cartesian1D.h File Reference

#include "variables.h"
#include "cartesian-common.h"

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Data Structures
struct	Cartesian
struct	_Point

Macros
#define	GRIDNAME   "Cartesian 1D"
#define	dimension   1
#define	GHOSTS   1
#define	_I   (point.i - 1)
#define	_DELTA   (1./point.n)
#define	cartesian   ((Cartesian *)grid)

Typedefs
typedef double	real

Functions
define	data (k, l, m)((double *) &((Cartesian *) grid) -> d[(point.i+k) *datasize]) @define allocated(...) true macro POINT_VARIABLES(Point point=point)
macro2	foreach (char flags=0, Reduce reductions=None)
macro2	foreach_face_generic (char flags=0, Reduce reductions=None, const char *order="xyz")
macro1	is_face_x ()
static void	box_boundary_level_normal (const Boundary *b, scalar *list, int l)
static double	periodic_bc (Point point, Point neighbor, scalar s, bool *data)
static void	box_boundary_level (const Boundary *b, scalar *list, int l)
static void	periodic_boundary_level_x (const Boundary *b, scalar *list, int l)
void	free_grid (void)
if TRASH undef trash define	trash (list) reset(list
if TRASH undef trash define undefined endif void	reset (void *alist, double val)
void	init_grid (int n)
void	realloc_scalar (int size)
Point	locate (double xp=0, double yp=0, double zp=0)
macro2	for (int _i=0;_i< _N;_i++)
void	cartesian1D_methods ()

Variables
static Point	last_point
static int	_ig [] = {1,-1}

Macro Definition Documentation

_DELTA

#define _DELTA   (1./point.n)

Definition at line 10 of file cartesian1D.h.

_I

#define _I   (point.i - 1)

Definition at line 9 of file cartesian1D.h.

cartesian

#define cartesian   ((Cartesian *)grid)

Definition at line 23 of file cartesian1D.h.

dimension

#define dimension   1

Definition at line 6 of file cartesian1D.h.

GHOSTS

#define GHOSTS   1

Definition at line 7 of file cartesian1D.h.

GRIDNAME

#define GRIDNAME   "Cartesian 1D"

Definition at line 5 of file cartesian1D.h.

Typedef Documentation

real

typedef double real

Definition at line 3 of file cartesian1D.h.

Function Documentation

box_boundary_level()

static void box_boundary_level ( const Boundary *  b, scalar *  list, int  l  )

static

Definition at line 89 of file cartesian1D.h.

References _ig, b, box_boundary_level_normal(), cartesian, d, free(), GHOSTS, Point::i, l, list_add(), neighbor(), normal, periodic_bc(), point, right, s, val(), and x.

Referenced by init_grid().

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box_boundary_level_normal()

static void box_boundary_level_normal ( const Boundary *  b, scalar *  list, int  l  )

static

Definition at line 68 of file cartesian1D.h.

References _ig, assert, b, cartesian, d, GHOSTS, Point::i, left, list, neighbor(), point, right, s, val(), and x.

Referenced by box_boundary_level().

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cartesian1D_methods()

void cartesian1D_methods

(

)

Definition at line 237 of file cartesian1D.h.

References cartesian_methods().

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data()

define data	(	k	,
		l	,
		m
	)		& -> d[(point.i + k)*datasize]) @define allocated(...) true macro POINT_VARIABLES (Point point = point)

Definition at line 25 of file cartesian1D.h.

References VARIABLES().

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for()

macro2 for

(

)

Definition at line 229 of file cartesian1D.h.

References flags, foreach_face_generic(), reductions, and x.

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foreach()

macro2 foreach	(	char	flags = 0,
		Reduce	reductions = None
	)

Definition at line 30 of file cartesian1D.h.

References _k, cartesian, Point::i, OMP_PARALLEL(), point, reductions, and x.

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foreach_face_generic()

macro2 foreach_face_generic	(	char	flags = 0,
		Reduce	reductions = None,
		const char *	order = "xyz"
	)

Definition at line 45 of file cartesian1D.h.

References _k, cartesian, Point::i, OMP_PARALLEL(), point, reductions, and x.

Referenced by for().

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free_grid()

void free_grid

(

void

)

Definition at line 146 of file cartesian1D.h.

References cartesian, free(), free_boundaries(), grid, and x.

Referenced by init_grid().

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init_grid()

void init_grid

(

int

n

)

Definition at line 173 of file cartesian1D.h.

References add_boundary(), all, b, box(), box_boundary_level(), cartesian, d, datasize, free_grid(), grid, i, _Boundary::level, Grid::n, N, n, p, periodic_boundary_level_x(), qcalloc, qmalloc, reset, Grid::tn, undefined(), v, and x.

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is_face_x()

macro1 is_face_x

(

)

Definition at line 61 of file cartesian1D.h.

References x.

locate()

Point locate	(	double	xp = 0,
		double	yp = 0,
		double	zp = 0
	)

Definition at line 216 of file cartesian1D.h.

References a, cartesian, Point::i, L0, Point::level, point, x, and X0.

periodic_bc()

static double periodic_bc ( Point  point, Point  neighbor, scalar  s, bool *  data  )

static

Referenced by box_boundary_level(), and periodic_boundary_level_x().

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periodic_boundary_level_x()

static void periodic_boundary_level_x ( const Boundary *  b, scalar *  list, int  l  )

static

Definition at line 125 of file cartesian1D.h.

References free(), GHOSTS, grid, i, Point::i, list_add(), N, periodic_bc(), point, right, s, and x.

Referenced by init_grid().

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realloc_scalar()

void realloc_scalar

(

int

size

)

Definition at line 205 of file cartesian1D.h.

References cartesian, data, datasize, i, p, size, and x.

reset()

if TRASH undef trash define undefined endif void reset	(	void *	alist,
		double	val
	)

Definition at line 161 of file cartesian1D.h.

References cartesian, data, datasize, scalar::i, i, list, s, v, val(), and x.

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trash()

if TRASH undef trash define trash

(

list

)

Variable Documentation

_ig

int _ig[] = {1,-1}

static

Definition at line 64 of file cartesian1D.h.

Referenced by box_boundary_level(), box_boundary_level(), box_boundary_level_normal(), box_boundary_level_normal(), box_boundary_level_tangent(), and VARIABLES().

last_point

Point last_point

static

Definition at line 21 of file cartesian1D.h.