Package codesimian

Interface Summary

AllSound.ByteMaker	Provides the bytes to be played through audio output.
ChaosConsumer	I DONT KNOW IF THIS CLASS WILL BE USED.
ChaosCreator	I DONT KNOW IF THIS CLASS WILL BE USED.
CodeSimian	CodeSimian is not yet (but will be) the root of the CodeSimian software.
ContinuousDQueue	like double[] except doubles can be at double indexs [3.14] instead of only int indexs [3].
CSCallOptions	For example, the CS call: insertL(3, String.class, 5) has this CSCallOptions: Return type: String.class ChangesTargetSize: true DestroysTargetsData: false Location: 3.0 Size: 5.0 If location is 0 and size is countP(), its the same as calling a function on the CS itself instead of its parameters.
Files.DownloadListener	Watches a download of a file or URL many times as more and more bytes are downloaded.
Immutable	an object that contains no objects or state that can be changed.
JavaCodeForClass	was used by class JavaOut.
JavaProgrammer	a JavaProgrammer is any software, Human, or other thing that can write Java code.
MemoryHog	a HOG of MEMORY, like a list of prime numbers.
NaturalLanguage.StringTransform
SlowMP3.DecompressMP3Listener	this interface should be merged with Files.DownloadListener or at least share a superinterface
ToJavaCodeOptions	Deprecated.
Wave	a Wave is a curve or piecewise function over a range from 0.0 to waveSize().
Wiki	see DefaultWiki

Class Summary

Above	greater than: >
AbsoluteValue
Acc	Inner classes are accessible-related wrappers for CSs.
Acc.AccessibleActionCS
Acc.AccessibleContextCS
Acc.AccessibleCS
Acc.AccessibleValueCS
Add
AddP
AddParam	param0.addP(param1 and higher).
AddressShape	DEPRECATED.
AddressShape.Fractal	The first 0-.5 means to stop.
AddressShape.Linear	Fast.
AddressShape.Root	Similar to Linear and Fractal, except its meant to go on a root CS. Its shape has range 0.0 to countP().
AllSound
ArcSin	Returns the arc-sine.
Ask	pops up a window on the screen with options "Yes" and "No".
AudioBuffers
AudioBuffers.MicBufSiz	how many audio samples are now in the microphone buffer?
AudioBuffers.MicBufSpeed
AudioBuffers.MicCdqSiz	how many D are in the ContinuousDQueue for the first audio channel? (usually not integer) This ContinuousDQueue is a smooth buffer between microphone and speakers, which may have slightly different speeds.
AudioBuffers.SoundBufSiz	how many audio samples are now in the sound out (speaker) buffer?
BayesNet
BayesNode	ERROR IN JAVADOC 7/05: Executing this BayesNode does not add to the HISTORY (in param2).
BayesNode.VerifyCountP
BayesNodeDependence	Returns a number proportional to the approximate total DEPENDENCE between the bayes-node (my param0), its childs, and between each child and each other child.
BayesNodePredictError	A heuristic that guesses the prediction-error of a "bayes-node" as defined in BayesNode.java, whose child nodes (in its param0) are also bayes-nodes.
BayesNodeUpdate
BeforeExec	Optionally add a (one time) command before some CS's exec. This BeforeExec is the exec of some CS.
Binary	THIS CLASS IS NOT FINISHED.
ButtonCS	A GUI JButton wrapped in a CS.
ByteBuf
Bytecodes	things relevant to java bytecode and ClassLoaders
Cache	Uses a (weak or normal?) WeakHashMap to store large files as byte[] arrays (or other type of array), like an mp3 from the internet or your hard-drive.
CDQ	the default continuous double queue.
CDQ.Doubles	its inefficient (but easy to code) to use a class for each data point instead of 2 array indexs
Chaos	A source of randomness, anything that depends on quantum physics.
Chaos.NextFreeChaosInt	canGamble(x,Liquid) for any x > maxPredictBitLength always returns false.
ChaosBit	1 bit (boolean) that is truly random.
ChaosBit.Static	you can create many instances of this, but they all share the same bit.
ChaosMeasure	measures the chaos of bits, bytes, or other combination of bits.
ChaosOfOverlappingThreads	UNFINISHED CLASS, POSSIBLY REPLACED BY CLASS CHAOSBIT.
CharIsInWhichString	example: charIsInWhichString(PC('x' 0) '1234' 'qwer' 'asdf' 'zxcv') returns 3 because 'zxcv' is the 4th string and it starts at 0 (at index 1 in this CharIsInWhichString).
CharIsInWhichString.Final	optimized.
CharTree	a tree of chars.
CharTree.CharTreeNode	exactly 1 of nonLeafChilds[] or leafs[] is null at any 1 time.
Chemist	a Chemist receives a set of Liquids (can be different amounts) and outputs a set of Liquids (can be the the same or different types of Liquid).
ClassObject	L(Class.class) returns a java.lang.Class object with the name P(0).L(String.class) Example: classObject("java.lang.Throwable") or if you want to use names instead: classObject#java.lang.Throwable Executing this CS updates the Class object it represents, for example, if the string "java.lang.Throwable" or this CS's name has changed.
CodesimianOptions	Codesimian's global options, including initial amounts of some types of liquid, like "liquidChaos".
ColorCS	A color with 3 or 4 dimensions.
CommandLine	The command-line (if you have one) of your native operating-system.
CommonTypes	Which types of Class are common to all CS objects? For each Class that CommonTypes returns, Each CS must be able to input and/or output it.
CompareNumbers	Returns 0 or 1 depending on how the numbers compare.
CompareNumbers.EqualB
CompareNumbers.EqualC
CompareNumbers.EqualD
CompareNumbers.EqualF
CompareNumbers.EqualI
CompareNumbers.EqualJ
CompareNumbers.EqualS
CompareNumbers.EqualZ
CompareNumbers.LessB
CompareNumbers.LessC
CompareNumbers.LessD
CompareNumbers.LessEqualB
CompareNumbers.LessEqualC
CompareNumbers.LessEqualD
CompareNumbers.LessEqualF
CompareNumbers.LessEqualI
CompareNumbers.LessEqualJ
CompareNumbers.LessEqualS
CompareNumbers.LessF
CompareNumbers.LessI
CompareNumbers.LessJ
CompareNumbers.LessS
CompareNumbers.MoreB
CompareNumbers.MoreC
CompareNumbers.MoreD
CompareNumbers.MoreEqualB
CompareNumbers.MoreEqualC
CompareNumbers.MoreEqualD
CompareNumbers.MoreEqualF
CompareNumbers.MoreEqualI
CompareNumbers.MoreEqualJ
CompareNumbers.MoreEqualS
CompareNumbers.MoreF
CompareNumbers.MoreI
CompareNumbers.MoreJ
CompareNumbers.MoreS
CompareNumbers.NotEqualB
CompareNumbers.NotEqualC
CompareNumbers.NotEqualD
CompareNumbers.NotEqualF
CompareNumbers.NotEqualI
CompareNumbers.NotEqualJ
CompareNumbers.NotEqualS
CompareNumbers.NotEqualZ
Compile	NEED TO MODIFY COMPILER SO THAT A STRING LITERAL CAN BE A NAME, LIKE THIS: if#"the if"(ask("repeat this question?") "the if") IT WOULD BE MORE POWERFUL IF THE STRING LITERAL NAME COULD BE A REGULAR EXPRESSION AUTOMATICALLY IF IT CONTAINS CERTAIN CHARACTERS NORMALLY FOUND IN REGULAR EXPRESSIONS, LIKE THIS: if#"(the if)* and this are part of the name"(slidebar the if the if and this too are part of the name) BUT ITS PROBABLY BETTER TO MERGE CODESIMIAN WITH A JAVA VERSION OF PERL THAN TO IMPLEMENT THAT.
Compile.CompileDefaultCommand	wraps CSFactory.
Compile.CompileLiteral	for example, input "-2.4" into P(1) and it outputs new N(-2.4) into P(0).
Compile.CompilerPipeline	A pipeline/sequence of COMPILERs.
Compile.FirstCompilerThatWorks	Contains compilers at index 2 and above.
Compile.LParenSymbol
Compile.MyFuelSymbol
Compile.NameSymbol
Compile.ParseObjects	Converts a sequence (that often has duplicate objects) of CS objects (that probably do not have enough params) to a tree or graph-shape of CS objects, where each CS object has a valid quantity of params, assuming your parenthesis (example: Compile.LPAREN) allow that.
Compile.ParseObjectsByPriority	Infix-syntax for CodeSimian language.
Compile.RParenSymbol
Compile.SimpleCompiler	wrapper-class for a standard CompilerPipeline made of 3 smaller compilers
Compile.SmallSymbol	a symbol that uses very little memory and has only 1 variable (a byte) specifying how many semicolons that precede the symbol.
Compile.Symbol	Deprecated.
Compile.TokenizeCode	Converts a STRING of CodeSimian code to a list of STRINGs - tokens of code.
Compile.TokensToObjects	Converts a sequence of string tokens to a sequence of CS objects with no params.
Compile.WhitespaceSymbol
CompileAndExecInnerCsFile	gets the bytes of an inner file, compiles it, then pretends to be the compiled output forever.
CompilerApplet	an applet (view it in a webpage) that compiles codesimian code.
Computer
Const	A final constant number, selected at instantiation.
Const.ConstByte	My only instance var is a byte.
Const.ConstDouble	My only instance var is a double.
Const.ConstFalse	I have no instance vars.
Const.ConstFloat	My only instance var is a float.
Const.ConstInt	My only instance var is a int.
Const.ConstShort	My only instance var is a short.
Const.ConstTrue	I have no instance vars.
Const.ConstWithUselessParams	A constant value that can contain any quantity of params, but it never executes or does anything to them.
ContinuousBayesNode	continuousBayesNode(list(childs...) list(probabilities...)) returns the predicted value of its first child in the list.
CopyParams	Removes all params from param0.
CopyParamToParam	should be replaced by EqualP...
Count	Counts up from 0 by 1s.
CS<CSGeneric>	CS is the root of all other classes! Its the top of the CodeSimian heirarchy.
CSBuilder	This class is obsolete for compiling.
CSFactory	Contains all the standard subclasses of CS.
DecayAve	decay average.
DecayAve.AndDev	decay average and standard-deviation by some decay factor.
DecayAveAndDev	decay average and standard-deviation by some decay factor.
DeepCopy	Deep-copy of a CS network, starting from my P(1), copied to my P(0).
DefaultCS<CSGeneric>	CS has no variables, but DefaultCS does.
DefaultCSCallOptions
DefaultJavaCodeWritingState
DefaultLetterLevelChatbot
DefaultWiki	This class is the start of a decentralized WIKI where each user of CodeSimian will have a different version of the WIKI and have many versions of each page and many pages.
DefaultWordLevelChatbot
Delay	First parameter is new data.
DeleteParam	In the CS param0, deletes param with int index param1.
DeleteParam.DeleteAll
DieSpam
DieSpam.ButtonClicked
Divide
Do
Do.DoDDDL
Do.DoL
DoNatLang	Do what the input text says.
Email	part of a college class project.
EqualP	4 ways to copy 1 or more CSs from one (parent) CS to a different (parent) CS.
EqualRecurse2	=Recurse2(list(x 1 2) list(y 0 3 2)) is the same as x.P(1).setP( 2, y.P(0).P(3).P(2) ) so the first list's countP() must be at least 2, and the second list's countP() must be at least 1.
Err	ERRor message
EvolveCode	Evolves code to maximize an arbitrary measure of the evolved code (fitness function).
EvolveNumbers	evolveNumbers(judge listOfInputs mutator automaticlyGeneratedList1 autoList2 autoList3...) Given a CS to maximize the value of (1 output), and given a list of CSs to set the values of (inputs), and given a mutator CS that combines 2 or more lists of numbers to create 1 new list of mostly unique numbers...
EvolveNumbers.BellCurveNumberListMutator	this class takes 1 or more lists of numbers in P(1 and higher) and creates a partially-random hybrid in P(0).
EvolveNumbers.ListAndNumber	this class should instead extend PrimitiveArray.DoubleArray when that class is created.
Exec	An EXEC (being renamed to PROXY) is a wrapper of CS.DForProxy() and other ?ForProxy functions in the same CS.
Exec.Chaos	CS execMe = P(0); This class generated by Exec.javaCode(Chaos, false, false, false, false, true)
Exec.ChaosBit
Exec.Fixnan	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.DForProxy() returns NaN, infinity, or -infinity. WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(Fixnan, false, false, true, false, false)
Exec.FixnanChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.DForProxy() returns NaN, infinity, or -infinity. WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(FixnanChaos, false, false, true, false, true)
Exec.FixnanPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() This class generated by Exec.javaCode(FixnanPrev, false, false, true, true, false)
Exec.FixnanPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() This class generated by Exec.javaCode(FixnanPrevChaos, false, false, true, true, true)
Exec.Fuel	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(Fuel, false, true, false, false, false)
Exec.FuelChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(FuelChaos, false, true, false, false, true)
Exec.FuelFixnan	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(FuelFixnan, false, true, true, false, false)
Exec.FuelFixnanChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(FuelFixnanChaos, false, true, true, false, true)
Exec.FuelFixnanPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(FuelFixnanPrev, false, true, true, true, false)
Exec.FuelFixnanPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(FuelFixnanPrevChaos, false, true, true, true, true)
Exec.FuelPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(FuelPrev, false, true, false, true, false)
Exec.FuelPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(FuelPrevChaos, false, true, false, true, true)
Exec.Myfuel	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.myFuel() <= 0 If execMe is executed, CHANGES: -- decrements execMe.myFuel WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(Myfuel, true, false, false, false, false)
Exec.MyfuelChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.myFuel() <= 0 If execMe is executed, CHANGES: -- decrements execMe.myFuel WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelChaos, true, false, false, false, true)
Exec.MyfuelFixnan	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- decrements execMe.myFuel WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelFixnan, true, false, true, false, false)
Exec.MyfuelFixnanChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- decrements execMe.myFuel WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelFixnanChaos, true, false, true, false, true)
Exec.MyfuelFixnanPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel This class generated by Exec.javaCode(MyfuelFixnanPrev, true, false, true, true, false)
Exec.MyfuelFixnanPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel This class generated by Exec.javaCode(MyfuelFixnanPrevChaos, true, false, true, true, true)
Exec.MyfuelFuel	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelFuel, true, true, false, false, false)
Exec.MyfuelFuelChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelFuelChaos, true, true, false, false, true)
Exec.MyfuelFuelFixnan	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if any of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelFuelFixnan, true, true, true, false, false)
Exec.MyfuelFuelFixnanChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if any of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() WARNING: Sometimes returns prevExec, but never sets it. PrevExec might always be 0. This class generated by Exec.javaCode(MyfuelFuelFixnanChaos, true, true, true, false, true)
Exec.MyfuelFuelFixnanPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if any of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(MyfuelFuelFixnanPrev, true, true, true, true, false)
Exec.MyfuelFuelFixnanPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if any of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 -- execMe.DForProxy() returns NaN, infinity, or -infinity. If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(MyfuelFuelFixnanPrevChaos, true, true, true, true, true)
Exec.MyfuelFuelPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(MyfuelFuelPrev, true, true, false, true, false)
Exec.MyfuelFuelPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if either of: -- execMe.myFuel() <= 0 -- execMe.fuel().D() <= 0.0 If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel -- decreases execMe.fuel() by execMe.cost() This class generated by Exec.javaCode(MyfuelFuelPrevChaos, true, true, false, true, true)
Exec.MyfuelPrev	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.myFuel() <= 0 If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel This class generated by Exec.javaCode(MyfuelPrev, true, false, false, true, false)
Exec.MyfuelPrevChaos	CS execMe = P(0); Normally returns execMe.DForProxy(), but returns execMe.prevD() if: -- execMe.myFuel() <= 0 If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() -- decrements execMe.myFuel This class generated by Exec.javaCode(MyfuelPrevChaos, true, false, false, true, true)
Exec.None	CS execMe = P(0); This class generated by Exec.javaCode(None, false, false, false, false, false)
Exec.Prev	CS execMe = P(0); If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() WARNING: Sets prevExec, but never returns or uses it. If you do not prevD() externally, this wastes cpu time. This class generated by Exec.javaCode(Prev, false, false, false, true, false)
Exec.PrevChaos	CS execMe = P(0); If execMe is executed, CHANGES: -- sets execMe's prevExec to value of execMe.DForProxy() WARNING: Sets prevExec, but never returns or uses it. If you do not prevD() externally, this wastes cpu time. This class generated by Exec.javaCode(PrevChaos, false, false, false, true, true)
Exec.SubclassDescription	describes a subclass of Exec that you are searching for.
ExecParam
FileOfShorts	Returns 1 short at a time from a file containing many shorts.
FileOrURL	A list that provides access to a file system or internet web of pages.
Files	problem: not all CSs are Serializable
Files.DefaultDownloader	P(0) is filename or url.
Files.GrowingByteArrayInputStream	same as ByteArrayInputStream except ByteArrayInputStream.count can be set by a function, which causes more and more bytes to be available (or less?), without replacing the byte[] array.
Files.LoadCSFromFile	Puts the CS from the file in param0.
Files.SaveBytesP1IntoFileP0
Files.SaveCSToFile	param0 is the CS to be Serialized and saved to file.
Files.TextFileWriter	Maps a CS's params to a file.
FileSaveBytesOptionalHumanChooseLocation
FixTypos	8/2007 this class is not finished.
FloatBufferCurvesToAvoidEmpty	a buffer of floats that you may remove floats from and add floats to at different speeds and this buffer will interpolate between floats to make it sound smooth despite the difference in input and output speeds.
FreeLiquid	contains limited amounts of many types of Liquid.
Fuel	Fuel is unusual because it is only 1-way (instead of 2-way) interchangable with other subclasses of CS.
Function	This class allows trees of CSs to be used a little more like hard-coded functions.
Function.ParamProxy	The Function class encapsulates a tree/graph of CSs.
Function.ParamProxy.CSAndInt
GetCSReflectingInnerFile	P(0) is pathname of inner file.
GetCSReflectingInnerFile.DefaultCSReflecting	Appears to be the compiled form of the inner file's string contents.
GetJavaCompiler	Returns 1 if created a working Java compiler and saved it into P(0), or returns 0 if could not do that.
GetResource	Need to call System.getProperty(resourceName) BEFORE getClassLoader to avoid SecurityExceptions in applets.
GetSortedSubsetOfStrListByStrToBoolFuncs
GraphSeq	GRAPH SEQUENCE, like depth-first or breadth-first etc.
GraphSeq.FastUnordered	returns the graph, but the sequence has no meaningful order.
GUI	obsolete except for its static functions Was originally intended to...
HardCodedCommonControls	(Code was moved here from class StartCodesimian) For all execute functions, returns what the compiled output returns.
HardCodedSelfReplicatingWindow	(Code was moved here from class StartCodesimian) For all execute functions, returns what the compiled output returns.
Hash	a hash is a 1-way function that is very hard to reverse.
HTML
HuffmanNode	A Huffman Node has an [object or non-double primitive] value, and a double weight, and represents the end of a sequence of values (each with a huffman node).
HumanTypesCommand	When this CS is executed, it pops up a window requesting text commands, or uses a window thats already open.
HumanTypesCommand.CommandWindow	A window that asks the user for CodeSimian code, compiles it, relays error messages to the user, and gives the finished error-free code to the HumanTypesCommand object.
IfElse
ImageCS	you can get (L(Class)) and set (setL(Object)) the value of this CS as an Image or Component.
ImageCS.ImagePanel
ImagePixels	8/06 THIS CLASS DOES NOT WORK.
ImagePixels.ImagePanel
ImagePixels.ImageWithProducer	an ImageProducer can efficiently control the pixels of this Image
ImmutBytes	Immutable Bytes.
IndentCode
IndependentCS	All functions in IndependentCS return 0, false, or this.
InnerFiles	Some of the files inside CodeSimian.jar can be updated, and new files can be added, all without using the hard-drive (unless you save the new JAR file there).
InnerFiles.AllInternalFileNames	Starts as an empty list.
InnerFiles.DeleteInternalFile	deletes a file from the files decompressed from CodeSimian.JAR, which together are often saved as a new JAR file with the commands saveUpdatedSelf() or saveUpdatedSelf(fileName).
InnerFiles.GetInnerFile	reversed.
InnerFiles.GetInternalFile	Deprecated.
InnerFiles.InnerFileExists	returns 1 if inner file exists, else returns 0
InnerFiles.SetInnerFile	reversed.
InnerFiles.SetInternalFile	Deprecated.
InputStreamOfCS	Returns each child of the CS as a BYTE, starting with param0, param1, param2...
Internet	static functions relevant to downloading .html and text files from the internet, reading them, finding URL links, and searching for information.
Interpolate	Returns a number BETWEEN 2 things.
InterpretText	THIS CLASS IS PROBABLY OBSOLETE.
InterpretText.AllLetterPairs	array size 26*26 with boolean values 0.0 or 1.0
InterpretText.AllLetterTriples	array size 26*26*26 with boolean values 0.0 or 1.0
InterpretText.Concat
InterpretText.Normalize	Sorts the values in the double[] array of a child InterpretText, and returns an array containing values equally spread between 0.0 and 1, but in the same order they were before sorting.
InterpretText.SelectIndexs	Has 1 IntepretText as an instance var.
InterpretText.Str
InterpretText.WordIndexs
InterpretText.WordPairDistance	Builds a 2d matrix, pairing each unique word with each other, and finds the shortest distances between each pair of unique words.
InterpretText.WrapAroundSmallerRangeAndAverageOverlappingValues
InvokeMethod	THIS CLASS IS BEING REPLACED BY JavaFunctionSimple.
Jars	9/07 This class is not finished.
Jars.JarTest
Jars.SaveUpdatedSelf	saves a new CodeSimian.jar somewhere.
Jars.ZipEntryAndByteArray
JavaCodeForNewSubclassOfCS	P(1) is a CS whose javaCode(CS,CS,Class) function's returned String replaces P(0) after the 2 CS parameters are used this way: CS listOfCSsAlreadyTraversed is ignored.
JavaField	Wrapper-class for a java.lang.reflect.Field, a dynamicly-accessed variable of a Java Object.
JavaFunctionSimple	Wrapper-class for a java.lang.reflect.Method, a dynamicly-called Java function.
JavaObject
JavaOutSimple	Summary: put any CS in P(1), execute, and get an optimized and possibly slightly mutated version of it in P(0) that you can copy without limit and which will exist in all future codesimians you save.
JavaOutSimple.Lists	superclass does CS in, CS out.
JavaTextTransform
JavaType	Determines this boolean: if param0's Java Object is a certain Java type (or subtype).
JavaTypeConst	Rreturns 1 if param0 can be cast to the java-type represented by the Class object returned by my getObject(), else returns 0.
JudgeTextByGoodAndBadExamples
Keyboard	this class presses keys on the keyboard.
Keyboard.IsKeyDown
Keyboard.KeyDown
Keyboard.KeyLocationX	returns the horizontal position of a key on the keyboard, aligned with the number keys in row 1.
Keyboard.KeyLocationY	same as KeyLocationX except measures key height on the keyboard instead of left/right position.
Keyboard.KeyUp
Keyboard.TypeThisStringOnKeyboard
KeyListenerOnComponent	THIS CLASS NEEDS TO BE TESTED.
Layout	A GUI LAYOUT positions other GUI objects within its own rectangle area. Examples: FlowLayout, GridLayout, BorderLayout.
LearnSelfDFromSelfListD	generalized intelligence.
LearnSelfDFromSelfListD.Test	Tests a new SimpleBayesNet or P(0) used as a SimpleBayesNet.
LinearAudios	A Linear-Audio is a CS whose first parameter evaluates to a number between -1 and 1 and returns a number in that same range.
LinearTimeQueue	class not finished
Liquid	Something that can be split or combined into Liquids of different amounts totaling the same.
LiquidStart	Class Liquid can create each type of Liquid only once.
List16BitSignedIntegersFromListNumbersRangePlusMinus1	Simple conversion from 16 bit integers, range -2^15 to 2^15-1, to floating point nubmers range -1 to 1.
ListFindIndexFast	Same as SimpleList except indexP(CS) and indexPName(String) use a CS-to-int and String-to-int hashtable to quickly find the index of most CSs contained in the list.
ListNumbersRangePlusMinus1FromList16BitSignedIntegers	simple lossy compression of audio samples by rounding to 16 bits.
ListOfStringsGUI	contains a java.awt.List which contains Strings.
Log
Log.Base2
Log.BaseXOfY
Logic	boolean and other LOGICAL operations.
Logic.And
Logic.Not
Logic.Or
Logic.Xor
LongListOfStrings	Any list can contain java.lang.Strings, but this class does it with less memory because they are not converted to S objects (which wrap a String).
Loop	Executes a CS a number of times defined by an other CS's value.
Loop.DynamicLoop	the boolean loop condition, or max number of loops, is checked every iteration
Loop.DynamicLoop.DynamicForLoop	for (double param0 = 0; param0 < param1; param0++) param2;
Loop.DynamicLoop.DynamicRepeatLoop	for (double d = 0; d < param0; d++) param1;
Loop.DynamicLoop.DynamicWhileLoop	while (param0) param1;
Loop.ForEach
Loop.StaticLoop	the boolean loop condition, or max number of loops, is checked ONCE when the loop starts
Loop.StaticLoop.StaticForLoop	the boolean loop condition, or max number of loops, is checked ONCE when the loop starts. DForProxy(){ double end = param1; for (double param0 = 0; param0 < end; param0++) param2; return last value of param2; } param0: iteration var.
Loop.StaticLoop.StaticRepeatLoop	LOOP with no iteration var. DForProxy(){ double end = param0; for (double i = 0; i < end; i++) param1; return last value of param1; } param0: max value of iteration var. param1: loop body. Check value of param0 once, and repeat execution of param1 that many times. If value of param0 changes during that loop, it is not noticed.
Max
Median
Microphone	Reads audio samples from the microphone hole of the computer, and returns them 1 at a time in range -1 to 1.
MicrophonePredictsBufferSize	Reads audio samples from the microphone hole of the computer, and returns them 1 at a time in range -1 to 1.
MillisecondsSince1970	Returns the system time, as the number of milliseconds since the start of 1970, probably only accurate to a few milliseconds because of hardware limits
Min
Modulo
MostCommonSubstrings	The purpose of this class is to keep statistics on the most common substrings of random samples of text found in codesimian at random times, and from the internet and possibly other sources, and to use those statistics to parse natural-language better.
MouseNumberList	A list of numbers between 0 and 1, each shown on the screen as a bar up to some height.
MouseNumberList.Bars	this is an inner class because MouseNumberList cant extend both JPanel and CS.
MousePanel	A GUI object that measures mouse movement and button clicks.
MousePanel.ThePanel	this is an inner class because MousePanel cant extend both JPanel and CS.
MoveMouse	tries to move the mouse cursor using native system commands with java function: java.awt.Robot.moveMouse(int,int) All 5 parameters range from 0.0 to 1.
MoveMouse.MouseXPosition
MoveMouse.MouseYPosition
MP3	Deprecated.
MP3.DefaultMP3Decoder
Multiply
N	A decimal NUMBER, with one instance var: double. Call setP(x) to set the number value to x.D(). For any x, P(x) returns this N.
Names	generates unique, and often descriptive, String names for a CS or Object.
NatLangType	A FUZZY-TYPE defined by a natural-language String description (default: english).
NaturalLanguage	Converts strings of natural language, like this sentence, to arrays of numbers so computers can understand them better.
NaturalLanguage.OnlyTheMostCommonSymbolsOnKeyboard
NaturalLanguage.RemoveEverythingExceptLetters
Network	WHAT I WROTE BEFORE BUILDING THIS CLASS: Build this node/network system.
NeuralNets	this class has static functions for using NEURAL NETWORKS, which are groups of NEURAL NODES (example: SimpleNeuralNode).
New	new(x y) replaces x with a new copy of y (y.newInstance())
Num	Deprecated.
NumberStack	Deprecated.
NumberStack.NeverEmpty	replaces pop() with peek() if pop() would empty the stack.
Object3d	A 3d object, with a list of other objects in P(0) and a list of numbers in P(1).
OneChatbotForEachWord	A chatbot takes string input in P(1) and outputs a String response in P(0).
OverlappingPages	OverlappingPages contains a JTabbedPane.
ParamCount	returns P0.countP()
PermEvent	permanent event.
PermEvent.Trigger
Physics
Pixels2d	Execute a Pixels2d as a number to get the width of its image (how many pixels wide).
Pixels2d.BrightnessFraction	example code: thisComputersScreen(pixels2dBrightnessFraction -(mouseXPos .05) -(mouseYPos .05) .1 .1)
PNewInstance	Like a normal list, but P(int) always returns a NEW INSTANCE of whatever P would normally return.
Pow
Predict	Predicts P(0).D() some quantity of executions of P(0).D() in the future.
Primes	contains static functions relevant to PRIME NUMBERS RANDOM PRIME NUMBER STUFF: -2 and 0 and 2 are prime.
Primes.DoesItKnowPrimesByIndex	needs to be tested
PrimitiveArray	Contains inner subclasses for efficiently using primitive arrays.
PrimitiveArray.ByteArray	stores all params as bytes (instead of CSs) in an array, and converts them to CS by using the constant-pool when requested. THIS CLASS WAS NOT AUTOMATICLY-GENERATED BY PrimitiveArray.javaCodeForSubclass(byte[].class), but it should be.
PrimitiveArray.IntArray	stores all params as ints (instead of CSs) in an array, and converts them to CS by using the constant-pool when requested. THIS CLASS WAS NOT AUTOMATICLY-GENERATED BY PrimitiveArray.javaCodeForSubclass(int[].class), but it should be.
PrimitiveArray.ShortArray	hard-coding 3 similar classes is too much...
Ptr	Deprecated.
Ptr.FieldPtr
Ptr.IndividualPtrs	A set of individual POINTERs.
Ptr.Null	Null pointer.
Ptr.ParamPtr	allows you to get/set a param of some parent CS with a specific child index.
Ptr.PtrSet	A set of POINTERs.
PuyoGame	Puyo (a game like Tetris) is made mostly of CodeSimian code.
RandGaussian
RandomExampleCode	A string that changes its contents every time you execute it.
RandomlyCombineCode	Used for evolving code.
RandomNeuron	RandomNeurons are random because they select only some of their edges (in list in param0) to do calculations with, and randomly select a different subset of edges each execution.
RandRange
RecurseP	recursePD(replaceMe parent index index index...) Indexs are for the next P recursively.
RecurseP.RecursePD	same as RecurseP except returns P(0).D() when its done.
Reflect
Reflect6	reflects an action in codesimian language as a set of 5 values and 1 value that is generated, possibly with side-effects on the 5 values.
ReflectedFunctions
ReflectedFunctions.addB	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addB",codesimian.DefaultCS,addB)
ReflectedFunctions.addC	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addC",codesimian.DefaultCS,addC)
ReflectedFunctions.addD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addD",codesimian.DefaultCS,addD)
ReflectedFunctions.addF	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addF",codesimian.DefaultCS,addF)
ReflectedFunctions.addI	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addI",codesimian.DefaultCS,addI)
ReflectedFunctions.addJ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addJ",codesimian.DefaultCS,addJ)
ReflectedFunctions.addL	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addL",codesimian.DefaultCS,addL)
ReflectedFunctions.addP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addP",codesimian.DefaultCS,addP)
ReflectedFunctions.addPx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addPx",codesimian.DefaultCS,addP)
ReflectedFunctions.addPxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addPxx",codesimian.DefaultCS,addP)
ReflectedFunctions.addPxxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addPxxx",codesimian.DefaultCS,addP)
ReflectedFunctions.addPxxxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addPxxxx",codesimian.DefaultCS,addP)
ReflectedFunctions.addS	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addS",codesimian.DefaultCS,addS)
ReflectedFunctions.addZ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("addZ",codesimian.DefaultCS,addZ)
ReflectedFunctions.B	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("B",codesimian.DefaultCS,B)
ReflectedFunctions.BForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("BForProxy",codesimian.DefaultCS,BForProxy)
ReflectedFunctions.C	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("C",codesimian.DefaultCS,C)
ReflectedFunctions.CForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("CForProxy",codesimian.DefaultCS,CForProxy)
ReflectedFunctions.clone	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("clone",codesimian.DefaultCS,clone)
ReflectedFunctions.cost	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("cost",codesimian.DefaultCS,cost)
ReflectedFunctions.countP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("countP",codesimian.DefaultCS,countP)
ReflectedFunctions.D	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("D",codesimian.DefaultCS,D)
ReflectedFunctions.decrementMyFuel	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("decrementMyFuel",codesimian.DefaultCS,decrementMyFuel)
ReflectedFunctions.deleteP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("deleteP",codesimian.DefaultCS,deleteP)
ReflectedFunctions.deletePx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("deletePx",codesimian.DefaultCS,deleteP)
ReflectedFunctions.description	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("description",codesimian.DefaultCS,description)
ReflectedFunctions.DForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("DForProxy",codesimian.DefaultCS,DForProxy)
ReflectedFunctions.equals	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("equals",codesimian.DefaultCS,equals)
ReflectedFunctions.F	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("F",codesimian.DefaultCS,F)
ReflectedFunctions.FForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("FForProxy",codesimian.DefaultCS,FForProxy)
ReflectedFunctions.fuel	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("fuel",codesimian.DefaultCS,fuel)
ReflectedFunctions.getClass	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("getClass",codesimian.DefaultCS,getClass)
ReflectedFunctions.getExec	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("getExec",codesimian.DefaultCS,getExec)
ReflectedFunctions.getObject	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("getObject",codesimian.DefaultCS,getObject)
ReflectedFunctions.hashCode	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("hashCode",codesimian.DefaultCS,hashCode)
ReflectedFunctions.heap	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("heap",codesimian.DefaultCS,heap)
ReflectedFunctions.I	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("I",codesimian.DefaultCS,I)
ReflectedFunctions.IForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("IForProxy",codesimian.DefaultCS,IForProxy)
ReflectedFunctions.indexP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("indexP",codesimian.DefaultCS,indexP)
ReflectedFunctions.indexPName	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("indexPName",codesimian.DefaultCS,indexPName)
ReflectedFunctions.insertB	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertB",codesimian.DefaultCS,insertB)
ReflectedFunctions.insertC	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertC",codesimian.DefaultCS,insertC)
ReflectedFunctions.insertD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertD",codesimian.DefaultCS,insertD)
ReflectedFunctions.insertF	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertF",codesimian.DefaultCS,insertF)
ReflectedFunctions.insertI	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertI",codesimian.DefaultCS,insertI)
ReflectedFunctions.insertJ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertJ",codesimian.DefaultCS,insertJ)
ReflectedFunctions.insertL	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertL",codesimian.DefaultCS,insertL)
ReflectedFunctions.insertL1	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertL1",codesimian.DefaultCS,insertL1)
ReflectedFunctions.insertLx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertLx",codesimian.DefaultCS,insertL)
ReflectedFunctions.insertP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertP",codesimian.DefaultCS,insertP)
ReflectedFunctions.insertS	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertS",codesimian.DefaultCS,insertS)
ReflectedFunctions.insertZ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("insertZ",codesimian.DefaultCS,insertZ)
ReflectedFunctions.isIllusion	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("isIllusion",codesimian.DefaultCS,isIllusion)
ReflectedFunctions.J	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("J",codesimian.DefaultCS,J)
ReflectedFunctions.JForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("JForProxy",codesimian.DefaultCS,JForProxy)
ReflectedFunctions.keyword	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("keyword",codesimian.DefaultCS,keyword)
ReflectedFunctions.L	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("L",codesimian.DefaultCS,L)
ReflectedFunctions.LForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("LForProxy",codesimian.DefaultCS,LForProxy)
ReflectedFunctions.LForProxyx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("LForProxyx",codesimian.DefaultCS,LForProxy)
ReflectedFunctions.Lx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("Lx",codesimian.DefaultCS,L)
ReflectedFunctions.Lxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("Lxx",codesimian.DefaultCS,L)
ReflectedFunctions.Lxxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("Lxxx",codesimian.DefaultCS,L)
ReflectedFunctions.Lxxxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("Lxxxx",codesimian.DefaultCS,L)
ReflectedFunctions.maxD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("maxD",codesimian.DefaultCS,maxD)
ReflectedFunctions.maxP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("maxP",codesimian.DefaultCS,maxP)
ReflectedFunctions.minD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("minD",codesimian.DefaultCS,minD)
ReflectedFunctions.minP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("minP",codesimian.DefaultCS,minP)
ReflectedFunctions.myFuel	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("myFuel",codesimian.DefaultCS,myFuel)
ReflectedFunctions.name	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("name",codesimian.DefaultCS,name)
ReflectedFunctions.newInstance	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("newInstance",codesimian.DefaultCS,newInstance)
ReflectedFunctions.notify	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("notify",codesimian.DefaultCS,notify)
ReflectedFunctions.notifyAll	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("notifyAll",codesimian.DefaultCS,notifyAll)
ReflectedFunctions.overwrites	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("overwrites",codesimian.DefaultCS,overwrites)
ReflectedFunctions.P	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("P",codesimian.DefaultCS,P)
ReflectedFunctions.parent	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("parent",codesimian.DefaultCS,parent)
ReflectedFunctions.parsePriority	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("parsePriority",codesimian.DefaultCS,parsePriority)
ReflectedFunctions.PB	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PB",codesimian.DefaultCS,PB)
ReflectedFunctions.PC	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PC",codesimian.DefaultCS,PC)
ReflectedFunctions.PD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PD",codesimian.DefaultCS,PD)
ReflectedFunctions.PF	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PF",codesimian.DefaultCS,PF)
ReflectedFunctions.PI	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PI",codesimian.DefaultCS,PI)
ReflectedFunctions.PJ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PJ",codesimian.DefaultCS,PJ)
ReflectedFunctions.PL	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PL",codesimian.DefaultCS,PL)
ReflectedFunctions.prevB	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevB",codesimian.DefaultCS,prevB)
ReflectedFunctions.prevC	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevC",codesimian.DefaultCS,prevC)
ReflectedFunctions.prevD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevD",codesimian.DefaultCS,prevD)
ReflectedFunctions.prevF	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevF",codesimian.DefaultCS,prevF)
ReflectedFunctions.prevI	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevI",codesimian.DefaultCS,prevI)
ReflectedFunctions.prevJ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevJ",codesimian.DefaultCS,prevJ)
ReflectedFunctions.prevL	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevL",codesimian.DefaultCS,prevL)
ReflectedFunctions.prevS	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevS",codesimian.DefaultCS,prevS)
ReflectedFunctions.prevZ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("prevZ",codesimian.DefaultCS,prevZ)
ReflectedFunctions.proxyOf	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("proxyOf",codesimian.DefaultCS,proxyOf)
ReflectedFunctions.PS	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PS",codesimian.DefaultCS,PS)
ReflectedFunctions.PType	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PType",codesimian.DefaultCS,PType)
ReflectedFunctions.PZ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("PZ",codesimian.DefaultCS,PZ)
ReflectedFunctions.reflect	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("reflect",codesimian.DefaultCS,reflect)
ReflectedFunctions.reflect6	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("reflect6",codesimian.DefaultCS,reflect6)
ReflectedFunctions.reflectx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("reflectx",codesimian.DefaultCS,reflect)
ReflectedFunctions.S	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("S",codesimian.DefaultCS,S)
ReflectedFunctions.setB	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setB",codesimian.DefaultCS,setB)
ReflectedFunctions.setBx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setBx",codesimian.DefaultCS,setB)
ReflectedFunctions.setC	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setC",codesimian.DefaultCS,setC)
ReflectedFunctions.setCost	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setCost",codesimian.DefaultCS,setCost)
ReflectedFunctions.setCx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setCx",codesimian.DefaultCS,setC)
ReflectedFunctions.setD	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setD",codesimian.DefaultCS,setD)
ReflectedFunctions.setDescription	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setDescription",codesimian.DefaultCS,setDescription)
ReflectedFunctions.setDx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setDx",codesimian.DefaultCS,setD)
ReflectedFunctions.setExec	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setExec",codesimian.DefaultCS,setExec)
ReflectedFunctions.setF	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setF",codesimian.DefaultCS,setF)
ReflectedFunctions.setFuel	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setFuel",codesimian.DefaultCS,setFuel)
ReflectedFunctions.setFx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setFx",codesimian.DefaultCS,setF)
ReflectedFunctions.setHeap	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setHeap",codesimian.DefaultCS,setHeap)
ReflectedFunctions.setI	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setI",codesimian.DefaultCS,setI)
ReflectedFunctions.setIx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setIx",codesimian.DefaultCS,setI)
ReflectedFunctions.setJ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setJ",codesimian.DefaultCS,setJ)
ReflectedFunctions.setJx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setJx",codesimian.DefaultCS,setJ)
ReflectedFunctions.setL	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setL",codesimian.DefaultCS,setL)
ReflectedFunctions.setL1	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setL1",codesimian.DefaultCS,setL1)
ReflectedFunctions.setLx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setLx",codesimian.DefaultCS,setL)
ReflectedFunctions.setLxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setLxx",codesimian.DefaultCS,setL)
ReflectedFunctions.setLxxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setLxxx",codesimian.DefaultCS,setL)
ReflectedFunctions.setLxxxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setLxxxx",codesimian.DefaultCS,setL)
ReflectedFunctions.setMyFuel	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setMyFuel",codesimian.DefaultCS,setMyFuel)
ReflectedFunctions.setName	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setName",codesimian.DefaultCS,setName)
ReflectedFunctions.setObject	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setObject",codesimian.DefaultCS,setObject)
ReflectedFunctions.setP	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setP",codesimian.DefaultCS,setP)
ReflectedFunctions.setParent	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setParent",codesimian.DefaultCS,setParent)
ReflectedFunctions.setParsePriority	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setParsePriority",codesimian.DefaultCS,setParsePriority)
ReflectedFunctions.setPrevExec	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setPrevExec",codesimian.DefaultCS,setPrevExec)
ReflectedFunctions.setProxyOf	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setProxyOf",codesimian.DefaultCS,setProxyOf)
ReflectedFunctions.setPType	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setPType",codesimian.DefaultCS,setPType)
ReflectedFunctions.setS	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setS",codesimian.DefaultCS,setS)
ReflectedFunctions.setSx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setSx",codesimian.DefaultCS,setS)
ReflectedFunctions.setTester	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setTester",codesimian.DefaultCS,setTester)
ReflectedFunctions.setZ	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setZ",codesimian.DefaultCS,setZ)
ReflectedFunctions.setZx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("setZx",codesimian.DefaultCS,setZ)
ReflectedFunctions.SForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("SForProxy",codesimian.DefaultCS,SForProxy)
ReflectedFunctions.tester	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("tester",codesimian.DefaultCS,tester)
ReflectedFunctions.toJavaCode	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("toJavaCode",codesimian.DefaultCS,toJavaCode)
ReflectedFunctions.toString	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("toString",codesimian.DefaultCS,toString)
ReflectedFunctions.V	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("V",codesimian.DefaultCS,V)
ReflectedFunctions.VForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("VForProxy",codesimian.DefaultCS,VForProxy)
ReflectedFunctions.voidReflect	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("voidReflect",codesimian.DefaultCS,voidReflect)
ReflectedFunctions.wait	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("wait",codesimian.DefaultCS,wait)
ReflectedFunctions.waitx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("waitx",codesimian.DefaultCS,wait)
ReflectedFunctions.waitxx	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("waitxx",codesimian.DefaultCS,wait)
ReflectedFunctions.Z	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("Z",codesimian.DefaultCS,Z)
ReflectedFunctions.ZForProxy	generated by JavaOutSimple.javaCodeForNewSubclassOfCS("ZForProxy",codesimian.DefaultCS,ZForProxy)
ReflectJavaClass	my params are CS wrappers for Java Methods of some class.
RegExpInclExcl
Reverse
RoundToInt
RunnableCS
S	S = STRING.
ScreenPixels	unfinished.
Scroll	Vertical and/or horizontal scrollbars automatically appear around P(0) when P(0) becomes too large to be completely viewed in its current part of the screen.
SelfPredictingPrimeHashingNumberList	THIS CLASS IS NOT FINISHED.
SetEqual	contains inner subclasses that wrap the primitive execute functions of CS: Z B C S I J F D.
SetEqual.DivideEqual
SetEqual.EqualP	Copies params.
SetEqual.MinusEqual
SetEqual.MultiplyEqual
SetEqual.PlusEqual
SetEqual.SetB
SetEqual.SetC
SetEqual.SetD	similar to =P(...) except when countP()==2 it works different
SetEqual.SetF
SetEqual.SetI
SetEqual.SetJ
SetEqual.SetL	Like the other SetX functions, param0 is target and param1 is source. param1 is cast to Object and param0 is set using that Object's runtime type. To set using an interface instead of a class, execute using SetL.L(Class interfaceName).
SetEqual.SetS
SetEqual.SetZ
SetEqual.XEqual
SetParam
Sets	contains inner classes for using CSs as SETs.
Sets.UnionOfSets
SimpleBayesNet	simpleBayes(input0 input1 input2 input3...) There are 2 phases...
SimpleBayesNet.BayesNodeIndependentChildsDependentParent	param0 is a bayes-node.
SimpleBayesNet.Test	Tests SimpleBayesNet to see if it works.
SimpleFastContinuousBayesNet	Same as continuousBayesNode, but contains many of them.
SimpleFileExecutorOrEditor	This is not a window.
SimpleList	List of 0 or more CSs (my params). Executing a SimpleList returns countP() and does NOTHING to the params. This list is a place to store CSs, not to compute anything about them.
SimpleNeuralNode	simpleNeuralNode(list(child nodes) list(1 weight for each child) someActionToDoWhenFireThisNode) To be used in a standard NETWORK where P(0) is child nodes and P(1) is weights.
SimpleNeuralNode.ChainSimpleNeuralNodesTogether	input a list of SimpleNeuralNodes into P(1).
SimpleNeuralNode.WordStringsToNodes	given a list of word strings (P(1)), outputs a list containing CSs with those names (the words) into P(0), and if they dont already exist in P(2) then adds a new SimpleNeuralNode for each word into P(2).
SimpleTextFileEditor	This is not a window.
SimpleTextInTextOutRepeaterGUI
Sine
Slidebar	A GUI JSlider wrapped in a CS.
SlideBarReacts	Same as its superclass except when you move the on-screen slidebar with the mouse, this class calls P(0).setD(new slidebar value).
SlowMP3	Returns the audio data from an mp3 sound file, after a delay from downloading and decompressing.
SlowMP3.DecompressMP3Thread	SlowMP3 should return fake mp3 data until this Thread gets the real data, so the sound player wont get impatient and turn off.
SortByD	TODO: allow sorting by comparing 2 things at a time instead of giving everything a double value and sorting by those values.
Sound	Play sound on the speakers (or headphones), the default audio output.
SoundQuality	sets the quality of all sound.
SoundSyncMic	SoundSyncMic is a list of numbers whose F() values are interpreted as audio samples for as many audio holes your sound-card(s) have, counting double for stereo holes.
SoundSyncMic.MicrophoneSync	this class is similar to codesimian.N, except its value is a float and value can not be set except by SoundSyncMic.
SpamData	part of my college class project, but can be used for general text purposes.
SplitPane	My getObject() returns a javax.swing.JSplitPane.
Squares	A grid of rectangles.
StackNeverEmpty<K>	A stack that holds its first object constant so it can never become empty.
Stacks	Includes 4 inner classes that operate on a specific stack or the default stack: Static.getDefaultStack();
Stacks.Peek
Stacks.Pop
Stacks.Push
Stacks.StackSize
StartCodesimian	The default way to start CodeSimian.
StartCodesimian.LateInit	For normal operation of Codesimian, this should be called a few seconds after CodeSimian starts, as soon as possible after the most basic parts are loaded.
StartCodesimian.LateInit.Hooker	attaches hooks that execute when LateInit executes the first time
Static	Static functions used in various subclasses of CS.
Static.AddDefaultCommand	wrapper for CSFactory.add(CS)
Static.DefaultCommands	wrapper for Static.defaultListOfCSs()
Static.DefaultExec	1/06 this is not the default exec anymore.
Static.DefaultList
Static.DefaultStack
Static.SingletonList
Statistics	Statistical functions for bell curves.
StrangeMicrophone	Reads audio samples from the microphone hole of the computer, and returns them 1 at a time in range -1 to 1.
Streams	static functions relevant to InputStream and OutputStream
StringLang
StringMyName
Strings
Strings.PrintCS	Prints the toString() of param0.
Strings.PrintNumber	Prints the value of param0.D() to standard output.
Strings.PrintString	Prints a String to standard output, or if countP()==2 prints to P(1).
Strings.ReadChar	Reads a char from standard input (usually keyboard).
Strings.Similarity
Strings.StringSplit	same as java.lang.String.split(String regularExpressionDelimiter), but copied here so applets (on the internet) can use it without complaining about security of dynamic method calls.
Strings.TokenizeAllCharPairs
StringSkeleton	A "skeleton" amount of code for a string CS.
StringTree	Deprecated. use CharTree instead
SubstringsOfInnerFilesWithRegExpPathNames
Subtract	If countP() == 1, returns -param0.
TabbedPaneCS
TextAreaCS	A GUI TextArea wrapped in a CS.
TextsAndCsGui
ThisComputersScreen	Get my value as a java.awt.Image to create a new Image whose pixels are the same as whats displayed on your computer monitor right now.
Throw
TimerCS	timer(executeMe intervalInSeconds [optional:executesLeft]) if there is no P(2), executesLeft defaults to 1.
TimerCS.FixedRate	fixedRate runs much faster than not fixedRate, for very small intervals, but only because threads execute multiple times in the same millisecond to catch up.
ToJavaCode	calls the function CS.toJavaCode(CSCallOptions,JavaCodeWritingState) with new parameters, and the CS its called from is P(1).
ToStr	Puts a new CS in param0.
TradeCalcExec	Trade the myFuel's of the CSs in param0.
TreeList	Works like a normal list, but implemented as a tree for efficient insert and delete.
TreeOfCode
TreeOfCode.TreeNodeForCS	User-object (getUserObject()) can be any Object to put in a tree.
TreeOfCodeGUI	A GUI component that displays a JTree of CodeSimian code.
TreeOfCodeGUI.TreeNodeForCS	User-object (getUserObject()) can be any Object to put in a tree.
TreeType	TreeType measures if its param0 is a TREE.
Try	try{ return param0 } catch(Exception e){ param1(e) } finally{ param2 } Try to execute param0 and return the value.
Try.CatchException
Try.CatchOther	catch(user-specified-type catchMe) CATCHes some arbitrary subclass of Throwable. If that subclass is Exception or Throwable, use the other more-efficient subclasses. This subclass is slower because it uses a dynamic type.
Try.CatchThrowable
TypeCheckedList	can only contain CSs that are the correct TYPE.
Types	Use TYPES with CS.PType(int) to specify the types of the parameters of that CS.
Types.FALSE	my params are illusions.
Types.TRUE	my params are illusions.
Valid	Checks if its parameter is a valid CS.
View2d	a 2-dimensional view of objects of the following form: object.P(0) is a list of objects to view. object.P(1) is a list of numbers that represent view options.
View2d.ViewPanel
View3d
W
Wait
Webpage	Automatic generation of some parts of the CodeSimian webpage, including parameter counts, class names, names of commands, and their description().
WeightedAverage	Returns the weighted-average of the values in param0.
WholeMP3	Deprecated.
WindowCS	a root gui component that displays 1 other gui component in a java.awt.JFrame (but may later use any Window instead of JFrame).
WindowsOS	static functions relevant to Microsoft Windows operating system
X	Convenient shortcuts to common commands that do not strongly belong in any specific class.
Zips	static functions relevant to zip files.

Exception Summary

BigOException	My constructors throw a BigOException if their parameter (a String of codesimian code) is too long or complicated.
ChaosException	Thrown when there is not enough Chaos available to satisfy a request for a certain amount of bits which have a certain quality of randomness.
ChaosException.Predicted	thrown when random bits have been predicted, proving they are not random.
CodesimianCompileException	Thrown when compiling codesimian code fails
CodesimianOptionsException	Thrown when CodeSimian tries to modify its own options (in file cs/codesimianOptions.cs) or disobeys any of those options.
CountPException	Means some CS's countP() is not in a valid range (between minP() and maxP() inclusive).
CountPException.TooBig	thrown when someCS.maxP() < someCS.countP()
CountPException.TooBig.CouldNotAdd	countP() would have been too big if some CS could have been added, but now countP() is exactly maxP()
CountPException.TooSmall	thrown when someCS.countP() < someCS.minP()
CountPException.TooSmall.CouldNotDelete	A delete would have made countP() too small, but the delete was stopped.
CSCastException	CSCastException is thrown by CS objects when CS.L(Class) or CS.LForProxy(Class) can not cast the CS to the specified Class type.
GetJavaCompiler.JavaCompilerNotFoundException
JavaClassLoadException	Thrown when there is a problem loading the bytecode of a new java Class.
JavaCodeWritingException	problem while writing new Java code.
JavaCompileException	Used with GetJavaCompiler, JavaCompilerWindowsOpSys, etc
JavaException	Thrown when an error occurs that is more related to Java than CodeSimian.
JavaReflectException	Thrown when an error related to package java.lang.reflect is thrown
Legal	Things relevant to licenses, contracts, laws, governments, or anything they indirectly control.
Liquid.NotMyName	thrown when you try to combine 2 Liquids whose Liquid.name are different
NatLangException	thrown when a Natural-Language algorithm fails in some way
NatLangMathException	thrown when a Natural-Language algorithm fails to do something related to math.
NeedLiquid	A Liquid contains an amount (type double) and a name (type String).
NeedLiquid.Failed	needed a certain amount and name of Liquid, but could not get it, and it is too late to pay that now.
NeedLiquids	as a NeedLiquid, my double and String are from the the first NeedLiquid in the array.
NeedLiquids.Failed	Same as NeedLiquids except continueExecution is null.
ObsoleteCodeException	Throw this when obsolete code is executed by new code
ThrowDoCatch	just before this object is thrown (by java keyword throw), you must set its action (in the constructor) so after you handle the error, you can continue approximately what you were doing just before you threw this by executing that ACTION.
UnfinishedCode	Throw an UnfinishedCode when you did not finish some code, but did finish it enough that it might execute.
WrongPassword

Annotation Types Summary

codsim
codsimEvolvableFunc	Put this annotation on any java-function that you want CodeSimian to possibly choose to modify.