Public Member Functions

NonLinearSolutionPath< my_alg_type_IN, my_alg_type_OUT > Class Template Reference

Gives the solution of the (non-linear) RDE as Path. More...

#include <NonLinearSolutionPath.h>

Inheritance diagram for NonLinearSolutionPath< my_alg_type_IN, my_alg_type_OUT >:
DynamicallyConstructedPath< my_alg_type_OUT > BasePath< my_alg_type_OUT >

List of all members.

Public Member Functions

 NonLinearSolutionPath (Path< my_alg_type_IN > &theControlIn, std::vector< POLYLIE< my_alg_type_OUT >> &theVectorFieldsIn, AbstractSolutionPoint< my_alg_type_OUT > &theInitialValue, SCA theStartTime=SCA(0))
 Constructor. Takes the input path, equation, start time and initial value.
 ~NonLinearSolutionPath (void)
 Default Destructor.
void ComputeChildLieIncrements (Increment< my_alg_type_OUT > &nvLeft, Increment< my_alg_type_OUT > &nvRight, ConstIterator itLeafAbove) const
 Implementation of ComputeChildLieIncrements.
LIE MakeRootLieIncrement (const dyadic_interval &increment) const
 Implementation of MakeRootLieIncrement.
void MakeNeighborRootLieIncrement (LIE &ans, const Iterator &OldRoot) const
 Implementation of MakeNeighborRootLieIncrement.

Detailed Description

template<typename my_alg_type_IN, typename my_alg_type_OUT>
class NonLinearSolutionPath< my_alg_type_IN, my_alg_type_OUT >

Gives the solution of the (non-linear) RDE as Path.


The documentation for this class was generated from the following file: