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E

E - Static variable in class DefaultFunctions

A Constant with the value of e

encodeAll(String) - Static method in class LatexReplacer

Performs all of the methods in this class on the input according to the settings in Settings

encodeMappings(String) - Static method in class LatexReplacer

Replaces LaTeX-escaped encodings in a string with their actual special characters, as long as they aren't followed by an allowed name character

encodings - Static variable in class LatexReplacer

Contains all encoding Patterns and their replacement characters

EndpointFunction - Class in functions.endpoint

All classes extending EndpointFunction are endpoints of the function tree as they have no input or operands.

EndpointFunction() - Constructor for class EndpointFunction

enforceDomainAndRange - Static variable in class Settings

Denotes whether or not inverse simplifications conserve domain and range

enforceEscapedFunctions - Static variable in class Settings

Denotes whether or not expressions like sin(pi/2) must be escaped to \sin(\pi/2).

enforceEscapedNames - Static variable in class Settings

Denotes whether or not the regex for valid variable, function, and constant names should enforce a LaTeX escape in multi-character names.

enforceIntegerOperations - Static variable in class Settings

Forces functions in functions.unitary.integer to return integers when using approximations.

enforcePatternMatchingNames - Static variable in class Settings

Denotes whether or not variable, function, and constant names should be checked against the valid name regex ParsingTools.validNames

equals(Object) - Method in class GeneralFunction

Compares two functions with GeneralFunction.equalsFunction(GeneralFunction)

equals(Object) - Method in class OutputBinary

equals(Object) - Method in class OutputCommutative

equals(Object) - Method in interface OutputFunction

Checks if this OutputFunction is equal to that

equals(Object) - Method in class OutputParenthesizer

equals(Object) - Method in class OutputUnitary

equalsFunction(GeneralFunction) - Method in class BinaryFunction

equalsFunction(GeneralFunction) - Method in class CommutativeFunction

equalsFunction(GeneralFunction) - Method in class Constant

equalsFunction(GeneralFunction) - Method in class Variable

equalsFunction(GeneralFunction) - Method in class GeneralFunction

Returns true when the two fully-simplified functions are equal

equalsFunction(GeneralFunction) - Method in class Differential

equalsFunction(GeneralFunction) - Method in class Integral

equalsFunction(GeneralFunction) - Method in class PartialDerivative

equalsFunction(GeneralFunction) - Method in class UnitaryFunction

equalsMargin - Static variable in class Settings

The default margin to be used when checking if two doubles are equal.

equalsSimplified(GeneralFunction) - Method in class GeneralFunction

Simplifies the two functions, then compares them with GeneralFunction.equalsFunction(GeneralFunction)

equalsSimplified(GeneralFunction[], GeneralFunction[]) - Static method in class ArrayTools

Evaluable - Interface in functions

The Evaluable interface provides an interface for the evaluation of functions.

evaluate(Map<String, Double>) - Method in class IntegerBinaryFunction

evaluate(Map<String, Double>) - Method in class Logb

evaluate(Map<String, Double>) - Method in class Pow

evaluate(Map<String, Double>) - Method in class Rand

evaluate(Map<String, Double>) - Method in class IntegerCommutativeFunction

evaluate(Map<String, Double>) - Method in class Product

evaluate(Map<String, Double>) - Method in class Sum

evaluate(Map<String, Double>) - Method in class Constant

evaluate(Map<String, Double>) - Method in class Variable

evaluate(Map<String, Double>) - Method in interface Evaluable

Evaluates a GeneralFunction at a point denoted by a Map

evaluate(Map<String, Double>) - Method in class SFactorial

evaluate(Map<String, Double>) - Method in class IntegerUnitaryFunction

evaluate(Map<String, Double>) - Method in class Abs

evaluate(Map<String, Double>) - Method in class Ceil

evaluate(Map<String, Double>) - Method in class Dirac

evaluate(Map<String, Double>) - Method in class DomainRestrictor

evaluate(Map<String, Double>) - Method in class Floor

evaluate(Map<String, Double>) - Method in class Round

evaluate(Map<String, Double>) - Method in class Sign

evaluate(Map<String, Double>) - Method in class Exp

evaluate(Map<String, Double>) - Method in class Ln

evaluate(Map<String, Double>) - Method in class Differential

Differentiation is not supported by this class, as it is purely an intermediary

evaluate(Map<String, Double>) - Method in class Integral

Integrates the operand numerically from 0 to the value specified in the Map corresponding to respectTo

evaluate(Map<String, Double>) - Method in class PartialDerivative

evaluate(Map<String, Double>) - Method in class Acos

Returns the inverse cosine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Acosh

Returns the inverse hyperbolic cosine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Acot

Returns the inverse cotangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Acoth

Returns the inverse hyperbolic cotangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Acsc

Returns the inverse hyperbolic cosecant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Acsch

Returns the inverse hyperbolic cosecant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Asec

Returns the inverse secant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Asech

Returns the inverse hyperbolic secant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Asin

Returns the inverse sine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Asinh

Returns the inverse hyperbolic sine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Atan

Returns the inverse tangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Atanh

Returns the inverse hyperbolic tangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Cos

Returns the cosine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Cosh

Returns the hyperbolic cosine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Cot

Returns the cotangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Coth

Returns the hyperbolic cotangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Csc

Returns the cosecant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Csch

Returns the hyperbolic cosecant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Sec

Returns the secant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Sech

Returns the hyperbolic secant of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Sin

Returns the sine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Sinh

Returns the hyperbolic sine of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Tan

Returns the tangent of the stored operand evaluated

evaluate(Map<String, Double>) - Method in class Tanh

Returns the hyperbolic tangent of the stored operand evaluated

execute() - Method in class Differential

Execution is not supported by this class, as it is purely an intermediary

execute() - Method in class Integral

Returns the integral of the integrand

execute() - Method in class PartialDerivative

Returns the partial derivative of the operand

execute() - Method in class Transformation

Returns the transformation of the operand

executeOnSimplify - Static variable in class Settings

Denotes whether a Transformation should execute its action when simplify() is called.

existsAny(GeneralFunction, Predicate<? super GeneralFunction>) - Static method in class SearchTools

Returns true if any GeneralFunction in the function tree satisfies test

existsExcluding(GeneralFunction, Predicate<? super GeneralFunction>, Predicate<? super GeneralFunction>) - Static method in class SearchTools

Returns true if a GeneralFunction in the function tree satisfies test, excluding all functions on branches whose parent satisfies exclude

existsInOppositeSurfaceSubset(CommutativeFunction, Predicate<? super GeneralFunction>, Predicate<? super GeneralFunction>) - Static method in class SearchTools

Checks if this CommutativeFunction has a subset (as a new instance of its class), including empty and single-element functions, that: - Is the complement of a subset satisfying excludeFromSubset - Satisfies test

existsInSurfaceSubset(CommutativeFunction, Predicate<? super GeneralFunction>) - Static method in class SearchTools

Checks if this CommutativeFunction has a subset (as a new instance of its class) satisfying test, including empty and single-element functions

existsSurface(GeneralFunction, Predicate<? super GeneralFunction>) - Static method in class SearchTools

Returns true if at least one direct child of this GeneralFunction satisfies test

exitSolverOnProximity - Static variable in class Settings

Denotes whether methods in tools.singlevariable should exit if the result is within a certain proximity of the target.

Exp - Class in functions.unitary.specialcases

Exp(GeneralFunction) - Constructor for class Exp

Constructs a new Exp

Extrema - Class in tools.singlevariable

The Extrema uses the root finding capabilities of Solver in order to find various extrema of GeneralFunctions by setting their derivatives equals to 0 and solving.

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