returned for Tags:"numerical"
DiffSharp: Automatic Differentiation Library
DiffSharp is an automatic differentiation (AD) library.
AD allows exact and efficient calculation of derivatives, by systematically invoking the chain rule of calculus at the elementary operator level during program execution. AD is different from numerical differentiation, which is prone to...
OOOT: Object-Oriented Optimization Toolbox
A library (.dll) of various linear, nonlinear, and stochastic numerical optimization techniques. While some of these are older than 40 years, many have yet to take advantage of an object-oriented programming model. This toolbox was originally created to aid in the automated design of various...
Area Under Curve
Calculates area under a polynomial
Mathos Core Library
* Perform basic and more complex calculations with Fractions.
* Convert different units (length, speed, mass, area, volyme), and numeral systems.
* Include Coordinates to perform simple and more advanced calculations such as Slope, MidPoint, Distance.
* Perform calculations with geometrical shapes...
The package contains Particle Swarm Optimization algorithm.
This PSO is ready to work on a stateful quality function objects, as long as they provide implementation of provided IFunction interface.
F# Hermite Interpolation
An F# module for interpolation sets of data into functions that are fairly accurate over a certain range. Uses the Hermite interpolation method.
A jQuery plugin to permit only numerical digits and specified other characters being entered into an HTML element.
Easy to use library for computing math formulas, mean and proportion. Is a basis of Rychusoft.NumericalLibraries.
var calc = new Calculator("8^2+5-cos(2*PI)");
var result = calc.Compute(); // result = 68"
Easy to use library for computing derivative and function value at given point.
var derivative = new Derivative("x^2 + 5 - cos(2 * PI * x)");
var result = derivative.ComputeDerivative(1); // result = 2
Set of Bessel's functions for Rychusoft.NumericalLibraries suite
Root Finding in F#
Find roots of an arbitrary function using bisection, newton, and secant method.
MathCore Library - Numerical Analysis
NumericalLibraries Interpolation and Approximation
Library for computing function interpolation and approximation
Chart component for Rychusoft.NumericalLibraries suite
Easy to use library for computing differential equations.
var math = new Rychusoft.NumericalLibraries.Differential.Differential(""3*x^2-5"");
var result = math.ComputeDifferential(4, 2, 0); // result = 46
NumericalLibraries Fourier Transform
Library for computing fourier transform
NumericalLibraries Linear Equation
Library for computing linear equations
Easy to use library for computing integrals.
var math = new Integral("3*x^2-5", 5, 10);
var result = math.ComputeIntegral(); // result = 850
NumericalLibraries Function Zero Root
Easy to use library for computing zero (root) of a function.
var math = new FunctionRoot.Hybrid("(x+1)^2-9", 0, 1.5);
var result = math.ComputeHybrid(); // result = 2
.NET bindings for the NVIDIA CUDA toolkit