ref

Overview
Syntax
Examples
Argument Types
AIS Component Systems

Overview

The ref function retrieves the I-th element from the Vector.

String

The ref function retrieves a the I-th character from a Text or String.

Symbol

The ref function retrieves the global value of a Symbol.

Structure

The ref function retrieves a value or a key from a Structure.

Dictionary

The ref function retrieves a value or a key from a Dictionary.

Brick

The ref command retrieves a field value or vital data element from a Brick.

Matrix

The ref function retrieves the I-th element from the Matrix

NumMatrix

The ref function retrieves the I-th element from the NumMatrix

List

The ref function retrieves the I-th element from the List

Function

The ref function retrieves the value of a symbol. When the argument of the ref function is a Function object id, the returned value is the function name. If the argument of the ref function is Function name, the returned value is the object id of the function.

Lambda

The ref function is used with an Lambda object to reference a method, or persistent variable that is owned by the Lambda.

ObjectRepository

The ref allows retrieval of an object from the Object Repository {aGor}. The ref function supports retrieval by arbitrary keys, by index, and by special symbolic keys. The special symbolic keys are keys: member:, odbid:, name:, and position:. The special keys enable the ref function to retrieve special information about the Object Repository such as the filename, associated with the Object Repository, the position in the Repository Index of a specific key or the odbid or frameid which are the identifiers needed by the low level database functions.

As objects are added to the Object Repository, the keys are added to the Repository Index. The Repository Index is a Directory Object and the keys are saved in sorted order. The entries in the Repository Index are Directory bindings comprised of a key and a pointer value which points to the location of the Object in Object Repository (In some cases, the value may be saved as an immediate value in the Repository Index, see the saveImmediate function). The Object Repository automatically handles retrieval of the appropriate value off the disk.

Usage

The ref function is used to access a single vector element. Assuming there are n elements in a Vector, the elements of the vector are accessed as elements 0 thru n-1.

String

The ref function is used to access a single character from a String or Text. Assuming there are n characters in the String or Text, the character indices run from 0 thru n-1

Symbol

The ref function is used to access the value of a character within a Symbol. If no value has been assigned, the ref function will return #void.

Structure

The ref command is used to retrieve a value from a Structure when the key is known or if the position in the Structure is known. The ref command will return either the key or the value at that position (see third syntax form).

Dictionary

The ref command is used to retrieve a value from a Dictionary when the key is known or if the position in the Dictionary is known. If two indices are used, the ref command will return either the key or the value at that location.

Brick

The ref command is used to retrieve a field value or vital data element from a Brick when the field name is known or if the field position in the Brick is known.

Matrix

The ref function is used to access a single Matrix element. Assuming there are n elements in a Matrix, the elements of the Matrix are accessed as elements 0 thru n-1 , or they may be referenced by dimension list if the Matrix is of rank greater than one.

NumMatrix

The ref function is used to access a single NumMatrix element. Assuming there are n elements in a NumMatrix, the elements of the NumMatrix are accessed as elements 0 thru n-1 , or they may be referenced by dimension list if the NumMatrix is of rank greater than one.

List

The ref function is used to access a single List element. Assuming there are n elements in a List, the elements of the List are accessed as elements 0 thru n-1. Also the special attributes of Value: and Pair: are supported. The Value index always returns the Pair itself. The Pair index always return true.

Function

The ref function is used to access the value of a Function name or Function object id. Only one of the arguments can be used.

Date

The ref function is used to access the value of a Date. The default display format used by ref is the Julian representation of the number.

Lambda

The ref statement is used to return the value of a persistent variable belonging to an Lambda or the Object Id of a child Lambda.

ObjectRepository

The ref function is used to retrieve any of the following:

Any object, previously stored in the specified ObjectRepository by key. If no object has been stored under the specified key, then #void is returned.
Any key or object, previously stored in the specified ObjectRepository at the position specified by {index1} and the element specified by {index2}. The first index argument {index1} must be in the range 0 to the number of objects in the Object Repository - 1. The second index {index2} must be 0 (returns the key) or 1 (returns the object). If {index1} or {index2} is invalid, the constant #void is returned.
The numeric position of a given key argument {key}, in a given Object Repository argument {aGor}. If the key is not in the specified Object Repository {aGor}, then the Boolean value false is returned.
The odbID of an Object Repository {aGor} currently opened archive database file. The odbid is either #void, when a database is not active, or a Byte Vector if the database is activated via a beginTransaction. The Byte Vector contents may not make sense to a human being, but the Byte Vector is used with all low-level internal database functions.
The filename of an Object Repository {aGor} using the special symbol key arguments member: and name:

Also, the Object Repository supports low level operations such as Direct Frame Retrieval and Direct Frame Storage. The ref function can be used to retrieve a previously saved object by way of the object's frameid thus bypassing the repository index. The specified frameid must have been obtained from a previous repository save (see the Direct Frame Storage feature of the setq function).

Warning: If no object has been stored under the specified frameid value, or if the specified frameid is invalid, then an error is returned.

Syntax

Expression:	(ref obj)

Arguments	Name	Type	Description
Argument:	obj	Void Boolean Character Number Date Complex	Must be a native data type object.

Returns:	The value of the object.

Expression:	(ref string index) (ref string index) Strong Typed: (refString string index) (refText text index)

Arguments	Name	Type	Description
Argument:	string	String or Text	A String object or Text
Argument:	index	Integer	An integer index

Returns:	An integer index

Expression:	(ref symbol index) Strong Typed: (refString symbol index)

Arguments	Name	Type	Description
Argument:	symbol	Symbol	A Symbol
Argument:	index	Integer	The index of the character within the Symbol to reference

Returns:	The value of the character within the Symbol

Expression:	(ref aStruct key) Strong Typed: (refStrValue aStruct index) (refStrKey aStruct index)

Arguments	Name	Type	Description
Argument:	aStruct	Structure	The Structure to be referenced.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned. The current key value bindings are assumed NOT to exist in binary unique ascending sorted order.

Returns:	Returns a value bound with the key.

Expression:	(ref aStruct index1)

Arguments	Name	Type	Description
Argument:	aStruct	Structure	The Structure to be referenced.
Argument:	index1	Integer	If present and numeric, the value at the specified integer index position will be returned.

Returns:	Returns a value associated with the specified integer index position.

Expression:	(ref aStruct index1 index2)

Arguments	Name	Type	Description
Argument:	aStruct	Structure	The Structure to be referenced.
Argument:	index1	Integer	If present and numeric, index1 specifies an integer index position which is to be referenced.
Argument:	index2	Integer	If present and 0, the key at the specified integer index position will be returned. If present and 1, the value at the specified integer index position will be returned.

Returns:	Returns a value associated with the specified integer index position.

Expression:	(ref aStruct sorted: key)

Arguments	Name	Type	Description
Argument:	aStruct	Structure	The Structure to be referenced.
Argument:	sorted:	Symbol	If present and is the symbol sorted, the current key value bindings are assumed to exist in binary unique ascending sorted order.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned.

Returns:	Returns a value bound with the key.

Expression:	(ref aStruct unsorted: key )

Arguments	Name	Type	Description
Argument:	aStruct	Structure	The Structure to be referenced.
Argument:	unsorted:	Symbol	If present and is the symbol unsorted, the current key value bindings are assumed NOT to exist in binary unique ascending sorted order.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned.

Returns:	Returns a value bound with the key.

Expression:	(ref dict key) Strong Typed: (refStrValue dict index) (refStrKey dict index)

Arguments	Name	Type	Description
Argument:	dict	Dictionary	The Dictionary to be referenced.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned. The current key value bindings are assumed NOT to exist in binary unique ascending sorted order.

Returns:	Returns a value bound with the key.

Expression:	(ref dict index1)

Arguments	Name	Type	Description
Argument:	dict	Dictionary	The Dictionary to be referenced.
Argument:	index1	Integer	If present and numeric, the value at the specified integer index position will be returned.

Returns:	Returns a value associated with the specified integer index position.

Expression:	(ref dict index1 index2)

Arguments	Name	Type	Description
Argument:	dict	Dictionary	The Dictionary to be referenced.
Argument:	index1	Integer	If present and numeric, index1 specifies an integer index position which is to be referenced.
Argument:	index2	Integer	If present and 0, the key at the specified integer index position will be returned. If present and 1, the value at the specified integer index position will be returned.

Returns:	Returns a value associated with the specified integer index position.

Expression:	(ref dict sorted: key)

Arguments	Name	Type	Description
Argument:	dict	Dictionary	The Dictionary to be referenced.
Argument:	sorted:	Symbol	If present and is the symbol sorted, the current key value bindings are assumed to exist in binary unique ascending sorted order.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned.

Returns:	Returns a value bound with the key.

Expression:	(ref dict unsorted: key )

Arguments	Name	Type	Description
Argument:	dict	Dictionary	The Dictionary to be referenced.
Argument:	unsorted:	Symbol	If present and is the symbol unsorted, the current key value bindings are assumed NOT to exist in binary unique ascending sorted order.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned.

Returns:	Returns a value bound with the key.

Expression:	(ref dir key) Strong Typed: (refDirValue aDir index) (refDirKey aDir index)

Arguments	Name	Type	Description
Argument:	dir	Directory	The Directory to be referenced.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned. The current key value bindings are assumed NOT to exist in binary unique ascending sorted order.

Returns:	Returns a value bound with the key.

Expression:	(ref dir index1)

Arguments	Name	Type	Description
Argument:	dir	Directory	The Directory to be referenced.
Argument:	index1	Integer	If present and numeric, the value at the specified integer index position will be returned.

Returns:	Returns a value associated with the specified integer index position.

Expression:	(ref dir index1 index2)

Arguments	Name	Type	Description
Argument:	dir	Directory	The Directory to be referenced.
Argument:	index1	Integer	If present and numeric, index1 specifies an integer index position which is to be referenced.
Argument:	index2	Integer	If present and 0, the key at the specified integer index position will be returned. If present and 1, the value at the specified integer index position will be returned.

Returns:	Returns a value associated with the specified integer index position.

Expression:	(ref dir sorted: key)

Arguments	Name	Type	Description
Argument:	dir	Directory	The Directory to be referenced.
Argument:	sorted:	Symbol	If present and is the symbol sorted, the current key value bindings are assumed to exist in binary unique ascending sorted order.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned.

Returns:	Returns a value bound with the key.

Expression:	(ref dir unsorted: key )

Arguments	Name	Type	Description
Argument:	dir	Directory	The Directory to be referenced.
Argument:	unsorted:	Symbol	If present and is the symbol unsorted, the current key value bindings are assumed NOT to exist in binary unique ascending sorted order.
Argument:	key	Symbol	The key whose bound value is to be returned. If no such key is present in the current binding set, a value of #void will be returned.

Returns:	Returns a value bound with the key.

Expression:	(ref vector index) Strong Typed: (ref Vector index)

Arguments	Name	Type	Description
Argument:	vector	Vector	A predefined vector object.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref FltVector index)

Arguments	Name	Type	Description
Argument:	FltVector	FltVector	A predefined Float Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref IntVector index)

Arguments	Name	Type	Description
Argument:	IntVector	IntVector	A predefined Integer Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref ShortVector index)

Arguments	Name	Type	Description
Argument:	ShortVector	ShortVector	A predefined Short Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref NumVector index)

Arguments	Name	Type	Description
Argument:	NumVector	NumVector	A predefined Number Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref ObjVector index)

Arguments	Name	Type	Description
Argument:	ObjVector	ObjVector	A predefined Object Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref BitVector index)

Arguments	Name	Type	Description
Argument:	BitVector	BitVector	A predefined Bit Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref PcodeVector index)

Arguments	Name	Type	Description
Argument:	PcodeVector	PcodeVector	A predefined Pcode Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	Strong Typed: (ref ByteVector index)

Arguments	Name	Type	Description
Argument:	ByteVector	ByteVector	A predefined Byte Vector.
Argument:	index	Integer	An Integer index.

Returns:	A single vector element.

Expression:	(ref aBrick ...)

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	...	Symbol	none

Returns:	Returns the Brick's field list Structure.

Expression:	(ref aBrick "FieldList")

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	FieldList	String	The String Field List

Returns:	Returns the Brick's field list Structure.

Expression:	(ref aBrick "FieldCount")

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	FieldCount	String	The String Field Count

Returns:	Returns the number of fields in each row.

Expression:	(ref aBrick "RowCount")

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	RowCount	String	The String Row Count

Returns:	Returns the number of rows in each Brick object.

Expression:	(ref aBrick "ByteCount")

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	ByteCount	String	The String Byte Count

Returns:	Returns the number of bytes in each Brick object.

Expression:	(ref aBrick fieldIndex)

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	fieldIndex	Symbol Integer	The field index of a field in the Brick (must be either a field name or an integer index of the field).

Returns:	Returns the contents of the specified field in the Brick (always the first repeat).

Expression:	(ref aBrick fieldIndex number {rowIndex})

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	fieldIndex	Symbol Integer	The field index of a field in the Brick (must be either a field name or an integer index of the field).
Argument:	number	Integer	The field repeat index of the specified field in the Brick (the first repeat is always index zero).
Argument:	rowIndex	Integer	(Optional) The row index of the specified Brick in the Brick (the first row is always index zero).

Returns:	Returns the contents of the specified field in the Brick (always using the specified repeat index).

Expression:	(ref aBrick fieldIndex type: {rowIndex})

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	fieldIndex	Symbol Integer	The field index of a field in the Brick (must be either a field name or an integer index of the field).
Argument:	type:	Symbol	The symbol type:
Argument:	rowIndex	Integer	(Optional) The row index of the specified row in the Brick (the first row is always index zero).

Returns:	Returns the symbolic name of the data type of the specified field in the Brick.

Expression:	(ref aBrick fieldIndex repeats: {rowIndex})

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	fieldIndex	Symbol Integer	The field index of a field in the Brick (must be either a field name or an integer index of the field).
Argument:	repeats:	Symbol	The symbol repeats:
Argument:	rowIndex	Integer	(Optional) The row index of the specified row in the Brick (the first row is always index zero).

Returns:	Returns the number of repeats of the data type of the specified field in the Brick.

Expression:	(ref aBrick fieldIndex offset: {rowIndex})

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	fieldIndex	Symbol Integer	The field index of a field in the Brick (must be either a field name or an integer index of the field).
Argument:	offset:	Symbol	The symbol offset:
Argument:	rowIndex	Integer	(Optional) The row index of the specified row in the Brick (the first row is always index zero).

Returns:	Returns the offset of the specified field from the beginning of the Brick.

Expression:	(ref aBrick fieldIndex pointer: {rowIndex})

Arguments	Name	Type	Description
Argument:	aBrick	Brick	The Brick to be referenced.
Argument:	fieldIndex	Symbol Integer	The field index of a field in the Brick (must be either a field name or an integer index of the field).
Argument:	pointer:	Symbol	The symbol pointer:
Argument:	rowIndex	Integer	(Optional) The row index of the specified row in the Brick (the first row is always index zero).

Returns:	Returns a pointer to the specified field in the Brick.

Expression:	(ref matrix index)

Arguments	Name	Type	Description
Argument:	matrix	Matrix	A predefined Matrix object.
Argument:	index	Integer	An integer index or a series of indices

Returns:	A single Matrix element.

Expression:	(ref nummatrix index)

Arguments	Name	Type	Description
Argument:	nummatrix	NumMatrix	A predefined NumMatrix object.
Argument:	index	Integer	An integer index or a series of indices

Returns:	A single NumMatrix element.

Expression:	(ref list index)

Arguments	Name	Type	Description
Argument:	list	List	A list (collection of pairs).
Argument:	index	Integer	An integer index, or a symbol index.

Returns:	The list element at list[indexi].

Expression:	(ref FuncId) (ref FuncName)

Arguments	Name	Type	Description
Argument:	FuncId	---	The object id of the Function
Argument:	FuncName	Symbol	The symbolic name of the Function.

Returns:	If the argument of the ref function is a {funcId}, the returned value is the function name. If the argument of the ref function is {funcName}, the returned value is the object id of the function.

Expression:	(ref anLambda.LambdaVariable)

Arguments	Name	Type	Description
Argument:	anLambda	Lambda	The name of an Lambda
Argument:	LambdaVariable	Symbol	Lambda Persistent Variable name or Child Lambda Name

Returns:	If the argument was a persistent variable, the value of the persistent variable is returned. If the argument was a name of a Child Lambda, the object id of the Child Lambda is returned.

Expression:	(ref aGor key)

Arguments	Name	Type	Description
Argument:	aGor	ObjectRepository	The ObjectRepository which will be referenced.
Argument:	key	Symbol	The key associated with the object.

Returns:	Returns the object in the Object Repository associated with the key.

Expression:	(ref aGor index1 index2)

Arguments	Name	Type	Description
Argument:	aGor	ObjectRepository	The ObjectRepository which will be referenced.
Argument:	index1	Integer	The index (the position) where the object is stored.
Argument:	index2	Integer	The value must be 0 or 1 only. All other values are illegal.

Returns:	If the value of the {index2} argument is equal to 0, then the key at position {index1} will be returned. If the value of the {index2} argument is equal to 1, the object will be returned. If {index1} or {index2} is invalid, then #void is returned

Expression:	(ref aGor position: key)

Arguments	Name	Type	Description
Argument:	position:	Symbol	The symbolic constant to request the position (index) of the specified key argument.
Argument:	key	Symbol	A valid key in the Object Repository argument {aGor}.

Returns:	If the key exists in the Object Repository, the ref function returns the numeric position of the specified index value. If the index is illegal or out of bounds, the Boolean value: false will be returned.

Expression:	(ref aGor member: odbid:)

Arguments	Name	Type	Description
Argument:	member:	Symbol	A keyword argument. If present, it must immediately followed by the keyword odbid:
Argument:	odbid:	Symbol	A keyword argument.

Returns:	If the keyword pair member: and obdid: are the arguments to the ref function, then the ref returns the odbid of the Object Repository (which is a Byte Vector) if the Object Repository is active. If the Object Repository is not active, then the ref function wil return #void.

Expression:	(ref aGor member: name:)

Arguments	Name	Type	Description
Argument:	member:	Symbol	A keyword argument. If present, it must immediately followed by the keyword name:
Argument:	name:	Symbol	A keyword argument.

Returns:	If the keyword pair member: and name: are the arguments to the ref function, then the ref returns the filename string of the Object Repository (including the file's pathname).

Expression:	(ref aGor frame: frameid)

Arguments	Name	Type	Description
Argument:	frame:	Symbol	A keyword argument. If present, it must immediately followed by a frameid value.
Argument:	frameid	Text	A valid repository frame id obtained from a previous save.

Returns:	The object as previously saved in the specified frameid.

Examples

Here are a number of links to Lambda coding examples which contain this instruction in various use cases.

Argument Types

Here are the links to the data types of the function arguments.

String	Symbol	Structure	Brick
Matrix	List	Void	Number
Date	Function	ObjectRepository	ShortVector
Dictionary	Directory	Vector	Text
Integer	Boolean	Character	Complex
Lambda	NumMatrix

Here are also a number of links to functions having arguments with any of these data types.

++	+=	+	/=
/	*=	*	--
-=	-	abortTransaction	abs
acos	add1	addMethod	addi
appendWriteln	append	apply	argCount
argFetch	argument	arithmetic	asin
associate	atan	attachLibrarian	avg
badd	balance	bcompareEQ	bcompareGE
bcompareGT	bcompareLE	bcompareLT	bcompareNE
bdiv	beginTransaction	binaryInsert	binaryNand
binaryNor	binaryNot	binaryNxor	binarySearch
bitToNumberVector	bitwiseAnd	bitwiseNand	bitwiseNor
bitwiseNot	bitwiseNxor	bitwiseOr	bitwiseShiftLeft
bitwiseShiftRight	bitwiseXor	bmod	bmul
boolean	c::r	cadd	callcc
car	ccompareEQ	ccompareGE	ccompareGT
ccompareLE	ccompareLT	ccompareNE	cdiv
cdr	char	character	checkPointTransaction
class	clean	clear	closeLog
cmod	cmul	code	commitTransaction
compareEQ	compareGE	compareGT	compareLE
compareLT	compareNE	compare	comparison
compile	complex	compress	conjugate
cons	copy	cos	cosh
count	csub	date	day
days360	debugBrowsableProcs	debugDetective	debugEval
debug	decode	defchild	defclass
define(macro)	defineStructure	define	defmacro
defmethod	deforphan	defriend	defstruct
defun	deg	deleteRows	delete
detachLibrarian	dimension	disassemble	display
divi	downcase	encode	evalInSyncLocalContext
eval	exit	exp	exportCsv
exportSbf	exportTab	expt	fact
fdisplay	fieldsOf	fileClose	fileCopy
fileDir	fileDisplay	fileEraseDir	fileErase
fileExists	fileMakeDir	fileOpen	fileReadAll
fileReadRecord	fileRead	fileResize	fileSeek
fileSizeOf	fileWriteAll	fileWrite	filewriteln
findBlock	find	floor	fraction
freeBlock	gc	gcd	getGlobalValue
getRecursionCount	getSymbolTable	getTickCount	globalBinding
hashString	hour	iadd	icompareEQ
icompareGE	icompareGT	icompareLE	icompareLT
icompareNE	idiv	imaginary	imod
importCsv	importSbf	importTab	imul
insertRows	insert	inside	inspect
integer	isAtom	isBitVector	isBoolean
isBound	isByteVector	isCharAlphabetic	isCharAlphanumeric
isCharLowercase	isCharName	isCharNumeric	isCharUppercase
isCharWhitespace	isChar	isCharacter	isClass
isComplex	isDate	isDictionary	isDirectory
isEqual	isError	isEven	isExact
isFloatVector	isIdentical	isImmediate	isInexact
isInside	isIntegerVector	isInteger	isLambda
isMatrix	isMember	isMoney	isNegative
isNull	isNumberMatrix	isNumberVector	isNumber
isObjectVector	isObject	isOdd	isPair
isPcodeVector	isPositive	isString	isStructure
isSymbol	isText	isTransaction	isType
isVector	isZero	isub	julian
kurtosis	lambda	last	lcm
left	length	lisp	list
loadModule	loadRepository	loadWorkspace	lock
log10	log2	logConsole	log
logbase	macroReplace	makeDictionary	makeGaussianMatrix
makeGramMatrix	makeLambda	makeQuotedList	makeQuotedSymbol
makeStructure	map	mapc	matrixGaussianEliminate
matrixGaussianSubstitute	max	median	member
methodsOf	mid	min	minute
mod	modi	money	month
morph	muli	myself	nadd
ncompareEQ	ncompareGE	ncompareGT	ncompareLE
ncompareLT	ncompareNE	ndiv	new
nmod	nmul	now	nsub
number	objectToDictionary	objectToDirectory	objectToList
objectToMatrix	objectToNumMatrix	objectToNumVector	objectToStructure
objectToVector	offset	onError	openLog
pair	parent	parse	pi
pointer	preAllocateFixedMemoryBlocks	product	proplist
proprecord	putprop	qt	quit
quote	rad	random	randomize
range	rank	real	refAttributes
refLibrarian	refValues	ref	remProp
remove	rename	replace	rept
reset	resize	reverse	right
round	run	saveImmediate	saveModule
saveObject	saveRepository	saveWorkspace	second
send	setAttributes	setBlock	setCar
setCdr	setLastCdr	set	setf
setq	sigmoid	sign	sin
sinh	sizeof	skew	sleep
sort	sql	sqrt	srandom
stdev	stdevp	stringCiEQ	stringCiGE
stringCiGT	stringCiLE	stringCiLT	stringCiNE
stringFill	stringToBVector	stringToVector	string
sub1	subi	submit	substitute
substringCiEQ	substringCiGE	substringCiGT	substringCiLE
substringCiLT	substringCiNE	substringEQ	substringFill
substringGE	substringGT	substringLE	substringLT
substringNE	substring	sum	sumsqr
super	svmRegression	symbolToTypeCode	symbol
systemCheck	system	tan	tanh
text	time	today	trim
type	uniqueInsert	unlock	upcase
var	varp	vectorBinaryInnerProduct	vectorBipolarInnerProduct
vectorCosineInnerProduct	vectorCubeInnerProduct	vectorDelete	vectorExpInnerProduct
vectorFill	vectorInnerProduct	vectorLogInnerProduct	vectorQuartInnerProduct
vectorQuintInnerProduct	vectorSigmoidInnerProduct	vectorSineInnerProduct	vectorSquareInnerProduct
vectorTanInnerProduct	vectorTanhInnerProduct	version	writelg
writeln	year

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