store all functions needed to describe a convection–diffusion example More...
#include <Example_CD2D.h>
Public Member Functions | |
Example_CD2D () | |
default constructor More... | |
Example_CD2D (std::vector< DoubleFunct2D * > exact, std::vector< BoundCondFunct2D * > bc, std::vector< BoundValueFunct2D * > bd, CoeffFct2D *coeffs) | |
initialize your own example More... | |
Public Member Functions inherited from Example2D | |
Example2D (std::vector< DoubleFunct2D * > exact, std::vector< BoundCondFunct2D * > bc, std::vector< BoundValueFunct2D * > bd, CoeffFct2D *coeffs) | |
initialize your own example More... | |
const std::vector < DoubleFunct2D * > & | get_exact () const |
DoubleFunct2D * | get_exact (unsigned int i) const |
BoundCondFunct2D ** | get_bc () |
BoundCondFunct2D * | get_bc (unsigned int i) const |
BoundValueFunct2D ** | get_bd () |
BoundValueFunct2D * | get_bd (unsigned int i) const |
CoeffFct2D * | get_coeffs () const |
Additional Inherited Members | |
Public Attributes inherited from Example2D | |
std::vector< DoubleFunct2D * > | exact_solution |
std::vector< BoundCondFunct2D * > | boundary_conditions |
std::vector< BoundValueFunct2D * > | boundary_data |
CoeffFct2D * | problem_coefficients |
Protected Member Functions inherited from Example2D | |
Example2D () | |
default constructor More... | |
store all functions needed to describe a convection–diffusion example
Depending on the value of TDatabase::ParamDB->EXAMPLE, the standard constructor of this class will fill the vectors (in Example2D) with pointers to the functions needed to fully describe a particular example.
Example_CD2D::Example_CD2D | ( | ) |
default constructor
This intializes a convection-diffusion example in 2D. It is chosen according to TDatabase::ParamDB->EXAMPLE.
exact_solution
boundary condition
boundary values
coefficients
exact_solution
boundary condition
boundary values
coefficients
exact_solution
boundary condition
boundary values
coefficients
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inline |
initialize your own example
Create an example with all vectors already defined.