|
Class Summary |
| AbstractODESolver |
AbstractODE provides a common superclass for ODESolvers. |
| Adams4 |
Title: Adams4
Description: A fourth order Predictor-Corrector ODE solver. |
| Adams5 |
Title: Adams5
Description: A fifth order Predictor-Corrector (PECE) ODE solver. |
| Adams6 |
Title: Adams6
Description: A sixth order Predictor-Corrector ODE solver. |
| ArrayLib |
Library of supplementary array routines not
supported by the java.util.Arrays class. |
| Butcher5 |
Butcher5 implements a fifth order Runge-Kutta ODE solver using an algorithm developed by Butcher. |
| CashKarp45 |
CashKarp45 implements a RKF 4/5 ODE solver with variable step size using Cash-Karp coefficients. |
| Complex |
|
| ComplexEigenvalueDecomposition |
A Java Complex Eigenvalue Decomposition based on an Ada version of a NAG Fortran library subroutine. |
| ComplexMatrix |
|
| CubicSpline |
|
| CurveFitting |
Class CurveFitting defines various curve fitting algorithms inluding linear regression. |
| Derivative |
Derivative defines various derivative algorithms. |
| DormandPrince45 |
DormandPrince45 implements a RKF 4/5 ODE solver with variable step size using Dormand-Prince coefficients. |
| DoubleArray |
DoubleArray stores an array of doubles as a string and as an array. |
| EigenvalueDecomposition |
Eigenvalues and eigenvectors of a real matrix. |
| Euler |
Euler implements an Euler method ODE solver. |
| EulerRichardson |
An Euler-Richardson (midpoint) method ODE solver. |
| Fehlberg8 |
Title: Fehlberg8
Description: An eigth order Runge-Kutta ODE solver. |
| FFT |
FFT computes FFT's of complex, double precision data of arbitrary length n. |
| FFT2D |
FFT2D computes the FFT of 2 dimensional complex, double precision data. |
| FFTReal |
FFTReal computes the discrete Fourier coefficients
a[0], ...., a[N/2] and b[1], ...., b[N/2 - 1]
of the discrete partial Fourier sum
a[0] + a[1]*cos(N/2*omega*x)
+ Sum (k=1,2,...,N/2-1) (a[2*k] * cos(k * omega * x) + a[2*k+1] * sin(k * omega * x))
given real functional values y[0], ...., y[N-1]. |
| FunctionTransform |
|
| HessianMinimize |
|
| Heun3 |
Heun3 implements Heun's third order algorithm for solving ODEs by evaluating the rate at the initial state,
and two intermediate states. |
| IntegerArray |
IntegerArray stores an array of doubles as a string and as an array. |
| Integral |
Class Integral defines various integration algorithms. |
| Interpolation |
Class Interpolation defines simple interpolation algorithms. |
| LagrangeInterpolator |
LagrangeInterpolator uses a polynomial interpolation formula to evaluate values between data points. |
| LeapFrog |
LeapFrog method ODE solver. |
| Legendre |
Legendre defines Legendre Polynomials based on of Alan Jeffrey's
Handbook of Mathematical Formulas an Integrals. |
| LevenbergMarquardt |
LevenbergMarquardt performs a minimization of a nonlinear multivariable function using
the Levenberg-Marquardt algorithm. |
| LogBase10Function |
|
| LUPDecomposition |
Lower Upper Permutation (LUP) decomposition
See Object Oriented Implementation of Numerical Methods by Didier H. |
| MathExpParser |
MathExpParser defines an abstract super class for mathematical expression parsers. |
| Matrix2DTransformation |
Matrix2DTransformation implements 2D affine transformations |
| Matrix2DTransformation.Matrix2DTransformationLoader |
|
| Matrix3DTransformation |
Matrix3DTransformation implements 3D affine transformations using a matrix representation. |
| Matrix3DTransformation.Affine3DTransformationLoader |
|
| NumericsLog |
Logs numerics messages to the OSPLog using reflection. |
| ODEBisectionEventSolver |
ODEBisectionEventSolver is an ODEEventSolver that uses
the bisection method for root finding. |
| ODEMultistepSolver |
ODEMultistepSolver performs multiple ODE steps so that a uniform step size is maintained. |
| ODESolverFactory |
A factory class that creates an ODESolver using a name. |
| ParsedFunction |
ParsedFunction defines a function of a single varianble using a String. |
| ParsedMultiVarFunction |
ParsedMultiVarFunction defines a function of multiple variables using a String. |
| PBC |
Implements methods to support periodic boundary condtions. |
| Polynomial |
Polynomial implements a mathematical polynomial:
c[0] + c[1] * x + c[2] * x^2 + .... |
| PolynomialLeastSquareFit |
Polynomial least square fit without any error estimation. |
| Quaternion |
Quaterion models a unit quaternion and implements quaternion arithmetic. |
| Quaternion.QuaternionLoader |
|
| Ralston2 |
Ralston2 implements Ralston's algorithm for solving ODEs by evaluating the rate at the initial state,
estimating the rate for the final state, and using a weighted average of these two rates to advance the state. |
| RK4 |
Title: RK4
Description: A fourth order Runge-Kutta ODE solver. |
| RK45 |
RK45 implements an Runge-Kutta 4/5 ODE solver with variable step size. |
| RK45MultiStep |
Title: RK45MultiStep
Description: Perform multiple RK4/5 ODE steps so that a uniform step size is maintained |
| Root |
Class Root defines various root finding algorithms. |
| SuryonoParser |
The class Parser is a mathematical expression parser. |
| Util |
A utility class for numerical analysis. |
| Vec3D |
A 3-element vector that is represented by double-precision floating point
x,y,z coordinates. |
| VectorMath |
VectorMath is a utility class for vector math. |
| Verlet |
Verlet: A velocity Verlet method ODE solver. |