Uses of Interface
com.ibm.able.data.AbleRd

Packages that use AbleRd

com.ibm.able.data	The ABLE data package defines classes for literals (constants) and variables used in expressions holding Java and user-defined data types as well as operators which can be applied to them.
com.ibm.able.rules	The rules package defines the ABLE rule language; various inferencing engines; objects and APIs for creating and running rulesets under program control.

Uses of AbleRd in com.ibm.able.data

Classes in com.ibm.able.data that implement AbleRd

class	AbleArrayLengthLiteral This class is used to represent expressions in ABLE Rule Language where the length field of an array variable is referenced.
class	AbleArrayLiteral This class wraps a value of the type Object[] in an AbleLiteral object.
class	AbleArrayVariable This class wraps a value of the type Object[] in an AbleVariable object.
class	AbleArrayVariableExpression This class provides read and/or write access to a field in an object that is the value of an AbleTypedVariable.
class	AbleBooleanLiteral This class wraps a value of the primitive type boolean in an object.
class	AbleBooleanVariable This class wraps a value of the primitive type boolean in an object.
class	AbleBuiltInVariable This class defines the Able data built-in variable.
class	AbleByteLiteral This class wraps a value of the primitive type byte in an object.
class	AbleByteVariable This class wraps a value of the primitive type byte in an object.
class	AbleCallLiteral This class performs a method invocation to a specific method on an object in an Able ruleset.
class	AbleCategoricalField Categorical fields are String fields with a finite set of possible values.
class	AbleCategoricalVariable This class defines the Able data categorical variable.
class	AbleCharacterLiteral This class wraps a value of the primitive type char in an object.
class	AbleCharacterVariable This class wraps a value of the primitive type char in an object.
class	AbleClassVariable This class is used to represent static Java classes (such as java.lang.Math) when they are imported into AbleRuleSets.
class	AbleContinuousField Continuous fields are numeric fields with an infinite set of possible values.
class	AbleContinuousVariable This class wraps a value of the primitive type double in an object.
class	AbleDiscreteField Discrete fields are numeric fields with a finite set of possible values.
class	AbleDiscreteVariable This class defines the Able data discrete variable.
class	AbleDoubleLiteral This class wraps a value of the primitive type double in an object.
class	AbleDoubleVariable This class wraps a value of the primitive type double in an object.
class	AbleExpression An AbleExpression contains a unary or binary operator along with one or two AbleRd objects (which themselves could be AbleExpressions).
class	AbleExpressionVariable This class holds a value of an AbleExpression object.
class	AbleFloatLiteral This class wraps a value of the primitive type float in an object.
class	AbleFloatVariable This class wraps a value of the primitive type float in an object.
class	AbleFuzzySet This class defines the Able data fuzzy set class.
class	AbleFuzzySetBeta This class defines the Able data beta fuzzy set.
class	AbleFuzzySetGaussian This class defines the Able data gaussian fuzzy set.
class	AbleFuzzySetLinear This class defines the Able data linear fuzzy set.
class	AbleFuzzySetPi This class defines the Able data PI fuzzy set.
class	AbleFuzzySetSegments This class defines the Able data segments fuzzy set.
class	AbleFuzzySetShoulder This class defines the ABLE shoulder fuzzy set.
class	AbleFuzzySetSigmoid This class defines the Able data sigmoid fuzzy set.
class	AbleFuzzySetTrapezoid This class defines the Able data trapezoid fuzzy set.
class	AbleFuzzySetTriangle This class defines the Able data triangle fuzzy set.
class	AbleFuzzySetWork This class defines the Able data working fuzzy set.
class	AbleFuzzyVariable This class represents a FuzzySet value subject to a minimum and maximum value called the range of discource.
class	AbleGenericField AbleField defines a basic field for use in data sources and inferencing.
class	AbleGenericLiteral This class defines the Able data generic literal that holds Java Object values.
class	AbleGenericVariable This class defines the Able data generic variable.
class	AbleIncludeVariable This class is not a true variable; it is merely a place holder in a ruleset's variable list so that a proper ARL include "fileSpec"; statement can be generated in the proper place in a generated ARL stream.
class	AbleIntegerLiteral This class wraps a value of the primitive type int in an object.
class	AbleIntegerVariable This class wraps a value of the primitive type int in an object.
class	AbleLhs This class defines the base class from which all data objects that can appear on the lefthand side of a clause must inherit.
class	AbleLiteral This class defines an abstract base class for constant values and the operations on those values.
class	AbleLongLiteral This class wraps a value of the primitive type long in an object.
class	AbleLongVariable This class wraps a value of the primitive type long in an object.
class	AbleNewObjectLiteral This class dynamically creates a new instance of an object by performing a method invocation to a constructor on the class.
class	AbleShortLiteral This class wraps a value of the primitive type short in an object.
class	AbleShortVariable This class wraps a value of the primitive type short in an object.
class	AbleStringLiteral This class wraps a value of the Java type java.lang.String in an object.
class	AbleStringVariable This class wraps a value of java.lang.String type in an object.
class	AbleTimeStampLiteral This class wraps a value of a Java Calendar object inside an AbleLiteral.
class	AbleTimeStampVariable This class wraps a value of the Java Calendar type in an AbleVariable object.
class	AbleTypedVariable This class defines an AbleVariable that takes values of a single specified Class or implementors of a specified Interface.
class	AbleTypedVariableCompoundLiteral This class performs a sequence of field access and method invocations starting on an AbleTypedVariable.
class	AbleTypedVariableField This class provides read and/or write access to a field in an object that is the value of an AbleTypedVariable.
class	AbleTypedVariableMethodLiteral This class performs a method invocation to a specific method in a AbleTypedVariable.
class	AbleTypedVariableStringField
class	AbleVariable This class defines the base ABLE data variable object.

Fields in com.ibm.able.data declared as AbleRd

protected AbleRd	AbleVariable.myValueInitial The initial value (literal or expression) of the variable.
protected AbleRd	AbleNewObjectLiteral.myIndexExpression The array index expression (if any).
protected AbleRd	AbleExpression.myLhs myLhs represents the left-hand side of this clause.
protected AbleRd	AbleExpression.myRhs myRhs represents the right-hand side of this clause.
protected AbleRd	AbleExpression.myValue myValue represents the value of this expression when the left-hand side and the right-hand side values are computed and the operator is applied.
protected AbleRd	AbleArrayVariableExpression.myIndexExpression An expression used to compute the array index in the above array variable.

Methods in com.ibm.able.data that return AbleRd

AbleRd	AbleExpression.getLhs() Retrieve the expression's left-hand side.
AbleRd	AbleExpression.getRhs() Retrieve the expression's right-hand side.
static AbleRd	AbleDiscreteVariable.createInitializer(AbleDataContext theContext, java.util.Vector theValueList, double theInitialValue) Contruct an initializer for a Discrete variable
static AbleRd	AbleDiscreteVariable.createInitializer(AbleDataContext theContext, java.util.Vector theValueList) Contruct an initializer for a Discrete variable
AbleRd	AbleDataContext.parseExpressionFromARL(java.lang.String theArlSource) Turn a String into an AbleExpression object
static AbleRd	AbleContinuousVariable.createInitializer(AbleDataContext theContext, double theLo, double theHi, double theInitialValue) Construct an initializer for a Continuous variable
static AbleRd	AbleContinuousVariable.createInitializer(AbleDataContext theContext, double theLo, double theHi) Construct an initializer for a Continuous variable
static AbleRd	AbleCategoricalVariable.createInitializer(AbleDataContext theContext, java.util.Vector theValueList, java.lang.String theInitialValue) Contruct an initializer for a Categorical variable
AbleRd	AbleArrayVariableExpression.getIndexExpression()

Methods in com.ibm.able.data with parameters of type AbleRd

void	AbleWr.asgnEq(AbleRd theRhs) Assignment (boolean): assign the current value of theRhs to this data object.
void	AbleWr.asgnIs(AbleRd theRhs) Assignment (fuzzy): assign the current value of theRhs to this data object.
void	AbleWr.asgnIs(AbleRd theRhs, double theTruthValue) Assignment (fuzzy): assign the current value of theRhs to this data object, correlated with the specified truth value.
void	AbleVariable.setInitialValue(AbleRd theInitialValue) Set the initial value (literal or expression) for this variable
boolean	AbleTypedVariableStringField.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableField.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableField.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableField.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableField.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableField.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableField.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariableField.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariableField.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleTypedVariableField.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariableField.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariableField.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
boolean	AbleTypedVariableField.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleTypedVariableField.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleTypedVariableField.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleTypedVariableField.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleTypedVariableField.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleTypedVariableField.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleTypedVariableField.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement of the current value of this data object.
AbleLiteral	AbleTypedVariableField.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariableField.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariableField.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
void	AbleTypedVariableField.asgnEq(AbleRd theRhs) Assignment (boolean): assign the current value of theRhs to this data object.
void	AbleTypedVariableField.asgnIs(AbleRd theRhs) Assignment (fuzzy): assign the current value of theRhs to this data object.
void	AbleTypedVariableField.asgnIs(AbleRd theRhs, double theTruthValue) Assignment (fuzzy): assign the current value of theRhs to this data object, correlated with the specified truth value.
boolean	AbleTypedVariableCompoundLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleTypedVariableCompoundLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleTypedVariableCompoundLiteral.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement of the current value of this data object.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariableCompoundLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
void	AbleTypedVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleTypedVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTypedVariable.cmpGt(AbleRd theRhs)
boolean	AbleTypedVariable.cmpGtEq(AbleRd theRhs)
double	AbleTypedVariable.cmpIs(AbleRd theRhs)
boolean	AbleTypedVariable.cmpLt(AbleRd theRhs)
boolean	AbleTypedVariable.cmpLtEq(AbleRd theRhs)
boolean	AbleTypedVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleTypedVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleTypedVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleTypedVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleTimeStampVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleTimeStampLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
void	AbleStringVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleStringVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleStringVariable.compPlus(AbleRd theRhs) Compute, concatenate the current value of this data object to the current value of theRhs.
boolean	AbleStringLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleStringLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleStringLiteral.compPlus(AbleRd theRhs) Compute, concatenate the current value of this data object to the current value of theRhs.
void	AbleShortVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleShortVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleShortVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleShortVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleShortVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleShortVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleShortVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleShortVariable.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleShortVariable.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleShortVariable.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleShortVariable.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleShortVariable.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement of the current value of this data object.
AbleLiteral	AbleShortVariable.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleShortVariable.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleShortVariable.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleShortLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleShortLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleShortLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleShortLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleShortLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleShortLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleShortLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleShortLiteral.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleShortLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleShortLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleShortLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleShortLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleShortLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleShortLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleShortLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleRd.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleRd.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleRd.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
double	AbleRd.cmpIs(AbleRd theRhs) Comparison, fuzzy equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleRd.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleRd.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleRd.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleRd.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleRd.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleRd.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleRd.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleRd.compModulo(AbleRd theRhs) Compute, modulo - return the remainder of a divide the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleRd.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleRd.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleRd.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleRd.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleRd.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleRd.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleRd.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleRd.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleRd.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleRd.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleRd.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleNewObjectLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleNewObjectLiteral.cmpGt(AbleRd theRhs)
boolean	AbleNewObjectLiteral.cmpGtEq(AbleRd theRhs)
double	AbleNewObjectLiteral.cmpIs(AbleRd theRhs)
boolean	AbleNewObjectLiteral.cmpLt(AbleRd theRhs)
boolean	AbleNewObjectLiteral.cmpLtEq(AbleRd theRhs)
boolean	AbleNewObjectLiteral.cmpNeq(AbleRd theRhs)
void	AbleLongVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleLongVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLongVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLongVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleLongVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLongVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLongVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleLongVariable.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleLongVariable.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLongVariable.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLongVariable.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLongVariable.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement the current value of this data object.
AbleLiteral	AbleLongVariable.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLongVariable.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLongVariable.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleLongLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLongLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLongLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLongLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleLongLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLongLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLongLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleLongLiteral.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleLongLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLongLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLongLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLongLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement the current value of this data object.
AbleLiteral	AbleLongLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLongLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLongLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
double	AbleLiteral.cmpIs(AbleRd theRhs) Comparison, fuzzy equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLiteral.compModulo(AbleRd theRhs) Compute, modulo - return the remainder of a divide the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleLiteral.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleLiteral.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleLiteral.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleLhs.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLhs.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLhs.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
double	AbleLhs.cmpIs(AbleRd theRhs) Comparison, fuzzy equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLhs.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleLhs.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleLhs.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLhs.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLhs.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleLhs.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleLhs.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLhs.compModulo(AbleRd theRhs) Compute, modulo - return the remainder of a divide the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleLhs.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleLhs.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleLhs.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleLhs.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleLhs.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLhs.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLhs.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleLhs.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleLhs.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLhs.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleLhs.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
void	AbleLhs.asgnEq(AbleRd theRhs) Assignment (boolean): assign the current value of theRhs to this data object.
void	AbleLhs.asgnIs(AbleRd theRhs) Assignment (fuzzy): assign the current value of theRhs to this data object.
void	AbleLhs.asgnIs(AbleRd theRhs, double theTruthValue) Assignment (fuzzy): assign the current value of theRhs to this data object, correlated with the specified truth value.
void	AbleIntegerVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleIntegerVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleIntegerVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleIntegerVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleIntegerVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleIntegerVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleIntegerVariable.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerVariable.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleIntegerVariable.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleIntegerVariable.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleIntegerVariable.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement of the current value of this data object.
AbleLiteral	AbleIntegerVariable.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerVariable.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerVariable.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleIntegerLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleIntegerLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleIntegerLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleIntegerLiteral.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleIntegerLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleIntegerLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleGenericLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleGenericLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
double	AbleFuzzyVariable.cmpIs(AbleRd theRhs) Comparison, fuzzy equal to: compare the current value of this data object to the current value of theRhs.
void	AbleFuzzyVariable.asgnIs(AbleRd theRhs) Assignment (fuzzy): assign the current value of theRhs to this data object.
void	AbleFuzzyVariable.asgnIs(AbleRd theRhs, double theTruthValue) Assignment (fuzzy): assign the current value of theRhs to this data object, correlated with the specified truth value.
boolean	AbleFuzzyVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFuzzyVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleFuzzyVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFuzzyVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleFuzzyVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFuzzyVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFuzzyVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFuzzyVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleFuzzyVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFuzzyVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleFuzzyVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
void	AbleFloatVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleFloatVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFloatVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFloatVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleFloatVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFloatVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleFloatVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleFloatLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleFloatLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFloatLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFloatLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleFloatLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleFloatLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleFloatLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
void	AbleExpressionVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleExpressionVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleExpressionVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleExpressionVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleExpressionVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleExpressionVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleExpressionVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleExpressionVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleExpressionVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleExpressionVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleExpressionVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleExpressionVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleExpressionVariable.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleExpressionVariable.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleExpressionVariable.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleExpressionVariable.bitwiseXOR(AbleRd theRhs) Logical XOR: exclusive OR the current value of this data object with the current value of theRhs.
void	AbleExpressionVariable.setInitialValue(AbleRd theInitialValue) Set the initial value (literal or expression) for this variable
void	AbleDoubleVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleDoubleVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleDoubleVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleDoubleVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleDoubleVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleDoubleVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleDoubleVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleDoubleLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDoubleLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleDoubleLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleDoubleLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleDoubleLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleDoubleLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleDoubleLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
void	AbleDiscreteVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleDiscreteVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDiscreteVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleDiscreteVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDiscreteVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleDiscreteVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleDiscreteVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
void	AbleDiscreteVariable.setInitialValue(AbleRd theInitialValue) Set the initial value for this variable
void	AbleContinuousVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleContinuousVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleContinuousVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleContinuousVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleContinuousVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleContinuousVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleContinuousVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleContinuousVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleContinuousVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleContinuousVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleContinuousVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleContinuousVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
void	AbleContinuousVariable.setInitialValue(AbleRd theInitialValue) Set the initial value (literal or expression) for this variable
void	AbleCharacterVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleCharacterVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement of the current value of this data object.
boolean	AbleCharacterVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleCharacterVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCharacterVariable.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleCharacterLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCharacterLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleCharacterLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCharacterLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCharacterLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleCharacterLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCharacterLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCharacterLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
void	AbleCategoricalVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleCategoricalVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCategoricalVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCategoricalVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCategoricalVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCategoricalVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCategoricalVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCategoricalVariable.compPlus(AbleRd theRhs) Compute, concatenate the current value of this data object to the current value of theRhs.
void	AbleCategoricalVariable.setInitialValue(AbleRd theInitialValue) Set the initial value for this variable
boolean	AbleCallLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCallLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCallLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCallLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleCallLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleCallLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCallLiteral.compPlus(AbleRd theRhs) Compute, add the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCallLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleCallLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleCallLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleCallLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
boolean	AbleCallLiteral.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleCallLiteral.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleCallLiteral.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
void	AbleByteVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleByteVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteVariable.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteVariable.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteVariable.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteVariable.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleByteVariable.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleByteVariable.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleByteVariable.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleByteVariable.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleByteVariable.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleByteVariable.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleByteVariable.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleByteVariable.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleByteVariable.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleByteVariable.bitwiseNOT(AbleRd theRhs) Bitwise NOT: unary complement of the current value of this data object.
AbleLiteral	AbleByteVariable.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleByteVariable.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleByteVariable.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
boolean	AbleByteLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleByteLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleByteLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleByteLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleByteLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleByteLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleByteLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleByteLiteral.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleByteLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleByteLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleByteLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleByteLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleByteLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleByteLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleByteLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.
void	AbleBooleanVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleBooleanVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleBooleanVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleBooleanVariable.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleBooleanVariable.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleBooleanVariable.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleBooleanVariable.bitwiseXOR(AbleRd theRhs) Logical XOR: exclusive OR the current value of this data object with the current value of theRhs.
boolean	AbleBooleanLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleBooleanLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleBooleanLiteral.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleBooleanLiteral.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleBooleanLiteral.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
AbleLiteral	AbleBooleanLiteral.bitwiseXOR(AbleRd theRhs) Logical XOR: exclusive OR the current value of this data object with the current value of theRhs.
boolean	AbleArrayVariableExpression.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayVariableExpression.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayVariableExpression.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayVariableExpression.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayVariableExpression.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayVariableExpression.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleArrayVariableExpression.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleArrayVariableExpression.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleArrayVariableExpression.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleArrayVariableExpression.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
boolean	AbleArrayVariableExpression.logicalAND(AbleRd theRhs) Logical AND the current value of this data object with the current value of theRhs.
boolean	AbleArrayVariableExpression.logicalOR(AbleRd theRhs) Logical OR the current value of this data object with the current value of theRhs.
boolean	AbleArrayVariableExpression.logicalNOT(AbleRd theRhs) Logical NOT: complement the current value of this data object.
void	AbleArrayVariableExpression.asgnEq(AbleRd theRhs) Assignment (boolean): assign the current value of theRhs to this data object.
void	AbleArrayVariableExpression.asgnIs(AbleRd theRhs) Assignment (fuzzy): assign the current value of theRhs to this data object.
void	AbleArrayVariableExpression.asgnIs(AbleRd theRhs, double theTruthValue) Assignment (fuzzy): assign the current value of theRhs to this data object, correlated with the specified truth value.
void	AbleArrayVariable.asgnEq(AbleRd theRhs) Assignment: assign the current value of theRhs to this data object.
boolean	AbleArrayVariable.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayVariable.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
void	AbleArrayVariable.setValueAt(int theIndex, AbleRd theNewValue) Set the value of the specified element of the array as a literal.
boolean	AbleArrayLiteral.cmpEq(AbleRd theRhs) Comparison, equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayLengthLiteral.cmpGt(AbleRd theRhs) Comparison, greater than: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayLengthLiteral.cmpGtEq(AbleRd theRhs) Comparison, greater than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayLengthLiteral.cmpLt(AbleRd theRhs) Comparison, less than: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayLengthLiteral.cmpLtEq(AbleRd theRhs) Comparison, less than or equal to: compare the current value of this data object to the current value of theRhs.
boolean	AbleArrayLengthLiteral.cmpNeq(AbleRd theRhs) Comparison, not equal to: compare the current value of this data object to the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.compPlus(AbleRd theRhs) Compute, add or concatenate the current value of this data object to the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.compMinus(AbleRd theRhs) Compute, subtract the current value of theRhs from the current value of this object.
AbleLiteral	AbleArrayLengthLiteral.compMultiply(AbleRd theRhs) Compute, multiply the current value of this data object to the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.compDivide(AbleRd theRhs) Compute, divide the current value of this data object by the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.compUnaryMinus(AbleRd theRhs) Compute, the unary minus of the current value of this object.
AbleLiteral	AbleArrayLengthLiteral.compModulo(AbleRd theRhs) Compute, modulo - divide (without remainder) the current int value of this data object by the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.bitwiseAND(AbleRd theRhs) Bitwise AND the current value of this data object with the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.bitwiseOR(AbleRd theRhs) Bitwise OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.bitwiseXOR(AbleRd theRhs) Bitwise XOR: exclusive OR the current value of this data object with the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.bitwiseNOT(AbleRd theRhs) Bitwise NOT: complement the current value of this data object.
AbleLiteral	AbleArrayLengthLiteral.bitwiseShiftLeft(AbleRd theRhs) Bitwise Shift Left the current value of this data object by the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.bitwiseShiftRight(AbleRd theRhs) Bitwise Shift Right the current value of this data object by the current value of theRhs.
AbleLiteral	AbleArrayLengthLiteral.bitwiseShiftRightZeroFill(AbleRd theRhs) Bitwise Shift Right with Zero Fill the current value of this data object by the current value of theRhs.

Constructors in com.ibm.able.data with parameters of type AbleRd

AbleNewObjectLiteral(AbleDataContext theContext, java.lang.String theDataType, java.lang.String theDataTypeClassName, java.util.Vector theArgs, AbleRd theIndexExpression)
Create a new Able new object literal with the specified information.

AbleNewObjectLiteral(AbleNewObjectLiteral theLiteral, java.util.Vector theArgs, AbleRd theIndexExpression)
Create a copy of this method literal with replacement args

AbleExpression(AbleRd theLhs, int theOp, AbleRd theRhs)
Create a new clause with the specified parts.

AbleArrayVariableExpression(AbleArrayVariable theArrayVariable, AbleRd theIndexExpression)
Create a new array expression object.

Uses of AbleRd in com.ibm.able.rules

Classes in com.ibm.able.rules that implement AbleRd

class	AbleIfThenElseStatement This class holds the expressions and actions used in an if-then-else action (which could be nested in other rules or actions).
class	AbleSwitchStatement This class holds the expressions and actions used in a switch action (which could be nested in other rules or actions).
class	AbleWorkingMemoryAssertMethod

Fields in com.ibm.able.rules declared as AbleRd

static AbleRd	AbleRule.PriorityDefault A default priority for rules.
protected AbleRd	AbleRule.myPriority myPriority indicates the priority of this rule relative to other rules.
protected AbleRd	AbleClause.myLhs myLhs represents the left-hand side of this clause.
protected AbleRd	AbleClause.myRhs myRhs represents the right-hand side of this clause.
protected AbleRd	AbleARMLParser.myVarInitializer
protected AbleRd	AbleARMLParser.myRulePriority
protected AbleRd	AbleARMLParser.myExpression
protected AbleRd	AbleARMLParser.myRuleCns

Methods in com.ibm.able.rules that return AbleRd

AbleRd	AbleSwitchStatement.CaseListElement_.getCaseLabel()
AbleRd	AbleRuleSet.parseExpressionFromARL(java.lang.String theArlSource) Parse and instantiate an AbleRd object (a Literal, Variable, or Expression) by reading an input String containing ABLE Rule Language text source.
AbleRd	AbleRuleSet.parseExpressionFromXML(java.lang.String theXmlSource) Deprecated. As of version 2.2.0, use parseExpressionFromARML(String)
AbleRd	AbleRuleSet.parseExpressionFromARML(java.lang.String theArmlSource) Parse and instantiate an AbleRd object (a Literal, Variable, or Expression) by reading an input String containing ABLE Rule Language ARML source.
AbleRd	AbleRuleSet.createRdObject(int theRuleTokenType, java.lang.String theRuleToken, java.util.Vector theCallParms, AbleRd theFuzzyVar, java.lang.String theHedges, java.lang.String theFieldOrMethodName, AbleRd theIndexExpr) Create an AbleRd object suitable for use in AbleRules.
AbleRd	AbleRuleSet.createCallLiteral(java.lang.String theCallName, java.util.Vector theCallParms) Create an AbleCallLiteral (AbleRd) object which represents a function call with arguments.
AbleRd	AbleRuleSet.createFuzzySetLiteral(java.lang.String theRuleToken, AbleRd theFuzzyVar, java.lang.String theHedges) Create an AbleFuzzySet literal (AbleRd) object.
AbleRd	AbleRuleSet.createVariableFieldLiteral(java.lang.String theRuleToken, java.lang.String theFieldName) Create an AbleTypedVariableField object which represents a data member (field) of the object contained by an AbleTypedVariable.
AbleRd	AbleRuleSet.createVariableMethodLiteral(java.lang.String theRuleToken, java.util.Vector theCallParms, java.lang.String theMethodName) Create an AbleTypedVariableMethodLiteral object, which represents a method call with arguments on an AbleTypedVariable.
AbleRd	AbleRuleSet.createVariableCompoundLiteral(java.lang.String theRuleToken, java.util.Vector theCallParms) Create an AbleTypedVariableMethodLiteral object, which represents a method call with arguments on an AbleTypedVariable.
AbleRd	AbleRuleSet.createArrayExpressionLiteral(java.lang.String theArrayVarName, AbleRd theIndexExpr) Create an AbleArrayVariableExpression object (AbleRd) which represents an Array variable with an index expression.
AbleRd	AbleRuleSet.createNewObjectLiteral(java.lang.String theDataType, java.util.Vector theCallParms, java.lang.String theFieldOrMethodName, AbleRd theIndexExpr) Create an AbleRd object suitable for use on the right-hand side of an AbleClause.
AbleRd	AbleRuleSet.createLiteral(int theRuleTokenType, java.lang.String theRuleToken) Create an AbleRd object literal suitable for use in an AbleExpression, and AbleClause or an AbleRule.
protected AbleRd	AbleRuleSet.findOrCreateDoubleLit(java.lang.String theRuleToken) See if the specified literal exists, and if it does, return it.
protected AbleRd	AbleRuleSet.findOrCreateFloatLit(java.lang.String theRuleToken) See if the specified literal exists, and if it does, return it.
protected AbleRd	AbleRuleSet.findOrCreateIntegerLit(java.lang.String theRuleToken) See if the specified literal exists, and if it does, return it.
protected AbleRd	AbleRuleSet.findOrCreateLongLit(java.lang.String theRuleToken) See if the specified literal exists, and if it does, return it.
AbleRd	AbleRuleSet.createTimeStampLit(java.lang.String theRuleToken) Given a string representation of a timestamp (date/time) create a TimeStampLiteral from it
AbleRd	AbleClause.getLhs() Retrieve the clause's left-hand side.
AbleRd	AbleClause.getRhs() Retrieve the clause's right-hand side.
AbleRd	AbleARMLParser.instantiateExpressionFrom(AbleRuleSet theRuleSet, java.lang.String theArmlSource) Instantiate an AbleRd object (a Literal, Variable, or Expression) by reading an input String containing ABLE Rule Language text source.
AbleRd	AbleARMLParser.testParseExpressionFromARL(AbleRuleSet theRuleSet, java.lang.String theSource)
AbleRd	AbleARLParser.parseExpressionInput(AbleRuleSet theRuleSet, boolean theStopOnAbleParExceptionFlag) The method parseExpressionInput parses a String into an AbleExpression object.
AbleRd	AbleARLParser.parseActionInput(AbleRuleSet theRuleSet, boolean theStopOnAbleParExceptionFlag) The method parseExpressionInput parses a String into an AbleExpression object.

Methods in com.ibm.able.rules with parameters of type AbleRd

void	AbleSwitchStatement.addCaseLabel(AbleRd theCaseLabel) Adds a new case label to the current set of switch cases.
AbleRd	AbleRuleSet.createRdObject(int theRuleTokenType, java.lang.String theRuleToken, java.util.Vector theCallParms, AbleRd theFuzzyVar, java.lang.String theHedges, java.lang.String theFieldOrMethodName, AbleRd theIndexExpr) Create an AbleRd object suitable for use in AbleRules.
AbleRd	AbleRuleSet.createFuzzySetLiteral(java.lang.String theRuleToken, AbleRd theFuzzyVar, java.lang.String theHedges) Create an AbleFuzzySet literal (AbleRd) object.
AbleRd	AbleRuleSet.createArrayExpressionLiteral(java.lang.String theArrayVarName, AbleRd theIndexExpr) Create an AbleArrayVariableExpression object (AbleRd) which represents an Array variable with an index expression.
AbleRd	AbleRuleSet.createNewObjectLiteral(java.lang.String theDataType, java.util.Vector theCallParms, java.lang.String theFieldOrMethodName, AbleRd theIndexExpr) Create an AbleRd object suitable for use on the right-hand side of an AbleClause.
AbleExpression	AbleRuleSet.findOrCreateExpression(AbleRd theLhs, int theRuleOp, AbleRd theRhs) See if the specified expression exists, and if it does, return it.
protected AbleAssertionClause	AbleRuleSet.findOrCreateAssertion(AbleLhs theLhs, int theRuleOp, AbleRd theRhs) See if the specified clause exists, and if it does, return it.
AbleAntecedentClause	AbleRuleSet.findOrCreateAntecedent(AbleRd theLhs, int theRuleOp, AbleRd theRhs, double theRuleAntWeight) See if the specified clause exists, and if it does, return it.
AbleConsequentClause	AbleRuleSet.findOrCreateConsequent(AbleLhs theLhs, int theRuleOp, AbleRd theRhs) See if the specified clause exists, and if it does, return it.
void	AbleRule.setPriority(AbleRd thePriority) Set the rule's priority.

Constructors in com.ibm.able.rules with parameters of type AbleRd

AbleWhileDoRule(java.lang.String theLabel, AbleRd thePriority, AbleExpression theTestExpression, java.util.Vector theConsequents)
Create a new conditional rule with the specified priority, a Boolean test expression, and consequent clauses.

AbleTreeRule(java.lang.String theLabel, AbleRd thePriority, AbleTree theDecisionTree, AbleRuleSet theRuleSet, AbleRuleBlock theRuleBlock)
Create a new decision tree rule with the specified priority, and tree structure.

AbleSwitchStatement.CaseListElement_(java.lang.Integer theCaseLabelKey, AbleRd theCaseLabel, int theCodeOffset)

AbleSwitchRule(java.lang.String theLabel, AbleRd thePriority, AbleSwitchStatement theSwitchStatement)
Creates a new switch rule with the specified label, priority, and switch statement.

AbleSwitchRule(java.lang.String theLabel, AbleRd thePriority)
Creates a new switch rule with the specified label and priority.

AbleRule(int theId, java.lang.String theLabel, AbleRd thePriority, AbleRuleSet theRuleSet)
Create a new rule with the specified bits.

AblePredicateRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theAntecedents, AblePredicate theConsequent, AbleRuleSet theRuleSet)
Create a new predicate rule with the specified priority, antecedent clauses, and consequent clause.

AblePredicateRule(int theId, java.lang.String theLabel, AbleRd thePriority, java.util.Vector theAntecedents, AblePredicate theConsequent, AbleRuleSet theRuleSet)
Create a new predicate rule with the specified priority, antecedent clauses, and consequent clause.

AblePredicateRule(int theId, java.lang.String theLabel, AbleRd thePriority, AbleRuleSet theRuleSet)
Create a new predicate fact with the specified id, label, priority, and tracer

AblePredicateFact(java.lang.String theLabel, AbleRd thePriority, AblePredicate theAssertion, AbleRuleSet theRuleSet)
Create a new predicate fact rule with the specified priority.

AblePredicateFact(int theId, java.lang.String theLabel, AbleRd thePriority, AblePredicate theAssertion, AbleRuleSet theRuleSet)
Create a new predicate fact rule with the specified priority.

AblePolicyRule(java.lang.String theLabel, AbleRd theBusinessValue, AbleExpression thePolicyPreconditions, java.util.Vector thePolicyDecisions)
Create a new policy rule with the specified business value, preconditions, and decisions.

AblePlanningRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theParameters, AbleExpression thePrecondition, java.util.Vector theEffects, AbleRuleSet theRuleSet)
Create a new planning rule with the specified priority, preconditions and effects.

AblePatternMatchRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theSelectors, java.util.Vector theConsequents, AbleRuleSet theRuleSet, AbleRuleBlock theRuleBlock)
Create a new pattern match rule with the specified priority, selectors, and consequent clauses.

AbleIfThenElseRule(java.lang.String theLabel, AbleRd thePriority, AbleExpression theAntecedent, java.util.Vector theThenList, java.util.Vector theElseList)
Create a new conditional rule with the specified priority, antecedent clauses, and consequent clause.

AbleHierarchicalPlanningRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theParameters, AbleExpression thePrecondition, java.util.Vector theEffects, java.util.Vector theExpansions, AbleRuleSet theRuleSet)
Create a new planning rule with the specified priority, preconditions and effects.

AbleForLoopRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theInitialExpressionList, AbleExpression theTestExpression, java.util.Vector theIteratorExpressionList, java.util.Vector theConsequents)
Create a new conditional rule with the specified priority, antecedent clauses, and consequent clause.

AbleDoWhileRule(java.lang.String theLabel, AbleRd thePriority, AbleExpression theTestExpression, java.util.Vector theConsequents)
Create a new conditional rule with the specified priority, a Boolean test expression, and consequent clauses.

AbleDoUntilRule(java.lang.String theLabel, AbleRd thePriority, AbleExpression theTestExpression, java.util.Vector theConsequents)
Create a new conditional rule with the specified priority, Boolean test expression, and consequent clauses.

AbleCorrelationRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theConditionArgs, java.util.Vector theCloneableArgs, java.util.Vector theEventSelectors, java.util.Vector theActions, AbleRuleSet theRuleSet)
Create a new event-condition-action rule with the specified priority, arguments, event selectors, and actions.

AbleConsequentClause(AbleLhs theLhs, int theOp, AbleRd theRhs)
Create a new consequent clause with the specified parts.

AbleConditionalRule(java.lang.String theLabel, AbleRd thePriority, java.util.Vector theAntExprList, java.util.Vector theAntecedents, java.util.Vector theThenList)
Create a new conditional rule with the specified priority, antecedent clauses, and consequent clause.

AbleClause(AbleRd theLhs, int theOp, AbleRd theRhs)
Create a new clause with the specified parts.

AbleAssertionRule(java.lang.String theLabel, AbleRd thePriority, AbleAssertionClause theAssertion)
Create a new assertion rule with the specified priority.

AbleAssertionRule(int theId, java.lang.String theLabel, AbleRd thePriority, AbleAssertionClause theAssertion, AbleRuleSet theRuleSet)
Create a new assertion rule with the specified priority.

AbleAssertionClause(AbleLhs theLhs, int theOp, AbleRd theRhs)
Create a new assertion clause with the specified parts.

AbleAntecedentClause(AbleRd theLhs, int theOp, AbleRd theRhs, double theClauseWeight)
Create a new antecedent clause with the specified parts.

AbleAntecedentClause(AbleRd theLhs, int theOp, AbleRd theRhs)
Create a new clause with the specified parts.