| Interface | Description |
|---|---|
| FCNBase |
User function base class, has to be implemented by the user.
|
| FCNGradientBase |
Extension of FCNBase for providing the analytical gradient of the
function.
|
| Class | Description |
|---|---|
| ContoursError | |
| FunctionMinimum |
Result of the minimization.
|
| MinosError | |
| MnApplication |
Base class for minimizers.
|
| MnContours |
API class for Contours error analysis (2-dim errors).
|
| MnEigen |
Calculates and the eigenvalues of the user covariance matrix MnUserCovariance.
|
| MnGlobalCorrelationCoeff | |
| MnHesse |
With MnHesse the user can instructs MINUIT to calculate, by finite differences, the
Hessian or error matrix.
|
| MnMachinePrecision |
Determines the relative floating point arithmetic precision.
|
| MnMigrad |
MnMigrad provides minimization of the function by the method of MIGRAD, the most
efficient and complete single method, recommended for general functions,
and the functionality for parameters interaction.
|
| MnMinimize |
Causes minimization of the function by the method of MIGRAD, as does the MnMigrad
class, but switches to the SIMPLEX method if MIGRAD fails to converge.
|
| MnMinos |
API class for Minos error analysis (asymmetric errors).
|
| MnPlot |
MnPlot produces a text-screen graphical output of (x,y) points.
|
| MnPrint |
Utilities for printing various minuit results.
|
| MnScan |
MnScan scans the value of the user function by varying one parameter.
|
| MnSimplex |
SIMPLEX is a function minimization method using the simplex method of Nelder and
Mead.
|
| MnStrategy |
API class for defining three levels of strategies: low (0), medium (1),
high (>=2).
|
| MnUserCovariance |
MnUserCovariance is the external covariance matrix designed for the interaction of the
user.
|
| MnUserParameters |
API class for the user interaction with the parameters.
|
| MnUserParameterState |
The class MnUserParameterState contains the MnUserParameters and the MnUserCovariance.
|
| Point |
A class representing a pair of double (x,y) or (lower,upper)
|
Jas4pp 1.5 © Java Analysis Studio for Particle Physics