Index (math 0.3 API)

A B C D E F G H I L M N O P Q R S T U V Z

A

a() - Method in class math.function.CubicFunction: retrieve the coefficient of the leading term of the polynomial.
a() - Method in class math.function.QuadraticFunction: retrieve the coefficient of the leading term of the polynomial.
a0() - Method in class math.polynomial.interpolation.LinearInterpolation
a1() - Method in class math.polynomial.interpolation.LinearInterpolation
abs() - Method in class math.Complex
abs() - Method in interface math.FieldElement: Compute and return the absolute value of this element.
abs() - Method in class math.Rational
abs() - Method in class math.Real
AbstractFunction - Class in math.function: A partial implementation of a scalar-valued function of one variable.
AbstractFunction() - Constructor for class math.function.AbstractFunction
AbstractMultivariateFunction - Class in math.function: A partial implementation of a scalar-valued function of several variables.
AbstractMultivariateFunction() - Constructor for class math.function.AbstractMultivariateFunction
additiveInverse() - Method in class math.Complex
additiveInverse() - Method in interface math.FieldElement: Return the element of this field that, when added to this element, produces the additive identity.
additiveInverse() - Method in class math.Rational
additiveInverse() - Method in class math.Real: Take the additive inverse, or negative, of this real number and return the result.
arrayFrom(double...) - Static method in class math.Reals
asDouble() - Method in class math.Real
at(Real) - Method in class math.function.CubicFunction: Evaluate this function at the given point and return the result.
at(double) - Method in class math.function.CubicFunction
at(double) - Method in interface math.function.Function: Compute and return the value of the function at the given point.
at(double) - Method in class math.function.GeneralFunction
at(double...) - Method in interface math.function.MultivariateDoubleFunction: Compute and return the value of the function at the given point.
at(Vector) - Method in interface math.function.MultivariateFunction: Compute and return the value of the function at the given point.
at(Real) - Method in class math.function.QuadraticFunction: Compute and return the value of the function at the given point.
at(double) - Method in class math.function.QuadraticFunction
at(double, double) - Method in interface math.function.SlopeFunction: Compute the slope of the function at the given point using the given function value.
at(int) - Method in class math.linear.doubles.Vector: Return the element at index i, where indexing begins at 0.

B

b() - Method in class math.function.CubicFunction: retrieve the coefficient of the second degree term of the polynomial.
b() - Method in class math.function.QuadraticFunction: retrieve the coefficient of the first degree term of the polynomial.
BFGS - Class in math.optim: An implementation of the Broyden-Fletcher-Goldfarb-Shanno (BFGS) algorithm for unconstrained nonlinear optimization.
BFGS(AbstractMultivariateFunction, Vector, double, double) - Constructor for class math.optim.BFGS: Create a new BFGS object and run the algorithm with the supplied information.
BFGS(AbstractMultivariateFunction, Vector, double, double, Matrix) - Constructor for class math.optim.BFGS: Create a new BFGS object and run the algorithm with the supplied information.
build() - Method in class math.linear.doubles.Matrix.IdentityBuilder: Create a new matrix using the data in this builder.

C

c() - Method in class math.function.CubicFunction: retrieve the coefficient of the first degree term of the polynomial.
c() - Method in class math.function.QuadraticFunction: retrieve the constant term of the polynomial.
centralDifferenceApproximation(Function, double, double) - Static method in class math.function.NumericalDerivatives
centralDifferenceGradient(MultivariateDoubleFunction, double[], double) - Static method in class math.function.NumericalDerivatives
centralDifferenceGradient(MultivariateFunction, Vector, double) - Static method in class math.function.NumericalDerivatives
coefficients() - Method in class math.function.CubicFunction: retrieve the coefficients of the polynomial.
coefficients() - Method in class math.function.QuadraticFunction: retrieve the coefficients of the polynomial.
coefficientsDbl() - Method in class math.function.CubicFunction: retrieve the coefficients of the polynomial as primitives.
coefficientsDbl() - Method in class math.function.QuadraticFunction: retrieve the coefficients of the polynomial as primitives.
compareTo(Complex) - Method in class math.Complex
compareTo(Rational) - Method in class math.Rational
compareTo(Real) - Method in class math.Real
Complex - Class in math: A representation of a complex number.
Complex() - Constructor for class math.Complex: Construct a new complex number with real and imaginary parts both equal to 0.
Complex(double) - Constructor for class math.Complex: Construct a new complex number with zero imaginary part, i.e, a real number.
Complex(double, double) - Constructor for class math.Complex: Construct a new complex number with the given real and imaginary parts.
complexSqrt() - Method in class math.Real
conjugate() - Method in class math.Complex
conjugate() - Method in interface math.FieldElement: Compute and return the conjugate of this element.
conjugate() - Method in class math.Rational
conjugate() - Method in class math.Real
contains(double) - Method in class math.Real.Interval
correlationOf(double[], double[]) - Static method in class math.stats.Statistics
covarianceOf(double[], double[]) - Static method in class math.stats.Statistics
create(int, int, double[]) - Static method in class math.linear.doubles.Matrix: Create a new matrix with the supplied data and dimensions.
cubed() - Method in class math.Real: Cube this real number and return the result.
CubicFunction - Class in math.function: A univariate polynomial function of degree 3.
CubicFunction(Real, Real, Real, Real) - Constructor for class math.function.CubicFunction: Create a new cubic function using the given coefficients.
CubicFunction(double, double, double, double) - Constructor for class math.function.CubicFunction: Create a new cubic function using the given coefficients.

D

d() - Method in class math.function.CubicFunction: retrieve the constant term of the polynomial.
data() - Method in class math.linear.doubles.Matrix: Obtain the array of data underlying this matrix in row-major order.
data2D(Matrix.Order) - Method in class math.linear.doubles.Matrix: Obtain the data in this matrix as a two-dimensional array.
diagonal() - Method in class math.linear.doubles.Matrix: Retrieve the elements on the diagonal of this matrix.
differenceOf(double[], double[]) - Static method in class math.operations.Operators: Take the element-by-element difference of the two arrays and return the result in a new array.
Distribution - Interface in math.stats.distributions: A probability distribution.
dividedBy(double) - Method in class math.Complex: Divide this element by the given double.
dividedBy(Complex) - Method in class math.Complex
dividedBy(T) - Method in interface math.FieldElement: Divide this element by the given element and return the result.
dividedBy(Rational) - Method in class math.Rational
dividedBy(Real) - Method in class math.Real: Divide this real number by the given real number and return the result.
doesntContain(double) - Method in class math.Real.Interval
dotProduct(Vector) - Method in class math.linear.doubles.Vector: Compute the dot product of this vector with the given vector.

E

elements() - Method in class math.linear.doubles.Vector: The elements of the vector as an array of primitive doubles.
endpointsEqual() - Method in class math.Real.Interval: Test if the endpoints of this interval are equal.
endpointsEqual(double) - Method in class math.Real.Interval: Test if the endpoints of this interval are equal within the given tolerance level.
equals(Object) - Method in class math.function.QuadraticFunction
equals(Object) - Method in class math.linear.doubles.Matrix
equals(Object) - Method in class math.linear.doubles.Vector
equals(Object) - Method in class math.polynomial.interpolation.NewtonPolynomial
equals(Object) - Method in class math.Rational
equals(Object) - Method in class math.Real.Interval
equals(Object) - Method in class math.stats.distributions.Normal
equals(Object) - Method in class math.stats.distributions.StudentsT
evaluateAt(double) - Method in class math.polynomial.interpolation.NewtonPolynomial: Evaluate this Newton polynomial at the given point.
extremePoint() - Method in class math.function.QuadraticFunction: retrieve the point at which the local extremum of this function occurs.
extremePointDbl() - Method in class math.function.QuadraticFunction: retrieve the point at which the local extremum of this function occurs as a primitive.
extremum() - Method in class math.function.QuadraticFunction: retrieve the local extremum of this function.
extremumDbl() - Method in class math.function.QuadraticFunction: retrieve the local extremum of this function as a primitive.

F

FieldElement<T> - Interface in math: Represents an element of a mathematical field.
forwardDifferenceApproximation(Function, double, double) - Static method in class math.function.NumericalDerivatives
forwardDifferenceApproximation(Function, double, double, double) - Static method in class math.function.NumericalDerivatives
forwardDifferenceGradient(MultivariateDoubleFunction, double[], double) - Static method in class math.function.NumericalDerivatives
forwardDifferenceGradient(MultivariateFunction, Vector, double) - Static method in class math.function.NumericalDerivatives
forwardDifferenceGradient(MultivariateFunction, Vector, double, double) - Static method in class math.function.NumericalDerivatives
from(Real) - Static method in class math.Complex
from(double...) - Static method in class math.linear.doubles.Vector: Create a new vector from the given elements.
from(int, int) - Static method in class math.Rational
from(int) - Static method in class math.Rational
from(double) - Static method in class math.Real: Create a new real number using the given double.
Function - Interface in math.function: A scalar-valued function of one variable.
functionEvaluations() - Method in class math.function.AbstractFunction: The number of times this function has been evaluated.
functionEvaluations() - Method in class math.function.AbstractMultivariateFunction: The number of times this function has been evaluated.
functionValue() - Method in class math.optim.BFGS: Return the final value of the target function.

G

GeneralFunction - Class in math.function: A thin wrapper for a Function.
GeneralFunction(Function) - Constructor for class math.function.GeneralFunction
GeneralFunction(Function, Function) - Constructor for class math.function.GeneralFunction
gradientAt(Vector) - Method in class math.function.AbstractMultivariateFunction
gradientAt(Vector, double) - Method in class math.function.AbstractMultivariateFunction
gradientEvaluations() - Method in class math.function.AbstractMultivariateFunction: The number of times the gradient has been computed.

H

hashCode() - Method in class math.function.QuadraticFunction
hashCode() - Method in class math.linear.doubles.Matrix
hashCode() - Method in class math.linear.doubles.Vector
hashCode() - Method in class math.polynomial.interpolation.NewtonPolynomial
hashCode() - Method in class math.Rational
hashCode() - Method in class math.Real.Interval
hashCode() - Method in class math.stats.distributions.Normal
hashCode() - Method in class math.stats.distributions.StudentsT
hasMaximum() - Method in class math.function.CubicFunction: Indicates if this function has a maximum or not.
hasMaximum() - Method in class math.function.QuadraticFunction: Indicates if this function has a maximum or not.
hasMinimum() - Method in class math.function.CubicFunction: Indicates if this function has a minimum or not.
hasMinimum() - Method in class math.function.QuadraticFunction: Indicates if this function has a minimum or not.

I

identity(int) - Static method in class math.linear.doubles.Matrices: Create a new identity matrix with the given dimension.
IdentityBuilder(int) - Constructor for class math.linear.doubles.Matrix.IdentityBuilder: Create a new builder with the given dimension.
im() - Method in class math.Complex: The imaginary part of this complex number.
Interval(double, double) - Constructor for class math.Real.Interval
inverseHessian() - Method in class math.optim.BFGS: Return the final approximation to the inverse Hessian.
isReal() - Method in class math.Complex: Returns true if this complex number is also a real number and false otherwise.

L

LinearInterpolation - Class in math.polynomial.interpolation: Linear interpolation of two known points.
LinearInterpolation(double, double, double, double) - Constructor for class math.polynomial.interpolation.LinearInterpolation
listFrom(double...) - Static method in class math.Reals
localExtrema() - Method in class math.function.CubicFunction: retrieve the local extrema of this function.
localExtremePoints() - Method in class math.function.CubicFunction: retrieve the points at which the local extrema of this function occur.
lower() - Method in class math.Real.Interval
lowerDbl() - Method in class math.Real.Interval

M

math - package math: General mathematical functionality.
math.function - package math.function: Various mathematical functions.
math.linear.doubles - package math.linear.doubles: Linear algebra functionality using primitive double values in place of FieldElements.
math.operations - package math.operations: Useful convenience methods for numeric data.
math.optim - package math.optim: Mathematical optimization functions and algorithms.
math.polynomial.interpolation - package math.polynomial.interpolation: Classes for polynomial interpolation.
math.stats - package math.stats: Statistical computations and functions.
math.stats.distributions - package math.stats.distributions: Probability distributions.
Matrices - Class in math.linear.doubles: Static methods for creating Matrix objects.
Matrix - Class in math.linear.doubles: An immutable and thread-safe implementation of a real-valued matrix.
Matrix(int, int, double) - Constructor for class math.linear.doubles.Matrix: Create a new matrix with the given dimensions filled with the supplied value.
Matrix(double[][], Matrix.Order) - Constructor for class math.linear.doubles.Matrix: Create a new matrix from the given two-dimensional array of data.
Matrix.IdentityBuilder - Class in math.linear.doubles: A class that allows one to start with an identity matrix, then set specific elements before creating an immutable Matrix.
Matrix.Order - Enum in math.linear.doubles
meanOf(double[]) - Static method in class math.stats.Statistics
medianOf(double[]) - Static method in class math.stats.Statistics
minus(Complex) - Method in class math.Complex
minus(T) - Method in interface math.FieldElement: Subtract the given element from this element.
minus(Matrix) - Method in class math.linear.doubles.Matrix: Subtract the given matrix from this matrix and return the resulting difference.
minus(Vector) - Method in class math.linear.doubles.Vector: Subtract the given vector from this vector and return the result in a new vector.
minus(double) - Method in class math.linear.doubles.Vector: Subtract the given scalar from this vector and return the result in a new vector.
minus(Rational) - Method in class math.Rational
minus(Real) - Method in class math.Real: Subtract the given real number from this real number and return the result.
minus(Complex) - Method in class math.Real
MultivariateDoubleFunction - Interface in math.function: A scalar-valued function of several variables that uses primitive doubles as input and output values.
MultivariateFunction - Interface in math.function: A scalar-valued function of several variables.

N

ncol() - Method in class math.linear.doubles.Matrix
NewtonPolynomial - Class in math.polynomial.interpolation: Represents the Newton form of an interpolating polynomial.
NewtonPolynomial(double[], double[]) - Constructor for class math.polynomial.interpolation.NewtonPolynomial: Create a new Newton polynomial with the given points and function values.
norm() - Method in class math.linear.doubles.Vector: Compute the L2 length of this vector.
Normal - Class in math.stats.distributions: A Normal, or Gaussian, probability distribution.
Normal(double, double) - Constructor for class math.stats.distributions.Normal: Create a new Normal distribution with the given mean and standard deviation.
Normal() - Constructor for class math.stats.distributions.Normal: Create a new standard normal distribution with mean 0 and standard deviation 1.
nrow() - Method in class math.linear.doubles.Matrix
NumericalDerivatives - Class in math.function: Static methods for computing numerical derivatives.

O

Operators - Class in math.operations: Static methods for performing vector operations on arrays.
outerProduct(Vector) - Method in class math.linear.doubles.Vector: Compute the outer product of this vector and the given vector.

P

parameters() - Method in class math.optim.BFGS: Return the final, optimized input parameters.
plus(Complex) - Method in class math.Complex
plus(double) - Method in class math.Complex: Add this element to the given double.
plus(T) - Method in interface math.FieldElement: Add this element to the given element.
plus(Matrix) - Method in class math.linear.doubles.Matrix: Add this matrix to the given matrix and return the resulting sum.
plus(Vector) - Method in class math.linear.doubles.Vector: Add this vector to the given vector and return the result in a new vector.
plus(Rational) - Method in class math.Rational
plus(Real) - Method in class math.Real: Add this real number to the given real number and return the result.
plus(Complex) - Method in class math.Real
productOf(double[], double[]) - Static method in class math.operations.Operators: Take the element-by-element product of the two arrays and return the result in a new array.

Q

QuadraticFunction - Class in math.function: A univariate polynomial function of degree 2.
QuadraticFunction(Real, Real, Real) - Constructor for class math.function.QuadraticFunction: Create a new quadratic function using the given coefficients.
QuadraticFunction(double, double, double) - Constructor for class math.function.QuadraticFunction: Create a new quadratic function using the given coefficients.
quantile(double) - Method in interface math.stats.distributions.Distribution: Compute the value of the quantile function at the given probability.
quantile(double) - Method in class math.stats.distributions.Normal
quantile(double) - Method in class math.stats.distributions.StudentsT
quantile(double) - Method in class math.stats.distributions.Uniform
quotientOf(double[], double[]) - Static method in class math.operations.Operators: Take the element-by-element quotient of the two arrays and return the result in a new array.

R

rand() - Method in interface math.stats.distributions.Distribution: Generate a random value from the distribution.
rand() - Method in class math.stats.distributions.Normal
rand() - Method in class math.stats.distributions.StudentsT
rand() - Method in class math.stats.distributions.Uniform
Rational - Class in math: A representation of a rational number.
real() - Method in class math.Complex: The real part of this complex number.
Real - Class in math: A numerical approximation of a real number.
Real.Interval - Class in math: An interval on the real line.
Reals - Class in math

S

scale(double[], double) - Static method in class math.operations.Operators: Scale the original data by alpha and return the result in a new array.
scaledBy(double) - Method in class math.linear.doubles.Matrix: Scale this matrix by the given value and return the scaled matrix.
scaledBy(double) - Method in class math.linear.doubles.Vector: Scale this vector by the given scalar and return the result in a new vector.
set(int, int, double) - Method in class math.linear.doubles.Matrix.IdentityBuilder: Set the matrix at the given coordinates to the provided value and return the builder.
setDf(Function) - Method in class math.function.GeneralFunction: Set the derivative of this function.
size() - Method in class math.linear.doubles.Vector: The number of elements in this vector.
slopeAt(double) - Method in class math.function.AbstractFunction: Compute and return the slope at the given point.
slopeAt(double, double) - Method in class math.function.AbstractFunction
slopeAt(double) - Method in class math.function.CubicFunction
slopeAt(double) - Method in class math.function.GeneralFunction
slopeAt(double) - Method in class math.function.QuadraticFunction
slopeEvaluations() - Method in class math.function.AbstractFunction: The number of times the slope has been computed.
SlopeFunction - Interface in math.function: A function used for computing the slope of another function.
sqrt() - Method in class math.Complex
sqrt() - Method in interface math.FieldElement: The square root operation applied to this element.
sqrt() - Method in class math.Rational
sqrt() - Method in class math.Real: Computes and returns the square root of this number if the number is non-negative, and throws an IllegalStateException otherwise.
squared() - Method in class math.Real: Square this real number and return the result.
Statistics - Class in math.stats: Static methods for computing basic statistics.
stdDeviationOf(double[]) - Static method in class math.stats.Statistics
StudentsT - Class in math.stats.distributions: A Student's t probability distribution.
StudentsT(int) - Constructor for class math.stats.distributions.StudentsT: Create a new Student's t distribution with the given degrees of freedom.
subtract(double[], double) - Static method in class math.operations.Operators: Subtract the given value from each element of the supplied data and return the result in a new array.
sum() - Method in class math.linear.doubles.Vector: Compute the sum of the elements of this vector.
sumOf(double[], double[]) - Static method in class math.operations.Operators: Take the element-by-element sum of the two arrays and return the result in a new array.
sumOf(double[]) - Static method in class math.stats.Statistics
sumOfSquared(double[]) - Static method in class math.stats.Statistics
sumOfSquares() - Method in class math.linear.doubles.Vector: Compute the sum of squared elements of this vector.

T

times(Complex) - Method in class math.Complex
times(T) - Method in interface math.FieldElement: Multiply this element by the given element.
times(Matrix) - Method in class math.linear.doubles.Matrix: Multiply this matrix by the given matrix and return the resulting product.
times(Vector) - Method in class math.linear.doubles.Matrix: Multiply this matrix by the given vector and return the resulting transformation.
times(Rational) - Method in class math.Rational
times(Real) - Method in class math.Real: Multiply this real number by the given real number and return the result.
times(double) - Method in class math.Real
toCubic() - Method in class math.polynomial.interpolation.NewtonPolynomial: Convert this Newton polynomial to the standard form of a cubic function, f(x) = ax³ + bx² + cx + d.
toQuadratic() - Method in class math.polynomial.interpolation.NewtonPolynomial: Convert this Newton polynomial to the standard form of a quadratic function, f(x) = ax² + bx + c.
toString() - Method in class math.Complex
toString() - Method in class math.function.CubicFunction
toString() - Method in class math.function.QuadraticFunction
toString() - Method in class math.linear.doubles.Matrix
toString() - Method in class math.linear.doubles.Vector
toString() - Method in class math.Rational
toString() - Method in class math.Real.Interval
toString() - Method in class math.Real
toString() - Method in class math.stats.distributions.Normal
toString() - Method in class math.stats.distributions.Uniform
transpose() - Method in class math.linear.doubles.Matrix: Transpose this matrix and return the resulting transposition.

U

Uniform - Class in math.stats.distributions
Uniform(double, double) - Constructor for class math.stats.distributions.Uniform
upper() - Method in class math.Real.Interval
upperDbl() - Method in class math.Real.Interval

V

valueOf(String) - Static method in enum math.linear.doubles.Matrix.Order: Returns the enum constant of this type with the specified name.
values() - Static method in enum math.linear.doubles.Matrix.Order: Returns an array containing the constants of this enum type, in the order they are declared.
varianceOf(double[]) - Static method in class math.stats.Statistics
Vector - Class in math.linear.doubles: An immutable and thread-safe implementation of a real-valued vector backed by an array of primitive doubles.
Vector(double...) - Constructor for class math.linear.doubles.Vector: Create a new vector using the provided elements.

Z

zero() - Static method in class math.Complex
zero() - Static method in class math.Real
zeros() - Method in class math.function.QuadraticFunction: Compute and return the zeros, or roots, of this function.

A B C D E F G H I L M N O P Q R S T U V Z