| Interface | Description |
|---|---|
| BasisFunction |
Defines the interface for a basis function as required by the ModelData class.
|
| Evaluatable1D |
An interface that defines a 1D function y = fn(x) (named
"function") that can be called by math tools such as root
finders.
|
| ScalarFunctionND |
A class that defines an n-Dimensional scalar function y = fn(x[1..n]) (named
"function") that can be called by math tools such as a function minimizer.
|
| VectorFunction |
A class that defines an n-Dimensional vector function y[] = fn(x[]) (named
"function") that can be called by math tools such as root
finders.
|
| Class | Description |
|---|---|
| AbstractEvaluatable1D |
A class that defines a 1D function y = fn(x) (named
"function") that can be called by math tools such as root
finders.
|
| BracketRoot1D |
Represents the bracket around a root in a 1D function.
|
| MathTools |
A collection of useful static routines of a general mathematical nature.
|
| Minimization |
A collection of static routines to find the minima or maxima
of functions or sets of functions.
|
| ModelData |
Methods in this class are used to create functions that model experimental data.
|
| PolynomialFit |
A basis function for generating a polynomial curve fits of degree p[].length-1 with
coefficients in the array p[].
|
| Quadrature |
A collection of methods for integrating a 1D function within a range:
I=int_a^b{f(x) dx}. |
| Roots |
A collection of static routines to find the roots of functions or sets of functions.
|
| Exception | Description |
|---|---|
| IntegratorException |
Integrator routines may throw this exception
when an error occurs.
|
| RootException |
Root finding routines may throw this exception
when an error occurs in the root finding routine.
|