Uses of Class
com.opengamma.strata.math.impl.ComplexNumber

Packages that use ComplexNumber

Package	Description
com.opengamma.strata.math.impl
com.opengamma.strata.math.impl.rootfinding

Uses of ComplexNumber in com.opengamma.strata.math.impl

Fields in com.opengamma.strata.math.impl declared as ComplexNumber

Modifier and Type	Field and Description
static ComplexNumber	ComplexNumber.I Defining i
static ComplexNumber	ComplexNumber.MINUS_I Defining -i
static ComplexNumber	ComplexNumber.ZERO Defining 0 + 0i

Methods in com.opengamma.strata.math.impl that return ComplexNumber

Modifier and Type	Method and Description
static ComplexNumber	TrigonometricFunctionUtils.acos(ComplexNumber z) arccos - the inverse of cos.
static ComplexNumber	TrigonometricFunctionUtils.acosh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.add(ComplexNumber... z)
static ComplexNumber	ComplexMathUtils.add(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.add(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.add(double x, ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.asin(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.asinh(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.atan(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.atanh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.conjugate(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.cos(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.cosh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.divide(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.divide(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.divide(double x, ComplexNumber z)
static ComplexNumber	ComplexMathUtils.exp(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.inverse(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.log(ComplexNumber z) Returns the principal value of log, with z the principal argument of z defined to lie in the interval (-pi, pi].
static ComplexNumber	ComplexMathUtils.multiply(ComplexNumber... z)
static ComplexNumber	ComplexMathUtils.multiply(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.multiply(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.multiply(double x, ComplexNumber... z)
static ComplexNumber	ComplexMathUtils.multiply(double x, ComplexNumber z)
static ComplexNumber	ComplexMathUtils.pow(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.pow(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.pow(double x, ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.sin(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.sinh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.sqrt(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.square(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.subtract(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.subtract(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.subtract(double x, ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.tan(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.tanh(ComplexNumber z)

Methods in com.opengamma.strata.math.impl with parameters of type ComplexNumber

Modifier and Type	Method and Description
static ComplexNumber	TrigonometricFunctionUtils.acos(ComplexNumber z) arccos - the inverse of cos.
static ComplexNumber	TrigonometricFunctionUtils.acosh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.add(ComplexNumber... z)
static ComplexNumber	ComplexMathUtils.add(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.add(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.add(double x, ComplexNumber z)
static double	ComplexMathUtils.arg(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.asin(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.asinh(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.atan(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.atanh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.conjugate(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.cos(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.cosh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.divide(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.divide(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.divide(double x, ComplexNumber z)
static ComplexNumber	ComplexMathUtils.exp(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.inverse(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.log(ComplexNumber z) Returns the principal value of log, with z the principal argument of z defined to lie in the interval (-pi, pi].
static double	ComplexMathUtils.mod(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.multiply(ComplexNumber... z)
static ComplexNumber	ComplexMathUtils.multiply(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.multiply(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.multiply(double x, ComplexNumber... z)
static ComplexNumber	ComplexMathUtils.multiply(double x, ComplexNumber z)
static ComplexNumber	ComplexMathUtils.pow(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.pow(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.pow(double x, ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.sin(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.sinh(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.sqrt(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.square(ComplexNumber z)
static ComplexNumber	ComplexMathUtils.subtract(ComplexNumber z1, ComplexNumber z2)
static ComplexNumber	ComplexMathUtils.subtract(ComplexNumber z, double x)
static ComplexNumber	ComplexMathUtils.subtract(double x, ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.tan(ComplexNumber z)
static ComplexNumber	TrigonometricFunctionUtils.tanh(ComplexNumber z)

Uses of ComplexNumber in com.opengamma.strata.math.impl.rootfinding

Methods in com.opengamma.strata.math.impl.rootfinding that return ComplexNumber

Modifier and Type	Method and Description
ComplexNumber[]	CubicRootFinder.getRoots(RealPolynomialFunction1D function)