n    951 1023.131  248.604  16.4209   0.0231   12.490       5.    1.651    0.057\n    949  631.479  248.886  16.5287   0.0185   12.630       5.    1.191   -0.024\n    955  955.173  249.345  21.1649   0.2876   12.480       5.    0.953   -0.151\n    953  541.397  250.240  19.8200   0.1088   12.580       5.    1.152    0.124\n    956  340.273  251.061  20.2031   0.1354   12.550       5.    1.022   -0.118\n    967  295.192  256.060  15.9300   0.0195   12.520       5.    1.547    0.037\n    969 1119.420  256.841  20.8316   0.2333   12.800       5.    1.060    0.459\n    971  730.250  256.895  20.0979   0.1564   12.780       5.    1.291   -0.189\n    972  234.833  257.862  19.6270   0.0976   12.550       5.    1.211   -0.030\n    977  767.067  258.326  20.8005   0.2033   12.880       5.    0.905   -0.323\n    973   11.358  258.961  20.8936   0.2317   12.430       5.    0.954    0.127\n    983  929.968  260.857  20.4751   0.1488   12.620       5.    0.878   -0.358\n    982  727.360  261.559  20.5264   0.1850   12.800       5.    1.036   -0.547\n   1002  730.233  264.593  20.0040   0.0910   12.740       5.    0.762    0.067\n    998  871.109  264.003  19.6044   0.0787   12.630       5.    0.969   -0.131\n   1000 1131.153  264.415  19.4050   0.0824   12.830       5.    1.242    0.245\n    999 1018.105  264.524  20.5274   0.1767   12.500       5.    1.027   -0.358\n   1007  936.872  266.067  18.8308   0.0396   12.650       5.    0.825    0.039\n   1008 1092.715  266.330  16.1997   0.0116   12.860       5.    0.754    0.047\n   1011  167.411  268.096  19.7800   0.0801   12.480       5.    0.808    0.078\n   1018  654.210  269.611  15.2071   0.0172   12.690       5.    1.561    0.062\n   1019  984.412  269.713  20.9752   0.3073   12.610       5.    1.268   -0.710\n   1021  769.734  273.156  19.3317   0.0615   12.860       5.    0.878   -0.040\n   1024  681.460  274.380  20.8839   0.2411   12.720       5.    1.025   -0.698\n   1045  900.481  279.378  19.8404   0.0770   12.780       5.    0.731   -0.003\n   1031 1126.974  275.127  19.2590   0.0798   12.920       5.    1.350   -0.087\n   1047  314.119  280.599  19.2841   0.0566   12.650       5.    0.851    0.017\n   1050  663.897  282.313  18.2632   0.0328   12.520       5.    0.985   -0.003\n   1065  837.967  285.830  21.1736   0.3519   12.700       5.    1.198   -0.160\n   1066 1109.873  285.860  19.1872   0.0588   12.810       5.    1.003   -0.275\n   1063  857.466  285.929  19.7255   0.0953   12.630       5.    1.086    0.102\n   1064  599.871  286.001  19.2078   0.0533   12.750       5.    0.818   -0.210\n   1069  675.902  286.584  20.7850   0.2117   12.540       5.    0.972    0.072\n   1072  178.787  288.020  19.7890   0.1194   12.590       5.    1.308   -0.397\n   1093  967.912  292.767  19.9696   0.0985   12.590       5.    0.889   -0.137\n   1080  977.993  289.560  19.1647   0.0561   12.520       5.    0.961   -0.022\n   1086  923.300  291.444  19.3159   0.0569   12.600       5.    0.833   -0.109\n   1099  822.465  295.003  17.1912   0.0288   12.890       5.    1.574   -0.065\n   1097   63.621  295.126  19.9148   0.1097   12.660       5.    1.056    0.055\n   1104  570.694  296.993  19.9993   0.1292   12.630       5.    1.191   -0.180\n   1107  810.492  297.325  20.2721   0.1522   12.980       5.    1.114    0.112\n   1113  523.569  300.067  20.6863   0.2177   12.570       5.    1.069   -0.241\n   1116 1041.132  301.152  19.4874   0.0647   12.640       5.    0.854    0.073\n   1118   41.804  301.789  20.5237   0.1444   12.610       5.    0.782   -0.061\n   1120  957.154  302.022  19.8971   0.0914   12.680       5.    0.844   -0.275\n   1127 1227.252  303.088  20.4663   0.1504   12.740       5.    0.915   -0.280\n   1128  437.937  304.174  17.2873   0.0293   12.650       5.    1.512   -0.112\n   1130  609.435  304.282  19.9230   0.0922   12.600       5.    0.849   -0.181\n   1136  571.012  306.098  19.6483   0.0938   12.660       5.    1.137   -0.128\n   1140  344.151  308.339  19.4083   0.0804   12.520       5.    1.182   -0.033\n   1146  703.732  308.617  18.4376   0.0344   12.920       5.    0.916    0.048\n   1150  449.645  310.063  15.7528   0.0216   12.520       5.    1.791    0.070\n   1152 1143.636  310.277  16.3874   0.0159   12.720       5.    1.061   -0.009\n   1153  203.286  310.620  18.2655   0.0231   12.500       5.    0.628    0.010\n   1154  847.515  311.233  19.4994   0.0847   12.700       5.    1.164   -0.027\n   1157  672.538  311.914  18.7668   0.0470   12.660       5.    1.064   -0.013\n   1156  217.886  312.007  18.4983   0.0385   12.620       5.    1.019   -0.106\n   1159  479.487  312.572  15.4298   0.0111   12.570       5.    0.863    0.028\n   1161  817.147  313.023  20.3483   0.1370   12.870       5.    0.905   -0.069\n   1166  911.881  314.207  17.7061   0.0350   12.690       5.    1.552    0.014\n   1168  495.866  314.859  19.1112   0.0440   12.610       5.    0.725    0.022\n   1169  954.494  314.999  18.6588   0.0394   12.610       5.    0.943   -0.022\n   1171  254.807  315.713  17.8512   0.0326   12.510       5.    1.306    0.090\n   1175  875.497  316.126  17.8832   0.0304   12.700       5.    1.169   -0.058\n   1178  975.142  316.846  20.0589   0.1674   12.520       5.    1.559   -0.112\n   1190 1036.036  319.712  18.3206   0.0442   12.720       5.    1.406   -0.015\n   1194  567.374  321.898  18.5242   0.0460   12.550       5.    1.260    0.089\n   1197  902.484  322.083  20.8304   0.2555   12.780       5.    1.187   -0.835\n   1205 1136.615  323.850  20.4261   0.2156   12.670       5.    1.481    0.407\n   1210 1229.982  325.122  19.5244   0.0981   12.490       5.    1.345   -0.085\n   1211   36.001  326.533  18.8274   0.0477   12.630       5.    1.026   -0.111\n   1215 1185.798  327.445  19.1985   0.0541   12.760       5.    0.897   -0.091\n   1219  200.718  328.557  18.4484   0.0430   12.670       5.    1.219   -0.089\n   1224  438.235  328.818  19.7103   0.1059   12.570       5.    1.241    0.089\n   1236  442.088  331.047  20.4999   0.1742   12.470       5.    1.030    0.366\n   1232  769.278  330.187  20.1346   0.1129   12.930       5.    0.884   -0.057\n   1227  475.071  330.280  18.8666   0.0567   12.520       5.    1.230   -0.199\n   1233  296.309  330.752  20.0522   0.0986   12.460       5.    0.805   -0.219\n   1234  327.300  331.193  20.3766   0.1427   12.370       5.    0.915    0.027\n   1238 1009.369  332.619  20.0307   0.1309   12.510       5.    1.204   -0.081\n   1241  925.290  333.351  21.3033   0.2973   12.600       5.    0.849   -0.077\n   1246 1042.279  334.345  20.9248   0.2369   12.610       5.    0.971    0.147\n   1248  563.288  334.567  20.2220   0.1198   12.570       5.    0.863   -0.339\n   1249  688.145  335.073  20.6920   0.2068   12.670       5.    1.035   -0.869\n   1257  864.948  337.498  20.7165   0.1931   12.680       5.    0.939   -0.522\n   1269 1035.159  340.119  21.0418   0.2419   12.630       5.    0.878   -0.768\n   1268  930.897  340.601  19.7449   0.0772   12.630       5.    0.816   -0.072\n   1273  503.906  342.243  19.5511   0.1032   12.690       5.    1.387   -0.098\n   1277   36.428  344.313  14.9060   0.0210   12.660       5.    2.039    0.049\n   1281  944.811  344.746  19.1738   0.0696   12.630       5.    1.233   -0.072\n   1280  845.710  345.072  20.0062   0.0859   12.830       5.    0.713   -0.212\n   1278  156.009  345.101  19.3609   0.1129   12.510       5.    1.810    0.177\n   1283  283.800  345.425  18.9344   0.0508   12.470       5.    1.026    0.031\n   1287  897.738  345.687  14.1573   0.0146   12.530       5.    1.460    0.027\n   1294 1126.739  348.156  18.4284   0.0405   12.640       5.    1.179   -0.038\n   1300  621.907  350.416  20.3078   0.1317   12.590       5.    0.893    0.176\n   1307  430.030  352.146  19.5213   0.0791   12.500       5.    1.034   -0.177\n   1313 1042.978  352.807  14.8707   0.0180   12.610       5.    1.742    0.047\n   1310  537.360  353.144  18.6089   0.0595   12.740       5.    1.603    0.222\n   1316  514.318  354.188  19.8779   0.0777   12.740       5.    0.709    0.003\n   1315  463.194  354.237  18.5792   0.0457   12.620       5.    1.173   -0.053\n   1319 1055.564  354.314  19.5973   0.0957   12.700       5.    1.217   -0.033\n   1321  695.726  356.084  18.8069   0.0441   12.750       5.    0.928   -0.175\n   1322 1124.705  356.854  20.1348   0.1379   12.600       5.    1.161   -0.178\n   1331 1128.586  358.367  20.6367   0.2247   12.660       5.    1.255   -0.287\n   1329   32.505  359.500  20.2113   0.0964   12.630       5.    0.621   -0.165\n   1333  929.118  359.748  19.2709   0.0929   12.560       5.    1.584   -0.173\n   1337  212.705  360.554  18.8671   0.0519   12.420       5.    1.114    0.005\n   1340 1142.894  360.780  21.0555   0.2170   12.540       5.    0.764    0.045\n   1335  148.640  361.319  19.1103   0.0494   12.450       5.    0.846   -0.025\n   1342  933.950  362.193  21.0204   0.2316   12.610       5.    0.836   -0.015\n   1345 1181.087  362.783  20.8405   0.2352   12.560       5.    1.069    0.024\n   1344  980.647  362.834  19.0725   0.0635   12.670       5.    1.196   -0.189\n   1348 1131.772  364.240  21.0973   0.3196   12.620       5.    1.189   -0.131\n   1346   97.182  364.428  20.6090   0.2272   12.540       5.    1.255   -0.050\n   1360 1118.540  367.981  19.7750   0.0903   12.600       5.    0.983   -0.125\n   1358  473.864  368.405  18.5083   0.0478   12.550       5.    1.342    0.282\n   1362  709.407  368.811  19.9700   0.1270   12.690       5.    1.214   -0.220\n   1366   67.123  372.508  20.9456   0.1916   12.670       5.    0.701   -0.116\n   1375  803.474  372.648  20.2083   0.1036   12.470       5.    0.730   -0.243\n   1371  224.175  372.651  19.2539   0.0825   12.690       5.    1.396   -0.084\n   1370  216.327  372.772  20.3227   0.1885   12.580       5.    1.354   -0.151\n   1379  863.794  373.497  19.1573   0.0581   12.720       5.    1.007    0.012\n   1380   24.631  375.340  18.4677   0.0570   12.620       5.    1.691    0.215\n   1381  233.853  375.383  20.8889   0.2529   12.650       5.    1.075   -0.090\n   1388  218.371  378.772  20.4085   0.1598   12.670       5.    1.019    0.191\n   1395  858.912  379.485  18.7238   0.0351   12.590       5.    0.765   -0.058\n   1415  801.828  384.349  20.3624   0.1713   12.520       5.    1.183   -0.193\n   1412   63.962  384.589  20.0796   0.1223   12.560       5.    1.028   -0.081\n   1425  670.692  387.739  17.5610   0.0189   12.830       5.    0.774   -0.006\n   1427  865.063  389.426  19.8230   0.1079   12.530       5.    1.162    0.124\n   1430 1070.919  390.246  18.9987   0.0426   12.690       5.    0.779   -0.133\n   1432  317.080  391.165  18.4018   0.0359   12.480       5.    0.991   -0.050\n   1437  555.852  392.013  20.8109   0.2627   12.720       5.    1.196    0.027\n   1445  977.237  394.907  20.0961   0.1158   12.530       5.    0.971   -0.345\n   1450  534.008  395.639  14.9670   0.0123   12.640       5.    1.059    0.004\n   1449  485.454  395.680  20.4290   0.1901   12.510       5.    1.206   -0.194\n   1453  807.902  395.754  20.5175   0.2422   12.550       5.    1.520    0.334\n   1454  826.381  395.852  18.9656   0.0520   12.540       5.    1.038    0.140\n   1448   51.617  396.346  20.3662   0.2109   12.560       5.    1.477    0.041\n   1462  962.373  400.539  16.0812   0.0139   12.480       5.    0.990    0.024\n   1468  989.693  401.301  20.1411   0.1393   12.620       5.    1.147   -0.100\n   1464  117.465  402.021  18.8491   0.0764   12.510       5.    1.726    0.227\n   1470  392.714  403.054  18.3976   0.0387   12.550       5.    1.126   -0.096\n   1469  380.880  403.184  19.6524   0.0689   12.580       5.    0.764   -0.247\n   1473  705.732  404.074  20.3935   0.2191   12.740       5.    1.525   -0.185\n   1479 1207.483  406.081  19.7398   0.1061   12.430       5.    1.250   -0.055\n   1481  247.097  406.769  18.6850   0.0460   12.620       5.    1.089   -0.177\n   1485  309.346  408.020  19.8683   0.0939   12.610       5.    0.912   -0.330\n   1492  281.583  410.115  20.4900   0.1854   12.500       5.    1.126   -0.453\n   1499  931.902  411.535  19.6547   0.0706   12.520       5.    0.802   -0.066\n   1500  165.330  412.367  19.7574   0.1057   12.500       5.    1.180   -0.200\n   1501  449.678  412.432  20.5871   0.1621   12.600       5.    0.854   -0.263\n   1502  495.892  412.877  20.7118   0.2040   12.590       5.    1.004   -0.637\n   1505  903.981  413.082  18.8496   0.0574   12.640       5.    1.294    0.092\n   1510 1166.632  413.223  20.5908   0.1870   12.580       5.    1.064   -0.384\n   1518  385.847  416.807  17.4130   0.0205   12.510       5.    0.957    0.008\n   1521  898.670  417.599  20.6044   0.1912   12.580       5.    1.046   -0.741\n   1527 1147.312  418.362  20.4302   0.1357   12.460       5.    0.841   -0.302\n   1530  819.350  418.671  20.0272   0.1319   12.600       5.    1.213    0.210\n   1532  279.335  419.931  18.0689   0.0348   12.630       5.    1.234   -0.088\n   1539  853.090  421.123  21.6054   0.5284   12.580       5.    1.250   -1.571\n   1540  334.919  421.823  20.1254   0.1754   12.610       5.    1.517    0.414\n   1544  324.946  424.993  20.0769   0.1229   12.620       5.    1.033    0.259\n   1549  428.002  425.715  19.8448   0.0787   12.830       5.    0.748    0.036\n   1548  185.902  426.465  16.8934   0.0250   12.470       5.    1.478   -0.080\n   1551 1119.035  426.643  20.6500   0.2040   12.470       5.    1.103   -0.158\n   1555 1232.143  427.245  20.5795   0.1391   12.410       5.    0.741   -0.028\n   1564 1142.481  429.074  20.6484   0.2127   12.360       5.    1.177    0.100\n   1565  387.526  429.697  17.9745   0.0229   12.580       5.    0.776   -0.056\n   1567  523.126  430.428  19.8244   0.0914   12.800       5.    0.929    0.018\n   1579  861.950  433.678  17.3793   0.0226   12.530       5.    1.074   -0.058\n   1584  321.971  435.076  20.3881   0.1428   12.630       5.    0.897   -0.085\n   1587  521.749  435.815  20.4802   0.1564   12.860       5.    0.918   -0.115\n   1589 1109.719  436.135  20.7308   0.1906   12.580       5.    0.931   -0.001\n   1592  286.244  436.792  20.7328   0.2182   12.700       5.    1.064    0.322\n   1593  364.981  436.816  18.2915   0.0350   12.690       5.    1.074    0.029\n   1591  148.692  436.833  16.1308   0.0171   12.590       5.    1.231    0.008\n   1595  773.485  437.612  20.1606   0.1020   12.660       5.    0.751   -0.178\n   1598  739.550  438.059  20.4691   0.1409   12.680       5.    0.788    0.025\n   1600  802.052  438.908  20.0745   0.0962   12.570       5.    0.779   -0.256\n   1605  455.854  439.428  20.2721   0.1337   12.680       5.    0.943   -0.172\n   1606  611.395  440.240  20.6314   0.2378   13.160       5.    1.319   -0.252\n   1615 1110.497  442.895  19.5649   0.0912   12.540       5.    1.221   -0.071\n   1612  539.555  443.190  17.3965   0.0286   12.930       5.    1.399   -0.066\n   1620    9.126  443.982  20.5053   0.1559   12.220       5.    0.899    0.190\n   1618  791.410  444.227  20.8256   0.2409   12.550       5.    1.109   -0.053\n   1624  897.548  444.641  17.8015   0.0307   12.500       5.    1.263   -0.030\n   1628   40.226  447.560  21.0718   0.2505   12.290       5.    0.874    0.415\n   1633 1083.251  448.681  20.3935   0.1675   12.540       5.    1.135    0.112\n   1642   29.968  451.994  20.0728   0.1027   12.220       5.    0.829    0.258\n   1649  466.456  452.983  20.0233   0.1316   12.820       5.    1.185   -0.065\n   1655  787.579  453.057  20.4285   0.1440   12.620       5.    0.888    0.008\n   1656 1056.519  453.816  19.7354   0.1030   12.650       5.    1.207    0.146\n   1657 1085.704  454.076  19.8902   0.0889   12.530       5.    0.864   -0.304\n   1658 1182.075  454.200  20.5488   0.1826   12.470       5.    1.075    0.163\n   1662  999.238  455.068  20.3771   0.1931   12.630       5.    1.361   -0.335\n   1664   39.208  457.169  20.8279   0.2439   12.330       5.    1.103    0.258\n   1666  503.223  457.287  17.3896   0.0271   12.940       5.    1.325   -0.124\n   1671  421.404  458.765  17.1328   0.0220   12.790       5.    1.110   -0.115\n   1676 1154.893  461.210  17.7859   0.0245   12.560       5.    0.976    0.035\n   1691  758.768  466.102  19.8108   0.0873   12.930       5.    0.883   -0.277\n   1686 1073.364  464.358  20.0061   0.1064   12.550       5.    0.966    0.128\n   1689  733.589  465.100  19.8605   0.0815   13.110       5.    0.760   -0.185\n   1692    6.092  466.655  20.0205   0.1349   12.370       5.    1.239   -0.005\n   1694  964.426  467.287  20.4303   0.1243   12.540       5.    0.740   -0.050\n   1706  968.594  469.786  20.3105   0.1281   12.560       5.    0.876    0.062\n   1701 1017.505  469.145  18.5699   0.0350   12.620       5.    0.852   -0.135\n   1705  796.411  469.604  18.4910   0.0380   12.710       5.    1.002   -0.128\n   1702  115.836  470.206  18.6669   0.0447   12.460       5.    1.082    0.056\n   1709 1090.151  471.010  16.9270   0.0195   12.440       5.    1.105   -0.005\n   1708  893.579  471.335  17.1751   0.0184   12.550       5.    0.914   -0.024\n   1710  438.891  471.774  20.0872   0.1244   12.730       5.    1.031    0.187\n   1711  545.197  472.138  19.3083   0.0564   13.050       5.    0.829   -0.052\n   1715 1065.237  472.209  19.9205   0.1136   12.530       5.    1.141   -0.111\n   1714  928.010  472.424  20.8635   0.2613   12.620       5.    1.184    0.033\n   1716  248.623  472.619  20.2365   0.1080   12.600       5.    0.743   -0.066\n   1719  406.400  472.875  20.1179   0.1290   12.880       5.    1.063    0.067\n   1723 1038.258  473.029  17.4959   0.0215   12.580       5.    0.965    0.005\n   1727  713.225  475.176  16.9620   0.0208   13.560       5.    1.201    0.048\n   1725  317.497  475.395  19.2764   0.0698   12.590       5.    1.127   -0.008\n   1734 1097.964  475.690  18.7379   0.0511   12.490       5.    1.228    0.065\n   1731  942.748  475.921  19.0974   0.0785   12.500       5.    1.538   -0.140\n   1735 1171.044  476.026  19.4194   0.0651   12.370       5.    0.929   -0.163\n   1740 1112.636  476.814  20.2276   0.1350   12.540       5.    1.027   -0.124\n   1746 1023.412  478.553  19.9105   0.1045   12.600       5.    1.026   -0.183\n   1745   74.259  479.171  19.9795   0.1436   12.550       5.    1.325   -0.528\n   1749  922.659  479.891  20.5407   0.1819   12.620       5.    1.069   -0.475\n   1754  418.289  481.816  19.1878   0.0486   12.900       5.    0.764    0.026\n   1755  686.267  482.161  20.5511   0.1829   13.240       5.    1.042    0.162\n   1762  970.532  483.254  20.3314   0.1496   12.590       5.    1.044   -0.498\n   1766  465.311  485.219  19.5964   0.0655   12.820       5.    0.764    0.117\n   1769  127.592  485.705  20.7779   0.1878   12.470       5.    0.837    0.002\n   1775 1169.338  486.904  18.6600   0.0391   12.480       5.    0.949    0.087\n   1774 1147.015  487.152  18.9793   0.0594   12.640       5.    1.230   -0.083\n   1776  234.173  487.952  19.3486   0.0955   12.440       5.    1.399   -0.093\n   1779  134.687  489.396  19.8210   0.1128   12.540       5.    1.208    0.053\n   1783  163.631  491.293  20.5878   0.2206   12.510       5.    1.259   -0.076\n   1793  504.172  492.609  18.8823   0.0695   12.970       5.    1.562    0.138\n   1807  722.639  497.224  13.9805   0.0195   13.240       5.    2.051    0.083\n   1810 1021.338  497.236  20.9045   0.1907   12.530       5.    0.754    0.050\n   1817  503.035  500.046  19.8519   0.1032   13.020       5.    1.049   -0.052\n   1818 1201.815  500.412  19.9974   0.1263   12.530       5.    1.210    0.051\n   1819  349.419  500.998  20.7620   0.2046   12.620       5.    0.957   -0.161\n   1821  966.481  501.059  20.1314   0.1235   12.540       5.    1.017   -0.316\n   1825  554.963  502.574  15.1260   0.0144   13.220       5.    1.252    0.023\n   1826  840.788  503.222  19.6879   0.0795   12.650       5.    0.911   -0.058\n   1827  125.698  504.563  18.3896   0.0311   12.370       5.    0.849   -0.041\n   1832 1171.548  504.614  17.1540   0.0192   12.620       5.    1.000   -0.051\n   1838  504.608  507.474  19.5772   0.1049   13.060       5.    1.392   -0.155\n   1836   94.232  507.572  20.2394   0.1186   12.370       5.    0.838   -0.149\n   1848  999.384  509.203  20.2484   0.1378   12.690       5.    1.037   -0.033\n   1847  764.930  509.215  19.8381   0.0734   12.990       5.    0.672   -0.165\n   1849  356.086  510.562  19.4905   0.0717   12.510       5.    0.951   -0.074\n   1856  377.475  511.562  17.5567   0.0259   12.490       5.    1.165   -0.027\n   1855  105.531  512.539  20.3121   0.1583   12.360       5.    1.111   -0.086\n   1871 1148.773  514.802  20.7276   0.1666   12.650       5.    0.793   -0.002\n   1864  287.703  514.918  20.1443   0.1401   12.560       5.    1.144    0.433\n   1868  743.378  515.050  19.9469   0.0905   13.180       5.    0.786   -0.269\n   1883  947.374  518.645  20.0960   0.0808   12.600       5.    0.600   -0.106\n   1882  395.145  518.965  19.2865   0.0880   12.630       5.    1.458   -0.053\n   1887  599.209  520.756  19.9221   0.1172   13.490       5.    1.071    0.059\n   1898  596.935  524.243  19.6707   0.0811   13.610       5.    0.933    0.277\n   1886  440.939  521.094  18.5957   0.0440   12.800       5.    1.107   -0.075\n   1888  350.964  522.237  19.8061   0.0722   12.480       5.    0.698    0.061\n   1895 1204.666  522.682  20.1957   0.1277   12.660       5.    1.009    0.074\n   1897  448.697  524.005  17.5663   0.0231   12.790       5.    1.014    0.026\n   1903 1080.804  524.660  19.8407   0.0794   12.590       5.    0.790    0.150\n   1902  902.286  524.856  20.3662   0.1075   12.660       5.    0.652   -0.149\n   1901  870.569  525.066  18.8648   0.0506   12.600       5.    1.103    0.221\n   1912  517.507  529.588  20.8353   0.2282   12.900       5.    1.010   -0.452\n   1918  657.109  532.162  14.3763   0.0195   14.530       5.    1.999    0.076\n   1927  961.698  532.399  20.6493   0.2126   12.640       5.    1.166   -0.429\n   1925  938.981  532.828  19.6492   0.0688   12.600       5.    0.793   -0.323\n   1924  849.591  533.096  19.2662   0.0713   12.610       5.    1.190    0.123\n   1929  801.500  533.704  20.6590   0.1679   12.790       5.    0.846    0.069\n   1935  891.369  535.500  18.8503   0.0430   12.600       5.    0.909    0.039\n   1936   16.553  535.874  19.1598   0.0681   12.280       5.    1.217    0.019\n   1937  297.627  536.393  18.8662   0.0473   12.370       5.    0.984    0.017\n   1942  134.067  537.164  20.8485   0.2507   12.510       5.    1.117   -0.649\n   1951  525.746  538.704  19.1219   0.0488   12.900       5.    0.830    0.021\n   1950  473.737  539.326  20.3661   0.1739   12.870       5.    1.193   -0.057\n   1960  286.458  541.894  18.4537   0.0403   12.390       5.    1.108   -0.068\n   1965  893.370  543.417  19.9315   0.0998   12.540       5.    0.957   -0.023\n   1967 1004.071  544.372  19.9939   0.0857   12.580       5.    0.732   -0.036\n   1968  199.755  544.969  20.6802   0.2191   12.440       5.    1.092    0.056\n   1973 1096.673  545.302  20.2431   0.1291   12.400       5.    0.970   -0.103\n   1974  176.148  545.683  19.5871   0.0813   12.370       5.    1.016   -0.297\n   1975   47.134  546.918  20.3130   0.1482   12.390       5.    1.017    0.252\n   1978   51.943  547.771  20.5009   0.1895   12.380       5.    1.144   -0.076\n   1977  832.338  547.323  17.6646   0.0239   12.790       5.    1.011    0.088\n   1979  659.495  547.527  18.4529   0.0383   13.460       5.    1.042    0.103\n   1981  982.326  547.798  19.3643   0.0655   12.660       5.    0.964   -0.222\n   1985 1025.870  549.542  19.1441   0.0697   12.540       5.    1.288   -0.165\n   2002 1024.587  553.552  19.1162   0.0740   12.550       5.    1.424    0.041\n   1987  899.225  550.197  20.2895   0.1403   12.540       5.    1.003   -0.403\n   1997  477.447  552.277  20.0759   0.0880   12.910       5.    0.677   -0.025\n   2003 1145.433  555.615  20.6415   0.1685   12.400       5.    0.893    0.173\n   2006  127.783  557.346  17.2895   0.0322   12.500       5.    1.750    0.044\n   2013  610.383  558.308  19.9587   0.0989   13.900       5.    0.894   -0.201\n   2011  533.477  558.472  19.9271   0.1170   13.050       5.    1.140    0.369\n   2017  515.233  559.372  20.5980   0.2212   12.970       5.    1.251   -0.043\n   2021  587.436  559.715  19.1605   0.0776   13.660       5.    1.391   -0.106\n   2024  958.687  560.501  20.4808   0.1803   12.670       5.    1.137   -0.158\n   2032  831.589  561.824  20.6794   0.1728   12.740       5.    0.860   -0.082\n   2030  117.904  562.019  20.7274   0.2079   12.490       5.    1.007   -0.344\n   2034  939.102  562.090  19.8711   0.1133   12.630       5.    1.190   -0.132\n   2031  801.929  562.193  21.1906   0.2785   12.820       5.    0.898   -0.080\n   2046 1219.511  567.123  21.2574   0.3255   12.480       5.    1.045   -0.236\n   2049  568.150  567.496  17.3571   0.0219   13.460       5.    1.057   -0.106\n   2050 1001.109  567.865  15.7472   0.0190   12.520       5.    1.529    0.042\n   2059  912.803  570.759  20.0208   0.1154   12.600       5.    1.041   -0.178\n   2061   44.687  571.714  21.4732   0.3961   12.330       5.    1.005   -0.133\n   2064  329.630  572.178  19.8016   0.0906   12.460       5.    0.946   -0.252\n   2065  107.314  573.107  15.6182   0.0206   12.330       5.    1.766    0.053\n   2076  896.509  575.248  20.8719   0.2157   12.710       5.    0.898   -0.135\n   2080 1081.526  575.486  19.6884   0.0816   12.350       5.    0.956   -0.197\n   2070  928.994  575.576  20.4271   0.1325   12.550       5.    0.816   -0.131\n   2079 1074.610  576.093  19.5827   0.0656   12.340       5.    0.802   -0.052\n   2077  971.179  576.328  17.6608   0.0204   12.560       5.    0.824   -0.053\n   2081   81.691  576.765  17.5794   0.0316   12.470       5.    1.477    0.045\n   2088  781.620  578.691  18.9283   0.0374   12.870       5.    0.700   -0.000\n   2084  201.047  578.769  20.6152   0.2219   12.450       5.    1.242    0.151\n   2090  501.441  580.917  19.3258   0.0948   13.080       5.    1.565   -0.453\n   2091 1118.880  581.496  20.0118   0.1089   12.470       5.    1.001    0.003\n   2096  808.314  582.084  20.6546   0.2049   12.840       5.    1.096   -0.177\n   2101  744.598  583.093  20.7651   0.1980   13.080       5.    0.923    0.131\n   2099  599.859  583.221  20.2730   0.1488   13.860       5.    1.078    0.127\n   2107 1163.667  583.594  20.1688   0.0886   12.490       5.    0.644   -0.193\n   2109  267.705  584.803  20.1209   0.1369   12.390       5.    1.151   -0.404\n   2118 1221.121  588.179  21.3155   0.2649   12.360       5.    0.759   -0.889\n   2119   69.588  588.478  19.9457   0.1153   12.470       5.    1.108   -0.383\n   2121  387.087  588.560  20.8906   0.2164   12.550       5.    0.896   -0.346\n   2122   81.018  590.217  20.2420   0.1469   12.410       5.    1.101   -0.379\n   2139  769.136  596.084  19.0268   0.0829   12.920       5.    1.651   -0.248\n   2140  245.036  596.671  19.7899   0.0931   12.380       5.    0.997   -0.224\n   2144  498.188  598.032  18.5389   0.0477   13.050       5.    1.295   -0.038\n   2147  975.727  598.188  19.1755   0.0575   12.560       5.    0.995   -0.057\n   2159   58.525  600.496  18.7567   0.0409   12.480       5.    0.910    0.001\n   2161 1050.724  600.815  20.8107   0.2287   12.370       5.    1.092    0.767\n   2166  606.812  602.230  18.7059   0.0426   13.870       5.    0.996   -0.128\n   2162  484.958  602.034  19.6995   0.0812   12.890       5.    0.903   -0.068\n   2167  808.825  602.195  20.5830   0.1482   12.770       5.    0.791   -0.500\n   2168   85.250  602.475  18.4254   0.0447   12.500       5.    1.318    0.170\n   2170   93.444  603.911  18.1687   0.0431   12.470       5.    1.498    0.031\n   2171  343.880  604.209  20.5187   0.1470   12.450       5.    0.827   -0.054\n   2177  829.797  604.776  20.2954   0.1322   12.790       5.    0.931   -0.167\n   2186  749.119  606.705  19.0126   0.0490   13.070       5.    0.925   -0.045\n   2184  548.369  607.481  16.9753   0.0169   13.530       5.    0.910    0.024\n   2199  846.508  610.108  18.6948   0.0460   12.690       5.    1.121    0.025\n   2198  753.697  610.263  18.8020   0.0712   13.050       5.    1.712    0.368\n   2197  435.643  610.400  18.6275   0.0444   12.900       5.    1.121    0.024\n   2201  449.630  610.984  18.4898   0.0449   13.070       5.    1.250   -0.255\n   2200   21.652  611.478  20.1250   0.1236   12.460       5.    1.006    0.085\n   2207  567.990  612.764  19.9186   0.1130   13.760       5.    1.103    0.116\n   2208  380.341  613.073  18.4353   0.0390   12.740       5.    1.100   -0.112\n   2214 1074.276  613.640  19.9254   0.1067   12.360       5.    1.065   -0.111\n   2215  914.414  615.226  16.4114   0.0241   12.650       5.    1.732    0.109\n   2219 1144.659  615.963  20.6270   0.1609   12.530       5.    0.860   -0.349\n   2218 1017.956  616.358  20.7086   0.2189   12.520       5.    1.149   -0.167\n   2222  560.236  616.971  19.3254   0.0638   13.640       5.    0.963   -0.012\n   2223  885.975  617.705  20.4647   0.1448   12.560       5.    0.877    0.004\n   2225  639.517  619.108  19.6007   0.0974   13.650       5.    1.256    0.108\n   2224  405.003  619.647  19.2055   0.0650   12.860       5.    1.106   -0.224\n   2235 1123.115  621.509  18.1486   0.0295   12.380       5.    0.986   -0.083\n   2236   39.938  623.307  20.1785   0.1097   12.390       5.    0.816   -0.241\n   2237   58.847  623.362  19.4925   0.0900   12.460       5.    1.242   -0.230\n   2248   93.060  626.463  20.0937   0.1275   12.640       5.    1.060   -0.139\n   2251  636.568  626.908  20.4676   0.1710   13.750       5.    1.015    0.363\n   2249  368.567  626.949  19.6544   0.0600   12.660       5.    0.632   -0.026\n   2252  193.343  628.140  20.1250   0.1320   12.570       5.    1.096   -0.223\n   2258  555.037  629.775  19.9920   0.1180   13.690       5.    1.084    0.313\n   2259  854.976  630.448  20.2959   0.1415   12.770       5.    1.022   -0.319\n   2260 1215.654  630.506  19.3008   0.0602   12.620       5.    0.956    0.018\n   2261  421.359  631.339  20.2036   0.1388   12.960       5.    1.072    0.054\n   2264  884.731  631.641  19.7287   0.1022   12.580       5.    1.206   -0.053\n   2266  378.579  632.541  20.0657   0.1109   12.810       5.    0.934   -0.254\n   2268  481.471  635.319  18.2691   0.0290   13.110       5.    0.860    0.104\n   2273  693.846  636.175  15.5272   0.0197   13.230       5.    1.667    0.043\n   2274  145.805  636.754  15.0293   0.0145   12.460       5.    1.312    0.049\n   2280  192.145  638.234  20.3961   0.1637   12.550       5.    1.077   -0.096\n   2283   58.498  638.696  19.0993   0.0533   12.570       5.    0.938    0.093\n   2282   54.226  638.944  19.4964   0.0991   12.590       5.    1.404   -0.395\n   2285  364.820  639.497  20.1793   0.0986   12.600       5.    0.700   -0.030\n   2289  456.612  640.267  20.0457   0.1278   13.080       5.    1.135   -0.324\n   2295 1052.750  640.607  19.0464   0.0489   12.490       5.    0.922   -0.091\n   2294  822.267  641.296  21.0168   0.2609   12.850       5.    1.011   -0.242\n   2290    4.601  641.775  19.5678   0.0752   12.500       5.    0.944    0.008\n   2296  196.602  642.722  19.6086   0.0776   12.530       5.    0.944    0.101\n   2299  860.559  643.360  20.2313   0.1363   12.860       5.    1.040   -0.035\n   2302 1242.400  643.391  19.9565   0.1150   12.620       5.    1.146   -0.075\n   2311  365.275  645.557  20.6565   0.1575   12.580       5.    0.775   -0.162\n   2315   50.846  646.169  21.1514   0.4093   12.580       5.    1.473   -0.161\n   2324 1122.078  648.558  16.5445   0.0184   12.510       5.    1.223    0.034\n   2325  203.949  650.078  20.5537   0.1734   12.440       5.    0.982   -0.243\n   2326  211.353  650.158  19.8395   0.0823   12.350       5.    0.806   -0.259\n   2337 1216.309  653.069  19.4975   0.0812   12.690       5.    1.161   -0.236\n   2336 1205.382  653.050  20.9210   0.3352   12.650       5.    1.560   -0.715\n   2340  123.576  655.073  20.8783   0.2183   12.640       5.    0.919    0.060\n   2348  942.340  655.457  17.6974   0.0196   12.510       5.    0.769   -0.049\n   2342  472.039  655.567  20.9001   0.2423   13.140       5.    1.014   -0.124\n   2359 1185.873  658.524  20.6224   0.1929   12.590       5.    1.090   -0.406\n   2355  194.716  658.603  19.1329   0.0613   12.460       5.    1.101   -0.168\n   2360  434.973  658.615  15.9177   0.0157   12.910       5.    1.198    0.069\n   2373  401.042  663.634  18.0355   0.0396   12.760       5.    1.492    0.104\n   2374  449.220  663.822  17.5500   0.0318   12.990       5.    1.503    0.067\n   2376  996.259  663.924  19.9452   0.0926   12.600       5.    0.871    0.054\n   2378 1244.801  663.950  18.4941   0.0321   12.510       5.    0.860    0.019\n   2377 1180.366  664.572  19.9128   0.0871   12.650       5.    0.815   -0.140\n   2384 1103.219  664.993  20.4138   0.1937   12.550       5.    1.350    0.152\n   2379  331.751  665.085  18.6579   0.0429   12.410       5.    1.058   -0.096\n   2387  577.386  666.510  12.1461   0.0109   15.640       5.    1.069    0.059\n   2386  168.684  666.933  20.5464   0.1414   12.670       5.    0.759   -0.274\n   2388  103.977  667.430  19.3087   0.0470   12.570       5.    0.657   -0.144\n   2392  946.277  667.462  20.7548   0.1873   12.550       5.    0.893    0.016\n   2390  502.681  667.811  19.7236   0.0941   13.410       5.    1.075   -0.004\n   2393  976.180  668.398  16.7651   0.0212   12.490       5.    1.278   -0.043\n   2400 1056.413  668.623  21.0008   0.2543   12.430       5.    1.001   -0.910\n   2397  436.988  668.753  18.2377   0.0416   12.880       5.    1.284    0.043\n   2395   12.662  669.188  18.4774   0.0404   12.530       5.    1.105    0.005\n   2402  644.608  669.585  18.1851   0.0305   13.180       5.    0.982    0.067\n   2406 1192.216  669.843  15.5747   0.0168   12.550       5.    1.410    0.052\n   2405 1136.761  670.595  19.4718   0.0706   12.630       5.    0.998   -0.059\n   2409  934.989  671.003  19.7544   0.1236   12.640       5.    1.480    0.290\n   2412  924.350  671.935  20.8760   0.2296   12.560       5.    1.017   -0.495\n   2416 1218.284  673.235  20.1242   0.1865   12.580       5.    1.733   -0.150\n   2423 1058.106  675.029  20.3920   0.1530   12.520       5.    1.037    0.076\n   2422  873.325  675.110  16.9412   0.0450   12.840       5.    2.928    0.276\n   2420  395.236  675.328  18.4046   0.0375   12.950       5.    1.086   -0.058\n   2426  993.894  676.199  21.1076   0.2555   12.650       5.    0.901   -0.464\n   2431  352.969  677.294  20.3213   0.1517   12.490       5.    1.060   -0.260\n   2432  456.978  678.175  19.2531   0.0713   12.960       5.    1.175    0.057\n   2433  791.732  678.344  18.8433   0.0551   12.930       5.    1.250   -0.120\n   2452 1017.553  682.920  20.3547   0.1875   12.590       5.    1.368   -0.127\n   2450  909.181  682.430  19.7660   0.0939   12.610       5.    1.020   -0.064\n   2457  821.452  684.077  19.6548   0.0772   12.830       5.    0.914    0.100\n   2461 1184.306  684.410  19.2091   0.0981   12.710       5.    1.844    0.172\n   2459  507.791  685.489  20.4275   0.1606   13.400       5.    1.020    0.178\n   2469 1134.982  685.653  20.8243   0.2679   12.810       5.    1.311    0.022\n   2470 1209.232  685.937  19.7923   0.1040   12.730       5.    1.170   -0.089\n   2463  199.947  686.181  20.9706   0.2314   12.440       5.    0.899   -0.781\n   2482   12.047  690.744  19.3299   0.0630   12.510       5.    0.952    0.061\n   2495  770.455  693.282  21.0546   0.2133   13.020       5.    0.744   -0.342\n   2496  498.339  694.471  18.3221   0.0414   13.410       5.    1.298   -0.169\n   2502  966.041  694.700  19.9867   0.0983   12.890       5.    0.894   -0.145\n   2500  782.822  695.807  19.0856   0.0696   13.060       5.    1.352    0.161\n   2507  840.403  697.036  20.6585   0.1897   12.870       5.    0.995   -0.195\n   2506  551.476  697.357  19.8825   0.0868   13.210       5.    0.830   -0.018\n   2508   72.114  698.255  19.9317   0.1054   12.550       5.    1.012    0.021\n   2511 1113.419  698.262  15.2872   0.0197   12.510       5.    1.796    0.054\n   2509   91.354  698.456  18.9598   0.0496   12.660       5.    0.980   -0.035\n   2510  682.961  698.609  20.5732   0.2319   13.490       5.    1.378   -0.673\n   2513  863.298  699.024  20.7989   0.1733   12.880       5.    0.767    0.125\n   2521  287.671  702.444  19.2710   0.0633   12.450       5.    1.002   -0.239\n   2525  257.041  703.097  20.4506   0.1443   12.430       5.    0.876    0.038\n   2530  903.813  703.702  17.6901   0.0200   12.850       5.    0.802    0.100\n   2527  144.473  703.825  19.9587   0.1068   12.660       5.    0.995   -0.099\n   2531  977.612  704.761  18.9444   0.0332   12.800       5.    0.596   -0.027\n   2543  338.098  708.174  20.2284   0.1460   12.420       5.    1.109   -0.152\n   2541 1090.609  708.362  18.6553   0.0517   12.620       5.    1.352   -0.154\n   2552  545.840  710.662  16.9680   0.0191   13.350       5.    1.077    0.012\n   2553  880.133  710.807  17.9792   0.0395   12.880       5.    1.477   -0.075\n   2554  860.847  711.766  17.2671   0.0214   12.930       5.    1.091    0.107\n   2559  968.911  712.757  17.4648   0.0310   12.790       5.    1.426   -0.077\n   2556  390.672  713.509  17.7285   0.0299   12.840       5.    1.243    0.057\n   2563 1027.079  714.359  20.1815   0.1241   12.900       5.    0.988   -0.238\n   2565  306.802  715.056  19.2353   0.0520   12.360       5.    0.817   -0.034\n   2566  134.322  715.813  19.5110   0.0546   12.480       5.    0.661    0.035\n   2573  670.929  716.629  20.1803   0.1525   13.150       5.    1.242    0.432\n   2579  497.033  718.734  21.0217   0.2269   13.140       5.    0.829   -0.217\n   2577   31.674  718.783  19.7238   0.0882   12.730       5.    0.983   -0.170\n   2578   63.949  719.457  17.2785   0.0248   12.610       5.    1.286   -0.024\n   2584  709.796  719.971  20.6383   0.2488   13.180       5.    1.369   -0.213\n   2586 1241.098  720.437  21.1034   0.2449   12.420       5.    0.868   -0.199\n   2589  558.067  722.337  18.7783   0.0525   13.220       5.    1.226    0.003\n   2591 1030.457  722.967  20.3164   0.1466   12.830       5.    1.052   -0.061\n   2596  657.365  724.570  20.2323   0.1124   13.150       5.    0.809    0.108\n   2598 1223.972  725.166  20.0953   0.1562   12.460       5.    1.449   -0.501\n   2601 1188.687  726.163  17.5226   0.0272   12.680       5.    1.279   -0.035\n   2607    4.111  727.741  19.9196   0.0937   12.730       5.    0.882   -0.089\n   2610  267.133  729.081  20.2766   0.1187   12.440       5.    0.828    0.291\n   2613  901.134  729.247  20.4476   0.1835   12.620       5.    1.217    0.197\n   2611  498.561  729.508  20.1846   0.1089   13.030       5.    0.808   -0.247\n   2615  750.375  730.372  19.2920   0.0733   13.030       5.    1.208   -0.004\n   2624  198.028  731.486  20.3533   0.1186   12.590       5.    0.748   -0.199\n   2637  588.646  735.254  19.9190   0.1462   13.530       5.    1.521   -0.027\n   2625  376.546  732.276  19.1420   0.0926   12.620       5.    1.791    0.155\n   2628  482.970  732.920  15.8016   0.0180   12.910       5.    1.445    0.025\n   2631  982.583  733.497  12.4218   0.0103   12.620       5.    0.988    0.048\n   2634  798.733  733.791  16.7660   0.0246   13.040       5.    1.589    0.033\n   2636  369.475  734.819  19.4217   0.0846   12.490       5.    1.256   -0.162\n   2642  825.926  735.768  20.2565   0.1611   12.880       5.    1.234    0.195\n   2638  661.485  735.779  20.5540   0.1685   13.170       5.    0.958    0.384\n   2643 1019.062  736.139  17.1573   0.0249   12.850       5.    1.349    0.010\n   2645  325.582  736.407  20.3494   0.1292   12.490       5.    0.851   -0.348\n   2648  176.652  737.903  19.1838   0.0717   12.530       5.    1.279    0.038\n   2649  678.182  737.905  19.0233   0.0599   13.220       5.    1.147   -0.028\n   2661  643.529  741.284  19.6537   0.0801   13.480       5.    0.951    0.018\n   2662  862.182  741.293  16.6327   0.0254   12.660       5.    1.737    0.114\n   2664  189.552  741.808  19.2630   0.0531   12.480       5.    0.815    0.092\n   2670  159.064  743.771  19.4467   0.0526   12.620       5.    0.676   -0.008\n   2672  174.356  745.298  19.3232   0.0493   12.580       5.    0.697   -0.069\n   2681  892.530  745.768  20.2057   0.0955   12.690       5.    0.681   -0.065\n   2688   28.425  747.783  19.8366   0.1126   13.020       5.    1.197   -0.026\n   2689  443.204  748.512  19.3395   0.0727   13.010       5.    1.138    0.237\n   2700  590.621  751.391  20.5439   0.2120   13.170       5.    1.291    0.371\n   2704 1244.924  752.118  18.2913   0.0340   12.300       5.    1.040    0.021\n   2708 1029.967  753.173  19.2991   0.0787   12.990       5.    1.305   -0.174\n   2705   42.248  753.483  21.0063   0.2667   12.810       5.    1.022   -0.440\n   2710 1024.721  754.332  20.7794   0.1287   12.940       5.    0.520   -0.256\n   2716 1062.114  755.173  15.9903   0.0223   12.590       5.    1.783    0.095\n   2712  254.939  755.335  19.5229   0.0650   12.500       5.    0.822    0.012\n   2726  988.212  756.615  19.7771   0.0748   12.820       5.    0.769    0.113\n   2729  906.631  757.985  20.2091   0.1749   12.760       5.    1.404   -0.122\n   2728  894.524  758.137  20.1065   0.1477   12.770       5.    1.323   -0.570\n   2731  883.830  759.021  19.6429   0.0916   12.770       5.    1.105   -0.365\n   2737  979.107  761.499  20.9776   0.2064   12.780       5.    0.799   -0.598\n   2739  922.293  762.671  19.1905   0.0468   12.640       5.    0.764   -0.193\n   2741  531.610  763.413  20.8848   0.2747   12.980       5.    1.239   -0.116\n   2743 1113.691  763.967  20.6535   0.1770   12.800       5.    0.946   -0.185\n   2740  501.402  764.243  18.5604   0.0384   12.840       5.    1.001   -0.101\n   2746 1009.356  764.371  20.2965   0.1292   12.640       5.    0.929   -0.192\n   2744  200.373  764.845  18.7238   0.0397   12.670       5.    0.876   -0.019\n   2742  806.795  764.989  20.7873   0.2081   12.920       5.    0.983   -0.440\n   2753  405.189  765.656  17.9875   0.0261   12.800       5.    0.927   -0.107\n   2748  182.990  766.111  18.1561   0.0423   12.600       5.    1.490    0.091\n   2765 1159.460  768.552  20.2812   0.1556   12.790       5.    1.203   -0.235\n   2763  577.451  768.794  18.2957   0.0303   13.170       5.    0.883   -0.138\n   2772  306.346  770.874  21.1875   0.3761   12.530       5.    1.309    0.263\n   2777 1177.640  772.107  20.0435   0.1140   12.490       5.    1.051   -0.214\n   2781 1011.968  773.874  20.3515   0.1372   12.720       5.    0.951    0.091\n   2791  682.594  776.735  16.8191   0.0168   13.090       5.    0.977   -0.017\n   2789   28.135  776.783  19.6570   0.0962   12.850       5.    1.168   -0.065\n   2792   78.859  777.934  18.5090   0.0451   13.100       5.    1.257    0.134\n   2798 1127.425  778.164  20.8194   0.2083   12.730       5.    0.973   -0.318\n   2799   22.355  779.669  19.9707   0.1076   12.780       5.    0.992    0.266\n   2816 1248.848  785.326  20.1580   0.2732   12.590       5.    2.558   -0.623\n   2819  354.534  786.030  20.7601   0.2060   12.560       5.    0.982    0.061\n   2831  758.046  787.747  19.5556   0.0921   13.040       5.    1.258    0.182\n   2827   51.194  788.332  17.7307   0.0419   13.280       5.    1.888    0.245\n   2834  915.744  788.530  17.1508   0.0169   12.560       5.    0.855    0.054\n   2835  972.720  789.012  18.6681   0.0459   12.650       5.    1.165   -0.031\n   2838  904.814  790.088  19.2722   0.0642   12.600       5.    1.051   -0.023\n   2844  113.954  793.097  20.8573   0.2027   12.660       5.    0.869   -0.141\n   2855  342.112  796.044  20.0829   0.1343   12.450       5.    1.186   -0.251\n   2863  847.132  798.408  15.9603   0.0188   12.630       5.    1.476    0.049\n   2865 1091.518  798.475  20.1756   0.1947   12.810       5.    1.732    0.049\n   2891 1093.289  802.619  19.8561   0.1103   12.840       5.    1.205    0.263\n   2866  131.861  799.477  16.4384   0.0196   12.670       5.    1.362    0.066\n   2874  879.040  799.519  16.7311   0.0169   12.680       5.    1.012    0.067\n   2867  449.192  799.596  20.3923   0.1293   12.840       5.    0.813   -0.414\n   2876 1208.843  799.976  18.7812   0.0630   12.530       5.    1.542   -0.065\n   2877   28.759  800.877  18.6547   0.0454   13.310       5.    1.132    0.097\n   2893  226.861  803.949  19.3814   0.0757   12.790       5.    1.116   -0.154\n   2895 1173.391  804.334  19.6588   0.0750   12.680       5.    0.912    0.098\n   2898  437.231  804.534  19.4617   0.0744   12.730       5.    1.052    0.064\n   2901 1000.020  805.927  20.8268   0.2390   12.540       5.    1.146   -0.315\n   2902 1083.817  806.642  16.7018   0.0178   12.790       5.    1.102   -0.002\n   2903  130.895  808.296  18.4847   0.0397   12.720       5.    1.076   -0.094\n   2915  448.830  810.666  17.2372   0.0262   12.720       5.    1.376   -0.015\n   2918 1121.954  810.853  14.8663   0.0156   12.600       5.    1.453    0.033\n   2917  906.368  811.239  18.9237   0.0410   12.470       5.    0.819   -0.085\n   2921  992.558  811.967  20.1079   0.1134   12.450       5.    0.932   -0.145\n   2931  579.286  814.131  20.8081   0.1533   12.830       5.    0.642   -0.388\n   2938   63.279  816.494  15.3457   0.0172   13.130       5.    1.519    0.124\n   2940  404.741  816.627  21.7383   0.4394   12.730       5.    0.856   -0.069\n   2942  574.597  817.188  20.6482   0.2304   12.810       5.    1.291   -0.587\n   2949  661.158  820.247  20.7086   0.1723   12.830       5.    0.844   -0.481\n   2955  664.832  822.062  20.8509   0.1651   12.840       5.    0.683   -0.338\n   2953  549.112  821.493  21.3217   0.2411   12.780       5.    0.640   -0.341\n   2954  647.218  821.755  17.0026   0.0157   12.710       5.    0.810   -0.065\n   2958  758.539  823.902  18.2304   0.0323   12.690       5.    1.032    0.061\n   2959  280.075  825.326  20.1311   0.1077   12.730       5.    0.856    0.086\n   2963  385.266  825.806  18.7207   0.0590   12.690       5.    1.447   -0.068\n   2970  893.085  829.258  18.6425   0.0470   12.590       5.    1.231    0.239\n   2974  419.205  829.911  20.1639   0.1220   12.720       5.    0.968   -0.188\n   2975  589.708  830.249  19.7177   0.0785   12.670       5.    0.884   -0.059\n   2981  941.556  830.887  20.1108   0.1368   12.570       5.    1.216   -0.107\n   2990  699.306  831.846  20.2978   0.1425   12.810       5.    1.041   -0.128\n   2992  813.232  831.973  18.2873   0.0423   12.960       5.    1.376   -0.152\n   2999  115.455  833.710  20.4700   0.1689   12.890       5.    1.048   -0.403\n   2993  383.378  833.101  20.1194   0.1258   12.790       5.    1.049    0.156\n   2995  727.581  833.189  18.7109   0.0435   12.870       5.    1.042   -0.001\n   3004  676.899  835.208  20.4542   0.1183   12.690       5.    0.691    0.109\n   3007  347.407  835.643  20.3265   0.1410   12.590       5.    0.983   -0.110\n   3014  328.319  838.754  19.2734   0.0511   12.520       5.    0.778   -0.060\n   3020  662.560  840.568  20.2744   0.1585   12.660       5.    1.215    0.401\n   3022   25.584  841.785  16.4762   0.0145   13.050       5.    0.934    0.059\n   3046  715.153  847.803  19.1216   0.0457   12.810       5.    0.788   -0.054\n   3047  725.961  847.828  20.1898   0.1505   12.840       5.    1.234   -0.509\n   3051  742.063  850.028  18.0057   0.0346   12.770       5.    1.308   -0.009\n   3053 1178.441  850.179  19.6794   0.0825   12.570       5.    1.005   -0.268\n   3056  765.222  851.614  20.5903   0.1752   12.820       5.    0.989   -0.353\n   3057  867.400  851.808  20.2701   0.1500   12.740       5.    1.144   -0.133\n   3063 1170.361  852.814  19.3216   0.0498   12.610       5.    0.746   -0.053\n   3066   17.103  854.598  19.3132   0.0779   12.960       5.    1.263   -0.094\n   3067  484.773  854.636  21.4105   0.3748   12.630       5.    1.037   -0.232\n   3070  386.339  855.543  20.4791   0.1636   12.580       5.    1.012   -0.206\n   3073  593.862  856.861  20.5937   0.1779   12.640       5.    1.002    0.236\n   3075 1051.291  857.303  20.7701   0.2157   12.450       5.    1.088   -0.355\n   3079  553.941  857.756  15.0950   0.0204   12.880       5.    1.928    0.064\n   3078  418.679  858.025  18.7337   0.0541   12.610       5.    1.254   -0.064\n   3097 1046.080  862.824  19.9595   0.1104   12.470       5.    1.098    0.144\n   3095  446.709  863.100  19.1123   0.0624   12.620       5.    1.169   -0.118\n   3094  427.642  863.249  16.7772   0.0196   12.590       5.    1.203   -0.081\n   3092  104.885  863.337  19.6838   0.0694   12.860       5.    0.767    0.068\n   3102  641.154  864.632  20.3578   0.1449   12.920       5.    0.994   -0.286\n   3107 1208.297  865.012  17.7196   0.0346   12.370       5.    1.528    0.070\n   3113  807.428  867.013  20.6392   0.2295   12.800       5.    1.314   -0.286\n   3115 1010.107  868.053  20.4965   0.1599   12.500       5.    1.003   -0.087\n   3111   50.986  868.446  19.3598   0.0778   12.790       5.    1.213    0.021\n   3117  637.407  868.832  19.7968   0.0970   12.920       5.    1.068   -0.227\n   3120  313.919  870.170  19.5549   0.0846   12.630       5.    1.116   -0.044\n   3151  209.836  875.661  18.6001   0.0473   12.560       5.    1.258   -0.109\n   3127  612.382  871.230  20.2059   0.1339   12.880       5.    1.058   -0.296\n   3130  367.891  871.611  17.3440   0.0201   12.490       5.    0.970    0.048\n   3129  335.739  872.085  20.2644   0.1343   12.490       5.    0.994   -0.239\n   3138 1132.701  872.457  21.1840   0.2815   12.570       5.    0.974   -0.824\n   3133   92.361  873.065  17.2111   0.0228   12.850       5.    1.203   -0.013\n   3134  147.664  873.327  17.0584   0.0192   12.510       5.    1.052    0.024\n   3143 1091.785  874.082  20.6364   0.2062   12.510       5.    1.190   -0.105\n   3146  431.522  875.250  20.1378   0.1321   12.640       5.    1.109   -0.207\n   3149  568.479  875.308  20.4905   0.1489   12.870       5.    0.892   -0.235\n   3177  268.942  883.064  17.6211   0.0252   12.620       5.    1.120    0.019\n   3160  617.184  879.186  18.2722   0.0493   12.920       5.    1.667    0.173\n   3165 1050.714  879.586  17.9455   0.0202   12.360       5.    0.689   -0.009\n   3167  420.988  880.735  20.3299   0.1777   12.530       5.    1.305    0.152\n   3171  723.567  882.237  19.9230   0.1241   12.750       5.    1.290    0.025\n   3170  628.640  882.423  18.1796   0.0303   12.950       5.    0.992   -0.153\n   3179  901.229  882.916  18.2000   0.0445   12.650       5.    1.483   -0.100\n   3180  288.046  883.899  20.4556   0.1398   12.640       5.    0.850   -0.293\n   3189  861.427  885.566  18.8613   0.0358   12.810       5.    0.711    0.009\n   3190  300.443  887.286  19.9716   0.1236   12.620       5.    1.176    0.049\n   3194  621.180  888.648  20.0589   0.1037   12.930       5.    0.889   -0.131\n   3196  923.007  889.202  18.2136   0.0277   12.570       5.    0.825   -0.086\n   3199  318.660  890.812  18.8985   0.0556   12.610       5.    1.197   -0.012\n   3210  659.500  893.965  20.4962   0.1422   12.820       5.    0.836    0.119\n   3211  820.770  895.538  20.5805   0.1615   12.820       5.    0.911    0.060\n   3218  192.407  897.048  20.8411   0.3074   12.500       5.    1.496    0.186\n   3224 1099.032  898.394  19.0135   0.0545   12.460       5.    1.093    0.004\n   3230   98.536  899.933  19.7915   0.1008   12.370       5.    1.119   -0.027\n   3233 1130.174  899.965  20.3470   0.1346   12.450       5.    0.954   -0.394\n   3234 1190.598  900.362  20.2868   0.0982   12.390       5.    0.670    0.310\n   3236   73.287  900.512  21.0213   0.2816   12.580       5.    1.110   -0.025\n   3247  959.794  903.964  19.7621   0.0979   12.720       5.    1.117   -0.331\n   3245  264.712  904.374  20.8008   0.2386   12.550       5.    1.150   -0.094\n   3249  700.358  905.258  19.0186   0.0567   12.820       5.    1.126    0.101\n   3268  700.564  909.699  18.4191   0.0405   12.820       5.    1.199   -0.113\n   3254  555.929  905.623  17.7517   0.0284   12.890       5.    1.199    0.074\n   3256   63.234  906.910  20.7719   0.1818   12.500       5.    0.838   -0.166\n   3257  125.774  907.289  14.8560   0.0135   12.500       5.    1.234    0.069\n   3265  969.237  909.971  20.2104   0.1110   12.580       5.    0.854   -0.022\n   3267  661.473  910.354  20.3475   0.1871   12.790       5.    1.384   -0.374\n   3278  274.169  911.236  20.6673   0.2443   12.600       5.    1.319   -1.026\n   3274 1213.160  911.518  20.9209   0.2402   12.410       5.    1.056   -0.238\n   3279  732.032  912.371  19.8081   0.1254   12.780       5.    1.453   -0.276\n   3283  470.390  912.993  20.4958   0.1903   12.540       5.    1.212   -0.285\n   3287  328.040  913.823  19.2436   0.0646   12.480       5.    1.068    0.005\n   3289  625.075  913.967  19.6801   0.0770   12.870       5.    0.899   -0.089\n   3288  414.145  913.969  20.0091   0.1410   12.640       5.    1.364   -0.332\n   3294 1065.682  914.466  18.5529   0.0388   12.520       5.    1.051   -0.134\n   3296 1238.355  914.920  16.9671   0.0174   12.370       5.    0.973    0.022\n   3299  165.573  917.203  18.5819   0.0516   12.380       5.    1.415    0.083\n   3301  762.887  917.281  19.3914   0.0697   12.620       5.    1.061    0.093\n   3305 1181.950  917.666  17.8038   0.0369   12.400       5.    1.579    0.047\n   3307  108.076  919.975  20.1374   0.1092   12.340       5.    0.875    0.129\n   3311  986.139  919.994  20.3237   0.1339   12.490       5.    0.968   -0.413\n   3309  767.389  920.012  19.7080   0.1354   12.690       5.    1.746    0.334\n   3324  464.920  924.896  20.0239   0.1128   12.570       5.    1.023    0.057\n   3325  660.605  925.105  17.5057   0.0288   12.810       5.    1.400    0.154\n   3338 1025.340  927.107  20.3240   0.1080   12.460       5.    0.729   -0.141\n   3333 1011.663  927.337  19.6575   0.0876   12.440       5.    1.102   -0.191\n   3335  301.743  927.602  20.2581   0.1462   12.640       5.    1.115   -0.232\n   3339 1169.551  927.628  20.3977   0.1651   12.450       5.    1.154   -0.258\n   3342  909.947  928.425  20.4985   0.1326   12.730       5.    0.777   -0.080\n   3346  136.389  930.749  20.6097   0.2121   12.480       5.    1.219   -0.350\n   3349 1191.943  930.982  20.2480   0.1315   12.290       5.    1.038   -0.306\n   3347  165.129  931.126  16.8814   0.0228   12.360       5.    1.373    0.080\n   3351  194.420  931.983  20.7663   0.2428   12.420       5.    1.212   -0.078\n   3355  769.663  932.375  18.1167   0.0387   12.730       5.    1.400   -0.026\n   3358  314.071  932.893  17.3944   0.0253   12.490       5.    1.231   -0.023\n   3367 1144.124  935.704  20.5100   0.1452   12.420       5.    0.889   -0.396\n   3372 1119.694  936.635  20.9786   0.2369   12.400       5.    0.981   -0.134\n   3371  746.117  937.155  18.9126   0.0395   12.670       5.    0.794   -0.041\n   3374  172.375  938.997  20.3329   0.2008   12.300       5.    1.506   -0.115\n   3378  889.657  939.611  16.0329   0.0142   12.660       5.    1.023    0.068\n   3375  246.378  939.678  21.3195   0.3133   12.540       5.    0.916   -0.353\n   3380  280.970  941.186  15.2776   0.0154   12.460       5.    1.361    0.009\n   3386   95.774  941.742  18.6331   0.0343   12.450       5.    0.823   -0.004\n   3395  846.604  944.451  20.9353   0.1920   12.690       5.    0.774   -0.045\n   3404  147.773  947.542  18.4289   0.0392   12.430       5.    1.142    0.069\n   3402  628.153  947.645  20.2847   0.1521   12.860       5.    1.152    0.347\n   3405  646.343  947.888  19.8756   0.0638   12.820       5.    0.568   -0.061\n   3409 1078.487  948.816  20.2838   0.1357   12.460       5.    1.039   -0.215\n   3416 1042.779  949.547  19.3314   0.0831   12.530       5.    1.405    0.038\n   3413  439.904  949.992  15.2030   0.0217   12.570       5.    2.061    0.059\n   3418  531.309  950.599  20.5767   0.1666   12.790       5.    0.949   -0.344\n   3420  198.535  951.579  19.9986   0.1239   12.490       5.    1.188   -0.139\n   3419  158.906  952.285  20.4538   0.1519   12.420       5.    0.951    0.239\n   3426  518.396  952.576  20.7806   0.2614   12.580       5.    1.329   -0.517\n   3427  917.739  952.942  20.6397   0.2193   12.730       5.    1.255    0.109\n   3424  241.532  953.495  19.7849   0.0643   12.480       5.    0.622    0.074\n   3430  223.095  954.832  19.0135   0.0572   12.470       5.    1.145   -0.065\n   3431  843.307  955.168  18.4187   0.0432   12.690       5.    1.310    0.048\n   3432  891.648  955.791  19.6442   0.0778   12.680       5.    0.967    0.028\n   3434  872.765  956.232  18.2414   0.0505   12.660       5.    1.766    0.070\n   3439 1205.672  956.471  18.8735   0.0442   12.500       5.    0.975   -0.109\n   3436  432.392  956.728  17.7395   0.0232   12.570       5.    0.927   -0.036\n   3446  164.692  959.773  19.3664   0.0683   12.430       5.    1.046   -0.025\n   3452 1220.893  959.804  19.6338   0.0667   12.530       5.    0.815   -0.013\n   3449  705.917  960.301  20.3517   0.1261   12.900       5.    0.849   -0.029\n   3457  681.372  960.328  21.0578   0.2455   12.760       5.    0.890   -0.120\n   3455  578.078  960.580  17.2827   0.0202   12.830       5.    1.012   -0.001\n   3453  311.048  961.117  18.2328   0.0332   12.560       5.    1.071   -0.116\n   3462 1200.863  961.755  18.4735   0.0315   12.450       5.    0.863   -0.072\n   3461  515.509  962.036  16.7584   0.0194   12.590       5.    1.208    0.030\n   3465  766.318  963.097  19.2893   0.0664   12.700       5.    1.102   -0.206\n   3463  470.437  963.810  20.8410   0.1816   12.650       5.    0.784   -0.160\n   3467  527.986  963.946  19.6838   0.0820   12.640       5.    0.980    0.021\n   3469 1089.778  964.265  18.4298   0.0473   12.480       5.    1.418    0.002\n   3475  475.109  965.797  20.2422   0.1001   12.660       5.    0.704   -0.113\n   3476  798.959  965.907  19.0394   0.0532   12.650       5.    1.028   -0.013\n   3481  749.238  966.628  16.8154   0.0165   12.670       5.    0.967    0.055\n   3477  304.144  967.752  20.8220   0.2197   12.580       5.    1.023   -0.301\n   3484  600.402  969.738  20.1864   0.1296   12.760       5.    1.049   -0.242\n   3488 1248.110  969.943  19.2534   0.0809   12.500       5.    1.466   -0.219\n   3485   32.573  970.149  13.9582   0.0117   12.430       5.    1.126    0.078\n   3498  574.309  975.365  19.4551   0.0629   12.600       5.    0.875   -0.031\n   3499  664.815  975.460  18.3609   0.0367   12.730       5.    1.111   -0.001\n   3501  722.009  976.236  20.0930   0.0984   12.690       5.    0.821   -0.053\n   3504  952.082  976.330  19.8319   0.1103   12.880       5.    1.231   -0.002\n   3502  809.448  976.587  20.9449   0.1898   12.560       5.    0.758    0.006\n   3513  999.923  978.895  19.4683   0.0769   12.520       5.    1.124    0.089\n   3523  684.451  981.746  17.8011   0.0298   12.750       5.    1.243   -0.060\n   3525  848.655  982.040  20.1561   0.0932   12.740       5.    0.716    0.059\n   3528  676.205  983.176  19.2211   0.0660   12.660       5.    1.150   -0.317\n   3529   47.024  984.470  18.4560   0.0473   12.490       5.    1.280   -0.034\n   3531  539.460  984.539  19.5970   0.0845   12.680       5.    1.109   -0.233\n   3537  553.189  984.940  18.4601   0.0463   12.770       5.    1.361   -0.057\n   3538  778.243  985.241  20.7503   0.1796   12.530       5.    0.881    0.162\n   3544  759.832  987.443  17.2064   0.0191   12.610       5.    0.970   -0.022\n   3547  561.533  987.774  20.9631   0.2822   12.730       5.    1.205   -0.784\n   3546  410.102  987.802  16.9629   0.0233   12.700       5.    1.360    0.008\n   3558   98.273  991.617  20.0306   0.1054   12.330       5.    0.927    0.006\n   3561  886.701  992.436  16.9716   0.0262   12.760       5.    1.560   -0.015\n   3564  179.840  993.800  20.2669   0.1346   12.400       5.    1.001    0.103\n   3563    4.628  994.387  19.7533   0.0756   12.790       5.    0.812   -0.096\n   3568  796.595  995.069  19.0087   0.0408   12.530       5.    0.764   -0.111\n   3571  319.969  996.611  17.6748   0.0288   12.280       5.    1.238   -0.054\n   3570  167.853  997.223  18.7546   0.0506   12.420       5.    1.224   -0.116\n   3593   43.211 1003.469  20.1972   0.1411   12.630       5.    1.142   -0.245\n   3581 1230.333  999.341  20.7672   0.1569   12.390       5.    0.751    0.096\n   3582  200.582 1000.073  19.0225   0.0711   12.420       5.    1.472   -0.159\n   3583  333.944 1000.851  20.6763   0.2290   12.390       5.    1.260   -0.182\n   3592  758.695 1002.126  20.0778   0.1128   12.630       5.    0.997   -0.268\n   3597  558.917 1003.423  21.0378   0.2295   12.610       5.    0.866    0.174\n   3598 1042.614 1003.533  19.1274   0.0394   12.560       5.    0.657   -0.069\n   3601  772.049 1005.087  20.0293   0.1067   12.660       5.    0.982   -0.059\n   3600  361.615 1005.404  20.2320   0.1020   12.450       5.    0.730   -0.164\n   3610  530.132 1007.661  20.9588   0.2035   12.540       5.    0.807    0.228\n   3619  871.775 1010.593  16.7635   0.0223   12.700       5.    1.439   -0.035\n   3621 1037.101 1011.302  19.5891   0.0968   12.560       5.    1.345   -0.230\n   3622  108.457 1012.086  19.4204   0.0582   12.380       5.    0.810    0.113\n   3629   36.557 1012.535  15.9544   0.0103   12.510       5.    0.688    0.098\n   3635 1117.528 1012.562  19.1306   0.0482   12.440       5.    0.865   -0.019\n   3630   69.265 1012.619  18.1059   0.0297   12.530       5.    1.024   -0.075\n   3636 1138.711 1013.286  19.7869   0.0910   12.440       5.    1.051   -0.002\n   3641  400.459 1015.094  20.3233   0.1621   12.390       5.    1.204   -0.232\n   3642  326.858 1016.128  20.2457   0.1210   12.320       5.    0.908   -0.054\n   3649   77.076 1018.020  19.0627   0.0559   12.490       5.    1.073   -0.114\n   3657 1242.820 1019.068  19.4919   0.0661   12.480       5.    0.945    0.106\n   3658  997.293 1020.108  17.9295   0.0240   12.780       5.    0.887    0.024\n   3660  553.058 1020.948  18.8070   0.0611   12.630       5.    1.418   -0.271\n   3662 1163.245 1021.346  18.5121   0.0395   12.550       5.    1.114   -0.024\n   3667 1202.284 1023.368  17.0826   0.0299   12.440       5.    1.720    0.048\n   3670  402.514 1025.217  17.1037   0.0297   12.410       5.    1.712   -0.119\n   3672  831.783 1025.755  20.5420   0.1653   12.710       5.    1.003   -0.365\n   3679  818.137 1026.600  20.7768   0.2143   12.660       5.    1.072   -0.549\n   3684  581.061 1027.677  20.1055   0.1270   12.640       5.    1.118   -0.160\n   3690  666.568 1028.912  19.8842   0.0945   12.620       5.    0.970   -0.264\n   3697 1065.427 1029.397  19.2514   0.0708   12.520       5.    1.258    0.017\n   3693  613.235 1029.553  19.2066   0.0632   12.630       5.    1.121    0.004\n   3704 1186.327 1030.574  17.7426   0.0240   12.490       5.    0.992    0.022\n   3699  424.608 1031.001  18.9797   0.0484   12.750       5.    0.958    0.130\n   3698  191.273 1031.593  21.0186   0.2684   12.580       5.    1.065   -0.973\n   3706  960.516 1031.732  19.6223   0.0698   12.680       5.    0.872    0.051\n   3709  480.141 1033.153  20.1200   0.1280   12.470       5.    1.111   -0.067\n   3711  263.892 1034.312  19.5903   0.0899   12.440       5.    1.194   -0.282\n   3717 1143.236 1034.613  19.3095   0.0527   12.620       5.    0.829   -0.081\n   3720  246.060 1035.655  16.3379   0.0178   12.480       5.    1.250   -0.035\n   3721  795.504 1036.355  20.0613   0.1262   12.690       5.    1.178   -0.372\n   3722   53.946 1037.452  18.0681   0.0273   12.460       5.    0.938    0.006\n   3736  663.974 1039.789  20.9685   0.2895   12.630       5.    1.247   -0.201\n   3739  104.633 1040.814  20.7455   0.2217   12.570       5.    1.114   -0.221\n   3757  103.556 1044.729  20.8710   0.2220   12.650       5.    0.982    0.311\n   3742  197.412 1042.133  18.7606   0.0400   12.480       5.    0.915    0.164\n   3743  548.871 1042.428  19.7385   0.0974   12.560       5.    1.161    0.204\n   3746 1071.396 1042.594  20.4602   0.1157   12.480       5.    0.702   -0.352\n   3747 1087.618 1042.599  20.4344   0.1526   12.530       5.    1.043   -0.235\n   3749   46.587 1042.704  19.4964   0.0838   12.570       5.    1.184   -0.331\n   3753  367.636 1043.664  19.8644   0.1175   12.510       5.    1.275   -0.357\n   3759  233.151 1044.736  18.8730   0.0441   12.540       5.    0.940   -0.061\n   3765  391.657 1045.979  19.3207   0.0676   12.420       5.    1.092   -0.022\n   3767  750.297 1046.088  20.9412   0.2358   12.610       5.    1.014    0.147\n   3768 1018.425 1046.295  20.5441   0.1614   12.540       5.    0.981   -0.005\n   3782  591.302 1050.540  20.5149   0.1354   12.610       5.    0.790    0.159\n   3774 1002.724 1047.567  20.1251   0.1368   12.520       5.    1.234   -0.315\n   3788  208.539 1052.794  17.1089   0.0193   12.480       5.    1.051    0.018\n   3777  804.241 1049.386  14.7262   0.0219   12.620       5.    2.154    0.088\n   3779 1028.890 1050.734  20.7535   0.1408   12.610       5.    0.653    0.033\n   3783  230.970 1052.135  17.5831   0.0309   12.560       5.    1.403   -0.046\n   3795 1167.274 1053.068  20.6026   0.1583   12.490       5.    0.913    0.047\n   3793 1063.508 1053.309  20.1845   0.0990   12.450       5.    0.776   -0.103\n   3801  628.333 1054.955  20.6213   0.2120   12.650       5.    1.215   -0.786\n   3803 1142.153 1055.179  18.2299   0.0352   12.650       5.    1.182    0.006\n   3800  569.391 1055.355  15.8714   0.0198   12.580       5.    1.589    0.008\n   3804  858.371 1055.682  19.9236   0.1211   12.700       5.    1.264    0.024\n   3805  293.978 1057.472  20.0527   0.1253   12.580       5.    1.158   -0.185\n   3806  554.176 1057.873  20.9383   0.2605   12.540       5.    1.115   -0.274\n   3812  391.948 1060.293  17.9734   0.0272   12.660       5.    0.978   -0.058\n   3815  277.566 1061.785  20.5383   0.1222   12.620       5.    0.648   -0.169\n   3816 1027.193 1061.884  20.7983   0.1679   12.660       5.    0.788    0.118\n   3821  751.015 1062.775  18.8065   0.0479   12.650       5.    1.118   -0.026\n   3819  212.456 1063.004  19.3339   0.0617   12.560       5.    0.955   -0.118\n   3825  461.225 1063.964  19.1251   0.0605   12.490       5.    1.132   -0.081\n   3830  615.928 1064.516  20.2615   0.1397   12.520       5.    1.047   -0.353\n   3828  564.202 1065.268  19.6631   0.1028   12.600       5.    1.288    0.329\n   3833  518.423 1066.303  18.6181   0.0408   12.610       5.    1.027   -0.232\n   3832  205.101 1066.305  18.3121   0.0441   12.520       5.    1.435   -0.138\n   3836  422.549 1066.919  19.9218   0.0974   12.540       5.    0.967   -0.148\n   3838  405.164 1068.454  19.6003   0.0885   12.510       5.    1.156   -0.095\n   3843  165.497 1069.978  21.1925   0.3210   12.500       5.    1.073    0.285\n   3845  290.406 1070.736  19.6326   0.1165   12.650       5.    1.558   -0.114\n   3847  618.375 1071.167  20.3263   0.1424   12.520       5.    1.037   -0.265\n   3849 1091.704 1071.182  18.9819   0.0568   12.380       5.    1.218    0.025\n   3854  203.205 1073.050  18.7426   0.0473   12.520       5.    1.128   -0.194\n   3857  728.659 1073.075  20.2536   0.1293   12.540       5.    1.001    0.035\n   3871  987.713 1074.545  19.7071   0.0961   12.600       5.    1.204    0.172\n   3864   75.330 1074.850  20.8470   0.3000   12.480       5.    1.461   -0.528\n   3873 1073.622 1074.869  20.0488   0.1178   12.480       5.    1.124    0.407\n   3872 1035.985 1075.131  19.8000   0.1042   12.590       5.    1.222   -0.163\n   3865  296.207 1075.440  20.8856   0.2537   12.730       5.    1.131   -0.094\n   3875  851.591 1076.120  16.7646   0.0210   12.550       5.    1.300   -0.012\n   3878  323.682 1076.789  18.5988   0.0329   12.480       5.    0.819    0.037\n   3883 1132.979 1076.813  19.3624   0.0665   12.470       5.    1.066    0.142\n   3888  114.147 1080.763  20.8174   0.2647   12.570       5.    1.287    0.515\n   3897  526.531 1081.049  19.7116   0.1103   12.600       5.    1.386   -0.254\n   3903  898.760 1081.577  17.0260   0.0128   12.720       5.    0.628   -0.092\n   3896  346.675 1081.646  20.7118   0.2133   12.650       5.    1.124   -0.350\n   3905  126.208 1082.844  18.5941   0.0387   12.470       5.    0.997   -0.015\n   3906  336.425 1083.213  19.4895   0.0740   12.540       5.    1.044   -0.171\n   3909  548.253 1083.344  19.4181   0.0546   12.730       5.    0.761    0.053\n   3921 1230.645 1084.479  20.6134   0.2192   12.550       5.    1.329   -0.387\n   3916  322.858 1085.134  20.6495   0.1778   12.490       5.    0.963   -0.126\n   3920  847.169 1085.131  19.1480   0.0627   12.670       5.    1.159    0.026\n   3923 1167.252 1085.588  19.1154   0.0460   12.520       5.    0.838   -0.095\n   3922  152.391 1086.415  15.8029   0.0178   12.460       5.    1.459    0.080\n   3925  540.847 1087.244  19.7267   0.0962   12.700       5.    1.157   -0.036\n   3924   15.968 1087.483  20.4870   0.2006   12.450       5.    1.300   -0.132\n   3928  983.226 1087.631  20.2170   0.1167   12.560       5.    0.926   -0.098\n   3930  553.082 1088.679  20.7915   0.2261   12.750       5.    1.122   -0.422\n   3936  931.805 1090.169  20.2461   0.1027   12.700       5.    0.752   -0.098\n   3939  978.643 1090.848  20.7812   0.2308   12.600       5.    1.199   -0.784\n   3940   71.076 1091.506  18.8221   0.0558   12.430       5.    1.309   -0.079\n   3943  387.825 1091.951  19.9243   0.1078   12.600       5.    1.095   -0.134\n   3946  625.120 1092.854  19.8573   0.0872   12.510       5.    0.901   -0.124\n   3953  780.839 1093.659  21.0930   0.2612   12.670       5.    0.982   -0.564\n   3948  225.954 1093.881  20.3671   0.1644   12.610       5.    1.169    0.260\n   3951  675.394 1094.201  19.4627   0.1681   12.470       5.    2.775    0.644\n   3959  461.004 1094.486  16.3644   0.0169   12.570       5.    1.153    0.025\n   3960  563.446 1094.825  19.9013   0.1217   12.730       5.    1.311   -0.278\n   3958  381.476 1095.072  20.1315   0.1329   12.590       5.    1.143   -0.023\n   3954   19.159 1095.109  20.5364   0.1173   12.430       5.    0.631   -0.077\n   3963  553.590 1095.742  20.1710   0.1435   12.680       5.    1.225    0.021\n   3965 1131.960 1096.278  20.1109   0.1507   12.460       5.    1.416   -0.053\n   3969  396.355 1097.716  17.2891   0.0183   12.500       5.    0.899    0.051\n   3974  428.983 1100.369  20.5185   0.1634   12.580       5.    1.001   -0.314\n   3979  422.982 1100.651  20.0371   0.1413   12.550       5.    1.367   -0.059\n   3983 1109.961 1100.886  19.9495   0.0935   12.490       5.    0.934   -0.082\n   3978   20.627 1101.477  20.2460   0.1560   12.450       5.    1.240    0.282\n   3985  378.398 1101.946  19.6090   0.0832   12.570       5.    1.075   -0.160\n   3991  729.685 1102.625  19.0129   0.0600   12.650       5.    1.250   -0.032\n   3988  523.489 1103.607  19.4136   0.0810   12.620       5.    1.249    0.154\n   3994  437.259 1104.564  20.4351   0.1508   12.590       5.    0.985    0.120\n   3997  201.379 1104.612  19.8620   0.0996   12.460       5.    1.046   -0.083\n   4001  940.178 1105.052  18.8951   0.0399   12.670       5.    0.842    0.174\n   4005  559.380 1105.908  20.7031   0.2017   12.740       5.    1.008   -0.520\n   4004  327.432 1106.692  21.6407   0.4434   12.520       5.    1.018   -0.128\n   4008  257.477 1107.572  17.3513   0.0204   12.480       5.    0.981   -0.022\n   4015  104.436 1111.125  19.1809   0.0508   12.660       5.    0.853   -0.088\n   4021  128.673 1112.556  15.4928   0.0132   12.530       5.    1.083    0.007\n   4027  813.754 1114.495  19.2474   0.0662   12.630       5.    1.160   -0.169\n   4028   36.200 1115.691  20.2806   0.1118   12.300       5.    0.789   -0.145\n   4033   62.198 1115.907  17.9784   0.0316   12.370       5.    1.201    0.143\n   4040 1225.728 1116.906  19.0765   0.0513   12.530       5.    1.003   -0.010\n   4041  588.707 1117.358  19.9811   0.1014   12.540       5.    0.972   -0.132\n   4044  280.333 1119.117  20.9448   0.2131   12.670       5.    0.873    0.116\n   4049  378.935 1119.741  18.4549   0.0266   12.480       5.    0.686   -0.080\n   4051  918.148 1120.023  20.6338   0.1716   12.560       5.    0.973   -0.025\n   4054  633.630 1121.408  20.3970   0.1844   12.660       5.    1.333    0.322\n   4055  794.012 1121.434  18.7782   0.0403   12.520       5.    0.909   -0.202\n   4058   96.459 1122.159  20.7472   0.2023   12.520       5.    1.014   -0.286\n   4062  883.425 1122.253  18.0663   0.0255   12.530       5.    0.886    0.028\n   4060  237.932 1122.718  20.8519   0.2777   12.470       5.    1.342   -0.585\n   4064  586.156 1122.950  20.7014   0.2058   12.600       5.    1.106    0.145\n   4069 1240.456 1124.250  20.6021   0.1700   12.420       5.    1.020   -0.025\n   4065  298.584 1124.335  19.8233   0.1162   12.640       5.    1.323    0.161\n   4071  263.196 1124.576  19.7138   0.0969   12.570       5.    1.179    0.257\n   4070  105.282 1124.602  19.6979   0.1070   12.620       5.    1.345   -0.077\n   4085 1000.577 1128.955  20.4315   0.1228   12.390       5.    0.793    0.335\n   4087 1011.164 1129.134  19.3261   0.0738   12.560       5.    1.250    0.060\n   4089  415.851 1130.051  20.1707   0.1240   12.640       5.    1.026    0.118\n   4093  702.874 1131.255  18.7150   0.0266   12.560       5.    0.562   -0.013\n   4097  233.061 1132.484  21.4195   0.4354   12.490       5.    1.275   -0.092\n   4102  907.475 1132.583  20.4356   0.1940   12.540       5.    1.392    0.023\n   4103 1169.813 1132.650  18.9750   0.0477   12.440       5.    0.999    0.004\n   4099  595.551 1133.151  19.4568   0.0687   12.480       5.    0.998   -0.161\n   4101  676.748 1133.592  20.3641   0.1231   12.520       5.    0.841   -0.235\n   4107  651.117 1134.674  20.1900   0.1586   12.570       5.    1.357   -0.350\n   4106  507.987 1134.884  14.8333   0.0150   12.660       5.    1.428    0.037\n   4109 1176.402 1135.151  19.2939   0.0765   12.350       5.    1.351    0.086\n   4112  570.527 1135.722  20.8636   0.2314   12.650       5.    1.078   -0.350\n   4113  913.724 1135.718  19.9624   0.0974   12.580       5.    0.965    0.148\n   4126  166.193 1139.352  18.7014   0.0424   12.640       5.    1.030    0.026\n   4114 1075.900 1136.290  19.4306   0.0669   12.420       5.    1.008   -0.053\n   4116  521.274 1136.868  19.4086   0.0620   12.610       5.    0.910    0.127\n   4121  414.104 1137.795  20.2473   0.0874   12.680       5.    0.594   -0.152\n   4122  860.786 1138.463  20.6143   0.1852   12.480       5.    1.088   -0.378\n   4125 1231.505 1139.272  20.7030   0.1617   12.550       5.    0.857    0.101\n   4128 1169.549 1139.595  19.3659   0.0579   12.400       5.    0.903   -0.098\n   4131 1103.382 1141.122  17.1935   0.0309   12.450       5.    1.782    0.053\n   4133  875.586 1141.837  19.0313   0.0486   12.380       5.    0.965   -0.005\n   4132  288.564 1142.255  20.0158   0.1088   12.710       5.    1.017   -0.252\n   4134  463.290 1142.757  19.5088   0.0713   12.470       5.    0.994   -0.114\n   4144  817.814 1145.593  18.5136   0.0414   12.450       5.    1.165   -0.087\n   4146  112.467 1147.008  16.9790   0.0167   12.530       5.    0.927   -0.005\n   4149  765.300 1147.066  19.5164   0.0832   12.260       5.    1.212   -0.023\n   4150  122.780 1147.717  19.0733   0.0676   12.700       5.    1.348   -0.295\n   4153  963.240 1148.543  19.1293   0.0625   12.630       5.    1.210    0.003\n   4162  674.324 1149.781  18.3118   0.0323   12.510       5.    0.819   -0.031\n   4156  134.930 1150.365  20.2987   0.3727   12.660       5.    1.674    0.305\n   4164  874.885 1150.526  19.0017   0.2000   12.520       5.    1.744   -0.118\n      6  268.595    1.132  20.6484   0.1954   12.720       6.    0.840    0.082\n     14  623.414    0.904  20.2880   0.1705   12.740       6.    0.757    0.008\n     15  632.774    0.926  20.6627   0.2393   12.780       6.    0.864    0.312\n      2   76.664    0.963  20.5840   0.3260   12.880       6.    1.673    0.485\n      8  368.724    1.254  20.2733   0.2225   12.510       6.    1.608    0.584\n     25  955.674    2.286  20.4490   0.1799   12.750       6.    1.138    0.442\n     28  327.118    3.358  19.7786   0.1188   12.970       6.    1.322   -0.119\n     32  126.215    3.439  20.4819   0.1732   12.790       6.    1.008    0.586\n     33  589.556    4.505  17.6749   0.0415   13.000       6.    1.910    0.211\n     40  786.169    5.719  19.9045   0.1023   12.620       6.    0.986    0.303\n     42  862.892    7.093  20.4932   0.1737   12.710       6.    1.033   -0.156\n     47   89.526    8.363  20.3301   0.2256   12.760       6.    1.661   -0.140\n     54 1211.042    8.931  19.6242   0.0587   12.490       6.    0.658    0.127\n     53 1170.440    9.215  20.0605   0.1119   12.560       6.    0.947   -0.049\n     68  534.103   14.366  20.2548   0.1736   13.220       6.    1.306   -0.035\n     73 1197.419   15.391  19.2083   0.0761   12.530       6.    1.330   -0.220\n     79  866.737   15.653  16.5522   0.0283   12.750       6.    1.993    0.068\n     78  721.473   16.511  19.8810   0.1294   12.560       6.    1.366   -0.093\n     83  795.366   17.582  20.0663   0.1467   12.610       6.    1.299    0.100\n     93 1221.864   20.948  20.6827   0.1627   12.710       6.    0.798   -0.291\n     90 1017.488   21.298  19.0752   0.0678   12.590       6.    1.288   -0.035\n    102 1022.080   22.480  20.3969   0.1339   12.610       6.    0.827   -0.287\n    110  164.088   26.736  20.0023   0.1079   12.830       6.    0.937   -0.297\n    119  612.543   27.556  20.8139   0.2507   12.900       6.    1.147   -0.574\n    121   21.950   28.912  20.2559   0.1660   12.780       6.    1.234   -0.309\n    135  986.083   30.092  20.4684   0.1947   12.760       6.    1.232   -0.535\n    131   70.990   30.579  21.3933   0.3128   12.720       6.    0.789   -1.115\n    136 1180.839   30.619  16.3602   0.0232   12.650       6.    1.629   -0.070\n    143  823.287   32.709  20.5191   0.1661   12.760       6.    0.950   -0.313\n    151  103.727   35.676  19.8180   0.0941   12.690       6.    0.947    0.217\n    166 1082.008   40.545  20.5141   0.1759   12.780       6.    1.034   -0.229\n    173  578.128   42.923  18.4404   0.0511   12.900       6.    1.489   -0.094\n    175 1213.612   43.155  20.5783   0.2002   12.690       6.    1.150   -0.604\n    186  820.683   45.500  19.2061   0.0527   12.780       6.    0.827   -0.087\n    187  662.285   45.876  18.2257   0.0442   12.780       6.    1.485    0.075\n    195 1031.542   48.641  19.9699   0.0819   12.800       6.    0.685   -0.192\n    197  335.682   50.566  20.3797   0.1486   12.670       6.    0.943   -0.293\n    207  404.190   52.368  20.8736   0.2837   12.740       6.    1.242   -0.481\n    218  683.305   52.793  20.1892   0.1591   12.950       6.    1.254    0.184\n    216  226.275   53.432  20.5367   0.2039   12.860       6.    1.189   -0.311\n    222  561.879   54.491  20.4222   0.1414   12.780       6.    0.848   -0.412\n    240  346.189   60.671  20.4957   0.1709   12.770       6.    0.998    0.198\n    242   81.619   62.405  20.4405   0.1853   12.640       6.    1.175   -0.321\n    246  483.006   62.959  19.7660   0.1023   12.840       6.    1.121    0.032\n    255   12.640   66.182  20.7675   0.2718   12.520       6.    1.303    0.129\n    260   99.510   67.244  19.8827   0.1050   12.550       6.    1.032   -0.079\n    263 1161.579   68.327  20.5387   0.1434   12.630       6.    0.779    0.058\n    272 1033.062   70.522  20.3451   0.1336   12.580       6.    0.858   -0.232\n    280  603.538   73.041  20.6187   0.1940   12.720       6.    1.035   -0.161\n    288  936.244   73.574  20.3531   0.1780   12.510       6.    1.228   -0.361\n    290   25.130   75.040  18.5386   0.0624   12.490       6.    1.768    0.144\n    293  987.606   75.181  20.8687   0.2449   12.560       6.    1.062   -0.430\n    304 1053.921   76.848  19.7746   0.1024   12.430       6.    1.129   -0.009\n    302  715.870   76.995  20.3970   0.1370   12.750       6.    0.851   -0.232\n    308 1017.192   78.666  20.3497   0.1174   12.500       6.    0.738    0.124\n    321  722.451   81.483  19.3544   0.1352   12.680       6.    2.277    0.436\n    322  816.004   81.647  18.7038   0.0488   12.520       6.    1.157   -0.094\n    330  577.148   83.977  20.8632   0.2706   12.700       6.    1.191    0.172\n    342 1109.186   88.345  17.3286   0.0157   12.430       6.    0.709   -0.041\n    350  151.938   90.832  19.9060   0.0958   12.710       6.    0.899   -0.184\n    361 1111.171   93.844  18.6413   0.0525   12.470       6.    1.333    0.043\n    377  278.423   99.437  20.2572   0.1322   12.680       6.    0.875   -0.095\n    387  215.718  100.596  20.6580   0.1751   12.600       6.    0.855   -0.036\n    385   16.124  100.679  20.4175   0.1353   12.590       6.    0.798   -0.190\n    392 1079.467  101.969  20.4652   0.1657   12.680       6.    1.021   -0.033\n    390   63.526  101.967  20.6152   0.2308   12.700       6.    1.230    0.012\n    397  295.528  102.563  20.1286   0.1300   12.690       6.    1.054   -0.223\n    399  532.467  103.679  16.4256   0.0175   12.720       6.    1.140    0.007\n    400  641.981  103.862  20.7537   0.2708   12.770       6.    1.341   -0.117\n    403 1193.505  104.280  20.3943   0.1539   12.760       6.    1.003    0.151\n    407  982.324  104.392  20.6345   0.1864   12.560       6.    0.980   -0.180\n    404  271.337  105.275  20.6910   0.2338   12.680       6.    1.189    0.258\n    425 1187.614  110.378  20.1566   0.1116   12.670       6.    0.822    0.280\n    431  692.049  112.172  19.3572   0.0772   12.800       6.    0.758    0.047\n    436  499.874  112.729  20.7249   0.2214   12.730       6.    1.082   -0.759\n    440  184.419  114.366  20.4223   0.1498   12.780       6.    0.916   -0.066\n    442  448.976  114.839  20.4727   0.1695   12.630       6.    1.020   -0.505\n    451  597.915  116.504  19.8770   0.1217   12.620       6.    1.254   -0.010\n    456  670.338  118.478  20.7220   0.2168   12.880       6.    1.061   -0.570\n    466  268.365  120.558  20.7114   0.2168   12.510       6.    1.074   -0.278\n    487  522.870  126.761  20.2941   0.1417   12.770       6.    0.978    0.261\n    495  164.047  128.632  20.6613   0.1992   12.680       6.    1.015    0.259\n    503  994.277  129.510  19.7273   0.0865   12.490       6.    0.958   -0.269\n    501  450.509  129.659  19.0075   0.0511   12.670       6.    0.941   -0.005\n    513   91.448  133.160  20.6864   0.2658   12.670       6.    1.384   -0.289\n    512  582.017  133.262  20.0699   0.1429   12.790       6.    1.235   -0.157\n    514  123.505  134.000  18.0683   0.0334   12.640       6.    1.126    0.172\n    565 1004.932  144.635  20.4602   0.1941   12.470       6.    1.238   -0.231\n    566 1242.969  144.779  20.0221   0.1132   12.580       6.    1.020    0.176\n    574  455.801  147.564  16.5156   0.0185   12.790       6.    1.195   -0.037\n    593   90.759  150.852  21.1783   0.3160   12.590       6.    0.973   -0.689\n    617  692.456  157.911  18.4544   0.0289   12.730       6.    0.724    0.011\n    625  503.755  160.431  19.9451   0.1235   12.860       6.    0.906   -0.168\n    641  827.574  164.939  18.8055   0.0492   12.620       6.    1.064   -0.046\n    647  730.150  165.784  20.2763   0.1884   12.590       6.    1.394   -0.284\n    642   66.339  166.429  18.2374   0.0474   12.640       6.    1.588    0.037\n    655  997.200  168.106  19.5109   0.0661   12.420       6.    0.851   -0.074\n    660  965.316  168.678  18.3504   0.0416   12.480       6.    1.211   -0.192\n    663  534.722  169.703  18.6889   0.0413   12.940       6.    0.935    0.036\n    676  685.132  173.120  20.4459   0.1440   12.700       6.    0.856   -0.325\n    685  971.331  174.588  18.7305   0.0491   12.440       6.    1.163    0.017\n    690  844.110  175.894  17.8453   0.0269   12.500       6.    1.022   -0.089\n    687    5.393  176.410  20.5860   0.1473   12.650       6.    0.745    0.142\n    692  354.371  176.826  20.5791   0.1575   12.680       6.    0.820    0.034\n    696  469.399  178.238  20.5992   0.1587   12.840       6.    0.810    0.304\n    702  744.141  180.081  20.1645   0.1020   12.630       6.    0.748   -0.199\n    710  958.038  182.398  19.1971   0.0599   12.530       6.    1.006    0.026\n    717   99.446  185.982  19.9556   0.1250   12.640       6.    1.185    0.334\n    731  946.529  190.073  20.4611   0.1953   12.440       6.    1.256   -0.177\n    742  474.217  192.879  19.6787   0.0987   12.700       6.    1.149   -0.027\n    744    3.651  193.759  20.3976   0.1542   12.480       6.    0.966   -0.096\n    745  694.460  193.825  18.4430   0.0412   12.710       6.    1.144   -0.000\n    746 1136.561  194.209  20.6382   0.1799   12.930       6.    0.925   -0.020\n    747  456.059  194.936  19.0427   0.0711   12.770       6.    1.383   -0.014\n    754 1076.296  196.065  19.8635   0.1036   12.850       6.    1.059   -0.217\n    755   75.593  197.117  20.7180   0.2800   12.590       6.    1.436   -0.419\n    762  143.438  199.062  20.3818   0.1301   12.660       6.    0.799   -0.011\n    769  206.559  199.833  20.7607   0.1976   12.600       6.    0.905   -0.221\n    774 1121.688  200.310  15.4076   0.0146   12.990       6.    1.255   -0.017\n    778  712.355  202.345  19.2118   0.0622   12.660       6.    1.035    0.272\n    785  155.664  203.186  20.2674   0.1997   12.510       6.    1.528   -0.495\n    793  720.791  206.398  19.7915   0.1269   12.650       6.    1.427    0.525\n    801  685.236  208.312  17.8215   0.0294   12.610       6.    1.115   -0.065\n    798  470.047  208.507  20.4069   0.1601   12.540       6.    1.012   -0.017\n    803  361.683  208.728  18.8195   0.0435   12.670       6.    0.911   -0.148\n    809 1093.176  209.738  19.5367   0.1033   12.960       6.    1.240    0.358\n    808  802.830  209.736  20.4951   0.1670   12.570       6.    0.982   -0.248\n    816   71.343  213.142  20.6174   0.2151   12.570       6.    1.140   -0.108\n    822  182.420  214.355  17.4068   0.0402   12.520       6.    2.121    0.258\n    830 1070.232  214.383  20.8263   0.3877   12.830       6.    1.856   -1.217\n    844  456.723  220.005  20.1146   0.1355   12.700       6.    1.123   -0.515\n    864  892.556  224.279  18.2373   0.0301   12.580       6.    0.912    0.028\n    892 1137.547  230.912  15.5908   0.0285   12.850       6.    2.562    0.193\n    907 1094.933  235.511  15.9559   0.0172   12.830       6.    1.069   -0.114\n    922  926.477  240.326  20.4271   0.1454   12.580       6.    0.886   -0.320\n    931  547.846  242.748  20.6431   0.2583   12.670       6.    1.384    0.371\n    929  216.761  243.315  18.8970   0.0412   12.620       6.    0.806    0.000\n    942 1221.835  246.493  20.5589   0.1799   12.480       6.    1.033    0.229\n    944  864.373  247.216  19.1895   0.0656   12.720       6.    1.120   -0.002\n    946  359.856  248.324  17.6320   0.0287   12.670       6.    1.239   -0.084\n    959  359.440  252.724  18.1620   0.0291   12.620       6.    0.913    0.007\n    950  927.802  248.414  18.2254   0.0443   12.620       6.    1.487    0.055\n    948  257.036  249.188  21.0673   0.2311   12.650       6.    0.762    0.127\n    958 1170.646  252.447  20.3968   0.1777   12.840       6.    1.201    0.301\n    964  859.375  253.728  17.1964   0.0290   12.640       6.    1.585   -0.032\n    962  626.665  254.068  17.8588   0.0360   12.640       6.    1.442   -0.151\n    968  639.458  255.812  21.5121   0.4364   12.690       6.    1.027   -1.062\n    996  519.600  263.674  16.7678   0.0294   12.410       6.    1.929    0.121\n   1009  124.387  267.088  20.8130   0.2488   12.450       6.    1.138    0.128\n   1010 1236.272  267.690  21.1184   0.2069   12.520       6.    0.662   -0.207\n   1012  592.600  267.961  20.3022   0.1478   12.690       6.    1.036   -0.061\n   1022 1144.887  273.177  20.6369   0.2049   12.810       6.    1.116   -0.190\n   1023  538.453  274.325  20.6796   0.1710   12.500       6.    0.824   -0.358\n   1028  900.005  274.929  18.5548   0.0460   12.770       6.    1.218    0.014\n   1033 1088.641  275.861  18.8081   0.0468   12.690       6.    1.035    0.177\n   1041 1245.143  277.934  20.3166   0.1127   12.670       6.    0.750   -0.123\n   1043  846.010  278.520  20.4973   0.1648   12.670       6.    0.970   -0.044\n   1058  369.714  283.704  17.4267   0.0221   12.450       6.    1.042   -0.067\n   1056  922.477  283.588  19.6052   0.0757   12.630       6.    0.915    0.126\n   1062   73.519  285.279  20.1558   0.1426   12.660       6.    1.143   -0.175\n   1073  188.188  287.728  20.7805   0.2098   12.580       6.    0.956   -0.039\n   1076  967.306  288.927  20.2128   0.1313   12.620       6.    0.975    0.089\n   1083  403.953  290.698  20.4039   0.1872   12.770       6.    1.241   -0.429\n   1084  665.557  290.944  19.7649   0.0894   12.450       6.    0.962    0.102\n   1100  964.256  294.669  20.6891   0.2020   12.620       6.    1.021   -0.171\n   1121 1075.219  301.715  16.1095   0.0165   12.600       6.    1.182    0.007\n   1132  710.195  303.296  21.0227   0.3434   12.930       6.    1.360   -0.876\n   1133 1094.965  303.661  20.4014   0.1515   12.610       6.    0.983   -0.215\n   1129  467.186  304.175  20.6034   0.1809   12.420       6.    0.945    0.108\n   1141  462.553  308.024  20.3699   0.1917   12.440       6.    1.324    0.306\n   1151  935.326  309.588  15.4862   0.0184   12.670       6.    1.593    0.170\n   1158 1036.111  312.260  20.5366   0.1655   12.730       6.    0.945   -0.171\n   1160  665.884  312.662  20.5999   0.1931   12.620       6.    1.053    0.116\n   1162  172.264  313.418  20.1713   0.1447   12.560       6.    1.153   -0.042\n   1165  741.814  314.402  18.6220   0.0685   12.870       6.    1.859    0.245\n   1170   11.856  316.332  20.2912   0.1964   12.770       6.    1.465    0.101\n   1183 1001.266  318.359  20.7687   0.2301   12.610       6.    1.117   -0.758\n   1191  450.177  321.110  21.3660   0.3205   12.430       6.    0.842   -1.084\n   1198 1028.806  321.574  21.1447   0.2076   12.710       6.    0.629    0.074\n   1202   64.228  323.900  15.0351   0.0150   12.600       6.    1.369    0.050\n   1204 1018.014  324.474  20.6532   0.1907   12.600       6.    1.003   -0.204\n   1206  144.087  325.329  18.3391   0.0301   12.530       6.    0.802    0.018\n   1218  195.551  328.345  20.2612   0.1498   12.630       6.    1.069   -0.264\n   1226  391.172  329.675  19.9469   0.1286   12.460       6.    1.241    0.151\n   1235  420.019  330.240  20.2380   0.1025   12.460       6.    0.689    0.055\n   1228  488.722  330.315  20.0114   0.1298   12.680       6.    1.186    0.307\n   1252  507.447  336.959  20.4665   0.1634   12.630       6.    0.968   -0.210\n   1256  619.371  337.581  20.0972   0.1876   12.660       6.    1.694    0.125\n   1289 1032.919  346.306  20.2530   0.1528   12.590       6.    1.096   -0.349\n   1296  579.649  348.714  18.8520   0.0594   12.560       6.    1.331    0.099\n   1298 1085.116  349.112  20.5054   0.1824   12.720       6.    1.114   -0.328\n   1303  992.259  350.551  18.8975   0.0428   12.530       6.    0.844   -0.037\n   1308  713.239  351.687  14.9061   0.0155   12.670       6.    1.431    0.082\n   1326  844.684  358.456  20.3208   0.1461   12.800       6.    1.013   -0.284\n   1332  773.071  360.252  18.9849   0.0540   12.750       6.    1.062    0.024\n   1338  295.102  361.427  18.9578   0.0469   12.470       6.    0.891   -0.012\n   1343 1227.285  362.362  19.8857   0.0727   12.630       6.    0.667   -0.084\n   1356 1112.022  366.817  21.3130   0.4403   12.670       6.    1.371   -0.524\n   1372  400.553  372.954  20.6202   0.2642   12.630       6.    1.508    0.599\n   1377  201.502  373.888  17.0019   0.0238   12.410       6.    1.327   -0.050\n   1418  227.853  385.856  20.8259   0.2437   12.610       6.    1.099   -0.003\n   1434  905.551  390.744  20.1380   0.1124   12.730       6.    0.887   -0.174\n   1435  345.096  391.967  20.8491   0.2201   12.600       6.    0.951    0.237\n   1451  660.242  395.369  20.5586   0.1697   12.830       6.    0.942   -0.227\n   1467  671.700  402.211  20.2258   0.1492   12.850       6.    1.114   -0.492\n   1475 1187.902  404.074  20.4725   0.1473   12.490       6.    0.897   -0.347\n   1493  598.669  409.571  20.0147   0.0997   12.840       6.    0.844   -0.171\n   1484 1057.395  406.849  20.6440   0.1746   12.640       6.    0.914   -0.127\n   1482  400.176  407.222  18.6986   0.0657   12.570       6.    1.675    0.258\n   1480  239.996  407.569  20.4585   0.1523   12.610       6.    0.894   -0.072\n   1494  839.418  410.406  20.3090   0.1477   12.470       6.    1.051    0.200\n   1498  660.316  410.403  20.3743   0.1956   12.960       6.    1.358   -0.323\n   1495  844.496  411.260  20.7677   0.1695   12.480       6.    0.753   -0.259\n   1503  692.233  411.938  19.6808   0.0818   12.840       6.    0.924   -0.011\n   1507 1214.019  412.847  19.7423   0.1080   12.360       6.    1.264   -0.039\n   1506 1034.797  412.965  16.2533   0.0133   12.570       6.    0.858    0.004\n   1509  602.765  414.872  20.3055   0.1778   12.880       6.    1.275    0.043\n   1543  279.170  424.393  18.8974   0.0640   12.650       6.    1.352   -0.091\n   1560  704.977  428.652  20.7095   0.2267   13.000       6.    1.147   -0.695\n   1563 1092.050  429.123  20.2441   0.1819   12.690       6.    1.426   -0.215\n   1566  477.059  430.460  19.7828   0.1062   12.760       6.    1.160   -0.020\n   1569  910.550  430.613  18.1665   0.0260   12.590       6.    0.806   -0.010\n   1572 1118.829  431.055  19.6900   0.0898   12.470       6.    1.058   -0.311\n   1574  544.741  431.494  20.2220   0.1546   13.050       6.    1.187   -0.207\n   1582 1030.533  433.755  20.5075   0.1407   12.680       6.    0.797   -0.030\n   1580  894.526  434.340  15.5492   0.0256   12.480       6.    2.299    0.178\n   1586 1013.689  435.034  18.7877   0.0342   12.660       6.    0.697   -0.105\n   1585  572.309  435.558  20.5312   0.1415   13.020       6.    0.765   -0.053\n   1599  372.279  438.749  19.6720   0.1195   12.630       6.    1.474    0.407\n   1603 1072.097  439.357  20.9046   0.2805   12.570       6.    1.236   -0.324\n   1608  582.095  441.411  20.7182   0.1779   13.100       6.    0.834   -0.353\n   1637  835.644  450.101  20.0153   0.1112   12.660       6.    0.995    0.063\n   1646  696.086  452.247  20.4058   0.1506   13.420       6.    0.953   -0.081\n   1651  771.401  452.546  20.8216   0.2159   12.640       6.    0.948   -0.306\n   1667  653.719  457.561  15.5090   0.0166   13.160       6.    1.400    0.051\n   1677  568.636  461.599  20.2041   0.1250   12.990       6.    0.906   -0.205\n   1675  757.334  461.837  20.7240   0.1682   12.880       6.    0.752   -0.280\n   1679  751.567  462.319  20.5039   0.1935   12.880       6.    1.099   -0.761\n   1680 1067.840  462.341  20.3502   0.1746   12.570       6.    1.221   -0.127\n   1688  416.122  464.578  19.3298   0.0681   12.850       6.    1.032   -0.053\n   1695  996.387  467.984  20.6805   0.2022   12.590       6.    1.057   -0.094\n   1700  305.868  469.391  20.4614   0.1802   12.700       6.    1.124   -0.364\n   1704  691.315  470.115  16.3644   0.0189   13.200       6.    1.329    0.038\n   1713  824.778  471.796  20.2478   0.1160   12.530       6.    0.823   -0.172\n   1720  616.165  472.958  20.1034   0.1192   13.820       6.    0.954   -0.351\n   1722  702.075  473.170  18.1440   0.0452   13.430       6.    1.579    0.105\n   1730  793.362  476.166  19.3815   0.0845   12.770       6.    1.301    0.239\n   1738 1045.809  477.181  20.7022   0.1639   12.560       6.    0.788   -0.210\n   1752  154.126  481.420  19.9161   0.1141   12.650       6.    1.103   -0.456\n   1756  770.489  482.162  20.0583   0.0870   13.040       6.    0.681    0.084\n   1763 1021.972  483.027  20.8705   0.2390   12.570       6.    1.060   -0.513\n   1761  840.888  483.079  18.5622   0.0508   12.660       6.    1.396    0.172\n   1768   23.695  485.846  20.5847   0.1498   12.480       6.    0.775   -0.093\n   1773  458.543  487.012  20.1660   0.1297   12.830       6.    1.013    0.039\n   1788  989.972  491.739  20.6480   0.2082   12.610       6.    1.135   -0.164\n   1795  791.051  492.869  19.0621   0.1069   12.810       6.    2.171    0.493\n   1791  283.465  493.081  19.9600   0.0852   12.590       6.    0.730    0.126\n   1813  620.644  498.449  19.1326   0.0551   13.590       6.    0.925    0.052\n   1843 1062.972  508.439  18.4850   0.0409   12.630       6.    1.135   -0.047\n   1858  984.461  512.228  20.8617   0.2553   12.610       6.    1.160   -0.002\n   1861  569.041  513.066  20.3614   0.1271   13.410       6.    0.803   -0.301\n   1874  907.125  516.034  20.3542   0.1660   12.570       6.    1.162   -0.067\n   1873  686.439  516.131  15.9015   0.0262   14.670       6.    2.194    0.213\n   1876 1189.721  516.418  18.5338   0.0549   12.630       6.    1.563    0.267\n   1878 1117.216  516.617  19.9515   0.1089   12.510       6.    1.058    0.262\n   1884  273.702  519.806  20.7180   0.2186   12.630       6.    1.087   -0.094\n   1891  198.552  523.010  20.6869   0.1919   12.660       6.    0.953   -0.144\n   1893  675.188  523.439  11.5481   0.2205   14.170       6.    8.365    0.401\n   1904  252.979  525.842  20.6470   0.1876   12.640       6.    0.968   -0.436\n   1911  488.358  529.291  20.6951   0.1778   13.000       6.    0.848   -0.426\n   1917  471.315  531.961  20.3402   0.1724   12.830       6.    1.213    0.014\n   1931 1106.523  534.084  17.7122   0.0400   12.500       6.    1.817    0.131\n   1962  544.121  543.375  18.0552   0.0294   12.970       6.    1.021    0.170\n   1966  944.631  544.418  19.4979   0.0677   12.730       6.    0.886    0.176\n   1972  986.628  544.799  19.6467   0.0831   12.600       6.    0.995   -0.124\n   1970  633.513  545.339  20.3722   0.1496   13.570       6.    0.979   -0.308\n   1986 1066.488  549.074  20.7696   0.1948   12.420       6.    0.923   -0.071\n   1983  285.749  549.452  20.4092   0.2089   12.390       6.    1.406   -0.313\n   1990  466.443  550.283  20.0748   0.1458   12.760       6.    1.298    0.226\n   1999  840.574  553.039  20.5086   0.1867   12.680       6.    1.133    0.412\n   2014  863.070  558.677  20.0676   0.0999   12.680       6.    0.822   -0.049\n   2016  178.607  559.152  19.0085   0.0567   12.420       6.    1.063   -0.024\n   2038 1169.945  563.648  20.2429   0.1186   12.420       6.    0.879    0.101\n   2040 1239.623  564.078  20.5777   0.1487   12.380       6.    0.816   -0.334\n   2045  681.013  567.406  19.9018   0.0727   13.300       6.    0.625   -0.036\n   2043  509.191  567.495  20.1610   0.1248   13.100       6.    0.980   -0.056\n   2056  148.649  570.544  20.5362   0.1931   12.560       6.    1.135   -0.458\n   2063  112.921  572.148  16.3068   0.0269   12.400       6.    1.883    0.019\n   2069  855.322  574.531  20.2371   0.1781   12.630       6.    1.425    0.111\n   2071 1067.321  575.142  20.3560   0.1215   12.320       6.    0.798    0.019\n   2106  513.062  583.920  20.7811   0.1670   13.100       6.    0.726   -0.277\n   2111  827.728  586.415  19.3464   0.0764   12.700       6.    1.202    0.107\n   2124  229.753  590.540  17.5629   0.0363   12.310       6.    1.754    0.157\n   2130  427.804  593.257  17.6084   0.0363   12.690       6.    1.534   -0.173\n   2132 1223.967  593.770  20.1577   0.1535   12.320       6.    1.329   -0.310\n   2143  731.969  596.509  19.1953   0.0572   13.000       6.    0.941    0.017\n   2142  555.619  597.167  17.0361   0.0222   13.690       6.    1.214   -0.056\n   2146  682.165  598.018  20.1959   0.1436   13.610       6.    1.127   -0.384\n   2150  716.785  599.498  19.7550   0.1019   13.140       6.    1.144   -0.332\n   2155  712.370  600.155  18.7848   0.0478   13.180       6.    1.086   -0.054\n   2179 1184.951  604.648  20.4113   0.1469   12.480       6.    0.958   -0.223\n   2176  500.406  605.142  20.9906   0.2511   13.000       6.    0.967   -0.022\n   2182  626.766  606.288  15.7650   0.0193   13.540       6.    1.570    0.092\n   2187  768.224  606.752  20.0043   0.1674   12.960       6.    1.597    0.286\n   2190 1205.245  607.407  20.3088   0.1623   12.660       6.    1.197   -0.069\n   2192  632.239  607.714  16.8655   0.0205   13.730       6.    1.112    0.013\n   2193  654.713  608.405  20.6671   0.1750   13.820       6.    0.868   -0.601\n   2196  664.251  609.025  20.0974   0.1218   13.840       6.    1.010   -0.492\n   2202  607.045  610.946  20.5579   0.1615   13.660       6.    0.872   -0.252\n   2212  748.218  614.049  19.9212   0.0967   12.970       6.    0.914   -0.144\n   2217   35.735  616.328  18.3300   0.0410   12.330       6.    1.254    0.010\n   2221  302.226  617.105  20.8292   0.2168   12.370       6.    0.964   -0.559\n   2227  987.482  619.294  20.7581   0.2150   12.590       6.    1.064   -0.818\n   2230  662.482  621.415  19.0975   0.0584   14.040       6.    1.064   -0.116\n   2233  715.364  621.625  16.0436   0.0150   13.120       6.    1.090    0.154\n   2242  574.261  622.629  20.7398   0.1424   14.110       6.    0.602    0.115\n   2255  865.938  627.924  19.9629   0.0992   12.810       6.    0.902    0.098\n   2257  548.852  629.507  20.5975   0.1839   13.640       6.    1.000    0.066\n   2270 1052.144  634.546  19.8862   0.1159   12.520       6.    1.220    0.358\n   2275  178.186  636.853  20.0980   0.1455   12.530       6.    1.266    0.101\n   2278 1205.822  636.926  19.9139   0.0975   12.620       6.    0.970    0.233\n   2284  292.947  638.885  19.3838   0.0823   12.290       6.    1.260    0.132\n   2297  516.764  642.430  20.5410   0.1994   13.740       6.    1.156   -0.480\n   2301 1062.161  642.952  18.8199   0.0478   12.450       6.    1.062   -0.134\n   2298  733.072  643.506  20.3413   0.1281   13.140       6.    0.846    0.081\n   2303   75.270  644.191  20.7160   0.2322   12.530       6.    1.179   -0.551\n   2318  820.588  646.293  21.2984   0.2863   12.820       6.    0.825   -0.649\n   2329  413.367  651.936  17.8818   0.0404   12.840       6.    1.602   -0.031\n   2331  739.503  652.690  20.1482   0.1305   13.040       6.    1.041    0.115\n   2349  546.456  657.385  19.9032   0.1386   13.790       6.    1.435    0.311\n   2345  967.235  655.126  20.2170   0.1277   12.410       6.    0.986    0.210\n   2353 1091.572  657.205  18.7097   0.0691   12.470       6.    1.817    0.191\n   2385 1128.826  666.078  21.1036   0.2469   12.560       6.    0.882   -0.005\n   2391  823.024  668.212  18.1701   0.0417   12.830       6.    1.356   -0.093\n   2399  861.800  668.888  19.4725   0.0761   12.890       6.    1.057   -0.021\n   2394 1162.332  669.266  21.1186   0.3074   12.990       6.    1.134    0.488\n   2411  450.855  671.604  17.4155   0.0287   12.910       6.    1.077    0.044\n   2414  111.805  672.482  20.7385   0.2381   12.590       6.    1.192   -0.818\n   2415 1205.630  672.879  20.8502   0.2754   12.790       6.    1.310   -0.514\n   2421  603.286  675.400  12.7359   0.0148   16.510       6.    1.558    0.083\n   2442 1014.921  679.571  20.1455   0.1299   12.620       6.    1.078   -0.017\n   2440  417.672  680.015  20.5220   0.1606   13.120       6.    0.921    0.072\n   2454    2.758  684.317  20.2327   0.0888   12.500       6.    0.577    0.171\n   2466  644.523  685.774  19.8624   0.0888   13.570       6.    0.859    0.053\n   2467  677.492  686.043  20.0183   0.1104   13.570       6.    0.977   -0.327\n   2474 1107.769  688.315  20.8656   0.1652   12.520       6.    0.668   -0.300\n   2476  284.272  689.363  20.6388   0.2285   12.340       6.    1.269   -0.073\n   2480  951.234  689.721  20.2661   0.1161   12.870       6.    0.828   -0.244\n   2491  579.723  691.656  16.7650   0.0195   14.990       6.    1.183    0.143\n   2492  699.171  691.834  20.1914   0.0903   13.490       6.    0.628   -0.121\n   2498  863.568  693.545  20.4595   0.1907   12.880       6.    1.244    0.092\n   2514 1084.383  698.426  20.5034   0.1471   12.630       6.    0.878    0.039\n   2517  948.310  699.364  20.1825   0.1342   12.980       6.    1.083   -0.325\n   2519  765.188  700.706  18.4605   0.0304   13.030       6.    0.798    0.082\n   2523  774.806  701.483  19.9373   0.1161   13.040       6.    1.141    0.334\n   2520  214.354  701.690  16.6500   0.0248   12.480       6.    1.678    0.254\n   2532  289.294  705.746  18.9802   0.0552   12.460       6.    1.086   -0.199\n   2533  560.654  706.327  19.5762   0.1138   12.630       6.    1.564    0.610\n   2539 1073.810  706.854  17.3187   0.0183   12.610       6.    0.848   -0.019\n   2538 1010.942  706.971  19.4903   0.0707   12.750       6.    0.964   -0.034\n   2560 1079.320  713.512  20.2554   0.1323   12.550       6.    1.000   -0.217\n   2568 1054.671  716.195  20.2847   0.1305   12.680       6.    0.952    0.199\n   2571  420.552  716.775  18.9896   0.0534   12.810       6.    1.052   -0.069\n   2574  680.969  716.941  20.9501   0.1918   13.130       6.    0.731    0.382\n   2582  690.830  719.555  16.6876   0.0229   13.200       6.    1.487    0.132\n   2597  755.105  725.040  20.6044   0.2379   13.020       6.    1.389    0.635\n   2603  285.930  726.752  20.4230   0.1605   12.440       6.    1.031    0.141\n   2620  465.599  730.962  20.0783   0.1252   13.120       6.    1.083   -0.286\n   2626  591.402  731.871  19.8511   0.1272   13.590       6.    1.374    0.035\n   2629  886.963  732.737  20.6455   0.1656   12.670       6.    0.868   -0.514\n   2632 1129.812  733.531  20.0462   0.1082   12.690       6.    0.959   -0.150\n   2639  965.729  734.904  19.7592   0.1324   12.710       6.    1.308   -0.386\n   2635  160.460  735.365  21.3386   0.4196   12.470       6.    1.265   -0.508\n   2658  115.904  741.238  20.4982   0.1932   12.700       6.    1.177    0.163\n   2657   69.577  741.681  20.1407   0.1194   12.800       6.    0.950    0.370\n   2663   74.196  742.353  20.5834   0.1945   12.740       6.    1.076   -0.500\n   2677  429.788  745.820  17.3003   0.0242   12.830       6.    1.199   -0.016\n   2685  398.544  746.819  20.0188   0.1105   12.680       6.    0.985   -0.119\n   2690  783.831  748.295  18.2212   0.0272   12.930       6.    0.824    0.025\n   2692   66.895  749.701  20.3352   0.1849   12.690       6.    1.323    0.713\n   2697  769.780  751.309  20.2919   0.1332   12.880       6.    0.935   -0.066\n   2699  413.116  752.278  19.4308   0.0630   12.790       6.    0.861    0.102\n   2702 1041.168  752.426  19.4272   0.0606   12.830       6.    0.848    0.005\n   2706  347.505  753.426  19.6762   0.0990   12.470       6.    1.217    0.043\n   2711 1128.155  754.369  15.8519   0.0193   12.590       6.    1.512   -0.003\n   2718 1098.720  754.991  20.6515   0.1885   12.810       6.    1.032   -0.366\n   2719  366.344  756.251  20.6827   0.2293   12.680       6.    1.223   -0.321\n   2725  826.656  757.635  20.5243   0.1816   12.810       6.    1.097   -0.220\n   2738  352.802  762.267  20.4890   0.2302   12.560       6.    1.488   -0.781\n   2751  359.545  765.943  20.3172   0.1672   12.640       6.    1.211   -0.422\n   2749  330.755  766.083  20.7013   0.1872   12.420       6.    0.937   -0.519\n   2756  370.865  767.726  20.4766   0.1514   12.720       6.    0.901   -0.572\n   2766  458.018  770.411  20.1824   0.1144   13.010       6.    0.870   -0.143\n   2776  386.043  771.904  21.2049   0.2418   12.710       6.    0.734   -0.626\n   2796  718.827  778.906  18.8830   0.0374   12.950       6.    0.738    0.057\n   2802  957.278  779.763  20.3644   0.1362   12.690       6.    0.907   -0.164\n   2804  481.813  782.247  17.4386   0.0721   12.770       6.    3.969    0.338\n   2807  332.304  782.725  20.3430   0.1766   12.380       6.    1.268   -0.214\n   2811  565.441  783.592  20.4234   0.1458   12.950       6.    0.921   -0.185\n   2813 1208.400  783.979  20.6246   0.1701   12.460       6.    0.939    0.441\n   2825 1117.828  787.175  17.7724   0.0378   12.850       6.    1.575   -0.122\n   2833 1242.797  787.660  19.6463   0.0776   12.470       6.    0.968    0.061\n   2829  335.048  788.215  20.1042   0.1048   12.350       6.    0.854    0.240\n   2839  993.495  790.009  18.8741   0.0603   12.800       6.    1.298   -0.124\n   2840  248.408  790.758  17.6345   0.0393   12.440       6.    1.626   -0.087\n   2850 1049.716  794.275  20.5305   0.1535   12.670       6.    0.878   -0.445\n   2854  935.511  795.088  19.5563   0.0757   12.460       6.    1.003    0.023\n   2851   31.215  795.192  19.7096   0.0945   13.200       6.    1.095    0.182\n   2857  756.929  796.330  19.4680   0.0654   13.080       6.    0.892    0.048\n   2883  334.399  801.332  20.2873   0.1299   12.400       6.    0.916   -0.313\n   2887 1188.574  802.522  18.7984   0.0402   12.590       6.    0.903    0.027\n   2924  271.571  812.860  20.5404   0.1715   12.580       6.    0.989    0.309\n   2926  498.120  812.916  19.9422   0.1211   12.810       6.    1.197    0.387\n   2927  653.011  812.937  21.1445   0.3271   12.770       6.    1.170    0.032\n   2925  364.086  813.530  20.0012   0.1227   12.580       6.    1.154    0.014\n   2933 1140.557  814.188  16.9976   0.0246   12.590       6.    1.384   -0.005\n   2947  731.202  819.703  19.9565   0.1328   12.850       6.    1.343   -0.371\n   2956 1118.181  822.525  19.8690   0.0766   12.550       6.    0.752    0.078\n   2968  543.614  826.817  20.2784   0.1132   12.730       6.    0.783   -0.001\n   2983   76.680  831.385  18.5994   0.0431   12.850       6.    1.093    0.100\n   2986  249.098  832.034  19.7581   0.0981   12.700       6.    1.087    0.029\n   2989  669.333  832.620  20.8911   0.2382   12.690       6.    1.039    0.298\n   2984  120.295  832.681  19.7710   0.1242   12.850       6.    1.436    0.012\n   2997 1128.263  833.324  14.8569   0.0247   12.570       6.    2.424    0.090\n   3002  914.562  834.365  20.4428   0.1698   12.650       6.    1.123   -0.073\n   3012  799.635  837.787  19.7706   0.0920   12.860       6.    1.036   -0.217\n   3023  284.753  841.953  16.6994   0.0190   12.760       6.    1.109   -0.021\n   3029   58.534  844.381  19.4847   0.0903   12.740       6.    1.297    0.122\n   3030  839.334  844.982  18.4802   0.0322   12.880       6.    0.850   -0.010\n   3041  843.211  846.647  18.3496   0.0297   12.890       6.    0.853    0.018\n   3031  144.886  846.027  20.5607   0.2122   12.500       6.    1.267    0.157\n   3036 1102.505  846.734  20.4728   0.1563   12.730       6.    0.999   -0.261\n   3048  898.944  847.706  20.6851   0.1713   12.770       6.    0.874   -0.247\n   3043  309.428  848.408  20.0486   0.1252   12.500       6.    1.090   -0.155\n   3083  880.922  858.858  19.4205   0.0785   12.760       6.    1.190    0.075\n   3084  441.954  859.983  20.3980   0.1034   12.630       6.    0.607   -0.009\n   3096  472.231  863.462  20.7580   0.2104   12.640       6.    1.031   -0.372\n   3104  823.707  864.297  20.3804   0.1724   12.780       6.    1.219   -0.028\n   3106 1174.359  865.205  18.7112   0.0459   12.620       6.    1.130   -0.029\n   3119  829.336  868.748  20.1301   0.1177   12.750       6.    0.981   -0.369\n   3121  642.212  869.762  20.3230   0.1385   12.960       6.    0.960   -0.122\n   3124  210.284  871.181  19.4691   0.0888   12.570       6.    1.265    0.101\n   3145  256.019  874.406  19.0381   0.0580   12.640       6.    1.129    0.004\n   3147  498.761  874.620  20.0251   0.1185   12.760       6.    1.090    0.023\n   3153  622.841  877.474  19.0736   0.0581   12.970       6.    1.093   -0.053\n   3156  267.028  878.542  18.9966   0.0455   12.600       6.    0.808   -0.020\n   3188  744.034  885.768  16.8305   0.0176   12.760       6.    0.998    0.091\n   3185  433.263  886.435  21.0185   0.3131   12.610       6.    1.241   -0.337\n   3198   31.620  891.516  20.5572   0.1592   12.460       6.    0.894   -0.273\n   3204 1153.429  892.102  20.5632   0.1336   12.560       6.    0.747   -0.144\n   3206  932.006  893.499  21.0819   0.2714   12.580       6.    1.000    0.285\n   3213 1004.686  894.633  19.6726   0.0655   12.420       6.    0.748   -0.107\n   3214  119.216  895.998  20.7356   0.2099   12.410       6.    0.986   -0.763\n   3222  607.704  897.092  20.8598   0.2744   12.900       6.    1.288   -0.920\n   3220  178.918  897.471  20.5906   0.1878   12.510       6.    1.058    0.021\n   3240  862.026  901.394  20.5775   0.1732   12.890       6.    1.001   -0.002\n   3251 1202.577  905.038  20.6062   0.1650   12.410       6.    0.926    0.101\n   3248  360.528  905.134  20.2875   0.1651   12.710       6.    1.256   -0.133\n   3253  329.321  905.669  19.9849   0.1362   12.520       6.    1.319   -0.001\n   3261 1043.029  908.199  20.6077   0.1328   12.360       6.    0.704   -0.352\n   3272 1071.437  911.575  19.8916   0.1011   12.460       6.    1.056    0.220\n   3276  213.860  911.662  20.5043   0.1920   12.460       6.    1.203   -0.294\n   3277  264.116  912.305  19.4089   0.0544   12.540       6.    0.742   -0.013\n   3284  512.790  912.541  20.4787   0.1519   12.690       6.    0.884    0.121\n   3286  230.560  913.608  17.0729   0.0194   12.500       6.    1.046   -0.030\n   3297   70.719  916.308  21.3789   0.3599   12.430       6.    1.017   -0.547\n   3312   89.636  920.605  20.6100   0.2152   12.440       6.    1.232    0.535\n   3319  103.949  921.522  20.3806   0.1303   12.330       6.    0.833    0.344\n   3331  561.771  926.626  20.0678   0.1156   12.810       6.    1.018   -0.072\n   3343  747.984  929.642  20.8155   0.1751   12.700       6.    0.776    0.221\n   3357  236.378  933.068  20.6317   0.1688   12.510       6.    0.896   -0.269\n   3370  686.706  936.640  20.5592   0.1882   12.940       6.    1.128    0.465\n   3384  769.846  940.525  19.2923   0.0791   12.750       6.    1.343   -0.100\n   3387  155.571  941.663  19.8577   0.1047   12.360       6.    1.108   -0.004\n   3397  568.680  946.019  20.0624   0.1290   12.860       6.    1.137   -0.354\n   3408 1035.605  948.982  19.6892   0.0525   12.550       6.    0.543    0.083\n   3428  166.967  954.442  20.1082   0.1629   12.390       6.    1.480    0.275\n   3438  966.648  956.788  20.3363   0.1257   12.450       6.    0.884   -0.038\n   3441 1102.608  958.296  21.0675   0.2774   12.520       6.    1.095   -0.447\n   3451  888.336  960.459  19.5978   0.1023   12.660       6.    1.389   -0.057\n   3456  619.933  960.807  20.3368   0.1492   12.870       6.    1.069   -0.303\n   3464  668.536  962.633  16.2391   0.0459   12.690       6.    3.742    0.300\n   3466    7.413  964.133  16.7539   0.0164   12.480       6.    0.974   -0.051\n   3472  252.061  964.510  20.6262   0.2065   12.350       6.    1.130   -0.239\n   3474  390.476  965.414  19.5192   0.0927   12.580       6.    1.332   -0.413\n   3491  510.852  970.322  19.7825   0.1351   12.530       6.    1.617    0.120\n   3494  632.306  972.073  19.8537   0.0784   12.820       6.    0.780   -0.238\n   3500 1247.286  974.980  19.8661   0.0692   12.520       6.    0.673   -0.158\n   3514 1048.875  979.594  20.1507   0.1019   12.550       6.    0.827   -0.196\n   3520  751.419  980.870  21.1916   0.3494   12.650       6.    1.237   -0.030\n   3519  664.619  980.885  19.4491   0.0882   12.670       6.    1.317   -0.132\n   3522  623.727  981.814  19.8819   0.0960   12.920       6.    0.961   -0.190\n   3542  829.680  985.998  20.5183   0.1385   12.640       6.    0.816   -0.357\n   3545 1014.908  987.071  16.6044   0.0242   12.510       6.    1.663    0.149\n   3543  247.447  987.380  20.0265   0.0971   12.440       6.    0.851   -0.047\n   3548  621.218  988.766  21.3397   0.2566   12.840       6.    0.699   -0.269\n   3550    1.778  988.967  20.5596   0.2119   12.720       6.    1.270    0.198\n   3567  477.797  994.771  16.7611   0.0202   12.540       6.    1.201   -0.049\n   3566  278.952  995.042  20.5172   0.1515   12.470       6.    0.899   -0.370\n   3569  602.674  995.472  20.8607   0.2185   12.650       6.    0.988    0.583\n   3580  921.955  998.536  20.1580   0.1058   12.920       6.    0.850   -0.107\n   3576   44.302  998.691  20.5261   0.2224   12.630       6.    1.388   -0.274\n   3587  464.387 1000.845  21.0116   0.2321   12.460       6.    0.889   -0.483\n   3591  162.980 1001.956  20.3510   0.1630   12.420       6.    1.157   -0.076\n   3602 1248.327 1005.136  20.3788   0.1291   12.370       6.    0.899   -0.087\n   3603  518.881 1005.573  20.4965   0.1450   12.600       6.    0.868   -0.115\n   3613  428.380 1009.091  20.4812   0.2053   12.520       6.    1.364   -0.044\n   3615  124.786 1009.145  20.8753   0.2537   12.370       6.    1.159   -0.300\n   3620  950.757 1010.717  17.8153   0.0466   12.650       6.    1.489   -0.299\n   3638  693.180 1013.449  19.1988   0.0591   12.620       6.    1.035    0.020\n   3632  358.246 1013.676  19.9864   0.1321   12.440       6.    1.306   -0.130\n   3644  959.234 1015.653  18.9215   0.0525   12.720       6.    1.137   -0.003\n   3643  386.728 1015.681  19.3144   0.0617   12.330       6.    0.968   -0.176\n   3645 1018.368 1016.371  21.2059   0.2935   12.530       6.    1.004   -0.744\n   3656 1175.836 1018.439  20.5764   0.1229   12.510       6.    0.667   -0.091\n   3653  620.844 1019.027  17.1745   0.0231   12.620       6.    1.184   -0.075\n   3668  663.756 1024.009  20.1568   0.1153   12.630       6.    0.929   -0.176\n   3673  906.238 1025.180  16.9518   0.0230   12.700       6.    1.231   -0.062\n   3688  999.795 1028.273  18.3675   0.0321   12.830       6.    0.954   -0.035\n   3700  455.354 1030.636  21.1139   0.3043   12.510       6.    1.118   -0.495\n   3712  306.723 1033.643  20.7264   0.2115   12.470       6.    1.080   -0.453\n   3715  955.137 1034.019  20.3236   0.1558   12.600       6.    1.078    0.486\n   3710  131.783 1034.314  20.2879   0.1264   12.600       6.    0.911   -0.286\n   3716   58.865 1035.489  18.8179   0.0470   12.410       6.    1.048    0.103\n   3719  208.528 1036.167  19.5986   0.0850   12.410       6.    1.087   -0.170\n   3732 1233.378 1038.290  20.2153   0.1516   12.670       6.    1.298   -0.317\n   3728  215.309 1038.766  20.5000   0.1709   12.450       6.    1.044    0.411\n   3729  342.439 1039.443  20.6410   0.1680   12.440       6.    0.889   -0.212\n   3735  163.715 1040.591  19.9991   0.0901   12.530       6.    0.792   -0.165\n   3766  591.257 1046.511  20.6633   0.1770   12.590       6.    0.936    0.089\n   3770    4.024 1047.569  20.1685   0.1008   12.450       6.    0.764    0.154\n   3784  382.303 1052.541  20.4515   0.1722   12.600       6.    1.134   -0.080\n   3818  157.774 1063.006  17.1421   0.0278   12.580       6.    1.549    0.127\n   3822  799.082 1063.250  14.8304   0.0218   12.520       6.    2.120    0.079\n   3834 1125.495 1066.186  20.5932   0.1775   12.510       6.    1.068    0.530\n   3841  827.831 1068.843  19.4681   0.0769   12.560       6.    1.134    0.207\n   3839  531.269 1069.536  18.2348   0.0325   12.710       6.    1.004   -0.020\n   3859  154.899 1074.093  18.8425   0.0516   12.460       6.    1.154    0.045\n   3884  156.916 1078.157  19.4571   0.0641   12.470       6.    0.892   -0.034\n   3868  704.724 1074.694  20.7043   0.2138   12.600       6.    1.157   -0.144\n   3867  516.110 1075.021  19.2968   0.0770   12.440       6.    1.291   -0.178\n   3894  136.703 1080.952  18.2784   0.0349   12.450       6.    1.088    0.016\n   3908  516.876 1083.020  17.3148   0.0295   12.580       6.    1.475   -0.076\n   3904    4.067 1083.057  20.6740   0.2227   12.280       6.    1.230   -0.284\n   3907  373.381 1083.805  20.0743   0.1430   12.580       6.    1.326    0.164\n   3915   20.561 1084.278  19.7771   0.1385   12.520       6.    1.662   -0.124\n   3944  951.760 1091.475  20.5483   0.1735   12.700       6.    1.075    0.106\n   3961 1243.489 1094.866  20.1901   0.1544   12.380       6.    1.382    0.054\n   3972    8.470 1100.875  21.1398   0.3272   12.370       6.    1.204   -0.909\n   3992 1182.487 1103.263  21.0481   0.2360   12.490       6.    0.936   -0.202\n   4002 1128.346 1104.712  20.6765   0.1969   12.450       6.    1.119    0.320\n   4000  746.992 1105.459  19.9399   0.0935   12.590       6.    0.919   -0.113\n   4023  551.780 1112.776  18.8284   0.0377   12.700       6.    0.806    0.027\n   4026  320.899 1113.829  17.4896   0.0209   12.490       6.    0.871   -0.082\n   4037 1185.406 1116.160  16.3814   0.0286   12.400       6.    2.151    0.157\n   4035  558.995 1116.268  20.5518   0.1599   12.710       6.    0.922    0.167\n   4042  695.059 1118.323  19.3742   0.0748   12.560       6.    1.196   -0.182\n   4057   37.472 1122.207  19.7848   0.1156   12.340       6.    1.353   -0.096\n   4076   39.896 1126.000  20.5413   0.1570   12.390       6.    0.927   -0.007\n   4068  876.001 1123.651  17.5826   0.0916   12.640       6.    4.814    0.464\n   4078  390.482 1125.377  20.8997   0.1855   12.560       6.    0.773    0.014\n   4077  210.769 1125.515  20.5066   0.1571   12.440       6.    0.944   -0.166\n   4083 1145.754 1126.226  19.2480   0.0739   12.540       6.    1.354    0.405\n   4092  588.740 1130.241  20.3954   0.1618   12.570       6.    1.139   -0.028\n   4094  126.156 1131.435  20.2388   0.1451   12.580       6.    1.141   -0.234\n   4105  938.893 1133.667  19.7887   0.0988   12.510       6.    1.165    0.335\n   4110  164.856 1135.757  18.4486   0.0453   12.660       6.    1.295   -0.081\n   4124  970.329 1139.867  20.9350   0.1906   12.740       6.    0.801   -0.163\n   4135  964.412 1143.034  19.2595   0.1071   12.630       6.    2.029    0.307\n   4140 1124.329 1145.308  20.5102   0.1625   12.500       6.    1.054   -0.044\n   4138  776.665 1143.335  20.4519   0.1146   12.520       6.    0.696    0.096\n   4137  536.770 1143.805  17.4640   0.0224   12.680       6.    1.049    0.067\n   4141  495.185 1146.167  20.4127   0.1066   12.650       6.    0.646    0.030\n   4148  719.516 1146.664  20.5869   0.1205   12.610       6.    0.633   -0.036\n   4154  692.897 1148.624  15.7323   0.0141   12.520       6.    1.120    0.024\n   4163  745.709 1149.186  19.6848   0.0832   12.410       6.    1.024   -0.162\n   4166 1232.756 1149.819  20.4664   0.1632   12.350       6.    1.028   -0.051\n   4158  480.618 1150.198  19.8935   0.1761   12.610       6.    1.245    0.317\n     17  723.071    0.327  13.9957   0.0564   12.630       7.    1.762    0.012\n     16  662.694    0.788  20.6770   0.3202   12.980       7.    0.968    0.368\n      5  208.446    0.827  20.5099   0.2162   12.720       7.    0.811    0.020\n     22 1221.232    1.004  21.0382   0.3926   12.580       7.    1.264    0.540\n     18  792.487    1.420  20.8753   0.2852   12.610       7.    1.229   -0.019\n     19 1005.836    1.412  20.1144   0.1456   12.440       7.    1.196    0.303\n     11  470.127    1.601  20.9884   0.2512   12.840       7.    0.908    0.714\n     35  528.524    5.278  20.0112   0.1480   13.160       7.    1.379    0.161\n     38 1240.440    5.797  20.6756   0.1768   12.710       7.    0.884    0.068\n     45  623.927    7.913  20.8818   0.2514   12.720       7.    1.073   -0.020\n     46  640.014    8.395  20.7941   0.2307   12.830       7.    1.058    0.268\n     52 1139.558    8.403  20.4698   0.1432   12.540       7.    0.834   -0.127\n     51 1090.045    9.175  20.9456   0.1762   12.680       7.    0.647   -0.422\n     57  710.114   10.006  20.0361   0.1627   12.630       7.    1.446   -0.547\n     67 1182.620   12.485  20.3794   0.1302   12.440       7.    0.803   -0.067\n     69  744.937   14.214  21.3119   0.3331   12.860       7.    0.953   -0.064\n     71  544.661   15.482  20.9785   0.3024   13.180       7.    1.196    0.204\n     88  955.186   19.212  16.2454   0.0419   12.610       7.    3.352    0.255\n     91 1150.727   20.743  18.1953   0.0268   12.610       7.    0.787   -0.020\n    100  827.142   22.666  17.6033   0.0331   12.750       7.    1.433   -0.057\n    109  979.611   24.491  20.9634   0.2854   12.720       7.    1.156   -0.397\n    111  266.024   25.711  19.8708   0.1210   12.710       7.    1.231   -0.135\n    112 1051.834   26.091  19.4120   0.0616   12.640       7.    0.826   -0.173\n    113 1144.711   26.357  18.9261   0.0652   12.620       7.    1.386    0.157\n    117 1090.732   26.982  21.3922   0.3101   12.600       7.    0.814    0.031\n    124  193.058   30.062  21.2715   0.3087   12.990       7.    0.883   -0.433\n    125  370.384   30.326  16.9005   0.0303   12.680       7.    1.820    0.065\n    138 1054.728   31.563  18.4100   0.0349   12.640       7.    0.972   -0.051\n    144  911.850   32.985  18.5679   0.0519   12.880       7.    1.255   -0.134\n    145 1110.733   33.168  20.9913   0.2046   12.730       7.    0.749   -0.029\n    148  246.926   33.914  21.3767   0.3756   12.780       7.    1.018   -0.692\n    150  144.262   34.862  20.5976   0.1776   12.930       7.    0.907    0.015\n    164  804.501   39.997  21.2359   0.2905   12.750       7.    0.869   -0.281\n    163  432.183   40.355  20.7238   0.2529   12.940       7.    1.263   -0.441\n    169  487.570   40.617  20.6109   0.2110   12.840       7.    1.130   -0.637\n    174  687.506   43.058  20.9509   0.2332   13.030       7.    0.904   -0.454\n    182   38.296   44.723  21.3971   0.4462   12.700       7.    1.217   -1.408\n    202  908.556   49.803  19.0455   0.0559   12.620       7.    1.017    0.023\n    200  804.250   50.149  20.5738   0.2010   12.700       7.    1.134   -0.192\n    231  718.228   56.955  20.8592   0.3083   12.900       7.    1.407   -0.333\n    230  155.950   57.076  21.1821   0.3104   12.680       7.    0.995    0.242\n    257  389.612   65.674  20.3828   0.1784   12.680       7.    1.188    0.321\n    258  407.145   65.681  21.0591   0.2434   12.430       7.    0.822   -0.567\n    273  717.634   71.488  19.8620   0.1635   12.820       7.    1.791    0.049\n    277    2.538   71.835  20.0046   0.1383   12.470       7.    1.292    0.034\n    284 1247.620   72.761  19.9146   0.1100   12.310       7.    1.033   -0.455\n    296 1035.375   76.319  19.3251   0.0580   12.460       7.    0.838   -0.015\n    306 1076.107   77.343  21.0240   0.2034   12.490       7.    0.706   -0.243\n    305  820.397   77.645  18.1627   0.0514   12.530       7.    1.618   -0.192\n    309 1063.490   78.759  20.1998   0.0957   12.510       7.    0.659   -0.256\n    328  904.312   82.830  20.8984   0.1956   12.480       7.    0.775   -0.547\n    340  830.133   88.119  17.4417   0.0266   12.530       7.    1.168   -0.042\n    373  402.756   97.841  20.6534   0.1981   12.560       7.    1.016    0.109\n    374  624.528   97.968  21.4495   0.4533   12.640       7.    1.204   -0.451\n    382  836.970  100.708  20.8650   0.2142   12.480       7.    0.904   -0.507\n    398 1126.637  102.792  21.1900   0.4004   12.660       7.    1.389   -0.594\n    415   74.050  107.767  20.8684   0.2322   12.700       7.    0.982   -0.006\n    430  151.610  112.100  20.8702   0.2391   12.800       7.    1.017   -0.294\n    444  736.489  114.924  20.8468   0.1848   12.880       7.    0.751   -0.252\n    447   81.943  115.804  20.1322   0.1368   12.680       7.    1.062   -0.199\n    452  801.267  117.554  20.8887   0.2651   12.620       7.    1.150   -0.336\n    460  505.454  118.361  18.8814   0.0607   12.790       7.    1.323    0.088\n    458  276.926  120.122  21.0955   0.3438   12.590       7.    1.223   -0.835\n    482 1184.283  125.553  20.4615   0.1425   12.730       7.    0.800   -0.018\n    493  801.546  128.066  21.0267   0.2010   12.630       7.    0.677   -0.191\n    498  948.081  128.844  17.3362   0.0517   12.470       7.    2.845    0.379\n    494  118.556  128.890  19.1225   0.0534   12.610       7.    0.858    0.071\n    499   70.380  129.262  20.7001   0.1985   12.830       7.    0.947   -0.434\n    502  852.244  130.850  20.5477   0.1360   12.690       7.    0.704   -0.086\n    510 1137.860  131.763  20.7548   0.2113   12.940       7.    1.011    0.282\n    507  743.519  132.162  21.5228   0.4987   12.910       7.    1.247   -1.179\n    511  349.832  132.421  21.5523   0.4417   12.600       7.    1.029   -0.259\n    516  460.791  133.280  21.2030   0.4433   12.770       7.    1.463   -1.119\n    520  731.134  134.936  20.9498   0.2839   12.920       7.    1.162   -0.598\n    540   33.121  140.575  17.1001   0.0456   12.670       7.    2.780    0.267\n    575  908.213  147.731  20.9190   0.2294   12.500       7.    0.934   -0.083\n    576 1040.927  148.821  20.4149   0.1440   12.610       7.    0.902   -0.153\n    592  863.112  149.798  18.7558   0.0350   12.650       7.    0.712    0.009\n    602  133.527  152.344  18.9202   0.0475   12.720       7.    0.882   -0.112\n    610  709.483  154.393  20.8988   0.2093   12.820       7.    0.824   -0.392\n    645  529.016  165.627  17.4664   0.0223   12.780       7.    0.955    0.031\n    643  336.407  166.121  20.7661   0.2170   12.680       7.    1.010   -0.510\n    646  667.869  166.473  17.0749   0.0194   12.810       7.    1.047   -0.034\n    653  600.556  168.069  20.0892   0.0991   12.710       7.    0.766   -0.054\n    656 1058.286  168.478  21.0880   0.3088   12.580       7.    1.133    0.302\n    668 1002.828  171.025  18.0001   0.0370   12.460       7.    1.312    0.000\n    666  319.772  171.292  20.9414   0.2535   12.570       7.    1.011   -0.397\n    674 1226.892  171.888  21.0885   0.3540   12.600       7.    1.351    0.010\n    673 1137.697  172.120  19.8843   0.1235   12.840       7.    1.150   -0.402\n    700 1168.751  178.857  18.9151   0.0696   12.890       7.    1.516    0.383\n    722  582.463  186.731  17.5115   0.0286   12.930       7.    1.248   -0.065\n    738 1107.822  190.745  21.4693   0.5025   12.960       7.    1.302   -2.117\n    739  835.179  192.628  20.6942   0.1929   12.630       7.    0.911   -0.507\n    749 1245.840  195.070  21.3446   0.3563   12.740       7.    1.037   -0.115\n    757  656.816  196.891  21.1367   0.2982   12.810       7.    0.997   -0.007\n    759  472.296  198.042  19.5884   0.0751   12.620       7.    0.900    0.044\n    765  513.640  199.057  21.1432   0.3349   12.890       7.    1.128   -0.448\n    771  968.134  200.023  20.7087   0.2417   12.520       7.    1.236    0.119\n    776 1157.947  201.218  20.9650   0.2514   12.960       7.    1.006   -0.403\n    777  468.103  202.678  20.4375   0.1865   12.570       7.    1.142    0.024\n    782  745.867  203.017  21.4022   0.4633   12.740       7.    1.299   -0.837\n    789  483.093  205.142  20.1007   0.1277   12.560       7.    1.038   -0.315\n    812 1100.727  210.461  19.6998   0.1472   13.040       7.    1.829    0.219\n    832  656.596  215.946  21.3943   0.4622   12.760       7.    1.309   -0.489\n    845  571.784  219.589  18.7716   0.0477   12.640       7.    1.076   -0.087\n    854  864.741  222.120  20.9109   0.3386   12.710       7.    1.508   -0.576\n    856  175.897  223.299  16.9004   0.0264   12.630       7.    1.570    0.028\n    870 1164.757  225.388  21.6236   0.3745   12.940       7.    0.786   -0.473\n    903  739.161  234.823  20.6371   0.1946   12.770       7.    1.020   -0.049\n    908  669.441  237.012  20.6463   0.2007   12.690       7.    1.049   -0.395\n    923   54.807  241.419  20.6971   0.1349   12.540       7.    0.579    0.135\n    934  265.680  243.658  19.2902   0.0572   12.550       7.    0.796   -0.001\n    970  585.771  257.265  20.9494   0.1830   12.650       7.    0.657   -0.050\n   1001   27.540  264.671  16.9890   0.0204   12.540       7.    1.125   -0.001\n   1017  427.787  270.453  20.2063   0.1424   12.470       7.    1.004   -0.276\n   1032  985.812  275.797  20.9691   0.2302   12.550       7.    0.895   -0.260\n   1039  746.931  278.291  19.0956   0.0754   12.770       7.    1.420    0.014\n   1054  562.056  282.727  19.8152   0.0664   12.800       7.    0.607   -0.047\n   1057 1047.588  283.032  20.8939   0.2240   12.720       7.    0.945   -0.621\n   1067  108.157  286.779  18.1522   0.0567   12.540       7.    2.053    0.403\n   1068  480.431  286.871  21.4067   0.3555   12.500       7.    0.932   -0.778\n   1075  626.276  287.239  21.0808   0.2383   12.720       7.    0.809   -0.361\n   1071   23.533  288.170  20.8915   0.2618   12.700       7.    1.116   -0.158\n   1088 1182.472  292.069  21.0890   0.2678   12.570       7.    0.967   -0.311\n   1092  575.277  293.027  18.5727   0.0387   12.640       7.    0.954   -0.052\n   1102  855.717  295.744  17.6244   0.0233   12.700       7.    0.907   -0.114\n   1110 1113.137  299.557  20.6193   0.1587   12.910       7.    0.819   -0.241\n   1122  502.790  302.634  20.6227   0.1557   12.580       7.    0.778   -0.132\n   1138  880.764  306.662  20.6413   0.1430   12.790       7.    0.687   -0.390\n   1164  717.883  314.504  20.9485   0.2442   12.960       7.    0.969   -0.606\n   1167  393.616  315.662  21.4674   0.3622   12.540       7.    0.887   -0.153\n   1174  839.265  316.139  21.0755   0.2557   12.780       7.    0.901   -0.651\n   1179 1060.465  316.535  20.6624   0.1359   12.510       7.    0.623   -0.095\n   1180  235.135  317.877  20.6982   0.2190   12.620       7.    1.069   -0.137\n   1199 1039.379  322.297  20.5602   0.1753   12.730       7.    0.973    0.068\n   1200 1086.833  322.402  21.3869   0.3536   12.540       7.    0.976    0.190\n   1239  386.514  332.604  20.8277   0.2092   12.450       7.    0.901   -0.093\n   1244  647.289  334.377  20.5395   0.1289   12.820       7.    0.667    0.218\n   1261  365.480  338.652  21.1422   0.2799   12.530       7.    0.926   -0.312\n   1259  178.151  338.972  21.2033   0.3286   12.430       7.    1.055   -0.870\n   1264 1203.225  339.113  21.5537   0.4305   12.630       7.    1.048   -0.232\n   1284  304.035  345.940  21.3428   0.4119   12.470       7.    1.199   -0.161\n   1285  533.386  346.351  17.8071   0.0288   12.620       7.    1.126   -0.067\n   1291 1249.696  347.547  21.2334   0.4645   12.570       7.    1.534    0.062\n   1297  617.463  348.908  19.9680   0.1192   12.560       7.    1.032    0.118\n   1299    7.173  350.223  20.3008   0.1120   12.740       7.    0.719    0.020\n   1309  314.049  353.224  20.6029   0.1958   12.510       7.    1.037    0.138\n   1323 1188.457  356.984  18.8834   0.0473   12.570       7.    0.986    0.049\n   1330  460.409  358.920  20.3121   0.1310   12.570       7.    0.839   -0.143\n   1351  687.106  365.469  21.3118   0.2577   12.640       7.    0.686   -0.372\n   1355  732.519  366.684  20.0986   0.1419   12.810       7.    1.143    0.105\n   1357   22.212  367.958  20.9584   0.2700   12.640       7.    1.077    0.476\n   1359  682.477  368.386  20.9720   0.2612   12.670       7.    1.024   -0.272\n   1365  588.167  370.208  20.8872   0.2239   12.710       7.    0.927   -0.598\n   1387  936.859  376.652  20.9067   0.2705   12.470       7.    1.168   -0.214\n   1389  505.785  378.169  20.4727   0.1831   12.610       7.    1.125   -0.183\n   1396   83.847  380.263  20.9418   0.1913   12.740       7.    0.701   -0.469\n   1404 1246.408  380.431  21.0527   0.2175   12.650       7.    0.769    0.490\n   1408  476.298  382.795  21.1643   0.3553   12.530       7.    1.221   -0.977\n   1414  395.483  383.864  21.1730   0.3113   12.540       7.    1.025    0.270\n   1417    4.992  385.303  21.1631   0.2759   12.640       7.    0.883    0.163\n   1420  340.726  386.697  19.7335   0.0894   12.590       7.    0.982    0.190\n   1438 1237.193  392.012  17.4017   0.0195   12.480       7.    0.839   -0.040\n   1439  263.553  393.213  20.9551   0.2216   12.710       7.    0.843   -0.325\n   1444  161.309  395.222  20.7896   0.2301   12.780       7.    1.062   -0.318\n   1455 1068.080  396.679  21.4535   0.2544   12.660       7.    0.576   -0.316\n   1459 1177.680  399.441  20.8166   0.1603   12.510       7.    0.672    0.133\n   1466  345.503  402.383  20.8614   0.1548   12.650       7.    0.576   -0.020\n   1472  558.579  403.534  20.9960   0.2505   12.810       7.    0.948    0.065\n   1483  594.929  406.731  20.9057   0.2110   12.910       7.    0.839    0.210\n   1491   48.524  409.833  20.6436   0.1667   12.530       7.    0.830    0.035\n   1496   95.923  410.572  20.2249   0.1288   12.550       7.    0.893   -0.102\n   1497  410.752  411.364  16.3403   0.0167   12.610       7.    1.117    0.020\n   1528  112.919  419.244  20.7659   0.2252   12.530       7.    1.047   -0.502\n   1541  785.765  424.766  21.0729   0.3387   12.750       7.    1.284   -0.668\n   1557 1080.939  428.661  21.0357   0.1922   12.670       7.    0.660   -0.264\n   1571  954.651  431.118  21.1624   0.3070   12.590       7.    1.047   -0.290\n   1596 1085.825  436.163  20.9943   0.2754   12.680       7.    1.091    0.256\n   1590   18.494  437.199  19.4864   0.0870   12.350       7.    1.205   -0.071\n   1609   20.647  441.551  21.3903   0.2545   12.250       7.    0.607    0.095\n   1602 1021.085  438.897  20.6858   0.1945   12.720       7.    0.990   -0.338\n   1622  402.976  445.167  16.6652   0.0430   12.840       7.    3.003    0.300\n   1621   50.371  445.386  17.8833   0.0321   12.370       7.    1.152   -0.040\n   1625  135.103  446.566  20.6580   0.2344   12.640       7.    1.243    0.375\n   1635  565.849  449.346  20.7538   0.1974   13.000       7.    0.920   -0.205\n   1669 1235.746  458.905  21.2611   0.3575   12.630       7.    1.152   -0.122\n   1672  310.947  459.685  20.6940   0.2327   12.600       7.    1.190    0.336\n   1674  691.220  461.700  19.7033   0.0973   13.480       7.    1.088   -0.103\n   1685  983.545  463.334  17.8039   0.0320   12.480       7.    1.178   -0.188\n   1687 1170.520  463.630  20.1270   0.1030   12.460       7.    0.784   -0.027\n   1696 1157.589  466.254  20.1281   0.0939   12.570       7.    0.709   -0.196\n   1690  646.026  466.269  20.3208   0.1401   13.150       7.    0.947    0.035\n   1699  282.619  469.189  20.7755   0.1488   12.630       7.    0.612   -0.291\n   1698  228.860  469.250  17.5439   0.0461   12.520       7.    1.593   -0.183\n   1721  697.091  472.719  18.1115   0.0428   13.330       7.    1.444   -0.032\n   1729  652.475  476.250  20.5538   0.1579   13.290       7.    0.832   -0.125\n   1743  392.484  478.226  20.8066   0.1746   12.780       7.    0.738   -0.158\n   1748  826.934  479.755  21.0896   0.2967   12.640       7.    1.061   -0.168\n   1757 1110.264  481.622  20.6499   0.1970   12.560       7.    1.062   -0.059\n   1759  713.050  483.177  19.6592   0.0844   13.460       7.    0.974    0.096\n   1770  453.038  486.486  20.7717   0.2066   12.820       7.    0.953   -0.007\n   1778  760.942  489.055  20.1861   0.1135   13.320       7.    0.845    0.130\n   1785  525.963  490.959  18.3560   0.0516   13.000       7.    1.623    0.104\n   1786  583.455  492.356  17.6423   0.0270   13.220       7.    1.142   -0.056\n   1794  557.253  492.991  19.5135   0.0848   13.130       7.    1.093   -0.048\n   1798 1168.812  493.746  20.7959   0.2444   12.620       7.    1.188   -0.528\n   1797  614.145  494.758  20.5281   0.1561   13.560       7.    0.820    0.154\n   1802   59.090  495.773  20.9325   0.2554   12.300       7.    1.049   -0.725\n   1816 1011.307  499.087  21.2888   0.2942   12.620       7.    0.871    0.492\n   1814  629.535  499.664  19.0019   0.0873   14.010       7.    1.797    0.008\n   1824    2.872  503.534  20.4817   0.1757   12.450       7.    1.057   -0.170\n   1829  646.813  504.590  11.2476   0.0382   13.990       7.    4.143    0.073\n   1831  947.068  504.700  17.4559   0.0248   12.490       7.    1.107    0.003\n   1833  519.025  505.576  21.0540   0.2887   13.020       7.    1.071    0.041\n   1857  771.741  512.058  19.0502   0.0709   12.920       7.    1.153   -0.358\n   1879 1159.310  517.308  20.7979   0.2150   12.650       7.    1.019   -0.208\n   1920  793.687  531.470  21.0879   0.3032   12.800       7.    1.074   -0.048\n   1921 1111.735  532.314  19.5497   0.0833   12.470       7.    1.088    0.082\n   1940  703.626  536.014  19.7432   0.1195   13.520       7.    1.404    0.472\n   1947  405.696  538.165  20.7938   0.2153   12.830       7.    0.985   -0.429\n   1954 1123.347  538.663  20.5164   0.1732   12.440       7.    1.042    0.098\n   1952  744.525  539.325  20.3431   0.1182   13.260       7.    0.741    0.073\n   1957    5.553  541.093  20.1830   0.1578   12.500       7.    1.278    0.307\n   1961 1009.803  542.000  21.1574   0.2394   12.580       7.    0.752    0.043\n   1984  760.225  548.836  20.9122   0.1674   13.010       7.    0.625   -0.006\n   1996  402.515  552.084  20.8715   0.2299   12.890       7.    0.979   -0.798\n   2004  453.746  555.838  21.2033   0.3249   12.770       7.    1.039   -0.223\n   2018  970.697  558.835  20.8716   0.2211   12.710       7.    0.958   -0.371\n   2019 1085.182  559.134  20.8655   0.2521   12.500       7.    1.155    0.324\n   2036   62.441  562.759  21.4040   0.3083   12.490       7.    0.781   -0.904\n   2042  443.517  564.899  17.4244   0.0272   12.820       7.    1.223   -0.084\n   2047   58.158  568.085  21.0952   0.3402   12.420       7.    1.249    0.396\n   2073  134.008  575.707  20.8713   0.2384   12.610       7.    1.025   -0.208\n   2078 1025.182  575.927  21.0664   0.2314   12.600       7.    0.832   -0.264\n   2074  667.418  576.125  20.2801   0.1680   13.500       7.    1.213   -0.318\n   2082  272.190  577.606  20.6529   0.2312   12.430       7.    1.257   -0.044\n   2085  428.839  578.751  20.3079   0.1725   12.680       7.    1.251    0.123\n   2089  140.628  580.364  21.0379   0.2189   12.640       7.    0.763   -0.433\n   2092  169.684  581.673  21.0849   0.2732   12.480       7.    0.955    0.122\n   2098  388.695  583.014  21.0401   0.2034   12.510       7.    0.694    0.273\n   2103  911.215  583.255  20.6823   0.1576   12.570       7.    0.770   -0.032\n   2100  722.787  583.418  20.6052   0.1923   13.340       7.    1.050    0.708\n   2105  420.848  583.763  15.8423   0.0380   12.620       7.    3.311    0.303\n   2127  401.169  591.322  20.4802   0.1470   12.450       7.    0.841   -0.449\n   2153  651.665  600.058  20.7402   0.1749   13.840       7.    0.798   -0.136\n   2149  198.556  599.080  18.8296   0.0768   12.410       7.    1.841    0.283\n   2160  748.827  601.260  20.2212   0.1164   13.040       7.    0.841    0.059\n   2165  601.817  601.816  20.1004   0.1586   13.940       7.    1.348   -0.050\n   2169  756.102  602.845  20.9670   0.1511   13.070       7.    0.507   -0.261\n   2175  182.106  604.561  21.3082   0.3900   12.530       7.    1.176   -0.035\n   2188 1074.365  606.722  19.4213   0.0736   12.390       7.    1.087    0.076\n   2206  534.095  612.185  18.5029   0.0426   13.590       7.    1.158    0.162\n   2210  639.217  613.296  20.0748   0.0994   13.800       7.    0.793   -0.158\n   2232  517.509  621.345  20.8761   0.2106   13.620       7.    0.874   -0.515\n   2234  963.849  621.774  21.2548   0.3092   12.620       7.    0.965   -1.154\n   2246  925.872  625.289  18.9354   0.0564   12.720       7.    1.097   -0.223\n   2250  511.206  626.987  21.1290   0.2552   13.560       7.    0.845   -0.940\n   2262  626.927  631.687  19.9276   0.1054   13.940       7.    0.979    0.383\n   2269  527.841  635.158  18.3064   0.0486   13.760       7.    1.461   -0.070\n   2281 1004.049  638.377  20.8169   0.1906   12.490       7.    0.854   -0.548\n   2293  665.530  641.261  21.0500   0.2405   13.730       7.    0.854   -0.695\n   2312  675.140  645.173  21.0317   0.2405   13.450       7.    0.879   -0.344\n   2313  783.027  645.490  21.2153   0.3598   12.980       7.    1.210   -0.895\n   2320  407.712  648.137  17.4520   0.0262   12.890       7.    1.125   -0.113\n   2327 1045.960  650.530  20.9287   0.3167   12.460       7.    1.427   -0.475\n   2346  322.100  655.914  20.5717   0.1512   12.410       7.    0.812   -0.002\n   2352  667.561  656.973  20.0607   0.1155   13.780       7.    0.987    0.148\n   2357  648.984  658.138  19.5379   0.0868   13.440       7.    1.162    0.399\n   2365  974.747  662.415  18.5930   0.0573   12.430       7.    1.515   -0.020\n   2367  667.608  662.811  20.8852   0.2145   13.720       7.    0.891   -0.068\n   2396  395.773  669.743  20.4864   0.2193   12.880       7.    1.371   -0.544\n   2407  704.100  671.092  21.0437   0.2319   13.420       7.    0.837    0.178\n   2425  824.704  676.445  20.7366   0.1570   12.780       7.    0.715    0.202\n   2435 1112.165  678.559  19.4920   0.1046   12.510       7.    1.544    0.410\n   2436  493.234  678.759  21.1316   0.4116   13.360       7.    1.499    0.163\n   2439 1249.097  679.026  20.8817   0.2841   12.380       7.    1.305   -0.891\n   2444 1072.834  680.340  21.1033   0.2351   12.650       7.    0.820   -0.537\n   2451  942.272  682.429  21.1933   0.2864   12.720       7.    0.945   -0.705\n   2455  157.035  683.362  20.8076   0.1938   12.690       7.    0.858    0.136\n   2449  475.142  683.427  20.8183   0.2024   13.310       7.    0.896   -0.430\n   2460  976.018  685.131  20.8845   0.2362   12.700       7.    1.042   -0.517\n   2465  381.766  686.249  21.0994   0.2655   12.770       7.    0.927    0.001\n   2475  278.991  688.565  18.7908   0.0553   12.340       7.    1.211    0.141\n   2479   18.127  689.548  21.5423   0.4860   12.430       7.    1.204   -0.068\n   2487  575.330  690.544  16.7092   0.0368   14.310       7.    2.299    0.437\n   2483   51.458  691.268  20.4608   0.1733   12.470       7.    1.062   -0.329\n   2537  127.040  707.211  20.6495   0.1946   12.540       7.    1.016   -0.218\n   2545   31.055  710.297  20.2443   0.1283   12.580       7.    0.929    0.161\n   2549  486.837  710.313  20.7565   0.2389   13.090       7.    1.179   -0.041\n   2555  243.521  712.930  17.9571   0.0265   12.490       7.    0.928   -0.002\n   2558  557.579  713.083  20.3844   0.1014   12.870       7.    0.581    0.175\n   2576  432.835  718.841  20.9124   0.2458   12.940       7.    1.036    0.763\n   2623 1122.362  731.043  20.8975   0.3081   12.670       7.    1.440   -0.862\n   2641  507.612  735.005  20.8601   0.1872   13.100       7.    0.771   -0.313\n   2646  458.877  737.519  21.1611   0.3170   13.040       7.    1.087   -0.757\n   2655  837.028  739.847  17.1072   0.0350   12.820       7.    2.066    0.236\n   2667  706.195  743.242  20.9880   0.2779   13.150       7.    1.126   -0.636\n   2678  788.770  745.995  20.4340   0.1622   12.980       7.    1.017    0.113\n   2694 1166.668  749.911  20.9270   0.3102   12.640       7.    1.426   -0.069\n   2695  525.824  751.046  21.2395   0.3423   13.130       7.    1.097   -0.369\n   2698  231.447  752.752  21.4201   0.3123   12.700       7.    0.794   -0.441\n   2707  744.120  753.429  17.7803   0.0258   12.960       7.    0.980    0.004\n   2721 1037.011  756.119  20.7501   0.1602   12.900       7.    0.745    0.129\n   2730  503.224  758.946  20.1652   0.1241   12.880       7.    0.976   -0.079\n   2736  691.954  761.875  20.9766   0.2620   13.060       7.    1.064   -0.781\n   2754  493.118  766.579  20.8961   0.2517   12.800       7.    1.096    0.129\n   2759  941.460  767.485  21.1171   0.3479   12.720       7.    1.322   -0.577\n   2769  671.027  770.003  20.8311   0.2065   13.180       7.    0.921   -0.059\n   2771  272.941  771.723  20.6754   0.1874   12.530       7.    0.960   -0.449\n   2782  924.889  775.085  21.0646   0.2209   12.600       7.    0.793   -0.529\n   2786  194.789  775.645  20.7461   0.2502   12.610       7.    1.268    0.464\n   2812  809.027  784.477  20.8891   0.2326   12.950       7.    1.019    0.112\n   2824  800.519  787.187  21.2394   0.3739   13.010       7.    1.243   -0.555\n   2826   22.736  787.792  21.0507   0.2505   13.010       7.    0.904   -0.412\n   2823  584.760  787.815  20.7414   0.1990   13.050       7.    0.968   -0.256\n   2828  292.900  788.295  20.8974   0.2627   12.720       7.    1.152   -0.021\n   2837  789.950  790.629  21.2265   0.4181   13.050       7.    1.435   -0.442\n   2846 1058.683  792.710  20.6629   0.2110   12.670       7.    1.168   -0.385\n   2896 1215.065  804.441  20.8722   0.2309   12.530       7.    1.010    0.057\n   2909 1190.723  809.178  17.8488   0.0327   12.590       7.    1.254   -0.116\n   2911  435.409  809.412  20.5151   0.2172   12.690       7.    1.354   -0.374\n   2930  428.049  813.826  20.9393   0.2779   12.720       7.    1.174    0.144\n   2932  594.673  814.375  20.7612   0.2089   12.850       7.    1.016   -0.360\n   2967  233.540  826.910  20.4218   0.1649   12.660       7.    1.067   -0.011\n   2972 1085.506  829.190  20.5905   0.1561   12.670       7.    0.875    0.090\n   2978 1054.033  830.359  15.8600   0.0202   12.450       7.    1.615    0.008\n   2982 1118.984  831.378  18.9527   0.0540   12.600       7.    1.130   -0.149\n   3001  910.254  833.684  20.3369   0.1610   12.650       7.    1.103    0.461\n   3006   26.360  835.622  18.5387   0.0439   13.070       7.    1.143    0.077\n   3016  226.464  840.790  21.0788   0.2546   12.570       7.    0.885   -0.300\n   3021  731.292  841.028  21.1011   0.2677   12.860       7.    0.958    0.161\n   3024  617.766  842.096  20.8357   0.1734   12.920       7.    0.740    0.004\n   3026  739.439  842.832  20.5133   0.1825   12.830       7.    1.120    0.060\n   3038  227.223  846.759  20.8032   0.2135   12.520       7.    0.980    0.060\n   3042  931.214  846.743  20.6392   0.1440   12.670       7.    0.736   -0.076\n   3040  648.839  847.428  21.3162   0.3977   12.830       7.    1.238    0.215\n   3059  249.301  852.976  19.9102   0.1175   12.680       7.    1.167   -0.046\n   3074  960.658  856.454  20.8803   0.2226   12.430       7.    0.985   -0.135\n   3072   74.907  857.760  20.9977   0.2272   12.830       7.    0.859   -0.287\n   3080  246.807  859.112  20.1723   0.1382   12.620       7.    1.117   -0.040\n   3090  334.955  862.192  20.5470   0.1776   12.540       7.    0.997    0.015\n   3098 1238.752  863.283  21.0423   0.3025   12.370       7.    1.247   -0.573\n   3100  325.313  864.938  21.1277   0.2502   12.520       7.    0.847    0.323\n   3109  552.226  866.160  18.4996   0.0436   12.910       7.    1.132   -0.079\n   3112  709.274  867.513  20.8033   0.2598   12.880       7.    1.279   -0.222\n   3126  507.117  870.994  21.1141   0.3989   12.800       7.    1.520   -0.251\n   3140    4.207  873.232  21.1072   0.3143   12.560       7.    1.154   -0.617\n   3144 1230.746  873.975  21.1301   0.2578   12.640       7.    0.937   -0.844\n   3150   87.399  875.864  19.2068   0.0760   12.780       7.    1.276   -0.318\n   3155  143.708  878.388  18.9454   0.0611   12.470       7.    1.263    0.048\n   3163  152.804  879.651  19.0624   0.0476   12.470       7.    0.862    0.019\n   3166  382.996  880.459  20.4833   0.2133   12.500       7.    1.396    0.161\n   3168  322.304  881.854  20.7613   0.2436   12.580       7.    1.217   -0.192\n   3169  622.564  882.018  19.5909   0.0985   12.990       7.    1.280   -0.218\n   3173  918.017  882.079  20.4895   0.1455   12.530       7.    0.886    0.068\n   3172  852.731  882.140  18.8765   0.0558   12.740       7.    1.230    0.070\n   3183  197.447  886.417  20.9733   0.2264   12.510       7.    0.889   -0.697\n   3201  913.154  891.691  20.3064   0.1545   12.640       7.    1.051   -0.422\n   3205  443.323  892.364  21.2710   0.3967   12.580       7.    1.300   -0.843\n   3207 1057.873  892.858  20.7550   0.2061   12.470       7.    1.048   -0.413\n   3209  539.112  893.369  20.6368   0.1437   12.830       7.    0.723    0.512\n   3221  265.521  898.325  21.3726   0.4101   12.560       7.    1.207    0.014\n   3228  943.932  898.978  21.0823   0.2159   12.640       7.    0.771   -0.364\n   3227  808.158  899.670  21.0965   0.2868   12.730       7.    1.072    0.088\n   3242    1.427  903.530  21.0764   0.2807   12.520       7.    0.979   -0.405\n   3246  284.909  904.589  20.1372   0.1277   12.580       7.    1.058    0.115\n   3260  841.778  907.922  21.3586   0.4248   12.860       7.    1.297   -0.707\n   3293  689.981  914.885  19.7685   0.0780   12.840       7.    0.836   -0.022\n   3291  506.518  915.193  20.7986   0.2342   12.700       7.    1.098    0.207\n   3298 1050.824  916.585  20.6285   0.2002   12.430       7.    1.162    0.159\n   3314  648.166  920.841  17.6899   0.0305   12.830       7.    1.211   -0.169\n   3322  428.909  923.770  21.1158   0.2714   12.530       7.    0.956   -0.887\n   3323 1109.368  924.141  18.0978   0.0319   12.490       7.    1.084    0.051\n   3327 1222.993  924.876  20.1476   0.1103   12.450       7.    0.910   -0.031\n   3329   52.843  927.058  20.9383   0.1885   12.540       7.    0.734   -0.290\n   3340 1248.241  928.332  21.0384   0.2421   12.370       7.    0.960   -0.430\n   3381  442.326  940.909  19.4318   0.0880   12.620       7.    1.328   -0.368\n   3388 1154.939  942.436  19.4591   0.0879   12.410       7.    1.338    0.003\n   3406 1014.490  947.204  20.8151   0.2032   12.480       7.    0.971   -0.682\n   3414  476.569  950.255  21.0546   0.3154   12.700       7.    1.236   -0.789\n   3422  885.634  951.468  19.7995   0.0753   12.690       7.    0.788    0.141\n   3435  186.463  956.829  20.6982   0.2165   12.440       7.    1.135   -0.093\n   3442  637.723  957.652  21.2373   0.3305   12.850       7.    1.085   -0.327\n   3448  583.858  959.959  19.7520   0.1216   12.820       7.    1.426   -0.243\n   3454  457.594  961.249  20.9923   0.2485   12.550       7.    0.997   -0.221\n   3460  428.501  961.763  19.3133   0.0765   12.520       7.    1.242    0.117\n   3468  879.081  964.336  18.5569   0.0432   12.630       7.    1.117    0.076\n   3487  740.533  969.444  20.2708   0.1421   12.700       7.    1.077    0.095\n   3486  300.221  970.042  20.9043   0.2838   12.550       7.    1.275   -0.222\n   3497  866.724  973.670  20.9215   0.3007   12.600       7.    1.366    0.011\n   3507   77.181  976.683  21.0152   0.3275   12.660       7.    1.343   -0.776\n   3574 1113.784  997.060  19.4074   0.1036   12.520       7.    1.706    0.338\n   3605 1064.723 1006.105  20.8571   0.2271   12.530       7.    1.043   -0.586\n   3614 1059.838 1008.981  21.2700   0.2885   12.530       7.    0.928    0.081\n   3618  607.704 1010.115  20.3140   0.1388   12.620       7.    1.011    0.093\n   3626  705.747 1012.231  19.8065   0.0992   12.650       7.    1.047   -0.022\n   3666  525.670 1022.676  19.5789   0.1056   12.570       7.    1.482    0.425\n   3669  880.460 1023.599  21.1163   0.2097   12.690       7.    0.714   -0.458\n   3676   24.944 1026.725  21.3699   0.3872   12.680       7.    1.122   -0.393\n   3687  911.035 1028.009  17.4721   0.0376   12.770       7.    1.481   -0.122\n   3695  831.336 1029.929  21.0715   0.2886   12.700       7.    1.127   -0.519\n   3694  680.865 1030.885  20.7802   0.2115   12.560       7.    1.050    0.347\n   3707 1130.301 1032.469  17.3020   0.0372   12.520       7.    1.997    0.083\n   3718  141.008 1036.392  21.1132   0.2598   12.600       7.    0.917   -0.467\n   3730  614.157 1039.474  21.2577   0.2895   12.620       7.    0.915   -0.712\n   3738 1211.797 1040.018  21.2678   0.2203   12.560       7.    0.668   -0.346\n   3741  993.535 1040.937  20.3137   0.1365   12.740       7.    1.011   -0.210\n   3758  162.170 1045.636  20.4521   0.1444   12.550       7.    0.890   -0.395\n   3771   36.778 1046.677  19.9135   0.1272   12.550       7.    1.329    0.293\n   3792 1057.673 1052.512  21.0393   0.2844   12.470       7.    1.180    0.268\n   3794 1098.824 1052.911  21.1600   0.2980   12.600       7.    1.101   -0.545\n   3807  559.788 1058.057  20.5716   0.1516   12.520       7.    0.837   -0.113\n   3814  397.911 1060.511  20.1541   0.1258   12.640       7.    1.034   -0.189\n   3827 1139.346 1064.226  20.0495   0.1323   12.510       7.    1.283   -0.240\n   3846  585.627 1071.373  15.9797   0.0203   12.650       7.    1.586    0.004\n   3860  440.958 1073.774  18.1809   0.0974   12.470       7.    3.762    0.488\n   3869  792.821 1075.136  19.2847   0.0752   12.640       7.    1.218   -0.189\n   3870  890.414 1075.430  19.7162   0.1047   12.720       7.    1.294    0.162\n   3876  871.399 1076.323  21.2128   0.1751   12.690       7.    0.489   -0.359\n   3885 1047.102 1077.698  20.8358   0.2051   12.540       7.    0.981   -0.184\n   3901  258.998 1081.584  18.1335   0.0270   12.570       7.    0.829   -0.057\n   3900  191.015 1082.280  21.2570   0.3080   12.600       7.    0.982   -0.831\n   3914  887.467 1083.415  19.8845   0.1110   12.690       7.    1.185   -0.201\n   3910   79.143 1084.098  18.8922   0.0672   12.470       7.    1.537    0.358\n   3911  264.268 1084.144  20.1624   0.1574   12.530       7.    1.339   -0.290\n   3934  303.706 1090.197  20.4065   0.1053   12.690       7.    0.624    0.225\n   3947  665.123 1092.020  20.7693   0.1875   12.610       7.    0.920   -0.258\n   3941  107.904 1092.121  20.9235   0.2176   12.600       7.    0.917   -0.057\n   3950  427.411 1094.000  21.1536   0.3028   12.530       7.    1.082    0.007\n   3952  771.589 1093.965  21.0146   0.2520   12.710       7.    1.026    0.549\n   3955   26.723 1094.426  21.1749   0.3340   12.410       7.    1.185   -0.379\n   3968   63.689 1097.531  21.0851   0.2711   12.420       7.    0.999    0.036\n   3977  955.660 1100.156  20.2220   0.1210   12.730       7.    0.958   -0.410\n   4003  232.666 1105.211  20.8518   0.1865   12.530       7.    0.815   -0.406\n   3999  738.779 1105.382  18.2068   0.0565   12.650       7.    2.073    0.239\n   4019  769.615 1111.831  21.1559   0.2680   12.650       7.    0.943   -0.749\n   4029  290.247 1114.830  20.3384   0.1522   12.480       7.    1.089    0.107\n   4032  642.039 1114.937  21.1695   0.3351   12.660       7.    1.211   -1.244\n   4045 1149.170 1119.058  20.9536   0.2144   12.510       7.    0.928    0.349\n   4046    1.150 1119.313  19.8511   0.0776   12.370       7.    0.589    0.078\n   4059  117.456 1121.440  20.7759   0.1990   12.620       7.    0.964    0.012\n   4063   81.078 1121.891  21.2026   0.2882   12.510       7.    0.963   -1.135\n   4079  727.546 1125.618  20.7123   0.1798   12.600       7.    0.927    0.000\n   4081  377.604 1127.260  20.5837   0.1324   12.620       7.    0.687    0.243\n   4095  241.333 1131.979  20.8989   0.2513   12.490       7.    1.138   -0.515\n   4111  353.756 1136.215  21.3759   0.3523   12.730       7.    1.030   -0.193\n   4117  748.192 1136.872  19.4207   0.0832   12.520       7.    1.279   -0.449\n   4118  987.819 1136.984  20.9851   0.2238   12.520       7.    0.928    0.034\n   4136 1120.063 1143.224  21.4208   0.3966   12.450       7.    1.189   -1.395\n   4139 1030.184 1143.778  20.8886   0.2155   12.560       7.    0.996   -0.500\n   4145 1054.573 1145.351  20.9482   0.2676   12.500       7.    1.222    0.255\n   4142  518.039 1145.595  20.6457   0.1384   12.720       7.    0.703    0.313\n   4152  915.384 1147.720  21.1040   0.2563   12.670       7.    0.964   -0.506\n      9  408.307    1.008  20.4924   0.2109   12.800       8.    1.017    0.093\n     13  573.593    1.948  19.2484   0.1745   13.030       8.    3.308    0.837\n     23   36.178    2.584  20.7142   0.1957   12.430       8.    0.943    0.421\n     34 1001.539    4.109  20.2142   0.1085   12.480       8.    0.767    0.265\n     31    1.904    4.685  20.6430   0.2775   12.460       8.    1.574   -0.084\n     75  113.654   16.090  20.4251   0.1441   12.680       8.    0.847    0.292\n     84  874.809   17.857  20.7792   0.2248   12.780       8.    1.038   -0.362\n    116  955.803   26.926  19.7048   0.0987   12.600       8.    1.129   -0.116\n    129 1067.234   30.145  17.6490   0.0559   12.700       8.    2.630    0.257\n    156  479.169   38.208  21.1827   0.3799   12.910       8.    1.201   -1.105\n    180 1240.659   44.665  19.0681   0.0838   12.820       8.    1.683    0.199\n    185  240.880   45.196  18.7556   0.0574   12.870       8.    1.168   -0.178\n    184  172.982   45.592  20.8030   0.1997   12.810       8.    0.871    0.129\n    196  307.712   49.796  19.9487   0.1015   12.620       8.    0.898   -0.115\n    366 1245.662   94.692  20.5898   0.1980   12.690       8.    1.123    0.587\n    388  323.050  100.197  21.6918   0.3452   12.670       8.    0.631   -0.611\n    414  571.249  107.173  20.8281   0.1736   12.810       8.    0.706    0.144\n    453  424.463  117.572  21.7732   0.4569   12.830       8.    0.832   -1.581\n    509  932.714  131.798  20.8659   0.2696   12.590       8.    1.208   -0.104\n    533   42.424  138.188  20.7189   0.2323   12.660       8.    1.156    0.042\n    543  613.599  141.024  18.0250   0.0298   12.820       8.    0.933   -0.078\n    544  869.179  141.510  20.4984   0.1594   12.600       8.    0.924   -0.285\n    548  894.277  142.139  20.5938   0.1948   12.410       8.    1.085    0.120\n    561  268.460  145.174  20.0867   0.1155   12.600       8.    0.917   -0.009\n    562  575.896  145.369  20.9603   0.2947   12.790       8.    1.200   -0.052\n    568  440.218  146.095  21.5476   0.3136   12.660       8.    0.664   -0.231\n    614 1093.496  157.305  20.1414   0.1322   12.650       8.    1.063   -0.040\n    634  691.344  162.621  17.4787   0.0319   12.690       8.    1.537   -0.100\n    633  661.398  162.640  20.5714   0.1786   12.780       8.    0.957   -0.559\n    672 1130.598  171.882  18.2066   0.0728   12.990       8.    2.568    0.440\n    766  584.904  199.167  21.6929   0.3888   12.990       8.    0.749   -0.257\n    773 1114.834  200.110  18.1591   0.0362   13.120       8.    1.159   -0.019\n    850  685.673  221.191  20.1844   0.1418   12.620       8.    1.095    0.074\n    882  122.703  228.554  19.6336   0.0830   12.530       8.    0.974    0.047\n    910  113.914  237.591  20.8341   0.2030   12.520       8.    0.855   -0.017\n    974  195.409  258.931  21.5832   0.3191   12.600       8.    0.651   -0.592\n   1048  767.094  281.378  20.2616   0.1874   12.860       8.    1.383   -0.008\n   1051  739.534  282.707  20.0628   0.1224   12.780       8.    1.025   -0.150\n   1061   42.049  284.754  21.0107   0.2020   12.540       8.    0.701   -0.176\n   1094  288.732  294.135  19.8786   0.0975   12.560       8.    0.914   -0.259\n   1106    4.691  297.137  20.3747   0.1105   12.820       8.    0.633   -0.055\n   1193  252.542  321.852  17.2882   0.0198   12.530       8.    0.909   -0.045\n   1223  395.394  329.231  19.4208   0.0675   12.480       8.    0.900    0.120\n   1254  435.144  337.542  20.6813   0.2205   12.610       8.    1.087   -0.297\n   1265 1222.932  339.368  17.4298   0.0230   12.570       8.    1.055   -0.042\n   1266 1228.458  339.667  20.0505   0.1001   12.580       8.    0.809    0.050\n   1295  164.793  348.703  21.1452   0.3011   12.560       8.    1.009   -0.079\n   1325  260.995  357.959  21.6175   0.5009   12.620       8.    1.128   -1.719\n   1373  532.772  372.688  19.2203   0.0815   12.610       8.    1.384    0.500\n   1382  325.928  375.674  21.2714   0.2974   12.530       8.    0.866   -0.334\n   1433  697.619  391.173  17.8337   0.0207   12.720       8.    0.715    0.023\n   1447    2.084  396.075  21.5500   0.5053   12.560       8.    1.228   -0.833\n   1477  646.412  405.384  21.1057   0.2681   12.910       8.    0.917   -0.191\n   1508  585.979  414.312  21.6099   0.3940   12.880       8.    0.847   -0.843\n   1547  919.925  424.516  20.0032   0.1090   12.510       8.    0.962   -0.143\n   1552  363.288  426.617  20.9090   0.2263   12.770       8.    0.917    0.070\n   1556  905.582  427.662  20.8230   0.2183   12.530       8.    0.966   -0.114\n   1576  949.814  431.664  20.6821   0.2140   12.530       8.    1.088   -0.686\n   1581  902.671  434.060  18.5374   0.0438   12.500       8.    1.134   -0.007\n   1611  617.941  442.079  19.8311   0.0901   13.230       8.    0.906    0.310\n   1629  246.493  447.363  21.2098   0.2661   12.760       8.    0.798   -0.447\n   1645  338.938  451.458  18.8790   0.0607   12.560       8.    1.285   -0.043\n   1644  260.696  452.404  18.6617   0.0527   12.640       8.    1.157   -0.170\n   1678  637.110  461.716  20.5937   0.1892   13.480       8.    0.983   -0.356\n   1697  273.732  467.414  20.1203   0.1399   12.660       8.    1.066    0.252\n   1739 1085.348  476.684  20.4184   0.1600   12.420       8.    1.032    0.186\n   1803  223.195  495.981  21.3348   0.3990   12.500       8.    1.080   -0.135\n   1830  785.889  505.846  20.7825   0.1916   12.840       8.    0.859    0.219\n   1839  866.742  507.205  21.0039   0.2414   12.640       8.    0.916   -0.254\n   1846  298.845  509.367  18.4232   0.0529   12.560       8.    1.405   -0.168\n   1851  913.754  510.088  21.2335   0.2279   12.550       8.    0.660    0.021\n   1900  808.642  524.699  20.8278   0.2173   12.760       8.    0.977    0.434\n   1916    2.945  530.757  20.3020   0.1601   12.420       8.    1.135    0.080\n   1930  975.569  533.286  21.2541   0.3897   12.650       8.    1.279   -0.055\n   1946  352.230  537.152  21.4910   0.4270   12.620       8.    1.079   -0.964\n   1998  629.367  552.332  20.7266   0.1515   13.570       8.    0.667    0.091\n   2022  666.527  559.843  20.5413   0.2026   13.200       8.    1.202   -0.014\n   2035 1005.171  562.313  18.5935   0.0533   12.530       8.    1.405    0.014\n   2123  102.876  589.979  20.0407   0.1147   12.450       8.    0.980   -0.265\n   2138  648.800  596.305  20.7937   0.1893   13.840       8.    0.828   -0.197\n   2209  541.483  613.070  20.0542   0.1423   13.570       8.    1.251    0.285\n   2228  816.658  619.830  17.2577   0.0587   12.690       8.    3.412    0.380\n   2307  421.272  643.567  18.8741   0.0626   12.890       8.    1.312    0.175\n   2347  626.206  655.877  16.4699   0.0469   13.400       8.    3.536    0.517\n   2351  636.788  657.293  19.8464   0.2548   13.310       8.    2.797    1.498\n   2368  938.817  662.866  18.5020   0.0494   12.530       8.    1.243   -0.131\n   2375  536.958  664.202  17.0729   0.0219   13.610       8.    1.158   -0.016\n   2404 1085.274  670.409  20.4212   0.1835   12.560       8.    1.260    0.313\n   2448   70.961  682.690  19.5094   0.1124   12.490       8.    1.626    0.452\n   2518 1233.190  699.990  20.8458   0.1787   12.670       8.    0.788    0.142\n   2526  636.037  703.393  15.1738   0.0414   14.590       8.    3.700    0.087\n   2529  600.154  704.752  17.5954   0.1122   16.000       8.    8.746    0.214\n   2622  612.797  730.164  19.1502   0.5159   13.720       8.   10.801    1.054\n   2666  390.721  743.386  21.7539   0.5422   12.650       8.    1.105    0.428\n   2675  640.123  745.443  20.4836   0.1971   13.430       8.    1.249   -0.096\n   2679  832.974  745.643  18.7953   0.0424   12.800       8.    0.929    0.158\n   2687 1225.707  746.658  20.7285   0.2095   12.460       8.    1.088    0.111\n   2722 1046.209  755.515  18.7487   0.0529   12.750       8.    1.281    0.133\n   2727  270.274  758.623  20.1445   0.1186   12.480       8.    0.938    0.059\n   2767  496.477  770.445  20.5905   0.1994   12.790       8.    1.137   -0.151\n   2773  408.881  770.747  20.3590   0.1426   12.770       8.    0.943   -0.120\n   2815 1204.922  785.302  20.6022   0.1196   12.480       8.    0.597    0.156\n   2821 1052.156  785.974  21.9386   0.5098   12.680       8.    0.865   -0.274\n   2868  785.623  798.725  21.3395   0.3554   13.070       8.    1.048   -0.496\n   2870 1113.455  798.929  18.3789   0.0300   12.670       8.    0.829   -0.017\n   2875 1039.185  799.409  20.1430   0.1448   12.740       8.    1.253    0.135\n   2882  319.177  801.901  21.2590   0.3360   12.570       8.    1.056   -0.070\n   2904  460.853  808.326  21.1012   0.2643   12.790       8.    0.932   -0.456\n   2929 1249.519  812.404  21.2828   0.3652   12.230       8.    1.178   -0.138\n   2923   76.933  813.326  18.5457   0.0690   13.180       8.    2.015    0.472\n   2943 1080.573  816.307  21.2946   0.3707   12.730       8.    1.190   -0.823\n   2944  528.711  818.481  21.0816   0.2185   12.830       8.    0.745    0.114\n   2952 1161.393  821.004  20.0673   0.1760   12.660       8.    1.710    0.120\n   3018  529.386  841.034  20.7137   0.2463   12.760       8.    1.298   -0.213\n   3025 1186.411  841.844  21.4583   0.2689   12.570       8.    0.668    0.419\n   3028  767.045  843.790  18.9520   0.0566   12.840       8.    1.145    0.074\n   3045  685.195  847.807  20.5628   0.1399   12.800       8.    0.742    0.344\n   3088  201.759  861.545  21.1580   0.3318   12.510       8.    1.162   -0.127\n   3093  162.454  863.018  19.3480   0.0751   12.340       8.    1.145   -0.177\n   3152  372.792  875.741  20.0667   0.1141   12.470       8.    0.975   -0.098\n   3164  576.409  879.976  18.8701   0.0597   12.930       8.    1.357    0.229\n   3229   44.115  900.306  19.2364   0.1144   12.430       8.    2.117    0.670\n   3238  766.732  901.287  17.1058   0.0448   12.660       8.    2.581    0.065\n   3273 1130.080  911.153  21.4861   0.3473   12.500       8.    0.901   -0.057\n   3326  829.210  924.807  20.5591   0.1439   12.630       8.    0.801    0.379\n   3362  937.672  932.625  19.3008   0.0591   12.690       8.    0.891    0.067\n   3360  661.414  933.321  20.6552   0.1681   12.860       8.    0.870   -0.243\n   3390  615.195  942.735  18.3412   0.0407   12.830       8.    1.115   -0.142\n   3400  894.577  946.060  19.0710   0.0531   12.710       8.    0.994   -0.105\n   3447  441.800  959.791  19.6770   0.0778   12.590       8.    0.883   -0.082\n   3483  372.747  969.433  20.7275   0.1888   12.610       8.    0.941    0.014\n   3524  818.707  982.373  21.8170   0.5214   12.540       8.    1.023   -0.297\n   3539 1228.639  985.199  21.6224   0.3980   12.450       8.    0.945   -0.756\n   3535  314.480  985.637  21.4224   0.4030   12.480       8.    1.129    0.564\n   3586  131.340 1000.733  21.3596   0.3751   12.420       8.    1.091   -0.282\n   3625  623.257 1012.271  20.0478   0.1037   12.640       8.    0.915   -0.252\n   3664   31.396 1022.066  21.5000   0.3436   12.590       8.    0.835   -0.414\n   3674 1003.819 1025.191  20.3499   0.1312   12.750       8.    0.913   -0.028\n   3678  624.462 1025.406  20.1218   0.1007   12.690       8.    0.799   -0.204\n   3682  238.814 1026.682  20.7101   0.2288   12.450       8.    1.169   -0.419\n   3723  271.366 1037.125  20.0494   0.1142   12.470       8.    1.011    0.162\n   3737  777.780 1040.489  19.1996   0.0660   12.800       8.    1.167    0.007\n   3740  884.215 1041.927  20.8712   0.2021   12.800       8.    0.873    0.177\n   3762  553.252 1044.233  20.0094   0.0988   12.600       8.    0.878    0.252\n   3773  205.905 1048.470  18.9603   0.0449   12.440       8.    0.804   -0.058\n   3813  384.462 1060.153  18.3538   0.0839   12.570       8.    2.868    0.416\n   3829  584.813 1065.674  18.7743   0.0570   12.590       8.    1.301   -0.068\n   3932  900.108 1088.485  19.8936   0.0904   12.670       8.    0.900    0.113\n   3938  970.630 1090.978  21.3371   0.2538   12.560       8.    0.731    0.366\n   3957  151.488 1094.727  19.1968   0.0504   12.490       8.    0.793   -0.141\n   4013  915.366 1109.790  21.0037   0.2000   12.440       8.    0.785    0.326\n   4018  697.884 1111.994  20.1777   0.1589   12.570       8.    1.352   -0.245\n   4022  251.268 1112.507  20.3544   0.1491   12.440       8.    1.047    0.397\n   4017   53.473 1112.621  20.8189   0.2503   12.390       8.    1.205    0.481\n   4031  526.982 1114.624  19.4410   0.0648   12.560       8.    0.718   -0.317\n   4030  341.601 1114.636  20.2125   0.1313   12.530       8.    0.997    0.051\n   4050  812.459 1120.061  20.3207   0.1351   12.570       8.    0.970    0.053\n   4061  347.473 1121.939  21.5001   0.5406   12.590       8.    1.494   -0.109\n   4151  455.543 1148.132  21.3426   0.3242   12.520       8.    0.974   -0.226\n   4165 1206.926 1150.035  21.7716   0.5372   12.590       8.    0.849   -0.123\n      1    9.158    1.077  20.9032   0.2629   12.520       9.    0.924    0.270\n     30 1249.419    3.285  20.9760   0.3183   12.500       9.    1.308    0.328\n     95  863.942   21.786  19.8829   0.1203   12.740       9.    1.207   -0.053\n    139  271.151   32.832  16.9088   0.0230   12.770       9.    1.079   -0.039\n    238  831.544   59.881  20.7280   0.1463   12.460       9.    0.627    0.053\n    259   69.578   66.852  21.2141   0.3098   12.670       9.    0.967   -0.112\n    279   76.929   72.565  20.9252   0.2908   12.730       9.    1.202    0.200\n    311 1159.101   79.277  21.1451   0.2678   12.560       9.    0.885   -0.163\n    343  178.889   88.693  18.0818   0.0407   12.570       9.    1.241   -0.263\n    355  758.205   91.431  20.3988   0.1827   12.620       9.    1.095    0.150\n    353  183.207   92.499  21.1731   0.2838   12.530       9.    0.843    0.077\n    483  237.459  125.919  19.1070   0.0806   12.650       9.    1.521    0.306\n    549 1054.316  141.598  20.5780   0.1540   12.580       9.    0.814    0.034\n    594  460.545  150.383  20.1015   0.1560   12.790       9.    1.277   -0.148\n    612  858.657  156.896  20.6603   0.1869   12.560       9.    0.948   -0.209\n    657  143.214  169.254  20.7364   0.2054   12.620       9.    0.963   -0.068\n    790  884.177  205.332  20.3237   0.1673   12.510       9.    1.150   -0.063\n    900   60.661  233.726  20.6713   0.1950   12.450       9.    0.977    0.275\n    961  503.150  254.886  20.4484   0.1696   12.590       9.    0.911   -0.665\n   1004  791.718  264.461  20.3362   0.1516   12.990       9.    1.011    0.000\n   1025  932.836  274.042  20.5408   0.1590   12.610       9.    0.836    0.555\n   1038  357.072  277.664  17.3712   0.0936   12.400       9.    5.308    0.711\n   1101  512.546  295.881  19.7212   0.1058   12.570       9.    1.175    0.030\n   1188  756.432  319.657  20.8423   0.1895   12.940       9.    0.779   -0.066\n   1220  727.417  329.030  20.5720   0.1706   12.890       9.    0.918   -0.224\n   1550  889.906  426.642  20.7009   0.1646   12.570       9.    0.744   -0.393\n   1673   29.574  461.224  18.5209   0.0879   12.300       9.    2.628    0.482\n   1718  374.244  472.764  19.6365   0.0988   12.750       9.    1.068   -0.287\n   1737  691.102  476.567  19.7625   0.0695   13.160       9.    0.648   -0.107\n   1880   79.131  518.084  18.9625   0.0553   12.450       9.    1.051   -0.086\n   1905  363.063  526.541  17.9064   0.1057   12.480       9.    4.720    0.640\n   1959   99.060  541.769  21.2400   0.2650   12.570       9.    0.778    0.262\n   1969  552.709  545.214  20.7208   0.2277   13.150       9.    1.143    0.325\n   1988  252.317  550.762  20.2672   0.1274   12.380       9.    0.818    0.213\n   2041 1248.461  563.911  17.3425   0.0745   12.370       9.    4.056   -0.276\n   2062   77.400  572.489  20.5747   0.1996   12.460       9.    1.077    0.369\n   2128  419.501  591.576  19.4234   0.0692   12.630       9.    0.929    0.058\n   2243  741.669  623.356  20.5221   0.1682   13.020       9.    0.981    0.101\n   2319 1029.918  647.483  21.1097   0.2427   12.500       9.    0.843    0.101\n   2338  338.885  653.626  20.8157   0.2417   12.420       9.    1.122    0.012\n   2437  559.925  678.572  19.3287   0.1213   13.740       9.    2.068    0.535\n   2499  326.583  694.462  19.4630   0.0983   12.440       9.    1.461    0.112\n   2534  970.464  706.016  20.3732   0.1595   12.820       9.    1.086   -0.113\n   2575  973.517  718.250  21.5313   0.3822   12.730       9.    0.832   -0.785\n   2593 1026.148  724.567  19.6312   0.0837   12.780       9.    0.967   -0.295\n   2609  967.866  728.110  20.9229   0.1719   12.660       9.    0.621    0.011\n   2627  642.209  731.812  19.5469   0.1247   13.510       9.    1.778    0.687\n   2691  984.601  748.772  21.0142   0.2138   12.760       9.    0.714    0.281\n   2750  348.143  766.193  20.8883   0.1930   12.550       9.    0.780   -0.224\n   2899  921.757  805.005  19.3720   0.0860   12.550       9.    1.335    0.350\n   2908 1137.039  809.104  20.0763   0.1115   12.630       9.    0.951   -0.063\n   2976  827.974  829.064  20.5992   0.1763   12.870       9.    0.922   -0.053\n   3010 1136.480  835.740  18.8473   0.0434   12.550       9.    0.883    0.004\n   3280  767.489  911.783  20.7693   0.1823   12.600       9.    0.860    0.628\n   3348  621.324  931.333  21.2146   0.3683   12.770       9.    1.276    0.540\n   3440  407.921  958.166  20.8107   0.2401   12.490       9.    1.150   -0.147\n   3458  754.271  961.248  20.4386   0.1805   12.670       9.    1.212   -0.094\n   3562 1016.131  992.398  20.0128   0.1360   12.490       9.    1.278   -0.238\n   3639  867.584 1013.505  20.2694   0.1322   12.620       9.    0.910   -0.083\n   3787 1211.974 1051.551  21.3618   0.3035   12.490       9.    0.904   -0.458\n   3840  814.987 1068.509  20.9426   0.2175   12.580       9.    0.914    0.871\n   3861  844.913 1073.888  20.8290   0.2538   12.510       9.    1.244    0.136\n   3966  268.706 1097.471  19.4699   0.0752   12.420       9.    0.992   -0.054\n   3976  723.692 1099.756  18.2167   0.0474   12.600       9.    1.508    0.194\n   4009 1184.911 1108.316  20.7235   0.2164   12.490       9.    1.167   -0.322\n   4012  905.533 1108.651  20.4667   0.1840   12.440       9.    1.227   -0.263\n   4123 1109.122 1137.690  20.0295   0.1060   12.480       9.    0.999   -0.098\n      4  187.534    1.058  21.2112   0.5511   12.900      10.    1.674    0.874\n     24  252.818    1.366  20.1808   0.2296   12.810      10.    1.888    0.624\n     26  139.463    3.621  20.4147   0.1849   12.710      10.    1.204    0.046\n     36  742.094    4.498  19.9166   0.2038   12.850      10.    2.125    0.538\n     44  573.474    7.668  19.7007   0.1396   13.020      10.    1.719    0.663\n     80 1124.144   15.967  21.7229   0.5741   12.580      10.    1.212   -0.911\n     97  380.698   23.009  21.5729   0.5467   12.710      10.    1.306   -1.736\n    126  537.340   30.320  20.2423   0.1938   13.120      10.    1.284   -1.034\n    177  948.331   44.077  16.4191   0.0716   12.780      10.    5.557    0.556\n    189 1075.003   46.535  21.4988   0.4040   12.640      10.    0.998   -0.477\n    224   80.944   54.571  21.8414   0.7156   12.600      10.    1.352   -1.278\n    278  634.091   71.385  21.7337   0.6327   12.680      10.    1.313   -0.236\n    297 1100.149   75.710  19.8335   0.1298   12.600      10.    1.409    0.086\n    323 1052.287   82.271  19.8040   0.1049   12.420      10.    1.064   -0.125\n    332  456.418   86.221  19.7329   0.0948   12.540      10.    0.935   -0.243\n    351  211.480   90.521  20.4651   0.1658   12.670      10.    0.959   -0.189\n    409  711.881  105.983  19.4689   0.0959   12.640      10.    0.922    0.551\n    435  483.259  113.555  21.8339   0.5618   12.690      10.    1.012   -0.998\n    439  705.460  113.909  20.1336   0.1448   12.670      10.    0.961    0.121\n    489 1045.325  125.164  21.1544   0.2811   12.600      10.    0.936    0.127\n    484  285.226  125.404  19.6542   0.1241   12.560      10.    1.567    0.246\n    505   82.260  130.976  21.1434   0.2425   12.790      10.    0.756    0.137\n    535   94.717  139.070  19.6207   0.1169   12.700      10.    1.250    0.224\n    550  781.834  143.585  17.3886   0.1171   12.530      10.    6.527    0.671\n    589  757.297  149.622  19.6028   0.1088   12.700      10.    1.207   -0.633\n    659  510.816  168.318  20.0788   0.1327   12.800      10.    0.972    0.489\n    664  672.152  169.923  20.0496   0.1191   12.810      10.    0.991    0.383\n    733  465.472  190.649  21.9840   0.6228   12.670      10.    0.973   -0.298\n    802 1121.873  207.667  19.8151   0.1228   13.070      10.    1.292   -0.023\n    800  540.258  208.780  20.3793   0.2072   12.920      10.    1.265    0.391\n    859  580.555  222.712  15.4964   0.0122   12.780      10.    0.948    0.019\n    874  584.509  227.254  19.7448   0.1008   12.720      10.    1.050   -0.249\n    988 1113.124  262.099  21.0165   0.2938   12.760      10.    1.115    1.509\n    989  561.383  262.685  21.0857   0.4182   12.670      10.    1.593   -0.560\n   1035  630.997  277.938  21.0388   0.2990   12.780      10.    1.124   -0.058\n   1044  365.713  279.876  20.1799   0.1589   12.400      10.    1.191    0.095\n   1052 1188.358  281.815  21.6228   0.3764   12.680      10.    0.809    0.053\n   1077 1163.293  289.269  20.4855   0.1440   12.430      10.    0.764    0.365\n   1123  556.052  302.516  21.0804   0.3147   12.630      10.    1.064   -0.114\n   1143  796.909  307.704  18.0245   0.0332   12.730      10.    1.058    0.197\n   1172  607.501  315.680  19.0797   0.0727   12.530      10.    1.396    0.283\n   1177  804.579  317.044  21.0597   0.2965   12.770      10.    1.052   -0.014\n   1201   58.491  323.961  19.0538   0.0619   12.530      10.    0.886    0.077\n   1222   11.864  328.023  21.9766   0.6663   12.770      10.    1.070   -2.305\n   1258  980.234  337.858  20.9740   0.2302   12.490      10.    0.882    0.304\n   1314  447.185  353.320  20.2410   0.1409   12.520      10.    0.976    0.042\n   1328 1207.002  358.687  20.7341   0.2731   12.660      10.    1.439    0.176\n   1398  200.539  379.601  20.2201   0.1288   12.480      10.    0.917   -0.003\n   1402 1048.487  379.703  20.5213   0.2184   12.730      10.    1.352    0.712\n   1457  143.971  399.236  20.2802   0.1576   12.630      10.    1.084    0.195\n   1504  419.290  413.121  21.0457   0.2144   12.590      10.    0.725   -0.019\n   1623  440.234  445.016  19.8612   0.1223   12.850      10.    1.067    0.018\n   1641  889.724  451.773  20.2331   0.1974   12.530      10.    1.592    0.653\n   1663  209.733  455.867  20.7676   0.3455   12.770      10.    1.590   -0.856\n   1767  706.059  486.029  20.9915   0.2363   13.410      10.    0.875    0.075\n   1799 1218.394  493.858  20.8897   0.2182   12.550      10.    0.928    0.338\n   1809 1081.031  496.458  20.1499   0.1215   12.610      10.    0.984    0.397\n   1815  681.243  499.131  20.1735   0.2320   15.200      10.    1.969    0.917\n   1820  603.542  500.639  18.6495   0.0467   13.320      10.    1.104    0.285\n   1823 1034.062  502.241  19.5084   0.1360   12.510      10.    2.009    0.670\n   1899  648.816  523.551  19.0356   0.1532   14.410      10.    3.024    0.797\n   1907  643.202  523.909  19.0895   0.1733   14.200      10.    3.449    0.759\n   1919  695.018  531.139  19.1183   0.1819   13.530      10.    3.639    1.096\n   1923  686.568  532.588  19.1557   0.1227   13.690      10.    2.322    0.548\n   1955  691.144  539.863  18.8571   0.1210   13.270      10.    2.945    0.663\n   2104  233.345  583.292  20.5059   0.1901   12.340      10.    1.152    0.176\n   2148 1243.057  597.782  16.6513   0.0453   12.510      10.    3.198    0.251\n   2145  625.685  597.788  19.7223   0.0817   13.810      10.    0.771   -0.265\n   2191  196.141  608.146  21.6333   0.5423   12.400      10.    1.235    0.659\n   2231 1133.121  621.291  21.8131   0.5781   12.480      10.    1.147   -1.180\n   2271  152.537  635.458  19.2045   0.0865   12.550      10.    1.438    0.204\n   2292  583.042  640.788  16.2948   0.1723   14.650      10.   21.157    1.346\n   2321  574.139  648.701  17.0581   0.1016   14.450      10.   17.886   -0.276\n   2322  620.091  649.370  19.7128   0.1891   14.620      10.    2.234    1.063\n   2339  544.139  653.631  20.4206   0.1406   13.860      10.    0.849    0.354\n   2363 1161.794  660.675  20.3105   0.1664   12.830      10.    1.234    0.098\n   2364  603.398  662.427  14.4459   0.0326   16.590      10.    2.867    0.200\n   2380  543.596  664.330  20.0497   0.1394   13.610      10.    1.211    0.131\n   2382  679.752  664.365  20.3983   0.1846   13.680      10.    1.252    0.169\n   2381  611.875  664.826  17.2018   0.1645   15.890      10.   17.435    0.875\n   2441  878.786  679.507  20.3926   0.1631   12.780      10.    1.010   -0.247\n   2472 1220.673  687.222  20.9303   0.2192   12.690      10.    0.910    0.080\n   2485  471.538  691.303  21.1868   0.2402   13.270      10.    0.722   -0.236\n   2536   45.638  707.550  19.4685   0.1167   12.560      10.    1.546    0.569\n   2540 1068.630  707.539  20.4013   0.1633   12.560      10.    1.067    0.018\n   2544  620.783  709.480   9.3500   0.0808   14.370      10.   18.276    0.150\n   2567  594.079  714.302  19.9817   0.1522   15.020      10.    1.478    0.758\n   2581  599.537  720.160  18.8890   0.3074   14.860      10.    6.698   -0.070\n   2588 1066.058  720.753  20.9356   0.2430   12.670      10.    1.017    0.031\n   2612  638.364  728.530  19.4626   0.3140   13.310      10.    5.238    1.637\n   2616  870.500  729.604  20.6356   0.2585   12.770      10.    1.480    0.210\n   2618  405.705  730.985  18.8590   0.0598   12.800      10.    0.932    0.047\n   2640  394.348  736.503  21.6364   0.5965   12.580      10.    1.343   -0.179\n   2652  336.700  739.717  20.8602   0.2916   12.410      10.    1.167   -0.988\n   2653  403.844  739.731  20.8385   0.2404   12.700      10.    1.064   -0.248\n   2680  858.161  745.622  20.3887   0.1659   12.670      10.    1.085    0.057\n   2817   63.153  788.016  18.8058   0.2699   13.280      10.    7.252    2.061\n   2842  435.064  790.976  20.0800   0.1352   12.810      10.    1.159   -0.233\n   2852  254.273  794.693  19.4004   0.0749   12.360      10.    0.851   -0.045\n   2856  389.533  796.420  21.0016   0.2163   12.530      10.    0.790    0.447\n   2872   54.799  800.036  18.1422   0.1777   13.290      10.    6.975    1.601\n   2910  295.003  809.455  21.9916   0.6571   12.660      10.    1.073   -1.525\n   3005 1057.741  835.127  19.7995   0.1078   12.450      10.    1.175   -0.338\n   3064   69.536  854.258  20.9602   0.3259   12.830      10.    1.402   -0.131\n   3302 1233.219  916.585  18.8960   0.0534   12.420      10.    0.988    0.163\n   3526  927.757  981.823  21.0756   0.2715   12.840      10.    0.912   -1.173\n   3527  170.145  983.800  21.8060   0.6843   12.340      10.    1.386   -1.180\n   3652  952.304 1018.534  20.9016   0.2522   12.710      10.    1.082    0.721\n   3689  377.473 1028.682  19.1675   0.1467   12.450      10.    3.011    0.785\n   3745  798.280 1042.390  20.8242   0.3225   12.680      10.    1.612    1.226\n   3891  401.261 1080.205  21.1049   0.2723   12.490      10.    1.002   -0.046\n   3898  634.291 1080.495  16.5011   0.0507   12.610      10.    3.782    0.410\n   3937 1029.753 1090.285  22.0687   0.6857   12.550      10.    1.116   -0.201\n   3996  132.757 1105.531  20.0279   0.1197   12.490      10.    1.110    0.022\n   4020 1146.695 1112.486  21.9002   0.6137   12.520      10.    1.170   -1.502\n   4100  614.952 1132.414  21.3882   0.2984   12.540      10.    0.831    0.151\n   4147  664.852 1146.507  19.8793   0.1029   12.660      10.    0.905   -0.532\n   4160  626.220 1151.015  17.3088   0.2139   12.540      10.    2.011    0.241\n","avg_line_length":79.9580722892,"max_line_length":79,"alphanum_fraction":0.5115421938}
{"size":90740,"ext":"als","lang":"Alloy","max_stars_count":21.0,"content":"\/******************************************************************************\n *\n * Software Name : Cloudnet TOSCA toolbox\n * Version: 1.0\n * SPDX-FileCopyrightText: Copyright (c) 2020-21 Orange\n * SPDX-License-Identifier: Apache-2.0\n *\n * This software is distributed under the Apache License 2.0\n * the text of which is available at http:\/\/www.apache.org\/licenses\/LICENSE-2.0\n * or see the \"LICENSE-2.0.txt\" file for more details.\n *\n * Author(s):\n * - Philippe Merle <philippe.merle@inria.fr>\n * - Frederic Klamm <frederic.klamm@orange.com>\n *\n * A formal specification of TOSCA in Alloy with Location Graphs.\n *\n*******************************************************************************\/\n\nmodule tosca_simple_yaml_1_3\n\nopen LocationGraphs\nopen TOSCA\n\/\/ --------------------------------------------------\n\/\/ TOSCA Topology Metadata\n\/\/ --------------------------------------------------\n\n\/\/ tosca_definitions_version: tosca_simple_yaml_1_3\n\/\/ description: OASIS TOSCA 1.3 os normative types\n\n\n\/\/ --------------------------------------------------\n\/\/ Data Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA root Data Type all other TOSCA base Data Types derive from\n\/\/\nsig tosca_datatypes_Root extends TOSCA\/Data\n{\n} {\n}\n\n\/** There exists some tosca.datatypes.Root *\/\nrun Show_tosca_datatypes_Root {\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_datatypes_Root\n  expect 1\n\n\/\/\n\/\/ The TOSCA data Type used to define a string that contains data in the JavaScript Object Notation (JSON) format\n\/\/\nlet tosca_datatypes_json = string\n\/\/\n\/\/ The TOSCA data Type used to define a string that contains data in the Extensible Markup Language (XML) format\n\/\/\nlet tosca_datatypes_xml = string\n\/\/\n\/\/ The TOSCA data Type used when describing authorization credentials used to access network accessible resources\n\/\/\nsig tosca_datatypes_Credential extends tosca_datatypes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML protocol: {'description': 'The optional protocol name', 'type': 'string', 'required': False}\n  \/\/\n  \/\/ The optional protocol name\n  \/\/\n  protocol: lone string,\n\n  \/\/ YAML token_type: {'description': 'The required token type', 'type': 'string', 'default': 'password'}\n  \/\/\n  \/\/ The required token type\n  \/\/\n  token_type: one string,\n\n  \/\/ YAML token: {'description': 'The required token used as a credential for authorization or access to a networked resource', 'type': 'string'}\n  \/\/\n  \/\/ The required token used as a credential for authorization or access to a networked resource\n  \/\/\n  token: one string,\n\n  \/\/ YAML keys: {'description': 'The optional list of protocol-specific keys or assertions', 'type': 'map', 'required': False, 'entry_schema': {'type': 'string'}}\n  \/\/\n  \/\/ The optional list of protocol-specific keys or assertions\n  \/\/\n  keys: lone TOSCA\/map_string\/Map,\n\n  \/\/ YAML user: {'description': 'The optional user (name or ID) used for non-token based credentials', 'type': 'string', 'required': False}\n  \/\/\n  \/\/ The optional user (name or ID) used for non-token based credentials\n  \/\/\n  user: lone string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.datatypes.Credential *\/\nrun Show_tosca_datatypes_Credential {\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_datatypes_Credential\n  expect 1\n\n\/\/\n\/\/ The TOSCA data Type used when describing a period of time using the YAML ISO 8601 format to declare the start and end times\n\/\/\nsig tosca_datatypes_TimeInterval extends tosca_datatypes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML start_time: {'description': 'The inclusive start time for the time interval', 'type': 'timestamp', 'required': True}\n  \/\/\n  \/\/ The inclusive start time for the time interval\n  \/\/\n  start_time: one timestamp,\n\n  \/\/ YAML end_time: {'description': 'The inclusive end time for the time interval', 'type': 'timestamp', 'required': True}\n  \/\/\n  \/\/ The inclusive end time for the time interval\n  \/\/\n  end_time: one timestamp,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.datatypes.TimeInterval *\/\nrun Show_tosca_datatypes_TimeInterval {\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_datatypes_TimeInterval\n  expect 1\n\nsig tosca_datatypes_network_NetworkInfo extends tosca_datatypes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML network_name: {'type': 'string'}\n  network_name: one string,\n\n  \/\/ YAML network_id: {'type': 'string'}\n  network_id: one string,\n\n  \/\/ YAML addresses: {'type': 'list', 'entry_schema': {'type': 'string'}}\n  addresses: seq string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.datatypes.network.NetworkInfo *\/\nrun Show_tosca_datatypes_network_NetworkInfo {\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_datatypes_network_NetworkInfo\n  expect 1\n\nsig tosca_datatypes_network_PortInfo extends tosca_datatypes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML port_name: {'type': 'string'}\n  port_name: one string,\n\n  \/\/ YAML port_id: {'type': 'string'}\n  port_id: one string,\n\n  \/\/ YAML network_id: {'type': 'string'}\n  network_id: one string,\n\n  \/\/ YAML mac_address: {'type': 'string'}\n  mac_address: one string,\n\n  \/\/ YAML addresses: {'type': 'list', 'entry_schema': {'type': 'string'}}\n  addresses: seq string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.datatypes.network.PortInfo *\/\nrun Show_tosca_datatypes_network_PortInfo {\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_datatypes_network_PortInfo\n  expect 1\n\nlet tosca_datatypes_network_PortDef = integer\nsig tosca_datatypes_network_PortSpec extends tosca_datatypes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML protocol: {'type': 'string', 'required': True, 'default': 'tcp', 'constraints': [{'valid_values': ['udp', 'tcp', 'igmp']}]}\n  protocol: one string,\n\n  \/\/ YAML target: {'type': 'PortDef', 'required': False}\n  target: lone tosca_datatypes_network_PortDef,\n\n  \/\/ YAML target_range: {'type': 'range', 'required': False, 'constraints': [{'in_range': [1, 65535]}]}\n  target_range: lone range,\n\n  \/\/ YAML source: {'type': 'PortDef', 'required': False}\n  source: lone tosca_datatypes_network_PortDef,\n\n  \/\/ YAML source_range: {'type': 'range', 'required': False, 'constraints': [{'in_range': [1, 65535]}]}\n  source_range: lone range,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  protocol.valid_values[\"udp\" + \"tcp\" + \"igmp\"]\n  target_range.in_range[1, 65535]\n  source_range.in_range[1, 65535]\n\n}\n\n\/** There exists some tosca.datatypes.network.PortSpec *\/\nrun Show_tosca_datatypes_network_PortSpec {\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_datatypes_network_PortSpec\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Artifact Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA Artifact Type all other TOSCA Artifact Types derive from\n\/\/\nsig tosca_artifacts_Root extends TOSCA\/Artifact\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.Root *\/\nrun Show_tosca_artifacts_Root {\n  tosca_artifacts_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Root\n  expect 1\n\nsig tosca_artifacts_File extends tosca_artifacts_Root\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.File *\/\nrun Show_tosca_artifacts_File {\n  tosca_artifacts_File.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_File\n  expect 1\n\n\/\/\n\/\/ TOSCA base type for deployment artifacts\n\/\/\nsig tosca_artifacts_Deployment extends tosca_artifacts_Root\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.Deployment *\/\nrun Show_tosca_artifacts_Deployment {\n  tosca_artifacts_Deployment.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Deployment\n  expect 1\n\nsig tosca_artifacts_Deployment_Image extends tosca_artifacts_Deployment\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.Deployment.Image *\/\nrun Show_tosca_artifacts_Deployment_Image {\n  tosca_artifacts_Deployment_Image.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Deployment_Image\n  expect 1\n\n\/\/\n\/\/ Virtual Machine (VM) Image\n\/\/\nsig tosca_artifacts_Deployment_Image_VM extends tosca_artifacts_Deployment_Image\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.Deployment.Image.VM *\/\nrun Show_tosca_artifacts_Deployment_Image_VM {\n  tosca_artifacts_Deployment_Image_VM.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Deployment_Image_VM\n  expect 1\n\n\/\/\n\/\/ TOSCA base type for implementation artifacts\n\/\/\nsig tosca_artifacts_Implementation extends tosca_artifacts_Root\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.Implementation *\/\nrun Show_tosca_artifacts_Implementation {\n  tosca_artifacts_Implementation.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Implementation\n  expect 1\n\n\/\/\n\/\/ Script artifact for the Unix Bash shell\n\/\/\nsig tosca_artifacts_Implementation_Bash extends tosca_artifacts_Implementation\n{\n} {\n  \/\/ YAML mime_type: application\/x-sh\n  mime_type[\"application\/x-sh\"]\n\n  \/\/ YAML file_ext: ['sh']\n  file_ext[\"sh\"]\n}\n\n\/** There exists some tosca.artifacts.Implementation.Bash *\/\nrun Show_tosca_artifacts_Implementation_Bash {\n  tosca_artifacts_Implementation_Bash.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Implementation_Bash\n  expect 1\n\n\/\/\n\/\/ Artifact for the interpreted Python language\n\/\/\nsig tosca_artifacts_Implementation_Python extends tosca_artifacts_Implementation\n{\n} {\n  \/\/ YAML mime_type: application\/x-python\n  mime_type[\"application\/x-python\"]\n\n  \/\/ YAML file_ext: ['py']\n  file_ext[\"py\"]\n}\n\n\/** There exists some tosca.artifacts.Implementation.Python *\/\nrun Show_tosca_artifacts_Implementation_Python {\n  tosca_artifacts_Implementation_Python.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_Implementation_Python\n  expect 1\n\n\/\/\n\/\/ TOSCA base type for template type artifacts\n\/\/\nsig tosca_artifacts_template extends tosca_artifacts_Root\n{\n} {\n}\n\n\/** There exists some tosca.artifacts.template *\/\nrun Show_tosca_artifacts_template {\n  tosca_artifacts_template.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_artifacts_template\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Capability Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA root Capability Type all other TOSCA base Capability Types derive from\n\/\/\nsig tosca_capabilities_Root extends TOSCA\/Capability\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.Root *\/\nrun Show_tosca_capabilities_Root {\n  tosca_capabilities_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Root\n  expect 1\n\nsig tosca_capabilities_Node extends tosca_capabilities_Root\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.Node *\/\nrun Show_tosca_capabilities_Node {\n  tosca_capabilities_Node.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Node\n  expect 1\n\nsig tosca_capabilities_Compute extends tosca_capabilities_Container\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML name: {'type': 'string', 'required': False}\n  property_name: lone string,\n\n  \/\/ YAML num_cpus: {'type': 'integer', 'required': False, 'constraints': [{'greater_or_equal': 1}]}\n  property_num_cpus: lone integer,\n\n  \/\/ YAML cpu_frequency: {'type': 'scalar-unit.frequency', 'required': False, 'constraints': [{'greater_or_equal': '0.1 GHz'}]}\n  property_cpu_frequency: lone scalar_unit_frequency,\n\n  \/\/ YAML disk_size: {'type': 'scalar-unit.size', 'required': False, 'constraints': [{'greater_or_equal': '0 MB'}]}\n  property_disk_size: lone scalar_unit_size,\n\n  \/\/ YAML mem_size: {'type': 'scalar-unit.size', 'required': False, 'constraints': [{'greater_or_equal': '0 MB'}]}\n  property_mem_size: lone scalar_unit_size,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_num_cpus.greater_or_equal[1]\n  property_cpu_frequency.greater_or_equal[1, Hz]\n  property_disk_size.greater_or_equal[0, MB]\n  property_mem_size.greater_or_equal[0, MB]\n\n}\n\n\/** There exists some tosca.capabilities.Compute *\/\nrun Show_tosca_capabilities_Compute {\n  tosca_capabilities_Compute.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Compute\n  expect 1\n\nsig tosca_capabilities_Network extends tosca_capabilities_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML name: {'type': 'string', 'required': False}\n  property_name: lone string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.capabilities.Network *\/\nrun Show_tosca_capabilities_Network {\n  tosca_capabilities_Network.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Network\n  expect 1\n\nsig tosca_capabilities_Storage extends tosca_capabilities_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML name: {'type': 'string', 'required': False}\n  property_name: lone string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.capabilities.Storage *\/\nrun Show_tosca_capabilities_Storage {\n  tosca_capabilities_Storage.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Storage\n  expect 1\n\nsig tosca_capabilities_Container extends tosca_capabilities_Root\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.Container *\/\nrun Show_tosca_capabilities_Container {\n  tosca_capabilities_Container.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Container\n  expect 1\n\nsig tosca_capabilities_Endpoint extends tosca_capabilities_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML protocol: {'type': 'string', 'required': True, 'default': 'tcp'}\n  property_protocol: one string,\n\n  \/\/ YAML port: {'type': 'PortDef', 'required': False}\n  property_port: lone tosca_datatypes_network_PortDef,\n\n  \/\/ YAML secure: {'type': 'boolean', 'required': False, 'default': False}\n  property_secure: lone boolean,\n\n  \/\/ YAML url_path: {'type': 'string', 'required': False}\n  property_url_path: lone string,\n\n  \/\/ YAML port_name: {'type': 'string', 'required': False}\n  property_port_name: lone string,\n\n  \/\/ YAML network_name: {'type': 'string', 'required': False, 'default': 'PRIVATE'}\n  property_network_name: lone string,\n\n  \/\/ YAML initiator: {'type': 'string', 'required': False, 'default': 'source', 'constraints': [{'valid_values': ['source', 'target', 'peer']}]}\n  property_initiator: lone string,\n\n  \/\/ YAML ports: {'type': 'map', 'required': False, 'constraints': [{'min_length': 1}], 'entry_schema': {'type': 'PortSpec'}}\n  property_ports: lone TOSCA\/map_data\/Map,\n\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML ip_address: {'type': 'string'}\n  attribute_ip_address: one string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_initiator.valid_values[\"source\" + \"target\" + \"peer\"]\n  property_ports.min_length[1]\n\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.capabilities.Endpoint *\/\nrun Show_tosca_capabilities_Endpoint {\n  tosca_capabilities_Endpoint.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Endpoint\n  expect 1\n\nsig tosca_capabilities_Endpoint_Public extends tosca_capabilities_Endpoint\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML network_name: {'type': 'string', 'default': 'PUBLIC', 'constraints': [{'equal': 'PUBLIC'}]}\n  \/\/ NOTE: network_name overloaded\n\n  \/\/ YAML floating: {'description': 'Indicates that the public address should be allocated from a pool of floating IPs that are associated with the network.', 'type': 'boolean', 'default': False, 'status': 'experimental'}\n  \/\/\n  \/\/ Indicates that the public address should be allocated from a pool of floating IPs that are associated with the network.\n  \/\/\n  property_floating: one boolean,\n\n  \/\/ YAML dns_name: {'description': 'The optional name to register with DNS', 'type': 'string', 'required': False, 'status': 'experimental'}\n  \/\/\n  \/\/ The optional name to register with DNS\n  \/\/\n  property_dns_name: lone string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_network_name.equal[\"PUBLIC\"]\n\n}\n\n\/** There exists some tosca.capabilities.Endpoint.Public *\/\nrun Show_tosca_capabilities_Endpoint_Public {\n  tosca_capabilities_Endpoint_Public.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Endpoint_Public\n  expect 1\n\nsig tosca_capabilities_Endpoint_Admin extends tosca_capabilities_Endpoint\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML secure: {'type': 'boolean', 'default': True, 'constraints': [{'equal': True}]}\n  \/\/ NOTE: secure overloaded\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_secure.equal[true]\n\n}\n\n\/** There exists some tosca.capabilities.Endpoint.Admin *\/\nrun Show_tosca_capabilities_Endpoint_Admin {\n  tosca_capabilities_Endpoint_Admin.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Endpoint_Admin\n  expect 1\n\nsig tosca_capabilities_Endpoint_Database extends tosca_capabilities_Endpoint\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.Endpoint.Database *\/\nrun Show_tosca_capabilities_Endpoint_Database {\n  tosca_capabilities_Endpoint_Database.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Endpoint_Database\n  expect 1\n\nsig tosca_capabilities_Attachment extends tosca_capabilities_Root\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.Attachment *\/\nrun Show_tosca_capabilities_Attachment {\n  tosca_capabilities_Attachment.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Attachment\n  expect 1\n\nsig tosca_capabilities_OperatingSystem extends tosca_capabilities_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML architecture: {'type': 'string', 'required': False}\n  property_architecture: lone string,\n\n  \/\/ YAML type: {'type': 'string', 'required': False}\n  property_type: lone string,\n\n  \/\/ YAML distribution: {'type': 'string', 'required': False}\n  property_distribution: lone string,\n\n  \/\/ YAML version: {'type': 'version', 'required': False}\n  property_version: lone version,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n}\n\n\/** There exists some tosca.capabilities.OperatingSystem *\/\nrun Show_tosca_capabilities_OperatingSystem {\n  tosca_capabilities_OperatingSystem.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_OperatingSystem\n  expect 1\n\nsig tosca_capabilities_Scalable extends tosca_capabilities_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML min_instances: {'type': 'integer', 'default': 1, 'constraints': [{'greater_or_equal': 1}]}\n  property_min_instances: one integer,\n\n  \/\/ YAML max_instances: {'type': 'integer', 'default': 1, 'constraints': [{'greater_or_equal': 1}]}\n  property_max_instances: one integer,\n\n  \/\/ YAML default_instances: {'required': False, 'type': 'integer', 'constraints': [{'greater_or_equal': 1}]}\n  property_default_instances: lone integer,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_min_instances.greater_or_equal[1]\n  property_max_instances.greater_or_equal[1]\n  property_default_instances.greater_or_equal[1]\n\n}\n\n\/** There exists some tosca.capabilities.Scalable *\/\nrun Show_tosca_capabilities_Scalable {\n  tosca_capabilities_Scalable.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_Scalable\n  expect 1\n\nsig tosca_capabilities_network_Bindable extends tosca_capabilities_Node\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.network.Bindable *\/\nrun Show_tosca_capabilities_network_Bindable {\n  tosca_capabilities_network_Bindable.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_network_Bindable\n  expect 1\n\nsig tosca_capabilities_network_Linkable extends tosca_capabilities_Node\n{\n} {\n}\n\n\/** There exists some tosca.capabilities.network.Linkable *\/\nrun Show_tosca_capabilities_network_Linkable {\n  tosca_capabilities_network_Linkable.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Interface,\n  exactly 0 TOSCA\/Requirement,\n  exactly 0 TOSCA\/Operation,\n  exactly 1 tosca_capabilities_network_Linkable\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Relationship Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA root Relationship Type all other TOSCA base Relationship Types derive from\n\/\/\nsig tosca_relationships_Root extends TOSCA\/Relationship\n{\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML tosca_id: {'type': 'string'}\n  attribute_tosca_id: one string,\n\n  \/\/ YAML tosca_name: {'type': 'string'}\n  attribute_tosca_name: one string,\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Interfaces\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML Configure: {'type': 'tosca.interfaces.relationship.Configure'}\n  interface_Configure: one tosca_interfaces_relationship_Configure,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Interfaces\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML Configure: {'type': 'tosca.interfaces.relationship.Configure'}\n  interface[interface_Configure]\n  interface_Configure.name[\"Configure\"]\n\n}\n\n\/** There exists some tosca.relationships.Root *\/\nrun Show_tosca_relationships_Root {\n  tosca_relationships_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_Root\n  expect 1\n\nsig tosca_relationships_DependsOn extends tosca_relationships_Root\n{\n} {\n  valid_target_types[tosca_capabilities_Node]\n}\n\n\/** There exists some tosca.relationships.DependsOn *\/\nrun Show_tosca_relationships_DependsOn {\n  tosca_relationships_DependsOn.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_DependsOn\n  expect 1\n\nsig tosca_relationships_HostedOn extends tosca_relationships_Root\n{\n} {\n  valid_target_types[tosca_capabilities_Container]\n}\n\n\/** There exists some tosca.relationships.HostedOn *\/\nrun Show_tosca_relationships_HostedOn {\n  tosca_relationships_HostedOn.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_HostedOn\n  expect 1\n\nsig tosca_relationships_ConnectsTo extends tosca_relationships_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML credential: {'type': 'tosca.datatypes.Credential', 'required': False}\n  property_credential: lone tosca_datatypes_Credential,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  valid_target_types[tosca_capabilities_Endpoint]\n}\n\n\/** There exists some tosca.relationships.ConnectsTo *\/\nrun Show_tosca_relationships_ConnectsTo {\n  tosca_relationships_ConnectsTo.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_ConnectsTo\n  expect 1\n\nsig tosca_relationships_AttachesTo extends tosca_relationships_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML location: {'type': 'string', 'constraints': [{'min_length': 1}]}\n  property_location: one string,\n\n  \/\/ YAML device: {'type': 'string', 'required': False}\n  property_device: lone string,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_location.min_length[1]\n\n  valid_target_types[tosca_capabilities_Attachment]\n}\n\n\/** There exists some tosca.relationships.AttachesTo *\/\nrun Show_tosca_relationships_AttachesTo {\n  tosca_relationships_AttachesTo.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_AttachesTo\n  expect 1\n\nsig tosca_relationships_RoutesTo extends tosca_relationships_ConnectsTo\n{\n} {\n  valid_target_types[tosca_capabilities_Endpoint]\n}\n\n\/** There exists some tosca.relationships.RoutesTo *\/\nrun Show_tosca_relationships_RoutesTo {\n  tosca_relationships_RoutesTo.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_RoutesTo\n  expect 1\n\nsig tosca_relationships_network_LinksTo extends tosca_relationships_DependsOn\n{\n} {\n  valid_target_types[tosca_capabilities_network_Linkable]\n}\n\n\/** There exists some tosca.relationships.network.LinksTo *\/\nrun Show_tosca_relationships_network_LinksTo {\n  tosca_relationships_network_LinksTo.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_network_LinksTo\n  expect 1\n\nsig tosca_relationships_network_BindsTo extends tosca_relationships_DependsOn\n{\n} {\n  valid_target_types[tosca_capabilities_network_Bindable]\n}\n\n\/** There exists some tosca.relationships.network.BindsTo *\/\nrun Show_tosca_relationships_network_BindsTo {\n  tosca_relationships_network_BindsTo.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_relationships_network_BindsTo\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Interface Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA root Interface Type all other TOSCA base Interface Types derive from\n\/\/\nsig tosca_interfaces_Root extends TOSCA\/Interface\n{\n  \/\/ --------------------------------------------------\n  \/\/ Operations\n  \/\/ --------------------------------------------------\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Operations\n  \/\/ --------------------------------------------------\n\n}\n\n\/** There exists some tosca.interfaces.Root *\/\nrun Show_tosca_interfaces_Root {\n  tosca_interfaces_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 0 TOSCA\/Operation,\n  exactly 8 TOSCA\/Parameter,\n  exactly 1 tosca_interfaces_Root\n  expect 1\n\nsig tosca_interfaces_node_lifecycle_Standard extends tosca_interfaces_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Operations\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML create: {'description': 'Standard lifecycle create operation.'}\n  \/\/\n  \/\/ Standard lifecycle create operation.\n  \/\/\n  operation_create: one TOSCA\/Operation,\n\n  \/\/ YAML configure: {'description': 'Standard lifecycle configure operation.'}\n  \/\/\n  \/\/ Standard lifecycle configure operation.\n  \/\/\n  operation_configure: one TOSCA\/Operation,\n\n  \/\/ YAML start: {'description': 'Standard lifecycle start operation.'}\n  \/\/\n  \/\/ Standard lifecycle start operation.\n  \/\/\n  operation_start: one TOSCA\/Operation,\n\n  \/\/ YAML stop: {'description': 'Standard lifecycle stop operation.'}\n  \/\/\n  \/\/ Standard lifecycle stop operation.\n  \/\/\n  operation_stop: one TOSCA\/Operation,\n\n  \/\/ YAML delete: {'description': 'Standard lifecycle delete operation.'}\n  \/\/\n  \/\/ Standard lifecycle delete operation.\n  \/\/\n  operation_delete: one TOSCA\/Operation,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Operations\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML create: {'description': 'Standard lifecycle create operation.'}\n  \/\/\n  \/\/ Standard lifecycle create operation.\n  \/\/\n  operation_create.name[\"create\"]\n  operation[operation_create]\n\n  \/\/ YAML configure: {'description': 'Standard lifecycle configure operation.'}\n  \/\/\n  \/\/ Standard lifecycle configure operation.\n  \/\/\n  operation_configure.name[\"configure\"]\n  operation[operation_configure]\n\n  \/\/ YAML start: {'description': 'Standard lifecycle start operation.'}\n  \/\/\n  \/\/ Standard lifecycle start operation.\n  \/\/\n  operation_start.name[\"start\"]\n  operation[operation_start]\n\n  \/\/ YAML stop: {'description': 'Standard lifecycle stop operation.'}\n  \/\/\n  \/\/ Standard lifecycle stop operation.\n  \/\/\n  operation_stop.name[\"stop\"]\n  operation[operation_stop]\n\n  \/\/ YAML delete: {'description': 'Standard lifecycle delete operation.'}\n  \/\/\n  \/\/ Standard lifecycle delete operation.\n  \/\/\n  operation_delete.name[\"delete\"]\n  operation[operation_delete]\n\n}\n\n\/** There exists some tosca.interfaces.node.lifecycle.Standard *\/\nrun Show_tosca_interfaces_node_lifecycle_Standard {\n  tosca_interfaces_node_lifecycle_Standard.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 1 TOSCA\/Operation,\n  exactly 8 TOSCA\/Parameter,\n  exactly 1 tosca_interfaces_node_lifecycle_Standard\n  expect 1\n\nsig tosca_interfaces_relationship_Configure extends tosca_interfaces_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Operations\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML pre_configure_source: {'description': 'Operation to pre-configure the source endpoint.'}\n  \/\/\n  \/\/ Operation to pre-configure the source endpoint.\n  \/\/\n  operation_pre_configure_source: one TOSCA\/Operation,\n\n  \/\/ YAML pre_configure_target: {'description': 'Operation to pre-configure the target endpoint.'}\n  \/\/\n  \/\/ Operation to pre-configure the target endpoint.\n  \/\/\n  operation_pre_configure_target: one TOSCA\/Operation,\n\n  \/\/ YAML post_configure_source: {'description': 'Operation to post-configure the source endpoint.'}\n  \/\/\n  \/\/ Operation to post-configure the source endpoint.\n  \/\/\n  operation_post_configure_source: one TOSCA\/Operation,\n\n  \/\/ YAML post_configure_target: {'description': 'Operation to post-configure the target endpoint.'}\n  \/\/\n  \/\/ Operation to post-configure the target endpoint.\n  \/\/\n  operation_post_configure_target: one TOSCA\/Operation,\n\n  \/\/ YAML add_target: {'description': 'Operation to notify the source node of a target node being added via a relationship.'}\n  \/\/\n  \/\/ Operation to notify the source node of a target node being added via a relationship.\n  \/\/\n  operation_add_target: one TOSCA\/Operation,\n\n  \/\/ YAML add_source: {'description': 'Operation to notify the target node of a source node which is now available via a relationship.'}\n  \/\/\n  \/\/ Operation to notify the target node of a source node which is now available via a relationship.\n  \/\/\n  operation_add_source: one TOSCA\/Operation,\n\n  \/\/ YAML target_changed: {'description': 'Operation to notify source some property or attribute of the target changed'}\n  \/\/\n  \/\/ Operation to notify source some property or attribute of the target changed\n  \/\/\n  operation_target_changed: one TOSCA\/Operation,\n\n  \/\/ YAML remove_target: {'description': 'Operation to remove a target node.'}\n  \/\/\n  \/\/ Operation to remove a target node.\n  \/\/\n  operation_remove_target: one TOSCA\/Operation,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Operations\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML pre_configure_source: {'description': 'Operation to pre-configure the source endpoint.'}\n  \/\/\n  \/\/ Operation to pre-configure the source endpoint.\n  \/\/\n  operation_pre_configure_source.name[\"pre_configure_source\"]\n  operation[operation_pre_configure_source]\n\n  \/\/ YAML pre_configure_target: {'description': 'Operation to pre-configure the target endpoint.'}\n  \/\/\n  \/\/ Operation to pre-configure the target endpoint.\n  \/\/\n  operation_pre_configure_target.name[\"pre_configure_target\"]\n  operation[operation_pre_configure_target]\n\n  \/\/ YAML post_configure_source: {'description': 'Operation to post-configure the source endpoint.'}\n  \/\/\n  \/\/ Operation to post-configure the source endpoint.\n  \/\/\n  operation_post_configure_source.name[\"post_configure_source\"]\n  operation[operation_post_configure_source]\n\n  \/\/ YAML post_configure_target: {'description': 'Operation to post-configure the target endpoint.'}\n  \/\/\n  \/\/ Operation to post-configure the target endpoint.\n  \/\/\n  operation_post_configure_target.name[\"post_configure_target\"]\n  operation[operation_post_configure_target]\n\n  \/\/ YAML add_target: {'description': 'Operation to notify the source node of a target node being added via a relationship.'}\n  \/\/\n  \/\/ Operation to notify the source node of a target node being added via a relationship.\n  \/\/\n  operation_add_target.name[\"add_target\"]\n  operation[operation_add_target]\n\n  \/\/ YAML add_source: {'description': 'Operation to notify the target node of a source node which is now available via a relationship.'}\n  \/\/\n  \/\/ Operation to notify the target node of a source node which is now available via a relationship.\n  \/\/\n  operation_add_source.name[\"add_source\"]\n  operation[operation_add_source]\n\n  \/\/ YAML target_changed: {'description': 'Operation to notify source some property or attribute of the target changed'}\n  \/\/\n  \/\/ Operation to notify source some property or attribute of the target changed\n  \/\/\n  operation_target_changed.name[\"target_changed\"]\n  operation[operation_target_changed]\n\n  \/\/ YAML remove_target: {'description': 'Operation to remove a target node.'}\n  \/\/\n  \/\/ Operation to remove a target node.\n  \/\/\n  operation_remove_target.name[\"remove_target\"]\n  operation[operation_remove_target]\n\n}\n\n\/** There exists some tosca.interfaces.relationship.Configure *\/\nrun Show_tosca_interfaces_relationship_Configure {\n  tosca_interfaces_relationship_Configure.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 0 LocationGraphs\/Location,\n  exactly 0 LocationGraphs\/Name,\n  exactly 0 LocationGraphs\/Role,\n  exactly 0 LocationGraphs\/Process,\n  exactly 0 LocationGraphs\/Sort,\n  exactly 0 TOSCA\/Artifact,\n  exactly 0 TOSCA\/Attribute,\n  exactly 1 TOSCA\/Operation,\n  exactly 8 TOSCA\/Parameter,\n  exactly 1 tosca_interfaces_relationship_Configure\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Node Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA Node Type all other TOSCA base Node Types derive from\n\/\/\nsig tosca_nodes_Root extends TOSCA\/Node\n{\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML tosca_id: {'type': 'string'}\n  attribute_tosca_id: one string,\n\n  \/\/ YAML tosca_name: {'type': 'string'}\n  attribute_tosca_name: one string,\n\n  \/\/ YAML state: {'type': 'string'}\n  attribute_state: one string,\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Interfaces\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML Standard: {'type': 'tosca.interfaces.node.lifecycle.Standard'}\n  interface_Standard: one tosca_interfaces_node_lifecycle_Standard,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML feature: {'type': 'tosca.capabilities.Node'}\n  capability_feature: some tosca_capabilities_Node,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML dependency: {'capability': 'tosca.capabilities.Node', 'node': 'tosca.nodes.Root', 'relationship': 'tosca.relationships.DependsOn', 'occurrences': [0, 'UNBOUNDED']}\n  requirement_dependency: set TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Interfaces\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML Standard: {'type': 'tosca.interfaces.node.lifecycle.Standard'}\n  interface[interface_Standard]\n  interface_Standard.name[\"Standard\"]\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML feature: {'type': 'tosca.capabilities.Node'}\n  capability_feature.name[\"feature\"]\n  capability[capability_feature]\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML dependency: {'capability': 'tosca.capabilities.Node', 'node': 'tosca.nodes.Root', 'relationship': 'tosca.relationships.DependsOn', 'occurrences': [0, 'UNBOUNDED']}\n  requirement[\"dependency\", requirement_dependency]\n  requirement_dependency.capability[tosca_capabilities_Node]\n  requirement_dependency.relationship[tosca_relationships_DependsOn]\n  requirement_dependency.node[tosca_nodes_Root]\n  \/\/ YAML occurrences: [0, 'UNBOUNDED']\n\n}\n\n\/** There exists some tosca.nodes.Root *\/\nrun Show_tosca_nodes_Root {\n  tosca_nodes_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Root\n  expect 1\n\nsig tosca_nodes_Abstract_Compute extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute'}\n  capability_host: some tosca_capabilities_Compute,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute'}\n  capability_host.name[\"host\"]\n  capability[capability_host]\n\n}\n\n\/** There exists some tosca.nodes.Abstract.Compute *\/\nrun Show_tosca_nodes_Abstract_Compute {\n  tosca_nodes_Abstract_Compute.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Abstract_Compute\n  expect 1\n\nsig tosca_nodes_Compute extends tosca_nodes_Abstract_Compute\n{\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML private_address: {'type': 'string'}\n  attribute_private_address: one string,\n\n  \/\/ YAML public_address: {'type': 'string'}\n  attribute_public_address: one string,\n\n  \/\/ YAML networks: {'type': 'map', 'entry_schema': {'type': 'tosca.datatypes.network.NetworkInfo'}}\n  attribute_networks: one TOSCA\/map_data\/Map,\n\n  \/\/ YAML ports: {'type': 'map', 'entry_schema': {'type': 'tosca.datatypes.network.PortInfo'}}\n  attribute_ports: one TOSCA\/map_data\/Map,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.SoftwareComponent']}\n  \/\/ host overloaded\n\n  \/\/ YAML endpoint: {'type': 'tosca.capabilities.Endpoint.Admin'}\n  capability_endpoint: some tosca_capabilities_Endpoint_Admin,\n\n  \/\/ YAML os: {'type': 'tosca.capabilities.OperatingSystem'}\n  capability_os: some tosca_capabilities_OperatingSystem,\n\n  \/\/ YAML scalable: {'type': 'tosca.capabilities.Scalable'}\n  capability_scalable: some tosca_capabilities_Scalable,\n\n  \/\/ YAML binding: {'type': 'tosca.capabilities.network.Bindable'}\n  capability_binding: some tosca_capabilities_network_Bindable,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML local_storage: {'capability': 'tosca.capabilities.Attachment', 'node': 'tosca.nodes.Storage.BlockStorage', 'relationship': 'tosca.relationships.AttachesTo', 'occurrences': [0, 'UNBOUNDED']}\n  requirement_local_storage: set TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n\n\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.SoftwareComponent']}\n  capability_host.valid_source_types[tosca_nodes_SoftwareComponent]\n\n  \/\/ YAML endpoint: {'type': 'tosca.capabilities.Endpoint.Admin'}\n  capability_endpoint.name[\"endpoint\"]\n  capability[capability_endpoint]\n\n  \/\/ YAML os: {'type': 'tosca.capabilities.OperatingSystem'}\n  capability_os.name[\"os\"]\n  capability[capability_os]\n\n  \/\/ YAML scalable: {'type': 'tosca.capabilities.Scalable'}\n  capability_scalable.name[\"scalable\"]\n  capability[capability_scalable]\n\n  \/\/ YAML binding: {'type': 'tosca.capabilities.network.Bindable'}\n  capability_binding.name[\"binding\"]\n  capability[capability_binding]\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML local_storage: {'capability': 'tosca.capabilities.Attachment', 'node': 'tosca.nodes.Storage.BlockStorage', 'relationship': 'tosca.relationships.AttachesTo', 'occurrences': [0, 'UNBOUNDED']}\n  requirement[\"local_storage\", requirement_local_storage]\n  requirement_local_storage.capability[tosca_capabilities_Attachment]\n  requirement_local_storage.relationship[tosca_relationships_AttachesTo]\n  requirement_local_storage.node[tosca_nodes_Storage_BlockStorage]\n  \/\/ YAML occurrences: [0, 'UNBOUNDED']\n\n}\n\n\/** There exists some tosca.nodes.Compute *\/\nrun Show_tosca_nodes_Compute {\n  tosca_nodes_Compute.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Compute\n  expect 1\n\nsig tosca_nodes_SoftwareComponent extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML component_version: {'type': 'version', 'required': False}\n  property_component_version: lone version,\n\n  \/\/ YAML admin_credential: {'type': 'tosca.datatypes.Credential', 'required': False}\n  property_admin_credential: lone tosca_datatypes_Credential,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.Compute', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement_host: one TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.Compute', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement[\"host\", requirement_host]\n  requirement_host.capability[tosca_capabilities_Compute]\n  requirement_host.relationship[tosca_relationships_HostedOn]\n  requirement_host.node[tosca_nodes_Compute]\n\n}\n\n\/** There exists some tosca.nodes.SoftwareComponent *\/\nrun Show_tosca_nodes_SoftwareComponent {\n  tosca_nodes_SoftwareComponent.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 3 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_SoftwareComponent\n  expect 1\n\nsig tosca_nodes_WebServer extends tosca_nodes_SoftwareComponent\n{\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML data_endpoint: tosca.capabilities.Endpoint\n  capability_data_endpoint: some tosca_capabilities_Endpoint,\n\n  \/\/ YAML admin_endpoint: tosca.capabilities.Endpoint.Admin\n  capability_admin_endpoint: some tosca_capabilities_Endpoint_Admin,\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.WebApplication']}\n  capability_host: some tosca_capabilities_Compute,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML data_endpoint: tosca.capabilities.Endpoint\n  capability_data_endpoint.name[\"data_endpoint\"]\n  capability[capability_data_endpoint]\n\n  \/\/ YAML admin_endpoint: tosca.capabilities.Endpoint.Admin\n  capability_admin_endpoint.name[\"admin_endpoint\"]\n  capability[capability_admin_endpoint]\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.WebApplication']}\n  capability_host.name[\"host\"]\n  capability[capability_host]\n  capability_host.valid_source_types[tosca_nodes_WebApplication]\n\n}\n\n\/** There exists some tosca.nodes.WebServer *\/\nrun Show_tosca_nodes_WebServer {\n  tosca_nodes_WebServer.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 3 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_WebServer\n  expect 1\n\nsig tosca_nodes_WebApplication extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML context_root: {'type': 'string', 'required': False}\n  property_context_root: lone string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML app_endpoint: {'type': 'tosca.capabilities.Endpoint'}\n  capability_app_endpoint: some tosca_capabilities_Endpoint,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.WebServer', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement_host: one TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML app_endpoint: {'type': 'tosca.capabilities.Endpoint'}\n  capability_app_endpoint.name[\"app_endpoint\"]\n  capability[capability_app_endpoint]\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.WebServer', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement[\"host\", requirement_host]\n  requirement_host.capability[tosca_capabilities_Compute]\n  requirement_host.relationship[tosca_relationships_HostedOn]\n  requirement_host.node[tosca_nodes_WebServer]\n\n}\n\n\/** There exists some tosca.nodes.WebApplication *\/\nrun Show_tosca_nodes_WebApplication {\n  tosca_nodes_WebApplication.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 5 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 5 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_WebApplication\n  expect 1\n\nsig tosca_nodes_DBMS extends tosca_nodes_SoftwareComponent\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML root_password: {'type': 'string', 'required': False, 'description': 'the optional root password for the DBMS service'}\n  \/\/\n  \/\/ the optional root password for the DBMS service\n  \/\/\n  property_root_password: lone string,\n\n  \/\/ YAML port: {'type': 'integer', 'required': False, 'description': 'the port the DBMS service will listen to for data and requests'}\n  \/\/\n  \/\/ the port the DBMS service will listen to for data and requests\n  \/\/\n  property_port: lone integer,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.Database']}\n  capability_host: some tosca_capabilities_Compute,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.Database']}\n  capability_host.name[\"host\"]\n  capability[capability_host]\n  capability_host.valid_source_types[tosca_nodes_Database]\n\n}\n\n\/** There exists some tosca.nodes.DBMS *\/\nrun Show_tosca_nodes_DBMS {\n  tosca_nodes_DBMS.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 3 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_DBMS\n  expect 1\n\nsig tosca_nodes_Database extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML name: {'type': 'string', 'description': 'the logical name of the database'}\n  \/\/\n  \/\/ the logical name of the database\n  \/\/\n  property_name: one string,\n\n  \/\/ YAML port: {'type': 'integer', 'description': 'the port the underlying database service will listen to for data', 'required': False}\n  \/\/\n  \/\/ the port the underlying database service will listen to for data\n  \/\/\n  property_port: lone integer,\n\n  \/\/ YAML user: {'type': 'string', 'description': 'the optional user account name for DB administration', 'required': False}\n  \/\/\n  \/\/ the optional user account name for DB administration\n  \/\/\n  property_user: lone string,\n\n  \/\/ YAML password: {'type': 'string', 'description': 'the optional password for the DB user account', 'required': False}\n  \/\/\n  \/\/ the optional password for the DB user account\n  \/\/\n  property_password: lone string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML database_endpoint: {'type': 'tosca.capabilities.Endpoint.Database'}\n  capability_database_endpoint: some tosca_capabilities_Endpoint_Database,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.DBMS', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement_host: one TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML database_endpoint: {'type': 'tosca.capabilities.Endpoint.Database'}\n  capability_database_endpoint.name[\"database_endpoint\"]\n  capability[capability_database_endpoint]\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.DBMS', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement[\"host\", requirement_host]\n  requirement_host.capability[tosca_capabilities_Compute]\n  requirement_host.relationship[tosca_relationships_HostedOn]\n  requirement_host.node[tosca_nodes_DBMS]\n\n}\n\n\/** There exists some tosca.nodes.Database *\/\nrun Show_tosca_nodes_Database {\n  tosca_nodes_Database.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 5 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 5 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Database\n  expect 1\n\nsig tosca_nodes_Abstract_Storage extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML name: {'type': 'string'}\n  property_name: one string,\n\n  \/\/ YAML size: {'type': 'scalar-unit.size', 'default': '0 MB', 'constraints': [{'greater_or_equal': '0 MB'}], 'required': False}\n  property_size: lone scalar_unit_size,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_size.greater_or_equal[0, MB]\n\n}\n\n\/** There exists some tosca.nodes.Abstract.Storage *\/\nrun Show_tosca_nodes_Abstract_Storage {\n  tosca_nodes_Abstract_Storage.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Abstract_Storage\n  expect 1\n\nsig tosca_nodes_Storage_ObjectStorage extends tosca_nodes_Abstract_Storage\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML maxsize: {'type': 'scalar-unit.size', 'constraints': [{'greater_or_equal': '0 GB'}]}\n  property_maxsize: one scalar_unit_size,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML storage_endpoint: {'type': 'tosca.capabilities.Endpoint'}\n  capability_storage_endpoint: some tosca_capabilities_Endpoint,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_maxsize.greater_or_equal[0, GB]\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML storage_endpoint: {'type': 'tosca.capabilities.Endpoint'}\n  capability_storage_endpoint.name[\"storage_endpoint\"]\n  capability[capability_storage_endpoint]\n\n}\n\n\/** There exists some tosca.nodes.Storage.ObjectStorage *\/\nrun Show_tosca_nodes_Storage_ObjectStorage {\n  tosca_nodes_Storage_ObjectStorage.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Storage_ObjectStorage\n  expect 1\n\nsig tosca_nodes_Storage_BlockStorage extends tosca_nodes_Abstract_Storage\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML volume_id: {'type': 'string', 'required': False}\n  property_volume_id: lone string,\n\n  \/\/ YAML snapshot_id: {'type': 'string', 'required': False}\n  property_snapshot_id: lone string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML volume_id: {'type': 'string'}\n  attribute_volume_id: one string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML attachment: {'type': 'tosca.capabilities.Attachment'}\n  capability_attachment: some tosca_capabilities_Attachment,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML attachment: {'type': 'tosca.capabilities.Attachment'}\n  capability_attachment.name[\"attachment\"]\n  capability[capability_attachment]\n\n}\n\n\/** There exists some tosca.nodes.Storage.BlockStorage *\/\nrun Show_tosca_nodes_Storage_BlockStorage {\n  tosca_nodes_Storage_BlockStorage.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Storage_BlockStorage\n  expect 1\n\nsig tosca_nodes_Container_Runtime extends tosca_nodes_SoftwareComponent\n{\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.Container.Application']}\n  capability_host: some tosca_capabilities_Compute,\n\n  \/\/ YAML scalable: {'type': 'tosca.capabilities.Scalable'}\n  capability_scalable: some tosca_capabilities_Scalable,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'type': 'tosca.capabilities.Compute', 'valid_source_types': ['tosca.nodes.Container.Application']}\n  capability_host.name[\"host\"]\n  capability[capability_host]\n  capability_host.valid_source_types[tosca_nodes_Container_Application]\n\n  \/\/ YAML scalable: {'type': 'tosca.capabilities.Scalable'}\n  capability_scalable.name[\"scalable\"]\n  capability[capability_scalable]\n\n}\n\n\/** There exists some tosca.nodes.Container.Runtime *\/\nrun Show_tosca_nodes_Container_Runtime {\n  tosca_nodes_Container_Runtime.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 3 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Container_Runtime\n  expect 1\n\nsig tosca_nodes_Container_Application extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.Container.Runtime', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement_host: one TOSCA\/Requirement,\n\n  \/\/ YAML network: {'capability': 'tosca.capabilities.network.Linkable', 'relationship': 'tosca.relationships.network.LinksTo'}\n  requirement_network: one TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML host: {'capability': 'tosca.capabilities.Compute', 'node': 'tosca.nodes.Container.Runtime', 'relationship': 'tosca.relationships.HostedOn'}\n  requirement[\"host\", requirement_host]\n  requirement_host.capability[tosca_capabilities_Compute]\n  requirement_host.relationship[tosca_relationships_HostedOn]\n  requirement_host.node[tosca_nodes_Container_Runtime]\n\n  \/\/ YAML network: {'capability': 'tosca.capabilities.network.Linkable', 'relationship': 'tosca.relationships.network.LinksTo'}\n  requirement[\"network\", requirement_network]\n  requirement_network.capability[tosca_capabilities_network_Linkable]\n  requirement_network.relationship[tosca_relationships_network_LinksTo]\n\n}\n\n\/** There exists some tosca.nodes.Container.Application *\/\nrun Show_tosca_nodes_Container_Application {\n  tosca_nodes_Container_Application.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 6 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 6 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_Container_Application\n  expect 1\n\nsig tosca_nodes_LoadBalancer extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML algorithm: {'type': 'string', 'required': False, 'status': 'experimental'}\n  property_algorithm: lone string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML client: {'type': 'tosca.capabilities.Endpoint.Public', 'occurrences': [0, 'UNBOUNDED'], 'description': 'The Floating (IP) client\u2019s on the public network can connect to'}\n  \/\/\n  \/\/ The Floating (IP) client\u2019s on the public network can connect to\n  \/\/\n  capability_client: set tosca_capabilities_Endpoint_Public,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML application: {'capability': 'tosca.capabilities.Endpoint', 'relationship': 'tosca.relationships.RoutesTo', 'occurrences': [0, 'UNBOUNDED'], 'description': 'Connection to one or more load balanced applications'}\n  \/\/\n  \/\/ Connection to one or more load balanced applications\n  \/\/\n  requirement_application: set TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/\n  \/\/ The Floating (IP) client\u2019s on the public network can connect to\n  \/\/\n  \/\/ YAML client: {'type': 'tosca.capabilities.Endpoint.Public', 'occurrences': [0, 'UNBOUNDED'], 'description': 'The Floating (IP) client\u2019s on the public network can connect to'}\n  capability_client.name[\"client\"]\n  capability[capability_client]\n  \/\/ YAML occurrences: [0, 'UNBOUNDED']\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML application: {'capability': 'tosca.capabilities.Endpoint', 'relationship': 'tosca.relationships.RoutesTo', 'occurrences': [0, 'UNBOUNDED'], 'description': 'Connection to one or more load balanced applications'}\n  \/\/\n  \/\/ Connection to one or more load balanced applications\n  \/\/\n  requirement[\"application\", requirement_application]\n  requirement_application.capability[tosca_capabilities_Endpoint]\n  requirement_application.relationship[tosca_relationships_RoutesTo]\n  \/\/ YAML occurrences: [0, 'UNBOUNDED']\n\n}\n\n\/** There exists some tosca.nodes.LoadBalancer *\/\nrun Show_tosca_nodes_LoadBalancer {\n  tosca_nodes_LoadBalancer.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_LoadBalancer\n  expect 1\n\nsig tosca_nodes_network_Network extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML ip_version: {'type': 'integer', 'required': False, 'default': 4, 'constraints': [{'valid_values': [4, 6]}]}\n  property_ip_version: lone integer,\n\n  \/\/ YAML cidr: {'type': 'string', 'required': False}\n  property_cidr: lone string,\n\n  \/\/ YAML start_ip: {'type': 'string', 'required': False}\n  property_start_ip: lone string,\n\n  \/\/ YAML end_ip: {'type': 'string', 'required': False}\n  property_end_ip: lone string,\n\n  \/\/ YAML gateway_ip: {'type': 'string', 'required': False}\n  property_gateway_ip: lone string,\n\n  \/\/ YAML network_name: {'type': 'string', 'required': False}\n  property_network_name: lone string,\n\n  \/\/ YAML network_id: {'type': 'string', 'required': False}\n  property_network_id: lone string,\n\n  \/\/ YAML segmentation_id: {'type': 'string', 'required': False}\n  property_segmentation_id: lone string,\n\n  \/\/ YAML network_type: {'type': 'string', 'required': False}\n  property_network_type: lone string,\n\n  \/\/ YAML physical_network: {'type': 'string', 'required': False}\n  property_physical_network: lone string,\n\n  \/\/ YAML dhcp_enabled: {'type': 'boolean', 'required': False, 'default': True}\n  property_dhcp_enabled: lone boolean,\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML link: {'type': 'tosca.capabilities.network.Linkable'}\n  capability_link: some tosca_capabilities_network_Linkable,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_ip_version.valid_values[4 + 6]\n\n  \/\/ --------------------------------------------------\n  \/\/ Capabilities\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML link: {'type': 'tosca.capabilities.network.Linkable'}\n  capability_link.name[\"link\"]\n  capability[capability_link]\n\n}\n\n\/** There exists some tosca.nodes.network.Network *\/\nrun Show_tosca_nodes_network_Network {\n  tosca_nodes_network_Network.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_network_Network\n  expect 1\n\nsig tosca_nodes_network_Port extends tosca_nodes_Root\n{\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML ip_address: {'type': 'string', 'required': False}\n  property_ip_address: lone string,\n\n  \/\/ YAML order: {'type': 'integer', 'required': True, 'default': 0, 'constraints': [{'greater_or_equal': 0}]}\n  property_order: one integer,\n\n  \/\/ YAML is_default: {'type': 'boolean', 'required': False, 'default': False}\n  property_is_default: lone boolean,\n\n  \/\/ YAML ip_range_start: {'type': 'string', 'required': False}\n  property_ip_range_start: lone string,\n\n  \/\/ YAML ip_range_end: {'type': 'string', 'required': False}\n  property_ip_range_end: lone string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML ip_address: {'type': 'string'}\n  attribute_ip_address: one string,\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML link: {'capability': 'tosca.capabilities.network.Linkable', 'relationship': 'tosca.relationships.network.LinksTo'}\n  requirement_link: one TOSCA\/Requirement,\n\n  \/\/ YAML binding: {'capability': 'tosca.capabilities.network.Bindable', 'relationship': 'tosca.relationships.network.BindsTo'}\n  requirement_binding: one TOSCA\/Requirement,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Properties\n  \/\/ --------------------------------------------------\n\n  property_order.greater_or_equal[0]\n\n  \/\/ --------------------------------------------------\n  \/\/ Attributes\n  \/\/ --------------------------------------------------\n\n\n  \/\/ --------------------------------------------------\n  \/\/ Requirements\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML link: {'capability': 'tosca.capabilities.network.Linkable', 'relationship': 'tosca.relationships.network.LinksTo'}\n  requirement[\"link\", requirement_link]\n  requirement_link.capability[tosca_capabilities_network_Linkable]\n  requirement_link.relationship[tosca_relationships_network_LinksTo]\n\n  \/\/ YAML binding: {'capability': 'tosca.capabilities.network.Bindable', 'relationship': 'tosca.relationships.network.BindsTo'}\n  requirement[\"binding\", requirement_binding]\n  requirement_binding.capability[tosca_capabilities_network_Bindable]\n  requirement_binding.relationship[tosca_relationships_network_BindsTo]\n\n}\n\n\/** There exists some tosca.nodes.network.Port *\/\nrun Show_tosca_nodes_network_Port {\n  tosca_nodes_network_Port.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 3 LocationGraphs\/Location,\n  exactly 35 LocationGraphs\/Value,\n  exactly 3 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 LocationGraphs\/Process,\n  exactly 0 TOSCA\/Group,\n  exactly 0 TOSCA\/Policy,\n  exactly 1 tosca_nodes_network_Port\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Group Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA Group Type all other TOSCA Group Types derive from\n\/\/\nsig tosca_groups_Root extends TOSCA\/Group\n{\n\n  \/\/ --------------------------------------------------\n  \/\/ Interfaces\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML Standard: {'type': 'tosca.interfaces.node.lifecycle.Standard'}\n  interface_Standard: one tosca_interfaces_node_lifecycle_Standard,\n\n} {\n  \/\/ --------------------------------------------------\n  \/\/ Interfaces\n  \/\/ --------------------------------------------------\n\n  \/\/ YAML Standard: {'type': 'tosca.interfaces.node.lifecycle.Standard'}\n  interface[interface_Standard]\n  interface_Standard.name[\"Standard\"]\n\n}\n\n\/** There exists some tosca.groups.Root *\/\nrun Show_tosca_groups_Root {\n  tosca_groups_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Process,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 tosca_groups_Root\n  expect 1\n\n\/\/ --------------------------------------------------\n\/\/ Policy Types\n\/\/ --------------------------------------------------\n\n\/\/\n\/\/ The TOSCA Policy Type all other TOSCA Policy Types derive from\n\/\/\nsig tosca_policies_Root extends TOSCA\/Policy\n{\n} {\n}\n\n\/** There exists some tosca.policies.Root *\/\nrun Show_tosca_policies_Root {\n  tosca_policies_Root.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Process,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 tosca_policies_Root\n  expect 1\n\n\/\/\n\/\/ The TOSCA Policy Type definition that is used to govern placement of TOSCA nodes or groups of nodes.\n\/\/\nsig tosca_policies_Placement extends tosca_policies_Root\n{\n} {\n}\n\n\/** There exists some tosca.policies.Placement *\/\nrun Show_tosca_policies_Placement {\n  tosca_policies_Placement.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Process,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 tosca_policies_Placement\n  expect 1\n\n\/\/\n\/\/ The TOSCA Policy Type definition that is used to govern scaling of TOSCA nodes or groups of nodes.\n\/\/\nsig tosca_policies_Scaling extends tosca_policies_Root\n{\n} {\n}\n\n\/** There exists some tosca.policies.Scaling *\/\nrun Show_tosca_policies_Scaling {\n  tosca_policies_Scaling.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Process,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 tosca_policies_Scaling\n  expect 1\n\n\/\/\n\/\/ The TOSCA Policy Type definition that is used to govern update of TOSCA nodes or groups of nodes.\n\/\/\nsig tosca_policies_Update extends tosca_policies_Root\n{\n} {\n}\n\n\/** There exists some tosca.policies.Update *\/\nrun Show_tosca_policies_Update {\n  tosca_policies_Update.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Process,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 tosca_policies_Update\n  expect 1\n\n\/\/\n\/\/ The TOSCA Policy Type definition that is used to declare performance requirements for TOSCA nodes or groups of nodes.\n\/\/\nsig tosca_policies_Performance extends tosca_policies_Root\n{\n} {\n}\n\n\/** There exists some tosca.policies.Performance *\/\nrun Show_tosca_policies_Performance {\n  tosca_policies_Performance.no_name[]\n} for 5 but\n  8 Int,\n  5 seq,\n  \/\/ NOTE: Setting following scopes strongly reduces the research space.\n  exactly 0 LocationGraphs\/LocationGraph,\n  exactly 1 LocationGraphs\/Location,\n  exactly 1 LocationGraphs\/Name,\n  exactly 1 LocationGraphs\/Process,\n  exactly 1 LocationGraphs\/Sort,\n  exactly 1 tosca_policies_Performance\n  expect 1\n\n","avg_line_length":31.5288394719,"max_line_length":221,"alphanum_fraction":0.6418778929}
{"size":4510,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n{  all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches } \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv12\n}\n\nassert __repair {\n\tinv12 <=> {\n all t : Teacher | some (t.Teaches).Groups \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv12\n}\n\n","avg_line_length":19.2735042735,"max_line_length":128,"alphanum_fraction":0.6776053215}
{"size":187,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idE3JDhmoNQjSeuunz9_prop5 {\n\tsome f : File | eventually f not in File \n}\npred __repair { idE3JDhmoNQjSeuunz9_prop5 }\ncheck __repair { idE3JDhmoNQjSeuunz9_prop5 <=> prop5o }","avg_line_length":31.1666666667,"max_line_length":55,"alphanum_fraction":0.7860962567}
{"size":205,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idDdnwMS2xyJtELEzmt_prop9 {\n\tall f: File | always(f in Protected implies f not in Trash)\n}\npred __repair { idDdnwMS2xyJtELEzmt_prop9 }\ncheck __repair { idDdnwMS2xyJtELEzmt_prop9 <=> prop9o }","avg_line_length":34.1666666667,"max_line_length":60,"alphanum_fraction":0.7902439024}
{"size":2345,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\n\n\/* The set of files in the file system. *\/\nsig File {\n  \t\/* A file is potentially a link to other files. *\/\n\tlink : set File\n}\n\/* The set of files in the trash. *\/\nsig Trash extends File {}\n\/* The set of protected files. *\/\nsig Protected extends File {}\n\n\/* The trash is empty. *\/\npred inv1 {\n\tno Trash \n}\n\n\/* All files are deleted. *\/\npred inv2 {\n\tFile in Trash \n\n}\n\n\/* Some file is deleted. *\/\npred inv3 {\n\tsome Trash \n}\n\n\/* Protected files cannot be deleted. *\/\npred inv4 {\n\tno Protected & Trash \n}\n\n\/* All unprotected files are deleted.. *\/\npred inv5 {\n\tFile - Protected in Trash \n}\n\n\/* A file links to at most one file. *\/\npred inv6 {\n{  all x, y, z : File | x -> y in link implies x -> z not in link } \n}\n\n\/* There is no deleted link. *\/\npred inv7 {\n\tno link.Trash \n}\n\n\/* There are no links. *\/\npred inv8 {\n\tno link \n}\n\n\/* A link does not link to another link. *\/\npred inv9 {\n\tno link.link \n}\n\n\/* If a link is deleted, so is the file it links to. *\/\npred inv10 {\n\tTrash.link in Trash \n}\n\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n\tno Trash \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n\tFile in Trash \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n\t\tsome Trash \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n  \tno Protected & Trash  \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  \tFile - Protected in Trash  \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  ~link . link in iden  \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n no link.Trash  \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n \tno link \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  no link.link  \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  Trash.link in Trash \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\npred _repair {\n\tinv6\n}\n\nassert __repair {\n\tinv6 <=> {\n  ~link . link in iden  \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv6\n}\n\n","avg_line_length":14.748427673,"max_line_length":68,"alphanum_fraction":0.6533049041}
{"size":1523,"ext":"als","lang":"Alloy","max_stars_count":19.0,"content":"module tests\/safe124\n\nopen program\nopen model\n\n\/**\nPPC safe124\n\"SyncdWW Rfe LwSyncdRR Fre SyncdWW Rfe SyncdRW Wse\"\nCycle=SyncdWW Rfe LwSyncdRR Fre SyncdWW Rfe SyncdRW Wse\nRelax=\nSafe=Fre Wse SyncdRW LwSyncdRR BCSyncdWW\n{\n0:r2=x; 0:r4=y;\n1:r2=y; 1:r4=z;\n2:r2=z; 2:r4=a;\n3:r2=a; 3:r4=x;\n}\n P0           | P1           | P2           | P3           ;\n lwz r1,0(r2) | li r1,1      | lwz r1,0(r2) | li r1,2      ;\n lwsync       | stw r1,0(r2) | sync         | stw r1,0(r2) ;\n lwz r3,0(r4) | sync         | li r3,1      | sync         ;\n              | li r3,1      | stw r3,0(r4) | li r3,1      ;\n              | stw r3,0(r4) |              | stw r3,0(r4) ;\nexists\n(a=2 \/\\ 0:r1=1 \/\\ 0:r3=0 \/\\ 2:r1=1)\n\n\n**\/\n\n\none sig a, x, y, z extends Location {}\n\none sig P1, P2, P3, P4 extends Processor {}\n\none sig op1 extends Read {}\none sig op2 extends Lwsync {}\none sig op3 extends Read {}\none sig op4 extends Write {}\none sig op5 extends Sync {}\none sig op6 extends Write {}\none sig op7 extends Read {}\none sig op8 extends Sync {}\none sig op9 extends Write {}\none sig op10 extends Write {}\none sig op11 extends Sync {}\none sig op12 extends Write {}\n\nfact {\n    P1.read[1, op1, x, 1]\n    P1.lwsync[2, op2]\n    P1.read[3, op3, y, 0]\n    P2.write[4, op4, y, 1]\n    P2.sync[5, op5]\n    P2.write[6, op6, z, 1]\n    P3.read[7, op7, z, 1]\n    P3.sync[8, op8]\n    P3.write[9, op9, a, 1]\n    P4.write[10, op10, a, 2]\n    P4.sync[11, op11]\n    P4.write[12, op12, x, 1]\n}\n\nfact {\n    a.final[2]\n}\n\nAllowed:\n    run { Allowed_PPC } for 5 int expect 0","avg_line_length":22.3970588235,"max_line_length":60,"alphanum_fraction":0.5567957978}
{"size":1415,"ext":"als","lang":"Alloy","max_stars_count":19.0,"content":"module tests\/aclwdrr001\n\nopen program\nopen model\n\n\/**\nPPC aclwdrr001\n\"Fre LwSyncdWW Wse SyncdWW Wse Rfe LwSyncdRR\"\nCycle=Fre LwSyncdWW Wse SyncdWW Wse Rfe LwSyncdRR\nRelax=ACLwSyncdRR\nSafe=Fre Wse SyncdWW LwSyncdWW\n{\n0:r2=z; 0:r4=x;\n1:r2=x; 1:r4=y;\n2:r2=y;\n3:r2=y; 3:r4=z;\n}\n P0           | P1           | P2           | P3           ;\n li r1,1      | li r1,2      | li r1,2      | lwz r1,0(r2) ;\n stw r1,0(r2) | stw r1,0(r2) | stw r1,0(r2) | lwsync       ;\n lwsync       | sync         |              | lwz r3,0(r4) ;\n li r3,1      | li r3,1      |              |              ;\n stw r3,0(r4) | stw r3,0(r4) |              |              ;\nexists\n(x=2 \/\\ y=2 \/\\ 3:r1=2 \/\\ 3:r3=0)\n\n\n**\/\n\n\none sig x, y, z extends Location {}\n\none sig P1, P2, P3, P4 extends Processor {}\n\none sig op1 extends Write {}\none sig op2 extends Lwsync {}\none sig op3 extends Write {}\none sig op4 extends Write {}\none sig op5 extends Sync {}\none sig op6 extends Write {}\none sig op7 extends Write {}\none sig op8 extends Read {}\none sig op9 extends Lwsync {}\none sig op10 extends Read {}\n\nfact {\n    P1.write[1, op1, z, 1]\n    P1.lwsync[2, op2]\n    P1.write[3, op3, x, 1]\n    P2.write[4, op4, x, 2]\n    P2.sync[5, op5]\n    P2.write[6, op6, y, 1]\n    P3.write[7, op7, y, 2]\n    P4.read[8, op8, y, 2]\n    P4.lwsync[9, op9]\n    P4.read[10, op10, z, 0]\n}\n\nfact {\n    y.final[2]\n    x.final[2]\n}\n\nAllowed:\n    run { Allowed_PPC } for 5 int expect 1","avg_line_length":21.7692307692,"max_line_length":60,"alphanum_fraction":0.5455830389}
{"size":207,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idEEaKo6QMrMj5PkgMC_prop6 {\n\tall f : File | always (f in Trash implies always f in Trash) \n}\npred __repair { idEEaKo6QMrMj5PkgMC_prop6 }\ncheck __repair { idEEaKo6QMrMj5PkgMC_prop6 <=> prop6o }","avg_line_length":34.5,"max_line_length":62,"alphanum_fraction":0.7777777778}
{"size":874,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_winter_is_coming\n\nopen IoTBottomUp as base\n\nopen cap_temperatureMeasurement\nopen cap_switch\n\nlone sig app_winter_is_coming extends IoTApp {\n  trigObj : one cap_temperatureMeasurement,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_winter_is_coming.trigObj\n  attribute    = cap_temperatureMeasurement_attr_temperature\n  value        = cap_temperatureMeasurement_attr_temperature_val_high\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_winter_is_coming.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":19.4222222222,"max_line_length":69,"alphanum_fraction":0.7631578947}
{"size":204,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred id8msgvffj7a6MCfmCB_prop14 {\n\tall pt : Protected & Trash | after pt not in Protected\n}\npred __repair { id8msgvffj7a6MCfmCB_prop14 }\ncheck __repair { id8msgvffj7a6MCfmCB_prop14 <=> prop14o }","avg_line_length":34.0,"max_line_length":57,"alphanum_fraction":0.7941176471}
{"size":4519,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n{  all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors } \n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv14\n}\n\nassert __repair {\n\tinv14 <=> {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv14\n}\n\n","avg_line_length":19.311965812,"max_line_length":128,"alphanum_fraction":0.678026112}
{"size":209,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred id4B3HwzsKWAbeCvJK3_prop10 {\n\tall f:File |(always f in Protected) since f in  Protected  \n}\npred __repair { id4B3HwzsKWAbeCvJK3_prop10 }\ncheck __repair { id4B3HwzsKWAbeCvJK3_prop10 <=> prop10o }","avg_line_length":34.8333333333,"max_line_length":60,"alphanum_fraction":0.7894736842}
{"size":89432,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student --correct\n-- all p:Person | p in Teacher  --incorrect 1\n-- all p:Person | p not in Person  --incorrect 2\n-- all p:Person | p not in Teacher  --incorrect 3\n-- all s:Student | s in Person  --incorrect 4\n-- no Teacher  --incorrect 5\n-- Person & Teacher = none  --incorrect 6\n-- Student in Person  --incorrect 7\n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher --correct\n-- all p1,p2:Person | p1 -> p2 in Teaches implies no p1  --incorrect 1\n-- all p:Person | p in Student  --incorrect 2\n-- all x : Person | x not in Person  --incorrect 3\n-- no Teaches  --incorrect 4\n-- no Tutors  --incorrect 5\n-- Person in Student  --incorrect 6\n-- some Teacher --incorrect 7\n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher --correct\n-- (Person in Student and Person in Teacher)  --incorrect 1\n-- (Person in Student and Person not in Teacher) or (Person not in Student and Person in Teacher)  --incorrect 2\n-- (Person in Teacher) iff not (Person in Student)  --incorrect 3\n-- all p : Person | (p in Student and p not in Teacher)  --incorrect 4\n-- all p : Person | (p in Student and p not in Teacher) or (p in Teacher and p not in Student)  --incorrect 5\n-- all p : Person | (p in Student or p in Teacher)  --incorrect 6\n-- all p : Person | (p in Teacher or p in Student)  --incorrect 7\n-- all p : Person | p in Student and p not in Teacher  --incorrect 8\n-- all p : Person | p in Student or p in Teacher  --incorrect 9\n-- all p : Person | p in Student or p not in Teacher  --incorrect 10\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 11\n-- all p:Person | not (p in Student and p not in Teacher)   --incorrect 12\n-- all p:Person | p in Student and p in Teacher  --incorrect 13\n-- all p:Person | p in Student and p not in Teacher   --incorrect 14\n-- all p:Person | p in Student implies p in Teacher    --incorrect 15\n-- all p:Person | p in Student or p in Teacher  --incorrect 16\n-- all p:Person | p in Student or p in Teacher   --incorrect 17\n-- all p:Person | p in Student or p in Teacher    --incorrect 18\n-- no Person & Teacher  --incorrect 19\n-- no Student & Student  --incorrect 20\n-- not (Person in (Student & Teacher))  --incorrect 21\n-- not (Person in Student and Person in Teacher)  --incorrect 22\n-- Person & Teacher = none  --incorrect 23\n-- Person in (Student & Teacher) --incorrect 24\n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) --correct\n-- (Person in Student) iff not (Person in Teacher)  --incorrect 1\n-- (Person in Student) or (Person in Teacher)  --incorrect 2\n-- all p : Person | p in Student or p in Teacher and inv3  --incorrect 3\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 4\n-- all p : Person | p not in Student or p not in Teacher  --incorrect 5\n-- all p: Person | (p not in Teacher and p not in Student)  --incorrect 6\n-- all p: Person | p not in Teacher and p not in Student  --incorrect 7\n-- all p:Person | p != Student implies p = Teacher  --incorrect 8\n-- all p:Person | p in Student implies p not in Teacher  --incorrect 9\n-- all p:Person | p not in Student and p not in Teacher  --incorrect 10\n-- all p:Person | p not in Student implies p = Teacher  --incorrect 11\n-- all p:Person | p not in Student implies p not in Teacher  --incorrect 12\n-- all p:Person | p not in Student or p not in Teacher  --incorrect 13\n-- all x : Person | x not in Student and x not in Teacher  --incorrect 14\n-- no (Person&Teacher) and no (Person&Student)  --incorrect 15\n-- no (Person-Teacher) and no (Person-Student)  --incorrect 16\n-- no (Student & Teacher)  --incorrect 17\n-- no (Student + Teacher)  --incorrect 18\n-- no (Teacher + Student)  --incorrect 19\n-- no Student & Teacher  --incorrect 20\n-- no Student + Teacher  --incorrect 21\n-- no Student+Teacher  --incorrect 22\n-- no Teacher & Student  --incorrect 23\n-- no Teacher+Student  --incorrect 24\n-- Person - Teacher = Person  --incorrect 25\n-- Person - Teacher = Student  --incorrect 26\n-- Person in Student & Teacher  --incorrect 27\n-- some Person no Student and no Teacher  --incorrect 28\n-- some Student & Teacher  --incorrect 29\n-- some Student + Person  --incorrect 30\n-- some Student + Teacher  --incorrect 31\n-- Student + Teacher in none --incorrect 32\n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches --correct\n-- all c : Class | some t : Teacher | t->c in Teaches   --incorrect 1\n-- all p:Person | p in Person      --incorrect 2\n-- all p:Person | some c: Class | p in Teacher implies (p->c in Teaches)      --incorrect 3\n-- all p:Person | some c: Class | p->c in Teaches      --incorrect 4\n-- all p:Person | some c: Class |p in Person      --incorrect 5\n-- all p:Person | some Teaches.Class  --incorrect 6\n-- all p:Person | some Teaches.p  --incorrect 7\n-- all p:Teacher | some c: Class | (p->c in Teaches)      --incorrect 8\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 9\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 10\n-- all t : Teacher | some t.Teaches  --incorrect 11\n-- all t:Teacher | some c:Class | c in t.Teaches  --incorrect 12\n-- all t:Teacher | some t.Teaches  --incorrect 13\n-- all t:Teacher | t in Group   --incorrect 14\n-- all t:Teacher | t.Teaches in Class  --incorrect 15\n-- all t:Teacher,c:Class | t->c in Teaches    --incorrect 16\n-- all x : Teacher | some y : Class | x->y in Teaches  --incorrect 17\n-- Class in Class.Teaches  --incorrect 18\n-- Class in Teacher  --incorrect 19\n-- Class in Teaches.Class  --incorrect 20\n-- Class->Teacher->Group in Groups  --incorrect 21\n-- Person.Teaches in Class  --incorrect 22\n-- some c : Class | c in Teacher  --incorrect 23\n-- some c : Class | some p : Person | p in Teacher  --incorrect 24\n-- some c : Class | Teacher->c in Teaches  --incorrect 25\n-- some c : Class, t : Teacher, g: Group | c->t->g in Groups  --incorrect 26\n-- some c:Class | c in Teacher  --incorrect 27\n-- some c:Class | c in Teacher   --incorrect 28\n-- some c:Class, t:Teacher | c->t in Teaches  --incorrect 29\n-- some Class  --incorrect 30\n-- some Class.Teaches  --incorrect 31\n-- some p:Person | p.Teaches in Class  --incorrect 32\n-- some p:Teacher | p.Teaches in Class  --incorrect 33\n-- some Person.Teaches  --incorrect 34\n-- some t : Teacher | t in Class  --incorrect 35\n-- some t : Teacher | t.Teaches in Class  --incorrect 36\n-- some t:Teacher | (all c:Class | t->c in Teaches)  --incorrect 37\n-- some t:Teacher | t in Class  --incorrect 38\n-- some Teacher & Class  --incorrect 39\n-- some Teacher <: Person.Teaches  --incorrect 40\n-- some Teacher->Class  --incorrect 41\n-- some Teaches  --incorrect 42\n-- some Teaches . Class  --incorrect 43\n-- some Teaches.Class  --incorrect 44\n-- some Teaches.Teaches  --incorrect 45\n-- some x : Class | x in Group and x in Teacher  --incorrect 46\n-- some x : Class | x in Group implies x in Teacher  --incorrect 47\n-- some x : Class | x in Teacher  --incorrect 48\n-- some x : Person | x in Teacher and x in Class  --incorrect 49\n-- some x : Person | x in Teacher and x in Group and x in Class  --incorrect 50\n-- some x : Teacher | all y : Class | x->y in Teaches  --incorrect 51\n-- some x : Teacher | x in Class  --incorrect 52\n-- Teacher in Class  --incorrect 53\n-- Teacher in Teaches.Class  --incorrect 54\n-- Teacher.Teaches & Teacher in Class  --incorrect 55\n-- Teacher.Teaches & Teacher in Class   --incorrect 56\n-- Teacher.Teaches in Class  --incorrect 57\n-- Teaches.Teacher in Class --incorrect 58\n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n--\tTeacher in Teaches.Class --correct\n-- (Teacher . (Teacher <: Teaches)) = Person  --incorrect 1\n-- all p : Person | some c : Class | p -> c in Teaches   --incorrect 2\n-- all p:Person | some c:Class | p in Teacher implies p->c in Teaches   --incorrect 3\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches  --incorrect 4\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches   --incorrect 5\n-- all p:Person,c:Class | p->c in Teaches   --incorrect 6\n-- all p:Person,c:Class,g:Group | p in Teacher implies c->p->g in Groups   --incorrect 7\n-- all t : Teacher | inv5  --incorrect 8\n-- all t:Teacher, c:Class | c->t in Teaches  --incorrect 9\n-- all t:Teacher, c:Class | t->c in Teaches  --incorrect 10\n-- all t:Teacher,c:Class | t->c in Teaches  --incorrect 11\n-- all t:Teacher,c:Class | t->c in Teaches   --incorrect 12\n-- all x : Person | x in Teacher implies x in Class  --incorrect 13\n-- all x : Teacher, y : Class  | x->y in Teaches  --incorrect 14\n-- Class in Teacher.Teaches  --incorrect 15\n-- Class.Teaches = Teacher  --incorrect 16\n-- iden in ~Teaches.Teaches  --incorrect 17\n{#m#()  some c : Class | Teacher->c in Teaches  } --incorrect 18 \n-- some Teacher.Teaches  --incorrect 19\n-- some Teacher<:Teaches  --incorrect 20\n-- some x : Person | x in Teacher and x in Class  --incorrect 21\n-- Teacher . (Teacher <: Teaches) = Person  --incorrect 22\n-- Teacher = Teacher.Teaches  --incorrect 23\n-- Teacher = Teaches.Class  --incorrect 24\n-- Teacher = Teaches.Teacher  --incorrect 25\n-- Teacher in Class.Teaches  --incorrect 26\n-- Teacher in Teacher.Teaches  --incorrect 27\n-- Teacher in Teaches.Person  --incorrect 28\n-- Teacher in Teaches.Teacher  --incorrect 29\n-- Teacher.Teaches = Class  --incorrect 30\n-- Teacher.Teaches in Class  --incorrect 31\n-- Teacher.Teaches in Teacher  --incorrect 32\n-- Teaches . Teacher = Person  --incorrect 33\n-- Teaches.Class = Class  --incorrect 34\n-- Teaches.Class = Teacher  --incorrect 35\n-- Teaches.Person = Teacher  --incorrect 36\n-- Teaches.Teacher = Class  --incorrect 37\n-- Teaches.Teacher = Teacher  --incorrect 38\n-- ~Teaches.Teaches in iden --incorrect 39\n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches --correct\n-- all c : Class | (Teaches . c) in Teacher  --incorrect 1\n-- all c : Class | some c.Groups  --incorrect 2\n-- all c : Class | some Teaches.c   --incorrect 3\n-- all c : Class | Teacher -> c in Teaches  --incorrect 4\n-- all c : Class | Teacher in Teaches . c  --incorrect 5\n-- all c : Class | Teaches . c in Teacher  --incorrect 6\n-- all c : Class | Teaches.c in Teacher  --incorrect 7\n-- all c:Class | some c.Teaches  --incorrect 8\n-- all c:Class | some c.~Teaches  --incorrect 9\n-- all c:Class | some Teaches.c  --incorrect 10\n-- all c:Class | some Teaches.~Teaches  --incorrect 11\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 12\n-- all x : Class | some y : Teacher | x->y in Teaches  --incorrect 13\n-- Class in (Teacher <: Teaches.Class)  --incorrect 14\n-- Class in Class.Teaches  --incorrect 15\n-- Class in Person . Teaches  --incorrect 16\n-- Class in Person.Teaches  --incorrect 17\n-- Class in Teaches . Class  --incorrect 18\n-- Class in Teaches.Class  --incorrect 19\n-- Class in Teaches.Person  --incorrect 20\n-- Class in Teaches.Teacher  --incorrect 21\n-- some  Teacher & Teaches.Class  --incorrect 22\n-- some (Teaches.Class & Teacher)  --incorrect 23\n-- some Class<:Teaches  --incorrect 24\n-- some t : Teacher | all c : Class | t->c in Teaches   --incorrect 25\n-- some Teacher <: Teaches.Class   --incorrect 26\n-- some Teacher.Teaches & Teaches.Class  --incorrect 27\n-- some Teaches.Class  --incorrect 28\n-- Teacher in Person . Teaches  --incorrect 29\n-- Teacher in Teacher.Teaches  --incorrect 30\n-- Teacher in Teacher.Teaches    --incorrect 31\n-- Teacher.Teaches in Class  --incorrect 32\n-- Teacher.Teaches in Teaches.Class  --incorrect 33\n-- Teaches . Class = Class  --incorrect 34\n-- Teaches in Teacher some -> Class  --incorrect 35\n-- Teaches in Teacher some->Class  --incorrect 36\n-- Teaches.Class = Teacher  --incorrect 37\n-- Teaches.Class in Teacher  --incorrect 38\n-- Teaches.Teacher = Class --incorrect 39\n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches --correct\n-- (Teacher<:Teaches).(Teacher<:Teaches) in iden  --incorrect 1\n-- all c : Class | lone Teacher -> c & Teaches  --incorrect 2\n-- all c1,c2:Class | some t:Teacher | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 3\n-- all c:Class | (some t1:Teacher , t2:Teacher | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2)  --incorrect 4\n-- all c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 5\n-- all t : Teacher | one c : Class | t->c in Teaches  --incorrect 6\n-- all t : Teacher | one c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 7\n-- all t : Teacher | some c1,c2 : Class | t -> c1 in Teaches and t -> c2 in Teaches implies c1 = c2    --incorrect 8\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1 = c2  --incorrect 9\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 10\n-- all t : Teacher | some x,y : Class | t->x in Teaches and t->y in Teaches implies x=y  --incorrect 11\n-- all t1,t2:Teacher | some c1,c2:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 12\n-- all t1,t2:Teacher | some c1:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 13\n-- all t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 14\n-- all t:Person | lone t.Teaches  --incorrect 15\n-- all t:Teacher | all c:Class | t->c in Teaches implies c=1  --incorrect 16\n-- all t:Teacher | all c:Class | t->c in Teaches implies one c  --incorrect 17\n-- all t:Teacher | lone Teaches.Class   --incorrect 18\n-- all t:Teacher | lone Teaches.t  --incorrect 19\n-- all t:Teacher | one t.Teaches  --incorrect 20\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 21\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2   --incorrect 22\n-- all t:Teacher | some t.Teaches  --incorrect 23\n-- all x : Teacher | some y,z : Class  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 24\n-- all x : Teacher | some y,z : Class | x->y in Teaches and x->z in Teaches implies y=z  --incorrect 25\n-- Class in Teacher.Teaches  --incorrect 26\n-- lone  Teacher.Teaches  --incorrect 27\n-- lone Person.Teaches  --incorrect 28\n-- lone Teacher.Teaches  --incorrect 29\n-- lone Teacher.Teaches   --incorrect 30\n-- lone Teaches.Class  --incorrect 31\n-- one Teacher->Teaches  --incorrect 32\n-- one Teacher.Teaches  --incorrect 33\n-- one Teaches.Class  --incorrect 34\n-- some c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 35\n-- some t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 36\n-- some t1:Teacher , t2:Teacher , c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2  --incorrect 37\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches and not t2->c in Teaches)  --incorrect 38\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches or not t2->c in Teaches)  --incorrect 39\n-- some t:Teacher | (some c:Class | t->c in Teaches)  --incorrect 40\n-- Teaches in Teacher -> lone Class  --incorrect 41\n-- Teaches.~Teaches in iden  --incorrect 42\n-- ~Teaches . Teaches in iden  --incorrect 43\n-- ~Teaches.Teaches in iden --incorrect 44\n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher --correct\n-- all c : Class | lone Person -> c & Teaches  --incorrect 1\n-- all c : Class | lone Teacher  --incorrect 2\n-- all c : Class | lone Teacher.Teaches  --incorrect 3\n-- all c : Class | lone Teaches.c  --incorrect 4\n-- all c : Class | not (lone Person -> c & Teaches)  --incorrect 5\n-- all c : Class | not (lone Teacher -> c & Teaches)  --incorrect 6\n-- all c : Class | not lone Teacher -> c & Teaches  --incorrect 7\n-- all c : Class | not lone Teaches.c  --incorrect 8\n-- all c : Class | one t : Teacher | t->c in Teaches  --incorrect 9\n-- all c : Class | some y, z : Teacher | y->c in Teaches and z->c in Teaches implies z = y  --incorrect 10\n-- all c : Class | Teacher in Teaches.c  --incorrect 11\n-- all c : Class, t : Teacher | t->c in Teaches  --incorrect 12\n-- all c : Teacher.Teaches | one Teacher  --incorrect 13\n-- all c : Teaches.Class | one Teacher  --incorrect 14\n-- all c:Class | lone c.Teaches  --incorrect 15\n-- all c:Class | lone c.Teaches & Teacher  --incorrect 16\n-- all c:Class | lone c.~Teaches  --incorrect 17\n-- all c:Class | lone Teacher.Teaches  --incorrect 18\n-- all c:Class | lone Teacher.Teaches:>c  --incorrect 19\n-- all c:Class | lone Teacher.Teaches<:c  --incorrect 20\n-- all c:Class | lone Teaches.c  --incorrect 21\n-- all c:Class | one Teacher.Teaches:>c  --incorrect 22\n-- all c:Class | some t1,t2:Teacher | t1->c in Teaches and t2->c in Teaches implies t1=t2  --incorrect 23\n-- all c:Class |some t:Teacher | lone c.~Teaches and lone t.Teaches  --incorrect 24\n-- all c:Class,p:Person | lone Teaches->c  --incorrect 25\n-- all c:Class,p:Person | lone Teaches->c and lone p->Teaches  --incorrect 26\n-- all c:Class,p:Person | lone Teaches.c and lone p.Teaches  --incorrect 27\n-- all c:Class,p:Teacher | lone Teaches.c && lone p.Teaches  --incorrect 28\n-- all c:Class,p:Teacher | lone Teaches.c and lone p.Teaches  --incorrect 29\n-- all c:Class,p:Teacher | lone Teaches.c implies lone p.Teaches  --incorrect 30\n-- all c:Class,t1,t2:Teacher | t1->c in Teaches  --incorrect 31\n-- all c:Class,t:Teacher | lone t.Teaches:>c  --incorrect 32\n-- all c:Class,t:Teacher | lone Teaches.c  --incorrect 33\n-- all c:Class,t:Teacher | lone Teaches.c:>t  --incorrect 34\n-- all c:Class,t:Teacher | one t.Teaches:>c  --incorrect 35\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches and t2->c in Teaches implies t1->t2 not in Teaches  --incorrect 36\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches implies t2->c not in Teaches  --incorrect 37\n-- all t:Teacher | (lone t.Teaches) and (lone t->Groups)  --incorrect 38\n-- all t:Teacher | (lone t.Teaches) and (lone t.Groups)  --incorrect 39\n-- all t:Teacher | lone t.Teaches  --incorrect 40\n-- all t:Teacher | lone t.Teaches and (no Student & Teacher)  --incorrect 41\n-- all t:Teacher | lone t.Teaches and lone t.Groups  --incorrect 42\n-- all t:Teacher | lone Teaches.t  --incorrect 43\n-- all t:Teacher | one t.Teaches  --incorrect 44\n-- all x : Class, y,z : Teacher  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 45\n-- Class.~Teaches.Teaches in Class  --incorrect 46\n-- lone Teacher.Teaches  --incorrect 47\n-- lone Teaches.Class  --incorrect 48\n-- lone Teaches.~Teaches  --incorrect 49\n-- no c : Class | #Teaches.c > 1  --incorrect 50\n-- no Class.Teaches  --incorrect 51\n-- no Class.~Teaches  --incorrect 52\n-- no Class.~Teaches.Teaches  --incorrect 53\n-- some c : Class | Teacher in Teaches.c  --incorrect 54\n-- Teacher <: Teaches.~Teaches in iden  --incorrect 55\n-- Teacher in Teaches.Class  --incorrect 56\n-- Teaches . ~Teaches in iden  --incorrect 57\n-- Teaches.~Teaches in iden  --incorrect 58\n-- ~(Teacher <: Teaches).(Teacher <: Teaches) in iden  --incorrect 59\n-- ~(Teaches :> Class).(Teaches :> Class) in iden  --incorrect 60\n-- ~(Teaches:>Class).(Teaches:>Class) in iden  --incorrect 61\n-- ~Teaches.Teaches in iden  --incorrect 62\n-- ~Teaches.Teaches in iden  --incorrect 63\n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) --correct\n-- ((Class . Groups) . Group & Student) = Student  --incorrect 1\n-- ((Class . Groups) . Group) & Student = Student  --incorrect 2\n-- ((Class . Groups) . Group) = Student  --incorrect 3\n-- (Class . Groups) . Group & Student = Student  --incorrect 4\n-- (Class . Groups) . Group = Student  --incorrect 5\n-- (Class . Groups) . Group in Student  --incorrect 6\n-- (Student <: Class.Groups.Group) in Student  --incorrect 7\n-- all c : Class | (c . Groups) . Group = Student  --incorrect 8\n-- all c : Class | c . Groups . Group = Student  --incorrect 9\n-- all c : Class, s : Student | one s.(c.Groups)  --incorrect 10\n-- all c : Class, s : Student | some c . Groups . s  --incorrect 11\n-- all c:Class , g:Group | all s:Student | s in Class   --incorrect 12\n-- all c:Class , g:Group | c in Class  --incorrect 13\n-- all c:Class , g:Group | c in Class and g in Group  --incorrect 14\n-- all c:Class | lone c.Groups  --incorrect 15\n-- all c:Class | some c.Groups  --incorrect 16\n-- all c:Class | some c.Groups   --incorrect 17\n-- all c:Class | some c.Groups.Student  --incorrect 18\n-- all c:Class | Student = c.(Groups.Group)  --incorrect 19\n-- all c:Class | Student = c.Groups.Group  --incorrect 20\n-- all c:Class, s:Student | s->Group in c.Groups  --incorrect 21\n-- all c:Class, s:Student | some c.Groups.s  --incorrect 22\n-- all c:Class,s:Student | some g:Group | s->c->g in Groups  --incorrect 23\n-- all p : Student | some c : Class, g : Group | c->c->g in Groups  --incorrect 24\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups  --incorrect 25\n-- all s : Student | some (Class . Groups) . Group  --incorrect 26\n-- all s : Student | some s <: (Class . Groups)  --incorrect 27\n-- all s : Student | some s.(Class.Groups)  --incorrect 28\n-- all s : Student, c : Class | s in Teaches.Class  --incorrect 29\n-- all s : Student, c: Class | some g : Group | s->c->g in Groups  --incorrect 30\n-- all x : Class , y : Student | y in Group  --incorrect 31\n-- all x : Class, y : Student | y in Group  --incorrect 32\n-- all x : Student | x in Group  --incorrect 33\n-- Class . Groups . Group = Student  --incorrect 34\n-- no Student & Class.Groups.Group  --incorrect 35\n-- some Student & ((Class . Groups) . Group)  --incorrect 36\n-- some Student & (Class . Groups) . Group  --incorrect 37\n-- some Student.(Class.Groups)  --incorrect 38\n-- some Student.Groups  --incorrect 39\n-- Student . (Class . Groups) = Student  --incorrect 40\n-- Student = Class.Groups.Group  --incorrect 41\n-- Student in Class . Groups . Group  --incorrect 42\n-- Student in Class.Groups.Group  --incorrect 43\n-- Student in Class.Groups.Group --incorrect 44\n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n-- all c : Class | (some c.Groups implies some (c.Teaches & Teacher))  --incorrect 1\n-- all c : Class | (some g : Group, t : Teacher | c->t->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 2\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher |  c->t in Teaches   --incorrect 3\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t :Teacher |  c->t in Teaches   --incorrect 4\n-- all c : Class | (some s : Student, g : Group | c->s->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 5\n-- all c : Class | all s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 6\n-- all c : Class | all t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 7\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 8\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 9\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 10\n-- all c : Class | c in (Teacher.Teaches)  --incorrect 11\n-- all c : Class | lone (c.Groups).(Teacher.Teaches)  --incorrect 12\n-- all c : Class | no (Teacher<:Teaches).(c.Groups)  --incorrect 13\n-- all c : Class | no Teacher.(c.Groups)  --incorrect 14\n-- all c : Class | no Teaches.(c.Groups)  --incorrect 15\n-- all c : Class | one (c.Groups).(Teacher.Teaches)  --incorrect 16\n-- all c : Class | some  Teacher.(c.Groups)  --incorrect 17\n-- all c : Class | some (c.Groups) implies Teacher = Teacher  --incorrect 18\n-- all c : Class | some (c.Groups).(Teacher.Teaches)  --incorrect 19\n-- all c : Class | some (c.Groups).(Teacher<:Teaches)  --incorrect 20\n-- all c : Class | some (c.Groups).Teacher  --incorrect 21\n-- all c : Class | some (c.Groups).Teaches  --incorrect 22\n-- all c : Class | some (Groups).(Teacher.Teaches)  --incorrect 23\n-- all c : Class | some (Teacher<:Teaches).c  --incorrect 24\n-- all c : Class | some c.(Groups.Teacher)  --incorrect 25\n-- all c : Class | some c.Groups  --incorrect 26\n-- all c : Class | some g : Group, t : Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 27\n-- all c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 28\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher |  t->c in Teaches   --incorrect 29\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 30\n-- all c : Class | some p : Person, g : Group, t : Teacher | c->p->g in Groups implies t->c in Teaches   --incorrect 31\n-- all c : Class | some p : Person, g : Group, t :Teacher | c->t->g in Groups implies c->t in Teaches   --incorrect 32\n-- all c : Class | some s : Person, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 33\n-- all c : Class | some s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 34\n-- all c : Class | some s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 35\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 36\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 37\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 38\n-- all c : Class | some t : Teacher | ((t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups))  --incorrect 39\n-- all c : Class | some t : Teacher | (some p : Person, g : Group | c -> p -> g in Groups) implies t -> c in Teaches  --incorrect 40\n-- all c : Class | some t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 41\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 42\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups implies t->c in Teaches  --incorrect 43\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | t->c in Teaches implies c->s->g in Groups  --incorrect 44\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 45\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 46\n-- all c : Class | some t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 47\n-- all c : Class | some Teacher & Teaches.c  --incorrect 48\n-- all c : Class | some Teacher.(c.Groups)  --incorrect 49\n-- all c : Class | some Teacher.(c.Groups).(Teacher<:Teaches)  --incorrect 50\n-- all c : Class | some Teacher.Teaches  --incorrect 51\n-- all c : Class | some Teaches.c.Groups  --incorrect 52\n-- all c : Class, p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 53\n-- all c : Class, s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 54\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 55\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 56\n-- all c : Class, s : Student, g : Group | some t : Teacher | t->c in Teaches  implies c->s->g in Groups  --incorrect 57\n-- all c : Class, t : Person | (t -> c in Teaches) implies (all p : Person, g : Group | c -> p -> g in Groups)  --incorrect 58\n-- all c : Class, t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 59\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 60\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 61\n-- all c : Class, t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 62\n-- all c : Class, t, s : Person, g : Group | (t -> c not in Teaches) implies c -> s -> g not in Groups   --incorrect 63\n-- all c : Class, t: Teacher | t->c in Teaches implies some s:Student,g:Group | c->s->g in Groups  --incorrect 64\n-- all c : Class, t: Teacher | t->c not in Teaches implies not some s:Student,g:Group | c->s->g in Groups  --incorrect 65\n-- all c: Class | some c.Groups implies some Teaches.c  --incorrect 66\n-- all c: Class | some Groups implies some Teaches.c  --incorrect 67\n-- all c: Class | some Groups implies some Teaches.c :> Teacher  --incorrect 68\n-- all c: Class | some s: Student, t: Teacher, g: Group | c->s->g in Groups implies t->c in Teaches  --incorrect 69\n-- all c: Class | some t :Teacher | t->c in Teaches and some c.Groups  --incorrect 70\n-- all c: Class | some t: Teacher , p: Person , g: Group| (c->p->g in Groups) implies (t->c in Teaches)  --incorrect 71\n-- all c: Class | some t: Teacher , p: Person , g: Group| c->p->g in Groups implies (t->c in Teaches)  --incorrect 72\n-- all c: Class, g: Group | some s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 73\n-- all c: Class, g: Group | some t: Teacher , p: Person | c->p->g in Groups implies (t->c in Teaches)  --incorrect 74\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 75\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 76\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches and t != s   --incorrect 77\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 78\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 79\n-- all c: Class, s: Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 80\n-- all c: Class, s:Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 81\n-- all c:Class | (some c.Groups iff some c.~Teaches )      --incorrect 82\n-- all c:Class | (some c.Groups iff some t:Teacher| c in t.Teaches)  --incorrect 83\n-- all c:Class | c->Person->Group in Groups implies Person in Teacher  --incorrect 84\n-- all c:Class | lone c.Groups implies (some Teaches.c & Teacher)  --incorrect 85\n-- all c:Class | lone c.Groups implies some Teaches.c  --incorrect 86\n-- all c:Class | lone c.Groups implies some Teaches.c & Teacher  --incorrect 87\n-- all c:Class | no c.Groups  --incorrect 88\n-- all c:Class | no c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 89\n-- all c:Class | no Person.(c.Groups)  --incorrect 90\n-- all c:Class | one Teacher.(c.Groups)  --incorrect 91\n-- all c:Class | some (c.Groups).Person  --incorrect 92\n-- all c:Class | some c.Groups  --incorrect 93\n-- all c:Class | some c.Groups   --incorrect 94\n-- all c:Class | some c.Groups iff one t:Teacher | c in t.Teaches  --incorrect 95\n-- all c:Class | some c.Groups iff some t:Teacher | c in t.Teaches  --incorrect 96\n-- all c:Class | some c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 97\n-- all c:Class | some c.Groups implies (some Teaches.c && lone Teaches.c)  --incorrect 98\n-- all c:Class | some c.Groups implies some Teaches.c  --incorrect 99\n-- all c:Class | some c.Groups.Group  --incorrect 100\n-- all c:Class | some c.Groups.Person  --incorrect 101\n-- all c:Class | some c.Groups.Person   --incorrect 102\n-- all c:Class | some g:Group, p:Person | c->p->g in Groups implies p in Teacher  --incorrect 103\n-- all c:Class | some g:Group, t:Teacher | c->Person->g in Groups implies c in t.Teaches  --incorrect 104\n-- all c:Class | some g:Group, t:Teacher | c->t->g in Groups  --incorrect 105\n-- all c:Class | some g:Group, t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 106\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies c in t.Teaches  --incorrect 107\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 108\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups  --incorrect 109\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 110\n-- all c:Class | some Groups   --incorrect 111\n-- all c:Class | some Groups.c implies some Teaches.c  --incorrect 112\n-- all c:Class | some Groups.Person   --incorrect 113\n-- all c:Class | some p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 114\n-- all c:Class | some p:Person | c->p->Group in Groups implies p in Teacher  --incorrect 115\n-- all c:Class | some p:Person | c->p->Group in Groups implies Person in Teacher  --incorrect 116\n-- all c:Class | some p:Person,g:Group | c->p->g in Groups implies p in Teacher  --incorrect 117\n-- all c:Class | some Person.(c.Groups)  --incorrect 118\n-- all c:Class | some t:Teacher | c->t in Teaches  --incorrect 119\n-- all c:Class | some t:Teacher | some c.Groups   --incorrect 120\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.Teaches   --incorrect 121\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.~Teaches   --incorrect 122\n-- all c:Class | some t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 123\n-- all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches   --incorrect 124\n-- all c:Class | some t:Teacher | some c.Groups.Group implies t->c in Teaches  --incorrect 125\n-- all c:Class | some t:Teacher | some c.Groups.Person implies t->c in Teaches  --incorrect 126\n-- all c:Class | some t:Teacher | some c.Groups.t implies c in t.Teaches   --incorrect 127\n-- all c:Class | some t:Teacher | t->c in Teaches  --incorrect 128\n-- all c:Class | some t:Teacher | t->c in Teaches implies some g:Group | some c.Groups.g  --incorrect 129\n-- all c:Class | some t:Teacher,g:Group | c->t->g in Groups   --incorrect 130\n-- all c:Class | some t:Teacher,g:Group | some c.Groups   --incorrect 131\n-- all c:Class | some t:Teacher,g:Group | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 132\n-- all c:Class | some Teacher.(c.Groups)  --incorrect 133\n-- all c:Class |some g:Group,t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 134\n-- all c:Class |some t:Teacher | t in c.Groups.Group  --incorrect 135\n-- all c:Class, g:Group | some c.Groups  --incorrect 136\n-- all c:Class, g:Group | some p:Person | c->p->g in Groups implies p in Teacher                 --incorrect 137\n-- all c:Class, g:Group |some t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 138\n-- all c:Class, p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 139\n-- all c:Class, p:Person, g:Group | p->c not in Teaches implies c->p->g not in Groups  --incorrect 140\n-- all c:Class, s:Student, g:Group|some t:Teacher | t->c in Teaches implies c->s->g in Groups  --incorrect 141\n-- all c:Class, s:Student|some t:Teacher, g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 142\n-- all c:Class, t:Teacher , s:Student, g:Group| t->c in Teaches implies c->s->g in Groups  --incorrect 143\n-- all c:Class, t:Teacher , s:Student| some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 144\n-- all c:Class, t:Teacher , s:Student|some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 145\n-- all c:Class, t:Teacher, g:Group | c->t->g in Groups implies t->c in Teaches  --incorrect 146\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups  --incorrect 147\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 148\n-- all c:Class, t:Teacher, g:Group | t->c not in Teaches implies c->t->g not in Groups  --incorrect 149\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g in Groups    --incorrect 150\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g not in Groups  --incorrect 151\n-- all c:Class,g:Group | some c.Groups.g  --incorrect 152\n-- all c:Class,g:Group | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 153\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups  --incorrect 154\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c in t.Teaches  --incorrect 155\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 156\n-- all c:Class,g:Group | some t:Teacher | c in Class implies c->t->g in Groups  --incorrect 157\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups  --incorrect 158\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups   --incorrect 159\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies c in t.Teaches  --incorrect 160\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 161\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g   --incorrect 162\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g implies c->t->g in Groups  --incorrect 163\n-- all c:Class,g:Group | some t:Teacher | some c.Groups   --incorrect 164\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 165\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups   --incorrect 166\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  and t->c in Teaches  --incorrect 167\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 168\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches  --incorrect 169\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 170\n-- all c:Class,g:Group | some t:Teacher,s:Student | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 171\n-- all c:Class,g:Group | some t:Teacher,s:Student | s in c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 172\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies c->t->g in Groups  --incorrect 173\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches  --incorrect 174\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies t in c.~Teaches  --incorrect 175\n-- all c:Class,g:Group |some t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 176\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person   --incorrect 177\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person implies c->t->g in Groups  --incorrect 178\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups   --incorrect 179\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 180\n-- all c:Class,g:Group,p:Person |some t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 181\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups  --incorrect 182\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 183\n-- all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 184\n-- all c:Class,g:Group,t:Teacher | c->g->t in Groups implies t->c in Teaches  --incorrect 185\n-- all c:Class,g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 186\n-- all c:Class,g:Group,t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 187\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g  --incorrect 188\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c in t.Teaches  --incorrect 189\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 190\n-- all c:Class,g:Group| some t:Teacher | t in c.Groups.g   --incorrect 191\n-- all c:Class,g:Group|some t:Teacher | some c.Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 192\n-- all c:Class,g:Group|some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 193\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g   --incorrect 194\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g implies t->c in Teaches  --incorrect 195\n-- all c:Class,p:Person | some t:Teacher | some c.Groups.p implies t->c in Teaches  --incorrect 196\n-- all c:Class,s:Student | all g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches         --incorrect 197\n-- all c:Class,s:Student | all g:Group |some t:Teacher| c->s->g in Groups implies t->c in Teaches           all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 198\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups  --incorrect 199\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups and some t:Teacher | t->c in Teaches  --incorrect 200\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 201\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches  --incorrect 202\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 203\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups    --incorrect 204\n-- all c:Class,t:Teacher ,g:Group | t->c not in Teaches implies c->t->g not in Groups    --incorrect 205\n-- all c:Class,t:Teacher | lone t.Teaches   --incorrect 206\n-- all c:Class,t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 207\n-- all c:Class,t:Teacher | some t.Teaches   --incorrect 208\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 209\n-- all c:Class,t:Teacher | t.Teaches = c   --incorrect 210\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 211\n-- all c:Class,t:Teacher,s:Student | some g:Group | s->c->g in Groups implies t->c in Teaches  --incorrect 212\n-- all c:Class| some g:Group,t:Teacher | c->t->g in Groups  --incorrect 213\n-- all c:Class| some p:Person | some c.Groups.p   --incorrect 214\n-- all c:Class| some p:Person | some Groups.p   --incorrect 215\n-- all c:Class| some t:Teacher | some c.Groups implies c in t.Teaches  --incorrect 216\n-- all c:Class| some t:Teacher | some c.Groups.t implies c in t.Teaches  --incorrect 217\n-- all c:Class| some t:Teacher | some c.Groups.Teacher implies c in t.Teaches  --incorrect 218\n-- all c:Class| some t:Teacher | some Groups implies c in t.Teaches  --incorrect 219\n-- all c:Class|some t:Teacher | some Person.(c.Groups) implies c in t.Teaches  --incorrect 220\n-- all c:Class|some t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 221\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups                 --incorrect 222\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher    --incorrect 223\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher                --incorrect 224\n-- all g:Group,c:Class | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 225\n-- all g:Group,c:Class | some t:Teacher | c->t->g in Groups   --incorrect 226\n-- all p:Person, c:Class | (some t:Teacher, g:Group | c->p->g in Groups implies t->c in Teaches)  --incorrect 227\n-- all p:Person, c:Class, g:Group | (some t:Teacher | c->p->g in Groups implies t->c in Teaches)  --incorrect 228\n-- all t : Person, c : Class | (some g : Group | some s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 229\n-- all t : Person, c : Class | (some g : Group, s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 230\n-- all t : Person, c : Class | t -> c in Teaches implies (some g : Group, s : Person | c -> s -> g in Groups)  --incorrect 231\n-- all t : Teacher | some  Class.Teaches  --incorrect 232\n-- all t: Teacher, c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 233\n-- all x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 234\n-- all x : Class | some y : Person, z : Group, v : Teacher | x->y->z in Groups implies v->x in Teaches  --incorrect 235\n-- all x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 236\n-- not all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 237\n-- some c : Class | (some p : Person | some g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 238\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 239\n-- some c : Class | all s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 240\n-- some c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 241\n-- some c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 242\n-- some Class.Groups iff some t:Teacher| Class in t.Teaches  --incorrect 243\n-- some Class.Groups implies some Teaches.Class  --incorrect 244\n-- some t : Teacher | some c : Class | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 245\n-- some Teacher  --incorrect 246\n-- some x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 247\n-- some x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 248\n-- Tutors.Person in Teacher and Person.Tutors in Student --incorrect 249\n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups --correct\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 1\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies p in Teacher  --incorrect 2\n-- all c : Class | some t : Teacher, g : Group | c->t->g in Groups   --incorrect 3\n-- all c:Class,g:Group |some t:Teacher | t in c.Groups.g  --incorrect 4\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 5\n-- all c:Class,t:Teacher,g:Group | lone c.Groups.g  --incorrect 6\n-- all c:Class,t:Teacher,g:Group | one c.Groups.g  --incorrect 7\n-- all c:Class,t:Teacher,g:Group | t in c.Groups.g  --incorrect 8\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 9\n-- all g:Group | some t:Teacher | t in Class.Groups.g  --incorrect 10\n-- all g:Group | some t:Teacher | t in Class.Groups.Group  --incorrect 11\n-- all p : Person | some c : Class, g :Group | c->p->g in Groups  --incorrect 12\n-- all p : Teacher | some c : Class, g :Group | c->p->g in Groups  --incorrect 13\n-- all p:Person | p in Teacher implies some g:Group | p in Class.Groups.g  --incorrect 14\n-- all t : Teacher | some (((t.Teaches).Groups).Person)  --incorrect 15\n-- all t : Teacher | some ((t.Teaches) & ((Groups.Person).Group))  --incorrect 16\n-- all t : Teacher | some (t.Teaches) & ((Groups.Person).Group)  --incorrect 17\n-- all t : Teacher | some (t.Teaches) & Groups.Person.Group  --incorrect 18\n-- all t : Teacher | some (Teacher<:Teaches).Groups  --incorrect 19\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 20\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 21\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 22\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups  --incorrect 23\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups   --incorrect 24\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups and t->c in Teaches  --incorrect 25\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups implies t->c in Teaches  --incorrect 26\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches and c->t->g in Groups   --incorrect 27\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches implies c->t->g in Groups   --incorrect 28\n-- all t : Teacher | some c : Class, g : Group, t0 : Teacher | c->t->g in Groups and t0->c in Teaches  --incorrect 29\n-- all t : Teacher | some c : Class, p : Person, g : Group | c->p->g in Groups implies t->c in Teaches   --incorrect 30\n-- all t : Teacher | some g : Group, c : Class | c->t->g in Groups  --incorrect 31\n-- all t : Teacher | some g : Group, c : Class | t->c in Teaches and c->t->g in Groups  --incorrect 32\n-- all t : Teacher | some p : Person, g : Group | t->p->g in Groups  --incorrect 33\n-- all t : Teacher | some p : Person, g : Group, c : Class | t->c in Teaches implies c->p->g in Groups  --incorrect 34\n-- all t : Teacher | some t.Teaches & (Groups.Person).Group  --incorrect 35\n-- all t : Teacher | some t.Teaches & Groups.Person.Group  --incorrect 36\n-- all t : Teacher | some Teacher<:(Teaches.Groups)  --incorrect 37\n-- all t : Teacher, c : Class | some g : Group | c->t->g in Groups  --incorrect 38\n-- all t : Teacher, c : Class | t->c in Teaches  --incorrect 39\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 40\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 41\n-- all t : Teacher, c : Class, g : Group | c->t->g in Groups  --incorrect 42\n-- all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches  --incorrect 43\n-- all t: Teacher | some g: Group, c: Class | (c->t->g in Groups)  --incorrect 44\n-- all t: Teacher | some g: Group, c: Class | c->t->g in Groups  --incorrect 45\n-- all t: Teacher | some g: Group, c: Class | t->c in Teaches implies (c->t->g in Groups)  --incorrect 46\n-- all t: Teacher|some c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 47\n-- all t:Teacher  | some Groups.t  --incorrect 48\n-- all t:Teacher  | some t.Groups  --incorrect 49\n-- all t:Teacher , s:Student | (some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups)  --incorrect 50\n-- all t:Teacher , s:Student | some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups  --incorrect 51\n-- all t:Teacher | (some g:Group , c:Class | t->c->g in Groups)  --incorrect 52\n-- all t:Teacher | (some g:Group ,c:Class| t->c in Teaches and c->t->g in Groups)  --incorrect 53\n-- all t:Teacher | all c:Class |some g:Group | t in Person  --incorrect 54\n-- all t:Teacher | all g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 55\n-- all t:Teacher | some c:Class, g:Group | c->t->g in Groups  --incorrect 56\n-- all t:Teacher | some c:Class,g:Group | c->t->g in Groups  --incorrect 57\n-- all t:Teacher | some g:Group | Class->t->g in Groups  --incorrect 58\n-- all t:Teacher | some g:Group | g in t.(Class.Groups)  --incorrect 59\n-- all t:Teacher | some g:Group | t in Class.Groups.g  --incorrect 60\n-- all t:Teacher | some g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 61\n-- all t:Teacher | some g:Group,c:Class | c->t->g in Groups  --incorrect 62\n-- all t:Teacher | some g:Group,c:Class | t->c in Teaches and c->t->g in Groups  --incorrect 63\n-- all t:Teacher | some Groups.Group.t  --incorrect 64\n-- all t:Teacher | some t.(Class.Groups)  --incorrect 65\n-- all t:Teacher, c:Class | (some g:Group | c->t->g in Groups)  --incorrect 66\n-- all t:Teacher, c:Class | some t.(c.Groups)  --incorrect 67\n-- all t:Teacher, c:Class, s:Student | some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 68\n-- all t:Teacher,c:Class | some g:Group | c->t->g in Groups  --incorrect 69\n-- all t:Teacher,c:Class,g:Group | c->t->g in Groups  --incorrect 70\n-- all x : Teacher | some y : Class, z : Group | y->x->z in Groups   --incorrect 71\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups  --incorrect 72\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups   --incorrect 73\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 74\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups  --incorrect 75\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 76\n-- all x : Teacher, y : Class, z : Group | z->x->z in Groups  --incorrect 77\n-- Group in Class.Groups.Teacher  --incorrect 78\n-- no Class.Groups  --incorrect 79\n-- no Class.Groups.Teacher  --incorrect 80\n-- no Group.~(Class.Groups)  --incorrect 81\n-- no Groups.Group  --incorrect 82\n-- no Person.~(Class.Groups)  --incorrect 83\n-- no ~(Class.Groups)  --incorrect 84\n-- some (Teacher<:Teaches).Groups  --incorrect 85\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 86\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 87\n-- some Teacher<:(Teaches.Groups)  --incorrect 88\n-- Teacher in Group.~(Class.Groups)  --incorrect 89\n-- Teacher in Person.Teaches  --incorrect 90\n-- ~iden.iden in ~((Teacher.Teaches).Groups).((Teacher.Teaches).Groups) --incorrect 91\n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student --correct\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors  --incorrect 1\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors and t->s in Tutors  --incorrect 2\n-- all s:Student | s not in Person.^Tutors  --incorrect 3\n-- all s:Student | s not in Person.^~Tutors  --incorrect 4\n-- all s:Student, t:Teacher | s not in Person.*Tutors and t not in Person.*Tutors  --incorrect 5\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors  --incorrect 6\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^~Tutors  --incorrect 7\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.Tutors  --incorrect 8\n-- all s:Student, t:Teacher | s not in Person.Tutors.^Tutors and t not in Person.~Tutors.^~Tutors  --incorrect 9\n-- all s:Student,t:Teacher | s not in Person.^~Tutors and t not in Person.^Tutors  --incorrect 10\n-- all t : Teacher, s : Student | Teacher<:Tutors  in Tutors:>Student  --incorrect 11\n-- all t : Teacher, s : Student | Tutors:>Student in Teacher<:Tutors  --incorrect 12\n-- all t1:Teacher,t2:Teacher,s:Student | s->t1 not in Tutors and t1->t2 not in Tutors  --incorrect 13\n-- all t: Teacher, s: Student | t->s in Tutors  --incorrect 14\n-- all t:Teacher, s:Student | s->t not in Tutors  --incorrect 15\n-- all t:Teacher, s:Student | t->s in Tutors and s->t not in Tutors  --incorrect 16\n-- all t:Teacher,s:Student | s->t not in Tutors  --incorrect 17\n-- all t:Teacher,s:Student | s->t not in Tutors and t->s in Tutors  --incorrect 18\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors  --incorrect 19\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors and s->t not in Tutors  --incorrect 20\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors  --incorrect 21\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and not s->c in Teaches  --incorrect 22\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and s->c not in Teaches  --incorrect 23\n-- all t:Teacher,s:Student,p:Person | p->t not in Tutors and s->p not in Tutors  --incorrect 24\n-- all x, y : Person | x->y in Tutors implies x in Teacher  --incorrect 25\n-- no Person.^Tutors  --incorrect 26\n-- no Person.^~Tutors  --incorrect 27\n-- no Person.Tutors  --incorrect 28\n-- no Student & Student.Tutors  --incorrect 29\n-- no Student & Student.Tutors and no Teacher & Teacher.~Tutors  --incorrect 30\n-- no Student & Student.~Tutors and no Teacher & Teacher.~Tutors  --incorrect 31\n-- no Student.Tutors  --incorrect 32\n-- no Student.Tutors and no Teacher.~Tutors  --incorrect 33\n-- Person.^~Tutors in Teacher  --incorrect 34\n-- some t:Teacher | all s:Student | t->s in Tutors  --incorrect 35\n-- Student in Person.^Tutors and Teacher in Person.^~Tutors  --incorrect 36\n-- Teacher in Person.^*Tutors and Student in Person.*Tutors  --incorrect 37\n-- Teacher in Person.^~Teaches and Student in Person.^Teaches  --incorrect 38\n-- Teacher in Person.^~Tutors and Student in Person.^Tutors  --incorrect 39\n-- Teacher in Person.~Teaches and Student in Person.Teaches  --incorrect 40\n-- Teacher in Person.~Tutors and Student in Person.Tutors  --incorrect 41\n-- Teacher in Student.Tutors  --incorrect 42\n-- Teacher in Teacher.Tutors  --incorrect 43\n-- Teacher in Tutors.Teacher  --incorrect 44\n-- Teacher.Tutors in Student  Tutors.Student in Teacher  --incorrect 45\n-- Tutors.Teacher in Student.Tutors --incorrect 46\n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n-- all c : Class | (c . (Groups . Group)) & Student = ((Teaches . c) . Tutors)  --incorrect 1\n-- all c : Class | (c . (Groups . Group)) & Student = (Teacher & (Teaches . c) . Tutors)  --incorrect 2\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teacher & (Teaches . c)) . Tutors)  --incorrect 3\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teaches . c) . Tutors)  --incorrect 4\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c) . Tutors)  --incorrect 5\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c)) . Tutors  --incorrect 6\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors)  --incorrect 7\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Student  --incorrect 8\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Teacher  --incorrect 9\n-- all c : Class | (c . (Groups . Group)) = (Teaches . c . Tutors)  --incorrect 10\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors)  --incorrect 11\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student  --incorrect 12\n-- all c : Class | (c . Groups) . Group in (Teaches . c) . Tutors  --incorrect 13\n-- all c : Class | c . (Groups . Group) in ((Teaches . c) . Tutors)  --incorrect 14\n-- all c : Class | c . (Groups . Group) in (Teaches . c . Tutors)  --incorrect 15\n-- all c : Class | c . Groups . Group in (Teacher <: Teaches) . c . Tutors  --incorrect 16\n-- all c : Class | c . Groups . Group in Teaches . c . Tutors  --incorrect 17\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 18\n-- all c : Class | Teaches . c . Tutors = c . Groups . Group  --incorrect 19\n-- all c : Class | Teaches . c . Tutors = Class . Groups . Group  --incorrect 20\n-- all c : Class | Teaches . c . Tutors in c . Groups . Group  --incorrect 21\n-- all c:Class , t:Teacher, g:Group|some s:Student | (t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 22\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->c in Tutors  --incorrect 23\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->s in Tutors  --incorrect 24\n-- all c:Class , t:Teacher, s:Student, g:Group|(t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 25\n-- all c:Class,s:Student | s in (c.Groups).Group  --incorrect 26\n-- all c:Class,s:Student | s in (c.Groups).Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 27\n-- all c:Class,s:Student | s in c.Groups.Group  --incorrect 28\n-- all c:Class,s:Student,s:Teacher |some g:Group,t:Teacher| s in c.Groups.Group and c->t->g in Groups  --incorrect 29\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups)  --incorrect 30\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 31\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 32\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors  --incorrect 33\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 34\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 35\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 36\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 37\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 38\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g implies t in s.^~Tutors  --incorrect 39\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c in t.Teaches implies t in s.^(~Tutors)  --incorrect 40\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 41\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups implies t in s.^(~Tutors)  --incorrect 42\n-- all c:Class,s:Student,t:Teacher|some g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 43\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group and t in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 44\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 45\n-- all c:Class,s:Student|some g:Group| c->s->g in Groups  --incorrect 46\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 47\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches implies q->p in Tutors  --incorrect 48\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p in Student and some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 49\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p->c in Teaches  --incorrect 50\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches  --incorrect 51\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 52\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->p in Tutors and q->c in Teaches  --incorrect 53\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches and t->p in Tutors  --incorrect 54\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 55\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 56\n-- all s : Person, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 57\n-- all s : Person, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 58\n-- all s : Person, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 59\n-- all s : Student |   some c : Class | (s in c.Groups.Group) implies (        all t : Teaches.c :> Teacher | s in t.Tutors        )  --incorrect 60\n-- all s : Student | (some c : Class, g : Group | c->s->g  in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 61\n-- all s : Student | (some c : Class, g : Group | c->s->g in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 62\n-- all s : Student | (some t : Teacher | t->s in Tutors) implies s in Class  --incorrect 63\n-- all s : Student | s in Class implies (some t : Teacher | t->s in Tutors)  --incorrect 64\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors  --incorrect 65\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors and t in Class  --incorrect 66\n-- all s : Student | s in Class implies some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 67\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->c in Tutors  --incorrect 68\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors  --incorrect 69\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors and t->c in Teaches  --incorrect 70\n-- all s : Student | some s.(Class.Groups)  --incorrect 71\n-- all s : Student | some s.(Class.Groups)   implies some (Teacher<:Tutors).s  --incorrect 72\n-- all s : Student | some s.(Class.Groups) and some Teacher.Teaches implies some (Teacher<:Tutors).s  --incorrect 73\n-- all s : Student | some s.(Class.Groups) and some Teacher<:Teaches implies some (Teacher<:Tutors).s  --incorrect 74\n-- all s : Student | some s.(Class<:Groups)  --incorrect 75\n-- all s : Student | some s.(Class<:Groups) implies some Class.(Teacher<:Teaches)  --incorrect 76\n-- all s : Student | some s.(Teacher<:Teaches)  --incorrect 77\n-- all s : Student | some t : Teacher | t->s in Tutors  --incorrect 78\n-- all s : Student | some t : Teacher | t->s in Tutors implies s in Class  --incorrect 79\n-- all s : Student | some t : Teacher, c : Class | t->c in Teaches implies t->s in Tutors  --incorrect 80\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 81\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies s in Class and t in Class  --incorrect 82\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies t->c in Teaches  --incorrect 83\n-- all s : Student | some t : Teacher, c : Class, g : Group | (t->c in Teaches implies t->s in Tutors) and c->s->g in Groups  --incorrect 84\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors  --incorrect 85\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors and c->s->g in Groups  --incorrect 86\n-- all s : Student | some Tutors.s & Groups.s.Group  --incorrect 87\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Teaches)  --incorrect 88\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Tutors)  --incorrect 89\n-- all s : Student, c : Class | some (Teacher<:Tutors).c implies some s.(Teacher<:Teaches)  --incorrect 90\n-- all s : Student, c : Class | some c -> s <: Groups implies (Teaches . c) -> s in Tutors  --incorrect 91\n-- all s : Student, c : Class | some c.(Teacher<:Teaches) implies some s.(Teacher<:Tutors)  --incorrect 92\n-- all s : Student, c : Class | some g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 93\n-- all s : Student, c : Class | some s.(c.Groups) and some (Teacher<:Teaches).c implies some (Teacher<:Tutors).s  --incorrect 94\n-- all s : Student, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 95\n-- all s : Student, c : Class | some t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 96\n-- all s : Student, c : Class, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 97\n-- all s : Student, c : Class, t : Teacher | ((all g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 98\n-- all s : Student, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 99\n-- all s : Student, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 100\n-- all s : Student, c : Class, t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 101\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) iff t -> s in Tutors  --incorrect 102\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) implies t -> s in Tutors  --incorrect 103\n-- all s : Student, c : Class, t : Teacher, g : Group | ((c -> s -> g in Groups) and (t -> c in Teaches)) implies t -> s in Tutors  --incorrect 104\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and (t -> c in Teaches) implies t -> s in Tutors  --incorrect 105\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors  --incorrect 106\n-- all s : Student, t : Teacher | (some s.(Class.Groups)) implies some t.(Class.Groups)  --incorrect 107\n-- all s : Student, t : Teacher | some s.(Class.Groups) and some (t<:Teaches).Class implies some (t<:Tutors).s  --incorrect 108\n-- all s : Student, t : Teacher | some s.(Class.Groups) implies some t.(Class.Groups)  --incorrect 109\n-- all s : Student, t : Teacher, c : Class | some s.(c.Groups)  --incorrect 110\n-- all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 111\n-- all s, t : Person | some s.(Class.Groups) and some t<:(Teaches.Class) implies some t<:(Tutors.s)  --incorrect 112\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some (t<:Tutors).s  --incorrect 113\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some t<:(Tutors.s)  --incorrect 114\n-- all s, t : Person, c : Class | (some g : Group | c->s->g in Groups) and t->s in Teaches implies t->c in Tutors  --incorrect 115\n-- all s,t : Person, c : Class | (some g : Group | c->s->g  in Groups) and t->s in Tutors implies t->c in Teaches  --incorrect 116\n-- all s,t : Person, c : Class | some s.(c.Groups)  --incorrect 117\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t.Teaches)  --incorrect 118\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c  --incorrect 119\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 120\n-- all s,t : Person, c : Class | some s.(c.Groups) and some t.Teaches  --incorrect 121\n-- all s:Student | some t:Teacher | t in s.^~Tutors  --incorrect 122\n-- all s:Student, c:Class | some t:Teacher | t->s in Tutors implies t->c in Teaches  --incorrect 123\n-- all s:Student, c:Class, g:Group | some t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 124\n-- all s:Student, c:Class, g:Group, t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 125\n-- all s:Student, c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 126\n-- all s:Student,c:Class | s in (c.Groups).Group  --incorrect 127\n-- all s:Student,c:Class | s in c.Groups.Group  --incorrect 128\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches  --incorrect 129\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 130\n-- all s:Student,c:Class | some s.(c.Groups)  --incorrect 131\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches  --incorrect 132\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches and t in s.~Tutors  --incorrect 133\n-- all s:Student,c:Class | some t:Teacher | some c.Groups.s  --incorrect 134\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups)  --incorrect 135\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 136\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 137\n-- all s:Student,c:Class | some t:Teacher | t->s in Tutors  --incorrect 138\n-- all s:Student,c:Class, t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 139\n-- all s:Student,c:Class,g:Group | some t:Teacher |(t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 140\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups  --incorrect 141\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups.s  --incorrect 142\n-- all s:Student,c:Class,g:Group|some t:Teacher | some s.(c.Groups)  --incorrect 143\n-- all s:Student,c:Class,g:Group|some t:Teacher | some Teacher  --incorrect 144\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups)  --incorrect 145\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 146\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group  --incorrect 147\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches  --incorrect 148\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 149\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.~Tutors  --incorrect 150\n-- all s:Student,c:Class,t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 151\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches  --incorrect 152\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 153\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^~Tutors  --incorrect 154\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 155\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 156\n-- all s:Student,t:Teacher,c:Class,g:Group | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 157\n-- all s:Student| some c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 158\n-- all s:Student| some t:Teacher | t->s in Tutors  --incorrect 159\n-- all s:Student| some t:Teacher,c:Class,g:Group | t->s in Tutors and c->s->g in Groups and c->t->g in Groups  --incorrect 160\n-- all t : Teacher, c : Class | some Student.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).Student  --incorrect 161\n-- all x : Class, y : Student  | (some z : Group | x->y->z in Groups) and some v : Teacher | v->x in Teaches implies v->y in Tutors  --incorrect 162\n-- all x : Person | some y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 163\n-- all x : Person, y : Class | (all z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 164\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) and all u : Teacher | u->y in Teaches implies u->x in Tutors  --incorrect 165\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 166\n-- all x : Person, y : Class, v : Teacher | ((some z : Group | y->x->z in Groups) and v->y in Teaches) implies v->x in Tutors  --incorrect 167\n-- all x : Person, y : Class, v : Teacher | (all z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 168\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches  --incorrect 169\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 170\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->y in Tutors  --incorrect 171\n-- all x, v : Person, y : Class | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 172\n-- Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 173\n-- some Groups.Group  --incorrect 174\n-- Student in (Class.Groups).Student and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 175\n-- Student in Class.(Groups.Student) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 176\n-- Student in Student.(Class.Groups) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 177\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n-- all p : Person | some (Teacher & p . ^Tutors)  --incorrect 1\n-- all p : Person | some p <: (^ Tutors)  --incorrect 2\n-- all p : Person | some p <: ^ Tutors  --incorrect 3\n-- all p : Person | some p2 : Person | p -> p2 in Tutors and p in Teacher  --incorrect 4\n-- all p : Person | some q : Person, t : Teacher | t->p in Tutors or (q->p in Tutors and t->q in Tutors) or (t->q in Tutors and q->p in Tutors and p->t in Tutors)  --incorrect 5\n-- all p : Person | some q,r : Person | (p in Teacher or q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 6\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or p->r in Tutors or r->p in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 7\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors       or r->p in Tutors or p->r in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 8\n-- all p : Person | some q,r : Person | (q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 9\n-- all p : Person | some t : Teacher | t->p in Tutors or (some q : Person | q->p in Tutors and t->q in Tutors)  --incorrect 10\n-- all p : Person | some Teacher <: p . (^ Tutors)  --incorrect 11\n-- all p : Teacher | some p <: ^ Tutors  --incorrect 12\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 13\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher) or    (q->p in Tutors implies q in Teacher) or    (q->r in Tutors implies q in Teacher) or    (r->q in Tutors implies r in Teacher) or    (r->p in Tutors implies r in Teacher) or    (p->r in Tutors implies p in Teacher)  --incorrect 14\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher)  --incorrect 15\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 16\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    or (p in Teacher or q in Teacher or r in Teacher)  --incorrect 17\n-- all p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 18\n-- all p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 19\n-- all p1 : Person | (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 20\n-- all p1 : Person | p1 in Teacher or (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 21\n-- all p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 22\n-- all p:Person |  Teacher in (p.^Tutors)  --incorrect 23\n-- all p:Person | p.Tutors.Tutors.Tutors in Teacher  --incorrect 24\n-- all p:Person | some t:Teacher | t in (p.^Tutors)  --incorrect 25\n-- all p:Person | some t:Teacher | t in p.*Tutors  --incorrect 26\n-- all p:Person | some t:Teacher | t in p.^Tutors  --incorrect 27\n-- all p:Person | some t:Teacher | t in p.^~Teaches  --incorrect 28\n-- all p:Person | some Teacher <:(p.^Tutors)  --incorrect 29\n-- all p:Person | Teacher in p.^Tutors  --incorrect 30\n-- all p:Person |some t:Teacher | p in p.^~Tutors  --incorrect 31\n-- all s : Person | some (s.^Tutors & Teacher)  --incorrect 32\n-- all s : Person | some Teacher & ^Tutors.Person  --incorrect 33\n-- all s : Person | some Teacher & s.*Tutors  --incorrect 34\n-- all s : Person | some Teacher & s.^Tutors  --incorrect 35\n-- all s : Student | s.^Tutors in Teacher  --incorrect 36\n-- all s : Student | some (s.*Tutors & Teacher)  --incorrect 37\n-- all s : Student | some (s.^Tutors & Teacher)  --incorrect 38\n-- all s : Student | some (Teacher & s . ^Tutors)  --incorrect 39\n-- all s : Student | some s.^Tutors & Teacher  --incorrect 40\n-- all s : Student | some t : Teacher | t in s.^Tutors  --incorrect 41\n-- all s : Student | some Teacher & s . ^Tutors  --incorrect 42\n-- all s:Person | some Teacher & s.*Tutors  --incorrect 43\n-- all s:Person | some Teacher & s.^Tutors  --incorrect 44\n-- all s:Person | some(s.^Tutors & Teacher)  --incorrect 45\n-- all s:Student | some t:Teacher | t in s.^Tutors  --incorrect 46\n-- all s:Student | some Teacher & s.^Tutors  --incorrect 47\n-- all s:Student | Teacher in s.^Tutors  --incorrect 48\n-- all s:Student |some Teacher & s.^Teaches  --incorrect 49\n-- all s:Student |some Teacher & s.^Tutors  --incorrect 50\n-- all t:Teacher | all p:Person | t in p.^Tutors  --incorrect 51\n-- all t:Teacher | all p:Person | t in p.^~Tutors  --incorrect 52\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 53\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors and x != y and x != z and y != z implies x in Teacher  --incorrect 54\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies x in Teacher  --incorrect 55\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies z in Teacher  --incorrect 56\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 57\n-- all x, y, z : Teacher | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 58\n-- Person.^~Tutors in Teacher  --incorrect 59\n-- Person.Teaches.Teaches.Teaches in Teacher  --incorrect 60\n-- Person.Tutors.Tutors.Tutors in Teacher  --incorrect 61\n-- some p : Teacher | some p <: ^ Tutors  --incorrect 62\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 63\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->q in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 64\n-- some p,q,r : Person | ((p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors) and (p->r in Tutors or r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 65\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors and r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 66\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 67\n-- some p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 68\n-- some p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 69\n-- some p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 70\n-- some t:Teacher | t in (Person.^Teaches)  --incorrect 71\n-- some t:Teacher |all p:Person | t in p.^Teaches  --incorrect 72\n-- some t:Teacher |all p:Person | t in p.^Tutors  --incorrect 73\n-- some t:Teacher |all p:Person | t in p.^~Tutors  --incorrect 74\n-- some Teacher & ^Tutors.Person  --incorrect 75\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 76\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 77\n-- Teacher in Person.^Tutors  --incorrect 78\n-- Tutors.Tutors.Tutors.Person in Teacher  --incorrect 79\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n  no Teacher --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n  no Student & Teacher --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n Person in (Student + Teacher) --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n  some Teacher.Teaches --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv6_OK {\n  Teacher in Teaches.Class --correct\n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n--------\npred inv7_OK {\n  Class in Teacher.Teaches --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\npred inv8_OK {\n  all t:Teacher | lone t.Teaches --correct\n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n--------\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher --correct\n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n--------\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) --correct\n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n--------\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n--------\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups --correct\n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n--------\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  --correct\n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n--------\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors --correct\n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n--------\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s --correct\n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0","avg_line_length":73.3650533224,"max_line_length":297,"alphanum_fraction":0.6560850702}
{"size":182,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idn4hfxuyJ9sRLD3epg_prop10 {\n  always Protected in Protected' \n}\npred __repair { idn4hfxuyJ9sRLD3epg_prop10 }\ncheck __repair { idn4hfxuyJ9sRLD3epg_prop10 <=> prop10o }","avg_line_length":30.3333333333,"max_line_length":57,"alphanum_fraction":0.8131868132}
{"size":2155,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test15 {\nsome disj Red0: Red {some disj Blue0: Blue {some disj Red0, Blue0: Color {some disj Node0, Node1: Node {\nRed = Red0\nBlue = Blue0\nColor = Red0 + Blue0\nNode = Node0 + Node1\nno neighbors\ncolor = Node0->Blue0 + Node1->Red0\n}}}}\n}\nrun test15 for 3 expect 0\npred test2 {\nsome disj Blue0: Blue {some disj Blue0: Color {some disj Node0, Node1: Node {\nno Red\nBlue = Blue0\nColor = Blue0\nNode = Node0 + Node1\nneighbors = Node0->Node1 + Node1->Node0\ncolor = Node0->Blue0 + Node1->Blue0\n}}}\n}\nrun test2 for 3 expect 0\npred test14 {\nsome disj Red0: Red {some disj Blue0: Blue {some disj Red0, Blue0: Color {some disj Node0: Node {\nRed = Red0\nBlue = Blue0\nColor = Red0 + Blue0\nNode = Node0\nneighbors = Node0->Node0\ncolor = Node0->Red0\n}}}}\n}\nrun test14 for 3 expect 0\npred test6 {\nsome disj Red0: Red {some disj Blue0: Blue {some disj Red0, Blue0: Color {some disj Node0, Node1: Node {\nRed = Red0\nBlue = Blue0\nColor = Red0 + Blue0\nNode = Node0 + Node1\nneighbors = Node0->Node1 + Node1->Node0\ncolor = Node0->Blue0 + Node1->Red0\n}}}}\n}\nrun test6 for 3 expect 1\npred test4 {\nsome disj Red0: Red {some disj Red0: Color {some disj Node0, Node1: Node {\nRed = Red0\nno Blue\nColor = Red0\nNode = Node0 + Node1\nneighbors = Node0->Node1 + Node1->Node0\ncolor = Node0->Red0 + Node1->Red0\n}}}\n}\nrun test4 for 3 expect 0\npred test17 {\nsome disj Red0: Red {some disj Blue0: Blue {some disj Red0, Blue0: Color {some disj Node0, Node1, Node2: Node {\nRed = Red0\nBlue = Blue0\nColor = Red0 + Blue0\nNode = Node0 + Node1 + Node2\nneighbors = Node0->Node1 + Node0->Node2 + Node1->Node0 + Node2->Node0\ncolor = Node0->Blue0 + Node1->Red0 + Node2->Red0\n}}}}\n}\nrun test17 for 3 expect 1\npred test9 {\nsome disj Red0: Red {some disj Blue0: Blue {some disj Red0, Blue0: Color {some disj Node0: Node {\nRed = Red0\nBlue = Blue0\nColor = Red0 + Blue0\nNode = Node0\nno neighbors\ncolor = Node0->Red0\n}}}}\n}\nrun test9 for 3 expect 1\npred test16 {\nsome disj Red0: Red {some disj Blue0: Blue {some disj Red0, Blue0: Color {some disj Node0, Node1: Node {\nRed = Red0\nBlue = Blue0\nColor = Red0 + Blue0\nNode = Node0 + Node1\nno neighbors\ncolor = Node0->Red0 + Node1->Red0\n}}}}\n}\nrun test16 for 3 expect 0\n","avg_line_length":24.2134831461,"max_line_length":111,"alphanum_fraction":0.6937354988}
{"size":4504,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n{  all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches } \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred _repair {\n\tinv11\n}\n\nassert __repair {\n\tinv11 <=> {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv11\n}\n\n","avg_line_length":19.2478632479,"max_line_length":128,"alphanum_fraction":0.6789520426}
{"size":878,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_notify_me_when_congress_schedules_a_bill\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_notify_me_when_congress_schedules_a_bill extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_notify_me_when_congress_schedules_a_bill.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_notify_me_when_congress_schedules_a_bill.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":19.9545454545,"max_line_length":70,"alphanum_fraction":0.7665148064}
{"size":742,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"open util\/ordering[Term]\n\nsome abstract sig Term {}\n\none sig S, K extends Term {}\n\nsig Apply extends Term {\n\tf, g: Term\n}\n\nfact {\n\tall x, y: Term | (x -> y) in (f + g) => y in x.nexts\n}\n\npred equal_k (x, y: Term) {\n\tone a, b: Term | x = apply[apply[K, a], b] and y = a\n}\n\npred equal_s (x, y: Term) {\n\tone a, b, c: Term {\n\t\tx = apply[apply[apply[S, a], b], c]\n\t\tand\n\t\ty = apply[apply[a, c], apply[b, c]]\n\t}\n}\n\npred equal (x, y: Term) {\n\tequal_k[x, y] or equal_s[x, y] or \n\tone z: Term | equal[x, z] and equal[z, y]\n}\n\nfun apply(x, y: Term): Term{\t\n\t{a: Apply | a.f = x and a.g = y }\n}\n\nfact {\n\tall x, y: Term | lone apply[x, y]\n}\n\nrun {\n\tsome I: Term | all x: Term | equal[apply[I, x], x]\n\t\/\/one apply[apply[apply[S, K], K], S]\n\t\n} for 5 Term\n","avg_line_length":16.4888888889,"max_line_length":53,"alphanum_fraction":0.5498652291}
{"size":1492,"ext":"als","lang":"Alloy","max_stars_count":19.0,"content":"module tests\/safe484\n\nopen program\nopen model\n\n\/**\nPPC safe484\n\"SyncdWW Rfe SyncsRW Rfe DpdW Rfe SyncsRR Fre\"\nCycle=SyncdWW Rfe SyncsRW Rfe DpdW Rfe SyncsRR Fre\nRelax=\nSafe=Fre DpdW ACSyncsRR BCSyncsRW BCSyncdWW\n{\n0:r2=x;\n1:r2=x; 1:r5=y;\n2:r2=y;\n3:r2=y; 3:r4=x;\n}\n P0           | P1            | P2           | P3           ;\n lwz r1,0(r2) | lwz r1,0(r2)  | lwz r1,0(r2) | li r1,2      ;\n sync         | xor r3,r1,r1  | sync         | stw r1,0(r2) ;\n li r3,2      | li r4,1       | lwz r3,0(r2) | sync         ;\n stw r3,0(r2) | stwx r4,r3,r5 |              | li r3,1      ;\n              |               |              | stw r3,0(r4) ;\nexists\n(x=2 \/\\ y=2 \/\\ 0:r1=1 \/\\ 1:r1=2 \/\\ 2:r1=1 \/\\ 2:r3=1)\n\n\n**\/\n\n\none sig x, y extends Location {}\n\none sig P1, P2, P3, P4 extends Processor {}\n\none sig op1 extends Read {}\none sig op2 extends Sync {}\none sig op3 extends Write {}\none sig op4 extends Read {}\none sig op5 extends Write {}\none sig op6 extends Read {}\none sig op7 extends Sync {}\none sig op8 extends Read {}\none sig op9 extends Write {}\none sig op10 extends Sync {}\none sig op11 extends Write {}\n\nfact {\n    P1.read[1, op1, x, 1]\n    P1.sync[2, op2]\n    P1.write[3, op3, x, 2]\n    P2.read[4, op4, x, 2]\n    P2.write[5, op5, y, 1] and op5.dep[op4]\n    P3.read[6, op6, y, 1]\n    P3.sync[7, op7]\n    P3.read[8, op8, y, 1]\n    P4.write[9, op9, y, 2]\n    P4.sync[10, op10]\n    P4.write[11, op11, x, 1]\n}\n\nfact {\n    y.final[2]\n    x.final[2]\n}\n\nAllowed:\n    run { Allowed_PPC } for 5 int expect 0","avg_line_length":22.2686567164,"max_line_length":61,"alphanum_fraction":0.5475871314}
{"size":18054,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/*\nA labeled transition system (LTS) is comprised by States, a sub-set\nof which are Initial, connected by transitions, here represented by \nEvents.\n*\/\nsig State {\n        trans : Event -> State\n}\nsig Init in State {}\nsig Event {}\n\n\/*\nThe LTS does not contain deadlocks, ie, each state has at least a \ntransition.\n*\/\npred inv1 {\n\tall s: State | some s.trans --correct\n-- all s : State | some State.trans  --incorrect 1 \n-- all s : State | some trans  --incorrect 2\n-- all s1, s2:State | some e:Event | (s1->e->s2 in trans and s1 != s2)  --incorrect 3\n-- all s1, s2:State | some e:Event | s1->e->s2 in trans  --incorrect 4\n-- all s1, s2:State | some e:Event | s1->e->s2 in trans implies s1!=s2  --incorrect 5\n-- all s:State , e:Event | some e->s  --incorrect 6\n-- all s:State | lone s.trans  --incorrect 7\n-- all s:State | some trans  --incorrect 8 \n-- all x : State | some x.trans.Event  --incorrect 9 \n-- lone State.trans  --incorrect 10\n-- some State.trans  --incorrect 11 \n-- some State.trans & Event->State  --incorrect 12 \n-- some State.trans.State  --incorrect 13 \n-- some State<:trans  --incorrect 14 \n-- some trans  --incorrect 15 \n-- some trans.State  --incorrect 16 \n}\n\n\/*\nThere is a single initial state.\n*\/\npred inv2 {\n\tone Init --correct\n-- all s1,s2:Init | s1=s2  --incorrect 1 \n-- all s1,s2:State | s1 in Init and s2 in Init implies s1=s2  --incorrect 2 \n-- all s:State | no s.trans  --incorrect 3 \n-- all x, y : Init | some x implies x = y  --incorrect 4 \n-- all x, y : Init | x = y  --incorrect 5 \n-- all x, y : Init | x = y and some x  --incorrect 6 \n-- lone Init  --incorrect 7 \n-- one s : State | no trans.s  --incorrect 8\n-- one State  --incorrect 9\n-- one State && all s:State | no s.trans  --incorrect 10\n-- one State && no trans --incorrect 11\n}\n\n\/*\nThe LTS is deterministic, ie, each state has at most a transition for each event.\n*\/\npred inv3 {\n\tall s : State, e : Event | lone e.(s.trans) --correct \n-- ((State.trans).Event) in State  --incorrect 1 \n-- (Event.(State.trans)) in State  --incorrect 2 \n-- all  y : Event | lone trans.y  --incorrect 3\n-- all  y : State | lone y.trans  --incorrect 4 \n-- all e : Event | lone e<:(State.trans)  --incorrect 5\n-- all e : Event | lone e<:(State.trans.State)  --incorrect 6\n-- all e:Event, s:State | lone e  --incorrect 7\n-- all s : State | lone s.trans  --incorrect 8 \n-- all s : State | lone s.trans.State  --incorrect 9 \n-- all s : State | one s.trans  --incorrect 10\n-- all s : State, e : Event | lone s.(e.trans)  --incorrect 11 \n-- all s : State, e : Event | one e.(s.trans)  --incorrect 12 \n-- all s : State, e : Event | one s.(e.trans)  --incorrect 13 \n-- all s,s1:State,e:Event | s->e->s1 in trans  --incorrect 14 \n-- all s1, s2:State | one e:Event | lone s1->e->s2  --incorrect 15 \n-- all s1, s2:State, e:Event | lone s1->e->s2  --incorrect 16 \n-- all s:State | all e1,e2:Event | e1->s in s.trans and e2->s in s.trans implies e1=e2  --incorrect 17 \n-- all s:State | all e:Event |  e->s in s.trans  --incorrect 18 \n-- all s:State | Event = s.trans.State  --incorrect 19 \n-- all s:State | lone (s.trans)  --incorrect 20 \n-- all s:State | lone (State-s).trans  --incorrect 21 \n-- all s:State | lone e:Event |  e->s in s.trans  --incorrect 22 \n-- all s:State | lone s.trans  --incorrect 23 \n-- all s:State | lone s.trans.Event  --incorrect 24 \n-- all s:State | lone s.trans.State  --incorrect 25 \n-- all s:State | lone State.~(s.trans)  --incorrect 26 \n-- all s:State | lone trans.s  --incorrect 27 \n-- all s:State | one e:Event |  e->s in s.trans  --incorrect 28 \n-- all s:State | s.trans.State in Event  --incorrect 29 \n-- all s:State, e:Event | lone s.trans  --incorrect 30 \n-- all s:State, e:Event | lone s.trans.e  --incorrect 31 \n-- all s:State, s1:State, e:Event | lone e->s1  --incorrect 32 \n-- all s:State,e:Event | lone s.trans  --incorrect 33 \n-- all s:State,e:Event | lone s.trans.e  --incorrect 34 \n-- all s:State,e:Event | lone s.trans.Event  --incorrect 35 \n-- all s:State| lone Event->State & s.trans  --incorrect 36 \n-- all x : Event, y : State | lone y.trans.x  --incorrect 37 \n-- all x : State | lone x.trans  --incorrect 38 \n-- all x : State, y : Event | lone (x.trans).y  --incorrect 39 \n-- all x : State, y : Event | lone x.trans.y  --incorrect 40 \n-- lone State.trans.State  --incorrect 41 \n-- lone trans  --incorrect 42 \n-- lone trans.State --incorrect 43\n}\n\n\n\/*\nAll states are reachable from an initial state.\n*\/\npred inv4 {\n    let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n  State in Init.^tr --correct\n --  all e:Event | State in e.^(Init.trans)  --incorrect 1 \n -- all i : Init, s : State | s in i.*(trans[Event])  --incorrect 2\n-- all i:Init | i.trans in State.trans  --incorrect 3\n-- all i:Init | State in Event.(i.trans)  --incorrect 4\n-- all i:Init | State in Event.^(i.trans)  --incorrect 5 \n-- all i:Init, s:State, e:Event | i!=s and i->e->s in trans  --incorrect 6\n-- all i:Init, s:State, e:Event | i->e->s in trans  --incorrect 7\n-- all s : State | one Init  --incorrect 8\n-- all s : State | s in Init.^(Event.trans)  --incorrect 9\n-- all s : State | some (Init <: trans).s  --incorrect 10\n-- all s : State | some (Init.trans).s  --incorrect 11 \n-- all s : State | some Init.( s.trans)  --incorrect 12 \n-- all s : State | some Init.(s<:trans)  --incorrect 13 \n-- all s : State | some Init.*(s.trans)  --incorrect 14 \n-- all s : State | some Init<:(s.trans)  --incorrect 15 \n-- all s : State | some s.(Init . trans)  --incorrect 16 \n-- all s : State | some s.(Init.trans)  --incorrect 17 \n-- all s : State | some s.(Init<:trans)  --incorrect 18 \n-- all s : State | some s.(Init<:trans:>State)  --incorrect 19 \n-- all s : State | State in Init.*(s.trans)  --incorrect 20 \n-- all s : State | State in Init.^(s.trans)  --incorrect 21 \n-- all s : State, e : Event | State in e.^(s.trans)  --incorrect 22 \n-- all s : State, e : Event| State in e.^(s.trans)  --incorrect 23 \n-- all s : State, i : Init | some (i <: trans).s  --incorrect 24 \n-- all s : State, i : Init | some s.(i <: trans)  --incorrect 25 \n-- all s: State | s in Init.^(Event.trans)  --incorrect 26 \n-- all s:(State-Init) | s in Event.(Init.trans)  --incorrect 27 \n-- all s:(State-Init) | s in Event.^(Init.trans)  --incorrect 28 \n-- all s:(State-Init) | s in Init.(Event.trans)  --incorrect 29 \n-- all s:State | Init->Event->(s-Init) in trans  --incorrect 30 \n-- all s:State | Init->Event->s in trans  --incorrect 31 \n-- all s:State | s in Event.(Init.trans)  --incorrect 32 \n-- all s:State | s in Event.^(Init.trans)  --incorrect 33 \n-- all s:State | s.^(s.trans) = State  --incorrect 34 \n-- all s:State | some s.trans  --incorrect 35 \n-- all s:State | State in s.trans.Event  --incorrect 36 \n-- all s:State, s1:State, e:Event | e->s1 in s.trans  --incorrect 37 \n-- all s:State, s1:State, e:Event | lone s.trans.Event  --incorrect 38 \n-- all x  : Event | State in *(Init.trans).x  --incorrect 39 \n-- all x  : Event | State in Init.(*(trans.x))  --incorrect 40 \n-- all x  : Event | State in Init.*(trans.x)  --incorrect 41 \n-- all x : Init | State in (*(x.trans)).Event  --incorrect 42 \n-- all x : Init | State in (x.trans).Event  --incorrect 43 \n-- all x : Init | State in Event.*(x.trans)  --incorrect 44 \n-- all x : Init | State in Event.*(x.trans) + x  --incorrect 45 \n-- all x : Init | State in x.trans.Event  --incorrect 46 \n-- all x : Init, y : Event | State in *(x.trans).y  --incorrect 47 \n-- all x : Init, y : Event | State in x.*(trans.y)  --incorrect 48\n-- all x : Init, y : Event | State in y.(x.trans)  --incorrect 49 \n-- all x : Init, y : Event | State in y.*(x.trans)  --incorrect 50 \n-- all x : Init, y : Event | State in y.*(x.trans) + x  --incorrect 51 \n-- all x : Init, y : Event | State in y.^(x.trans)  --incorrect 52 \n-- all x : Init, y : State | State in y.(x.trans)  --incorrect 53 \n-- all x : Init, y : State | State in y.^(x.trans)  --incorrect 54 \n-- all x : State | State in Event.*(x.trans)  --incorrect 55 \n-- Init in Event  --incorrect 56 \n-- Init in State  --incorrect 57 \n-- Init.*(Event.trans) in State  --incorrect 58 \n-- Init.trans.Event = State  --incorrect 59 \n-- no trans[Event]  --incorrect 60 \n-- some (Event.(Init.trans))  --incorrect 61 \n-- some *(Init.trans)  --incorrect 62 \n-- some ^(Init.trans)  --incorrect 63 \n-- some Event.(Init.trans)  --incorrect 64 \n-- some Event.^(Init.trans)  --incorrect 65 \n-- some Init.trans  --incorrect 66 \n-- some Init.trans.Event  --incorrect 67 \n-- State in (Event.(Init.trans) + Init)  --incorrect 68 \n-- State in Event.(*(Init.trans))  --incorrect 69 \n-- State in Event.(Init.trans)  --incorrect 70 \n-- State in Event.(Init.trans) + Init  --incorrect 71 \n-- State in Event.*(Init.trans)  --incorrect 72 \n-- State in Event.^(Init.trans)  --incorrect 73 \n-- State in Init.(Event.trans)  --incorrect 74 \n-- State in Init.*(Event.trans)  --incorrect 75 \n-- State in Init.trans.Event  --incorrect 76 \n-- State.(Event.trans) in Init.*(Event.trans)  --incorrect 77 \n}\n\n\/*\nAll the states have the same events available.\n*\/\npred inv5 {\n\tall s:State, s1:State | s.trans.State = s1.trans.State --correct\n-- all s : State | Event = s.(State->Event)  --incorrect 1\n-- all s : State | Event in s.(State->Event)  --incorrect 2 \n-- all s : State | Event in s.(trans.Event)  --incorrect 3 \n-- all s : State | Event.(s.trans) in Event.(State.trans)  --incorrect 4\n-- all s : State | s.trans = State.trans  --incorrect 5\n-- all s : State | s.trans in State.trans  --incorrect 6 \n-- all s : State | some (s.trans).Event  --incorrect 7 \n-- all s : State | some Event.(s.trans)  --incorrect 8 \n-- all s : State | some Event.(s<:trans)  --incorrect 9 \n-- all s : State | some s->Event  --incorrect 10 \n-- all s : State, e : Event | e.(s.trans) in Event.(State.trans)  --incorrect 11 \n-- all s : State, e : Event | some (s.trans).e  --incorrect 12 \n-- all s : State, e : Event | some e.(s.trans)  --incorrect 13 \n-- all s,s1:State,e:Event | s->e->s1 in trans  --incorrect 14 \n-- all s,s1:State,e:Event|some s2,s3:State | s->e->s2 in trans implies s1->e->s3 in trans  --incorrect 15 \n-- all s1, s2 : State | s1.trans = s2.trans  --incorrect 16 \n-- all s1, s2:State, e:Event | s1->e->s2 in trans  --incorrect 17 \n-- all s1, s2:State, e:Event | s1->e->s2 in trans and s1->e->s1 in trans  --incorrect 18 \n-- all s1,s2 : State, e : Event | e.(s1.trans) = e.(s2.trans)  --incorrect 19 \n-- all s1,s2:State |some e:Event |some e.(s1.trans) implies some e.(s2.trans)  --incorrect 20 \n-- all s1,s2:State|some e:Event | some e.(s1.trans) implies some e.(s2.trans)  --incorrect 21\n-- all s:State | all e:Event |  some e<:s.trans  --incorrect 22 \n-- all s:State | all e:Event | e in State.~(s.trans)  --incorrect 23 \n-- all s:State | Event in Event.~(s.trans)  --incorrect 24 \n-- all s:State | Event in s.~(State.trans)  --incorrect 25 \n-- all s:State | Event in State.~(s.trans)  --incorrect 26 \n-- all s:State | Event.~(s.trans) in Event  --incorrect 27 \n-- all s:State | s.~(State.trans) in Event  --incorrect 28 \n-- all s:State | State.(s.trans) in Event  --incorrect 29 \n-- all s:State | State.~(s.trans) in Event  --incorrect 30 \n-- all s:State, e:Event | s->e->s in trans  --incorrect 31 \n-- all x : State | (x.trans).Event in Event  --incorrect 32 \n-- all x : State | (x.trans.State) in Event  --incorrect 33 \n-- all x : State | (x.trans.x) in Event  --incorrect 34 \n-- all x : State | Event in x<:Event  --incorrect 35 \n-- all x : State | Event.(trans.x) in Event  --incorrect 36 \n-- all x : State | Event.(x.trans) in Event  --incorrect 37 \n-- all x : State | some (x->Event->State)  --incorrect 38 \n-- all x : State | some (x.trans)  --incorrect 39 \n-- all x : State | some e : Event | x.trans = State.trans  --incorrect 40 \n-- all x : State | some x->Event->State  --incorrect 41 \n-- all x : State | some y : State | some x->Event->y  --incorrect 42 \n-- all x : State | State in x:>Event  --incorrect 43 \n-- all x : State | State.(x.trans) in Event  --incorrect 44 \n-- all x : State | State.trans in x.trans  --incorrect 45 \n-- all x : State | x.trans = State.trans  --incorrect 46 \n-- all x : State | x.trans in State.trans  --incorrect 47 \n-- all x : State, e : Event | some x->e->State  --incorrect 48\n-- all x : State, e : Event | some x->Event  --incorrect 49 \n-- all x : State, e : Event | x->e->State in trans  --incorrect 50 \n-- all x, y : State | all e : Event | some x->e->y implies some y->e->y  --incorrect 51 \n-- all x, y : State | all e : Event | x->e->y in trans and y->e->y in trans  --incorrect 52 \n-- all x, y : State | some e : Event | some x->e->y implies some y->e->y  --incorrect 53 \n-- all x, y : State | some e : Event | x->e->State in trans implies y->e->State in trans  --incorrect 54 \n-- all x, y : State | some e : Event | x->e->y in trans  --incorrect 55 \n-- all x, y : State | some e : Event | x->e->y in trans implies y->e->y in trans  --incorrect 56 \n-- all x, y : State | some e : Event | x->Event->y in trans  --incorrect 57 \n-- all x, y : State | some x->Event implies some y->Event  --incorrect 58 \n-- all x, y : State | some x.trans & y.trans  --incorrect 59 \n-- all x, y : State | x->Event->y in trans  --incorrect 60 \n-- all x, y : State | x->Event->y in trans implies y->Event->y in trans  --incorrect 61 \n-- all x, y : State | x.trans in y.trans  --incorrect 62 \n-- all x, y : State | x.trans in State.trans  --incorrect 63 \n-- all x, y : State, e : Event | some x->e implies some y->e  --incorrect 64 \n-- all x, y : State, e : Event | x->e->y in trans  --incorrect 65 \n-- all x, y, z : State | some e : Event | x->e->y in trans implies y->e->x in trans  --incorrect 66 \n-- Event in (Event.(State.trans))  --incorrect 67 \n-- one State->Event  --incorrect 68 \n-- some State->Event->State  --incorrect 69 \n-- State in Event.(State.trans)  --incorrect 70 \n-- State in State.(trans.Event)  --incorrect 71 \n-- State->Event in iden  --incorrect 72 \n-- State.~(State.trans) in Event  --incorrect 73\n}\n\n\/*\nEach event is available in at least a state.\n*\/\npred inv6 {\n\tall e:Event | some s1,s2:State | s1->e->s2 in trans --correct\n}\n\n\/*\nThe LTS is reversible, ie, from a reacheable state it is always possible \nto return to an initial state.\n*\/\npred inv7 {\n--  let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n--\tall s : Init.^tr | some i : Init | i in s.^tr --correct\n-- (State.trans).~(State.trans) in iden  --incorrect 1 \n-- all e:Event,s1,s2:State | s1->e->s2 in trans implies s2->e->s1 in trans  --incorrect 2 \n-- all e:Event,s1,s2:State |some e1:Event| s1->e->s2 in trans implies s2->e1->s1 in trans  --incorrect 3\n-- all s1, s2:State, e:Event | s1->e->s2 in trans implies s2->e->s1 in trans  --incorrect 4\n-- all s1,s2:State | some e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 5\n-- all s1,s2:State, e1,e2,e3,e4:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 6 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 7 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  all s:State,e1,e2:Event | s->e1->s in trans implies s->e1->s in trans  --incorrect 8\n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  all s:State,e1,e2:Event | s->e1->s in trans implies s->e2->s in trans  --incorrect 9 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans and s1 in e2.(s1.trans)  --incorrect 10\n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans or s1->e2->s1 in trans  --incorrect 11 \n-- all x : Event | (trans.x) in State one -> one Init  --incorrect 12 \n-- all x : Event | (trans.x) in State one -> one State  --incorrect 13 \n-- all x : Event | some (*(~(trans.x))).Init  --incorrect 14 \n-- all x : Event | some Init.(*(~(trans.x)))  --incorrect 15 \n-- all x : Event | some Init.(^(~(trans.x)))  --incorrect 16 \n-- all x : Init | (x.trans) in Event one -> one State  --incorrect 17 \n-- all x : State | (no iden & (x.trans)) and some ((*(~(x.trans))).Init)  --incorrect 18 \n-- all x : State | (x.trans) in Event one -> one State  --incorrect 19 \n-- all x : State | no iden & (x.trans)  --incorrect 20 \n-- all x : State | some (*(~(x.trans))).Init  --incorrect 21 \n{#m#()  all x : State | some Init.(*(~(x.trans))) } --incorrect 22  \n-- all x : State, y : Init, z : Event | (trans in y one -> one z one -> one x) and x != y  --incorrect 23 \n-- all x : State, y : Init, z : Event | (trans in y one -> one z one -> one x) implies x != y  --incorrect 24 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x  --incorrect 25 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x and x != y  --incorrect 26 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x and z != y  --incorrect 27 \n-- some (Event.(State.trans))  --incorrect 28 \n-- some trans.(Event.(State.trans))  --incorrect 29\n-- ~(State.trans).(State.trans) in iden --incorrect 30\n}\n\n\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n\tall s: State | some s.trans --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n\tone Init --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n\tall s : State, e : Event | lone e.(s.trans) --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n  State in Init.^tr --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n\tall s:State, s1:State | s.trans.State = s1.trans.State --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv7_OK {\nlet tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n\tall s : Init.^tr | some i : Init | i in s.^tr --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv7_Repaired expect 0\n\n\n","avg_line_length":48.6630727763,"max_line_length":169,"alphanum_fraction":0.6190871829}
{"size":8560,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"enum util'boolean {\n\tutil'boolean'true, util'boolean'false\n}\none sig util'language {\n\tAsDeclaration'pattern'queries'child : type'EClass'class->type'EClass'class,\n\tutil'root : one type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class))))))))),\n\tutil'contains : (type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class)))))))))) lone->set (type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class))))))))))\n}\nabstract sig util'Object {\n}\nabstract sig type'ENamedElement'class extends util'Object {\n}\nabstract sig type'EClassifier'class extends type'ENamedElement'class {\n\tePackage'reference'EClassifier : lone type'EPackage'class\n}\nsig type'EClass'class extends type'EClassifier'class {\n\teStructuralFeatures'reference'EClass : set type'EStructuralFeature'class,\n\teSuperTypes'reference'EClass : set type'EClass'class,\n\tabstract'attribute'EClass : lone util'boolean\n}\nabstract sig type'ETypedElement'class extends type'ENamedElement'class {\n\teType'reference'ETypedElement : lone type'EClassifier'class,\n\tlowerBound'attribute'ETypedElement : lone Int,\n\tupperBound'attribute'ETypedElement : lone Int\n}\nabstract sig type'EStructuralFeature'class extends type'ETypedElement'class {\n\teContainingClass'reference'EStructuralFeature : lone type'EClass'class\n}\nsig type'EReference'class extends type'EStructuralFeature'class {\n\teOpposite'reference'EReference : lone type'EReference'class,\n\tcontainment'attribute'EReference : lone util'boolean\n}\nsig type'EAttribute'class extends type'EStructuralFeature'class {\n}\nsig type'EPackage'class extends type'ENamedElement'class {\n\teClassifiers'reference'EPackage : set type'EClassifier'class\n}\nsig type'EDataType'class extends type'EClassifier'class {\n}\nsig type'EEnum'class extends type'EDataType'class {\n\teLiterals'reference'EEnum : set type'EEnumLiteral'class\n}\nsig type'EEnumLiteral'class extends type'ENamedElement'class {\n\teEnum'reference'EEnumLiteral : lone type'EEnum'class\n}\npred pattern'queries'attributeHasType [parameter'a: type'EAttribute'class, parameter'd: type'EDataType'class] {\n\tparameter'd in type'EDataType'class && (parameter'a in type'EAttribute'class && parameter'd in parameter'a.eType'reference'ETypedElement)\n}\npred pattern'queries'attributeHasNotTypeConstraint [parameter'a: type'EAttribute'class] {\n\tall variable'0: type'EDataType'class { parameter'a in type'EAttribute'class && not (pattern'queries'attributeHasType [ parameter'a , variable'0 ]) }\n}\npred pattern'queries'child [parameter'c1: type'EClass'class, parameter'c2: type'EClass'class] {\n\tparameter'c2 in parameter'c1.eSuperTypes'reference'EClass && parameter'c2 in type'EClass'class\n}\npred pattern'queries'noCycles [parameter'c: type'EClass'class] {\n\tparameter'c->parameter'c in ^ (util'language.AsDeclaration'pattern'queries'child)\n}\npred pattern'queries'referenceHasType [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'c in type'EClass'class && (parameter'r in type'EReference'class && parameter'c in parameter'r.eType'reference'ETypedElement)\n}\npred pattern'queries'classHasReference [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'r in type'EReference'class && parameter'r in parameter'c.eStructuralFeatures'reference'EClass\n}\npred pattern'queries'referenceHasNotTypeConstraint [parameter'r: type'EReference'class] {\n\tall variable'0: type'EClass'class { parameter'r in type'EReference'class && not (pattern'queries'referenceHasType [ parameter'r , variable'0 ]) }\n}\npred pattern'queries'oppositeOfitself [parameter'r: type'EReference'class] {\n\tparameter'r in parameter'r.eOpposite'reference'EReference\n}\npred pattern'queries'isOpposite [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference && parameter'rr in type'EReference'class\n}\npred pattern'queries'oppositeRestriction [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference && (parameter'rr in type'EReference'class && not (pattern'queries'isOpposite [ parameter'rr , parameter'r ]))\n}\npred pattern'queries'oppositeRestrictionSameClasses [parameter'r: type'EReference'class] {\n\tsome variable'rr: type'EReference'class, variable'c1: type'EClassifier'class, variable'c4: type'EClass'class { variable'rr in parameter'r.eOpposite'reference'EReference && (variable'rr in type'EReference'class && (variable'c1 in parameter'r.eType'reference'ETypedElement && (variable'c1 in type'EClassifier'class && (variable'rr in variable'c4.eStructuralFeatures'reference'EClass && variable'c1 != variable'c4)))) }\n}\nfact EqualsAsDeclaration'pattern'queries'child {\n\tall a: type'EClass'class, b: type'EClass'class { pattern'queries'child [ a , b ] <=> a->b in util'language.AsDeclaration'pattern'queries'child }\n}\nfact util'containmentDefinition {\n\tutil'language.util'contains = eStructuralFeatures'reference'EClass + (eClassifiers'reference'EPackage + eLiterals'reference'EEnum)\n}\nfact util'noParentForRoot {\n\tno parent: type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class))))))))) { parent->(util'language.util'root) in util'language.util'contains }\n}\nfact util'atLeastOneParent {\n\tall child: type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class))))))))) { child = util'language.util'root || (some parent: type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class))))))))) { parent->child in util'language.util'contains }) }\n}\nfact util'noCircularContainment {\n\tno circle: type'EPackage'class + (type'ETypedElement'class + (type'EDataType'class + (type'EEnumLiteral'class + (type'EClassifier'class + (type'EAttribute'class + (type'EClass'class + (type'EEnum'class + (type'ENamedElement'class + (type'EStructuralFeature'class + type'EReference'class))))))))) { circle->circle in ^ (util'language.util'contains) }\n}\nfact oppositeReference'ePackage'EClassifier {\n\tePackage'reference'EClassifier = ~ eClassifiers'reference'EPackage\n}\nfact oppositeReference'eStructuralFeatures'EClass {\n\teStructuralFeatures'reference'EClass = ~ eContainingClass'reference'EStructuralFeature\n}\nfact oppositeReference'eLiterals'EEnum {\n\teLiterals'reference'EEnum = ~ eEnum'reference'EEnumLiteral\n}\nfact errorpattern'queries'attributeHasNotTypeConstraint {\n\tall p0: type'EAttribute'class { not (pattern'queries'attributeHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'noCycles {\n\tall p0: type'EClass'class { not (pattern'queries'noCycles [ p0 ]) }\n}\nfact errorpattern'queries'referenceHasNotTypeConstraint {\n\tall p0: type'EReference'class { not (pattern'queries'referenceHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'oppositeOfitself {\n\tall p0: type'EReference'class { not (pattern'queries'oppositeOfitself [ p0 ]) }\n}\nfact errorpattern'queries'oppositeRestriction {\n\tall p0: type'EReference'class, p1: type'EReference'class { not (pattern'queries'oppositeRestriction [ p0 , p1 ]) }\n}\nfact errorpattern'queries'oppositeRestrictionSameClasses {\n\tall p0: type'EReference'class { not (pattern'queries'oppositeRestrictionSameClasses [ p0 ]) }\n}\nfact UpperMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class <= 1\n}\nfact LowerMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class >= 1\n}\nrun { } for exactly 5 util'Object , 2 Int , exactly 0 String","avg_line_length":67.4015748031,"max_line_length":684,"alphanum_fraction":0.7820093458}
{"size":1733,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\nabstract sig Source {}\nsig User extends Source {\n    profile : set Work,\n    visible : set Work\n}\nsig Institution extends Source {}\n\nsig Id {}\nsig Work {\n    ids : some Id,\n    source : one Source\n}\n\n\/\/ Specify the following invariants!\n\/\/ You can check their correctness with the different commands and\n\/\/ specifying a given invariant you can assume the others to be true.\n\npred inv1 { \/\/ The works publicly visible in a curriculum must be part of its profile\n\tall u:User | u.visible in u.profile \n}\npred inv2 { \/\/ A user profile can only have works added by himself or some external institution\n{   all u : User | some w : Work | u->w in profile implies (w.source in Institution or w.source in User) } \n}\npred inv3 { \/\/ The works added to a profile by a given source cannot have common identifiers\n\tall w1, w2 : Work, u : User | w1 != w2 and (w1 + w2) in u.profile and (w1.source = w2.source) implies no w1.ids & w2.ids \n}\n\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n\tall u:User | u.visible in u.profile \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n\t\tall u:User, w:Work | w in u.profile implies (u in w.source or some i:Institution | i in w.source) \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n\t\tall w1, w2 : Work, u : User | w1 != w2 and (w1 + w2) in u.profile and (w1.source = w2.source) implies no w1.ids & w2.ids \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \npred _repair {\n\tinv2\n}\n\nassert __repair {\n\tinv2 <=> {\n\t\tall u:User, w:Work | w in u.profile implies (u in w.source or some i:Institution | i in w.source) \n}\n}\n\ncheck __repair\n\nfact ___repair {\n\tinv2\n}\n\n","avg_line_length":25.4852941176,"max_line_length":123,"alphanum_fraction":0.6774379688}
{"size":1031,"ext":"als","lang":"Alloy","max_stars_count":5.0,"content":"sig List {\n    header: set Node\n}\n\nsig Node {\n    link: set Node,\n    elem: set Int\n}\n\n\/\/ Correct\nfact CardinalityConstraints {\n    all l: List | lone l.header\n    all n: Node | lone n.link\n    all n: Node | one n.elem\n    all n:Node | some l : List | n in l.header.*link\n}\n\n\/\/ Correct\npred Loop(This: List) {\n    no This.header || one n : This.header.*link | n = n.link\n}\n\n\/\/ Overconstraint.  Should allow no n.link\npred Sorted(This: List) {\n    \/\/ Fix: replace \"n.elem <= n.link.elem\" with \"some n.link => n.elem <= n.link.elem\".\n    all n : This.header.*link | n.elem <= n.link.elem\n}\n\npred RepOk(This: List) {\n    Loop[This]\n    Sorted[This]\n}\n\n\/\/ Correct\npred Count(This: List, x: Int, result: Int) {\n    RepOk[This]\n    result = #{n: (This.header.*link) | n.elem = x}\n}\n\nabstract sig Boolean {}\none sig True, False extends Boolean {}\n\n\/\/ Correct\npred Contains(This: List, x: Int, result: Boolean) {\n    RepOk[This]\n    (x in (This.header.*link).elem <=> result = True)\n}\n\nfact IGNORE {\n  one List\n  List.header.*link = Node\n}","avg_line_length":19.8269230769,"max_line_length":88,"alphanum_fraction":0.611057226}
{"size":18053,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/*\nA labeled transition system (LTS) is comprised by States, a sub-set\nof which are Initial, connected by transitions, here represented by \nEvents.\n*\/\nsig State {\n        trans : Event -> State\n}\nsig Init in State {}\nsig Event {}\n\n\/*\nThe LTS does not contain deadlocks, ie, each state has at least a \ntransition.\n*\/\npred inv1 {\n\tall s: State | some s.trans --correct\n-- all s : State | some State.trans  --incorrect 1 \n-- all s : State | some trans  --incorrect 2\n-- all s1, s2:State | some e:Event | (s1->e->s2 in trans and s1 != s2)  --incorrect 3\n-- all s1, s2:State | some e:Event | s1->e->s2 in trans  --incorrect 4\n-- all s1, s2:State | some e:Event | s1->e->s2 in trans implies s1!=s2  --incorrect 5\n-- all s:State , e:Event | some e->s  --incorrect 6\n-- all s:State | lone s.trans  --incorrect 7\n-- all s:State | some trans  --incorrect 8 \n-- all x : State | some x.trans.Event  --incorrect 9 \n-- lone State.trans  --incorrect 10\n-- some State.trans  --incorrect 11 \n-- some State.trans & Event->State  --incorrect 12 \n-- some State.trans.State  --incorrect 13 \n-- some State<:trans  --incorrect 14 \n-- some trans  --incorrect 15 \n-- some trans.State  --incorrect 16 \n}\n\n\/*\nThere is a single initial state.\n*\/\npred inv2 {\n\tone Init --correct\n-- all s1,s2:Init | s1=s2  --incorrect 1 \n-- all s1,s2:State | s1 in Init and s2 in Init implies s1=s2  --incorrect 2 \n-- all s:State | no s.trans  --incorrect 3 \n-- all x, y : Init | some x implies x = y  --incorrect 4 \n-- all x, y : Init | x = y  --incorrect 5 \n-- all x, y : Init | x = y and some x  --incorrect 6 \n-- lone Init  --incorrect 7 \n-- one s : State | no trans.s  --incorrect 8\n-- one State  --incorrect 9\n-- one State && all s:State | no s.trans  --incorrect 10\n-- one State && no trans --incorrect 11\n}\n\n\/*\nThe LTS is deterministic, ie, each state has at most a transition for each event.\n*\/\npred inv3 {\n\tall s : State, e : Event | lone e.(s.trans) --correct \n-- ((State.trans).Event) in State  --incorrect 1 \n-- (Event.(State.trans)) in State  --incorrect 2 \n-- all  y : Event | lone trans.y  --incorrect 3\n-- all  y : State | lone y.trans  --incorrect 4 \n-- all e : Event | lone e<:(State.trans)  --incorrect 5\n-- all e : Event | lone e<:(State.trans.State)  --incorrect 6\n-- all e:Event, s:State | lone e  --incorrect 7\n-- all s : State | lone s.trans  --incorrect 8 \n-- all s : State | lone s.trans.State  --incorrect 9 \n-- all s : State | one s.trans  --incorrect 10\n-- all s : State, e : Event | lone s.(e.trans)  --incorrect 11 \n-- all s : State, e : Event | one e.(s.trans)  --incorrect 12 \n-- all s : State, e : Event | one s.(e.trans)  --incorrect 13 \n-- all s,s1:State,e:Event | s->e->s1 in trans  --incorrect 14 \n-- all s1, s2:State | one e:Event | lone s1->e->s2  --incorrect 15 \n-- all s1, s2:State, e:Event | lone s1->e->s2  --incorrect 16 \n-- all s:State | all e1,e2:Event | e1->s in s.trans and e2->s in s.trans implies e1=e2  --incorrect 17 \n-- all s:State | all e:Event |  e->s in s.trans  --incorrect 18 \n-- all s:State | Event = s.trans.State  --incorrect 19 \n-- all s:State | lone (s.trans)  --incorrect 20 \n-- all s:State | lone (State-s).trans  --incorrect 21 \n-- all s:State | lone e:Event |  e->s in s.trans  --incorrect 22 \n-- all s:State | lone s.trans  --incorrect 23 \n-- all s:State | lone s.trans.Event  --incorrect 24 \n-- all s:State | lone s.trans.State  --incorrect 25 \n-- all s:State | lone State.~(s.trans)  --incorrect 26 \n-- all s:State | lone trans.s  --incorrect 27 \n-- all s:State | one e:Event |  e->s in s.trans  --incorrect 28 \n-- all s:State | s.trans.State in Event  --incorrect 29 \n-- all s:State, e:Event | lone s.trans  --incorrect 30 \n-- all s:State, e:Event | lone s.trans.e  --incorrect 31 \n-- all s:State, s1:State, e:Event | lone e->s1  --incorrect 32 \n-- all s:State,e:Event | lone s.trans  --incorrect 33 \n-- all s:State,e:Event | lone s.trans.e  --incorrect 34 \n-- all s:State,e:Event | lone s.trans.Event  --incorrect 35 \n-- all s:State| lone Event->State & s.trans  --incorrect 36 \n-- all x : Event, y : State | lone y.trans.x  --incorrect 37 \n-- all x : State | lone x.trans  --incorrect 38 \n-- all x : State, y : Event | lone (x.trans).y  --incorrect 39 \n-- all x : State, y : Event | lone x.trans.y  --incorrect 40 \n-- lone State.trans.State  --incorrect 41 \n-- lone trans  --incorrect 42 \n-- lone trans.State --incorrect 43\n}\n\n\n\/*\nAll states are reachable from an initial state.\n*\/\npred inv4 {\n    let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n  State in Init.^tr --correct\n --  all e:Event | State in e.^(Init.trans)  --incorrect 1 \n -- all i : Init, s : State | s in i.*(trans[Event])  --incorrect 2\n-- all i:Init | i.trans in State.trans  --incorrect 3\n-- all i:Init | State in Event.(i.trans)  --incorrect 4\n-- all i:Init | State in Event.^(i.trans)  --incorrect 5 \n-- all i:Init, s:State, e:Event | i!=s and i->e->s in trans  --incorrect 6\n-- all i:Init, s:State, e:Event | i->e->s in trans  --incorrect 7\n-- all s : State | one Init  --incorrect 8\n-- all s : State | s in Init.^(Event.trans)  --incorrect 9\n-- all s : State | some (Init <: trans).s  --incorrect 10\n-- all s : State | some (Init.trans).s  --incorrect 11 \n-- all s : State | some Init.( s.trans)  --incorrect 12 \n-- all s : State | some Init.(s<:trans)  --incorrect 13 \n-- all s : State | some Init.*(s.trans)  --incorrect 14 \n-- all s : State | some Init<:(s.trans)  --incorrect 15 \n-- all s : State | some s.(Init . trans)  --incorrect 16 \n-- all s : State | some s.(Init.trans)  --incorrect 17 \n-- all s : State | some s.(Init<:trans)  --incorrect 18 \n-- all s : State | some s.(Init<:trans:>State)  --incorrect 19 \n-- all s : State | State in Init.*(s.trans)  --incorrect 20 \n-- all s : State | State in Init.^(s.trans)  --incorrect 21 \n-- all s : State, e : Event | State in e.^(s.trans)  --incorrect 22 \n-- all s : State, e : Event| State in e.^(s.trans)  --incorrect 23 \n-- all s : State, i : Init | some (i <: trans).s  --incorrect 24 \n-- all s : State, i : Init | some s.(i <: trans)  --incorrect 25 \n-- all s: State | s in Init.^(Event.trans)  --incorrect 26 \n-- all s:(State-Init) | s in Event.(Init.trans)  --incorrect 27 \n-- all s:(State-Init) | s in Event.^(Init.trans)  --incorrect 28 \n-- all s:(State-Init) | s in Init.(Event.trans)  --incorrect 29 \n-- all s:State | Init->Event->(s-Init) in trans  --incorrect 30 \n-- all s:State | Init->Event->s in trans  --incorrect 31 \n-- all s:State | s in Event.(Init.trans)  --incorrect 32 \n-- all s:State | s in Event.^(Init.trans)  --incorrect 33 \n-- all s:State | s.^(s.trans) = State  --incorrect 34 \n-- all s:State | some s.trans  --incorrect 35 \n-- all s:State | State in s.trans.Event  --incorrect 36 \n-- all s:State, s1:State, e:Event | e->s1 in s.trans  --incorrect 37 \n-- all s:State, s1:State, e:Event | lone s.trans.Event  --incorrect 38 \n-- all x  : Event | State in *(Init.trans).x  --incorrect 39 \n-- all x  : Event | State in Init.(*(trans.x))  --incorrect 40 \n-- all x  : Event | State in Init.*(trans.x)  --incorrect 41 \n-- all x : Init | State in (*(x.trans)).Event  --incorrect 42 \n-- all x : Init | State in (x.trans).Event  --incorrect 43 \n-- all x : Init | State in Event.*(x.trans)  --incorrect 44 \n-- all x : Init | State in Event.*(x.trans) + x  --incorrect 45 \n-- all x : Init | State in x.trans.Event  --incorrect 46 \n-- all x : Init, y : Event | State in *(x.trans).y  --incorrect 47 \n-- all x : Init, y : Event | State in x.*(trans.y)  --incorrect 48\n-- all x : Init, y : Event | State in y.(x.trans)  --incorrect 49 \n-- all x : Init, y : Event | State in y.*(x.trans)  --incorrect 50 \n-- all x : Init, y : Event | State in y.*(x.trans) + x  --incorrect 51 \n-- all x : Init, y : Event | State in y.^(x.trans)  --incorrect 52 \n-- all x : Init, y : State | State in y.(x.trans)  --incorrect 53 \n-- all x : Init, y : State | State in y.^(x.trans)  --incorrect 54 \n-- all x : State | State in Event.*(x.trans)  --incorrect 55 \n-- Init in Event  --incorrect 56 \n-- Init in State  --incorrect 57 \n-- Init.*(Event.trans) in State  --incorrect 58 \n-- Init.trans.Event = State  --incorrect 59 \n-- no trans[Event]  --incorrect 60 \n-- some (Event.(Init.trans))  --incorrect 61 \n-- some *(Init.trans)  --incorrect 62 \n-- some ^(Init.trans)  --incorrect 63 \n-- some Event.(Init.trans)  --incorrect 64 \n-- some Event.^(Init.trans)  --incorrect 65 \n-- some Init.trans  --incorrect 66 \n-- some Init.trans.Event  --incorrect 67 \n-- State in (Event.(Init.trans) + Init)  --incorrect 68 \n-- State in Event.(*(Init.trans))  --incorrect 69 \n-- State in Event.(Init.trans)  --incorrect 70 \n-- State in Event.(Init.trans) + Init  --incorrect 71 \n-- State in Event.*(Init.trans)  --incorrect 72 \n-- State in Event.^(Init.trans)  --incorrect 73 \n-- State in Init.(Event.trans)  --incorrect 74 \n-- State in Init.*(Event.trans)  --incorrect 75 \n-- State in Init.trans.Event  --incorrect 76 \n-- State.(Event.trans) in Init.*(Event.trans)  --incorrect 77 \n}\n\n\/*\nAll the states have the same events available.\n*\/\npred inv5 {\n--\tall s:State, s1:State | s.trans.State = s1.trans.State --correct\n-- all s : State | Event = s.(State->Event)  --incorrect 1\n-- all s : State | Event in s.(State->Event)  --incorrect 2 \n-- all s : State | Event in s.(trans.Event)  --incorrect 3 \n-- all s : State | Event.(s.trans) in Event.(State.trans)  --incorrect 4\n-- all s : State | s.trans = State.trans  --incorrect 5\n-- all s : State | s.trans in State.trans  --incorrect 6 \n-- all s : State | some (s.trans).Event  --incorrect 7 \n-- all s : State | some Event.(s.trans)  --incorrect 8 \n-- all s : State | some Event.(s<:trans)  --incorrect 9 \n-- all s : State | some s->Event  --incorrect 10 \n-- all s : State, e : Event | e.(s.trans) in Event.(State.trans)  --incorrect 11 \n-- all s : State, e : Event | some (s.trans).e  --incorrect 12 \n-- all s : State, e : Event | some e.(s.trans)  --incorrect 13 \n-- all s,s1:State,e:Event | s->e->s1 in trans  --incorrect 14 \n-- all s,s1:State,e:Event|some s2,s3:State | s->e->s2 in trans implies s1->e->s3 in trans  --incorrect 15 \n-- all s1, s2 : State | s1.trans = s2.trans  --incorrect 16 \n-- all s1, s2:State, e:Event | s1->e->s2 in trans  --incorrect 17 \n-- all s1, s2:State, e:Event | s1->e->s2 in trans and s1->e->s1 in trans  --incorrect 18 \n-- all s1,s2 : State, e : Event | e.(s1.trans) = e.(s2.trans)  --incorrect 19 \n-- all s1,s2:State |some e:Event |some e.(s1.trans) implies some e.(s2.trans)  --incorrect 20 \n-- all s1,s2:State|some e:Event | some e.(s1.trans) implies some e.(s2.trans)  --incorrect 21\n-- all s:State | all e:Event |  some e<:s.trans  --incorrect 22 \n-- all s:State | all e:Event | e in State.~(s.trans)  --incorrect 23 \n-- all s:State | Event in Event.~(s.trans)  --incorrect 24 \n-- all s:State | Event in s.~(State.trans)  --incorrect 25 \n-- all s:State | Event in State.~(s.trans)  --incorrect 26 \n-- all s:State | Event.~(s.trans) in Event  --incorrect 27 \n-- all s:State | s.~(State.trans) in Event  --incorrect 28 \n-- all s:State | State.(s.trans) in Event  --incorrect 29 \n-- all s:State | State.~(s.trans) in Event  --incorrect 30 \n-- all s:State, e:Event | s->e->s in trans  --incorrect 31 \n-- all x : State | (x.trans).Event in Event  --incorrect 32 \n-- all x : State | (x.trans.State) in Event  --incorrect 33 \n-- all x : State | (x.trans.x) in Event  --incorrect 34 \n-- all x : State | Event in x<:Event  --incorrect 35 \n-- all x : State | Event.(trans.x) in Event  --incorrect 36 \n-- all x : State | Event.(x.trans) in Event  --incorrect 37 \n-- all x : State | some (x->Event->State)  --incorrect 38 \n-- all x : State | some (x.trans)  --incorrect 39 \n-- all x : State | some e : Event | x.trans = State.trans  --incorrect 40 \n-- all x : State | some x->Event->State  --incorrect 41 \n-- all x : State | some y : State | some x->Event->y  --incorrect 42 \n-- all x : State | State in x:>Event  --incorrect 43 \n-- all x : State | State.(x.trans) in Event  --incorrect 44 \n{#m#()  all x : State | State.trans in x.trans } --incorrect 45  \n-- all x : State | x.trans = State.trans  --incorrect 46 \n-- all x : State | x.trans in State.trans  --incorrect 47 \n-- all x : State, e : Event | some x->e->State  --incorrect 48 \n-- all x : State, e : Event | some x->Event  --incorrect 49 \n-- all x : State, e : Event | x->e->State in trans  --incorrect 50 \n-- all x, y : State | all e : Event | some x->e->y implies some y->e->y  --incorrect 51 \n-- all x, y : State | all e : Event | x->e->y in trans and y->e->y in trans  --incorrect 52 \n-- all x, y : State | some e : Event | some x->e->y implies some y->e->y  --incorrect 53 \n-- all x, y : State | some e : Event | x->e->State in trans implies y->e->State in trans  --incorrect 54 \n-- all x, y : State | some e : Event | x->e->y in trans  --incorrect 55 \n-- all x, y : State | some e : Event | x->e->y in trans implies y->e->y in trans  --incorrect 56 \n-- all x, y : State | some e : Event | x->Event->y in trans  --incorrect 57 \n-- all x, y : State | some x->Event implies some y->Event  --incorrect 58 \n-- all x, y : State | some x.trans & y.trans  --incorrect 59 \n-- all x, y : State | x->Event->y in trans  --incorrect 60 \n-- all x, y : State | x->Event->y in trans implies y->Event->y in trans  --incorrect 61 \n-- all x, y : State | x.trans in y.trans  --incorrect 62 \n-- all x, y : State | x.trans in State.trans  --incorrect 63 \n-- all x, y : State, e : Event | some x->e implies some y->e  --incorrect 64 \n-- all x, y : State, e : Event | x->e->y in trans  --incorrect 65 \n-- all x, y, z : State | some e : Event | x->e->y in trans implies y->e->x in trans  --incorrect 66 \n-- Event in (Event.(State.trans))  --incorrect 67 \n-- one State->Event  --incorrect 68 \n-- some State->Event->State  --incorrect 69 \n-- State in Event.(State.trans)  --incorrect 70 \n-- State in State.(trans.Event)  --incorrect 71 \n-- State->Event in iden  --incorrect 72 \n-- State.~(State.trans) in Event  --incorrect 73\n}\n\n\/*\nEach event is available in at least a state.\n*\/\npred inv6 {\n\tall e:Event | some s1,s2:State | s1->e->s2 in trans --correct\n}\n\n\/*\nThe LTS is reversible, ie, from a reacheable state it is always possible \nto return to an initial state.\n*\/\npred inv7 {\n  let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n\tall s : Init.^tr | some i : Init | i in s.^tr --correct\n-- (State.trans).~(State.trans) in iden  --incorrect 1 \n-- all e:Event,s1,s2:State | s1->e->s2 in trans implies s2->e->s1 in trans  --incorrect 2 \n-- all e:Event,s1,s2:State |some e1:Event| s1->e->s2 in trans implies s2->e1->s1 in trans  --incorrect 3\n-- all s1, s2:State, e:Event | s1->e->s2 in trans implies s2->e->s1 in trans  --incorrect 4\n-- all s1,s2:State | some e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 5\n-- all s1,s2:State, e1,e2,e3,e4:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 6 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  --incorrect 7 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  all s:State,e1,e2:Event | s->e1->s in trans implies s->e1->s in trans  --incorrect 8\n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans  all s:State,e1,e2:Event | s->e1->s in trans implies s->e2->s in trans  --incorrect 9 \n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans and s1 in e2.(s1.trans)  --incorrect 10\n-- all s1,s2:State, e1,e2:Event  | s1->e1->s2 in trans implies s2->e2->s1 in trans or s1->e2->s1 in trans  --incorrect 11 \n-- all x : Event | (trans.x) in State one -> one Init  --incorrect 12 \n-- all x : Event | (trans.x) in State one -> one State  --incorrect 13 \n-- all x : Event | some (*(~(trans.x))).Init  --incorrect 14 \n-- all x : Event | some Init.(*(~(trans.x)))  --incorrect 15 \n-- all x : Event | some Init.(^(~(trans.x)))  --incorrect 16 \n-- all x : Init | (x.trans) in Event one -> one State  --incorrect 17 \n-- all x : State | (no iden & (x.trans)) and some ((*(~(x.trans))).Init)  --incorrect 18 \n-- all x : State | (x.trans) in Event one -> one State  --incorrect 19 \n-- all x : State | no iden & (x.trans)  --incorrect 20 \n-- all x : State | some (*(~(x.trans))).Init  --incorrect 21 \n-- all x : State | some Init.(*(~(x.trans)))  --incorrect 22 \n-- all x : State, y : Init, z : Event | (trans in y one -> one z one -> one x) and x != y  --incorrect 23 \n-- all x : State, y : Init, z : Event | (trans in y one -> one z one -> one x) implies x != y  --incorrect 24 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x  --incorrect 25 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x and x != y  --incorrect 26 \n-- all x : State, y : Init, z : Event | trans in y one -> one z one -> one x and z != y  --incorrect 27 \n-- some (Event.(State.trans))  --incorrect 28 \n-- some trans.(Event.(State.trans))  --incorrect 29\n-- ~(State.trans).(State.trans) in iden --incorrect 30\n}\n\n\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n\tall s: State | some s.trans --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n\tone Init --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n\tall s : State, e : Event | lone e.(s.trans) --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n let tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n  State in Init.^tr --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n\tall s:State, s1:State | s.trans.State = s1.trans.State --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv7_OK {\nlet tr = { s1, s2 : State | some e : Event | s1->e->s2 in trans } |\n\tall s : Init.^tr | some i : Init | i in s.^tr --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv7_Repaired expect 0\n\n\n","avg_line_length":48.6603773585,"max_line_length":169,"alphanum_fraction":0.6191214757}
{"size":882,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_toggle_a_wemo_switch_with_lametric_button\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_toggle_a_wemo_switch_with_lametric_button extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_toggle_a_wemo_switch_with_lametric_button.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_toggle_a_wemo_switch_with_lametric_button.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":20.0454545455,"max_line_length":71,"alphanum_fraction":0.7675736961}
{"size":922,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_let_me_know_when_someone_turns_on_my_daikin_ac_unit\n\nopen IoTBottomUp as base\n\nopen cap_switch\n\nlone sig app_let_me_know_when_someone_turns_on_my_daikin_ac_unit extends IoTApp {\n  trigObj : one cap_switch,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_let_me_know_when_someone_turns_on_my_daikin_ac_unit.trigObj\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_let_me_know_when_someone_turns_on_my_daikin_ac_unit.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":20.9545454545,"max_line_length":81,"alphanum_fraction":0.7776572668}
{"size":89432,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student --correct\n-- all p:Person | p in Teacher  --incorrect 1\n-- all p:Person | p not in Person  --incorrect 2\n-- all p:Person | p not in Teacher  --incorrect 3\n-- all s:Student | s in Person  --incorrect 4\n-- no Teacher  --incorrect 5\n-- Person & Teacher = none  --incorrect 6\n-- Student in Person  --incorrect 7\n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher --correct\n-- all p1,p2:Person | p1 -> p2 in Teaches implies no p1  --incorrect 1\n-- all p:Person | p in Student  --incorrect 2\n-- all x : Person | x not in Person  --incorrect 3\n-- no Teaches  --incorrect 4\n-- no Tutors  --incorrect 5\n-- Person in Student  --incorrect 6\n-- some Teacher --incorrect 7\n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher --correct\n-- (Person in Student and Person in Teacher)  --incorrect 1\n-- (Person in Student and Person not in Teacher) or (Person not in Student and Person in Teacher)  --incorrect 2\n-- (Person in Teacher) iff not (Person in Student)  --incorrect 3\n-- all p : Person | (p in Student and p not in Teacher)  --incorrect 4\n-- all p : Person | (p in Student and p not in Teacher) or (p in Teacher and p not in Student)  --incorrect 5\n-- all p : Person | (p in Student or p in Teacher)  --incorrect 6\n-- all p : Person | (p in Teacher or p in Student)  --incorrect 7\n-- all p : Person | p in Student and p not in Teacher  --incorrect 8\n-- all p : Person | p in Student or p in Teacher  --incorrect 9\n-- all p : Person | p in Student or p not in Teacher  --incorrect 10\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 11\n-- all p:Person | not (p in Student and p not in Teacher)   --incorrect 12\n-- all p:Person | p in Student and p in Teacher  --incorrect 13\n-- all p:Person | p in Student and p not in Teacher   --incorrect 14\n-- all p:Person | p in Student implies p in Teacher    --incorrect 15\n-- all p:Person | p in Student or p in Teacher  --incorrect 16\n-- all p:Person | p in Student or p in Teacher   --incorrect 17\n-- all p:Person | p in Student or p in Teacher    --incorrect 18\n-- no Person & Teacher  --incorrect 19\n-- no Student & Student  --incorrect 20\n-- not (Person in (Student & Teacher))  --incorrect 21\n-- not (Person in Student and Person in Teacher)  --incorrect 22\n-- Person & Teacher = none  --incorrect 23\n-- Person in (Student & Teacher) --incorrect 24\n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) --correct\n-- (Person in Student) iff not (Person in Teacher)  --incorrect 1\n-- (Person in Student) or (Person in Teacher)  --incorrect 2\n-- all p : Person | p in Student or p in Teacher and inv3  --incorrect 3\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 4\n-- all p : Person | p not in Student or p not in Teacher  --incorrect 5\n-- all p: Person | (p not in Teacher and p not in Student)  --incorrect 6\n-- all p: Person | p not in Teacher and p not in Student  --incorrect 7\n-- all p:Person | p != Student implies p = Teacher  --incorrect 8\n-- all p:Person | p in Student implies p not in Teacher  --incorrect 9\n-- all p:Person | p not in Student and p not in Teacher  --incorrect 10\n-- all p:Person | p not in Student implies p = Teacher  --incorrect 11\n-- all p:Person | p not in Student implies p not in Teacher  --incorrect 12\n-- all p:Person | p not in Student or p not in Teacher  --incorrect 13\n-- all x : Person | x not in Student and x not in Teacher  --incorrect 14\n-- no (Person&Teacher) and no (Person&Student)  --incorrect 15\n-- no (Person-Teacher) and no (Person-Student)  --incorrect 16\n-- no (Student & Teacher)  --incorrect 17\n-- no (Student + Teacher)  --incorrect 18\n-- no (Teacher + Student)  --incorrect 19\n-- no Student & Teacher  --incorrect 20\n-- no Student + Teacher  --incorrect 21\n-- no Student+Teacher  --incorrect 22\n-- no Teacher & Student  --incorrect 23\n-- no Teacher+Student  --incorrect 24\n-- Person - Teacher = Person  --incorrect 25\n-- Person - Teacher = Student  --incorrect 26\n-- Person in Student & Teacher  --incorrect 27\n-- some Person no Student and no Teacher  --incorrect 28\n-- some Student & Teacher  --incorrect 29\n-- some Student + Person  --incorrect 30\n-- some Student + Teacher  --incorrect 31\n-- Student + Teacher in none --incorrect 32\n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches --correct\n-- all c : Class | some t : Teacher | t->c in Teaches   --incorrect 1\n-- all p:Person | p in Person      --incorrect 2\n-- all p:Person | some c: Class | p in Teacher implies (p->c in Teaches)      --incorrect 3\n-- all p:Person | some c: Class | p->c in Teaches      --incorrect 4\n-- all p:Person | some c: Class |p in Person      --incorrect 5\n-- all p:Person | some Teaches.Class  --incorrect 6\n-- all p:Person | some Teaches.p  --incorrect 7\n-- all p:Teacher | some c: Class | (p->c in Teaches)      --incorrect 8\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 9\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 10\n-- all t : Teacher | some t.Teaches  --incorrect 11\n-- all t:Teacher | some c:Class | c in t.Teaches  --incorrect 12\n-- all t:Teacher | some t.Teaches  --incorrect 13\n-- all t:Teacher | t in Group   --incorrect 14\n-- all t:Teacher | t.Teaches in Class  --incorrect 15\n-- all t:Teacher,c:Class | t->c in Teaches    --incorrect 16\n-- all x : Teacher | some y : Class | x->y in Teaches  --incorrect 17\n-- Class in Class.Teaches  --incorrect 18\n-- Class in Teacher  --incorrect 19\n-- Class in Teaches.Class  --incorrect 20\n-- Class->Teacher->Group in Groups  --incorrect 21\n-- Person.Teaches in Class  --incorrect 22\n-- some c : Class | c in Teacher  --incorrect 23\n-- some c : Class | some p : Person | p in Teacher  --incorrect 24\n-- some c : Class | Teacher->c in Teaches  --incorrect 25\n-- some c : Class, t : Teacher, g: Group | c->t->g in Groups  --incorrect 26\n-- some c:Class | c in Teacher  --incorrect 27\n-- some c:Class | c in Teacher   --incorrect 28\n-- some c:Class, t:Teacher | c->t in Teaches  --incorrect 29\n-- some Class  --incorrect 30\n-- some Class.Teaches  --incorrect 31\n-- some p:Person | p.Teaches in Class  --incorrect 32\n-- some p:Teacher | p.Teaches in Class  --incorrect 33\n-- some Person.Teaches  --incorrect 34\n-- some t : Teacher | t in Class  --incorrect 35\n-- some t : Teacher | t.Teaches in Class  --incorrect 36\n-- some t:Teacher | (all c:Class | t->c in Teaches)  --incorrect 37\n-- some t:Teacher | t in Class  --incorrect 38\n-- some Teacher & Class  --incorrect 39\n-- some Teacher <: Person.Teaches  --incorrect 40\n-- some Teacher->Class  --incorrect 41\n-- some Teaches  --incorrect 42\n-- some Teaches . Class  --incorrect 43\n-- some Teaches.Class  --incorrect 44\n-- some Teaches.Teaches  --incorrect 45\n-- some x : Class | x in Group and x in Teacher  --incorrect 46\n-- some x : Class | x in Group implies x in Teacher  --incorrect 47\n-- some x : Class | x in Teacher  --incorrect 48\n-- some x : Person | x in Teacher and x in Class  --incorrect 49\n-- some x : Person | x in Teacher and x in Group and x in Class  --incorrect 50\n-- some x : Teacher | all y : Class | x->y in Teaches  --incorrect 51\n-- some x : Teacher | x in Class  --incorrect 52\n-- Teacher in Class  --incorrect 53\n-- Teacher in Teaches.Class  --incorrect 54\n-- Teacher.Teaches & Teacher in Class  --incorrect 55\n-- Teacher.Teaches & Teacher in Class   --incorrect 56\n-- Teacher.Teaches in Class  --incorrect 57\n-- Teaches.Teacher in Class --incorrect 58\n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class --correct\n-- (Teacher . (Teacher <: Teaches)) = Person  --incorrect 1\n-- all p : Person | some c : Class | p -> c in Teaches   --incorrect 2\n-- all p:Person | some c:Class | p in Teacher implies p->c in Teaches   --incorrect 3\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches  --incorrect 4\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches   --incorrect 5\n-- all p:Person,c:Class | p->c in Teaches   --incorrect 6\n-- all p:Person,c:Class,g:Group | p in Teacher implies c->p->g in Groups   --incorrect 7\n-- all t : Teacher | inv5  --incorrect 8\n-- all t:Teacher, c:Class | c->t in Teaches  --incorrect 9\n-- all t:Teacher, c:Class | t->c in Teaches  --incorrect 10\n-- all t:Teacher,c:Class | t->c in Teaches  --incorrect 11\n-- all t:Teacher,c:Class | t->c in Teaches   --incorrect 12\n-- all x : Person | x in Teacher implies x in Class  --incorrect 13\n-- all x : Teacher, y : Class  | x->y in Teaches  --incorrect 14\n-- Class in Teacher.Teaches  --incorrect 15\n-- Class.Teaches = Teacher  --incorrect 16\n-- iden in ~Teaches.Teaches  --incorrect 17\n-- some c : Class | Teacher->c in Teaches   --incorrect 18\n-- some Teacher.Teaches  --incorrect 19\n-- some Teacher<:Teaches  --incorrect 20\n-- some x : Person | x in Teacher and x in Class  --incorrect 21\n-- Teacher . (Teacher <: Teaches) = Person  --incorrect 22\n-- Teacher = Teacher.Teaches  --incorrect 23\n-- Teacher = Teaches.Class  --incorrect 24\n-- Teacher = Teaches.Teacher  --incorrect 25\n-- Teacher in Class.Teaches  --incorrect 26\n-- Teacher in Teacher.Teaches  --incorrect 27\n-- Teacher in Teaches.Person  --incorrect 28\n-- Teacher in Teaches.Teacher  --incorrect 29\n-- Teacher.Teaches = Class  --incorrect 30\n-- Teacher.Teaches in Class  --incorrect 31\n-- Teacher.Teaches in Teacher  --incorrect 32\n-- Teaches . Teacher = Person  --incorrect 33\n-- Teaches.Class = Class  --incorrect 34\n-- Teaches.Class = Teacher  --incorrect 35\n-- Teaches.Person = Teacher  --incorrect 36\n-- Teaches.Teacher = Class  --incorrect 37\n-- Teaches.Teacher = Teacher  --incorrect 38\n-- ~Teaches.Teaches in iden --incorrect 39\n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches --correct\n-- all c : Class | (Teaches . c) in Teacher  --incorrect 1\n-- all c : Class | some c.Groups  --incorrect 2\n-- all c : Class | some Teaches.c   --incorrect 3\n-- all c : Class | Teacher -> c in Teaches  --incorrect 4\n-- all c : Class | Teacher in Teaches . c  --incorrect 5\n-- all c : Class | Teaches . c in Teacher  --incorrect 6\n-- all c : Class | Teaches.c in Teacher  --incorrect 7\n-- all c:Class | some c.Teaches  --incorrect 8\n-- all c:Class | some c.~Teaches  --incorrect 9\n-- all c:Class | some Teaches.c  --incorrect 10\n-- all c:Class | some Teaches.~Teaches  --incorrect 11\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 12\n-- all x : Class | some y : Teacher | x->y in Teaches  --incorrect 13\n-- Class in (Teacher <: Teaches.Class)  --incorrect 14\n-- Class in Class.Teaches  --incorrect 15\n-- Class in Person . Teaches  --incorrect 16\n-- Class in Person.Teaches  --incorrect 17\n-- Class in Teaches . Class  --incorrect 18\n-- Class in Teaches.Class  --incorrect 19\n-- Class in Teaches.Person  --incorrect 20\n-- Class in Teaches.Teacher  --incorrect 21\n-- some  Teacher & Teaches.Class  --incorrect 22\n-- some (Teaches.Class & Teacher)  --incorrect 23\n-- some Class<:Teaches  --incorrect 24\n-- some t : Teacher | all c : Class | t->c in Teaches   --incorrect 25\n-- some Teacher <: Teaches.Class   --incorrect 26\n-- some Teacher.Teaches & Teaches.Class  --incorrect 27\n-- some Teaches.Class  --incorrect 28\n-- Teacher in Person . Teaches  --incorrect 29\n-- Teacher in Teacher.Teaches  --incorrect 30\n-- Teacher in Teacher.Teaches    --incorrect 31\n-- Teacher.Teaches in Class  --incorrect 32\n-- Teacher.Teaches in Teaches.Class  --incorrect 33\n-- Teaches . Class = Class  --incorrect 34\n-- Teaches in Teacher some -> Class  --incorrect 35\n-- Teaches in Teacher some->Class  --incorrect 36\n-- Teaches.Class = Teacher  --incorrect 37\n-- Teaches.Class in Teacher  --incorrect 38\n-- Teaches.Teacher = Class --incorrect 39\n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches --correct\n-- (Teacher<:Teaches).(Teacher<:Teaches) in iden  --incorrect 1\n-- all c : Class | lone Teacher -> c & Teaches  --incorrect 2\n-- all c1,c2:Class | some t:Teacher | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 3\n-- all c:Class | (some t1:Teacher , t2:Teacher | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2)  --incorrect 4\n-- all c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 5\n-- all t : Teacher | one c : Class | t->c in Teaches  --incorrect 6\n-- all t : Teacher | one c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 7\n-- all t : Teacher | some c1,c2 : Class | t -> c1 in Teaches and t -> c2 in Teaches implies c1 = c2    --incorrect 8\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1 = c2  --incorrect 9\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 10\n-- all t : Teacher | some x,y : Class | t->x in Teaches and t->y in Teaches implies x=y  --incorrect 11\n-- all t1,t2:Teacher | some c1,c2:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 12\n-- all t1,t2:Teacher | some c1:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 13\n-- all t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 14\n-- all t:Person | lone t.Teaches  --incorrect 15\n-- all t:Teacher | all c:Class | t->c in Teaches implies c=1  --incorrect 16\n-- all t:Teacher | all c:Class | t->c in Teaches implies one c  --incorrect 17\n-- all t:Teacher | lone Teaches.Class   --incorrect 18\n-- all t:Teacher | lone Teaches.t  --incorrect 19\n-- all t:Teacher | one t.Teaches  --incorrect 20\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 21\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2   --incorrect 22\n-- all t:Teacher | some t.Teaches  --incorrect 23\n-- all x : Teacher | some y,z : Class  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 24\n-- all x : Teacher | some y,z : Class | x->y in Teaches and x->z in Teaches implies y=z  --incorrect 25\n-- Class in Teacher.Teaches  --incorrect 26\n-- lone  Teacher.Teaches  --incorrect 27\n-- lone Person.Teaches  --incorrect 28\n-- lone Teacher.Teaches  --incorrect 29\n-- lone Teacher.Teaches   --incorrect 30\n-- lone Teaches.Class  --incorrect 31\n-- one Teacher->Teaches  --incorrect 32\n-- one Teacher.Teaches  --incorrect 33\n-- one Teaches.Class  --incorrect 34\n-- some c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 35\n-- some t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 36\n-- some t1:Teacher , t2:Teacher , c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2  --incorrect 37\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches and not t2->c in Teaches)  --incorrect 38\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches or not t2->c in Teaches)  --incorrect 39\n-- some t:Teacher | (some c:Class | t->c in Teaches)  --incorrect 40\n-- Teaches in Teacher -> lone Class  --incorrect 41\n-- Teaches.~Teaches in iden  --incorrect 42\n-- ~Teaches . Teaches in iden  --incorrect 43\n-- ~Teaches.Teaches in iden --incorrect 44\n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher --correct\n-- all c : Class | lone Person -> c & Teaches  --incorrect 1\n-- all c : Class | lone Teacher  --incorrect 2\n-- all c : Class | lone Teacher.Teaches  --incorrect 3\n-- all c : Class | lone Teaches.c  --incorrect 4\n-- all c : Class | not (lone Person -> c & Teaches)  --incorrect 5\n-- all c : Class | not (lone Teacher -> c & Teaches)  --incorrect 6\n-- all c : Class | not lone Teacher -> c & Teaches  --incorrect 7\n-- all c : Class | not lone Teaches.c  --incorrect 8\n-- all c : Class | one t : Teacher | t->c in Teaches  --incorrect 9\n-- all c : Class | some y, z : Teacher | y->c in Teaches and z->c in Teaches implies z = y  --incorrect 10\n-- all c : Class | Teacher in Teaches.c  --incorrect 11\n-- all c : Class, t : Teacher | t->c in Teaches  --incorrect 12\n-- all c : Teacher.Teaches | one Teacher  --incorrect 13\n-- all c : Teaches.Class | one Teacher  --incorrect 14\n-- all c:Class | lone c.Teaches  --incorrect 15\n-- all c:Class | lone c.Teaches & Teacher  --incorrect 16\n-- all c:Class | lone c.~Teaches  --incorrect 17\n-- all c:Class | lone Teacher.Teaches  --incorrect 18\n-- all c:Class | lone Teacher.Teaches:>c  --incorrect 19\n-- all c:Class | lone Teacher.Teaches<:c  --incorrect 20\n-- all c:Class | lone Teaches.c  --incorrect 21\n-- all c:Class | one Teacher.Teaches:>c  --incorrect 22\n-- all c:Class | some t1,t2:Teacher | t1->c in Teaches and t2->c in Teaches implies t1=t2  --incorrect 23\n-- all c:Class |some t:Teacher | lone c.~Teaches and lone t.Teaches  --incorrect 24\n-- all c:Class,p:Person | lone Teaches->c  --incorrect 25\n-- all c:Class,p:Person | lone Teaches->c and lone p->Teaches  --incorrect 26\n-- all c:Class,p:Person | lone Teaches.c and lone p.Teaches  --incorrect 27\n-- all c:Class,p:Teacher | lone Teaches.c && lone p.Teaches  --incorrect 28\n-- all c:Class,p:Teacher | lone Teaches.c and lone p.Teaches  --incorrect 29\n-- all c:Class,p:Teacher | lone Teaches.c implies lone p.Teaches  --incorrect 30\n-- all c:Class,t1,t2:Teacher | t1->c in Teaches  --incorrect 31\n-- all c:Class,t:Teacher | lone t.Teaches:>c  --incorrect 32\n-- all c:Class,t:Teacher | lone Teaches.c  --incorrect 33\n-- all c:Class,t:Teacher | lone Teaches.c:>t  --incorrect 34\n-- all c:Class,t:Teacher | one t.Teaches:>c  --incorrect 35\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches and t2->c in Teaches implies t1->t2 not in Teaches  --incorrect 36\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches implies t2->c not in Teaches  --incorrect 37\n-- all t:Teacher | (lone t.Teaches) and (lone t->Groups)  --incorrect 38\n-- all t:Teacher | (lone t.Teaches) and (lone t.Groups)  --incorrect 39\n-- all t:Teacher | lone t.Teaches  --incorrect 40\n-- all t:Teacher | lone t.Teaches and (no Student & Teacher)  --incorrect 41\n-- all t:Teacher | lone t.Teaches and lone t.Groups  --incorrect 42\n-- all t:Teacher | lone Teaches.t  --incorrect 43\n-- all t:Teacher | one t.Teaches  --incorrect 44\n-- all x : Class, y,z : Teacher  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 45\n-- Class.~Teaches.Teaches in Class  --incorrect 46\n-- lone Teacher.Teaches  --incorrect 47\n-- lone Teaches.Class  --incorrect 48\n-- lone Teaches.~Teaches  --incorrect 49\n-- no c : Class | #Teaches.c > 1  --incorrect 50\n-- no Class.Teaches  --incorrect 51\n-- no Class.~Teaches  --incorrect 52\n-- no Class.~Teaches.Teaches  --incorrect 53\n-- some c : Class | Teacher in Teaches.c  --incorrect 54\n-- Teacher <: Teaches.~Teaches in iden  --incorrect 55\n-- Teacher in Teaches.Class  --incorrect 56\n-- Teaches . ~Teaches in iden  --incorrect 57\n-- Teaches.~Teaches in iden  --incorrect 58\n-- ~(Teacher <: Teaches).(Teacher <: Teaches) in iden  --incorrect 59\n-- ~(Teaches :> Class).(Teaches :> Class) in iden  --incorrect 60\n-- ~(Teaches:>Class).(Teaches:>Class) in iden  --incorrect 61\n-- ~Teaches.Teaches in iden  --incorrect 62\n-- ~Teaches.Teaches in iden  --incorrect 63\n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) --correct\n-- ((Class . Groups) . Group & Student) = Student  --incorrect 1\n-- ((Class . Groups) . Group) & Student = Student  --incorrect 2\n-- ((Class . Groups) . Group) = Student  --incorrect 3\n-- (Class . Groups) . Group & Student = Student  --incorrect 4\n-- (Class . Groups) . Group = Student  --incorrect 5\n-- (Class . Groups) . Group in Student  --incorrect 6\n-- (Student <: Class.Groups.Group) in Student  --incorrect 7\n-- all c : Class | (c . Groups) . Group = Student  --incorrect 8\n-- all c : Class | c . Groups . Group = Student  --incorrect 9\n-- all c : Class, s : Student | one s.(c.Groups)  --incorrect 10\n-- all c : Class, s : Student | some c . Groups . s  --incorrect 11\n-- all c:Class , g:Group | all s:Student | s in Class   --incorrect 12\n-- all c:Class , g:Group | c in Class  --incorrect 13\n-- all c:Class , g:Group | c in Class and g in Group  --incorrect 14\n-- all c:Class | lone c.Groups  --incorrect 15\n-- all c:Class | some c.Groups  --incorrect 16\n-- all c:Class | some c.Groups   --incorrect 17\n-- all c:Class | some c.Groups.Student  --incorrect 18\n-- all c:Class | Student = c.(Groups.Group)  --incorrect 19\n-- all c:Class | Student = c.Groups.Group  --incorrect 20\n-- all c:Class, s:Student | s->Group in c.Groups  --incorrect 21\n-- all c:Class, s:Student | some c.Groups.s  --incorrect 22\n-- all c:Class,s:Student | some g:Group | s->c->g in Groups  --incorrect 23\n-- all p : Student | some c : Class, g : Group | c->c->g in Groups  --incorrect 24\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups  --incorrect 25\n-- all s : Student | some (Class . Groups) . Group  --incorrect 26\n-- all s : Student | some s <: (Class . Groups)  --incorrect 27\n-- all s : Student | some s.(Class.Groups)  --incorrect 28\n-- all s : Student, c : Class | s in Teaches.Class  --incorrect 29\n-- all s : Student, c: Class | some g : Group | s->c->g in Groups  --incorrect 30\n-- all x : Class , y : Student | y in Group  --incorrect 31\n-- all x : Class, y : Student | y in Group  --incorrect 32\n-- all x : Student | x in Group  --incorrect 33\n-- Class . Groups . Group = Student  --incorrect 34\n-- no Student & Class.Groups.Group  --incorrect 35\n-- some Student & ((Class . Groups) . Group)  --incorrect 36\n-- some Student & (Class . Groups) . Group  --incorrect 37\n-- some Student.(Class.Groups)  --incorrect 38\n-- some Student.Groups  --incorrect 39\n-- Student . (Class . Groups) = Student  --incorrect 40\n-- Student = Class.Groups.Group  --incorrect 41\n-- Student in Class . Groups . Group  --incorrect 42\n-- Student in Class.Groups.Group  --incorrect 43\n-- Student in Class.Groups.Group --incorrect 44\n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n--\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n-- all c : Class | (some c.Groups implies some (c.Teaches & Teacher))  --incorrect 1\n-- all c : Class | (some g : Group, t : Teacher | c->t->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 2\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher |  c->t in Teaches   --incorrect 3\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t :Teacher |  c->t in Teaches   --incorrect 4\n-- all c : Class | (some s : Student, g : Group | c->s->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 5\n-- all c : Class | all s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 6\n-- all c : Class | all t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 7\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 8\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 9\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 10\n-- all c : Class | c in (Teacher.Teaches)  --incorrect 11\n-- all c : Class | lone (c.Groups).(Teacher.Teaches)  --incorrect 12\n-- all c : Class | no (Teacher<:Teaches).(c.Groups)  --incorrect 13\n-- all c : Class | no Teacher.(c.Groups)  --incorrect 14\n-- all c : Class | no Teaches.(c.Groups)  --incorrect 15\n-- all c : Class | one (c.Groups).(Teacher.Teaches)  --incorrect 16\n-- all c : Class | some  Teacher.(c.Groups)  --incorrect 17\n-- all c : Class | some (c.Groups) implies Teacher = Teacher  --incorrect 18\n-- all c : Class | some (c.Groups).(Teacher.Teaches)  --incorrect 19\n-- all c : Class | some (c.Groups).(Teacher<:Teaches)  --incorrect 20\n-- all c : Class | some (c.Groups).Teacher  --incorrect 21\n-- all c : Class | some (c.Groups).Teaches  --incorrect 22\n-- all c : Class | some (Groups).(Teacher.Teaches)  --incorrect 23\n-- all c : Class | some (Teacher<:Teaches).c  --incorrect 24\n-- all c : Class | some c.(Groups.Teacher)  --incorrect 25\n-- all c : Class | some c.Groups  --incorrect 26\n-- all c : Class | some g : Group, t : Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 27\n-- all c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 28\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher |  t->c in Teaches   --incorrect 29\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 30\n-- all c : Class | some p : Person, g : Group, t : Teacher | c->p->g in Groups implies t->c in Teaches   --incorrect 31\n-- all c : Class | some p : Person, g : Group, t :Teacher | c->t->g in Groups implies c->t in Teaches   --incorrect 32\n-- all c : Class | some s : Person, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 33\n-- all c : Class | some s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 34\n-- all c : Class | some s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 35\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 36\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 37\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 38\n-- all c : Class | some t : Teacher | ((t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups))  --incorrect 39\n-- all c : Class | some t : Teacher | (some p : Person, g : Group | c -> p -> g in Groups) implies t -> c in Teaches  --incorrect 40\n-- all c : Class | some t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 41\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 42\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups implies t->c in Teaches  --incorrect 43\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | t->c in Teaches implies c->s->g in Groups  --incorrect 44\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 45\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 46\n-- all c : Class | some t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 47\n-- all c : Class | some Teacher & Teaches.c  --incorrect 48\n-- all c : Class | some Teacher.(c.Groups)  --incorrect 49\n-- all c : Class | some Teacher.(c.Groups).(Teacher<:Teaches)  --incorrect 50\n-- all c : Class | some Teacher.Teaches  --incorrect 51\n-- all c : Class | some Teaches.c.Groups  --incorrect 52\n-- all c : Class, p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 53\n-- all c : Class, s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 54\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 55\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 56\n-- all c : Class, s : Student, g : Group | some t : Teacher | t->c in Teaches  implies c->s->g in Groups  --incorrect 57\n-- all c : Class, t : Person | (t -> c in Teaches) implies (all p : Person, g : Group | c -> p -> g in Groups)  --incorrect 58\n-- all c : Class, t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 59\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 60\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 61\n-- all c : Class, t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 62\n-- all c : Class, t, s : Person, g : Group | (t -> c not in Teaches) implies c -> s -> g not in Groups   --incorrect 63\n-- all c : Class, t: Teacher | t->c in Teaches implies some s:Student,g:Group | c->s->g in Groups  --incorrect 64\n-- all c : Class, t: Teacher | t->c not in Teaches implies not some s:Student,g:Group | c->s->g in Groups  --incorrect 65\n-- all c: Class | some c.Groups implies some Teaches.c  --incorrect 66\n-- all c: Class | some Groups implies some Teaches.c  --incorrect 67\n-- all c: Class | some Groups implies some Teaches.c :> Teacher  --incorrect 68\n-- all c: Class | some s: Student, t: Teacher, g: Group | c->s->g in Groups implies t->c in Teaches  --incorrect 69\n-- all c: Class | some t :Teacher | t->c in Teaches and some c.Groups  --incorrect 70\n-- all c: Class | some t: Teacher , p: Person , g: Group| (c->p->g in Groups) implies (t->c in Teaches)  --incorrect 71\n-- all c: Class | some t: Teacher , p: Person , g: Group| c->p->g in Groups implies (t->c in Teaches)  --incorrect 72\n-- all c: Class, g: Group | some s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 73\n-- all c: Class, g: Group | some t: Teacher , p: Person | c->p->g in Groups implies (t->c in Teaches)  --incorrect 74\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 75\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 76\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches and t != s   --incorrect 77\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 78\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 79\n-- all c: Class, s: Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 80\n-- all c: Class, s:Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 81\n-- all c:Class | (some c.Groups iff some c.~Teaches )      --incorrect 82\n-- all c:Class | (some c.Groups iff some t:Teacher| c in t.Teaches)  --incorrect 83\n-- all c:Class | c->Person->Group in Groups implies Person in Teacher  --incorrect 84\n-- all c:Class | lone c.Groups implies (some Teaches.c & Teacher)  --incorrect 85\n-- all c:Class | lone c.Groups implies some Teaches.c  --incorrect 86\n-- all c:Class | lone c.Groups implies some Teaches.c & Teacher  --incorrect 87\n-- all c:Class | no c.Groups  --incorrect 88\n-- all c:Class | no c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 89\n-- all c:Class | no Person.(c.Groups)  --incorrect 90\n-- all c:Class | one Teacher.(c.Groups)  --incorrect 91\n-- all c:Class | some (c.Groups).Person  --incorrect 92\n-- all c:Class | some c.Groups  --incorrect 93\n-- all c:Class | some c.Groups   --incorrect 94\n-- all c:Class | some c.Groups iff one t:Teacher | c in t.Teaches  --incorrect 95\n-- all c:Class | some c.Groups iff some t:Teacher | c in t.Teaches  --incorrect 96\n-- all c:Class | some c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 97\n-- all c:Class | some c.Groups implies (some Teaches.c && lone Teaches.c)  --incorrect 98\n-- all c:Class | some c.Groups implies some Teaches.c  --incorrect 99\n-- all c:Class | some c.Groups.Group  --incorrect 100\n-- all c:Class | some c.Groups.Person  --incorrect 101\n-- all c:Class | some c.Groups.Person   --incorrect 102\n-- all c:Class | some g:Group, p:Person | c->p->g in Groups implies p in Teacher  --incorrect 103\n-- all c:Class | some g:Group, t:Teacher | c->Person->g in Groups implies c in t.Teaches  --incorrect 104\n-- all c:Class | some g:Group, t:Teacher | c->t->g in Groups  --incorrect 105\n-- all c:Class | some g:Group, t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 106\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies c in t.Teaches  --incorrect 107\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 108\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups  --incorrect 109\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 110\n-- all c:Class | some Groups   --incorrect 111\n-- all c:Class | some Groups.c implies some Teaches.c  --incorrect 112\n-- all c:Class | some Groups.Person   --incorrect 113\n-- all c:Class | some p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 114\n-- all c:Class | some p:Person | c->p->Group in Groups implies p in Teacher  --incorrect 115\n-- all c:Class | some p:Person | c->p->Group in Groups implies Person in Teacher  --incorrect 116\n-- all c:Class | some p:Person,g:Group | c->p->g in Groups implies p in Teacher  --incorrect 117\n-- all c:Class | some Person.(c.Groups)  --incorrect 118\n-- all c:Class | some t:Teacher | c->t in Teaches  --incorrect 119\n-- all c:Class | some t:Teacher | some c.Groups   --incorrect 120\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.Teaches   --incorrect 121\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.~Teaches   --incorrect 122\n-- all c:Class | some t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 123\n-- all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches   --incorrect 124\n-- all c:Class | some t:Teacher | some c.Groups.Group implies t->c in Teaches  --incorrect 125\n-- all c:Class | some t:Teacher | some c.Groups.Person implies t->c in Teaches  --incorrect 126\n-- all c:Class | some t:Teacher | some c.Groups.t implies c in t.Teaches   --incorrect 127\n-- all c:Class | some t:Teacher | t->c in Teaches  --incorrect 128\n-- all c:Class | some t:Teacher | t->c in Teaches implies some g:Group | some c.Groups.g  --incorrect 129\n-- all c:Class | some t:Teacher,g:Group | c->t->g in Groups   --incorrect 130\n-- all c:Class | some t:Teacher,g:Group | some c.Groups   --incorrect 131\n-- all c:Class | some t:Teacher,g:Group | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 132\n-- all c:Class | some Teacher.(c.Groups)  --incorrect 133\n-- all c:Class |some g:Group,t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 134\n-- all c:Class |some t:Teacher | t in c.Groups.Group  --incorrect 135\n-- all c:Class, g:Group | some c.Groups  --incorrect 136\n-- all c:Class, g:Group | some p:Person | c->p->g in Groups implies p in Teacher                 --incorrect 137\n-- all c:Class, g:Group |some t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 138\n-- all c:Class, p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 139\n-- all c:Class, p:Person, g:Group | p->c not in Teaches implies c->p->g not in Groups  --incorrect 140\n-- all c:Class, s:Student, g:Group|some t:Teacher | t->c in Teaches implies c->s->g in Groups  --incorrect 141\n-- all c:Class, s:Student|some t:Teacher, g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 142\n-- all c:Class, t:Teacher , s:Student, g:Group| t->c in Teaches implies c->s->g in Groups  --incorrect 143\n-- all c:Class, t:Teacher , s:Student| some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 144\n-- all c:Class, t:Teacher , s:Student|some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 145\n-- all c:Class, t:Teacher, g:Group | c->t->g in Groups implies t->c in Teaches  --incorrect 146\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups  --incorrect 147\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 148\n-- all c:Class, t:Teacher, g:Group | t->c not in Teaches implies c->t->g not in Groups  --incorrect 149\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g in Groups    --incorrect 150\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g not in Groups  --incorrect 151\n-- all c:Class,g:Group | some c.Groups.g  --incorrect 152\n-- all c:Class,g:Group | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 153\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups  --incorrect 154\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c in t.Teaches  --incorrect 155\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 156\n-- all c:Class,g:Group | some t:Teacher | c in Class implies c->t->g in Groups  --incorrect 157\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups  --incorrect 158\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups   --incorrect 159\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies c in t.Teaches  --incorrect 160\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 161\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g   --incorrect 162\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g implies c->t->g in Groups  --incorrect 163\n-- all c:Class,g:Group | some t:Teacher | some c.Groups   --incorrect 164\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 165\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups   --incorrect 166\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  and t->c in Teaches  --incorrect 167\n{#m#()  all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches } --incorrect 168 \n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches  --incorrect 169\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 170\n-- all c:Class,g:Group | some t:Teacher,s:Student | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 171\n-- all c:Class,g:Group | some t:Teacher,s:Student | s in c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 172\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies c->t->g in Groups  --incorrect 173\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches  --incorrect 174\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies t in c.~Teaches  --incorrect 175\n-- all c:Class,g:Group |some t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 176\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person   --incorrect 177\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person implies c->t->g in Groups  --incorrect 178\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups   --incorrect 179\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 180\n-- all c:Class,g:Group,p:Person |some t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 181\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups  --incorrect 182\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 183\n-- all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 184\n-- all c:Class,g:Group,t:Teacher | c->g->t in Groups implies t->c in Teaches  --incorrect 185\n-- all c:Class,g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 186\n-- all c:Class,g:Group,t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 187\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g  --incorrect 188\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c in t.Teaches  --incorrect 189\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 190\n-- all c:Class,g:Group| some t:Teacher | t in c.Groups.g   --incorrect 191\n-- all c:Class,g:Group|some t:Teacher | some c.Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 192\n-- all c:Class,g:Group|some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 193\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g   --incorrect 194\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g implies t->c in Teaches  --incorrect 195\n-- all c:Class,p:Person | some t:Teacher | some c.Groups.p implies t->c in Teaches  --incorrect 196\n-- all c:Class,s:Student | all g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches         --incorrect 197\n-- all c:Class,s:Student | all g:Group |some t:Teacher| c->s->g in Groups implies t->c in Teaches           all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 198\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups  --incorrect 199\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups and some t:Teacher | t->c in Teaches  --incorrect 200\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 201\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches  --incorrect 202\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 203\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups    --incorrect 204\n-- all c:Class,t:Teacher ,g:Group | t->c not in Teaches implies c->t->g not in Groups    --incorrect 205\n-- all c:Class,t:Teacher | lone t.Teaches   --incorrect 206\n-- all c:Class,t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 207\n-- all c:Class,t:Teacher | some t.Teaches   --incorrect 208\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 209\n-- all c:Class,t:Teacher | t.Teaches = c   --incorrect 210\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 211\n-- all c:Class,t:Teacher,s:Student | some g:Group | s->c->g in Groups implies t->c in Teaches  --incorrect 212\n-- all c:Class| some g:Group,t:Teacher | c->t->g in Groups  --incorrect 213\n-- all c:Class| some p:Person | some c.Groups.p   --incorrect 214\n-- all c:Class| some p:Person | some Groups.p   --incorrect 215\n-- all c:Class| some t:Teacher | some c.Groups implies c in t.Teaches  --incorrect 216\n-- all c:Class| some t:Teacher | some c.Groups.t implies c in t.Teaches  --incorrect 217\n-- all c:Class| some t:Teacher | some c.Groups.Teacher implies c in t.Teaches  --incorrect 218\n-- all c:Class| some t:Teacher | some Groups implies c in t.Teaches  --incorrect 219\n-- all c:Class|some t:Teacher | some Person.(c.Groups) implies c in t.Teaches  --incorrect 220\n-- all c:Class|some t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 221\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups                 --incorrect 222\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher    --incorrect 223\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher                --incorrect 224\n-- all g:Group,c:Class | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 225\n-- all g:Group,c:Class | some t:Teacher | c->t->g in Groups   --incorrect 226\n-- all p:Person, c:Class | (some t:Teacher, g:Group | c->p->g in Groups implies t->c in Teaches)  --incorrect 227\n-- all p:Person, c:Class, g:Group | (some t:Teacher | c->p->g in Groups implies t->c in Teaches)  --incorrect 228\n-- all t : Person, c : Class | (some g : Group | some s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 229\n-- all t : Person, c : Class | (some g : Group, s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 230\n-- all t : Person, c : Class | t -> c in Teaches implies (some g : Group, s : Person | c -> s -> g in Groups)  --incorrect 231\n-- all t : Teacher | some  Class.Teaches  --incorrect 232\n-- all t: Teacher, c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 233\n-- all x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 234\n-- all x : Class | some y : Person, z : Group, v : Teacher | x->y->z in Groups implies v->x in Teaches  --incorrect 235\n-- all x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 236\n-- not all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 237\n-- some c : Class | (some p : Person | some g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 238\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 239\n-- some c : Class | all s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 240\n-- some c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 241\n-- some c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 242\n-- some Class.Groups iff some t:Teacher| Class in t.Teaches  --incorrect 243\n-- some Class.Groups implies some Teaches.Class  --incorrect 244\n-- some t : Teacher | some c : Class | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 245\n-- some Teacher  --incorrect 246\n-- some x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 247\n-- some x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 248\n-- Tutors.Person in Teacher and Person.Tutors in Student --incorrect 249\n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups --correct\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 1\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies p in Teacher  --incorrect 2\n-- all c : Class | some t : Teacher, g : Group | c->t->g in Groups   --incorrect 3\n-- all c:Class,g:Group |some t:Teacher | t in c.Groups.g  --incorrect 4\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 5\n-- all c:Class,t:Teacher,g:Group | lone c.Groups.g  --incorrect 6\n-- all c:Class,t:Teacher,g:Group | one c.Groups.g  --incorrect 7\n-- all c:Class,t:Teacher,g:Group | t in c.Groups.g  --incorrect 8\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 9\n-- all g:Group | some t:Teacher | t in Class.Groups.g  --incorrect 10\n-- all g:Group | some t:Teacher | t in Class.Groups.Group  --incorrect 11\n-- all p : Person | some c : Class, g :Group | c->p->g in Groups  --incorrect 12\n-- all p : Teacher | some c : Class, g :Group | c->p->g in Groups  --incorrect 13\n-- all p:Person | p in Teacher implies some g:Group | p in Class.Groups.g  --incorrect 14\n-- all t : Teacher | some (((t.Teaches).Groups).Person)  --incorrect 15\n-- all t : Teacher | some ((t.Teaches) & ((Groups.Person).Group))  --incorrect 16\n-- all t : Teacher | some (t.Teaches) & ((Groups.Person).Group)  --incorrect 17\n-- all t : Teacher | some (t.Teaches) & Groups.Person.Group  --incorrect 18\n-- all t : Teacher | some (Teacher<:Teaches).Groups  --incorrect 19\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 20\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 21\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 22\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups  --incorrect 23\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups   --incorrect 24\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups and t->c in Teaches  --incorrect 25\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups implies t->c in Teaches  --incorrect 26\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches and c->t->g in Groups   --incorrect 27\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches implies c->t->g in Groups   --incorrect 28\n-- all t : Teacher | some c : Class, g : Group, t0 : Teacher | c->t->g in Groups and t0->c in Teaches  --incorrect 29\n-- all t : Teacher | some c : Class, p : Person, g : Group | c->p->g in Groups implies t->c in Teaches   --incorrect 30\n-- all t : Teacher | some g : Group, c : Class | c->t->g in Groups  --incorrect 31\n-- all t : Teacher | some g : Group, c : Class | t->c in Teaches and c->t->g in Groups  --incorrect 32\n-- all t : Teacher | some p : Person, g : Group | t->p->g in Groups  --incorrect 33\n-- all t : Teacher | some p : Person, g : Group, c : Class | t->c in Teaches implies c->p->g in Groups  --incorrect 34\n-- all t : Teacher | some t.Teaches & (Groups.Person).Group  --incorrect 35\n-- all t : Teacher | some t.Teaches & Groups.Person.Group  --incorrect 36\n-- all t : Teacher | some Teacher<:(Teaches.Groups)  --incorrect 37\n-- all t : Teacher, c : Class | some g : Group | c->t->g in Groups  --incorrect 38\n-- all t : Teacher, c : Class | t->c in Teaches  --incorrect 39\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 40\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 41\n-- all t : Teacher, c : Class, g : Group | c->t->g in Groups  --incorrect 42\n-- all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches  --incorrect 43\n-- all t: Teacher | some g: Group, c: Class | (c->t->g in Groups)  --incorrect 44\n-- all t: Teacher | some g: Group, c: Class | c->t->g in Groups  --incorrect 45\n-- all t: Teacher | some g: Group, c: Class | t->c in Teaches implies (c->t->g in Groups)  --incorrect 46\n-- all t: Teacher|some c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 47\n-- all t:Teacher  | some Groups.t  --incorrect 48\n-- all t:Teacher  | some t.Groups  --incorrect 49\n-- all t:Teacher , s:Student | (some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups)  --incorrect 50\n-- all t:Teacher , s:Student | some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups  --incorrect 51\n-- all t:Teacher | (some g:Group , c:Class | t->c->g in Groups)  --incorrect 52\n-- all t:Teacher | (some g:Group ,c:Class| t->c in Teaches and c->t->g in Groups)  --incorrect 53\n-- all t:Teacher | all c:Class |some g:Group | t in Person  --incorrect 54\n-- all t:Teacher | all g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 55\n-- all t:Teacher | some c:Class, g:Group | c->t->g in Groups  --incorrect 56\n-- all t:Teacher | some c:Class,g:Group | c->t->g in Groups  --incorrect 57\n-- all t:Teacher | some g:Group | Class->t->g in Groups  --incorrect 58\n-- all t:Teacher | some g:Group | g in t.(Class.Groups)  --incorrect 59\n-- all t:Teacher | some g:Group | t in Class.Groups.g  --incorrect 60\n-- all t:Teacher | some g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 61\n-- all t:Teacher | some g:Group,c:Class | c->t->g in Groups  --incorrect 62\n-- all t:Teacher | some g:Group,c:Class | t->c in Teaches and c->t->g in Groups  --incorrect 63\n-- all t:Teacher | some Groups.Group.t  --incorrect 64\n-- all t:Teacher | some t.(Class.Groups)  --incorrect 65\n-- all t:Teacher, c:Class | (some g:Group | c->t->g in Groups)  --incorrect 66\n-- all t:Teacher, c:Class | some t.(c.Groups)  --incorrect 67\n-- all t:Teacher, c:Class, s:Student | some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 68\n-- all t:Teacher,c:Class | some g:Group | c->t->g in Groups  --incorrect 69\n-- all t:Teacher,c:Class,g:Group | c->t->g in Groups  --incorrect 70\n-- all x : Teacher | some y : Class, z : Group | y->x->z in Groups   --incorrect 71\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups  --incorrect 72\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups   --incorrect 73\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 74\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups  --incorrect 75\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 76\n-- all x : Teacher, y : Class, z : Group | z->x->z in Groups  --incorrect 77\n-- Group in Class.Groups.Teacher  --incorrect 78\n-- no Class.Groups  --incorrect 79\n-- no Class.Groups.Teacher  --incorrect 80\n-- no Group.~(Class.Groups)  --incorrect 81\n-- no Groups.Group  --incorrect 82\n-- no Person.~(Class.Groups)  --incorrect 83\n-- no ~(Class.Groups)  --incorrect 84\n-- some (Teacher<:Teaches).Groups  --incorrect 85\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 86\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 87\n-- some Teacher<:(Teaches.Groups)  --incorrect 88\n-- Teacher in Group.~(Class.Groups)  --incorrect 89\n-- Teacher in Person.Teaches  --incorrect 90\n-- ~iden.iden in ~((Teacher.Teaches).Groups).((Teacher.Teaches).Groups) --incorrect 91\n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student --correct\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors  --incorrect 1\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors and t->s in Tutors  --incorrect 2\n-- all s:Student | s not in Person.^Tutors  --incorrect 3\n-- all s:Student | s not in Person.^~Tutors  --incorrect 4\n-- all s:Student, t:Teacher | s not in Person.*Tutors and t not in Person.*Tutors  --incorrect 5\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors  --incorrect 6\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^~Tutors  --incorrect 7\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.Tutors  --incorrect 8\n-- all s:Student, t:Teacher | s not in Person.Tutors.^Tutors and t not in Person.~Tutors.^~Tutors  --incorrect 9\n-- all s:Student,t:Teacher | s not in Person.^~Tutors and t not in Person.^Tutors  --incorrect 10\n-- all t : Teacher, s : Student | Teacher<:Tutors  in Tutors:>Student  --incorrect 11\n-- all t : Teacher, s : Student | Tutors:>Student in Teacher<:Tutors  --incorrect 12\n-- all t1:Teacher,t2:Teacher,s:Student | s->t1 not in Tutors and t1->t2 not in Tutors  --incorrect 13\n-- all t: Teacher, s: Student | t->s in Tutors  --incorrect 14\n-- all t:Teacher, s:Student | s->t not in Tutors  --incorrect 15\n-- all t:Teacher, s:Student | t->s in Tutors and s->t not in Tutors  --incorrect 16\n-- all t:Teacher,s:Student | s->t not in Tutors  --incorrect 17\n-- all t:Teacher,s:Student | s->t not in Tutors and t->s in Tutors  --incorrect 18\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors  --incorrect 19\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors and s->t not in Tutors  --incorrect 20\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors  --incorrect 21\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and not s->c in Teaches  --incorrect 22\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and s->c not in Teaches  --incorrect 23\n-- all t:Teacher,s:Student,p:Person | p->t not in Tutors and s->p not in Tutors  --incorrect 24\n-- all x, y : Person | x->y in Tutors implies x in Teacher  --incorrect 25\n-- no Person.^Tutors  --incorrect 26\n-- no Person.^~Tutors  --incorrect 27\n-- no Person.Tutors  --incorrect 28\n-- no Student & Student.Tutors  --incorrect 29\n-- no Student & Student.Tutors and no Teacher & Teacher.~Tutors  --incorrect 30\n-- no Student & Student.~Tutors and no Teacher & Teacher.~Tutors  --incorrect 31\n-- no Student.Tutors  --incorrect 32\n-- no Student.Tutors and no Teacher.~Tutors  --incorrect 33\n-- Person.^~Tutors in Teacher  --incorrect 34\n-- some t:Teacher | all s:Student | t->s in Tutors  --incorrect 35\n-- Student in Person.^Tutors and Teacher in Person.^~Tutors  --incorrect 36\n-- Teacher in Person.^*Tutors and Student in Person.*Tutors  --incorrect 37\n-- Teacher in Person.^~Teaches and Student in Person.^Teaches  --incorrect 38\n-- Teacher in Person.^~Tutors and Student in Person.^Tutors  --incorrect 39\n-- Teacher in Person.~Teaches and Student in Person.Teaches  --incorrect 40\n-- Teacher in Person.~Tutors and Student in Person.Tutors  --incorrect 41\n-- Teacher in Student.Tutors  --incorrect 42\n-- Teacher in Teacher.Tutors  --incorrect 43\n-- Teacher in Tutors.Teacher  --incorrect 44\n-- Teacher.Tutors in Student  Tutors.Student in Teacher  --incorrect 45\n-- Tutors.Teacher in Student.Tutors --incorrect 46\n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n-- all c : Class | (c . (Groups . Group)) & Student = ((Teaches . c) . Tutors)  --incorrect 1\n-- all c : Class | (c . (Groups . Group)) & Student = (Teacher & (Teaches . c) . Tutors)  --incorrect 2\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teacher & (Teaches . c)) . Tutors)  --incorrect 3\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teaches . c) . Tutors)  --incorrect 4\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c) . Tutors)  --incorrect 5\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c)) . Tutors  --incorrect 6\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors)  --incorrect 7\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Student  --incorrect 8\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Teacher  --incorrect 9\n-- all c : Class | (c . (Groups . Group)) = (Teaches . c . Tutors)  --incorrect 10\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors)  --incorrect 11\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student  --incorrect 12\n-- all c : Class | (c . Groups) . Group in (Teaches . c) . Tutors  --incorrect 13\n-- all c : Class | c . (Groups . Group) in ((Teaches . c) . Tutors)  --incorrect 14\n-- all c : Class | c . (Groups . Group) in (Teaches . c . Tutors)  --incorrect 15\n-- all c : Class | c . Groups . Group in (Teacher <: Teaches) . c . Tutors  --incorrect 16\n-- all c : Class | c . Groups . Group in Teaches . c . Tutors  --incorrect 17\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 18\n-- all c : Class | Teaches . c . Tutors = c . Groups . Group  --incorrect 19\n-- all c : Class | Teaches . c . Tutors = Class . Groups . Group  --incorrect 20\n-- all c : Class | Teaches . c . Tutors in c . Groups . Group  --incorrect 21\n-- all c:Class , t:Teacher, g:Group|some s:Student | (t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 22\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->c in Tutors  --incorrect 23\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->s in Tutors  --incorrect 24\n-- all c:Class , t:Teacher, s:Student, g:Group|(t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 25\n-- all c:Class,s:Student | s in (c.Groups).Group  --incorrect 26\n-- all c:Class,s:Student | s in (c.Groups).Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 27\n-- all c:Class,s:Student | s in c.Groups.Group  --incorrect 28\n-- all c:Class,s:Student,s:Teacher |some g:Group,t:Teacher| s in c.Groups.Group and c->t->g in Groups  --incorrect 29\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups)  --incorrect 30\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 31\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 32\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors  --incorrect 33\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 34\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 35\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 36\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 37\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 38\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g implies t in s.^~Tutors  --incorrect 39\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c in t.Teaches implies t in s.^(~Tutors)  --incorrect 40\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 41\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups implies t in s.^(~Tutors)  --incorrect 42\n-- all c:Class,s:Student,t:Teacher|some g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 43\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group and t in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 44\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 45\n-- all c:Class,s:Student|some g:Group| c->s->g in Groups  --incorrect 46\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 47\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches implies q->p in Tutors  --incorrect 48\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p in Student and some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 49\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p->c in Teaches  --incorrect 50\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches  --incorrect 51\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 52\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->p in Tutors and q->c in Teaches  --incorrect 53\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches and t->p in Tutors  --incorrect 54\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 55\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 56\n-- all s : Person, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 57\n-- all s : Person, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 58\n-- all s : Person, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 59\n-- all s : Student |   some c : Class | (s in c.Groups.Group) implies (        all t : Teaches.c :> Teacher | s in t.Tutors        )  --incorrect 60\n-- all s : Student | (some c : Class, g : Group | c->s->g  in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 61\n-- all s : Student | (some c : Class, g : Group | c->s->g in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 62\n-- all s : Student | (some t : Teacher | t->s in Tutors) implies s in Class  --incorrect 63\n-- all s : Student | s in Class implies (some t : Teacher | t->s in Tutors)  --incorrect 64\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors  --incorrect 65\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors and t in Class  --incorrect 66\n-- all s : Student | s in Class implies some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 67\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->c in Tutors  --incorrect 68\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors  --incorrect 69\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors and t->c in Teaches  --incorrect 70\n-- all s : Student | some s.(Class.Groups)  --incorrect 71\n-- all s : Student | some s.(Class.Groups)   implies some (Teacher<:Tutors).s  --incorrect 72\n-- all s : Student | some s.(Class.Groups) and some Teacher.Teaches implies some (Teacher<:Tutors).s  --incorrect 73\n-- all s : Student | some s.(Class.Groups) and some Teacher<:Teaches implies some (Teacher<:Tutors).s  --incorrect 74\n-- all s : Student | some s.(Class<:Groups)  --incorrect 75\n-- all s : Student | some s.(Class<:Groups) implies some Class.(Teacher<:Teaches)  --incorrect 76\n-- all s : Student | some s.(Teacher<:Teaches)  --incorrect 77\n-- all s : Student | some t : Teacher | t->s in Tutors  --incorrect 78\n-- all s : Student | some t : Teacher | t->s in Tutors implies s in Class  --incorrect 79\n-- all s : Student | some t : Teacher, c : Class | t->c in Teaches implies t->s in Tutors  --incorrect 80\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 81\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies s in Class and t in Class  --incorrect 82\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies t->c in Teaches  --incorrect 83\n-- all s : Student | some t : Teacher, c : Class, g : Group | (t->c in Teaches implies t->s in Tutors) and c->s->g in Groups  --incorrect 84\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors  --incorrect 85\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors and c->s->g in Groups  --incorrect 86\n-- all s : Student | some Tutors.s & Groups.s.Group  --incorrect 87\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Teaches)  --incorrect 88\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Tutors)  --incorrect 89\n-- all s : Student, c : Class | some (Teacher<:Tutors).c implies some s.(Teacher<:Teaches)  --incorrect 90\n-- all s : Student, c : Class | some c -> s <: Groups implies (Teaches . c) -> s in Tutors  --incorrect 91\n-- all s : Student, c : Class | some c.(Teacher<:Teaches) implies some s.(Teacher<:Tutors)  --incorrect 92\n-- all s : Student, c : Class | some g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 93\n-- all s : Student, c : Class | some s.(c.Groups) and some (Teacher<:Teaches).c implies some (Teacher<:Tutors).s  --incorrect 94\n-- all s : Student, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 95\n-- all s : Student, c : Class | some t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 96\n-- all s : Student, c : Class, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 97\n-- all s : Student, c : Class, t : Teacher | ((all g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 98\n-- all s : Student, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 99\n-- all s : Student, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 100\n-- all s : Student, c : Class, t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 101\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) iff t -> s in Tutors  --incorrect 102\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) implies t -> s in Tutors  --incorrect 103\n-- all s : Student, c : Class, t : Teacher, g : Group | ((c -> s -> g in Groups) and (t -> c in Teaches)) implies t -> s in Tutors  --incorrect 104\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and (t -> c in Teaches) implies t -> s in Tutors  --incorrect 105\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors  --incorrect 106\n-- all s : Student, t : Teacher | (some s.(Class.Groups)) implies some t.(Class.Groups)  --incorrect 107\n-- all s : Student, t : Teacher | some s.(Class.Groups) and some (t<:Teaches).Class implies some (t<:Tutors).s  --incorrect 108\n-- all s : Student, t : Teacher | some s.(Class.Groups) implies some t.(Class.Groups)  --incorrect 109\n-- all s : Student, t : Teacher, c : Class | some s.(c.Groups)  --incorrect 110\n-- all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 111\n-- all s, t : Person | some s.(Class.Groups) and some t<:(Teaches.Class) implies some t<:(Tutors.s)  --incorrect 112\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some (t<:Tutors).s  --incorrect 113\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some t<:(Tutors.s)  --incorrect 114\n-- all s, t : Person, c : Class | (some g : Group | c->s->g in Groups) and t->s in Teaches implies t->c in Tutors  --incorrect 115\n-- all s,t : Person, c : Class | (some g : Group | c->s->g  in Groups) and t->s in Tutors implies t->c in Teaches  --incorrect 116\n-- all s,t : Person, c : Class | some s.(c.Groups)  --incorrect 117\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t.Teaches)  --incorrect 118\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c  --incorrect 119\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 120\n-- all s,t : Person, c : Class | some s.(c.Groups) and some t.Teaches  --incorrect 121\n-- all s:Student | some t:Teacher | t in s.^~Tutors  --incorrect 122\n-- all s:Student, c:Class | some t:Teacher | t->s in Tutors implies t->c in Teaches  --incorrect 123\n-- all s:Student, c:Class, g:Group | some t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 124\n-- all s:Student, c:Class, g:Group, t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 125\n-- all s:Student, c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 126\n-- all s:Student,c:Class | s in (c.Groups).Group  --incorrect 127\n-- all s:Student,c:Class | s in c.Groups.Group  --incorrect 128\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches  --incorrect 129\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 130\n-- all s:Student,c:Class | some s.(c.Groups)  --incorrect 131\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches  --incorrect 132\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches and t in s.~Tutors  --incorrect 133\n-- all s:Student,c:Class | some t:Teacher | some c.Groups.s  --incorrect 134\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups)  --incorrect 135\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 136\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 137\n-- all s:Student,c:Class | some t:Teacher | t->s in Tutors  --incorrect 138\n-- all s:Student,c:Class, t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 139\n-- all s:Student,c:Class,g:Group | some t:Teacher |(t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 140\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups  --incorrect 141\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups.s  --incorrect 142\n-- all s:Student,c:Class,g:Group|some t:Teacher | some s.(c.Groups)  --incorrect 143\n-- all s:Student,c:Class,g:Group|some t:Teacher | some Teacher  --incorrect 144\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups)  --incorrect 145\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 146\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group  --incorrect 147\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches  --incorrect 148\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 149\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.~Tutors  --incorrect 150\n-- all s:Student,c:Class,t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 151\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches  --incorrect 152\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 153\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^~Tutors  --incorrect 154\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 155\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 156\n-- all s:Student,t:Teacher,c:Class,g:Group | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 157\n-- all s:Student| some c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 158\n-- all s:Student| some t:Teacher | t->s in Tutors  --incorrect 159\n-- all s:Student| some t:Teacher,c:Class,g:Group | t->s in Tutors and c->s->g in Groups and c->t->g in Groups  --incorrect 160\n-- all t : Teacher, c : Class | some Student.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).Student  --incorrect 161\n-- all x : Class, y : Student  | (some z : Group | x->y->z in Groups) and some v : Teacher | v->x in Teaches implies v->y in Tutors  --incorrect 162\n-- all x : Person | some y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 163\n-- all x : Person, y : Class | (all z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 164\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) and all u : Teacher | u->y in Teaches implies u->x in Tutors  --incorrect 165\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 166\n-- all x : Person, y : Class, v : Teacher | ((some z : Group | y->x->z in Groups) and v->y in Teaches) implies v->x in Tutors  --incorrect 167\n-- all x : Person, y : Class, v : Teacher | (all z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 168\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches  --incorrect 169\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 170\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->y in Tutors  --incorrect 171\n-- all x, v : Person, y : Class | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 172\n-- Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 173\n-- some Groups.Group  --incorrect 174\n-- Student in (Class.Groups).Student and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 175\n-- Student in Class.(Groups.Student) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 176\n-- Student in Student.(Class.Groups) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 177\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n-- all p : Person | some (Teacher & p . ^Tutors)  --incorrect 1\n-- all p : Person | some p <: (^ Tutors)  --incorrect 2\n-- all p : Person | some p <: ^ Tutors  --incorrect 3\n-- all p : Person | some p2 : Person | p -> p2 in Tutors and p in Teacher  --incorrect 4\n-- all p : Person | some q : Person, t : Teacher | t->p in Tutors or (q->p in Tutors and t->q in Tutors) or (t->q in Tutors and q->p in Tutors and p->t in Tutors)  --incorrect 5\n-- all p : Person | some q,r : Person | (p in Teacher or q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 6\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or p->r in Tutors or r->p in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 7\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors       or r->p in Tutors or p->r in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 8\n-- all p : Person | some q,r : Person | (q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 9\n-- all p : Person | some t : Teacher | t->p in Tutors or (some q : Person | q->p in Tutors and t->q in Tutors)  --incorrect 10\n-- all p : Person | some Teacher <: p . (^ Tutors)  --incorrect 11\n-- all p : Teacher | some p <: ^ Tutors  --incorrect 12\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 13\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher) or    (q->p in Tutors implies q in Teacher) or    (q->r in Tutors implies q in Teacher) or    (r->q in Tutors implies r in Teacher) or    (r->p in Tutors implies r in Teacher) or    (p->r in Tutors implies p in Teacher)  --incorrect 14\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher)  --incorrect 15\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 16\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    or (p in Teacher or q in Teacher or r in Teacher)  --incorrect 17\n-- all p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 18\n-- all p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 19\n-- all p1 : Person | (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 20\n-- all p1 : Person | p1 in Teacher or (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 21\n-- all p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 22\n-- all p:Person |  Teacher in (p.^Tutors)  --incorrect 23\n-- all p:Person | p.Tutors.Tutors.Tutors in Teacher  --incorrect 24\n-- all p:Person | some t:Teacher | t in (p.^Tutors)  --incorrect 25\n-- all p:Person | some t:Teacher | t in p.*Tutors  --incorrect 26\n-- all p:Person | some t:Teacher | t in p.^Tutors  --incorrect 27\n-- all p:Person | some t:Teacher | t in p.^~Teaches  --incorrect 28\n-- all p:Person | some Teacher <:(p.^Tutors)  --incorrect 29\n-- all p:Person | Teacher in p.^Tutors  --incorrect 30\n-- all p:Person |some t:Teacher | p in p.^~Tutors  --incorrect 31\n-- all s : Person | some (s.^Tutors & Teacher)  --incorrect 32\n-- all s : Person | some Teacher & ^Tutors.Person  --incorrect 33\n-- all s : Person | some Teacher & s.*Tutors  --incorrect 34\n-- all s : Person | some Teacher & s.^Tutors  --incorrect 35\n-- all s : Student | s.^Tutors in Teacher  --incorrect 36\n-- all s : Student | some (s.*Tutors & Teacher)  --incorrect 37\n-- all s : Student | some (s.^Tutors & Teacher)  --incorrect 38\n-- all s : Student | some (Teacher & s . ^Tutors)  --incorrect 39\n-- all s : Student | some s.^Tutors & Teacher  --incorrect 40\n-- all s : Student | some t : Teacher | t in s.^Tutors  --incorrect 41\n-- all s : Student | some Teacher & s . ^Tutors  --incorrect 42\n-- all s:Person | some Teacher & s.*Tutors  --incorrect 43\n-- all s:Person | some Teacher & s.^Tutors  --incorrect 44\n-- all s:Person | some(s.^Tutors & Teacher)  --incorrect 45\n-- all s:Student | some t:Teacher | t in s.^Tutors  --incorrect 46\n-- all s:Student | some Teacher & s.^Tutors  --incorrect 47\n-- all s:Student | Teacher in s.^Tutors  --incorrect 48\n-- all s:Student |some Teacher & s.^Teaches  --incorrect 49\n-- all s:Student |some Teacher & s.^Tutors  --incorrect 50\n-- all t:Teacher | all p:Person | t in p.^Tutors  --incorrect 51\n-- all t:Teacher | all p:Person | t in p.^~Tutors  --incorrect 52\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 53\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors and x != y and x != z and y != z implies x in Teacher  --incorrect 54\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies x in Teacher  --incorrect 55\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies z in Teacher  --incorrect 56\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 57\n-- all x, y, z : Teacher | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 58\n-- Person.^~Tutors in Teacher  --incorrect 59\n-- Person.Teaches.Teaches.Teaches in Teacher  --incorrect 60\n-- Person.Tutors.Tutors.Tutors in Teacher  --incorrect 61\n-- some p : Teacher | some p <: ^ Tutors  --incorrect 62\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 63\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->q in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 64\n-- some p,q,r : Person | ((p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors) and (p->r in Tutors or r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 65\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors and r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 66\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 67\n-- some p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 68\n-- some p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 69\n-- some p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 70\n-- some t:Teacher | t in (Person.^Teaches)  --incorrect 71\n-- some t:Teacher |all p:Person | t in p.^Teaches  --incorrect 72\n-- some t:Teacher |all p:Person | t in p.^Tutors  --incorrect 73\n-- some t:Teacher |all p:Person | t in p.^~Tutors  --incorrect 74\n-- some Teacher & ^Tutors.Person  --incorrect 75\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 76\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 77\n-- Teacher in Person.^Tutors  --incorrect 78\n-- Tutors.Tutors.Tutors.Person in Teacher  --incorrect 79\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n  no Teacher --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n  no Student & Teacher --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n Person in (Student + Teacher) --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n  some Teacher.Teaches --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv6_OK {\n  Teacher in Teaches.Class --correct\n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n--------\npred inv7_OK {\n  Class in Teacher.Teaches --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\npred inv8_OK {\n  all t:Teacher | lone t.Teaches --correct\n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n--------\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher --correct\n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n--------\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) --correct\n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n--------\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n--------\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups --correct\n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n--------\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  --correct\n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n--------\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors --correct\n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n--------\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s --correct\n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0","avg_line_length":73.3650533224,"max_line_length":297,"alphanum_fraction":0.6560850702}
{"size":207,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idpKxdDmySd7wDMxuo9_prop8 {\n\t (all f:File| some f.link implies eventually f.link in Trash)\n}\npred __repair { idpKxdDmySd7wDMxuo9_prop8 }\ncheck __repair { idpKxdDmySd7wDMxuo9_prop8 <=> prop8o }","avg_line_length":34.5,"max_line_length":62,"alphanum_fraction":0.7922705314}
{"size":5159,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"one sig util'language {\n\tutil'root : one type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class))))),\n\tutil'contains : (type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class)))))) lone->set (type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class))))))\n}\nabstract sig util'Object {\n}\nsig type'Database'class extends util'Object {\n\telements'reference'Database : set type'Element'class\n}\nabstract sig type'Element'class extends util'Object {\n}\nsig type'Column'class extends util'Object {\n\tforeignReferences'reference'Column : set type'Reference'class,\n\tprimaryReferences'reference'Column : set type'Reference'class\n}\nsig type'Table'class extends type'Element'class {\n\tcolumns'reference'Table : set type'Column'class,\n\tindexes'reference'Table : set type'Index'class\n}\nsig type'Reference'class extends type'Element'class {\n\tforeignKeyColumns'reference'Reference : one type'Column'class,\n\tprimaryKeyColumns'reference'Reference : one type'Column'class\n}\nsig type'Index'class extends util'Object {\n\tindexColumns'reference'Index : set type'IndexColumn'class\n}\nsig type'IndexColumn'class extends util'Object {\n\tcolumn'reference'IndexColumn : lone type'Column'class\n}\npred pattern'queries'ref2thesame [parameter'r: type'Reference'class, parameter'c1: type'Column'class, parameter'c2: type'Column'class] {\n\tparameter'c2 in parameter'r.foreignKeyColumns'reference'Reference && (parameter'c2 in parameter'r.primaryKeyColumns'reference'Reference && parameter'c2 in type'Column'class)\n}\npred pattern'queries'equalRefs [parameter'r1: type'Reference'class, parameter'r2: type'Reference'class, parameter'c1: type'Column'class, parameter'c2: type'Column'class] {\n\tparameter'c1 in parameter'r1.foreignKeyColumns'reference'Reference && (parameter'c1 in parameter'r2.foreignKeyColumns'reference'Reference && (parameter'c1 in type'Column'class && (parameter'c2 in parameter'r1.primaryKeyColumns'reference'Reference && (parameter'c2 in parameter'r2.primaryKeyColumns'reference'Reference && (parameter'c2 in type'Column'class && parameter'r1 != parameter'r2)))))\n}\npred pattern'queries'columnInTable [parameter't: type'Table'class, parameter'c: type'Column'class] {\n\tparameter'c in parameter't.columns'reference'Table && parameter'c in type'Column'class\n}\npred pattern'queries'icCons [parameter'ic: type'IndexColumn'class, parameter't: type'Table'class, parameter'i: type'Index'class, parameter'c: type'Column'class] {\n\tparameter'i in parameter't.indexes'reference'Table && (parameter'ic in parameter'i.indexColumns'reference'Index && (parameter'c in parameter'ic.column'reference'IndexColumn && (parameter'c in type'Column'class && ! (pattern'queries'columnInTable [ parameter't , parameter'c ]))))\n}\nfact util'containmentDefinition {\n\tutil'language.util'contains = elements'reference'Database + (columns'reference'Table + (indexes'reference'Table + indexColumns'reference'Index))\n}\nfact util'noParentForRoot {\n\tno parent: type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class))))) { parent->(util'language.util'root) in util'language.util'contains }\n}\nfact util'atLeastOneParent {\n\tall child: type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class))))) { child = util'language.util'root || (some parent: type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class))))) { parent->child in util'language.util'contains }) }\n}\nfact util'noCircularContainment {\n\tno circle: type'Index'class + (type'Column'class + (type'IndexColumn'class + (type'Element'class + (type'Table'class + (type'Reference'class + type'Database'class))))) { circle->circle in ^ (util'language.util'contains) }\n}\nfact oppositeReference'foreignReferences'Column {\n\tforeignReferences'reference'Column = ~ foreignKeyColumns'reference'Reference\n}\nfact oppositeReference'primaryReferences'Column {\n\tprimaryReferences'reference'Column = ~ primaryKeyColumns'reference'Reference\n}\nfact errorpattern'queries'ref2thesame {\n\tall p0: type'Reference'class, p1: type'Column'class, p2: type'Column'class { ! (pattern'queries'ref2thesame [ p0 , p1 , p2 ]) }\n}\nfact errorpattern'queries'equalRefs {\n\tall p0: type'Reference'class, p1: type'Reference'class, p2: type'Column'class, p3: type'Column'class { ! (pattern'queries'equalRefs [ p0 , p1 , p2 , p3 ]) }\n}\nfact errorpattern'queries'icCons {\n\tall p0: type'IndexColumn'class, p1: type'Table'class, p2: type'Index'class, p3: type'Column'class { ! (pattern'queries'icCons [ p0 , p1 , p2 , p3 ]) }\n}\nfact UpperMultiplicity'Database'class'1 {\n\t# type'Database'class <= 1\n}\nfact LowerMultiplicity'Database'class'1 {\n\t# type'Database'class >= 1\n}\nrun { } for exactly 4 util'Object , 2 Int , exactly 0 String","avg_line_length":68.7866666667,"max_line_length":428,"alphanum_fraction":0.762938554}
{"size":5811,"ext":"als","lang":"Alloy","max_stars_count":1.0,"content":"pred test11 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->1->Element0\nlength = Array0->5\nNoConflict[]\n}}\n}\nrun test11 for 3 expect 1\npred test18 {\nsome disj Array0: Array {\nno Element\nArray = Array0\nno i2e\nlength = Array0->-6\n}\n}\nrun test18 for 3 expect 0\npred test25 {\nsome disj Element0, Element1: Element {some disj Array0: Array {\nElement = Element0 + Element1\nArray = Array0\ni2e = Array0->0->Element1 + Array0->1->Element0 + Array0->2->Element0\nlength = Array0->3\n}}\n}\nrun test25 for 3 expect 1\npred test22 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->-8->Element0 + Array0->-7->Element0 + Array0->-6->Element0 + Array0->-5->Element0 + Array0->-4->Element0 + Array0->-3->Element0 + Array0->-2->Element0 + Array0->-1->Element0\nlength = Array0->0\n}}\n}\nrun test22 for 3 expect 0\npred test30 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->0->Element0 + Array0->1->Element0 + Array0->2->Element0 + Array0->4->Element0 + Array0->5->Element0\nlength = Array0->3\n}}\n}\nrun test30 for 3 expect 0\npred test24 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->3->Element0\nlength = Array0->4\n}}\n}\nrun test24 for 3 expect 1\npred test19 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->-8->Element0 + Array0->-7->Element0 + Array0->-6->Element0 + Array0->-5->Element0 + Array0->-4->Element0 + Array0->-3->Element0 + Array0->-2->Element0 + Array0->-1->Element0 + Array0->0->Element0 + Array0->1->Element0 + Array0->2->Element0 + Array0->3->Element0 + Array0->4->Element0 + Array0->5->Element0 + Array0->6->Element0 + Array0->7->Element0\nlength = Array0->0\n}}\n}\nrun test19 for 3 expect 0\npred test28 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->0->Element0 + Array0->1->Element0 + Array0->2->Element0 + Array0->3->Element0\nlength = Array0->4\n}}\n}\nrun test28 for 3 expect 1\npred test15 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->-8->Element0 + Array0->-7->Element0 + Array0->-6->Element0 + Array0->-5->Element0 + Array0->-4->Element0 + Array0->-3->Element0 + Array0->-2->Element0 + Array0->-1->Element0 + Array0->0->Element0 + Array0->1->Element0 + Array0->2->Element0 + Array0->3->Element0 + Array0->4->Element0 + Array0->5->Element0 + Array0->6->Element0 + Array0->7->Element0\nlength = Array0->-8\n}}\n}\nrun test15 for 3 expect 0\npred test10 {\nsome disj Element0, Element1, Element2: Element {some disj Array0: Array {\nElement = Element0 + Element1 + Element2\nArray = Array0\ni2e = Array0->0->Element0 + Array0->0->Element1 + Array0->0->Element2\nlength = Array0->5\nNoConflict[]\n}}\n}\nrun test10 for 3 expect 0\npred test37 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->0->Element0\nlength = Array0->0\n}}\n}\nrun test37 for 3 expect 0\npred test3 {\nsome disj Array0: Array {\nno Element\nArray = Array0\nno i2e\nlength = Array0->0\n}\n}\nrun test3 for 3 expect 1\npred test4 {\n\nno Element\nno Array\nno i2e\nno length\n\n}\nrun test4 for 3 expect 0\npred test26 {\nsome disj Element0, Element1: Element {some disj Array0: Array {\nElement = Element0 + Element1\nArray = Array0\ni2e = Array0->0->Element1 + Array0->1->Element0 + Array0->2->Element1 + Array0->3->Element0 + Array0->4->Element0 + Array0->5->Element1 + Array0->6->Element0\nlength = Array0->7\n}}\n}\nrun test26 for 3 expect 1\npred test17 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->-8->Element0 + Array0->-7->Element0 + Array0->-6->Element0 + Array0->-5->Element0 + Array0->-4->Element0 + Array0->-3->Element0 + Array0->-2->Element0 + Array0->-1->Element0 + Array0->7->Element0\nlength = Array0->0\n}}\n}\nrun test17 for 3 expect 0\npred test7 {\nsome disj Element0, Element1: Element {some disj Array0: Array {\nElement = Element0 + Element1\nArray = Array0\ni2e = Array0->0->Element1 + Array0->1->Element0\nlength = Array0->-3 + Array0->0 + Array0->6\n}}\n}\nrun test7 for 3 expect 0\npred test21 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->-8->Element0 + Array0->-7->Element0 + Array0->-6->Element0 + Array0->-5->Element0 + Array0->-4->Element0 + Array0->-3->Element0 + Array0->-2->Element0 + Array0->-1->Element0 + Array0->1->Element0 + Array0->2->Element0 + Array0->3->Element0 + Array0->6->Element0 + Array0->7->Element0\nlength = Array0->0\n}}\n}\nrun test21 for 3 expect 0\npred test36 {\nsome disj Array0: Array {\nno Element\nArray = Array0\nno i2e\nlength = Array0->-1\n}\n}\nrun test36 for 3 expect 0\npred test16 {\nsome disj Array0: Array {\nno Element\nArray = Array0\nno i2e\nlength = Array0->-4\n}\n}\nrun test16 for 3 expect 0\npred test5 {\nsome disj Element0, Element1, Element2: Element {some disj Array0, Array1: Array {\nElement = Element0 + Element1 + Element2\nArray = Array0 + Array1\ni2e = Array0->0->Element2 + Array0->1->Element1 + Array0->2->Element0 + Array0->2->Element2 + Array0->3->Element0 + Array0->3->Element2 + Array0->4->Element0 + Array0->4->Element2 + Array0->5->Element0 + Array0->5->Element2 + Array1->0->Element2 + Array1->1->Element0 + Array1->1->Element2 + Array1->5->Element1\nlength = Array0->6 + Array1->6\n}}\n}\nrun test5 for 3 expect 0\npred test35 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->0->Element0\nlength = Array0->3\n}}\n}\nrun test35 for 3 expect 1\npred test34 {\nsome disj Element0: Element {some disj Array0: Array {\nElement = Element0\nArray = Array0\ni2e = Array0->1->Element0\nlength = Array0->1\n}}\n}\nrun test34 for 3 expect 0\n","avg_line_length":28.9104477612,"max_line_length":363,"alphanum_fraction":0.701600413}
{"size":4470,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n{  all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student } \n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv14\n}\n\nassert __repair {\n\tinv14 <=> {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.4347826087,"max_line_length":128,"alphanum_fraction":0.6760626398}
{"size":3039,"ext":"als","lang":"Alloy","max_stars_count":4.0,"content":"module tests\/test49 -- example created by Daniel Jackson\n\nopen util\/ordering[Time] as time\n\nsig Key {issued: set Time}\nsig Time {}\n\nsig Card {k1, k2: Key}\nsig Room {\n    k1, k2: Key one -> Time,\n    prev:  Key lone -> Time,\n    occ: Guest -> Time\n    }\n   {\n    occ.canChangeIn [Checkin + Checkout]\n    }\n\nsig Guest {\n    holds: Card -> Time\n    }\n\npred init (t: Time) {\n    prev.t = k2.t\n    (k1 + k2).t in Room lone -> Key\n    issued.t = Room.(k1+k2).t\n    no holds.t and no occ.t\n    }\n\nabstract sig HotelEvent {\n    pre, post: Time,\n    guest: Guest\n    }\n\nabstract sig RoomCardEvent extends HotelEvent {\n    room: Room,\n    card: Card\n    }\n\nsig Checkin extends RoomCardEvent { }\n    {\n    no room.occ.pre\n    card.k1 = room.prev.pre\n    card.k2 not in issued.pre\n    holds.post = holds.pre + guest -> card\n    issued.post = issued.pre + card.k2\n    prev.post = prev.pre ++ room -> card.k2\n    occ.post = occ.pre + room -> guest\n    }\n\nabstract sig Enter extends RoomCardEvent { }\n    {\n    card in guest.holds.pre\n    }\n\nsig NormalEnter extends Enter { }\n    {\n    card.k1 = room.k1.pre\n    card.k2 = room.k2.pre\n    }\n\nsig RecodeEnter extends Enter { }\n    {\n    card.k1 = room.k2.pre\n    k1.post = k1.pre ++ room -> card.k1\n    k2.post = k2.pre ++ room -> card.k2\n    }\n\nsig Checkout extends HotelEvent { }\n    {\n    some occ.pre.guest\n    occ.post = occ.pre - Room -> guest\n    }\n\nfact {\n    occ.canChangeIn [Checkin + Checkout]\n\n            (Checkin + Checkout).allows [occ]\n}\n\npred allows (he: HotelEvent, field: univ -> univ -> Time) {\n    all e: HotelEvent | field.(e.pre) = field.(e.post) or e in he\n    }\npred canChangeIn (field: univ -> univ -> Time, events: set HotelEvent) {\n    all e: HotelEvent | field.(e.pre) = field.(e.post) or e in events\n    }\npred allows (he: HotelEvent, field: univ -> Time) {\n    all e: HotelEvent | field.(e.pre) = field.(e.post) or e in he\n    }\npred canChangeIn (field: univ -> Time, events: set HotelEvent) {\n    all e: HotelEvent | field.(e.pre) = field.(e.post) or e in events\n    }\n\nfact Traces {\n    first.init\n\n    all t: Time - last | let t' = t.next |\n        some e: HotelEvent {\n            e.pre = t and e.post = t'\n\n            (Checkin+Checkout).allows [occ]\n\n            k1.t = k1.t' and k2.t = k2.t' or e in RecodeEnter\n            (Room<:prev).t = prev.t' and issued.t = issued.t' and holds.t = holds.t' or e in Checkin\n            occ.t = occ.t' or e in Checkin + Checkout\n            }\n    }\n\nrun {some Checkout} expect 1\n\nassert NoBadEntry {\n    all e: Enter | let occs = occ.(e.pre) [e.room] |\n        some occs => e.guest in occs\n--      e.guest in occs\n    }\ncheck NoBadEntry for 3 but 2 Room, 2 Guest, 5 Time, 4 HotelEvent expect 0\ncheck NoBadEntry for 5 expect 0\ncheck NoBadEntry for 3 but 7 Key, 4 Card, 1 Room, 2 Guest, 7 Time, 6 HotelEvent expect 0\ncheck NoBadEntry for 3 but 2 Room, 2 Guest, 6 Time, 5 HotelEvent expect 0\n\nfact NoIntervening {\n    all c: Checkin - pre.last |\n        some e: Enter | e.pre = c.post and e.room = c.room and e.guest = c.guest\n    }\n","avg_line_length":24.5080645161,"max_line_length":100,"alphanum_fraction":0.594603488}
{"size":89432,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student --correct\n-- all p:Person | p in Teacher  --incorrect 1\n-- all p:Person | p not in Person  --incorrect 2\n-- all p:Person | p not in Teacher  --incorrect 3\n-- all s:Student | s in Person  --incorrect 4\n-- no Teacher  --incorrect 5\n-- Person & Teacher = none  --incorrect 6\n-- Student in Person  --incorrect 7\n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher --correct\n-- all p1,p2:Person | p1 -> p2 in Teaches implies no p1  --incorrect 1\n-- all p:Person | p in Student  --incorrect 2\n-- all x : Person | x not in Person  --incorrect 3\n-- no Teaches  --incorrect 4\n-- no Tutors  --incorrect 5\n-- Person in Student  --incorrect 6\n-- some Teacher --incorrect 7\n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher --correct\n-- (Person in Student and Person in Teacher)  --incorrect 1\n-- (Person in Student and Person not in Teacher) or (Person not in Student and Person in Teacher)  --incorrect 2\n-- (Person in Teacher) iff not (Person in Student)  --incorrect 3\n-- all p : Person | (p in Student and p not in Teacher)  --incorrect 4\n-- all p : Person | (p in Student and p not in Teacher) or (p in Teacher and p not in Student)  --incorrect 5\n-- all p : Person | (p in Student or p in Teacher)  --incorrect 6\n-- all p : Person | (p in Teacher or p in Student)  --incorrect 7\n-- all p : Person | p in Student and p not in Teacher  --incorrect 8\n-- all p : Person | p in Student or p in Teacher  --incorrect 9\n-- all p : Person | p in Student or p not in Teacher  --incorrect 10\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 11\n-- all p:Person | not (p in Student and p not in Teacher)   --incorrect 12\n-- all p:Person | p in Student and p in Teacher  --incorrect 13\n-- all p:Person | p in Student and p not in Teacher   --incorrect 14\n-- all p:Person | p in Student implies p in Teacher    --incorrect 15\n-- all p:Person | p in Student or p in Teacher  --incorrect 16\n-- all p:Person | p in Student or p in Teacher   --incorrect 17\n-- all p:Person | p in Student or p in Teacher    --incorrect 18\n-- no Person & Teacher  --incorrect 19\n-- no Student & Student  --incorrect 20\n-- not (Person in (Student & Teacher))  --incorrect 21\n-- not (Person in Student and Person in Teacher)  --incorrect 22\n-- Person & Teacher = none  --incorrect 23\n-- Person in (Student & Teacher) --incorrect 24\n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) --correct\n-- (Person in Student) iff not (Person in Teacher)  --incorrect 1\n-- (Person in Student) or (Person in Teacher)  --incorrect 2\n-- all p : Person | p in Student or p in Teacher and inv3  --incorrect 3\n-- all p : Person | p not in Student and p not in Teacher  --incorrect 4\n-- all p : Person | p not in Student or p not in Teacher  --incorrect 5\n-- all p: Person | (p not in Teacher and p not in Student)  --incorrect 6\n-- all p: Person | p not in Teacher and p not in Student  --incorrect 7\n-- all p:Person | p != Student implies p = Teacher  --incorrect 8\n-- all p:Person | p in Student implies p not in Teacher  --incorrect 9\n-- all p:Person | p not in Student and p not in Teacher  --incorrect 10\n-- all p:Person | p not in Student implies p = Teacher  --incorrect 11\n-- all p:Person | p not in Student implies p not in Teacher  --incorrect 12\n-- all p:Person | p not in Student or p not in Teacher  --incorrect 13\n-- all x : Person | x not in Student and x not in Teacher  --incorrect 14\n-- no (Person&Teacher) and no (Person&Student)  --incorrect 15\n-- no (Person-Teacher) and no (Person-Student)  --incorrect 16\n-- no (Student & Teacher)  --incorrect 17\n-- no (Student + Teacher)  --incorrect 18\n-- no (Teacher + Student)  --incorrect 19\n-- no Student & Teacher  --incorrect 20\n-- no Student + Teacher  --incorrect 21\n-- no Student+Teacher  --incorrect 22\n-- no Teacher & Student  --incorrect 23\n-- no Teacher+Student  --incorrect 24\n-- Person - Teacher = Person  --incorrect 25\n-- Person - Teacher = Student  --incorrect 26\n-- Person in Student & Teacher  --incorrect 27\n-- some Person no Student and no Teacher  --incorrect 28\n-- some Student & Teacher  --incorrect 29\n-- some Student + Person  --incorrect 30\n-- some Student + Teacher  --incorrect 31\n-- Student + Teacher in none --incorrect 32\n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches --correct\n-- all c : Class | some t : Teacher | t->c in Teaches   --incorrect 1\n-- all p:Person | p in Person      --incorrect 2\n-- all p:Person | some c: Class | p in Teacher implies (p->c in Teaches)      --incorrect 3\n-- all p:Person | some c: Class | p->c in Teaches      --incorrect 4\n-- all p:Person | some c: Class |p in Person      --incorrect 5\n-- all p:Person | some Teaches.Class  --incorrect 6\n-- all p:Person | some Teaches.p  --incorrect 7\n-- all p:Teacher | some c: Class | (p->c in Teaches)      --incorrect 8\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 9\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 10\n-- all t : Teacher | some t.Teaches  --incorrect 11\n-- all t:Teacher | some c:Class | c in t.Teaches  --incorrect 12\n-- all t:Teacher | some t.Teaches  --incorrect 13\n-- all t:Teacher | t in Group   --incorrect 14\n-- all t:Teacher | t.Teaches in Class  --incorrect 15\n-- all t:Teacher,c:Class | t->c in Teaches    --incorrect 16\n-- all x : Teacher | some y : Class | x->y in Teaches  --incorrect 17\n-- Class in Class.Teaches  --incorrect 18\n-- Class in Teacher  --incorrect 19\n-- Class in Teaches.Class  --incorrect 20\n-- Class->Teacher->Group in Groups  --incorrect 21\n-- Person.Teaches in Class  --incorrect 22\n-- some c : Class | c in Teacher  --incorrect 23\n-- some c : Class | some p : Person | p in Teacher  --incorrect 24\n-- some c : Class | Teacher->c in Teaches  --incorrect 25\n-- some c : Class, t : Teacher, g: Group | c->t->g in Groups  --incorrect 26\n-- some c:Class | c in Teacher  --incorrect 27\n-- some c:Class | c in Teacher   --incorrect 28\n-- some c:Class, t:Teacher | c->t in Teaches  --incorrect 29\n-- some Class  --incorrect 30\n-- some Class.Teaches  --incorrect 31\n-- some p:Person | p.Teaches in Class  --incorrect 32\n-- some p:Teacher | p.Teaches in Class  --incorrect 33\n-- some Person.Teaches  --incorrect 34\n-- some t : Teacher | t in Class  --incorrect 35\n-- some t : Teacher | t.Teaches in Class  --incorrect 36\n-- some t:Teacher | (all c:Class | t->c in Teaches)  --incorrect 37\n-- some t:Teacher | t in Class  --incorrect 38\n-- some Teacher & Class  --incorrect 39\n-- some Teacher <: Person.Teaches  --incorrect 40\n-- some Teacher->Class  --incorrect 41\n-- some Teaches  --incorrect 42\n-- some Teaches . Class  --incorrect 43\n-- some Teaches.Class  --incorrect 44\n-- some Teaches.Teaches  --incorrect 45\n-- some x : Class | x in Group and x in Teacher  --incorrect 46\n-- some x : Class | x in Group implies x in Teacher  --incorrect 47\n-- some x : Class | x in Teacher  --incorrect 48\n-- some x : Person | x in Teacher and x in Class  --incorrect 49\n-- some x : Person | x in Teacher and x in Group and x in Class  --incorrect 50\n-- some x : Teacher | all y : Class | x->y in Teaches  --incorrect 51\n-- some x : Teacher | x in Class  --incorrect 52\n-- Teacher in Class  --incorrect 53\n-- Teacher in Teaches.Class  --incorrect 54\n-- Teacher.Teaches & Teacher in Class  --incorrect 55\n-- Teacher.Teaches & Teacher in Class   --incorrect 56\n-- Teacher.Teaches in Class  --incorrect 57\n-- Teaches.Teacher in Class --incorrect 58\n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class --correct\n-- (Teacher . (Teacher <: Teaches)) = Person  --incorrect 1\n-- all p : Person | some c : Class | p -> c in Teaches   --incorrect 2\n-- all p:Person | some c:Class | p in Teacher implies p->c in Teaches   --incorrect 3\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches  --incorrect 4\n-- all p:Person,c:Class | p in Teacher implies p->c in Teaches   --incorrect 5\n-- all p:Person,c:Class | p->c in Teaches   --incorrect 6\n-- all p:Person,c:Class,g:Group | p in Teacher implies c->p->g in Groups   --incorrect 7\n-- all t : Teacher | inv5  --incorrect 8\n-- all t:Teacher, c:Class | c->t in Teaches  --incorrect 9\n-- all t:Teacher, c:Class | t->c in Teaches  --incorrect 10\n-- all t:Teacher,c:Class | t->c in Teaches  --incorrect 11\n-- all t:Teacher,c:Class | t->c in Teaches   --incorrect 12\n-- all x : Person | x in Teacher implies x in Class  --incorrect 13\n-- all x : Teacher, y : Class  | x->y in Teaches  --incorrect 14\n-- Class in Teacher.Teaches  --incorrect 15\n-- Class.Teaches = Teacher  --incorrect 16\n-- iden in ~Teaches.Teaches  --incorrect 17\n-- some c : Class | Teacher->c in Teaches   --incorrect 18\n-- some Teacher.Teaches  --incorrect 19\n-- some Teacher<:Teaches  --incorrect 20\n-- some x : Person | x in Teacher and x in Class  --incorrect 21\n-- Teacher . (Teacher <: Teaches) = Person  --incorrect 22\n-- Teacher = Teacher.Teaches  --incorrect 23\n-- Teacher = Teaches.Class  --incorrect 24\n-- Teacher = Teaches.Teacher  --incorrect 25\n-- Teacher in Class.Teaches  --incorrect 26\n-- Teacher in Teacher.Teaches  --incorrect 27\n-- Teacher in Teaches.Person  --incorrect 28\n-- Teacher in Teaches.Teacher  --incorrect 29\n-- Teacher.Teaches = Class  --incorrect 30\n-- Teacher.Teaches in Class  --incorrect 31\n-- Teacher.Teaches in Teacher  --incorrect 32\n-- Teaches . Teacher = Person  --incorrect 33\n-- Teaches.Class = Class  --incorrect 34\n-- Teaches.Class = Teacher  --incorrect 35\n-- Teaches.Person = Teacher  --incorrect 36\n-- Teaches.Teacher = Class  --incorrect 37\n-- Teaches.Teacher = Teacher  --incorrect 38\n-- ~Teaches.Teaches in iden --incorrect 39\n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches --correct\n-- all c : Class | (Teaches . c) in Teacher  --incorrect 1\n-- all c : Class | some c.Groups  --incorrect 2\n-- all c : Class | some Teaches.c   --incorrect 3\n-- all c : Class | Teacher -> c in Teaches  --incorrect 4\n-- all c : Class | Teacher in Teaches . c  --incorrect 5\n-- all c : Class | Teaches . c in Teacher  --incorrect 6\n-- all c : Class | Teaches.c in Teacher  --incorrect 7\n-- all c:Class | some c.Teaches  --incorrect 8\n-- all c:Class | some c.~Teaches  --incorrect 9\n-- all c:Class | some Teaches.c  --incorrect 10\n-- all c:Class | some Teaches.~Teaches  --incorrect 11\n-- all t : Teacher | some c : Class | t->c in Teaches   --incorrect 12\n-- all x : Class | some y : Teacher | x->y in Teaches  --incorrect 13\n-- Class in (Teacher <: Teaches.Class)  --incorrect 14\n-- Class in Class.Teaches  --incorrect 15\n-- Class in Person . Teaches  --incorrect 16\n-- Class in Person.Teaches  --incorrect 17\n-- Class in Teaches . Class  --incorrect 18\n-- Class in Teaches.Class  --incorrect 19\n-- Class in Teaches.Person  --incorrect 20\n-- Class in Teaches.Teacher  --incorrect 21\n-- some  Teacher & Teaches.Class  --incorrect 22\n-- some (Teaches.Class & Teacher)  --incorrect 23\n-- some Class<:Teaches  --incorrect 24\n-- some t : Teacher | all c : Class | t->c in Teaches   --incorrect 25\n-- some Teacher <: Teaches.Class   --incorrect 26\n-- some Teacher.Teaches & Teaches.Class  --incorrect 27\n-- some Teaches.Class  --incorrect 28\n-- Teacher in Person . Teaches  --incorrect 29\n-- Teacher in Teacher.Teaches  --incorrect 30\n-- Teacher in Teacher.Teaches    --incorrect 31\n-- Teacher.Teaches in Class  --incorrect 32\n-- Teacher.Teaches in Teaches.Class  --incorrect 33\n-- Teaches . Class = Class  --incorrect 34\n-- Teaches in Teacher some -> Class  --incorrect 35\n-- Teaches in Teacher some->Class  --incorrect 36\n-- Teaches.Class = Teacher  --incorrect 37\n-- Teaches.Class in Teacher  --incorrect 38\n-- Teaches.Teacher = Class --incorrect 39\n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches --correct\n-- (Teacher<:Teaches).(Teacher<:Teaches) in iden  --incorrect 1\n-- all c : Class | lone Teacher -> c & Teaches  --incorrect 2\n-- all c1,c2:Class | some t:Teacher | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 3\n-- all c:Class | (some t1:Teacher , t2:Teacher | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2)  --incorrect 4\n-- all c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 5\n-- all t : Teacher | one c : Class | t->c in Teaches  --incorrect 6\n-- all t : Teacher | one c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 7\n-- all t : Teacher | some c1,c2 : Class | t -> c1 in Teaches and t -> c2 in Teaches implies c1 = c2    --incorrect 8\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1 = c2  --incorrect 9\n-- all t : Teacher | some c1,c2 : Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 10\n-- all t : Teacher | some x,y : Class | t->x in Teaches and t->y in Teaches implies x=y  --incorrect 11\n-- all t1,t2:Teacher | some c1,c2:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 12\n-- all t1,t2:Teacher | some c1:Class | t1->c1 in Teaches and t2->c1 in Teaches implies t1=t2  --incorrect 13\n-- all t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 14\n-- all t:Person | lone t.Teaches  --incorrect 15\n-- all t:Teacher | all c:Class | t->c in Teaches implies c=1  --incorrect 16\n-- all t:Teacher | all c:Class | t->c in Teaches implies one c  --incorrect 17\n-- all t:Teacher | lone Teaches.Class   --incorrect 18\n-- all t:Teacher | lone Teaches.t  --incorrect 19\n-- all t:Teacher | one t.Teaches  --incorrect 20\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2  --incorrect 21\n-- all t:Teacher | some c1,c2:Class | t->c1 in Teaches and t->c2 in Teaches implies c1=c2   --incorrect 22\n-- all t:Teacher | some t.Teaches  --incorrect 23\n-- all x : Teacher | some y,z : Class  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 24\n-- all x : Teacher | some y,z : Class | x->y in Teaches and x->z in Teaches implies y=z  --incorrect 25\n-- Class in Teacher.Teaches  --incorrect 26\n-- lone  Teacher.Teaches  --incorrect 27\n-- lone Person.Teaches  --incorrect 28\n-- lone Teacher.Teaches  --incorrect 29\n-- lone Teacher.Teaches   --incorrect 30\n-- lone Teaches.Class  --incorrect 31\n-- one Teacher->Teaches  --incorrect 32\n-- one Teacher.Teaches  --incorrect 33\n-- one Teaches.Class  --incorrect 34\n-- some c:Class | (some t:Teacher | t->c in Teaches)  --incorrect 35\n-- some t1:Teacher , c:Class | t1->c in Teaches or not t1->c in Teaches  --incorrect 36\n-- some t1:Teacher , t2:Teacher , c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2  --incorrect 37\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches and not t2->c in Teaches)  --incorrect 38\n-- some t1:Teacher , t2:Teacher, c:Class | (t1->c in Teaches and t2->c in Teaches) implies t1 = t2 or (not t1->c in Teaches or not t2->c in Teaches)  --incorrect 39\n-- some t:Teacher | (some c:Class | t->c in Teaches)  --incorrect 40\n-- Teaches in Teacher -> lone Class  --incorrect 41\n-- Teaches.~Teaches in iden  --incorrect 42\n-- ~Teaches . Teaches in iden  --incorrect 43\n-- ~Teaches.Teaches in iden --incorrect 44\n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher --correct\n-- all c : Class | lone Person -> c & Teaches  --incorrect 1\n-- all c : Class | lone Teacher  --incorrect 2\n-- all c : Class | lone Teacher.Teaches  --incorrect 3\n-- all c : Class | lone Teaches.c  --incorrect 4\n-- all c : Class | not (lone Person -> c & Teaches)  --incorrect 5\n-- all c : Class | not (lone Teacher -> c & Teaches)  --incorrect 6\n-- all c : Class | not lone Teacher -> c & Teaches  --incorrect 7\n-- all c : Class | not lone Teaches.c  --incorrect 8\n-- all c : Class | one t : Teacher | t->c in Teaches  --incorrect 9\n-- all c : Class | some y, z : Teacher | y->c in Teaches and z->c in Teaches implies z = y  --incorrect 10\n-- all c : Class | Teacher in Teaches.c  --incorrect 11\n-- all c : Class, t : Teacher | t->c in Teaches  --incorrect 12\n-- all c : Teacher.Teaches | one Teacher  --incorrect 13\n-- all c : Teaches.Class | one Teacher  --incorrect 14\n-- all c:Class | lone c.Teaches  --incorrect 15\n-- all c:Class | lone c.Teaches & Teacher  --incorrect 16\n-- all c:Class | lone c.~Teaches  --incorrect 17\n-- all c:Class | lone Teacher.Teaches  --incorrect 18\n-- all c:Class | lone Teacher.Teaches:>c  --incorrect 19\n-- all c:Class | lone Teacher.Teaches<:c  --incorrect 20\n-- all c:Class | lone Teaches.c  --incorrect 21\n-- all c:Class | one Teacher.Teaches:>c  --incorrect 22\n-- all c:Class | some t1,t2:Teacher | t1->c in Teaches and t2->c in Teaches implies t1=t2  --incorrect 23\n-- all c:Class |some t:Teacher | lone c.~Teaches and lone t.Teaches  --incorrect 24\n-- all c:Class,p:Person | lone Teaches->c  --incorrect 25\n-- all c:Class,p:Person | lone Teaches->c and lone p->Teaches  --incorrect 26\n-- all c:Class,p:Person | lone Teaches.c and lone p.Teaches  --incorrect 27\n-- all c:Class,p:Teacher | lone Teaches.c && lone p.Teaches  --incorrect 28\n-- all c:Class,p:Teacher | lone Teaches.c and lone p.Teaches  --incorrect 29\n-- all c:Class,p:Teacher | lone Teaches.c implies lone p.Teaches  --incorrect 30\n-- all c:Class,t1,t2:Teacher | t1->c in Teaches  --incorrect 31\n-- all c:Class,t:Teacher | lone t.Teaches:>c  --incorrect 32\n-- all c:Class,t:Teacher | lone Teaches.c  --incorrect 33\n-- all c:Class,t:Teacher | lone Teaches.c:>t  --incorrect 34\n-- all c:Class,t:Teacher | one t.Teaches:>c  --incorrect 35\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches and t2->c in Teaches implies t1->t2 not in Teaches  --incorrect 36\n-- all t1,t2 : Teacher, c : Class | t1->c in Teaches implies t2->c not in Teaches  --incorrect 37\n-- all t:Teacher | (lone t.Teaches) and (lone t->Groups)  --incorrect 38\n-- all t:Teacher | (lone t.Teaches) and (lone t.Groups)  --incorrect 39\n-- all t:Teacher | lone t.Teaches  --incorrect 40\n-- all t:Teacher | lone t.Teaches and (no Student & Teacher)  --incorrect 41\n-- all t:Teacher | lone t.Teaches and lone t.Groups  --incorrect 42\n-- all t:Teacher | lone Teaches.t  --incorrect 43\n-- all t:Teacher | one t.Teaches  --incorrect 44\n-- all x : Class, y,z : Teacher  | (x->y in Teaches and x->z in Teaches) implies y=z  --incorrect 45\n-- Class.~Teaches.Teaches in Class  --incorrect 46\n-- lone Teacher.Teaches  --incorrect 47\n-- lone Teaches.Class  --incorrect 48\n-- lone Teaches.~Teaches  --incorrect 49\n-- no c : Class | #Teaches.c > 1  --incorrect 50\n-- no Class.Teaches  --incorrect 51\n-- no Class.~Teaches  --incorrect 52\n-- no Class.~Teaches.Teaches  --incorrect 53\n-- some c : Class | Teacher in Teaches.c  --incorrect 54\n-- Teacher <: Teaches.~Teaches in iden  --incorrect 55\n-- Teacher in Teaches.Class  --incorrect 56\n-- Teaches . ~Teaches in iden  --incorrect 57\n-- Teaches.~Teaches in iden  --incorrect 58\n-- ~(Teacher <: Teaches).(Teacher <: Teaches) in iden  --incorrect 59\n-- ~(Teaches :> Class).(Teaches :> Class) in iden  --incorrect 60\n-- ~(Teaches:>Class).(Teaches:>Class) in iden  --incorrect 61\n-- ~Teaches.Teaches in iden  --incorrect 62\n-- ~Teaches.Teaches in iden  --incorrect 63\n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n--\tall c:Class, s:Student | some s.(c.Groups) --correct\n-- ((Class . Groups) . Group & Student) = Student  --incorrect 1\n-- ((Class . Groups) . Group) & Student = Student  --incorrect 2\n-- ((Class . Groups) . Group) = Student  --incorrect 3\n-- (Class . Groups) . Group & Student = Student  --incorrect 4\n-- (Class . Groups) . Group = Student  --incorrect 5\n-- (Class . Groups) . Group in Student  --incorrect 6\n-- (Student <: Class.Groups.Group) in Student  --incorrect 7\n-- all c : Class | (c . Groups) . Group = Student  --incorrect 8\n-- all c : Class | c . Groups . Group = Student  --incorrect 9\n-- all c : Class, s : Student | one s.(c.Groups)  --incorrect 10\n-- all c : Class, s : Student | some c . Groups . s  --incorrect 11\n-- all c:Class , g:Group | all s:Student | s in Class   --incorrect 12\n-- all c:Class , g:Group | c in Class  --incorrect 13\n{#m#()  all c:Class , g:Group | c in Class and g in Group } --incorrect 14 \n-- all c:Class | lone c.Groups  --incorrect 15\n-- all c:Class | some c.Groups  --incorrect 16\n-- all c:Class | some c.Groups   --incorrect 17\n-- all c:Class | some c.Groups.Student  --incorrect 18\n-- all c:Class | Student = c.(Groups.Group)  --incorrect 19\n-- all c:Class | Student = c.Groups.Group  --incorrect 20\n-- all c:Class, s:Student | s->Group in c.Groups  --incorrect 21\n-- all c:Class, s:Student | some c.Groups.s  --incorrect 22\n-- all c:Class,s:Student | some g:Group | s->c->g in Groups  --incorrect 23\n-- all p : Student | some c : Class, g : Group | c->c->g in Groups  --incorrect 24\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups  --incorrect 25\n-- all s : Student | some (Class . Groups) . Group  --incorrect 26\n-- all s : Student | some s <: (Class . Groups)  --incorrect 27\n-- all s : Student | some s.(Class.Groups)  --incorrect 28\n-- all s : Student, c : Class | s in Teaches.Class  --incorrect 29\n-- all s : Student, c: Class | some g : Group | s->c->g in Groups  --incorrect 30\n-- all x : Class , y : Student | y in Group  --incorrect 31\n-- all x : Class, y : Student | y in Group  --incorrect 32\n-- all x : Student | x in Group  --incorrect 33\n-- Class . Groups . Group = Student  --incorrect 34\n-- no Student & Class.Groups.Group  --incorrect 35\n-- some Student & ((Class . Groups) . Group)  --incorrect 36\n-- some Student & (Class . Groups) . Group  --incorrect 37\n-- some Student.(Class.Groups)  --incorrect 38\n-- some Student.Groups  --incorrect 39\n-- Student . (Class . Groups) = Student  --incorrect 40\n-- Student = Class.Groups.Group  --incorrect 41\n-- Student in Class . Groups . Group  --incorrect 42\n-- Student in Class.Groups.Group  --incorrect 43\n-- Student in Class.Groups.Group --incorrect 44\n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n-- all c : Class | (some c.Groups implies some (c.Teaches & Teacher))  --incorrect 1\n-- all c : Class | (some g : Group, t : Teacher | c->t->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 2\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher |  c->t in Teaches   --incorrect 3\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t :Teacher |  c->t in Teaches   --incorrect 4\n-- all c : Class | (some s : Student, g : Group | c->s->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 5\n-- all c : Class | all s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 6\n-- all c : Class | all t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 7\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 8\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)   --incorrect 9\n-- all c : Class | all t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 10\n-- all c : Class | c in (Teacher.Teaches)  --incorrect 11\n-- all c : Class | lone (c.Groups).(Teacher.Teaches)  --incorrect 12\n-- all c : Class | no (Teacher<:Teaches).(c.Groups)  --incorrect 13\n-- all c : Class | no Teacher.(c.Groups)  --incorrect 14\n-- all c : Class | no Teaches.(c.Groups)  --incorrect 15\n-- all c : Class | one (c.Groups).(Teacher.Teaches)  --incorrect 16\n-- all c : Class | some  Teacher.(c.Groups)  --incorrect 17\n-- all c : Class | some (c.Groups) implies Teacher = Teacher  --incorrect 18\n-- all c : Class | some (c.Groups).(Teacher.Teaches)  --incorrect 19\n-- all c : Class | some (c.Groups).(Teacher<:Teaches)  --incorrect 20\n-- all c : Class | some (c.Groups).Teacher  --incorrect 21\n-- all c : Class | some (c.Groups).Teaches  --incorrect 22\n-- all c : Class | some (Groups).(Teacher.Teaches)  --incorrect 23\n-- all c : Class | some (Teacher<:Teaches).c  --incorrect 24\n-- all c : Class | some c.(Groups.Teacher)  --incorrect 25\n-- all c : Class | some c.Groups  --incorrect 26\n-- all c : Class | some g : Group, t : Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 27\n-- all c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 28\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher |  t->c in Teaches   --incorrect 29\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 30\n-- all c : Class | some p : Person, g : Group, t : Teacher | c->p->g in Groups implies t->c in Teaches   --incorrect 31\n-- all c : Class | some p : Person, g : Group, t :Teacher | c->t->g in Groups implies c->t in Teaches   --incorrect 32\n-- all c : Class | some s : Person, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 33\n-- all c : Class | some s : Student | all g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 34\n-- all c : Class | some s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 35\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 36\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 37\n-- all c : Class | some s : Student, g : Group, t : Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 38\n-- all c : Class | some t : Teacher | ((t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups))  --incorrect 39\n-- all c : Class | some t : Teacher | (some p : Person, g : Group | c -> p -> g in Groups) implies t -> c in Teaches  --incorrect 40\n-- all c : Class | some t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 41\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 42\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | c->s->g in Groups implies t->c in Teaches  --incorrect 43\n-- all c : Class | some t : Teacher | some s : Student | some g : Group | t->c in Teaches implies c->s->g in Groups  --incorrect 44\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 45\n-- all c : Class | some t : Teacher | t -> c not in Teaches implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 46\n-- all c : Class | some t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 47\n-- all c : Class | some Teacher & Teaches.c  --incorrect 48\n-- all c : Class | some Teacher.(c.Groups)  --incorrect 49\n-- all c : Class | some Teacher.(c.Groups).(Teacher<:Teaches)  --incorrect 50\n-- all c : Class | some Teacher.Teaches  --incorrect 51\n-- all c : Class | some Teaches.c.Groups  --incorrect 52\n-- all c : Class, p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 53\n-- all c : Class, s : Student | some g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 54\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies (some t : Teacher | t->c in Teaches)  --incorrect 55\n-- all c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 56\n-- all c : Class, s : Student, g : Group | some t : Teacher | t->c in Teaches  implies c->s->g in Groups  --incorrect 57\n-- all c : Class, t : Person | (t -> c in Teaches) implies (all p : Person, g : Group | c -> p -> g in Groups)  --incorrect 58\n-- all c : Class, t : Person | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 59\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 60\n-- all c : Class, t : Teacher | (t -> c not in Teaches) implies not (some p : Person, g : Group | c -> p -> g in Groups)  --incorrect 61\n-- all c : Class, t : Teacher, g : Group | c->t in Teaches implies c->t->g in Groups  --incorrect 62\n-- all c : Class, t, s : Person, g : Group | (t -> c not in Teaches) implies c -> s -> g not in Groups   --incorrect 63\n-- all c : Class, t: Teacher | t->c in Teaches implies some s:Student,g:Group | c->s->g in Groups  --incorrect 64\n-- all c : Class, t: Teacher | t->c not in Teaches implies not some s:Student,g:Group | c->s->g in Groups  --incorrect 65\n-- all c: Class | some c.Groups implies some Teaches.c  --incorrect 66\n-- all c: Class | some Groups implies some Teaches.c  --incorrect 67\n-- all c: Class | some Groups implies some Teaches.c :> Teacher  --incorrect 68\n-- all c: Class | some s: Student, t: Teacher, g: Group | c->s->g in Groups implies t->c in Teaches  --incorrect 69\n-- all c: Class | some t :Teacher | t->c in Teaches and some c.Groups  --incorrect 70\n-- all c: Class | some t: Teacher , p: Person , g: Group| (c->p->g in Groups) implies (t->c in Teaches)  --incorrect 71\n-- all c: Class | some t: Teacher , p: Person , g: Group| c->p->g in Groups implies (t->c in Teaches)  --incorrect 72\n-- all c: Class, g: Group | some s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 73\n-- all c: Class, g: Group | some t: Teacher , p: Person | c->p->g in Groups implies (t->c in Teaches)  --incorrect 74\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 75\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 76\n-- all c: Class, g: Group, s: Student | some t: Teacher | c->s->g in Groups implies t->c in Teaches and t != s   --incorrect 77\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies (t->c in Teaches and t != s)  --incorrect 78\n-- all c: Class, g: Group, s: Student, t: Teacher | c->s->g in Groups implies t->c in Teaches  --incorrect 79\n-- all c: Class, s: Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 80\n-- all c: Class, s:Student, g: Group | some t: Teacher | (c->t not in Teaches) implies c->s->g not in Groups  --incorrect 81\n-- all c:Class | (some c.Groups iff some c.~Teaches )      --incorrect 82\n-- all c:Class | (some c.Groups iff some t:Teacher| c in t.Teaches)  --incorrect 83\n-- all c:Class | c->Person->Group in Groups implies Person in Teacher  --incorrect 84\n-- all c:Class | lone c.Groups implies (some Teaches.c & Teacher)  --incorrect 85\n-- all c:Class | lone c.Groups implies some Teaches.c  --incorrect 86\n-- all c:Class | lone c.Groups implies some Teaches.c & Teacher  --incorrect 87\n-- all c:Class | no c.Groups  --incorrect 88\n-- all c:Class | no c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 89\n-- all c:Class | no Person.(c.Groups)  --incorrect 90\n-- all c:Class | one Teacher.(c.Groups)  --incorrect 91\n-- all c:Class | some (c.Groups).Person  --incorrect 92\n-- all c:Class | some c.Groups  --incorrect 93\n-- all c:Class | some c.Groups   --incorrect 94\n-- all c:Class | some c.Groups iff one t:Teacher | c in t.Teaches  --incorrect 95\n-- all c:Class | some c.Groups iff some t:Teacher | c in t.Teaches  --incorrect 96\n-- all c:Class | some c.Groups iff some t:Teacher| c in t.Teaches  --incorrect 97\n-- all c:Class | some c.Groups implies (some Teaches.c && lone Teaches.c)  --incorrect 98\n-- all c:Class | some c.Groups implies some Teaches.c  --incorrect 99\n-- all c:Class | some c.Groups.Group  --incorrect 100\n-- all c:Class | some c.Groups.Person  --incorrect 101\n-- all c:Class | some c.Groups.Person   --incorrect 102\n-- all c:Class | some g:Group, p:Person | c->p->g in Groups implies p in Teacher  --incorrect 103\n-- all c:Class | some g:Group, t:Teacher | c->Person->g in Groups implies c in t.Teaches  --incorrect 104\n-- all c:Class | some g:Group, t:Teacher | c->t->g in Groups  --incorrect 105\n-- all c:Class | some g:Group, t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 106\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies c in t.Teaches  --incorrect 107\n-- all c:Class | some g:Group, t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 108\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups  --incorrect 109\n-- all c:Class | some g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 110\n-- all c:Class | some Groups   --incorrect 111\n-- all c:Class | some Groups.c implies some Teaches.c  --incorrect 112\n-- all c:Class | some Groups.Person   --incorrect 113\n-- all c:Class | some p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 114\n-- all c:Class | some p:Person | c->p->Group in Groups implies p in Teacher  --incorrect 115\n-- all c:Class | some p:Person | c->p->Group in Groups implies Person in Teacher  --incorrect 116\n-- all c:Class | some p:Person,g:Group | c->p->g in Groups implies p in Teacher  --incorrect 117\n-- all c:Class | some Person.(c.Groups)  --incorrect 118\n-- all c:Class | some t:Teacher | c->t in Teaches  --incorrect 119\n-- all c:Class | some t:Teacher | some c.Groups   --incorrect 120\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.Teaches   --incorrect 121\n-- all c:Class | some t:Teacher | some c.Groups implies c in t.~Teaches   --incorrect 122\n-- all c:Class | some t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 123\n-- all c:Class | some t:Teacher | some c.Groups.Group implies c in t.Teaches   --incorrect 124\n-- all c:Class | some t:Teacher | some c.Groups.Group implies t->c in Teaches  --incorrect 125\n-- all c:Class | some t:Teacher | some c.Groups.Person implies t->c in Teaches  --incorrect 126\n-- all c:Class | some t:Teacher | some c.Groups.t implies c in t.Teaches   --incorrect 127\n-- all c:Class | some t:Teacher | t->c in Teaches  --incorrect 128\n-- all c:Class | some t:Teacher | t->c in Teaches implies some g:Group | some c.Groups.g  --incorrect 129\n-- all c:Class | some t:Teacher,g:Group | c->t->g in Groups   --incorrect 130\n-- all c:Class | some t:Teacher,g:Group | some c.Groups   --incorrect 131\n-- all c:Class | some t:Teacher,g:Group | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 132\n-- all c:Class | some Teacher.(c.Groups)  --incorrect 133\n-- all c:Class |some g:Group,t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 134\n-- all c:Class |some t:Teacher | t in c.Groups.Group  --incorrect 135\n-- all c:Class, g:Group | some c.Groups  --incorrect 136\n-- all c:Class, g:Group | some p:Person | c->p->g in Groups implies p in Teacher                 --incorrect 137\n-- all c:Class, g:Group |some t:Teacher | t->c in Teaches implies c->t->g in Groups  --incorrect 138\n-- all c:Class, p : Person, g:Group | c->p->g in Groups implies p in Teacher                 --incorrect 139\n-- all c:Class, p:Person, g:Group | p->c not in Teaches implies c->p->g not in Groups  --incorrect 140\n-- all c:Class, s:Student, g:Group|some t:Teacher | t->c in Teaches implies c->s->g in Groups  --incorrect 141\n-- all c:Class, s:Student|some t:Teacher, g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 142\n-- all c:Class, t:Teacher , s:Student, g:Group| t->c in Teaches implies c->s->g in Groups  --incorrect 143\n-- all c:Class, t:Teacher , s:Student| some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 144\n-- all c:Class, t:Teacher , s:Student|some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 145\n-- all c:Class, t:Teacher, g:Group | c->t->g in Groups implies t->c in Teaches  --incorrect 146\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups  --incorrect 147\n-- all c:Class, t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 148\n-- all c:Class, t:Teacher, g:Group | t->c not in Teaches implies c->t->g not in Groups  --incorrect 149\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g in Groups    --incorrect 150\n-- all c:Class, t:Teacher, g:Group, p:Person | t->c not in Teaches implies c->p->g not in Groups  --incorrect 151\n-- all c:Class,g:Group | some c.Groups.g  --incorrect 152\n-- all c:Class,g:Group | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 153\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups  --incorrect 154\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c in t.Teaches  --incorrect 155\n-- all c:Class,g:Group | some p:Person,t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 156\n-- all c:Class,g:Group | some t:Teacher | c in Class implies c->t->g in Groups  --incorrect 157\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups  --incorrect 158\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups   --incorrect 159\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies c in t.Teaches  --incorrect 160\n-- all c:Class,g:Group | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 161\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g   --incorrect 162\n-- all c:Class,g:Group | some t:Teacher | some (c.Groups).g implies c->t->g in Groups  --incorrect 163\n-- all c:Class,g:Group | some t:Teacher | some c.Groups   --incorrect 164\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 165\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups   --incorrect 166\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups  and t->c in Teaches  --incorrect 167\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 168\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches  --incorrect 169\n-- all c:Class,g:Group | some t:Teacher | some c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 170\n-- all c:Class,g:Group | some t:Teacher,s:Student | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 171\n-- all c:Class,g:Group | some t:Teacher,s:Student | s in c.Groups.g implies t->c in Teaches and t->g in c.Groups   --incorrect 172\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies c->t->g in Groups  --incorrect 173\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies p in c.~Teaches  --incorrect 174\n-- all c:Class,g:Group |some p:Person,t:Teacher | p->g in c.Groups implies t in c.~Teaches  --incorrect 175\n-- all c:Class,g:Group |some t:Teacher | some c.Groups implies c->t->g in Groups  --incorrect 176\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person   --incorrect 177\n-- all c:Class,g:Group |some t:Teacher | some c.Groups.Person implies c->t->g in Groups  --incorrect 178\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups   --incorrect 179\n-- all c:Class,g:Group,p:Person | some t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 180\n-- all c:Class,g:Group,p:Person |some t:Teacher | c->p->g in Groups implies c->t->g in Groups  --incorrect 181\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups  --incorrect 182\n-- all c:Class,g:Group,p:Person |some t:Teacher| c->p->g in Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 183\n-- all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 184\n-- all c:Class,g:Group,t:Teacher | c->g->t in Groups implies t->c in Teaches  --incorrect 185\n-- all c:Class,g:Group,t:Teacher | c->t->g in Groups implies t->c in Teaches  --incorrect 186\n-- all c:Class,g:Group,t:Teacher,p:Person | c->p->g in Groups implies t->c in Teaches  --incorrect 187\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g  --incorrect 188\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c in t.Teaches  --incorrect 189\n-- all c:Class,g:Group| some t:Teacher | some c.Groups.g implies c->t->g in Groups  --incorrect 190\n-- all c:Class,g:Group| some t:Teacher | t in c.Groups.g   --incorrect 191\n-- all c:Class,g:Group|some t:Teacher | some c.Groups implies c->t->g in Groups and t->c in Teaches  --incorrect 192\n-- all c:Class,g:Group|some t:Teacher | some c.Groups.g implies c->t->g in Groups and t->c in Teaches  --incorrect 193\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g   --incorrect 194\n-- all c:Class,g:Group|some t:Teacher | t in c.Groups.g implies t->c in Teaches  --incorrect 195\n-- all c:Class,p:Person | some t:Teacher | some c.Groups.p implies t->c in Teaches  --incorrect 196\n-- all c:Class,s:Student | all g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches         --incorrect 197\n-- all c:Class,s:Student | all g:Group |some t:Teacher| c->s->g in Groups implies t->c in Teaches           all c:Class,g:Group,s:Student | some t:Teacher | ( c->s->g in Groups) implies t->c in Teaches  --incorrect 198\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups  --incorrect 199\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups and some t:Teacher | t->c in Teaches  --incorrect 200\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 201\n-- all c:Class,s:Student | some g:Group | c->s->g in Groups implies some t:Teacher | t->c in Teaches  --incorrect 202\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups  --incorrect 203\n-- all c:Class,s:Student,g:Group | c->s->g in Groups implies some t:Teacher | c->t->g in Groups    --incorrect 204\n-- all c:Class,t:Teacher ,g:Group | t->c not in Teaches implies c->t->g not in Groups    --incorrect 205\n-- all c:Class,t:Teacher | lone t.Teaches   --incorrect 206\n-- all c:Class,t:Teacher | some c.Groups implies t->c in Teaches  --incorrect 207\n-- all c:Class,t:Teacher | some t.Teaches   --incorrect 208\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 209\n-- all c:Class,t:Teacher | t.Teaches = c   --incorrect 210\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 211\n-- all c:Class,t:Teacher,s:Student | some g:Group | s->c->g in Groups implies t->c in Teaches  --incorrect 212\n-- all c:Class| some g:Group,t:Teacher | c->t->g in Groups  --incorrect 213\n-- all c:Class| some p:Person | some c.Groups.p   --incorrect 214\n-- all c:Class| some p:Person | some Groups.p   --incorrect 215\n-- all c:Class| some t:Teacher | some c.Groups implies c in t.Teaches  --incorrect 216\n-- all c:Class| some t:Teacher | some c.Groups.t implies c in t.Teaches  --incorrect 217\n-- all c:Class| some t:Teacher | some c.Groups.Teacher implies c in t.Teaches  --incorrect 218\n-- all c:Class| some t:Teacher | some Groups implies c in t.Teaches  --incorrect 219\n-- all c:Class|some t:Teacher | some Person.(c.Groups) implies c in t.Teaches  --incorrect 220\n-- all c:Class|some t:Teacher, g:Group | t->c in Teaches implies c->t->g in Groups    --incorrect 221\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups                 --incorrect 222\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher    --incorrect 223\n-- all g:Group, c:Class | some p:Person | c->p->g in Groups implies p in Teacher                --incorrect 224\n-- all g:Group,c:Class | some p:Person | c->p->g in Groups implies p in Teacher  --incorrect 225\n-- all g:Group,c:Class | some t:Teacher | c->t->g in Groups   --incorrect 226\n-- all p:Person, c:Class | (some t:Teacher, g:Group | c->p->g in Groups implies t->c in Teaches)  --incorrect 227\n-- all p:Person, c:Class, g:Group | (some t:Teacher | c->p->g in Groups implies t->c in Teaches)  --incorrect 228\n-- all t : Person, c : Class | (some g : Group | some s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 229\n-- all t : Person, c : Class | (some g : Group, s : Person | c -> s -> g in Groups) implies t -> c in Teaches  --incorrect 230\n-- all t : Person, c : Class | t -> c in Teaches implies (some g : Group, s : Person | c -> s -> g in Groups)  --incorrect 231\n-- all t : Teacher | some  Class.Teaches  --incorrect 232\n-- all t: Teacher, c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 233\n-- all x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 234\n-- all x : Class | some y : Person, z : Group, v : Teacher | x->y->z in Groups implies v->x in Teaches  --incorrect 235\n-- all x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 236\n-- not all c : Class, t : Teacher | (t -> c not in Teaches) implies (all p : Person, g : Group | c -> p -> g not in Groups)  --incorrect 237\n-- some c : Class | (some p : Person | some g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 238\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 239\n-- some c : Class | all s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 240\n-- some c : Class | some p : Person | some g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 241\n-- some c : Class, s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->c in Teaches  --incorrect 242\n-- some Class.Groups iff some t:Teacher| Class in t.Teaches  --incorrect 243\n-- some Class.Groups implies some Teaches.Class  --incorrect 244\n-- some t : Teacher | some c : Class | some s : Student | some g : Group | c->s->g in Groups and t->c in Teaches  --incorrect 245\n-- some Teacher  --incorrect 246\n-- some x : Class | some y : Person | some g : Group | x->y->g in Groups implies y in Teacher  --incorrect 247\n-- some x : Class | some y : Teacher | some g : Group | x->y->g in Groups  --incorrect 248\n-- Tutors.Person in Teacher and Person.Tutors in Student --incorrect 249\n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups --correct\n-- all c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 1\n-- all c : Class | some p : Person, g : Group | c->p->g in Groups implies p in Teacher  --incorrect 2\n-- all c : Class | some t : Teacher, g : Group | c->t->g in Groups   --incorrect 3\n-- all c:Class,g:Group |some t:Teacher | t in c.Groups.g  --incorrect 4\n-- all c:Class,t:Teacher | some t.Teaches implies some c.Groups.Group   --incorrect 5\n-- all c:Class,t:Teacher,g:Group | lone c.Groups.g  --incorrect 6\n-- all c:Class,t:Teacher,g:Group | one c.Groups.g  --incorrect 7\n-- all c:Class,t:Teacher,g:Group | t in c.Groups.g  --incorrect 8\n-- all c:Class,t:Teacher,s:Student | some g:Group | c->s->g in Groups implies t->c in Teaches  --incorrect 9\n-- all g:Group | some t:Teacher | t in Class.Groups.g  --incorrect 10\n-- all g:Group | some t:Teacher | t in Class.Groups.Group  --incorrect 11\n-- all p : Person | some c : Class, g :Group | c->p->g in Groups  --incorrect 12\n-- all p : Teacher | some c : Class, g :Group | c->p->g in Groups  --incorrect 13\n-- all p:Person | p in Teacher implies some g:Group | p in Class.Groups.g  --incorrect 14\n-- all t : Teacher | some (((t.Teaches).Groups).Person)  --incorrect 15\n-- all t : Teacher | some ((t.Teaches) & ((Groups.Person).Group))  --incorrect 16\n-- all t : Teacher | some (t.Teaches) & ((Groups.Person).Group)  --incorrect 17\n-- all t : Teacher | some (t.Teaches) & Groups.Person.Group  --incorrect 18\n-- all t : Teacher | some (Teacher<:Teaches).Groups  --incorrect 19\n-- all t : Teacher | some c : Class | t->c in Teaches  --incorrect 20\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 21\n-- all t : Teacher | some c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 22\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups  --incorrect 23\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups   --incorrect 24\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups and t->c in Teaches  --incorrect 25\n-- all t : Teacher | some c : Class, g : Group | c->t->g in Groups implies t->c in Teaches  --incorrect 26\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches and c->t->g in Groups   --incorrect 27\n-- all t : Teacher | some c : Class, g : Group | t->c in Teaches implies c->t->g in Groups   --incorrect 28\n-- all t : Teacher | some c : Class, g : Group, t0 : Teacher | c->t->g in Groups and t0->c in Teaches  --incorrect 29\n-- all t : Teacher | some c : Class, p : Person, g : Group | c->p->g in Groups implies t->c in Teaches   --incorrect 30\n-- all t : Teacher | some g : Group, c : Class | c->t->g in Groups  --incorrect 31\n-- all t : Teacher | some g : Group, c : Class | t->c in Teaches and c->t->g in Groups  --incorrect 32\n-- all t : Teacher | some p : Person, g : Group | t->p->g in Groups  --incorrect 33\n-- all t : Teacher | some p : Person, g : Group, c : Class | t->c in Teaches implies c->p->g in Groups  --incorrect 34\n-- all t : Teacher | some t.Teaches & (Groups.Person).Group  --incorrect 35\n-- all t : Teacher | some t.Teaches & Groups.Person.Group  --incorrect 36\n-- all t : Teacher | some Teacher<:(Teaches.Groups)  --incorrect 37\n-- all t : Teacher, c : Class | some g : Group | c->t->g in Groups  --incorrect 38\n-- all t : Teacher, c : Class | t->c in Teaches  --incorrect 39\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person | all g : Group | c->p->g in Groups  --incorrect 40\n-- all t : Teacher, c : Class | t->c in Teaches implies some p : Person, g : Group | c->p->g in Groups  --incorrect 41\n-- all t : Teacher, c : Class, g : Group | c->t->g in Groups  --incorrect 42\n-- all t0, t1 : Teacher | some c : Class, g : Group | c->t0->g in Groups implies t1->c in Teaches  --incorrect 43\n-- all t: Teacher | some g: Group, c: Class | (c->t->g in Groups)  --incorrect 44\n-- all t: Teacher | some g: Group, c: Class | c->t->g in Groups  --incorrect 45\n-- all t: Teacher | some g: Group, c: Class | t->c in Teaches implies (c->t->g in Groups)  --incorrect 46\n-- all t: Teacher|some c: Class | t->c in Teaches implies some s:Student, g:Group | c->s->g in Groups  --incorrect 47\n-- all t:Teacher  | some Groups.t  --incorrect 48\n-- all t:Teacher  | some t.Groups  --incorrect 49\n-- all t:Teacher , s:Student | (some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups)  --incorrect 50\n-- all t:Teacher , s:Student | some g:Group ,c:Class| t->c in Teaches and c->s->g in Groups  --incorrect 51\n-- all t:Teacher | (some g:Group , c:Class | t->c->g in Groups)  --incorrect 52\n-- all t:Teacher | (some g:Group ,c:Class| t->c in Teaches and c->t->g in Groups)  --incorrect 53\n-- all t:Teacher | all c:Class |some g:Group | t in Person  --incorrect 54\n-- all t:Teacher | all g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 55\n-- all t:Teacher | some c:Class, g:Group | c->t->g in Groups  --incorrect 56\n-- all t:Teacher | some c:Class,g:Group | c->t->g in Groups  --incorrect 57\n-- all t:Teacher | some g:Group | Class->t->g in Groups  --incorrect 58\n-- all t:Teacher | some g:Group | g in t.(Class.Groups)  --incorrect 59\n-- all t:Teacher | some g:Group | t in Class.Groups.g  --incorrect 60\n-- all t:Teacher | some g:Group | t.Tutors in g.~(Class.Groups)  --incorrect 61\n-- all t:Teacher | some g:Group,c:Class | c->t->g in Groups  --incorrect 62\n-- all t:Teacher | some g:Group,c:Class | t->c in Teaches and c->t->g in Groups  --incorrect 63\n-- all t:Teacher | some Groups.Group.t  --incorrect 64\n-- all t:Teacher | some t.(Class.Groups)  --incorrect 65\n-- all t:Teacher, c:Class | (some g:Group | c->t->g in Groups)  --incorrect 66\n-- all t:Teacher, c:Class | some t.(c.Groups)  --incorrect 67\n-- all t:Teacher, c:Class, s:Student | some g:Group | t->c in Teaches implies c->s->g in Groups  --incorrect 68\n-- all t:Teacher,c:Class | some g:Group | c->t->g in Groups  --incorrect 69\n-- all t:Teacher,c:Class,g:Group | c->t->g in Groups  --incorrect 70\n-- all x : Teacher | some y : Class, z : Group | y->x->z in Groups   --incorrect 71\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups  --incorrect 72\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups   --incorrect 73\n-- all x : Teacher, y : Class | some z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 74\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups  --incorrect 75\n-- all x : Teacher, y : Class, z : Group | y->x->z in Groups and x->y in Teaches  --incorrect 76\n-- all x : Teacher, y : Class, z : Group | z->x->z in Groups  --incorrect 77\n-- Group in Class.Groups.Teacher  --incorrect 78\n-- no Class.Groups  --incorrect 79\n-- no Class.Groups.Teacher  --incorrect 80\n-- no Group.~(Class.Groups)  --incorrect 81\n-- no Groups.Group  --incorrect 82\n-- no Person.~(Class.Groups)  --incorrect 83\n-- no ~(Class.Groups)  --incorrect 84\n-- some (Teacher<:Teaches).Groups  --incorrect 85\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies all t : Teacher | t->c in Teaches  --incorrect 86\n-- some c : Class | (some p : Person, g : Group | c->p->g in Groups) implies some t : Teacher | t->c in Teaches  --incorrect 87\n-- some Teacher<:(Teaches.Groups)  --incorrect 88\n-- Teacher in Group.~(Class.Groups)  --incorrect 89\n-- Teacher in Person.Teaches  --incorrect 90\n-- ~iden.iden in ~((Teacher.Teaches).Groups).((Teacher.Teaches).Groups) --incorrect 91\n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student --correct\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors  --incorrect 1\n-- all p:Person,t:Teacher,s:Student | s->p not in Tutors and p->t not in Tutors and t->s in Tutors  --incorrect 2\n-- all s:Student | s not in Person.^Tutors  --incorrect 3\n-- all s:Student | s not in Person.^~Tutors  --incorrect 4\n-- all s:Student, t:Teacher | s not in Person.*Tutors and t not in Person.*Tutors  --incorrect 5\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^Tutors  --incorrect 6\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.^~Tutors  --incorrect 7\n-- all s:Student, t:Teacher | s not in Person.^Tutors and t not in Person.Tutors  --incorrect 8\n-- all s:Student, t:Teacher | s not in Person.Tutors.^Tutors and t not in Person.~Tutors.^~Tutors  --incorrect 9\n-- all s:Student,t:Teacher | s not in Person.^~Tutors and t not in Person.^Tutors  --incorrect 10\n-- all t : Teacher, s : Student | Teacher<:Tutors  in Tutors:>Student  --incorrect 11\n-- all t : Teacher, s : Student | Tutors:>Student in Teacher<:Tutors  --incorrect 12\n-- all t1:Teacher,t2:Teacher,s:Student | s->t1 not in Tutors and t1->t2 not in Tutors  --incorrect 13\n-- all t: Teacher, s: Student | t->s in Tutors  --incorrect 14\n-- all t:Teacher, s:Student | s->t not in Tutors  --incorrect 15\n-- all t:Teacher, s:Student | t->s in Tutors and s->t not in Tutors  --incorrect 16\n-- all t:Teacher,s:Student | s->t not in Tutors  --incorrect 17\n-- all t:Teacher,s:Student | s->t not in Tutors and t->s in Tutors  --incorrect 18\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors  --incorrect 19\n-- all t:Teacher,s:Student | s->t not in Tutors and t->t not in Tutors and s->t not in Tutors  --incorrect 20\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors  --incorrect 21\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and not s->c in Teaches  --incorrect 22\n-- all t:Teacher,s:Student,c:Class | t->c in Teaches and t->s in Tutors and s->c not in Teaches  --incorrect 23\n-- all t:Teacher,s:Student,p:Person | p->t not in Tutors and s->p not in Tutors  --incorrect 24\n-- all x, y : Person | x->y in Tutors implies x in Teacher  --incorrect 25\n-- no Person.^Tutors  --incorrect 26\n-- no Person.^~Tutors  --incorrect 27\n-- no Person.Tutors  --incorrect 28\n-- no Student & Student.Tutors  --incorrect 29\n-- no Student & Student.Tutors and no Teacher & Teacher.~Tutors  --incorrect 30\n-- no Student & Student.~Tutors and no Teacher & Teacher.~Tutors  --incorrect 31\n-- no Student.Tutors  --incorrect 32\n-- no Student.Tutors and no Teacher.~Tutors  --incorrect 33\n-- Person.^~Tutors in Teacher  --incorrect 34\n-- some t:Teacher | all s:Student | t->s in Tutors  --incorrect 35\n-- Student in Person.^Tutors and Teacher in Person.^~Tutors  --incorrect 36\n-- Teacher in Person.^*Tutors and Student in Person.*Tutors  --incorrect 37\n-- Teacher in Person.^~Teaches and Student in Person.^Teaches  --incorrect 38\n-- Teacher in Person.^~Tutors and Student in Person.^Tutors  --incorrect 39\n-- Teacher in Person.~Teaches and Student in Person.Teaches  --incorrect 40\n-- Teacher in Person.~Tutors and Student in Person.Tutors  --incorrect 41\n-- Teacher in Student.Tutors  --incorrect 42\n-- Teacher in Teacher.Tutors  --incorrect 43\n-- Teacher in Tutors.Teacher  --incorrect 44\n-- Teacher.Tutors in Student  Tutors.Student in Teacher  --incorrect 45\n-- Tutors.Teacher in Student.Tutors --incorrect 46\n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n-- all c : Class | (c . (Groups . Group)) & Student = ((Teaches . c) . Tutors)  --incorrect 1\n-- all c : Class | (c . (Groups . Group)) & Student = (Teacher & (Teaches . c) . Tutors)  --incorrect 2\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teacher & (Teaches . c)) . Tutors)  --incorrect 3\n-- all c : Class | (c . (Groups . Group)) & Student in ((Teaches . c) . Tutors)  --incorrect 4\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c) . Tutors)  --incorrect 5\n-- all c : Class | (c . (Groups . Group)) & Student in (Teacher & (Teaches . c)) . Tutors  --incorrect 6\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors)  --incorrect 7\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Student  --incorrect 8\n-- all c : Class | (c . (Groups . Group)) & Student in (Teaches . c . Tutors) & Teacher  --incorrect 9\n-- all c : Class | (c . (Groups . Group)) = (Teaches . c . Tutors)  --incorrect 10\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors)  --incorrect 11\n-- all c : Class | (c . (Groups . Group)) in (Teaches . c . Tutors) & Student  --incorrect 12\n-- all c : Class | (c . Groups) . Group in (Teaches . c) . Tutors  --incorrect 13\n-- all c : Class | c . (Groups . Group) in ((Teaches . c) . Tutors)  --incorrect 14\n-- all c : Class | c . (Groups . Group) in (Teaches . c . Tutors)  --incorrect 15\n-- all c : Class | c . Groups . Group in (Teacher <: Teaches) . c . Tutors  --incorrect 16\n-- all c : Class | c . Groups . Group in Teaches . c . Tutors  --incorrect 17\n-- all c : Class | some s : Student, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 18\n-- all c : Class | Teaches . c . Tutors = c . Groups . Group  --incorrect 19\n-- all c : Class | Teaches . c . Tutors = Class . Groups . Group  --incorrect 20\n-- all c : Class | Teaches . c . Tutors in c . Groups . Group  --incorrect 21\n-- all c:Class , t:Teacher, g:Group|some s:Student | (t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 22\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->c in Tutors  --incorrect 23\n-- all c:Class , t:Teacher, s:Student, g:Group|(c->s->g in Groups and t->c in Teaches) implies t->s in Tutors  --incorrect 24\n-- all c:Class , t:Teacher, s:Student, g:Group|(t->c in Teaches and c->s->g in Groups) implies t->s in Tutors  --incorrect 25\n-- all c:Class,s:Student | s in (c.Groups).Group  --incorrect 26\n-- all c:Class,s:Student | s in (c.Groups).Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 27\n-- all c:Class,s:Student | s in c.Groups.Group  --incorrect 28\n-- all c:Class,s:Student,s:Teacher |some g:Group,t:Teacher| s in c.Groups.Group and c->t->g in Groups  --incorrect 29\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups)  --incorrect 30\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 31\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 32\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in c.^~Tutors  --incorrect 33\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 34\n-- all c:Class,s:Student,t:Teacher | some s.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 35\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups) and t->c in Teaches implies t in s.^~Tutors  --incorrect 36\n-- all c:Class,s:Student,t:Teacher |some g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 37\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g and t->c in Teaches implies t in s.^~Tutors  --incorrect 38\n-- all c:Class,s:Student,t:Teacher, g:Group| some s.(c.Groups)->g and some t.(c.Groups)->g implies t in s.^~Tutors  --incorrect 39\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c in t.Teaches implies t in s.^(~Tutors)  --incorrect 40\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 41\n-- all c:Class,s:Student,t:Teacher,g:Group| c->s->g in Groups and c->t->g in Groups implies t in s.^(~Tutors)  --incorrect 42\n-- all c:Class,s:Student,t:Teacher|some g:Group| c->s->g in Groups and c->t->g in Groups  --incorrect 43\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group and t in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 44\n-- all c:Class,s:Student| some t:Teacher | s in c.Groups.Group implies t in s.^(~Tutors)  --incorrect 45\n-- all c:Class,s:Student|some g:Group| c->s->g in Groups  --incorrect 46\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 47\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups and some q : Person | q->c in Teaches implies q->p in Tutors  --incorrect 48\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p in Student and some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 49\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies p->c in Teaches  --incorrect 50\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches  --incorrect 51\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->c in Teaches and q->p in Tutors  --incorrect 52\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some q : Person | q->p in Tutors and q->c in Teaches  --incorrect 53\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->c in Teaches and t->p in Tutors  --incorrect 54\n-- all p : Person | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 55\n-- all p : Student | some c : Class, g : Group | c->p->g in Groups implies some t : Teacher | t->p in Tutors and t->c in Teaches  --incorrect 56\n-- all s : Person, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 57\n-- all s : Person, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 58\n-- all s : Person, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 59\n-- all s : Student |   some c : Class | (s in c.Groups.Group) implies (        all t : Teaches.c :> Teacher | s in t.Tutors        )  --incorrect 60\n-- all s : Student | (some c : Class, g : Group | c->s->g  in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 61\n-- all s : Student | (some c : Class, g : Group | c->s->g in Groups) implies some t : Teacher | t->s in Tutors  --incorrect 62\n-- all s : Student | (some t : Teacher | t->s in Tutors) implies s in Class  --incorrect 63\n-- all s : Student | s in Class implies (some t : Teacher | t->s in Tutors)  --incorrect 64\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors  --incorrect 65\n-- all s : Student | s in Class implies some t : Teacher | t->s in Tutors and t in Class  --incorrect 66\n-- all s : Student | s in Class implies some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 67\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->c in Tutors  --incorrect 68\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors  --incorrect 69\n-- all s : Student | some c : Class, g : Group | c->s->g  in Groups implies some t : Teacher | t->s in Tutors and t->c in Teaches  --incorrect 70\n-- all s : Student | some s.(Class.Groups)  --incorrect 71\n-- all s : Student | some s.(Class.Groups)   implies some (Teacher<:Tutors).s  --incorrect 72\n-- all s : Student | some s.(Class.Groups) and some Teacher.Teaches implies some (Teacher<:Tutors).s  --incorrect 73\n-- all s : Student | some s.(Class.Groups) and some Teacher<:Teaches implies some (Teacher<:Tutors).s  --incorrect 74\n-- all s : Student | some s.(Class<:Groups)  --incorrect 75\n-- all s : Student | some s.(Class<:Groups) implies some Class.(Teacher<:Teaches)  --incorrect 76\n-- all s : Student | some s.(Teacher<:Teaches)  --incorrect 77\n-- all s : Student | some t : Teacher | t->s in Tutors  --incorrect 78\n-- all s : Student | some t : Teacher | t->s in Tutors implies s in Class  --incorrect 79\n-- all s : Student | some t : Teacher, c : Class | t->c in Teaches implies t->s in Tutors  --incorrect 80\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors and t->c in Teaches  --incorrect 81\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies s in Class and t in Class  --incorrect 82\n-- all s : Student | some t : Teacher, c : Class | t->s in Tutors implies t->c in Teaches  --incorrect 83\n-- all s : Student | some t : Teacher, c : Class, g : Group | (t->c in Teaches implies t->s in Tutors) and c->s->g in Groups  --incorrect 84\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors  --incorrect 85\n-- all s : Student | some t : Teacher, c : Class, g : Group | t->c in Teaches implies t->s in Tutors and c->s->g in Groups  --incorrect 86\n-- all s : Student | some Tutors.s & Groups.s.Group  --incorrect 87\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Teaches)  --incorrect 88\n-- all s : Student, c : Class | some (Teacher<:Teaches).c implies some s.(Teacher<:Tutors)  --incorrect 89\n-- all s : Student, c : Class | some (Teacher<:Tutors).c implies some s.(Teacher<:Teaches)  --incorrect 90\n-- all s : Student, c : Class | some c -> s <: Groups implies (Teaches . c) -> s in Tutors  --incorrect 91\n-- all s : Student, c : Class | some c.(Teacher<:Teaches) implies some s.(Teacher<:Tutors)  --incorrect 92\n-- all s : Student, c : Class | some g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 93\n-- all s : Student, c : Class | some s.(c.Groups) and some (Teacher<:Teaches).c implies some (Teacher<:Tutors).s  --incorrect 94\n-- all s : Student, c : Class | some s.(Teacher<:Tutors) implies some c.(Teacher<:Teaches)  --incorrect 95\n-- all s : Student, c : Class | some t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 96\n-- all s : Student, c : Class, g : Group | c->s->g in Groups implies some t : Teacher | t->s in Tutors  --incorrect 97\n-- all s : Student, c : Class, t : Teacher | ((all g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 98\n-- all s : Student, c : Class, t : Teacher | ((some g : Group | c->s->g in Groups) and t->c in Teaches) implies t->s in Tutors  --incorrect 99\n-- all s : Student, c : Class, t : Teacher | (all g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 100\n-- all s : Student, c : Class, t : Teacher | (some g : Group | c->s->g in Groups) and t->c in Teaches implies t->s in Tutors  --incorrect 101\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) iff t -> s in Tutors  --incorrect 102\n-- all s : Student, c : Class, t : Teacher | t -> c in Teaches and (some g : Group | c -> s -> g in Groups) implies t -> s in Tutors  --incorrect 103\n-- all s : Student, c : Class, t : Teacher, g : Group | ((c -> s -> g in Groups) and (t -> c in Teaches)) implies t -> s in Tutors  --incorrect 104\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and (t -> c in Teaches) implies t -> s in Tutors  --incorrect 105\n-- all s : Student, c : Class, t : Teacher, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors  --incorrect 106\n-- all s : Student, t : Teacher | (some s.(Class.Groups)) implies some t.(Class.Groups)  --incorrect 107\n-- all s : Student, t : Teacher | some s.(Class.Groups) and some (t<:Teaches).Class implies some (t<:Tutors).s  --incorrect 108\n-- all s : Student, t : Teacher | some s.(Class.Groups) implies some t.(Class.Groups)  --incorrect 109\n-- all s : Student, t : Teacher, c : Class | some s.(c.Groups)  --incorrect 110\n-- all s : Student, t : Teacher, c : Class | some s.(c<:Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 111\n-- all s, t : Person | some s.(Class.Groups) and some t<:(Teaches.Class) implies some t<:(Tutors.s)  --incorrect 112\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some (t<:Tutors).s  --incorrect 113\n-- all s, t : Person | some s.(Class.Groups) and some t<:Teaches implies some t<:(Tutors.s)  --incorrect 114\n-- all s, t : Person, c : Class | (some g : Group | c->s->g in Groups) and t->s in Teaches implies t->c in Tutors  --incorrect 115\n-- all s,t : Person, c : Class | (some g : Group | c->s->g  in Groups) and t->s in Tutors implies t->c in Teaches  --incorrect 116\n-- all s,t : Person, c : Class | some s.(c.Groups)  --incorrect 117\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t.Teaches)  --incorrect 118\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c  --incorrect 119\n-- all s,t : Person, c : Class | some s.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).s  --incorrect 120\n-- all s,t : Person, c : Class | some s.(c.Groups) and some t.Teaches  --incorrect 121\n-- all s:Student | some t:Teacher | t in s.^~Tutors  --incorrect 122\n-- all s:Student, c:Class | some t:Teacher | t->s in Tutors implies t->c in Teaches  --incorrect 123\n-- all s:Student, c:Class, g:Group | some t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 124\n-- all s:Student, c:Class, g:Group, t:Teacher | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 125\n-- all s:Student, c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 126\n-- all s:Student,c:Class | s in (c.Groups).Group  --incorrect 127\n-- all s:Student,c:Class | s in c.Groups.Group  --incorrect 128\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches  --incorrect 129\n-- all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors  --incorrect 130\n-- all s:Student,c:Class | some s.(c.Groups)  --incorrect 131\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches  --incorrect 132\n-- all s:Student,c:Class | some s.(c.Groups) implies some t:Teacher | t->c in Teaches and t in s.~Tutors  --incorrect 133\n-- all s:Student,c:Class | some t:Teacher | some c.Groups.s  --incorrect 134\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups)  --incorrect 135\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups)  --incorrect 136\n-- all s:Student,c:Class | some t:Teacher | some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 137\n-- all s:Student,c:Class | some t:Teacher | t->s in Tutors  --incorrect 138\n-- all s:Student,c:Class, t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 139\n-- all s:Student,c:Class,g:Group | some t:Teacher |(t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 140\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups  --incorrect 141\n-- all s:Student,c:Class,g:Group|some t:Teacher | some c.Groups.s  --incorrect 142\n-- all s:Student,c:Class,g:Group|some t:Teacher | some s.(c.Groups)  --incorrect 143\n-- all s:Student,c:Class,g:Group|some t:Teacher | some Teacher  --incorrect 144\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups)  --incorrect 145\n-- all s:Student,c:Class,g:Group|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 146\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group  --incorrect 147\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches  --incorrect 148\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 149\n-- all s:Student,c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.~Tutors  --incorrect 150\n-- all s:Student,c:Class,t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 151\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches  --incorrect 152\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^Tutors  --incorrect 153\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.^~Tutors  --incorrect 154\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and one s.(c.Groups) and one t.(c.Groups) implies t in s.~Tutors  --incorrect 155\n-- all s:Student,c:Class|some t:Teacher | t->c in Teaches and some s.(c.Groups) and some t.(c.Groups) implies t in s.^~Tutors  --incorrect 156\n-- all s:Student,t:Teacher,c:Class,g:Group | (t->s in Tutors and c->s->g in Groups) implies t->c in Teaches  --incorrect 157\n-- all s:Student| some c:Class,t:Teacher | s in c.Groups.Group and t->c in Teaches implies t in s.^~Tutors  --incorrect 158\n-- all s:Student| some t:Teacher | t->s in Tutors  --incorrect 159\n-- all s:Student| some t:Teacher,c:Class,g:Group | t->s in Tutors and c->s->g in Groups and c->t->g in Groups  --incorrect 160\n-- all t : Teacher, c : Class | some Student.(c.Groups) and some (t<:Teaches).c implies some (t<:Tutors).Student  --incorrect 161\n-- all x : Class, y : Student  | (some z : Group | x->y->z in Groups) and some v : Teacher | v->x in Teaches implies v->y in Tutors  --incorrect 162\n-- all x : Person | some y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 163\n-- all x : Person, y : Class | (all z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 164\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) and all u : Teacher | u->y in Teaches implies u->x in Tutors  --incorrect 165\n-- all x : Person, y : Class | (some z : Group | y->x->z in Groups) implies all u : Teacher | u->y in Teaches and u->x in Tutors  --incorrect 166\n-- all x : Person, y : Class, v : Teacher | ((some z : Group | y->x->z in Groups) and v->y in Teaches) implies v->x in Tutors  --incorrect 167\n-- all x : Person, y : Class, v : Teacher | (all z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 168\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches  --incorrect 169\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 170\n-- all x : Person, y : Class, v : Teacher | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->y in Tutors  --incorrect 171\n-- all x, v : Person, y : Class | (some z : Group | y->x->z in Groups) and v->y in Teaches implies v->x in Tutors  --incorrect 172\n-- Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 173\n-- some Groups.Group  --incorrect 174\n-- Student in (Class.Groups).Student and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 175\n-- Student in Class.(Groups.Student) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 176\n-- Student in Student.(Class.Groups) and Class in (Teacher<:Teaches).Class implies Student in (Teacher<:Tutors).Student  --incorrect 177\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n-- all p : Person | some (Teacher & p . ^Tutors)  --incorrect 1\n-- all p : Person | some p <: (^ Tutors)  --incorrect 2\n-- all p : Person | some p <: ^ Tutors  --incorrect 3\n-- all p : Person | some p2 : Person | p -> p2 in Tutors and p in Teacher  --incorrect 4\n-- all p : Person | some q : Person, t : Teacher | t->p in Tutors or (q->p in Tutors and t->q in Tutors) or (t->q in Tutors and q->p in Tutors and p->t in Tutors)  --incorrect 5\n-- all p : Person | some q,r : Person | (p in Teacher or q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 6\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or p->r in Tutors or r->p in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 7\n-- all p : Person | some q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors       or r->p in Tutors or p->r in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 8\n-- all p : Person | some q,r : Person | (q in Teacher or r in Teacher) and (q->p in Tutors or r->p in Tutors or r->q in Tutors)  --incorrect 9\n-- all p : Person | some t : Teacher | t->p in Tutors or (some q : Person | q->p in Tutors and t->q in Tutors)  --incorrect 10\n-- all p : Person | some Teacher <: p . (^ Tutors)  --incorrect 11\n-- all p : Teacher | some p <: ^ Tutors  --incorrect 12\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 13\n-- all p,q,r : Person | (p->q in Tutors implies p in Teacher) or    (q->p in Tutors implies q in Teacher) or    (q->r in Tutors implies q in Teacher) or    (r->q in Tutors implies r in Teacher) or    (r->p in Tutors implies r in Teacher) or    (p->r in Tutors implies p in Teacher)  --incorrect 14\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    and (p in Teacher or q in Teacher or r in Teacher)  --incorrect 15\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 16\n-- all p,q,r : Person | (p->q in Tutors or q->p in Tutors or q->r in Tutors or r->q in Tutors         or r->p in Tutors or p->r in Tutors)    or (p in Teacher or q in Teacher or r in Teacher)  --incorrect 17\n-- all p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 18\n-- all p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 19\n-- all p1 : Person | (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 20\n-- all p1 : Person | p1 in Teacher or (some p2 : Teacher | p2 -> p1 in Tutors) or (some p2, p3 : Person | p2 -> p1 in Tutors and p3 -> p2 in Tutors and p3 in Teacher)  --incorrect 21\n-- all p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 22\n-- all p:Person |  Teacher in (p.^Tutors)  --incorrect 23\n-- all p:Person | p.Tutors.Tutors.Tutors in Teacher  --incorrect 24\n-- all p:Person | some t:Teacher | t in (p.^Tutors)  --incorrect 25\n-- all p:Person | some t:Teacher | t in p.*Tutors  --incorrect 26\n-- all p:Person | some t:Teacher | t in p.^Tutors  --incorrect 27\n-- all p:Person | some t:Teacher | t in p.^~Teaches  --incorrect 28\n-- all p:Person | some Teacher <:(p.^Tutors)  --incorrect 29\n-- all p:Person | Teacher in p.^Tutors  --incorrect 30\n-- all p:Person |some t:Teacher | p in p.^~Tutors  --incorrect 31\n-- all s : Person | some (s.^Tutors & Teacher)  --incorrect 32\n-- all s : Person | some Teacher & ^Tutors.Person  --incorrect 33\n-- all s : Person | some Teacher & s.*Tutors  --incorrect 34\n-- all s : Person | some Teacher & s.^Tutors  --incorrect 35\n-- all s : Student | s.^Tutors in Teacher  --incorrect 36\n-- all s : Student | some (s.*Tutors & Teacher)  --incorrect 37\n-- all s : Student | some (s.^Tutors & Teacher)  --incorrect 38\n-- all s : Student | some (Teacher & s . ^Tutors)  --incorrect 39\n-- all s : Student | some s.^Tutors & Teacher  --incorrect 40\n-- all s : Student | some t : Teacher | t in s.^Tutors  --incorrect 41\n-- all s : Student | some Teacher & s . ^Tutors  --incorrect 42\n-- all s:Person | some Teacher & s.*Tutors  --incorrect 43\n-- all s:Person | some Teacher & s.^Tutors  --incorrect 44\n-- all s:Person | some(s.^Tutors & Teacher)  --incorrect 45\n-- all s:Student | some t:Teacher | t in s.^Tutors  --incorrect 46\n-- all s:Student | some Teacher & s.^Tutors  --incorrect 47\n-- all s:Student | Teacher in s.^Tutors  --incorrect 48\n-- all s:Student |some Teacher & s.^Teaches  --incorrect 49\n-- all s:Student |some Teacher & s.^Tutors  --incorrect 50\n-- all t:Teacher | all p:Person | t in p.^Tutors  --incorrect 51\n-- all t:Teacher | all p:Person | t in p.^~Tutors  --incorrect 52\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 53\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors and x != y and x != z and y != z implies x in Teacher  --incorrect 54\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies x in Teacher  --incorrect 55\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors and z->x in Tutors implies z in Teacher  --incorrect 56\n-- all x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 57\n-- all x, y, z : Teacher | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 58\n-- Person.^~Tutors in Teacher  --incorrect 59\n-- Person.Teaches.Teaches.Teaches in Teacher  --incorrect 60\n-- Person.Tutors.Tutors.Tutors in Teacher  --incorrect 61\n-- some p : Teacher | some p <: ^ Tutors  --incorrect 62\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 63\n-- some p,q,r : Person | ((p->q in Tutors and q->r in Tutors) or (q->r in Tutors and r->p in Tutors) or (p->r in Tutors and r->q in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 64\n-- some p,q,r : Person | ((p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors) and (p->r in Tutors or r->p in Tutors)) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 65\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors and r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 66\n-- some p,q,r : Person | (p->q in Tutors or q->p in Tutors) and (q->r in Tutors or r->q in Tutors)  implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 67\n-- some p,q,r : Person | (p->q in Tutors or q->r in Tutors or q->r in Tutors or r->p in Tutors or p->r in Tutors or r->q in Tutors) implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 68\n-- some p,q,r : Person | p->q in Tutors and q->r in Tutors implies (p in Teacher or q in Teacher or r in Teacher)  --incorrect 69\n-- some p1, p2, p3 : Person | p1 -> p2 in Tutors and p2 -> p3 in Tutors and p1 in Teacher  --incorrect 70\n-- some t:Teacher | t in (Person.^Teaches)  --incorrect 71\n-- some t:Teacher |all p:Person | t in p.^Teaches  --incorrect 72\n-- some t:Teacher |all p:Person | t in p.^Tutors  --incorrect 73\n-- some t:Teacher |all p:Person | t in p.^~Tutors  --incorrect 74\n-- some Teacher & ^Tutors.Person  --incorrect 75\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors and x != y and x != z and y != z implies z in Teacher  --incorrect 76\n-- some x, y, z : Person | x->y in Tutors and y->z in Tutors implies z in Teacher  --incorrect 77\n-- Teacher in Person.^Tutors  --incorrect 78\n-- Tutors.Tutors.Tutors.Person in Teacher  --incorrect 79\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student --correct\n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n---------\npred inv2_OK {\n  no Teacher --correct\n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n--------\npred inv3_OK {\n  no Student & Teacher --correct\n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n--------\npred inv4_OK {\n Person in (Student + Teacher) --correct\n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n--------\npred inv5_OK {\n  some Teacher.Teaches --correct\n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n--------\npred inv6_OK {\n  Teacher in Teaches.Class --correct\n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n--------\npred inv7_OK {\n  Class in Teacher.Teaches --correct\n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n--------\npred inv8_OK {\n  all t:Teacher | lone t.Teaches --correct\n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n--------\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher --correct\n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n--------\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) --correct\n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n--------\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c --correct\n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n--------\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups --correct\n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n--------\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  --correct\n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n--------\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors --correct\n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n--------\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s --correct\n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n--------\n\n--- PerfectOracleCommands\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0","avg_line_length":73.3650533224,"max_line_length":297,"alphanum_fraction":0.6560850702}
{"size":215,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"open main\npred idHi5C3n9sEyxHgwcqL_prop3 {\n\t\n \talways ((Train->Track - pos) + pos) = ((Train->Track - pos) + pos)\n}\npred __repair { idHi5C3n9sEyxHgwcqL_prop3 }\ncheck __repair { idHi5C3n9sEyxHgwcqL_prop3 <=> prop3o }","avg_line_length":30.7142857143,"max_line_length":68,"alphanum_fraction":0.7255813953}
{"size":982,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"module app_nest_thermostat_turn_on_wemo_insight_switch\n\nopen IoTBottomUp as base\n\nopen cap_temperatureMeasurement\nopen cap_switch\n\nlone sig app_nest_thermostat_turn_on_wemo_insight_switch extends IoTApp {\n  trigObj : one cap_temperatureMeasurement,\n  switch : one cap_switch,\n} {\n  rules = r\n}\n\n\n\/\/ application rules base class\n\nabstract sig r extends Rule {}\n\none sig r1 extends r {}{\n  triggers   = r1_trig\n  no conditions \n  commands   = r1_comm\n}\n\nabstract sig r1_trig extends Trigger {}\n\none sig r1_trig0 extends r1_trig {} {\n  capabilities = app_nest_thermostat_turn_on_wemo_insight_switch.trigObj\n  attribute    = cap_temperatureMeasurement_attr_temperature\n  value        = cap_temperatureMeasurement_attr_temperature_val_high\n}\n\n\nabstract sig r1_comm extends Command {}\n\none sig r1_comm0 extends r1_comm {} {\n  capability   = app_nest_thermostat_turn_on_wemo_insight_switch.switch\n  attribute    = cap_switch_attr_switch\n  value        = cap_switch_attr_switch_val_on\n}\n\n\n\n","avg_line_length":21.8222222222,"max_line_length":73,"alphanum_fraction":0.7892057026}
{"size":4439,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n{  all p : Person | p in Student and p not in Teacher } \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n\tall s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors\n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv3\n}\n\nassert __repair {\n\tinv3 <=> {\n  no Student & Teacher \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.3,"max_line_length":128,"alphanum_fraction":0.6785312007}
{"size":8558,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"enum util'boolean {\n\tutil'boolean'true, util'boolean'false\n}\none sig util'language {\n\tAsDeclaration'pattern'queries'child : type'EClass'class->type'EClass'class,\n\tutil'root : one type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class))))))))),\n\tutil'contains : (type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class)))))))))) lone->set (type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class))))))))))\n}\nabstract sig util'Object {\n}\nabstract sig type'ENamedElement'class extends util'Object {\n}\nabstract sig type'EClassifier'class extends type'ENamedElement'class {\n\tePackage'reference'EClassifier : lone type'EPackage'class\n}\nsig type'EClass'class extends type'EClassifier'class {\n\teStructuralFeatures'reference'EClass : set type'EStructuralFeature'class,\n\teSuperTypes'reference'EClass : set type'EClass'class,\n\tabstract'attribute'EClass : lone util'boolean\n}\nabstract sig type'ETypedElement'class extends type'ENamedElement'class {\n\teType'reference'ETypedElement : lone type'EClassifier'class,\n\tlowerBound'attribute'ETypedElement : lone Int,\n\tupperBound'attribute'ETypedElement : lone Int\n}\nabstract sig type'EStructuralFeature'class extends type'ETypedElement'class {\n\teContainingClass'reference'EStructuralFeature : lone type'EClass'class\n}\nsig type'EReference'class extends type'EStructuralFeature'class {\n\teOpposite'reference'EReference : lone type'EReference'class,\n\tcontainment'attribute'EReference : lone util'boolean\n}\nsig type'EAttribute'class extends type'EStructuralFeature'class {\n}\nsig type'EPackage'class extends type'ENamedElement'class {\n\teClassifiers'reference'EPackage : set type'EClassifier'class\n}\nsig type'EDataType'class extends type'EClassifier'class {\n}\nsig type'EEnum'class extends type'EDataType'class {\n\teLiterals'reference'EEnum : set type'EEnumLiteral'class\n}\nsig type'EEnumLiteral'class extends type'ENamedElement'class {\n\teEnum'reference'EEnumLiteral : lone type'EEnum'class\n}\npred pattern'queries'attributeHasType [parameter'a: type'EAttribute'class, parameter'd: type'EDataType'class] {\n\tparameter'd in type'EDataType'class and (parameter'a in type'EAttribute'class and parameter'd in parameter'a.eType'reference'ETypedElement)\n}\npred pattern'queries'attributeHasNotTypeConstraint [parameter'a: type'EAttribute'class] {\n\tall variable'0: type'EDataType'class { parameter'a in type'EAttribute'class and ! (pattern'queries'attributeHasType [ parameter'a , variable'0 ]) }\n}\npred pattern'queries'child [parameter'c1: type'EClass'class, parameter'c2: type'EClass'class] {\n\tparameter'c2 in parameter'c1.eSuperTypes'reference'EClass and parameter'c2 in type'EClass'class\n}\npred pattern'queries'noCycles [parameter'c: type'EClass'class] {\n\tparameter'c->parameter'c in ^ (util'language.AsDeclaration'pattern'queries'child)\n}\npred pattern'queries'referenceHasType [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'c in type'EClass'class and (parameter'r in type'EReference'class and parameter'c in parameter'r.eType'reference'ETypedElement)\n}\npred pattern'queries'classHasReference [parameter'r: type'EReference'class, parameter'c: type'EClass'class] {\n\tparameter'r in type'EReference'class and parameter'r in parameter'c.eStructuralFeatures'reference'EClass\n}\npred pattern'queries'referenceHasNotTypeConstraint [parameter'r: type'EReference'class] {\n\tall variable'0: type'EClass'class { parameter'r in type'EReference'class and ! (pattern'queries'referenceHasType [ parameter'r , variable'0 ]) }\n}\npred pattern'queries'oppositeOfitself [parameter'r: type'EReference'class] {\n\tparameter'r in parameter'r.eOpposite'reference'EReference\n}\npred pattern'queries'isOpposite [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference and parameter'rr in type'EReference'class\n}\npred pattern'queries'oppositeRestriction [parameter'r: type'EReference'class, parameter'rr: type'EReference'class] {\n\tparameter'rr in parameter'r.eOpposite'reference'EReference and (parameter'rr in type'EReference'class and ! (pattern'queries'isOpposite [ parameter'rr , parameter'r ]))\n}\npred pattern'queries'oppositeRestrictionSameClasses [parameter'r: type'EReference'class] {\n\tsome variable'rr: type'EReference'class, variable'c1: type'EClassifier'class, variable'c4: type'EClass'class { variable'rr in parameter'r.eOpposite'reference'EReference and (variable'rr in type'EReference'class and (variable'c1 in parameter'r.eType'reference'ETypedElement and (variable'c1 in type'EClassifier'class and (variable'rr in variable'c4.eStructuralFeatures'reference'EClass and variable'c1 != variable'c4)))) }\n}\nfact EqualsAsDeclaration'pattern'queries'child {\n\tall a: type'EClass'class, b: type'EClass'class { pattern'queries'child [ a , b ] <=> a->b in util'language.AsDeclaration'pattern'queries'child }\n}\nfact util'containmentDefinition {\n\tutil'language.util'contains = eStructuralFeatures'reference'EClass + (eClassifiers'reference'EPackage + eLiterals'reference'EEnum)\n}\nfact util'noParentForRoot {\n\tno parent: type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class))))))))) { parent->(util'language.util'root) in util'language.util'contains }\n}\nfact util'atLeastOneParent {\n\tall child: type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class))))))))) { child = util'language.util'root or (some parent: type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class))))))))) { parent->child in util'language.util'contains }) }\n}\nfact util'noCircularContainment {\n\tno circle: type'EClass'class + (type'EStructuralFeature'class + (type'ENamedElement'class + (type'EAttribute'class + (type'ETypedElement'class + (type'EPackage'class + (type'EEnum'class + (type'EEnumLiteral'class + (type'EReference'class + (type'EClassifier'class + type'EDataType'class))))))))) { circle->circle in ^ (util'language.util'contains) }\n}\nfact oppositeReference'ePackage'EClassifier {\n\tePackage'reference'EClassifier = ~ eClassifiers'reference'EPackage\n}\nfact oppositeReference'eStructuralFeatures'EClass {\n\teStructuralFeatures'reference'EClass = ~ eContainingClass'reference'EStructuralFeature\n}\nfact oppositeReference'eLiterals'EEnum {\n\teLiterals'reference'EEnum = ~ eEnum'reference'EEnumLiteral\n}\nfact errorpattern'queries'attributeHasNotTypeConstraint {\n\tall p0: type'EAttribute'class { ! (pattern'queries'attributeHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'noCycles {\n\tall p0: type'EClass'class { ! (pattern'queries'noCycles [ p0 ]) }\n}\nfact errorpattern'queries'referenceHasNotTypeConstraint {\n\tall p0: type'EReference'class { ! (pattern'queries'referenceHasNotTypeConstraint [ p0 ]) }\n}\nfact errorpattern'queries'oppositeOfitself {\n\tall p0: type'EReference'class { ! (pattern'queries'oppositeOfitself [ p0 ]) }\n}\nfact errorpattern'queries'oppositeRestriction {\n\tall p0: type'EReference'class, p1: type'EReference'class { ! (pattern'queries'oppositeRestriction [ p0 , p1 ]) }\n}\nfact errorpattern'queries'oppositeRestrictionSameClasses {\n\tall p0: type'EReference'class { ! (pattern'queries'oppositeRestrictionSameClasses [ p0 ]) }\n}\nfact UpperMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class <= 1\n}\nfact LowerMultiplicity'EPackage'class'1 {\n\t# type'EPackage'class >= 1\n}\nrun { } for exactly 5 util'Object , 2 Int , exactly 0 String","avg_line_length":67.3858267717,"max_line_length":684,"alphanum_fraction":0.7848796448}
{"size":4500,"ext":"als","lang":"Alloy","max_stars_count":null,"content":"\/* The registered persons. *\/\nsig Person  {\n\t\/* Each person tutors a set of persons. *\/\n\tTutors : set Person,\n\t\/* Each person teaches a set of classes. *\/\n\tTeaches : set Class\n}\n\n\/* The registered groups. *\/\nsig Group {}\n\n\/* The registered classes. *\/\nsig Class  {\n\t\/* Each class has a set of persons assigned to a group. *\/\n\tGroups : Person -> Group\n}\n\n\/* Some persons are teachers. *\/\nsig Teacher extends Person  {}\n\n\/* Some persons are students. *\/\nsig Student extends Person  {}\n\n\/* Every person is a student. *\/\npred inv1 {\n\tPerson in Student \n}\n\n\/* There are no teachers. *\/\npred inv2 {\n\tno Teacher \n}\n\n\/* No person is both a student and a teacher. *\/\npred inv3 {\n\tno Student & Teacher \n}\n\n\/* No person is neither a student nor a teacher. *\/\npred inv4 {\n\tPerson in (Student + Teacher) \n}\n\n\/* There are some classes assigned to teachers. *\/\npred inv5 {\n\tsome Teacher.Teaches \n}\n\n\/* Every teacher has classes assigned. *\/\npred inv6 {\n\tTeacher in Teaches.Class \n}\n\n\/* Every class has teachers assigned. *\/\npred inv7 {\n\tClass in Teacher.Teaches \n}\n\n\/* Teachers are assigned at most one class. *\/\npred inv8 {\n\tall t:Teacher | lone t.Teaches \n}\n\n\/* No class has more than a teacher assigned. *\/\npred inv9 {\n\tall c:Class | lone Teaches.c & Teacher \n}\n\n\/* For every class, every student has a group assigned. *\/\npred inv10 {\n\tall c:Class, s:Student | some s.(c.Groups) \n}\n\n\/* A class only has groups if it has a teacher assigned. *\/\npred inv11 {\n\tall c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\n\n\/* Each teacher is responsible for some groups. *\/\npred inv12 {\n\tall t : Teacher | some (t.Teaches).Groups \n}\n\n\/* Only teachers tutor, and only students are tutored. *\/\npred inv13 {\n\tTutors.Person in Teacher and Person.Tutors in Student \n}\n\n\/* Every student in a class is at least tutored by all the teachers\n * assigned to that class. *\/\npred inv14 {\n{  all s:Student,c:Class | s in c.Groups.Group implies some t:Teacher | t->c in Teaches and t in s.^~Tutors } \n}\n\n\/* The tutoring chain of every person eventually reaches a Teacher. *\/\npred inv15 {\n\tall s : Person | some Teacher & ^Tutors.s\n}\/*======== IFF PERFECT ORACLE ===============*\/\npred inv1_OK {\n  Person in Student \n}\nassert inv1_Repaired {\n    inv1[] iff inv1_OK[]\n}\n\npred inv2_OK {\n  no Teacher \n}\nassert inv2_Repaired {\n    inv2[] iff inv2_OK[]\n}\n\npred inv3_OK {\n  no Student & Teacher \n}\nassert inv3_Repaired {\n    inv3[] iff inv3_OK[]\n}\n\npred inv4_OK {\n Person in (Student + Teacher) \n}\nassert inv4_Repaired {\n    inv4[] iff inv4_OK[]\n}\n\npred inv5_OK {\n  some Teacher.Teaches \n}\nassert inv5_Repaired {\n    inv5[] iff inv5_OK[]\n}\n\npred inv6_OK {\n  Teacher in Teaches.Class \n}\nassert inv6_Repaired {\n    inv6[] iff inv6_OK[]\n}\n\npred inv7_OK {\n  Class in Teacher.Teaches \n}\nassert inv7_Repaired {\n    inv7[] iff inv7_OK[]\n}\n\npred inv8_OK {\n  all t:Teacher | lone t.Teaches \n}\nassert inv8_Repaired {\n    inv8[] iff inv8_OK[]\n}\n\npred inv9_OK {\n  all c:Class | lone Teaches.c & Teacher \n}\nassert inv9_Repaired {\n    inv9[] iff inv9_OK[]\n}\n\npred inv10_OK {\n  all c:Class, s:Student | some s.(c.Groups) \n}\nassert inv10_Repaired {\n    inv10[] iff inv10_OK[]\n}\n\npred inv11_OK {\n  all c : Class | (some c.Groups) implies some Teacher & Teaches.c \n}\nassert inv11_Repaired {\n    inv11[] iff inv11_OK[]\n}\n\npred inv12_OK {\n all t : Teacher | some (t.Teaches).Groups \n}\nassert inv12_Repaired {\n    inv12[] iff inv12_OK[]\n}\n\npred inv13_OK {\n  Tutors.Person in Teacher and Person.Tutors in Student  \n}\nassert inv13_Repaired {\n    inv13[] iff inv13_OK[]\n}\n\npred inv14_OK {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\nassert inv14_Repaired {\n    inv14[] iff inv14_OK[]\n}\n\npred inv15_OK {\n  all s : Person | some Teacher & ^Tutors.s \n}\nassert inv15_Repaired {\n    inv15[] iff inv15_OK[]\n}\n check inv1_Repaired expect 0\n check inv2_Repaired expect 0\n check inv3_Repaired expect 0 \n check inv4_Repaired expect 0\n check inv5_Repaired expect 0\n check inv6_Repaired expect 0\n check inv7_Repaired expect 0\n check inv8_Repaired expect 0\n check inv9_Repaired expect 0\n check inv10_Repaired expect 0\n check inv11_Repaired expect 0\n check inv12_Repaired expect 0\n check inv13_Repaired expect 0\n check inv14_Repaired expect 0\n check inv15_Repaired expect 0\npred __repair {\n\tinv14\n}\n\nassert __repair {\n\tinv14 <=> {\n      all s : Person, c : Class, t : Person, g : Group | (c -> s -> g in Groups) and t -> c in Teaches implies t -> s in Tutors \n}\n}\n\ncheck __repair\n\n","avg_line_length":19.5652173913,"max_line_length":128,"alphanum_fraction":0.6784444444}