A common ancestor for all given paths. More...
#include <BasePath.h>
Inheritance diagram for BasePath< my_alg_type >:
Public Member Functions | |
| virtual LIE | DescribePath (const dyadic_interval &increment, const int accuracy) const =0 |
| The description of the path. | |
| LIE | DescribePath (const dyadic_interval &increment) const |
| Describe the path over a dyadic interval using the default accuracy deduced from the interval. | |
| virtual LIE | DescribePath (double inf, double sup, int tolerance) const |
| Describe the path over a real interval. | |
Protected Types | |
| typedef my_alg_type::LIE | LIE |
| typedef my_alg_type::MAPS | MAPS |
| typedef my_alg_type::CBH | CBH |
| typedef my_alg_type::SCA | SCA |
| typedef my_alg_type::S | S |
Static Protected Attributes | |
| static const unsigned | myDIM = my_alg_type::myDIM |
Detailed Description
template<typename my_alg_type>
class BasePath< my_alg_type >
A common ancestor for all given paths.
BasePath contains the functions that describe the path as a Lie element for any given interval. These are virtual functions, allowing us to define them later for specific paths.
Member Function Documentation
template<typename my_alg_type>
| virtual LIE BasePath< my_alg_type >::DescribePath | ( | const dyadic_interval & | increment, | |
| const int | accuracy | |||
| ) | const [inline, pure virtual] |
The description of the path.
Describe the path over a dyadic interval by a Lie element
Implemented in DefaultPath< my_alg_type >, DynamicallyConstructedPath< my_alg_type >, Path< my_alg_type >, DynamicallyConstructedPath< my_alg_type_OUT >, and Path< my_alg_type_IN >.
The documentation for this class was generated from the following file:
- RDE_lib2/BasePath.h
Generated on Fri Jan 14 2011 17:50:34 for Rough Differential Equation Solver by
1.7.1