/**
* Set the boundary type for specific block boundary.
*
* @param i_edge location of the edge relative to the SWE_block.
* @param i_boundaryType type of the boundary condition.
* @param i_inflow pointer to an SWE_Block1D, which specifies the inflow (should be NULL for WALL or OUTFLOW boundary)
*/
void SWE_Block::setBoundaryType( const BoundaryEdge i_edge,
const BoundaryType i_boundaryType,
const SWE_Block1D* i_inflow) {
boundary[i_edge] = i_boundaryType;
neighbour[i_edge] = i_inflow;
if (i_boundaryType == OUTFLOW || i_boundaryType == WALL)
// One of the boundary was changed to OUTFLOW or WALL
// -> Update the bathymetry for this boundary
setBoundaryBathymetry();
}
bool SWE_WaveAccumulationBlock::updateBathymetryWithDynamicDisplacement(scenarios::Asagi &i_asagiScenario, const float i_time) {
if (!i_asagiScenario.dynamicDisplacementAvailable(i_time))
return false;
// update the bathymetry
for(int i=0; i<=nx+1; i++) {
for(int j=0; j<=ny+1; j++) {
b[i][j] = i_asagiScenario.getBathymetryAndDynamicDisplacement( offsetX + (i-0.5f)*dx,
offsetY + (j-0.5f)*dy,
i_time
);
}
}
setBoundaryBathymetry();
return true;
}
