dg::aRealRefinementX2d< real_type > Struct Template Reference

Abstract base class for 2d grid refinement that increases the number of grid cells of a fixed basis grid. More...

Inheritance diagram for dg::aRealRefinementX2d< real_type >:

Public Member Functions
void	generate (const RealGridX2d< real_type > &g_old, thrust::host_vector< real_type > &weightsX, thrust::host_vector< real_type > &weightsY, thrust::host_vector< real_type > &abscissasX, thrust::host_vector< real_type > &abscissasY) const
	Generate the grid transformation. More...
unsigned	nx_new (unsigned Nx_old, real_type fx_old) const
	the new number of cells More...
unsigned	ny_new (unsigned Ny_old, real_type fy_old) const
real_type	fx_new (unsigned Nx_old, real_type fx_old) const
real_type	fy_new (unsigned Ny_old, real_type fy_old) const
virtual aRealRefinementX2d *	clone () const =0
virtual	~aRealRefinementX2d ()=default

Protected Member Functions
	aRealRefinementX2d ()=default
	aRealRefinementX2d (const aRealRefinementX2d &src)=default
aRealRefinementX2d &	operator= (const aRealRefinementX2d &src)=default

Detailed Description

template<class real_type>
struct dg::aRealRefinementX2d< real_type >

Abstract base class for 2d grid refinement that increases the number of grid cells of a fixed basis grid.

Constructor & Destructor Documentation

~aRealRefinementX2d()

template<class real_type >

virtual dg::aRealRefinementX2d< real_type >::~aRealRefinementX2d ( )

virtualdefault

aRealRefinementX2d() [1/2]

template<class real_type >

dg::aRealRefinementX2d< real_type >::aRealRefinementX2d ( )

protecteddefault

aRealRefinementX2d() [2/2]

template<class real_type >

dg::aRealRefinementX2d< real_type >::aRealRefinementX2d ( const aRealRefinementX2d< real_type > &  src )

protecteddefault

Member Function Documentation

clone()

template<class real_type >

virtual aRealRefinementX2d * dg::aRealRefinementX2d< real_type >::clone ( ) const

pure virtual

Implemented in dg::RealExponentialXRefinement< real_type >, dg::RealIdentityXRefinement< real_type >, and dg::RealEquidistXRefinement< real_type >.

fx_new()

template<class real_type >

real_type dg::aRealRefinementX2d< real_type >::fx_new ( unsigned  Nx_old, real_type  fx_old  ) const

inline

fy_new()

template<class real_type >

real_type dg::aRealRefinementX2d< real_type >::fy_new ( unsigned  Ny_old, real_type  fy_old  ) const

inline

generate()

template<class real_type >

void dg::aRealRefinementX2d< real_type >::generate ( const RealGridX2d< real_type > &  g_old, thrust::host_vector< real_type > &  weightsX, thrust::host_vector< real_type > &  weightsY, thrust::host_vector< real_type > &  abscissasX, thrust::host_vector< real_type > &  abscissasY  ) const

inline

Generate the grid transformation.

Parameters

g_old	The 1d grid to refine
weightsX	A 2d vector of size nx_new()*ny_new(). These represent the Jacobian of the transformation \[\frac{\partial \zeta}{\partial x} \] . The new metric element has thus to be multiplied by weights^2 and the volume by 1/weights
weightsY	A 2d vector of size nx_new()*ny_new(). These represent the Jacobian of the transformation \[\frac{\partial \eta}{\partial y} \] . The new metric element has thus to be multiplied by weights^2 and the volume by 1/weights
abscissasX	A 2d vector of size nx_new()*ny_new(). These are the new abscissas \( x(\zeta) \) of the grid.
abscissasY	A 2d vector of size nx_new()*ny_new(). These are the new abscissas \( y(\eta) \) of the grid.

nx_new()

template<class real_type >

unsigned dg::aRealRefinementX2d< real_type >::nx_new ( unsigned  Nx_old, real_type  fx_old  ) const

inline

the new number of cells

Parameters

Nx_old	the old number of cells
fx_old	Factor to partition x-axis

ny_new()

template<class real_type >

unsigned dg::aRealRefinementX2d< real_type >::ny_new ( unsigned  Ny_old, real_type  fy_old  ) const

inline

operator=()

template<class real_type >

aRealRefinementX2d & dg::aRealRefinementX2d< real_type >::operator= ( const aRealRefinementX2d< real_type > &  src )

protecteddefault

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

• topology/refined_gridX.h