| Class | Description |
|---|---|
| Bisection |
Bisection method for root finding of real valued functions R1->R1
|
| FuncR1R1 |
Base class for the construction of a function f(x): R -> R
the function can be passed to an equation solver
|
| FuncRnR1 | |
| FuncRnRn |
Base class for the definition of a real valued function Rn->Rn
|
| Homotopy |
Implements the generic homotopy continuation method
|
| HomotopyFunc |
Defines the simplest homotopy function, to be passed the generic homotopy
driver that carries on the iterative scheme.
|
| InflectionFinderR1R1 |
Finds the inflection point of a real valued function by searching
for the solution of f''=0
|
| IntegratorR1R1 |
Base class for the definition of a numerical integration method for the
approximation of the integral of real valued functions R1->R1
|
| IntegratorR1R1Simpson |
Approximates the integral of a function with Simpson's 3-point formula
|
| MinimizerRn |
Basic class for the definition of a minimization solver for functions Rn->R
|
| NCEBlas |
Custom implementation of some basic linear algebra routines
|
| NCEMath | |
| NewtonRnRn |
Newton-Raphson method for the solution of non-linear systems of equations
|
| Secant |
Secant method to solve one dimensional equations
|
| Simplex |
The Nelder - Mead simplex algorithm
|
| SolverDataFit | |
| SolverR1R1 |
Base class for the definition of a one dimensional equation solver
|
| SolverRnRn |
Base class for the definition of a solver for multi-dimensional systems of
non linear equations
|
| SuccessiveSubstitution |
The successive substitution method for the solution of systems of non linear
equations.
|