Abstract Algorithm class. Subclasses need to only implement

InternalCompute

.

Basic functions.

Bessel functions for integer order.

BinaryMath provides static methods for "Bit" mathematics.

A double-precision complex number representation.

A set of array utilities for complex number arrays

Contains functions that are related to the complex error function of complex argument.

A single-precision complex number representation.

Various mathematical functions for complex numbers.

A set of statistical utilities for complex number arrays

A collection of frequently used mathematical constants.

Contains scalar constants.

Hosts the direct and the complementary error function.

Exponential integral related functions.

Contains the gamma function and functions related to this function.

Hyperbolic functions.

Define an algorithm.

Provides the interface to a function with one double argument, and one resulting double value. The evaluation is parametrized by one or more parameters.

Provides the interface to a function with one double argument, and one resulting double value. The evaluation is parametrized by one or more parameters.

Support Interface for Precision Operations (like AlmostEquals).

Provides the interface to a function with one double argument, and one resulting double value.

The Kohlrausch function in the frequency domain.

Example of a IScalarFunctionDD which always returns 0 (zero).

The direction of the fourier transform.

Polynomials.

Utilities for working with floating point numbers.

As a result of a prime factorization, this structure is used to represent a natural number (integers greater than or equal to 1) as product of prime numbers.

Provides methods for real numbers, that were forgotten by the Math class.

Rounding of numbers

Contains series calculations.

Contains vector coupling functions.