Input: [0] rotationSpeed [1] Float [3] the speed for rotation animation [2]

Output: mandatory

Interface elements for jQuery - Documentation - Carousel


Input: [0] reflectionSize [1] Float [3] the reflection size a fraction from items' height [2]

Output: mandatory

Interface elements for jQuery - Documentation - Carousel


Input: [0] slowOnHover [1] Boolean [3] if true the rotation speed slows down when an item is hovered [2]

Output: optional

Interface elements for jQuery - Documentation - Carousel


Input: [0] slowOnOut [1] Boolean [3] it true the rotation speed slows down when the cursor leaves the carousel [2]

Output: optional

Interface elements for jQuery - Documentation - Carousel


Input: [arity] 2 [description] unifies terms [predicate]

Output: unify


Input: [arity] 2 [description] unifies terms with an occurs check [predicate]

Output: unify!


Input: [arity] 2 [description] succeeds if the terms are identical [predicate]

Output: identical


Input: [arity] 2 [description] binds the variable which is the first term to the result of evaluating the second. All variables in the second are completely dereferenced. [predicate]

Output: is


Input: [arity] 2 [description] as 'is' except all variables in the second term are dereferenced only so far as to derive a non-variable result. [predicate]

Output: bind


Input: [arity] 3 [description] takes a variable X , a literal (list) L and a variable Y and finds all values for X in L for which L is provable and binds the list of these values to Y. [predicate]

Output: findall


Input: [arity] 1 [description] the term is evaluated to true or false and the call succeeds if it is true. All variables in the term are completely dereferenced. [predicate]

Output: when


Input: [arity] 1 [description] the term is evaluated to true or false and the call succeeds if it is true. All variables in the term are dereferenced only so far as to derive a non-variable result. [predicate]

Output: fwhen


Input: [arity] 1 [description] apply the predicate at the head of the list to the terms of the tail. (Prolog apply) [predicate]

Output: call


Input: [arity] 1 [description] terminate Prolog returning the dereferenced value of the term. [predicate]

Output: return


Input: [arity] 0 [description] Prolog cut [predicate]


Input: [arity] 1 [description] Bind a variable to a value outside of Prolog [predicate]

Output: receive


Input: [0] g then h [1] → home [2]

Output: Go to front page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then l [1] → login [2]

Output: Go to login page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then d [1] → dashboard [2]

Output: Go to admin dashboard

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then c [1] → comment [2]

Output: Go to comment edit page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then t [1] → themes [2]

Output: Go to themes page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then p [1] → plugins [2]

Output: Go to plugins page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then u [1] → users [2]

Output: Go to users page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] g then s [1] → settings [2]

Output: Go to settings page

The Savory Slurper » Slurping and sampling across the bits


Input: [0] 1.3 / 1.4 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Fails to identify [attr^=""] [[attr$=]] Fails to identify [attr$=""] [[attr*=]] Fails to identify [attr*=""] [:nth-child] Yes [:nth-last-child] Selector not supported [:nth-of-type] Selector not supported [:nth-last-of-type] Selector not supported [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Selector not supported [:only-of-type] Selector not supported [:empty] Fails if element contains a HTML comment [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Selector not supported [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Selector not supported

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8

A table of JavaScript libraries that are compatible with selectivizr and CSS selector support they offer. † = only available in IE8 standards mode.


Input: [0] 1.5.0 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Fails to identify [attr^=""] [[attr$=]] Fails to identify [attr$=""] [[attr*=]] Fails to identify [attr*=""] [:nth-child] Yes [:nth-last-child] Selects incorrect elements [:nth-of-type] Selects incorrect elements [:nth-last-of-type] Selects incorrect elements [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Selects incorrect elements [:only-of-type] Selects incorrect elements [:empty] Yes [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Selector not supported [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Selects incorrect elements

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8


Input: [0] 1.6.1 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Fails to identify [attr^=""] [[attr$=]] Fails to identify [attr$=""] [[attr*=]] Fails to identify [attr*=""] [:nth-child] Yes [:nth-last-child] Yes [:nth-of-type] Yes [:nth-last-of-type] Yes [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Yes [:only-of-type] Yes [:empty] Fails if element contains a HTML comment [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Selector not supported [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Yes

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8


Input: [0] 2.8.0 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Yes [[attr$=]] Yes [[attr*=]] Yes [:nth-child] Yes [:nth-last-child] Yes [:nth-of-type] Yes [:nth-last-of-type] Yes [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Selects incorrect elements [:only-of-type] Selects incorrect elements [:empty] Fails if element contains a HTML comment [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Yes [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Selects incorrect elements

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8


Input: [0] 2.8.0 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Fails to identify [attr^=""] [[attr$=]] Fails to identify [attr^=""] [[attr*=]] Fails to identify [attr*=""] [:nth-child] Yes [:nth-last-child] Yes [:nth-of-type] Yes [:nth-last-of-type] Yes [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Yes [:only-of-type] Yes [:empty] Fails if element contains a HTML comment [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Selector not supported [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Yes

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8


Input: [0] 1.3 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Yes [[attr$=]] Yes [[attr*=]] Yes [:nth-child] Yes [:nth-last-child] Yes [:nth-of-type] Yes [:nth-last-of-type] Yes [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Yes [:only-of-type] Yes [:empty] Yes [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Yes [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Yes

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8


Input: [0] 1.2.3 [[attr]] Yes [[attr=]] Yes [[attr~=]] Yes [[attr|=]] Yes [[attr^=]] Yes [[attr$=]] Yes [[attr*=]] Yes [:nth-child] Yes [:nth-last-child] Yes [:nth-of-type] Yes [:nth-last-of-type] Yes [:first-child] Yes [:last-child] Yes [:only-child] Yes [:first-of-type] Yes [:only-of-type] Yes [:empty] Yes [:enabled] Yes [:disabled] Yes [:checked] Yes [:hover] Yes [:focus] Yes [:target †] Yes [:not] Yes [:root] Yes [::first-line] Yes [::first-letter] Yes [29] website [:last-of-type]

Output: Yes

Selectivizr - CSS3 pseudo-class and attribute selectors for IE 6-8


Input: [0] Symbol [1] Characters [2]

Output: Optional

Converting Values To Ascii Using C Language Formatting


Input: [0] precent [1] % [2]

Output: no

Converting Values To Ascii Using C Language Formatting


Input: [0] sign [1] - [2]

Output: yes

Converting Values To Ascii Using C Language Formatting


Input: [0] width [1] * or a number [2]

Output: yes

Converting Values To Ascii Using C Language Formatting


Input: [0] dot [1] . [2]

Output: yes

Converting Values To Ascii Using C Language Formatting


Input: [0] precision [1] * or a number [2]

Output: yes

Converting Values To Ascii Using C Language Formatting


Input: [0] type [1] dioxXucsfeEgG [2]

Output: no

Converting Values To Ascii Using C Language Formatting


Input: [0] Opcode [2] Comment [1]

Output: Supported


Input: [0] amplitude [1]

Output: Yes


Input: [0] amplitude_onccN [1]

Output: No


Input: [0] amplitude_smoothccN [1]

Output: No


Input: [0] amplitude_curveccN [1]

Output: No


Input: [0] pan_law [1]

Output: No


Input: [0] #include [1]

Output: Yes


Input: [==] true [true] true [false] false [1] true [0] false [-1] true [„1“] true [„0“] false [„-1″] true [array()] false [array(1)] true [array(„php“)] true [„php“] true [„“] false [NAN] true [null]

Output: false


Input: [==] false [true] false [false] true [1] false [0] true [-1] false [„1“] false [„0“] true [„-1″] false [array()] true [array(1)] false [array(„php“)] false [„php“] false [„“] true [NAN] false [null]

Output: true


Input: [==] 1 [true] true [false] false [1] true [0] false [-1] false [„1“] true [„0“] false [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] 0 [true] false [false] true [1] false [0] true [-1] false [„1“] false [„0“] true [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] true [„“] true [NAN] false [null]

Output: true


Input: [==] -1 [true] true [false] false [1] false [0] false [-1] true [„1“] false [„0“] false [„-1″] true [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] „1“ [true] true [false] false [1] true [0] false [-1] false [„1“] true [„0“] false [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] „0“ [true] false [false] true [1] false [0] true [-1] false [„1“] false [„0“] true [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] „-1″ [true] true [false] false [1] false [0] false [-1] true [„1“] false [„0“] false [„-1″] true [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] null [true] false [false] true [1] false [0] true [-1] false [„1“] false [„0“] false [„-1″] false [array()] true [array(1)] false [array(„php“)] false [„php“] false [„“] true [NAN] false [null]

Output: true


Input: [==] array() [true] false [false] true [1] false [0] false [-1] false [„1“] false [„0“] false [„-1″] false [array()] true [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: true


Input: [==] array(1) [true] true [false] false [1] false [0] false [-1] false [„1“] false [„0“] false [„-1″] false [array()] false [array(1)] true [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] array(„php“) [true] true [false] false [1] false [0] false [-1] false [„1“] false [„0“] false [„-1″] false [array()] false [array(1)] false [array(„php“)] true [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [==] „php“ [true] true [false] false [1] false [0] true [-1] false [„1“] false [„0“] false [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] true [„“] false [NAN] false [null]

Output: false


Input: [==] „“ [true] false [false] true [1] false [0] true [-1] false [„1“] false [„0“] false [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] true [NAN] false [null]

Output: true


Input: [==] NAN [true] true [false] false [1] false [0] false [-1] false [„1“] false [„0“] false [„-1″] false [array()] false [array(1)] false [array(„php“)] false [„php“] false [„“] false [NAN] false [null]

Output: false


Input: [0] Key [2] Action [1]

Output: Definition

Gmail keyboard shortcut quick reference guide


Input: [0] c [2] Compose a new email. [1]

Output: Compose

Gmail keyboard shortcut quick reference guide


Input: [0] r [2] Reply to an email. [1]

Output: Reply

Gmail keyboard shortcut quick reference guide


Input: [0] a [2] Reply to all recipients of an email. [1]

Output: Reply All

Gmail keyboard shortcut quick reference guide


Input: [0] f [2] Forward the current email. [1]

Output: Forward

Gmail keyboard shortcut quick reference guide


Input: [0] , a [2] Change a reply to a reply all. Also works with “r”, “f” to change to a forward or reply to sender only. [1]

Output: Change to Reply All

Gmail keyboard shortcut quick reference guide


Input: [0] , [2] Tab to the send button and press it. [1]

Output: Send Email

Gmail keyboard shortcut quick reference guide


Input: [0] include.rownames [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] include.colnames [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] rownames [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] colnames [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] format [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] digits [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] decimal.mark [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] na.print [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] caption [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] caption.level [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] width [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] frame [asciidoc] yes [txt2tags] yes (all or none) [rest] no [org]

Output: no


Input: [0] grid [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] valign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] header [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] footer [asciidoc] yes [txt2tags] yes [rest] no [org]

Output: no


Input: [0] align [asciidoc] yes [txt2tags] yes [rest] no [org]

Output: no


Input: [0] col.width [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] style [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] tgroup [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: no


Input: [0] n.tgroup [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: no


Input: [0] talign [asciidoc] yes [txt2tags] yes [rest] no [org]

Output: no


Input: [0] tvalign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] tstyle [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: no


Input: [0] bgroup [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] n.bgroup [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] balign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] bvalign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] bstyle [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] lgroup [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] n.lgroup [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] lalign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] lvalign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] lstyle [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] rgroup [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] n.rgroup [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] ralign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] rvalign [asciidoc] yes [txt2tags] no [rest] no [org]

Output: no


Input: [0] rstyle [asciidoc] yes [txt2tags] no [rest] yes [org]

Output: no


Input: [0] list.type [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] condense [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] html [asciidoc] yes [txt2tags] yes [rest] yes [org]

Output: yes


Input: [0] docbook [asciidoc] yes [txt2tags] yes [rest] no [org]

Output: yes


Input: [0] latex [asciidoc] yes (experimental) [txt2tags] yes [rest] yes (col and row spans not implemented yet) [org]

Output: yes


Input: [0] syntax color [asciidoc] yes (but not for R…) [txt2tags] no [rest] yes [org]

Output: yes


Input: [1] none [2]

Output: No automatic video mode creation. Use only the available modelines (default).


Input: [1] x [2]

Output: Adjusts the available modeline horizontal resolution to match the game image's size. The stretched modeline keeps all the clock attributes of the original modeline. Also all other modeline attributes, like doublescan and interlace, are maintained.


Input: [1] clock [2]

Output: Adjusts the available modeline's vertical clock to match the game's frame rate.


Input: [1] xclock [2]

Output: Adjusts the available modeline's horizontal resolution and the vertical clock.


Input: [1] generate_exact [2]

Output: Creates automatically some new modelines using the format specified on the `device_video_format' option. The generated modelines will be named `generate-*'. Check the `advdef.txt' file for the description of the `device_video_format' option or simply use the `advcfg' utility to set it up correctly. If the `device_video_format' option isn't specified a default value for your monitor clock limits is guessed.


Input: [1] generate_y [2]

Output: Like generate_exact, and it allows generating modes with a wrong vertical size if a perfect mode is not possible.


Input: [1] generate_clock [2]

Output: Like generate_exact, and it allows generating modes with a vertical clock different than the game original clock if a perfect mode is not possible.


Input: [1] generate_yclock [2]

Output: Like generate_exact, and it allows generating modes with a wrong vertical clock and/or size if a perfect mode is not possible. Modes with a correct size are favorite over mode than a correct clock.


Input: [1] generate_clocky [2]

Output: Like generate_exact, and it allows generating modes with a wrong vertical clock and/or size if a perfect mode is not possible. Modes with a correct clock are favorite over mode with a correct size.


Input: [Tegn] ⟰ [Position] U+27F0 [Navn]

Output: Upwards Quadruple Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟱ [Position] U+27F1 [Navn]

Output: Downwards Quadruple Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟲ [Position] U+27F2 [Navn]

Output: Anticlockwise Gapped Circle Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟳ [Position] U+27F3 [Navn]

Output: Clockwise Gapped Circle Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟴ [Position] U+27F4 [Navn]

Output: Right Arrow With Circled Plus

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟵ [Position] U+27F5 [Navn]

Output: Long Leftwards Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟶ [Position] U+27F6 [Navn]

Output: Long Rightwards Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟷ [Position] U+27F7 [Navn]

Output: Long Left Right Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟸ [Position] U+27F8 [Navn]

Output: Long Leftwards Double Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟹ [Position] U+27F9 [Navn]

Output: Long Rightwards Double Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟺ [Position] U+27FA [Navn]

Output: Long Left Right Double Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟻ [Position] U+27FB [Navn]

Output: Long Leftwards Arrow From Bar

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟼ [Position] U+27FC [Navn]

Output: Long Rightwards Arrow From Bar

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟽ [Position] U+27FD [Navn]

Output: Long Leftwards Double Arrow From Bar

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟾ [Position] U+27FE [Navn]

Output: Long Rightwards Double Arrow From Bar

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [Tegn] ⟿ [Position] U+27FF [Navn]

Output: Long Rightwards Squiggle Arrow

Pil (symbol) - Wikipedia, den frie encyklopædi


Input: [0] Attribute [2] Required [1]

Output: Description


Input: [0] path [2] yes [1]

Output: the XPath reference of the element(s) to replace. If this represents an attribute, then the value of the attribute will be changed. In this scenario you can only specify text as replacement


Input: [0] withText [2] no [1]

Output: the text to insert in place of the nominated nodes


Input: [0] withXml [2] no [1]

Output: the literal XML to insert in place of the nominated nodes


Input: [0] withFile [2] no [1]

Output: the file containing XML to insert in place of the nominated nodes


Input: [0] withBuffer [2] no [1]

Output: the buffer containing XML to insert in place of the nominated nodes


Input: [0] expandProperties [2] no [1]

Output: indicates whether properties in body text XML are expanded or not. Defaults to true


Input: [0] if [2] no [1]

Output: only performed if the given property is set


Input: [0] unless [2] no [1]

Output: performed unless the given property is set


Input: [Notation] O(1) [Name] constant [Example]

Output: array or hash index


Input: [Notation] O(logN) [Name] logarithmic [Example]

Output: binary search


Input: [Notation] O(N) [Name] linear [Example]

Output: string comparison


Input: [Notation] O(N*logN) [Name] n log n [Example]

Output: advanced sort


Input: [Notation] O(N**2) [Name] quadratic [Example]

Output: simple sort


Input: [Notation] O(N**3) [Name] cubic [Example]

Output: matrix multiplication


Input: [Notation] O(2**N) [Name] exponential [Example]

Output: set partitioning


Input: [1] Usage [2] Applies to [0]

Output: Variable


Input: [1] defines title text [2] Indicator Builder [0]

Output: title


Input: [1] specifies maximum number of graphs to be drawn in custom indicator window (default=3) [2] Indicator Builder [0]

Output: maxgraph


Input: [1] defines the formula for the graph number N (where N is a number 0,1,2,..., maxgraph-1) [2] Indicator Builder [0]

Output: graphN


Input: [1] defines the color index of Nth graph line (color indexes are related to the current palette - see Preferences/Color) [2] Indicator Builder [0]

Output: graphNcolor


Input: [1] defines the style of Nth graph. Style is defined as a combination (sum) of one or more following flags: 1 - normal (line) chart (default) 2 - histogram chart 4 - fat (thick) 8 - include dots 16 - no line 32 - semi-logarithmic scale 64 - candlestick chart 128 - traditional bar chart 256 - no draw (perform axis scaling only) Not all flag combinations make sense, for example (64+1) (candlestick + line) will result in candlestick chart (style=64) Note on candlestick/bar charts: these styles use indirectly O, H, L arrays in addition to graphN. So ordinary candlestick price chart formula is graph0=close; graph0style=64;. But if you want to draw something else than close price you have to assign new values to predefined O,H,L arrays. [2] Indicator Builder [0]

Output: graphNstyle


Input: [0] Attribute [2] AppliedTo [3] Description [1]

Output: Value


Input: [0] id [2] DIV [3] Container for task state elements [1]

Output: task


Input: [0] name [2] INPUT[hidden] [3] The task identity. Found as a child of FORM.move [1]

Output: id


Input: [2] Input[text] [3] The task title state transfer element. Found as a child of FORM.new [1]

Output: title


Input: [0] class [2] UL [3] List of tasks [1]

Output: all


Input: [2] SPAN [3] Task title. Found as child of LI [1]

Output: title


Input: [2] SPAN [3] Task description. Found as child of LI [1]

Output: description


Input: [2] FORM [3] Application flow identifier for adding a new task to to do [1]

Output: new to do


Input: [2] FORM [3] Hints to the client for ideal next state transition. Should be used with FORM.move class [1]

Output: next


Input: [0] rel [2] A [3] Navigate to index resource; should not be more than 1 [1]

Output: index


Input: [2] A [3] Navigate to to do resource; should not be more than 1 [1]

Output: to do


Input: [1] Arguments [2] Description [0]

Output: Command


Input: [1] callback [2] Invoke callback when file closes [0]

Output: append


Input: [1] callback [2] Invoke callback precisely once when file closes [0]

Output: appendUnique


Input: [1] - [2] Return file closing callback list [0]

Output: list


Input: [1] callback [2] Remove callback from file closing callback list [0]

Output: remove


Input: [1] callback [2] Insert callback at beginning of callback list [0]

Output: insert


Input: [1] Type [2] Default [3] Description [0]

Output: Option

WebGL Earth - open source 3D digital globe written in JavaScript


Input: [1] String [2] null [3] Url template. [0]

Output: url

WebGL Earth - open source 3D digital globe written in JavaScript


Input: [1] Array [2] undefined [3] When this option is set, the TileLayer only loads tiles that are in the given bounds. [0]

Output: bounds

WebGL Earth - open source 3D digital globe written in JavaScript


Input: [1] Number [2] 0 [3] Minimum zoom level. [0]

Output: minZoom

WebGL Earth - open source 3D digital globe written in JavaScript


Input: [1] Number [2] 18 [3] Maximum zoom level. [0]

Output: maxZoom

WebGL Earth - open source 3D digital globe written in JavaScript


Input: [1] String [2] null [3] Sets opacity of this map. (1 - Fully opaque, 0 - Fully transparent) [0]

Output: attribution

WebGL Earth - open source 3D digital globe written in JavaScript


Input: [0] [out] [1] file [2]

Output: Set to the file created


Input: [0] [out] [1] tree [2]

Output: Set to the tree contained in that file


Input: [0] [out] [1] beamTree [2]

Output: Set to the beam tree contained in file


Input: [1] filename [2]

Output: The name of the file to create


Input: [1] treename [2]

Output: The name to give tree


Input: [1] truthBranch [2]

Output: Whether to create a "truth" branch


Input: [2] pointer to the EGalgPRnode_t* source node in the network. [1]


Input: [2] pointer to the EGalgPRnode_t* sink node in the network. [1]


Input: [2] pointer to the EGalgPRgraph_t* in wich we will work. [1]


Input: [2] array of integers where numb[k] contain the number of nodes with distance labels equal to k. This array should be of size at least n_nodes. [1]

Output: numb


Input: [2] number of nodes in the graph. [1]

Output: n_nodes


Input: [2] array of EGeList_t lists, DIST[i] is a list of all nodes with distance label i. [1]

Output: DIST


Input: [2] array of EGeList_t lists, LEVEL[i] is a list of all ACTIVE nodes with distance label i. [1]

Output: LEVEL


Input: [1] colorless if pure, otherwise any color [Optical Properties]

Output: Color


Input: [1] none / white [Optical Properties]

Output: Streak


Input: [1] vitreous Cryptocrystalline: waxy to dull, vitreous if polished [Optical Properties]

Output: Luster


Input: [1] transparent to opaque [Optical Properties]

Output: Diaphaneity


Input: [1] no=1.54422 ne=1.55332 Cryptocrystalline: n = approximately 1.54 [Optical Properties]

Output: Refractive Indices


Input: [1] uniaxial positive: ne-no = +0.00910 lower in cryptocrystalline quartz [Optical Properties]

Output: Birefringence


Input: [1] none if pure, weak dichroism is observed in smoky quartz, amethyst, and certain citrines [Optical Properties]

Output: Pleochroism / Dichroism


Input: [1] θo=0.00779 θe=0.00807 [Optical Properties]

Output: Coefficient of Dispersion


Input: [1] none if pure [Optical Properties]

Output: Fluorescence


Input: [1] parallel to c-axis [Optical Properties]

Output: Optical Activity


Input: [2] The encoding/format of this sound. [1]

Output: format

Gnash: gnash::media::SoundInfo Class Reference


Input: [2] Defines whether the sound is in stereo. [1]

Output: stereo

Gnash: gnash::media::SoundInfo Class Reference


Input: [2] The sample rate of the sound. [1]

Output: sampleRate

Gnash: gnash::media::SoundInfo Class Reference


Input: [2] The sample count in the sound. In soundstreams this is an average for each frame. [1]

Output: sampleCount

Gnash: gnash::media::SoundInfo Class Reference


Input: [2] If true, the sound is in 16bit format (samplesize == 2) else it is 8bit (samplesize == 1). Used for streams when decoding adpcm. [1]

Output: is16bit

Gnash: gnash::media::SoundInfo Class Reference


Input: [2] Number of samples to seek forward or delay. If this value is positive, the player seeks this number of samples into the sound block before the sound is played. If this value is negative the player plays this number of silent samples before playing the sound block NOTE that this value refers to input samples, so must be multiplied by OUTPUT_SAMPLE_RATE/getSampleRate() and by 2 (two channels) to find number of output samples to skip or fill. [1]

Output: delaySeek

Gnash: gnash::media::SoundInfo Class Reference


Input: [1] name [2]

Output: name of pool, for diagnostics

Linux Device Driver Environment: PCI Bus/Device Support


Input: [1] pdev [2]

Output: pci device that will be doing the DMA

Linux Device Driver Environment: PCI Bus/Device Support


Input: [1] size [2]

Output: size of the blocks in this pool.

Linux Device Driver Environment: PCI Bus/Device Support


Input: [1] align [2]

Output: alignment requirement for blocks; must be a power of two

Linux Device Driver Environment: PCI Bus/Device Support


Input: [1] allocation [2]

Output: returned blocks won't cross this boundary (or zero)

Linux Device Driver Environment: PCI Bus/Device Support


Input: [1] flags [2]

Output: SLAB_* flags (not all are supported).

Linux Device Driver Environment: PCI Bus/Device Support


Input: [0] Message [1] From [3] Purpose [2]

Output: To


Input: [0] quit [1] bot [3] to signal the plugin that it must stop functioning because of being killed or the bot is about to shut down (note: there is no guarantee, that the IRC connection is alive even in case of immediate reception) [2]

Output: plugin


Input: [0] {announce, Msg} [1] plugin [3] to send the message contained in the string Msg to the channel [2]

Output: bot


Input: [0] {topic, Topic} [1] plugin [3] to change the topic to the value of string Topic [2]

Output: bot


Input: [0] {raw, Data} [1] plugin [3] send Data directly to the IRC server [2]

Output: bot


Input: [0] {subscribe, Pid} [1] plugin [3] subscribes Pid to be notified of every incoming TCP data [2]

Output: bot


Input: [0] {incoming, Data} [1] bot [3] notifies a subscribed plugin about incoming TCP data in Data [2]

Output: plugin


Input: [0] {getmods, Pid} [1] plugin [3] requests the list of module PIDs to be sent to Pid [2]

Output: bot


Input: [0] {mods, List} [1] bot [3] contains a list of currently loaded module PIDs in List [2]

Output: plugin


Input: [0] {killmod, ModPid, RespPid} [1] plugin [3] kill the module identified by ModPid and notify RespPid of the result [2]

Output: bot


Input: [0] {killmod, Msg} [1] bot [3] notifies the plugin about the result of a killmod message in a textual format in Msg [2]

Output: plugin


Input: [0] {insmod, ModName, Params, Pid} [1] plugin [3] load the module identified by ModName, start it with the parameter list in Params, and notify Pid of the result [2]

Output: bot


Input: [0] {insmod, Msg} [1] bot [3] notifies the plugin about the result of an insmod message in a textual format in Msg [2]

Output: plugin


Input: [1] e to x [2] z to e [3] t to z [0]

Output: x to +


Input: [1] a to q [2] y to a [3] o to y [0]

Output: q to t


Input: [1] i to j [2] w to i [3] n to w [0]

Output: j to o


Input: [1] s to g [2] p to s [3] h to p [0]

Output: g to n


Input: [1] r to v [2] f to r [3] d to f [0]

Output: v to h


Input: [1] l to k [2] u to l [3] c to u [0]

Output: k to d


Input: [1] b to m [2] + to b [3] ------ [0]

Output: m to c


Input: [Format specifier] %c [Argument type] char [Characters matched]

Output: any single character

any sequence of non-whitespace characters


Input: [Format specifier] %d, %i [Argument type] integer type [Characters matched]

Output: integer

any sequence of non-whitespace characters


Input: [Format specifier] %u [Argument type] unsigned [Characters matched]

Output: integer

any sequence of non-whitespace characters


Input: [Format specifier] %o [Argument type] unsigned [Characters matched]

Output: octal integer

any sequence of non-whitespace characters


Input: [Format specifier] %x, %X [Argument type] unsigned [Characters matched]

Output: hex integer

any sequence of non-whitespace characters


Input: [Format specifier] %e, %E, %f, %g, %G [Argument type] floating type [Characters matched]

Output: floating point number

any sequence of non-whitespace characters


Input: [Format specifier] %p [Argument type] void * [Characters matched]

Output: address format

any sequence of non-whitespace characters


Input: [Format specifier] %s [Argument type] char [Characters matched]

Output: any sequence of non-whitespace characters

any sequence of non-whitespace characters


Input: [0] Attribute [2] Required [1]

Output: Description


Input: [0] serializableclass [2] Yes [1]

Output: Comma separated list of serializable classnames.


Input: [0] classpath [2] No [1]

Output: Specify where to find user class files. Default: CLASSPATH of the system.


Input: [0] failonerror [2] No [1]

Output: Stop the build process if the command exits with a return code other than 0. Default: yes.


Input: [0] failifnotserializable [2] No [1]

Output: Stop the build process if any of the classes specified for ammendment are not Serializable Default: yes.


Input: [0] property [2] No [1]

Output: Project property to store the serialver result.


Input: [Formal parameter] integer [Actual parameter] arithmetic expression [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Actual parameter] arithmetic expression (see 4.7.5.2) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] real [Actual parameter] arithmetic expression [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] Boolean [Actual parameter] Boolean expression [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Actual parameter] Boolean expression (see 4.7.5.2) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] label [Actual parameter] designational expression [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Actual parameter] designational expression [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] integer array [Actual parameter] arithmetic array (see 4.7.5.3) [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Actual parameter] integer array (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] real array [Actual parameter] arithmetic array (see 4.7.5.3) [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Actual parameter] real array (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] Boolean array [Actual parameter] Boolean array (see 4.7.5.3) [Mode]

Output: value

Modified Report on the Algorithmic Language Algol 60


Input: [Actual parameter] Boolean array (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] typeless procedure [Actual parameter] arithmetic procedure, or typeless procedure, or Boolean procedure (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] integer procedure [Actual parameter] arithmetic procedure (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] real procedure [Actual parameter] arithmetic procedure (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] Boolean procedure [Actual parameter] Boolean procedure (see 4.7.5.3) [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] switch [Actual parameter] switch [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Formal parameter] string [Actual parameter] actual string or string identifier [Mode]

Output: name

Modified Report on the Algorithmic Language Algol 60


Input: [Filters] Seeds [Matrix Transformations] Texture Maps [Randomization] Procedural Baking [Mixing Techniques]

Output: Displacement Mapping

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] Scene Lighting [Matrix Transformations] Radiosity [Randomization] Light Influences [Mixing Techniques]

Output: Material Lighting

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] Shadow Operations [Matrix Transformations] Graphs [Randomization] Scene Optimizations [Mixing Techniques]

Output: Quality Boosts

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] Vector Conversions [Matrix Transformations] Custom MetaNodes [Randomization] External Dependencies [Mixing Techniques]

Output: Alternate Object Exporting

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] Pattern Design [Matrix Transformations] Displacement Baking [Randomization] Image Editing [Mixing Techniques]

Output: Coordinate Mixing

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] Material Shaders [Matrix Transformations] Noises & Fractals [Randomization] Node Extraction [Mixing Techniques]

Output: Workflow Choices Pros/Cons

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] Height Maps [Matrix Transformations] Abstract Noises [Randomization] Detail Refinement [Mixing Techniques]

Output: Material Layers

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [Filters] AO Maps [Matrix Transformations] Polygon Baking [Randomization] Symmetrical Terrains [Mixing Techniques]

Output: Slope Shaders

asilefx - Vue Training & Tutorials - Advanced Function Design - Sci-Fi City Generation - asileFX - Software Training, Textures, and 3D Content -


Input: [0] names [2] [required] [1]

Output: description of the application's attributes


Input: [0] data [2] [required] [1]

Output: cases to be examined by GritBot


Input: [0] test [2] [optional] [1]

Output: more cases to be examined by GritBot


Input: [0] cases [2] [optional] [1]

Output: yet more cases to be processed subsequently by GritBot


Input: [0] sift [2] [output] [1]

Output: checks carried out by GritBot in a form that can be reused


Input: [0] list [2] [output] [1]

Output: case numbers of possibly anomalous records


Input: [Distribution] Discrete distribution [First numeric field] Value [Second numeric field] Probability*

Output: DISCRETE

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Distribution] Continuous uniform on [a,b] [First numeric field] a [Second numeric field] b

Output: UNIFORM

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Distribution] Normal distribution [First numeric field] mean m [Second numeric field] variance s2

Output: NORMAL

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Distribution] Gamma distribution (on [0,¥)) [First numeric field] scale b [Second numeric field] shape c

Output: GAMMA

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Distribution] Beta distribution (on [0,1]) [First numeric field] n [Second numeric field] m

Output: BETA

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Distribution] Lognormal distribution [First numeric field] m = E(ln L) [Second numeric field] s2 = Var(ln L)

Output: LOGNORM

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Distribution] User-defined subroutine [First numeric field] (not used) [Second numeric field] (not used)

Output: (any other)

The SMPS format for stochastic linear programs

Keyword in second name field of the header record


Input: [Example Polynomial] x2 + 2x +5 [Explanation]

Output: Since all of the variables have integer exponents that are positive this is a polynomial.

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [Example Polynomial] 5x +1 [Explanation]

Output: Since all of the variables have integer exponents that are positive this is a polynomial.

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [Example Polynomial] (x7 + 2x4 - 5) * 3x [Explanation]

Output: Since all of the variables have integer exponents that are positive this is a polynomial.

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [Example Polynomial] 5x-2 +1 [Explanation]

Output: Not a polynomial because a term has a negative exponent

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [Example Polynomial] 3x½ +2 [Explanation]

Output: Not a polynomial because a term has a fraction exponent

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [Example Polynomial] (5x +1) ÷ (3x) [Explanation]

Output: Not a polynomial because of the division

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [Example Polynomial] (6x2 +3x) ÷ (3x) [Explanation]

Output: Is actually a polynomial because it's possible to simplify this to 3x + 1 --which of course satisfies the requirements of a polynomial. (Remember the definition states that the expression 'can' be expressed using addition,subtraction, multiplication. So, if it's possible to simplify an expression into a form that uses only those operations and whose exponents are all positive integers...then you do indeed have a polynomial equation)

Polynomial Equation. Examples, non examples and difference from a polynomial


Input: [0] [in] [1] channel [2]

Output: color channel to use


Input: [0] [in] [1] enable [2]

Output: whether or not to enable lighting for this channel


Input: [0] [in] [1] ambsrc [2]

Output: source for the ambient color


Input: [0] [in] [1] matsrc [2]

Output: source for the material color


Input: [0] [in] [1] litmask [2]

Output: Light ID or IDs to associate with this channel


Input: [0] [in] [1] diff_fn [2]

Output: Diffuse function to use


Input: [0] [in] [1] attn_fn [2]

Output: Attenuation function to use


Input: [0] break [1] for [2]

Output: throw


Input: [0] case [1] function [2]

Output: try


Input: [0] catch [1] if [2]

Output: typeof


Input: [0] continue [1] in [2]

Output: var


Input: [0] default [1] instanceof [2]

Output: void


Input: [0] delete [1] new [2]

Output: undefined


Input: [0] do [1] return [2]

Output: while


Input: [0] else [1] switch [2]

Output: with


Input: [0] Attribute [2] Required [1]

Output: Description

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] output [2] No [1]

Output: Name of a file to which to write the output. If the error stream is not also redirected to a file or property, it will appear in this output.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] error [2] No [1]

Output: The file to which the standard error of the command should be redirected.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] logError [2] No [1]

Output: This attribute is used when you wish to see error output in Ant's log and you are redirecting output to a file/property. The error output will not be included in the output file/property. If you redirect error with the error or errorProperty attributes, this will have no effect.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] append [2] No [1]

Output: Whether output and error files should be appended to or overwritten. Defaults to false.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] createemptyfiles [2] No [1]

Output: Whether output and error files should be created even when empty. Defaults to true.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] outputproperty [2] No [1]

Output: The name of a property in which the output of the command should be stored. Unless the error stream is redirected to a separate file or stream, this property will include the error output.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] errorproperty [2] No [1]

Output: The name of a property in which the standard error of the command should be stored.

The Apache Tomcat 5.5 Servlet/JSP Container - Manager App HOW-TO


Input: [0] Type [1] Name [2]

Output: Description


Input: [0] array [1] contacts [2]

Output: An array containing contact resources


Input: [0] int [1] page [2]

Output: Which page of the contacts is returned with this request


Input: [0] int [1] per_page [2]

Output: Number of contacts returned per page


Input: [0] int [1] max_page [2]

Output: Total number of pages of contacts with this status


Input: [0] int [1] total_count [2]

Output: Number of contacts this user’s team has with this status


Input: [0] = [2] /= [3] does not equal [1]

Output: equal


Input: [0] & [2] # [3] number [1]

Output: and


Input: [0] * [2] ** [3] very important [1]

Output: important


Input: [0] w/ [2] w/o [3] with out [1]

Output: with


Input: [0] > [2] < [3] less than [1]

Output: greater than


Input: [0] $ [2] vs [3] versus, against [1]

Output: cost, money


Input: [0] S [2] f [3] frequency [1]

Output: sum


Input: [0] (), {}, [] [1]

Output: info belongs together


Input: [1] Description [2] Required [0]

Output: Name

Frequently Asked Questions | Specify Software Specify Software


Input: [1] This enables the plugin to adequately paticipate within the security system. [2] Yes [0]

Output: SecurityOtionIFace

Frequently Asked Questions | Specify Software Specify Software


Input: [1] This defines the Task plugin [2] Yes [0]

Output: Taskable

Frequently Asked Questions | Specify Software Specify Software


Input: [1] Enables the plugin to listen to application level message (e.g. shutdown) [2] No [0]

Output: CommandListener

Frequently Asked Questions | Specify Software Specify Software


Input: [1] This interface should be implemented if the plugin will display UI. [2] No [0]

Output: SubPaneMgrListener

Frequently Asked Questions | Specify Software Specify Software


Input: [1] This is a handy abstract implementation base class that makes creating plugins easy. [2] No [0]

Output: BaseTask

Frequently Asked Questions | Specify Software Specify Software


Input: [0] cckd [1] help [2]

Output: Display cckd help


Input: [0] cckd [1] stats [2]

Output: Display current cckd statistics


Input: [0] cckd [1] opts [2]

Output: Display current cckd options


Input: [0] cckd [1] opt=value [2]

Output: Set a cckd option


Output: Multiple options may be specified, separated by a comma with no intervening blanks.


Input: [1] comp=n [2]

Output: Compression to be used


Input: [1] compparm=n [2]

Output: Compression parameter to be used


Input: [1] ra=n [2]

Output: Number readahead threads


Input: [1] raq=n [2]

Output: Readahead queue size


Input: [1] rat=n [2]

Output: Number of tracks to readahead


Input: [1] wr=n [2]

Output: Number writer threads


Input: [1] gcint=n [2]

Output: Garbage collection interval


Input: [1] gcparm=n [2]

Output: Garbage collection parameter


Input: [1] nostress=n [2]

Output: Turn stress writes on or off


Input: [1] freepend=n [2]

Output: Set the free pending value


Input: [1] fsync=n [2]

Output: Turn fsync on or off


Input: [1] trace=n [2]

Output: Number of trace table entries


Input: [1] linuxnull=n [2]

Output: Check for null linux tracks


Input: [1] gcstart=n [2]

Output: Start garbage collector


Input: [0] Return a result? [Program] No [Function]

Output: Yes

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can be used in an expression? [Program] No [Function]

Output: Yes

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can run in applications other than Calculator? [Program] No [Function]

Output: Yes

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can use all the commands? [Program] Yes [Function]

Output: No

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can use multiple variable types? [Program] Yes [Function]

Output: Yes

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can access global variables? [Program] Yes [Function]

Output: Yes

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can modify and create global variables? [Program] Yes [Function]

Output: No

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can call subprograms? [Program] Yes [Function]

Output: No

TI-Nspire Programming - TI-Basic Developer


Input: [0] Can call functions? [Program] Yes [Function]

Output: Yes

TI-Nspire Programming - TI-Basic Developer


Input: [1] type [2] description [0]

Output: field

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] string [2] Name of the chromosome [0]

Output: chrom

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] int [2] The starting position of the feature in the chromosome. The first base in a chromosome is numbered 0. [0]

Output: chromStart

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] int [2] The ending position of the feature in the chromosome or scaffold. The chromEnd base is not included in the display of the feature. For example, the first 100 bases of a chromosome are defined as chromStart=0, chromEnd=100, and span the bases numbered 0-99. [0]

Output: chromEnd

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] string [2] Name given to a region (preferably unique). Use ‘.’ if no name is assigned. [0]

Output: name

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] int [2] Indicates how dark the peak will be displayed in the browser (1-1000). If ‘0’, the DCC will assign this based on signal value. Ideally average signalValue per base spread between 100-1000. [0]

Output: score

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] char [2] +/- to denote strand or orientation (whenever applicable). Use ‘.’ if no orientation is assigned. [0]

Output: strand

F-Seq: A Feature Density Estimator for High-Throughput Sequence Tags – Terry Furey Lab


Input: [1] Type [2] Description [0]

Output: Property

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] String [2] Title of PDF document. [0]

Output: Title

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] String [2] Name of the person who created PDF document. [0]

Output: Author

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] String [2] Subject of PDF document. [0]

Output: Subject

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] String [2] Keywords associated with PDF document. [0]

Output: Keywords

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] String [2] Name of the application that created the original PDF document. [0]

Output: Creator

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] String [2] Name of the application that converted a original document to PDF. [0]

Output: Producer

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] DateTime [2] Date and time when PDF document was created. [0]

Output: CreatedDate

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [1] DateTime [2] Date and time when PDF document was most recently modified. [0]

Output: ModifiedDate

How to C#: Basic SDK Concept of XDoc.PDF for .NET


Input: [2] the mitab_feature object. [1]

Output: feature


Input: [2] the text angle in degrees. [1]

Output: angle


Input: [2] the height of the text's MBR in ground units. [1]

Output: height


Input: [2] the width of the text's MBR in ground units. [1]

Output: width


Input: [2] foreground color (24 bits RGB value). [1]

Output: fg_color


Input: [2] background color. [1]

Output: bg_color


Input: [2] one of TABTJ_Left (0), TABTJ_Center (1), or TABTJ_Right (2). [1]

Output: justification


Input: [2] one of TABTS_1 (0), TABTS_1_5 (1), or TABTS_2 (2) [1]

Output: spacing


Input: [2] one of TABTL_NoLine (0), TABTL_Simple (1), or TABTL_Arrow (2). [1]

Output: linetype


Input: [0] No. [1] Identifier [2]

Output: Remarks

AIKMAN Series Solutions for C Programming


Input: [0] i [1] income [2]

Output: valid

AIKMAN Series Solutions for C Programming


Input: [0] ii [1] total marks [2]

Output: invalid, spaces are not allowed

AIKMAN Series Solutions for C Programming


Input: [0] iii [1] double [2]

Output: invalid,C reserve words

AIKMAN Series Solutions for C Programming


Input: [0] iv [1] average-score [2]

Output: invalid,- Symbol is not allowed

AIKMAN Series Solutions for C Programming


Input: [0] v [1] room# [2]

Output: invalid,# symbol is not allowed

AIKMAN Series Solutions for C Programming


Input: [0] vi [1] _area [2]

Output: valid

AIKMAN Series Solutions for C Programming


Input: [0] vii [1] no_of_students [2]

Output: valid

AIKMAN Series Solutions for C Programming


Input: [0] viii [1] long [2]

Output: invalid,C Reserve word

AIKMAN Series Solutions for C Programming


Input: [0] ix [1] item [2]

Output: valid

AIKMAN Series Solutions for C Programming


Input: [0] x [1] MAX_SPEED [2]

Output: valid

AIKMAN Series Solutions for C Programming


Input: [1] samps [2]

Output: is the beginning of a sequence of samples

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] sampsEnd [2]

Output: is the end of the sequence of samples

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] sampleRate [2]

Output: is the sampling rate (in Hz) associated with the sequence of samples (used to compute frequencies in Hz, and to convert the time from seconds to samples)

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] tbeg [2]

Output: is the beginning of the time interval (in seconds)

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] tend [2]

Output: is the end of the time interval (in seconds)

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] interval [2]

Output: is the time between breakpoints in the fundamental frequency envelope (in seconds)

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] lowerFreqBound [2]

Output: is the lower bound on the fundamental frequency estimate (in Hz)

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] upperFreqBound [2]

Output: is the lower bound on the fundamental frequency estimate (in Hz)

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] confidenceThreshold [2]

Output: is the minimum confidence level resuired for a fundamental frequency estimate to be added to the envelope. Lower confidence estimates are not added, the envelope returned will not contain breakpoints at times associated with low confidence estimates

Loris: Loris::FundamentalFromSamples Class Reference


Input: [1] - [Description] The ID (number) of the torrent. It's an autoincremental value and mainly used in links and coding [Field name]

Output: ID


Input: [1] - [Description] The name of the torrent [Field name]

Output: Name


Input: [1] - [Description] The category of the torrent [Field name]

Output: Category


Input: [1] - [Description] The size of the torrent [Field name]

Output: Size


Input: [1] - [Description] When was the torrent uploaded [Field name]

Output: Uploaded


Input: [1] - [Description] The number of current torrent leechers [Field name]

Output: Leechers


Input: [1] - [Description] The number of current torrent seeders [Field name]

Output: Seeders


Input: [1] - [Description] The number of people who have completed the torrent [Field name]

Output: Completed


Input: [1] - [Description] The download multiplier for this torrent [Field name]

Output: Download Multiplier


Input: [1] - [Description] The upload multiplier for this torrent [Field name]

Output: Upload Multiplier


Input: [1] - [Description] The torrent uploader (use who uploaded the torrent) [Field name]

Output: Uploader


Input: [1] - [Description] The torrent ordering (mainly used for backend) [Field name]

Output: Ordering


Input: [1] - [Description] It shows if the torrent is published (visible to users) or not [Field name]

Output: Published


Input: [command] beginff [description]

Output: begin fast forward

Unofficial AirPlay Protocol Specification


Input: [command] beginrew [description]

Output: begin rewind

Unofficial AirPlay Protocol Specification


Input: [command] mutetoggle [description]

Output: toggle mute status

Unofficial AirPlay Protocol Specification


Input: [command] nextitem [description]

Output: play next item in playlist

Unofficial AirPlay Protocol Specification


Input: [command] previtem [description]

Output: play previous item in playlist

Unofficial AirPlay Protocol Specification


Input: [command] pause [description]

Output: pause playback

Unofficial AirPlay Protocol Specification


Input: [command] playpause [description]

Output: toggle between play and pause

Unofficial AirPlay Protocol Specification


Input: [command] play [description]

Output: start playback

Unofficial AirPlay Protocol Specification


Input: [command] stop [description]

Output: stop playback

Unofficial AirPlay Protocol Specification


Input: [command] playresume [description]

Output: play after fast forward or rewind

Unofficial AirPlay Protocol Specification


Input: [command] shuffle_songs [description]

Output: shuffle playlist

Unofficial AirPlay Protocol Specification


Input: [command] volumedown [description]

Output: turn audio volume down

Unofficial AirPlay Protocol Specification


Input: [command] volumeup [description]

Output: turn audio volume up

Unofficial AirPlay Protocol Specification


Input: [0] -a [2]

Output: Pre-assemble as many non-overlapping images as possible before each blending iteration. This overrides the default behavior which is to blend images one at a time in the order specified on the command line. Enblend will do fewer blending iterations, but it will do more work in each iteration.


Input: [0] -h [2]

Output: Print information on the available options


Input: [0] -l [1] number [2]

Output: Use exactly this many levels for pyramid blending. This trades off quality of results for faster execution time and lower memory usage. The default is to use as many levels as appropriate given the size of the overlap region. Enblend may still use a smaller number of levels if the geometry of the images demands it.


Input: [0] -o [1] filename [2]

Output: Specify the name of the output file.


Input: [0] -v [2]

Output: Verbose output.


Input: [0] -w [2]

Output: Blend around the -180/+180 boundary. Useful for full-360 panoramas. Enblend currently does not blend the zenith or nadir, so you may still see some seams in these areas.


Input: [0] --compression [1] COMP [2]

Output: Select the type of compression used for the output image. For TIFF files, the valid settings are NONE, PACKBITS, LZW, and DEFLATE. For JPEG files, the valid setting is an integer between 0 and 100.


Input: [0] -z [2]

Output: Use LZW compression for the output image.


Input: [0] -x [2]

Output: Checkpoint partial results to the output file after each blending step.


Input: [0] Toggle overlays on/off [Current image] YES [Looping images]

Output: YES


Input: [0] MouseOver image swap [Current image] YES [Looping images]

Output: No


Input: [0] Range Bearing finder [Current image] YES [Looping images]

Output: No


Input: [0] Determine Distance to/from object [Current image] YES [Looping images]

Output: No


Input: [0] Determine Lat/Long [Current image] YES [Looping images]

Output: No


Input: [0] Zoom and pan [Current image] No [Looping images]

Output: YES


Input: [0] Automatic Update [Current image] No [Looping images]

Output: YES


Input: [0] l [2] Mailbox is visible in mailbox list. Mailbox can be subscribed to. [1]

Output: lookup


Input: [0] r [2] Mailbox can be opened for reading. [1]

Output: read


Input: [0] w [2] Message flags and keywords can be changed, except \Seen and \Deleted [1]

Output: write


Input: [0] s [2] \Seen flag can be changed [1]

Output: write-seen


Input: [0] t [2] \Deleted flag can be changed [1]

Output: write-deleted


Input: [0] i [2] Messages can be written or copied to the mailbox [1]

Output: insert


Input: [0] p [2] Messages can be posted to the mailbox by LDA, e.g. from Sieve scripts [1]

Output: post


Input: [0] e [2] Messages can be expunged [1]

Output: expunge


Input: [0] k [2] Mailboxes can be created (or renamed) directly under this mailbox (but not necessarily under its children, see ACL Inheritance section above) (renaming also requires delete rights) [1]

Output: create


Input: [0] x [2] Mailbox can be deleted [1]

Output: delete


Input: [0] a [2] Administration rights to the mailbox (currently: ability to change ACLs for mailbox) [1]

Output: admin


Input: [0] Element [2] Description/ Reference [3] HTML/XHTML Example [1]

Output: Definition

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Title [2] Title is the name of the resource [1]

Output: A name given to the resource.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Description [2] i.e., abstract, table of contents, reference to a graphical representation of content, or a free-text account of the content. [1]

Output: An account of the content of the resource.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Subject.Keywords* [2] Elements that define a comma-separated list of keywords/phrases [1]

Output: Words that describe function, content, etc. to help a user find your site

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Creator [2] Agency Name followed by division or subgroup. [1]

Output: An entity primarily responsible for making the content of the resource.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Date.Created* [2] Dates should be in the form of YYYY-MM-DD. [1]

Output: The initial date of the document’s inception.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Date.Modifed* [2] Dates should be in the form of YYYY-MM-DD. [1]

Output: The date of the last content change.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Date.Reviewed* [2] Dates should be in the form of YYYY-MM-DD. [1]

Output: The date of the last review for accurate and/or up-to-date content.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Language [2] Use the ISO 639-2 three letter codes listed at: http://www.loc.gov/standards/iso639-2/php/code_list.php [1]

Output: A language of the intellectual content of the resource.

Find It! Washington: Indexing Web Sites and Metadata


Input: [0] Format [2] Use the IANA MIME Media Types at: http://www.iana.org/assignments/media-types/ [1]

Output: The physical or digital manifestation of the resource.

Find It! Washington: Indexing Web Sites and Metadata


Input: [id] 1 [name] bib [dscr]

Output: bibliographically-derived by automatic processes

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 2 [name] ncn [dscr]

Output: no printed copyright notice

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 3 [name] con [dscr]

Output: contractual agreement with copyright holder on file

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 4 [name] ddd [dscr]

Output: due diligence documentation on file

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 5 [name] man [dscr]

Output: manual access control override; see note for details

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 6 [name] pvt [dscr]

Output: private personal information visible

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 7 [name] ren [dscr]

Output: copyright renewal research was conducted

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 8 [name] nfi [dscr]

Output: needs further investigation (copyright research partially complete; an ambiguous, unclear, or other time-consuming situation was encountered)

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 9 [name] cdpp [dscr]

Output: title page or verso contain copyright date and/or place of publication information not in bib record

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 10 [name] ipma [dscr]

Output: in-print and market availability research was conducted

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 11 [name] unp [dscr]

Output: unpublished work

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 12 [name] gfv [dscr]

Output: Google viewability set at VIEW_FULL

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 13 [name] crms [dscr]

Output: derived from multiple reviews in the Copyright Review Management System (CRMS) via an internal resolution policy; consult CRMS records for details

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 14 [name] add [dscr]

Output: author death date research was conducted or notification was received from authoritative source

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 15 [name] exp [dscr]

Output: expiration of copyright term for non-US work with corporate author

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 16 [name] del [dscr]

Output: deleted from the repository; see note for details

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 17 [name] gatt [dscr]

Output: non-US public domain work restored to in-copyright in the US by GATT

HathiTrust Rights Database | HathiTrust Digital Library


Input: [id] 18 [name] supp [dscr]

Output: suppressed from view; see note for details

HathiTrust Rights Database | HathiTrust Digital Library


Input: [1] foreach [2] taking [0]

Output: as


Input: [1] in [2] True [0]

Output: assert


Input: [1] None [2] use [0]

Output: bc_extras


Input: [1] plan_extras [2] when [0]

Output: check


Input: [1] python [2] with [0]

Output: extending


Input: [1] step [2] without [0]

Output: False


Input: [Description] Equally-spaced colors from the color wheel [yyy]

Output: hue


Input: [Description] Manually-specified values (e.g., colors, point shapes, line types) [yyy]

Output: manual


Input: [Description] Color gradient [yyy]

Output: gradient


Input: [Description] Shades of grey [yyy]

Output: grey


Input: [Description] Discrete values (e.g., colors, point shapes, line types, point sizes) [yyy]

Output: discrete


Input: [Description] Continuous values (e.g., alpha, colors, point sizes) [yyy]

Output: continuous


Input: [0] Name [1] Type [2]

Output: Remark

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] action [1] string [2]

Output: Script commands that are executed, if the button is pressed.

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] text [1] string [2]

Output: The text to display on the button

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] default [1] boolean [2]

Output: Defines if it is the default button for the dialog

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorText [1] color Array [2]

Output: Text color

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorDisabled [1] color Array [2]

Output: Text color if button is disabled

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorFocused [1] color Array [2]

Output: Color when the button gets the focus

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorShadow [1] color Array [2]

Output: Color of the shadow

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorBorder [1] color Array [2]

Output: Color of the border

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorBackground [1] color Array [2]

Output: Background color

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorBackgroundActive [1] color Array [2]

Output: Background color if button has focus (changes with background color)

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] colorBackgroundDisabled [1] color Array [2]

Output: Background color if button is disabled

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] borderSize [1] float [2]

Output: Size of button border (displayed only left side)

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] offsetX [1] float [2]

Output: x offset between button and shadow

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] offsetY [1] float [2]

Output: y offset between button and shadow

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] offsetPressedX [1] float [2]

Output: x offset between button and shadow when pressed

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] offsetPressedY [1] float [2]

Output: y offset between button and shadow when pressed

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] soundEnter [1] soundArray [2]

Output: Sound to play if mouse cursor moves over the button control

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] soundPush [1] soundArray [2]

Output: Sound to play when button is pushed

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] soundClick [1] soundArray [2]

Output: Sound to play when button is released

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [0] soundEscape [1] soundArray [2]

Output: Sound to play when button is released and mouse cursor is not over the button control

Adding Controls to a Dialog | OFPEC The Editing Center


Input: [1] Default [2] Description [0]

Output: Name


Input: [1] noai [2] Supply indentation automatically [0]

Output: autoindent


Input: [1] noaw [2] Automatic write before :n, :tag, etc. [0]

Output: autowrite


Input: [1] noic [2] Ignore case in searching [0]

Output: ignorecase


Input: [1] nolist [2] Tabs print as ^I; end of lines marked with $ [0]

Output: list


Input: [1] nonu [2] Lines are displayed prefixed with line numbers [0]

Output: number


Input: [1] sw=8 [2] Shift distance for <, > and input D and T [0]

Output: shiftwidth


Input: [1] nosm [2] Show matching ( or { as ) or } is typed [0]

Output: showmatch


Input: [n] +n [for exactly n]

Output: for greater than n


Input: [n] -n [for exactly n]

Output: For less than n


Input: [n] -amin [1] n [for exactly n]

Output: File was last accessed n minutes ago


Input: [n] -anewer [1] file [for exactly n]

Output: File was last accessed more recently than file was modified


Input: [n] -atime [1] n [for exactly n]

Output: File was last accessed n*24 hours ago


Input: [n] -cmin [1] n [for exactly n]

Output: File’s status was last changed n minutes ago


Input: [n] -cnewer [1] file [for exactly n]

Output: File’s status was last changed more recently than file was modified.


Input: [n] -ctime [1] n [for exactly n]

Output: File’s status was last changed n*24 hours ago


Input: [n] -mmin [1] n [for exactly n]

Output: File’s data was last modified n minutes ago


Input: [n] -newer [1] file [for exactly n]

Output: File was modified more recently than file


Input: [n] -mtime [1] n [for exactly n]

Output: File’s data was last modified n*24 hours ago


Input: [n] -empty [for exactly n]

Output: File is empty and is either a regular file or a directory


Input: [n] -executables [for exactly n]

Output: Matches files which are executable and directories which are searchable


Input: [n] -readable [for exactly n]

Output: Matches files which are readable


Input: [n] -fstype [1] type [for exactly n]

Output: File is on a filesystem of type type


Input: [n] -uid [1] n [for exactly n]

Output: File’s numeric user ID is n


Input: [n] -user [1] user_name [for exactly n]

Output: File is owned by user user_name


Input: [n] -gid [1] n [for exactly n]

Output: File’s numeric group ID is n


Input: [n] -group [1] group_name [for exactly n]

Output: File belongs to group group_name


Input: [n] -name [1] pattern [for exactly n]

Output: Base of file name (the path with the leading directories removed) matches shell pattern pattern


Input: [n] -nogroup [for exactly n]

Output: No group corresponds to file’s numeric group ID


Input: [n] -nouser [for exactly n]

Output: No user corresponds to file’s numeric user ID


Input: [n] -perm [1] mode [for exactly n]

Output: File’s permission bits are exactly mode (octal or symbolic)


Input: [n] -perm [1] -mode [for exactly n]

Output: All of the permission bits mode are set for the file


Input: [n] -perm [1] /mode [for exactly n]

Output: Any of the permission bits mode are set for the file


Input: [n] -size [1] n[cwbkMG] [for exactly n]

Output: File uses n units of space


Input: [n] -type [1] c [for exactly n]

Output: File is of type c (block, character, directory, symbolic link, regular file, etc.


Input: [1] biSize [2] Size of tagBITMAPINFOHEADER [0]

Output: DWORD

tagBITMAPINFOHEADER Struct Reference - TBitmapInfoHeader


Input: [1] biWidth [2] width of bitmap [0]

Output: LONG


Input: [1] biHeight [2] height of bitmap [0]

Output: LONG


Input: [1] biPlanes [2] 1 [0]

Output: WORD


Input: [1] biBitCount [2] 1 (mono) or 4 (16 colors ) or 8 (256 colors) or 24 (16 Mil colors) [0]

Output: WORD


Input: [1] biCompression [2] RLE COMPRESSION [0]

Output: DWORD


Input: [1] biSizeImage [2] Width x height [0]

Output: DWORD


Input: [1] biXPelsPerMeter [0]

Output: LONG


Input: [1] biYPelsPerMeter [0]

Output: LONG


Input: [1] biClrUsed [2] Number of palettes used (if less than standard) [0]

Output: LONG


Input: [1] biClrImportant [2] Number of important color [0]

Output: DWORD


Input: [0] draft [1] boolean [2] false [3]

Output: all hypertext options are turned off

Hypertext marks in LATEX: a manual for hyperref


Input: [0] final [1] boolean [2] true [3]

Output: all hypertext options are turned on

Hypertext marks in LATEX: a manual for hyperref


Input: [0] debug [1] boolean [2] false [3]

Output: extra diagnostic messages are printed in

Hypertext marks in LATEX: a manual for hyperref


Output: the log file

Hypertext marks in LATEX: a manual for hyperref


Input: [0] verbose [1] boolean [2] false [3]

Output: same as debug

Hypertext marks in LATEX: a manual for hyperref


Input: [0] implicit [1] boolean [2] true [3]

Output: redefines LATEX internals

Hypertext marks in LATEX: a manual for hyperref


Input: [0] setpagesize [1] boolean [2] true [3]

Output: sets page size by special driver commands

Hypertext marks in LATEX: a manual for hyperref


Input: [0] Name [2] Type [3] Description [1]

Output: Condition


Input: [0] cid [2] string [3] Your Account ID. Login to the Dashboard, click “Profile” to get this value. [1]

Output: required


Input: [0] api [2] string [3] Your API key. Login to the Dashboard, click “Profile” to get this value. [1]

Output: required


Input: [0] coupon [2] string [3] A coupon code entered by the customer [1]

Output: optional


Input: [0] basket ¹ [2] array of associative arrays [3] This structure represents the shopping cart contents in detail. See below for more info. Required for Product type promotions. [1]

Output: required


Input: [0] order ² [2] associative array [3] This structure contains anonymous information related to the order. Required for Order/Shipping type promotions. [1]

Output: required


Input: [0] crf ³ [2] string [3] This value is used for determining conditions related to the “Maximum Use - per Customer” setting. [1]

Output: optional


Input: [0] Type of model [1] Expected ratio type [3] Number of entries in main table [2]

Output: Method of detection


Input: [0] Best possible match with any entry [1] Any from shortest to longest expression [3] 610 million entries [2]

Output: Lookups + variations


Input: [0] Sphere in n dimension [1] Powers of p with simple algebraic numbers. [3] Dynamic lookup [2]

Output: Integer Relations or LLL


Input: [0] Archimedean solid of n dimension [1] Algebraic numbers with embedded radicals. [3] 145 million entries [2]

Output: Lookups with variations


Input: [0] Additive with single base like exp(Pi*k), Xk or roots of unity. [1] Linear combination of base. [3] Dynamic lookup [2]

Output: Integer Relations or LLL and GFUN.


Input: [0] Related to a specific integer sequence eveluated at ±1, exp(-p) or exp(-2p). [1] Any from shortest to longest expression * [3] 13 million entries [2]

Output: GFUN, LLL, lookups + variations.


Input: [0] Single constant generation X [1] Multiplicative with powers of X : A/B * Xk [3] 145 million entries [2]

Output: Construction of specialized table + lookups with variations.


Input: [0] Element [1] Level [2]

Output: Purpose

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Article [1] Block [2]

Output: Independent content, such as blog posts and articles.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Aside [1] Block [2]

Output: Content that’s slightly related to main content

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Figure [1] Block [2]

Output: This groups standalone content. The example given in the W3C documentation groups a video and a figcaption (I’ll get to those in a minute).

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] FigCaption [1] Text [2]

Output: This captions a figure element. Fairly self explanatory.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Footer [1] Block [2]

Output: This will go at the bottom of your page and will contain cool stuff like copyright information and author attribution.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Header [1] Block [2]

Output: Introductory headings or navigational aids.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Hgroup [1] Block [2]

Output: Groups a set of heading elements from to .

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Nav [1] Block [2]

Output: For site level navigation.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Mark [1] Text [2]

Output: Text to be referenced or highlighted

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Section [1] Block [2]

Output: Grouping of content with a heading. Sorta similar to chapters.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] Time [1] Text [2]

Output: Represents date and time.

The HTML5 Diaries – Part 1 – Semantic Markup, Forms, Media and SVG - Matthew Hughes


Input: [0] OBJECT [2] Setting [1]

Output: Property

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Form [2] frmOutPut [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Data Report Output" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Frame [2] frExport [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Export Options" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CheckBox [2] chkExport [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Show Export Dialog" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] TextBox [2] txtStartPageEx [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] TextBox [2] txtPrintToEx [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] ComboBox [2] cbExportType [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Label [2] lbExportType [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Export Type" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Label [2] lbStartPageEx [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Start Page:" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Label [2] lbPrintToEx [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Print To:" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CommonDialog [2] CD [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Frame [2] frPrint [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Print Options" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] TextBox [2] txtPrintTo [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] TextBox [2] txtStartPage [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CheckBox [2] chkShowDialog [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Show Print Dialog" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Label [2] lbPrintTo [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] Label [2] lbStart [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CommandButton [2] cmdExit [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] Exit [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CommandButton [2] cmdExport [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] Export [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CommandButton [2] cmdPrint [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] "Print" [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [0] CommandButton [2] cmdPreview [1]

Output: Name

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [2] Preview [1]

Output: Caption

CODE-VB6.BLOGSPOT.COM: Data Report Vs. Crystal Report in VB 6.0


Input: [partition] ad0s2a [size] 256m [mountpoint]

Output: This will be your /

Installing DragonFly BSD from the Live CD

A standard partitioning scheme


Input: [partition] ad0s2b [size] 1024m [mountpoint]

Output: This will be the swap-partition

Installing DragonFly BSD from the Live CD

A standard partitioning scheme


Input: [partition] ad0s2c [size] leave alone [mountpoint]

Output: This enty represents the whole slice

Installing DragonFly BSD from the Live CD

A standard partitioning scheme


Input: [partition] ad0s2d [size] 256m [mountpoint]

Output: This will be you /var

Installing DragonFly BSD from the Live CD

A standard partitioning scheme


Input: [partition] ad0s2e [size] 256m [mountpoint]

Output: This will be your /tmp

Installing DragonFly BSD from the Live CD

A standard partitioning scheme


Input: [partition] ad0s2f [size] 8192m [mountpoint]

Output: This will be /usr, should be at least 4096m

Installing DragonFly BSD from the Live CD

A standard partitioning scheme


Input: [partition] ad0s2g [size] * [mountpoint]

Output: All the rest goes into /home

Installing DragonFly BSD from the Live CD

A standard partitioning scheme