|
Interface Summary |
| AbstractMapping |
This is the common interface to define a map or function. |
| C1Function |
The interface C1Function defines the methods that must be implemented for a
class to represent a differentiable function. |
| C2Function |
The interface C2Function defines the methods that must be implemented for a
class to represent a twice differentiable function. |
| ComplexMapping |
This interface defines a map or function. |
| ComplexMappingND |
This interface defines an N dimensional map. |
| CurlFunction |
The interface CurlFunction defines the methods that must be implemented for
a class to represent a function with a curl (the counterpart of the
derivative for multidimensional functions). |
| DivergenceFunction |
The interface DivergenceFunction defines the methods that must be
implemented for a class to represent a function with a divergence (the
counterpart of the derivative for multidimensional functions). |
| GradientFunction |
The interface GradientFunction defines the methods that must be implemented
for a class to represent a function with a gradient (the counterpart of the
derivative for multidimensional functions). |
| LaplacianFunction |
The interface LaplacianFunction defines the methods that must be implemented
for a class to represent a function with a laplacian (the counterpart of
the second derivative for multidimensional functions). |
| NumberMapping |
This interface defines a map or function. |
| NumberMappingND |
This interface defines an N dimensional map. |
| PrimitiveMapping |
This interface defines a map or function. |
| PrimitiveMappingND |
This interface defines an N dimensional map. |
| SampledMapping |
This interface represent sampled scalar functions. |
| SampledMappingIterator |
This class is a simple wrapper allowing to iterate over a
SampledFunction. |