%% only_ssi_test(Debug[on/off],Total,Score). %%:- use_module(library(time)). %% only_ssi_test cases, Debug=trace=on or off, NTotal=output=total cases, Score=output=result only_ssi_test(Debug,NTotal,Score) :- only_ssi_test(Debug,0,NTotal,0,Score),!. only_ssi_test(_Debug,NTotal,NTotal,Score,Score) :- NTotal=3, !. only_ssi_test(Debug,NTotal1,NTotal2,Score1,Score2) :- NTotal3 is NTotal1+1, only_ssi_test(NTotal3,Query,Functions,Result), ((international_lucianpl([lang,"en"],Debug,Query,Functions,Result1) %,writeln1([Result,Result1]) ,Result=Result1) ->(Score3 is Score1+1,writeln0([only_ssi_test,NTotal3,passed]));(Score3=Score1,writeln0([only_ssi_test,NTotal3,failed]))), writeln0(""), only_ssi_test(Debug,NTotal3,NTotal2,Score3,Score2),!. %% only_ssi_test individual cases, Debug=trace=on or off, N=case number, Passed=output=result only_ssi_test1(Debug,N,Passed) :- only_ssi_test(N,Query,Functions,Result), ((international_lucianpl([lang,"en"],Debug,Query,Functions,Result1), %writeln1([result1,Result1]), Result=Result1 )->(Passed=passed,writeln0([only_ssi_test,N,passed]));(Passed=failed,writeln0([only_ssi_test,N,failed]))),!. only_ssi_test(1,[[n,findall],[[[v,a],[v,b]],[[n,appendz],[[v,a],[v,b],[1,2,3]]],[v,c]]], [ [[n,appendz],[[],[v,a],[v,a]]%,":-",[[[n,true]]] ], [[n,appendz],[[[v,a],"|",[v,d]],[v,b],[[v,a],"|",[v,c]]],":-", [ [[n,appendz],[[v,d],[v,b],[v,c]]]%,[[n,cut]] ] ]] ,[[[[v,c],[[[],[1,2,3]],[[1],[2,3]],[[1,2],[3]],[[1,2,3],[]]]]]]). only_ssi_test(2,[[n,family_test]], % compatible with ssi, requires more memory [ [[n,parent],[albert,jim]], [[n,parent],[albert,peter]], [[n,parent],[jim,brian]], [[n,parent],[peter,lee]], [[n,parent],[peter,john]], [[n,year_of_birth],[albert,1926]], [[n,year_of_birth],[peter,1945]], [[n,year_of_birth],[jim,1949]], [[n,year_of_birth],[brian,1974]], [[n,year_of_birth],[john,1974]], [[n,year_of_birth],[lee,1975]], [[n,gender],[albert,male]], [[n,gender],[jim,male]], [[n,gender],[peter,male]], [[n,gender],[brian,male]], [[n,gender],[lee,male]], [[n,gender],[john,male]], [[n,grandparent],[[v,gg]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,parent],[[v,a],[v,b]]], [v,c] ]], [[n,findall], [ [[v,grandparent],[v,grandchild]], [ [[n,member],[[[v,grandparent],[v,child]],[v,c]]], [[n,member],[[[v,child],[v,grandchild]],[v,c]]] ], [v,gg] ]], [[n,cut]] ]], [[n,comment],["% older(A,B)"]], [[n,comment],["% means A is older than B"]], [[n,comment],["%"]], [[n,older],[[v,gg]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,year_of_birth],[[v,a],[v,b]]], [v,c] ]], [[n,findall], [ [[v,a1],[v,b1]], [ [[n,member],[[[v,a1],[v,y1]],[v,c]]], [[n,member],[[[v,b1],[v,y2]],[v,c]]], [[n,>],[[v,y2],[v,y1]]] ], [v,gg] ]], [[n,cut]] ]], [[n,comment],["% siblings(A,B)"]], [[n,comment],["% means A and B are siblings"]], [[n,comment],["%"]], [[n,siblings],[[v,gg]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,parent],[[v,a],[v,b]]], [v,c] ]], [[n,findall], [ [[v,a1],[v,b1]], [ [[n,member],[[[v,x],[v,a1]],[v,c]]], [[n,member],[[[v,x],[v,b1]],[v,c]]], [[n,not],[[[n,=],[[v,a1],[v,b1]]]]] ], [v,gg] ]], [[n,cut]] ]], [[n,comment],["% A & B share a common parent"]], [[n,comment],["%"]], [[n,comment],["% A is different from B (Bratko, p175)"]], [[n,comment],["% sibling_list(Child, Siblings)"]], [[n,comment],["% Siblings is a list of A1's brothers and sisters"]], [[n,comment],["%"]], [[n,sibling_list],[[v,a1],[v,siblings]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,parent],[[v,a],[v,b]]], [v,c] ]], [[n,findall], [ [[v,a1],[v,b1]], [ [[n,member],[[[v,x],[v,a1]],[v,c]]], [[n,member],[[[v,x],[v,b1]],[v,c]]], [[n,not],[[[n,=],[[v,a1],[v,b1]]]]] ], [v,list] ]], [[n,remove_duplicates],[[v,list],[v,siblings]]], [[n,cut]] ]], [[n,comment],["% remove_duplicates(List, Result)"]], [[n,comment],["%"]], [[n,comment],["% Removes duplicate entries in a list"]], [[n,comment],["%"]], [[n,remove_duplicates],[[],[]],":-", [ [[n,cut]] ]], [[n,remove_duplicates],[[[[v,x1],[v,x2]],"|",[v,rest]],[[[v,x1],[v,x2]],"|",[v,result]]],":-", [ [[n,delete],[[v,rest],[[v,x1],[v,x2]],[v,r1]]], [[n,delete],[[v,r1],[[v,x2],[v,x1]],[v,r2]]], [[n,remove_duplicates],[[v,r2],[v,result]]], [[n,cut]] ]], [[n,comment],["% older_brother(A,B)"]], [[n,comment],["% means A is an older brother of B"]], [[n,comment],["%"]], [[n,older_brother],[[v,gg]],":-", [ [[n,older_brother1],[[v,p],[v,y],[v,g]]], [[n,findall], [ [[v,a],[v,b],[v,c1],[v,b3]], [ [[n,member],[[[v,a],[v,b]],[v,p]]], [[n,member],[[[v,b],[v,c1]],[v,y]]], [[n,member],[[[v,b],[v,b3]],[v,g]]] ], [v,c] ]], [[n,findall], [ [[v,a1],[v,b1]], [ [[n,member],[[[v,x],[v,a1],[v,c2],male],[v,c]]], [[n,member],[[[v,x],[v,b1],[v,c21],[v,'_']],[v,c]]], [[n,>],[[v,c2],[v,c21]]] ], [v,gg] ]], [[n,cut]] ]], [[n,older_brother1],[[v,p],[v,y],[v,g]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,parent],[[v,a],[v,b]]], [v,p] ]], [[n,findall], [ [[v,a],[v,b]], [[n,year_of_birth],[[v,a],[v,b]]], [v,y] ]], [[n,findall], [ [[v,a],[v,b]], [[n,gender],[[v,a],[v,b]]], [v,g] ]], [[n,cut]] ]], [[n,comment],["% descendant(Person, Descendant)"]], [[n,comment],["% means Descendant is a descendant of Person."]], [[n,comment],["%"]], [[n,descendant],[[v,a1],[v,b1]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,parent],[[v,a],[v,b]]], [v,c] ]], [[n,descendant1],[[v,a1],[v,b1],[v,c],[v,c]]] ]], [[n,descendant1],[[v,'_person'],[],[],[v,'_']],":-", [ [[n,cut]] ]], [[n,descendant1],[[v,person],[v,d2],[[[v,person],[v,c2]],"|",[v,c1]],[v,e]],":-", [ [[n,descendant1],[[v,c2],[v,d],[v,e],[v,e]]], [[n,descendant1],[[v,person],[v,descendant],[v,c1],[v,e]]], [[n,foldr_append],[[[[v,c2]],[v,d],[v,descendant]],[],[v,d2]]], [[n,cut]] ]], [[n,descendant1],[[v,person1],[v,descendant],[[[v,person2],[v,'_c2']],"|",[v,c1]],[v,e]],":-", [ [[n,not],[[[n,=],[[v,person1],[v,person2]]]]], [[n,descendant1],[[v,person1],[v,descendant],[v,c1],[v,e]]], [[n,cut]] ]], [[n,foldr_append],[[],[v,b],[v,b]],":-", [ [[n,cut]] ]], [[n,foldr_append],[[[v,a1],"|",[v,a2]],[v,b],[v,c]],":-", [ [[n,append],[[v,b],[v,a1],[v,d]]], [[n,foldr_append],[[v,a2],[v,d],[v,c]]], [[n,cut]] ]], [[n,comment],["% ancestor(Person, Ancestor)"]], [[n,comment],["% means Ancestor is an ancestor of Person."]], [[n,comment],["%"]], [[n,comment],["% This is functionally equivalent to descendant(Ancestor, Person)."]], [[n,comment],["%"]], [[n,ancestor],[[v,a1],[v,b1]],":-", [ [[n,findall], [ [[v,a],[v,b]], [[n,parent],[[v,a],[v,b]]], [v,c] ]], [[n,ancestor1],[[v,a1],[v,b1],[v,c],[v,c]]] ]], [[n,ancestor1],[[v,'_person'],[],[],[v,'_']],":-", [ [[n,cut]] ]], [[n,ancestor1],[[v,person],[v,d2],[[[v,c2],[v,person]],"|",[v,c1]],[v,e]],":-", [ [[n,ancestor1],[[v,c2],[v,d],[v,e],[v,e]]], [[n,ancestor1],[[v,person],[v,ancestor],[v,c1],[v,e]]], [[n,foldr_append],[[[[v,c2]],[v,d],[v,ancestor]],[],[v,d2]]], [[n,cut]] ]], [[n,ancestor1],[[v,person1],[v,ancestor],[[[v,'_c2'],[v,person2]],"|",[v,c1]],[v,e]],":-", [ [[n,not],[[[n,=],[[v,person1],[v,person2]]]]], [[n,ancestor1],[[v,person1],[v,ancestor],[v,c1],[v,e]]], [[n,cut]] ]], [[n,comment],["% children(Parent, ChildList)"]], [[n,comment],["% ChildList is bound to a list of the children of Parent."]], [[n,comment],["%"]], [[n,children],[[v,parent],[v,childlist]],":-", [ [[n,findall], [ [v,child], [[n,parent],[[v,parent],[v,child]]], [v,childlist] ]] ]], [[n,comment],["% list_count(List, Count)"]], [[n,comment],["% Count is bound to the number of elements in List."]], [[n,comment],["%"]], [[n,list_count],[[],0]], [[n,list_count],[[[v,'_'],"|",[v,tail]],[v,count]],":-", [ [[n,list_count],[[v,tail],[v,tailcount]]], [[n,+],[[v,tailcount],1,[v,count]]] ]], [[n,comment],["% count_descendants(Person, Count)"]], [[n,comment],["% Count is bound to the number of descendants of Person."]], [[n,comment],["%"]], [[n,count_descendants],[[v,person],[v,count]],":-", [ [[n,descendant],[[v,person],[v,list]]], [[n,list_count],[[v,list],[v,count]]] ]], [[n,family_test],":-", [ [[n,grandparent],[[v,result1]]], [[n,writeln],[[v,result1]]], [[n,older],[[v,result2]]], [[n,writeln],[[v,result2]]], [[n,siblings],[[v,result3]]], [[n,writeln],[[v,result3]]], [[n,sibling_list],[john,[v,result5]]], [[n,writeln],[[v,result5]]], [[n,older_brother],[[v,result6]]], [[n,writeln],[[v,result6]]], [[n,descendant],[albert,[v,result7]]], [[n,writeln],[[v,result7]]], [[n,ancestor],[john,[v,result8]]], [[n,writeln],[[v,result8]]], [[n,children],[albert,[v,childlist]]], [[n,writeln],[[v,childlist]]], [[n,list_count],[[1,2,3],[v,count1]]], [[n,writeln],[[v,count1]]], [[n,count_descendants],[albert,[v,count2]]], [[n,writeln],[[v,count2]]] ]] ] ,[[]]). /* only_ssi_test(3,[[n,older_brother],[[v,result6]]], %% trying to get working with ssi [ [[n,parent],[albert, jim]], [[n,parent],[albert, peter]], [[n,parent],[jim, brian]], [[n,parent],[john, darren]], [[n,parent],[peter, lee]], [[n,parent],[peter, sandra]], [[n,parent],[peter, james]], [[n,parent],[peter, kate]], [[n,parent],[peter, kyle]], [[n,parent],[brian, jenny]], [[n,parent],[irene, jim]], [[n,parent],[irene, peter]], [[n,parent],[pat, brian]], [[n,parent],[pat, darren]], [[n,parent],[amanda, jenny]], [[n,older_brother],[[v,c]],":-", [ [[n,findall], [ [[v,a],[v,b]], [ [[n,siblings],[[v,a],[v,b]]], [[n,male],[[v,a]]], [[n,older],[[v,a],[v,b]]] ], [v,c] ]] ]], [[n,siblings],[[v,a],[v,b]],":-", [ [[n,parent],[[v,x],[v,a]]], [[n,parent],[[v,x],[v,b]]], [[n,not],[[[n,=],[[v,a],[v,b]]]]] ]], [[n,male],[albert]], [[n,male],[jim]], [[n,male],[peter]], [[n,male],[brian]], [[n,male],[john]], [[n,male],[darren]], [[n,male],[james]], [[n,male],[kyle]], [[n,yearofbirth],[irene,1923]], [[n,yearofbirth],[pat,1954]], [[n,yearofbirth],[lee,1970]], [[n,yearofbirth],[sandra,1973]], [[n,yearofbirth],[jenny,2004]], [[n,yearofbirth],[amanda,1979]], [[n,yearofbirth],[albert,1926]], [[n,yearofbirth],[jim,1949]], [[n,yearofbirth],[peter,1945]], [[n,yearofbirth],[brian,1974]], [[n,yearofbirth],[john,1955]], [[n,yearofbirth],[darren,1976]], [[n,yearofbirth],[james,1969]], [[n,yearofbirth],[kate,1975]], [[n,yearofbirth],[kyle,1976]], [[n,older],[[v,a],[v,b]],":-", [ [[n,yearofbirth],[[v,a],[v,y1]]], [[n,yearofbirth],[[v,b],[v,y2]]], [[n,>],[[v,y2],[v,y1]]] ]], [[n,family_test],":-", [ [[n,older_brother],[[v,result6]]], [[n,writeln],[[v,result6]]] ]] ], [[[[v,result6],[[peter, jim], [james, lee], [james, sandra], [james, kate], [james, kyle], [peter, jim], [brian, darren]]]]]). */ only_ssi_test(3,[[n,grammar1],[["a","b","c","b","c"]]], [ [[n,grammar1],[[v,s]],":-", [ [[n,1],[[v,s],[]]] ] ], [[n,1],"->",[[]]], [[n,1],"->",[["a"],[[n,2]],[[n,1]]]], [[n,2],"->",[[]]], [[n,2],"->",[["b"],[[n,3]],[[n,2]]]], [[n,3],"->",[[]]], [[n,3],"->",[["c"],[[n,3]]]] ],[[]]).