A 3D grid class with X-point topology. More...

Inheritance diagram for dg::aRealTopologyX3d< real_type >:

Public Types
using	value_type = real_type

using	host_vector = thrust::host_vector< real_type >
	The host vector type used by host functions like evaluate. More...

using	host_grid = RealGridX3d< real_type >

Public Member Functions
real_type	x0 () const
	left boundary in x More...

real_type	x1 () const
	right boundary in x More...

real_type	y0 () const
	left boundary in y More...

real_type	y1 () const
	right boundary in y More...

real_type	z0 () const
	left boundary in z More...

real_type	z1 () const
	right boundary in z More...

real_type	lx () const
	length in x More...

real_type	ly () const
	length in y More...

real_type	lz () const
	length in z More...

real_type	hx () const
	cell size in x More...

real_type	hy () const
	cell size in y More...

real_type	hz () const
	cell size in z More...

real_type	fx () const
	partition factor in x More...

real_type	fy () const
	partition factor in y More...

unsigned	n () const
	number of polynomial coefficients in x and y More...

unsigned	Nx () const
	number of points in x More...

unsigned	inner_Nx () const
	number of topological cells in x More...

unsigned	outer_Nx () const
	number of smooth rows in x More...

unsigned	Ny () const
	number of cells in y More...

unsigned	inner_Ny () const
	number of cells in the inner region of y More...

unsigned	outer_Ny () const
	number of cells in one of the outer regions of y More...

unsigned	Nz () const
	number of points in z More...

bc	bcx () const
	boundary conditions in x More...

bc	bcy () const
	boundary conditions in y More...

bc	bcz () const
	boundary conditions in z More...

RealGrid3d< real_type >	grid () const
	Return a copy without topology. More...

const DLT< real_type > &	dlt () const
	discrete legendre transformation More...

unsigned	size () const
	real_typehe total number of points More...

void	display (std::ostream &os=std::cout) const
	Display. More...

bool	contains (real_type x, real_type y, real_type z) const
	Check if the grid contains a point. More...

Protected Member Functions
	~aRealTopologyX3d ()=default
	disallow destruction through base class pointer More...

	aRealTopologyX3d (real_type x0, real_type x1, real_type y0, real_type y1, real_type z0, real_type z1, real_type fx, real_type fy, unsigned n, unsigned Nx, unsigned Ny, unsigned Nz, bc bcx, bc bcy, bc bcz)
	Construct a 3D X-point grid. More...

	aRealTopologyX3d (const aRealTopologyX3d &src)=default

aRealTopologyX3d &	operator= (const aRealTopologyX3d &src)=default

Detailed Description

template<class real_type>
struct dg::aRealTopologyX3d< real_type >

A 3D grid class with X-point topology.

In the third dimension only 1 polynomial coefficient is used, not n. In 2d it looks like

| -----> y
|  |---x----------x---|
|  |---x----------x---|
v  |--- ---------- ---|
x  |--- ---------- ---| fx*Lx
   |--- ---------- ---|
   fy*Ly

Member Typedef Documentation

◆ host_grid

template<class real_type >

using dg::aRealTopologyX3d< real_type >::host_grid = RealGridX3d<real_type>

◆ host_vector

template<class real_type >

using dg::aRealTopologyX3d< real_type >::host_vector = thrust::host_vector<real_type>

The host vector type used by host functions like evaluate.

◆ value_type

template<class real_type >

using dg::aRealTopologyX3d< real_type >::value_type = real_type

Constructor & Destructor Documentation

◆ ~aRealTopologyX3d()

template<class real_type >

dg::aRealTopologyX3d< real_type >::~aRealTopologyX3d ( )

protecteddefault

disallow destruction through base class pointer

◆ aRealTopologyX3d() [1/2]

template<class real_type >

dg::aRealTopologyX3d< real_type >::aRealTopologyX3d	(	real_type	x0,
		real_type	x1,
		real_type	y0,
		real_type	y1,
		real_type	z0,
		real_type	z1,
		real_type	fx,
		real_type	fy,
		unsigned	n,
		unsigned	Nx,
		unsigned	Ny,
		unsigned	Nz,
		bc	bcx,
		bc	bcy,
		bc	bcz
	)

inlineprotected

Construct a 3D X-point grid.

Parameters

x0	left boundary in x
x1	right boundary in x
y0	lower boundary in y
y1	upper boundary in y
z0	lower boundary in z
z1	upper boundary in z
fx	factor for the partition in x-direction
fy	factor for the partition in y-direction
n	# of polynomial coefficients per (x-,y-) dimension (1<=n<=20, note that the library is optimized for n=3 )

Attention: # of polynomial coefficients in z direction is always 1

Parameters

Nx	# of points in x
Ny	# of points in y
Nz	# of points in z
bcx	boundary condition in x
bcy	boundary condition in y
bcz	boundary condition in z

◆ aRealTopologyX3d() [2/2]

template<class real_type >

dg::aRealTopologyX3d< real_type >::aRealTopologyX3d ( const aRealTopologyX3d< real_type > & src )

protecteddefault

explicit copy constructor (default)

Parameters

src source

Member Function Documentation

◆ bcx()

template<class real_type >

bc dg::aRealTopologyX3d< real_type >::bcx ( ) const

inline

boundary conditions in x

Returns

◆ bcy()

template<class real_type >

bc dg::aRealTopologyX3d< real_type >::bcy ( ) const

inline

boundary conditions in y

Returns

◆ bcz()

template<class real_type >

bc dg::aRealTopologyX3d< real_type >::bcz ( ) const

inline

boundary conditions in z

Returns

◆ contains()

template<class real_type >

bool dg::aRealTopologyX3d< real_type >::contains	(	real_type	x,
		real_type	y,
		real_type	z
	)		const

inline

Check if the grid contains a point.

Note: doesn't check periodicity!!

Parameters

x	x-point to check
y	y-point to check
z	z-point to check

Returns: true if x0()<=x<=x1() and y0()<=y<=y1() and z0()<=z<=z1() , false else

◆ display()

template<class real_type >

void dg::aRealTopologyX3d< real_type >::display ( std::ostream & os = std::cout ) const

inline

Display.

Parameters

os	output stream

◆ dlt()

template<class real_type >

const DLT< real_type > & dg::aRealTopologyX3d< real_type >::dlt ( ) const

inline

discrete legendre transformation

Returns

◆ fx()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::fx ( ) const

inline

partition factor in x

Returns

◆ fy()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::fy ( ) const

inline

partition factor in y

Returns

◆ grid()

template<class real_type >

RealGrid3d< real_type > dg::aRealTopologyX3d< real_type >::grid ( ) const

inline

Return a copy without topology.

Returns

◆ hx()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::hx ( ) const

inline

cell size in x

Returns

◆ hy()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::hy ( ) const

inline

cell size in y

Returns

◆ hz()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::hz ( ) const

inline

cell size in z

Returns

◆ inner_Nx()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::inner_Nx ( ) const

inline

number of topological cells in x

Returns

◆ inner_Ny()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::inner_Ny ( ) const

inline

number of cells in the inner region of y

Returns

◆ lx()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::lx ( ) const

inline

length in x

Returns

◆ ly()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::ly ( ) const

inline

length in y

Returns

◆ lz()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::lz ( ) const

inline

length in z

Returns

◆ n()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::n ( ) const

inline

number of polynomial coefficients in x and y

Returns

◆ Nx()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::Nx ( ) const

inline

number of points in x

Returns

◆ Ny()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::Ny ( ) const

inline

number of cells in y

Returns

◆ Nz()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::Nz ( ) const

inline

number of points in z

Returns

◆ operator=()

template<class real_type >

aRealTopologyX3d & dg::aRealTopologyX3d< real_type >::operator= ( const aRealTopologyX3d< real_type > & src )

protecteddefault

explicit assignment operator (default)

Parameters

src source

◆ outer_Nx()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::outer_Nx ( ) const

inline

number of smooth rows in x

Returns

◆ outer_Ny()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::outer_Ny ( ) const

inline

number of cells in one of the outer regions of y

Returns

◆ size()

template<class real_type >

unsigned dg::aRealTopologyX3d< real_type >::size ( ) const

inline

real_typehe total number of points

Returns: n*n*Nx*Ny*Nz

◆ x0()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::x0 ( ) const

inline

left boundary in x

Returns

◆ x1()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::x1 ( ) const

inline

right boundary in x

Returns

◆ y0()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::y0 ( ) const

inline

left boundary in y

Returns

◆ y1()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::y1 ( ) const

inline

right boundary in y

Returns

◆ z0()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::z0 ( ) const

inline

left boundary in z

Returns

◆ z1()

template<class real_type >

real_type dg::aRealTopologyX3d< real_type >::z1 ( ) const

inline

right boundary in z

Returns

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

topology/gridX.h

Public Types

Public Member Functions

Protected Member Functions

Detailed Description

Member Typedef Documentation

◆ host_grid

◆ host_vector

◆ value_type

Constructor & Destructor Documentation

◆ ~aRealTopologyX3d()

◆ aRealTopologyX3d() [1/2]

◆ aRealTopologyX3d() [2/2]

Member Function Documentation

◆ bcx()

◆ bcy()

◆ bcz()

◆ contains()

◆ display()

◆ dlt()

◆ fx()

◆ fy()

◆ grid()

◆ hx()

◆ hy()

◆ hz()

◆ inner_Nx()

◆ inner_Ny()

◆ lx()

◆ ly()

◆ lz()

◆ n()

◆ Nx()

◆ Ny()

◆ Nz()

◆ operator=()

◆ outer_Nx()

◆ outer_Ny()

◆ size()

◆ x0()

◆ x1()

◆ y0()

◆ y1()

◆ z0()

◆ z1()