Uses of Class
jhelp.util.math.formal.Constant

Packages that use Constant

Package	Description
jhelp.util.math.formal	Formal computing

Uses of Constant in jhelp.util.math.formal

Fields in jhelp.util.math.formal declared as Constant

Modifier and Type	Field and Description
static Constant	Constant.E e
static Constant	Constant.MINUS_ONE -1
static Constant	Constant.ONE 1
static Constant	Constant.PI π
static Constant	Constant.TWO 2
static Constant	Constant.UNDEFINED The constant is undefined due illegal operation like division by zero, take the logarithm of negative value, ...
static Constant	Constant.ZERO 0

Methods in jhelp.util.math.formal that return Constant

Modifier and Type	Method and Description
Constant	Constant.absoluteValue() Absolute value of constant
static Constant	Constant.MOINS_UN_PUISSANCE(int n) Give the -1n constant
Constant	Constant.multipleDePi() Return the constant divide by Pi
Constant	Constant.puissanceDeE() Return the Neperian logarithm apply to the constant
Constant	Constant.sign() Constant sign

Methods in jhelp.util.math.formal with parameters of type Constant

Modifier and Type	Method and Description
private Function	Cosinus.CosinusSimplifier.simplify(Constant constant) Simplify cos(C)
private Function	Sinus.SinusSimplifier.simplify(Constant constant) Simplification : sin(C1) -> C2
private Function	Logarithm.LogarithmSimplifier.simplify(Constant constant) Simplification : ln(C1) -> C2
private Function	MinusUnary.MinusUnarySimplifier.simplify(Constant constant) Simplification : -C1 -> C2
private Function	Exponential.ExponentialSimplifier.simplify(Constant constant) exp(C1) => C2
private Function	Tangent.TangentSimplifier.simplify(Constant constant) tan(C1) => C2
private Function	Addition.AdditionSimplifier.simplify(Constant constant1, Constant constant2) C1 + C2 => C3
private Function	Division.DivisionSimplifier.simplify(Constant constant1, Constant constant2) Simplify C1/C2 -> C3
private Function	Multiplication.MultiplicationSimplifier.simplify(Constant constant1, Constant constant2) Simplification : C1*C2 -> C3
private Function	Subtraction.SubtractionSimplifier.simplify(Constant constant1, Constant constant2) Simplification : C1-C2 -> C3
private Function	Addition.AdditionSimplifier.simplify(Constant constant, Function function) Simplify C + f
private Function	Division.DivisionSimplifier.simplify(Constant constant, Function function) Simplify C/f
private Function	Multiplication.MultiplicationSimplifier.simplify(Constant constant, Function function) Simplification : C1*X -> C1*X
private Function	Subtraction.SubtractionSimplifier.simplify(Constant constant, Function function) Simplification : C1-X -> C1-X
private Function	Division.DivisionSimplifier.simplify(Constant constant, Multiplication multiplication) Simplify C1/(C2*f) -> C3/f C1/(f*C2) -> C3/f C1/(f1*f2)
private Function	Multiplication.MultiplicationSimplifier.simplify(Constant constant, Multiplication multiplication) Simplification : Function Simplification C1 * ( C2 * X ) C3 * X C1 * ( X *C2 ) C3 * X C1 * ( X * Y ) C1 * ( X * Y ) private Function Addition.AdditionSimplifier.simplify(Function function, Constant constant) f + C => C + f private Function Division.DivisionSimplifier.simplify(Function function, Constant constant) Simplify f/C1 -> C2*f private Function Multiplication.MultiplicationSimplifier.simplify(Function function, Constant constant) Simplification : X*C1 -> C1*X private Function Subtraction.SubtractionSimplifier.simplify(Function function, Constant constant) Simplification : X-C1 -> C2+X private Function Division.DivisionSimplifier.simplify(Multiplication multiplication, Constant constant) (f1*f2)/C1 -> C2*f1*f2 private Function Multiplication.MultiplicationSimplifier.simplify(Multiplication multiplication, Constant constant) Simplification : Function Simplification ( C1 * X ) * C2 C3 * X ( X * C1 ) * C2 C3 * X C1 * ( X * Y ) C1 * ( X * Y ) private Function MinusUnary.MinusUnarySimplifier.simplifyDivision(Constant constant, Function function) Simplification : -(C1/X) -> C2 / x private Function MinusUnary.MinusUnarySimplifier.simplifyDivision(Function function, Constant constant) Simplification : -(X/C1) -> X/C2 private Function Division.DivisionSimplifier.simplifyDivisionOfConstantMultiplication(Constant constant, Constant parameterConstant, Function parameter) C1/(C2*f) -> C3/f private Function Division.DivisionSimplifier.simplifyDivisionOfConstantMultiplication(Constant constant, Function parameter, Constant parameterConstant) C1/(f*C2) -> C3/f private Function Division.DivisionSimplifier.simplifyDivisionOfConstantMultiplication(Constant constant, Function parameter1, Function parameter2) Simplify C/(f1*f2) private Function Division.DivisionSimplifier.simplifyDivisionOfMultiplicationConstant(Constant parameterConstant, Function parameter, Constant constant) (C1*f)/C2 -> C3*f private Function Division.DivisionSimplifier.simplifyDivisionOfMultiplicationConstant(Function parameter, Constant parameterConstant, Constant constant) (f*C1)/C2 -> C3*f private Function Division.DivisionSimplifier.simplifyDivisionOfMultiplicationConstant(Function parameter1, Function parameter2, Constant constant) Simplify (f1*f2)/C private Function MinusUnary.MinusUnarySimplifier.simplifyMultiplication(Constant constant, Function function) Simplification : -(C1*X) -> C2*X private Function MinusUnary.MinusUnarySimplifier.simplifyMultiplication(Function function, Constant constant) Simplification : -(X*C1) -> C2*X private Function Subtraction.SubtractionSimplifier.simplifySubtractionOfMultiplications(Constant constant1, Function function1, Constant constant2, Function function2) Simplification : Function Simplification (C1 * X ) - ( C2 * X ) C3 * X (C1 * X ) - ( C2 * Y ) (C1 * X ) - ( C2 * Y ) private Function Subtraction.SubtractionSimplifier.simplifySubtractionOfMultiplications(Constant constant1, Function function1, Function function2, Constant constant2) Simplification : Function Simplification (C1 * X ) - ( X * C2 ) C3 * X (C1 * X ) - ( Y * C2 ) (C1 * X ) - ( C2 * Y ) private Function Subtraction.SubtractionSimplifier.simplifySubtractionOfMultiplications(Function function1, Constant constant1, Constant constant2, Function function2) Simplification : Function Simplification (X * C1 ) - (C2 * X ) C3 * X (X * C1 ) - (C2 * Y ) (C1 * X ) - ( C2 * Y ) private Function Subtraction.SubtractionSimplifier.simplifySubtractionOfMultiplications(Function function1, Constant constant1, Function function2, Constant constant2) Simplification : Function Simplification (X * C1 ) - ( X * C2 ) C3 * X (X * C1 ) - ( Y * C2 ) (C1 * X ) - ( C2 * Y ) Overview Package Class Use Tree Deprecated Index Help Prev Next Frames No Frames All Classes