Multi-level Meshes with successively double the resolution. More...

#include <base_mesh.h>

Public Member Functions
template<typename... Args>
	MultilevelMesh (BoundingBox tentative_bounds, Real reference_spacing, size_t total_levels, Args &&...args)

StdVec< CoarsestMeshType * >	getMeshLevels ()

void	writeMeshFieldToPlt (std::ofstream &output_file) override

Protected Attributes
size_t	total_levels_

StdVec< CoarsestMeshType * >	mesh_levels_

Detailed Description

template<class MeshFieldType, class CoarsestMeshType, class RefinedMeshType>
class SPH::MultilevelMesh< MeshFieldType, CoarsestMeshType, RefinedMeshType >

Multi-level Meshes with successively double the resolution.

Constructor & Destructor Documentation

◆ MultilevelMesh()

template<class MeshFieldType, class CoarsestMeshType, class RefinedMeshType>

template<typename... Args>

SPH::MultilevelMesh< MeshFieldType, CoarsestMeshType, RefinedMeshType >::MultilevelMesh	(	BoundingBox	tentative_bounds,
		Real	reference_spacing,
		size_t	total_levels,
		Args &&...	args
	)

inline

template parameter pack is used with rvalue reference and perfect forwarding to keep the type of arguments when called by another function with template parameter pack too.

all mesh levels aligned at the lower bound of tentative_bounds

Member Data Documentation

◆ total_levels_

template<class MeshFieldType, class CoarsestMeshType, class RefinedMeshType>

size_t SPH::MultilevelMesh< MeshFieldType, CoarsestMeshType, RefinedMeshType >::total_levels_

protected

level 0 is the coarsest

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

SPHINXsys/src/shared/meshes/base_mesh.h

Public Member Functions