org.matheclipse.core.eval.interfaces

Class AbstractArg12

java.lang.Object

org.matheclipse.core.eval.interfaces.AbstractFunctionEvaluator

org.matheclipse.core.eval.interfaces.AbstractArg12

All Implemented Interfaces:

IFunctionEvaluator, IEvaluator

Direct Known Subclasses:

ArcTan, Log

public abstract class AbstractArg12
extends AbstractFunctionEvaluator

Evaluate a function with 1 or 2 arguments.

Constructor Summary

Constructors

Constructor and Description
AbstractArg12()

Method Summary

Modifier and Type	Method and Description
IExpr	binaryOperator(IExpr o0, IExpr o1)
IExpr	e1ComArg(IComplex c)
IExpr	e1DblArg(INum d)
IExpr	e1DblComArg(IComplexNum c)
IExpr	e1FraArg(IFraction f)
IExpr	e1FunArg(IAST f)
IExpr	e1IntArg(IInteger i)
IExpr	e1ObjArg(IExpr o)
IExpr	e1SymArg(ISymbol s)
IExpr	e2ComArg(IComplex c0, IComplex c1)
IExpr	e2DblArg(INum d0, INum d1)
IExpr	e2DblComArg(IComplexNum d0, IComplexNum d1)
IExpr	e2FraArg(IFraction f0, IFraction f1)
IExpr	e2FunArg(IAST f0, IAST f1)
IExpr	e2IntArg(IInteger i0, IInteger i1)
IExpr	e2ObjArg(IExpr o0, IExpr o1)
IExpr	e2SymArg(ISymbol s0, ISymbol s1)
IExpr	eComIntArg(IComplex c0, IInteger i1)
IExpr	eFunIntArg(IAST f0, IInteger i1)
IExpr	evaluate(IAST functionList) Symbolic evaluation of a function.
IExpr	unaryOperator(IExpr arg0)

Methods inherited from class org.matheclipse.core.eval.interfaces.AbstractFunctionEvaluator

createRuleFromMethod, getPeriodicParts, getPureImaginaryPart, getRuleAST, isNegativeExpression, numericEval, setUp

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

AbstractArg12

public AbstractArg12()

Method Detail

unaryOperator

public IExpr unaryOperator(IExpr arg0)

e1ObjArg

public IExpr e1ObjArg(IExpr o)

e1DblArg

public IExpr e1DblArg(INum d)

e1DblComArg

public IExpr e1DblComArg(IComplexNum c)

e1IntArg

public IExpr e1IntArg(IInteger i)

e1FraArg

public IExpr e1FraArg(IFraction f)

e1ComArg

public IExpr e1ComArg(IComplex c)

e1SymArg

public IExpr e1SymArg(ISymbol s)

e1FunArg

public IExpr e1FunArg(IAST f)

binaryOperator

public IExpr binaryOperator(IExpr o0,
                            IExpr o1)

e2ComArg

public IExpr e2ComArg(IComplex c0,
                      IComplex c1)

e2DblArg

public IExpr e2DblArg(INum d0,
                      INum d1)

e2DblComArg

public IExpr e2DblComArg(IComplexNum d0,
                         IComplexNum d1)

e2FraArg

public IExpr e2FraArg(IFraction f0,
                      IFraction f1)

e2SymArg

public IExpr e2SymArg(ISymbol s0,
                      ISymbol s1)

e2FunArg

public IExpr e2FunArg(IAST f0,
                      IAST f1)

e2IntArg

public IExpr e2IntArg(IInteger i0,
                      IInteger i1)

e2ObjArg

public IExpr e2ObjArg(IExpr o0,
                      IExpr o1)

eComIntArg

public IExpr eComIntArg(IComplex c0,
                        IInteger i1)

eFunIntArg

public IExpr eFunIntArg(IAST f0,
                        IInteger i1)

evaluate

public IExpr evaluate(IAST functionList)

Description copied from class: AbstractFunctionEvaluator

Symbolic evaluation of a function. ast.get(0) contains the head (i.e. the function symbol) of this abstract syntax tree (AST). ast.get(1) to ast.get(n) contains the first to n-th argument of the function.
If necessary use the methods from the Validate class to check the number or types of arguments in the evaluate method.
Note: if the symbolic evaluation isn't possible or no result is found the evaluate method returns with a null value without throwing an exception!

Specified by:

evaluate in interface IFunctionEvaluator

Specified by:

evaluate in class AbstractFunctionEvaluator

Parameters:

functionList - the abstract syntax tree (AST) which should be evaluated

Returns:

the evaluated object or null, if evaluation isn't possible

See Also:

Validate