Uses of Class
org.apache.commons.nabla.core.DifferentialPair

Packages that use DifferentialPair

org.apache.commons.nabla	Top-level package of the Apache commons-nabla library.
org.apache.commons.nabla.core	Core public interfaces of the Apache commons-nabla library.

Uses of DifferentialPair in org.apache.commons.nabla

Methods in org.apache.commons.nabla that return DifferentialPair

static DifferentialPair	NablaMath.abs(DifferentialPair a) Absolute value function.
static DifferentialPair	NablaStrictMath.abs(DifferentialPair a) Absolute value function.
static DifferentialPair	NablaMath.acos(DifferentialPair a) Inverse cosine function.
static DifferentialPair	NablaStrictMath.acos(DifferentialPair a) Inverse cosine function.
static DifferentialPair	NablaMath.acosh(DifferentialPair a) Inverse hyperbolic cosine function.
static DifferentialPair	NablaStrictMath.acosh(DifferentialPair a) Inverse hyperbolic cosine function.
static DifferentialPair	NablaMath.asin(DifferentialPair a) Inverse sine function.
static DifferentialPair	NablaStrictMath.asin(DifferentialPair a) Inverse sine function.
static DifferentialPair	NablaMath.asinh(DifferentialPair a) Inverse hyperbolic sine function.
static DifferentialPair	NablaStrictMath.asinh(DifferentialPair a) Inverse hyperbolic sine function.
static DifferentialPair	NablaMath.atan(DifferentialPair a) Inverse tangent function.
static DifferentialPair	NablaStrictMath.atan(DifferentialPair a) Inverse tangent function.
static DifferentialPair	NablaMath.atan2(DifferentialPair y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.atan2(DifferentialPair y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.atan2(DifferentialPair y, double x) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.atan2(DifferentialPair y, double x) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.atan2(double y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.atan2(double y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.atanh(DifferentialPair a) Inverse hyperbolic tangent function.
static DifferentialPair	NablaStrictMath.atanh(DifferentialPair a) Inverse hyperbolic tangent function.
static DifferentialPair	NablaMath.cbrt(DifferentialPair a) Cubic root function.
static DifferentialPair	NablaStrictMath.cbrt(DifferentialPair a) Cubic root function.
static DifferentialPair	NablaMath.ceil(DifferentialPair a) Ceil function.
static DifferentialPair	NablaStrictMath.ceil(DifferentialPair a) Ceil function.
static DifferentialPair	NablaMath.copySign(DifferentialPair magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaStrictMath.copySign(DifferentialPair magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaMath.copySign(DifferentialPair magnitude, double sign) Sign copy function.
static DifferentialPair	NablaStrictMath.copySign(DifferentialPair magnitude, double sign) Sign copy function.
static DifferentialPair	NablaMath.copySign(double magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaStrictMath.copySign(double magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaMath.cos(DifferentialPair a) Cosine function.
static DifferentialPair	NablaStrictMath.cos(DifferentialPair a) Cosine function.
static DifferentialPair	NablaMath.cosh(DifferentialPair a) Hyperbolic cosine function.
static DifferentialPair	NablaStrictMath.cosh(DifferentialPair a) Hyperbolic cosine function.
static DifferentialPair	NablaMath.exp(DifferentialPair a) Exponential function.
static DifferentialPair	NablaStrictMath.exp(DifferentialPair a) Exponential function.
static DifferentialPair	NablaMath.expm1(DifferentialPair a) Exponential minus 1 function.
static DifferentialPair	NablaStrictMath.expm1(DifferentialPair a) Exponential minus 1 function.
static DifferentialPair	NablaMath.floor(DifferentialPair a) Floor function.
static DifferentialPair	NablaStrictMath.floor(DifferentialPair a) Floor function.
static DifferentialPair	NablaMath.hypot(DifferentialPair x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.hypot(DifferentialPair x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.hypot(DifferentialPair x, double y) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.hypot(DifferentialPair x, double y) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.hypot(double x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.hypot(double x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.IEEEremainder(DifferentialPair f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaStrictMath.IEEEremainder(DifferentialPair f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaMath.IEEEremainder(DifferentialPair f1, double f2) Remainder function.
static DifferentialPair	NablaStrictMath.IEEEremainder(DifferentialPair f1, double f2) Remainder function.
static DifferentialPair	NablaMath.IEEEremainder(double f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaStrictMath.IEEEremainder(double f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaMath.log(DifferentialPair a) Natural logarithm function.
static DifferentialPair	NablaStrictMath.log(DifferentialPair a) Natural logarithm function.
static DifferentialPair	NablaMath.log10(DifferentialPair a) Base 10 logarithm function.
static DifferentialPair	NablaStrictMath.log10(DifferentialPair a) Base 10 logarithm function.
static DifferentialPair	NablaMath.log1p(DifferentialPair a) Shifted natural logarithm function.
static DifferentialPair	NablaStrictMath.log1p(DifferentialPair a) Shifted natural logarithm function.
static DifferentialPair	NablaMath.max(DifferentialPair a, DifferentialPair b) Max function.
static DifferentialPair	NablaStrictMath.max(DifferentialPair a, DifferentialPair b) Max function.
static DifferentialPair	NablaMath.max(DifferentialPair a, double b) Max function.
static DifferentialPair	NablaStrictMath.max(DifferentialPair a, double b) Max function.
static DifferentialPair	NablaMath.max(double a, DifferentialPair b) Max function.
static DifferentialPair	NablaStrictMath.max(double a, DifferentialPair b) Max function.
static DifferentialPair	NablaMath.min(DifferentialPair a, DifferentialPair b) Min function.
static DifferentialPair	NablaStrictMath.min(DifferentialPair a, DifferentialPair b) Min function.
static DifferentialPair	NablaMath.min(DifferentialPair a, double b) Min function.
static DifferentialPair	NablaStrictMath.min(DifferentialPair a, double b) Min function.
static DifferentialPair	NablaMath.min(double a, DifferentialPair b) Min function.
static DifferentialPair	NablaStrictMath.min(double a, DifferentialPair b) Min function.
static DifferentialPair	NablaMath.nextAfter(DifferentialPair start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaStrictMath.nextAfter(DifferentialPair start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaMath.nextAfter(DifferentialPair start, double direction) Neighbor function.
static DifferentialPair	NablaStrictMath.nextAfter(DifferentialPair start, double direction) Neighbor function.
static DifferentialPair	NablaMath.nextAfter(double start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaStrictMath.nextAfter(double start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaMath.nextUp(DifferentialPair a) Neighbor function.
static DifferentialPair	NablaStrictMath.nextUp(DifferentialPair a) Neighbor function.
static DifferentialPair	NablaMath.pow(DifferentialPair a, DifferentialPair b) Power function.
static DifferentialPair	NablaStrictMath.pow(DifferentialPair a, DifferentialPair b) Power function.
static DifferentialPair	NablaMath.pow(DifferentialPair a, double b) Power function.
static DifferentialPair	NablaStrictMath.pow(DifferentialPair a, double b) Power function.
static DifferentialPair	NablaMath.pow(double a, DifferentialPair b) Power function.
static DifferentialPair	NablaStrictMath.pow(double a, DifferentialPair b) Power function.
static DifferentialPair	NablaMath.rint(DifferentialPair a) Rounding function.
static DifferentialPair	NablaStrictMath.rint(DifferentialPair a) Rounding function.
static DifferentialPair	NablaMath.scalb(DifferentialPair a, int scale) Binary rescaling function.
static DifferentialPair	NablaStrictMath.scalb(DifferentialPair a, int scale) Binary rescaling function.
static DifferentialPair	NablaMath.signum(DifferentialPair a) Sign function.
static DifferentialPair	NablaStrictMath.signum(DifferentialPair a) Sign function.
static DifferentialPair	NablaMath.sin(DifferentialPair a) Sine function.
static DifferentialPair	NablaStrictMath.sin(DifferentialPair a) Sine function.
static DifferentialPair	NablaMath.sinh(DifferentialPair a) Hyperbolic sine function.
static DifferentialPair	NablaStrictMath.sinh(DifferentialPair a) Hyperbolic sine function.
static DifferentialPair	NablaMath.sqrt(DifferentialPair a) Square root function.
static DifferentialPair	NablaStrictMath.sqrt(DifferentialPair a) Square root function.
static DifferentialPair	NablaMath.tan(DifferentialPair a) Tangent function.
static DifferentialPair	NablaStrictMath.tan(DifferentialPair a) Tangent function.
static DifferentialPair	NablaMath.tanh(DifferentialPair a) Hyperbolic tangent function.
static DifferentialPair	NablaStrictMath.tanh(DifferentialPair a) Hyperbolic tangent function.
static DifferentialPair	NablaMath.toDegrees(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaStrictMath.toDegrees(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaMath.toRadians(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaStrictMath.toRadians(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaMath.ulp(DifferentialPair a) Unit in Last Position function.
static DifferentialPair	NablaStrictMath.ulp(DifferentialPair a) Unit in Last Position function.

Methods in org.apache.commons.nabla with parameters of type DifferentialPair

static DifferentialPair	NablaMath.abs(DifferentialPair a) Absolute value function.
static DifferentialPair	NablaStrictMath.abs(DifferentialPair a) Absolute value function.
static DifferentialPair	NablaMath.acos(DifferentialPair a) Inverse cosine function.
static DifferentialPair	NablaStrictMath.acos(DifferentialPair a) Inverse cosine function.
static DifferentialPair	NablaMath.acosh(DifferentialPair a) Inverse hyperbolic cosine function.
static DifferentialPair	NablaStrictMath.acosh(DifferentialPair a) Inverse hyperbolic cosine function.
static DifferentialPair	NablaMath.asin(DifferentialPair a) Inverse sine function.
static DifferentialPair	NablaStrictMath.asin(DifferentialPair a) Inverse sine function.
static DifferentialPair	NablaMath.asinh(DifferentialPair a) Inverse hyperbolic sine function.
static DifferentialPair	NablaStrictMath.asinh(DifferentialPair a) Inverse hyperbolic sine function.
static DifferentialPair	NablaMath.atan(DifferentialPair a) Inverse tangent function.
static DifferentialPair	NablaStrictMath.atan(DifferentialPair a) Inverse tangent function.
static DifferentialPair	NablaMath.atan2(DifferentialPair y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.atan2(DifferentialPair y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.atan2(DifferentialPair y, double x) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.atan2(DifferentialPair y, double x) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.atan2(double y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.atan2(double y, DifferentialPair x) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.atanh(DifferentialPair a) Inverse hyperbolic tangent function.
static DifferentialPair	NablaStrictMath.atanh(DifferentialPair a) Inverse hyperbolic tangent function.
static DifferentialPair	NablaMath.cbrt(DifferentialPair a) Cubic root function.
static DifferentialPair	NablaStrictMath.cbrt(DifferentialPair a) Cubic root function.
static DifferentialPair	NablaMath.ceil(DifferentialPair a) Ceil function.
static DifferentialPair	NablaStrictMath.ceil(DifferentialPair a) Ceil function.
static DifferentialPair	NablaMath.copySign(DifferentialPair magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaStrictMath.copySign(DifferentialPair magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaMath.copySign(DifferentialPair magnitude, double sign) Sign copy function.
static DifferentialPair	NablaStrictMath.copySign(DifferentialPair magnitude, double sign) Sign copy function.
static DifferentialPair	NablaMath.copySign(double magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaStrictMath.copySign(double magnitude, DifferentialPair sign) Sign copy function.
static DifferentialPair	NablaMath.cos(DifferentialPair a) Cosine function.
static DifferentialPair	NablaStrictMath.cos(DifferentialPair a) Cosine function.
static DifferentialPair	NablaMath.cosh(DifferentialPair a) Hyperbolic cosine function.
static DifferentialPair	NablaStrictMath.cosh(DifferentialPair a) Hyperbolic cosine function.
static DifferentialPair	NablaMath.exp(DifferentialPair a) Exponential function.
static DifferentialPair	NablaStrictMath.exp(DifferentialPair a) Exponential function.
static DifferentialPair	NablaMath.expm1(DifferentialPair a) Exponential minus 1 function.
static DifferentialPair	NablaStrictMath.expm1(DifferentialPair a) Exponential minus 1 function.
static DifferentialPair	NablaMath.floor(DifferentialPair a) Floor function.
static DifferentialPair	NablaStrictMath.floor(DifferentialPair a) Floor function.
static DifferentialPair	NablaMath.hypot(DifferentialPair x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.hypot(DifferentialPair x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.hypot(DifferentialPair x, double y) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.hypot(DifferentialPair x, double y) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.hypot(double x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaStrictMath.hypot(double x, DifferentialPair y) Cartesian to polar conversion function.
static DifferentialPair	NablaMath.IEEEremainder(DifferentialPair f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaStrictMath.IEEEremainder(DifferentialPair f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaMath.IEEEremainder(DifferentialPair f1, double f2) Remainder function.
static DifferentialPair	NablaStrictMath.IEEEremainder(DifferentialPair f1, double f2) Remainder function.
static DifferentialPair	NablaMath.IEEEremainder(double f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaStrictMath.IEEEremainder(double f1, DifferentialPair f2) Remainder function.
static DifferentialPair	NablaMath.log(DifferentialPair a) Natural logarithm function.
static DifferentialPair	NablaStrictMath.log(DifferentialPair a) Natural logarithm function.
static DifferentialPair	NablaMath.log10(DifferentialPair a) Base 10 logarithm function.
static DifferentialPair	NablaStrictMath.log10(DifferentialPair a) Base 10 logarithm function.
static DifferentialPair	NablaMath.log1p(DifferentialPair a) Shifted natural logarithm function.
static DifferentialPair	NablaStrictMath.log1p(DifferentialPair a) Shifted natural logarithm function.
static DifferentialPair	NablaMath.max(DifferentialPair a, DifferentialPair b) Max function.
static DifferentialPair	NablaStrictMath.max(DifferentialPair a, DifferentialPair b) Max function.
static DifferentialPair	NablaMath.max(DifferentialPair a, double b) Max function.
static DifferentialPair	NablaStrictMath.max(DifferentialPair a, double b) Max function.
static DifferentialPair	NablaMath.max(double a, DifferentialPair b) Max function.
static DifferentialPair	NablaStrictMath.max(double a, DifferentialPair b) Max function.
static DifferentialPair	NablaMath.min(DifferentialPair a, DifferentialPair b) Min function.
static DifferentialPair	NablaStrictMath.min(DifferentialPair a, DifferentialPair b) Min function.
static DifferentialPair	NablaMath.min(DifferentialPair a, double b) Min function.
static DifferentialPair	NablaStrictMath.min(DifferentialPair a, double b) Min function.
static DifferentialPair	NablaMath.min(double a, DifferentialPair b) Min function.
static DifferentialPair	NablaStrictMath.min(double a, DifferentialPair b) Min function.
static DifferentialPair	NablaMath.nextAfter(DifferentialPair start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaStrictMath.nextAfter(DifferentialPair start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaMath.nextAfter(DifferentialPair start, double direction) Neighbor function.
static DifferentialPair	NablaStrictMath.nextAfter(DifferentialPair start, double direction) Neighbor function.
static DifferentialPair	NablaMath.nextAfter(double start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaStrictMath.nextAfter(double start, DifferentialPair direction) Neighbor function.
static DifferentialPair	NablaMath.nextUp(DifferentialPair a) Neighbor function.
static DifferentialPair	NablaStrictMath.nextUp(DifferentialPair a) Neighbor function.
static DifferentialPair	NablaMath.pow(DifferentialPair a, DifferentialPair b) Power function.
static DifferentialPair	NablaStrictMath.pow(DifferentialPair a, DifferentialPair b) Power function.
static DifferentialPair	NablaMath.pow(DifferentialPair a, double b) Power function.
static DifferentialPair	NablaStrictMath.pow(DifferentialPair a, double b) Power function.
static DifferentialPair	NablaMath.pow(double a, DifferentialPair b) Power function.
static DifferentialPair	NablaStrictMath.pow(double a, DifferentialPair b) Power function.
static DifferentialPair	NablaMath.rint(DifferentialPair a) Rounding function.
static DifferentialPair	NablaStrictMath.rint(DifferentialPair a) Rounding function.
static DifferentialPair	NablaMath.scalb(DifferentialPair a, int scale) Binary rescaling function.
static DifferentialPair	NablaStrictMath.scalb(DifferentialPair a, int scale) Binary rescaling function.
static DifferentialPair	NablaMath.signum(DifferentialPair a) Sign function.
static DifferentialPair	NablaStrictMath.signum(DifferentialPair a) Sign function.
static DifferentialPair	NablaMath.sin(DifferentialPair a) Sine function.
static DifferentialPair	NablaStrictMath.sin(DifferentialPair a) Sine function.
static DifferentialPair	NablaMath.sinh(DifferentialPair a) Hyperbolic sine function.
static DifferentialPair	NablaStrictMath.sinh(DifferentialPair a) Hyperbolic sine function.
static DifferentialPair	NablaMath.sqrt(DifferentialPair a) Square root function.
static DifferentialPair	NablaStrictMath.sqrt(DifferentialPair a) Square root function.
static DifferentialPair	NablaMath.tan(DifferentialPair a) Tangent function.
static DifferentialPair	NablaStrictMath.tan(DifferentialPair a) Tangent function.
static DifferentialPair	NablaMath.tanh(DifferentialPair a) Hyperbolic tangent function.
static DifferentialPair	NablaStrictMath.tanh(DifferentialPair a) Hyperbolic tangent function.
static DifferentialPair	NablaMath.toDegrees(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaStrictMath.toDegrees(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaMath.toRadians(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaStrictMath.toRadians(DifferentialPair a) Angular conversion function.
static DifferentialPair	NablaMath.ulp(DifferentialPair a) Unit in Last Position function.
static DifferentialPair	NablaStrictMath.ulp(DifferentialPair a) Unit in Last Position function.

Uses of DifferentialPair in org.apache.commons.nabla.core

Fields in org.apache.commons.nabla.core declared as DifferentialPair

static DifferentialPair	DifferentialPair.E e (Euler) constant, base of the natural logarithms.
static DifferentialPair	DifferentialPair.MINUS_ONE -1 constant.
static DifferentialPair	DifferentialPair.ONE +1 constant.
static DifferentialPair	DifferentialPair.PI π (Archimede) constant.
static DifferentialPair	DifferentialPair.THREE +3 constant.
static DifferentialPair	DifferentialPair.TWO +2 constant.
static DifferentialPair	DifferentialPair.ZERO 0 constant.

Methods in org.apache.commons.nabla.core that return DifferentialPair

static DifferentialPair	DifferentialPair.add(DifferentialPair a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(DifferentialPair a, double b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(DifferentialPair a, int b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(DifferentialPair a, long b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(double a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(int a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(long a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.cube(DifferentialPair a) cubing operation, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, DifferentialPair b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, double b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, int b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, long b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(double a, DifferentialPair b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(int a, DifferentialPair b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(long a, DifferentialPair b) '÷s;' operator, for differential pairs.
DifferentialPair	UnivariateDerivative.f(DifferentialPair t) Simple mathematical function.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, double b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, int b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, long b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(double a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(int a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(long a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.negate(DifferentialPair a) unary '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.newConstant(double a) Build an instance representing a constant.
static DifferentialPair	DifferentialPair.newVariable(double a) Build an instance representing a univariate variable.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, double b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, int b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, long b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(double a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(int a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(long a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.square(DifferentialPair a) squaring operation, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, DifferentialPair b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, double b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, int b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, long b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(double a, DifferentialPair b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(int a, DifferentialPair b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(long a, DifferentialPair b) '-' operator, for differential pairs.

Methods in org.apache.commons.nabla.core with parameters of type DifferentialPair

static DifferentialPair	DifferentialPair.add(DifferentialPair a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(DifferentialPair a, double b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(DifferentialPair a, int b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(DifferentialPair a, long b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(double a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(int a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.add(long a, DifferentialPair b) '+' operator, for differential pairs.
static DifferentialPair	DifferentialPair.cube(DifferentialPair a) cubing operation, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, DifferentialPair b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, double b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, int b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(DifferentialPair a, long b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(double a, DifferentialPair b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(int a, DifferentialPair b) '÷s;' operator, for differential pairs.
static DifferentialPair	DifferentialPair.divide(long a, DifferentialPair b) '÷s;' operator, for differential pairs.
DifferentialPair	UnivariateDerivative.f(DifferentialPair t) Simple mathematical function.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, double b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, int b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(DifferentialPair a, long b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(double a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(int a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.multiply(long a, DifferentialPair b) '×' operator, for differential pairs.
static DifferentialPair	DifferentialPair.negate(DifferentialPair a) unary '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, double b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, int b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(DifferentialPair a, long b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(double a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(int a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.remainder(long a, DifferentialPair b) '%' operator, for differential pairs.
static DifferentialPair	DifferentialPair.square(DifferentialPair a) squaring operation, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, DifferentialPair b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, double b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, int b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(DifferentialPair a, long b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(double a, DifferentialPair b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(int a, DifferentialPair b) '-' operator, for differential pairs.
static DifferentialPair	DifferentialPair.subtract(long a, DifferentialPair b) '-' operator, for differential pairs.