#include "grid/config.h"
#include "grid/boundaries.h"

Include dependency graph for common.h:

Data Structures
struct	Grid

struct	scalar

struct	vector

struct	vectorl

struct	tensor

struct	coord

struct	ivec

struct	_Attributes

struct	timer

struct	_coord

struct	vec4

struct	mat3

struct	Adler32Hash

Macros
#define	pi 3.14159265358979

#define	HUGE 1e30f

#define	nodata HUGE

#define	swap(type, a, b) do { type _tmp_ = a; a = b; b = _tmp_; } while(false)

#define	norm(v) (sqrt(sq(v.x[]) + sq(v.y[])))

#define	dv() (sq(Delta)*cm[])

#define	none -1

#define	define /* foreach_blockf */

#define	vector(x) (((vector )&(x)))

#define	SEPS 0.

#define	face_gradient_x(a, i) ((a[i] - a[i-1])/Delta)

#define	face_gradient_y(a, i) ((a[0,i] - a[0,i-1])/Delta)

#define	face_gradient_z(a, i) ((a[0,0,i] - a[0,0,i-1])/Delta)

#define	face_value(a, i) ((a[i] + a[i-1])/2.)

#define	center_gradient(a) ((a[1] - a[-1])/(2.*Delta))

#define	display_control(val, ...)

#define	avector(x, y, ...) {x, y}

Typedefs
typedef double	number

typedef struct _Point	Point

typedef double(*	BoundaryFunc) (Point, Point, scalar, bool *)

typedef void(*	BoundaryStencilFunc) (Point, Point, scalar, void *)

typedef void(*	free_solver_func) (void)

Enumerations
enum	{ right , left , top , bottom }

Functions
static number	max (number a, number b)

static number	min (number a, number b)

static number	sq (number x)

static number	cube (number x)

static int	sign (number x)

static int	sign2 (number x)

static number	clamp (number x, number a, number b)

static double	noise ()

void	normalize (coord *n)

void	origin (double x=0., double y=0., double z=0.)

void	size (double L)

double	zero (double s0, double s1, double s2)

int	list_len (scalar *list)

scalar *	list_append (scalar *list, scalar s)

scalar *	list_prepend (scalar *list, scalar s)

scalar *	list_add (scalar *list, scalar s)

int	list_lookup (scalar *l, scalar s)

scalar *	list_copy (scalar *l)

scalar *	list_concat (scalar l1, scalar l2)

void	list_print (scalar l, FILE fp)

int	vectors_len (vector *list)

vector *	vectors_append (vector *list, vector v)

vector *	vectors_add (vector *list, vector v)

vector *	vectors_copy (vector *l)

vector *	vectors_from_scalars (scalar *s)

int	tensors_len (tensor *list)

tensor *	tensors_append (tensor *list, tensor t)

tensor *	tensors_from_vectors (vector *v)

static bool	is_vertex_scalar (scalar s)

timer	timer_start (void)

double	timer_elapsed (timer t)

void	matrix_inverse3 (double m[3][3])

double	smatrix_inverse (const int n, double m[n][n], double pivmin)

void *	matrix_new (int n, int=(type ) realloc(p,(size) sizeof(type)) p=(type ) realloc(p,(size) sizeof(type)), size_t size)

double	matrix_inverse (double **m, int n, double pivmin)

void	matrix_free (void *m)

void	free_solver_func_add (free_solver_func func)

static void	free_display_defaults ()

void	display (const char *commands, bool overwrite=false)

static void	a32_hash_init (Adler32Hash *hash)

static void	a32_hash_add (Adler32Hash hash, const void data, size_t size)

static uint32_t	a32_hash (const Adler32Hash *hash)

Variables
Grid *	grid = NULL

double	X0 = 0.

double	Y0 = 0.

double	Z0 = 0.

double	L0 = 1. [1]

int	N = 64

struct {

int x

int y

int z

}	Period = {false, false, false}

int	nboundary = 2*2

double *	_constant = NULL

size_t	datasize = 0

static _Attributes *	_attribute = NULL

ivec	Dimensions = {1,1}

scalar *	all = NULL

scalar *	baseblock = NULL

scalar(*	init_scalar )(scalar, const char *)

scalar(*	init_vertex_scalar )(scalar, const char *)

vector(*	init_vector )(vector, const char *)

vector(*	init_face_vector )(vector, const char *)

tensor(*	init_tensor )(tensor, const char *)

void(*	scalar_clone )(scalar, scalar)

const vector	zerof [] = {0.,0.,0.}

const vector	unityf [] = {1.,1.,1.}

const scalar	unity [] = 1.

const scalar	zeroc [] = 0.

const vector	fm [] = {1.[0],1.[0],1.[0]}

const scalar	cm [] = 1.[0]

static Array *	free_solver_funcs = NULL

static char *	display_defaults = NULL

Macro Definition Documentation

◆ avector

#define avector	(	x,
		y,
		...
	)	{x, y}

Definition at line 568 of file common.h.

◆ center_gradient

#define center_gradient ( a ) ((a[1] - a[-1])/(2.*Delta))

Definition at line 407 of file common.h.

◆ define

#define define /* foreach_blockf */

◆ display_control

#define display_control	(	val,
		...
	)

Definition at line 547 of file common.h.

◆ dv

#define dv ( ) (sq(Delta)*cm[])

Definition at line 92 of file common.h.

◆ face_gradient_x

#define face_gradient_x	(	a,
		i
	)	((a[i] - a[i-1])/Delta)

Definition at line 403 of file common.h.

◆ face_gradient_y

#define face_gradient_y	(	a,
		i
	)	((a[0,i] - a[0,i-1])/Delta)

Definition at line 404 of file common.h.

◆ face_gradient_z

#define face_gradient_z	(	a,
		i
	)	((a[0,0,i] - a[0,0,i-1])/Delta)

Definition at line 405 of file common.h.

◆ face_value

#define face_value	(	a,
		i
	)	((a[i] + a[i-1])/2.)

Definition at line 406 of file common.h.

◆ HUGE

#define HUGE 1e30f

Definition at line 6 of file common.h.

◆ nodata

#define nodata HUGE

Definition at line 7 of file common.h.

◆ none

#define none -1

Definition at line 129 of file common.h.

◆ norm

#define norm ( v ) (sqrt(sq(v.x[]) + sq(v.y[])))

Definition at line 91 of file common.h.

◆ pi

#define pi 3.14159265358979

Definition at line 4 of file common.h.

◆ SEPS

#define SEPS 0.

Definition at line 402 of file common.h.

◆ swap

#define swap	(	type,
		a,
		b
	)	do { type _tmp_ = a; a = b; b = _tmp_; } while(false)

Definition at line 19 of file common.h.

◆ vector

#define vector ( x ) (*((vector *)&(x)))

Definition at line 354 of file common.h.

Typedef Documentation

◆ BoundaryFunc

typedef double(* BoundaryFunc) (Point, Point, scalar, bool *)

Definition at line 148 of file common.h.

◆ BoundaryStencilFunc

typedef void(* BoundaryStencilFunc) (Point, Point, scalar, void *)

Definition at line 149 of file common.h.

◆ free_solver_func

typedef void(* free_solver_func) (void)

Definition at line 508 of file common.h.

◆ number

typedef double number

Definition at line 3 of file common.h.

◆ Point

typedef struct _Point Point

Definition at line 133 of file common.h.

Enumeration Type Documentation

◆ anonymous enum

anonymous enum

Enumerator
right
left
top
bottom

Definition at line 123 of file common.h.

Function Documentation

◆ a32_hash()

static uint32_t a32_hash ( const Adler32Hash * hash )

inlinestatic

Definition at line 608 of file common.h.

References x.

Referenced by gpu_reduction(), and save().

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◆ a32_hash_add()

static void a32_hash_add	(	Adler32Hash *	hash,
		const void *	data,
		size_t	size
	)

inlinestatic

Definition at line 600 of file common.h.

References data, n, size, and x.

Referenced by gpu_reduction(), and save().

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◆ a32_hash_init()

static void a32_hash_init ( Adler32Hash * hash )

inlinestatic

Definition at line 594 of file common.h.

References Adler32Hash::s, and x.

Referenced by gpu_reduction(), and save().

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◆ clamp()

static number clamp	(	number	x,
		number	a,
		number	b
	)

inlinestatic

Definition at line 15 of file common.h.

References b, and x.

Referenced by average_pressure(), average_temperature(), balance(), bulk_compressibility(), curvature(), display_control_update(), event_acceleration(), event_end_timestep(), event_tracer_advection(), event_vof(), foreach_segment(), line_alpha(), line_area(), line_length_center(), sound_speed(), and thermal_expansion().

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◆ cube()

static number cube ( number x )

inlinestatic

Definition at line 12 of file common.h.

References x.

Referenced by area_integral(), distance_curvature(), event_stability(), line_center(), poolsize(), relax_GN(), and residual_GN().

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◆ display()

void display	(	const char *	commands,
		bool	overwrite = `false`
	)

Definition at line 527 of file common.h.

References display_defaults, free(), free_display_defaults(), free_solver_func_add(), realloc(), strdup(), and x.

Referenced by event_cleanup(), event_defaults(), and main().

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◆ free_display_defaults()

static void free_display_defaults ( )

static

Definition at line 523 of file common.h.

References display_defaults, and free().

Referenced by display().

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◆ free_solver_func_add()

void free_solver_func_add ( free_solver_func func )

Definition at line 512 of file common.h.

References array_append(), array_new(), free_solver_funcs, and func.

Referenced by display(), display_init(), get_view(), and open_image().

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◆ is_vertex_scalar()

static bool is_vertex_scalar ( scalar s )

inlinestatic

Definition at line 334 of file common.h.

References dimension, s, and x.

Referenced by box_boundary_level(), and periodic_boundary().

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◆ list_add()

scalar * list_add	(	scalar *	list,
		scalar	s
	)

Definition at line 208 of file common.h.

References scalar::i, list, list_append(), s, t, and x.

Referenced by adapt_wavelet(), boundary_internal(), box_boundary_level(), box_boundary_level(), event_acceleration(), event_defaults(), event_vof(), for(), for(), multigrid_restriction(), periodic_boundary_level_x(), rcv_pid_sync(), and tree_boundary_level().

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◆ list_append()

scalar * list_append	(	scalar *	list,
		scalar	s
	)

Definition at line 188 of file common.h.

References scalar::i, list, list_len(), realloc(), and s.

Referenced by advection(), boundary_flux(), box_boundary_level(), check_stencil(), event_defaults(), event_vof(), if(), input_gfs(), list_add(), list_add_depend(), list_add_depends(), list_clone(), list_concat(), list_copy(), no_coalescence(), restore_mpi(), and vof_advection().

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◆ list_concat()

scalar * list_concat	(	scalar *	l1,
		scalar *	l2
	)

Definition at line 234 of file common.h.

References list_append(), list_copy(), s, and x.

Referenced by adapt_wavelet(), event_defaults(), event_metric(), event_vof(), and restore_mpi().

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◆ list_copy()

scalar * list_copy ( scalar * l )

Definition at line 225 of file common.h.

References l, list, list_append(), s, and x.

Referenced by adapt_wavelet(), cartesian_scalar_clone(), event_defaults(), event_defaults0(), event_metric(), list_concat(), no_coalescence(), and update_conservation().

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◆ list_len()

int list_len ( scalar * list )

Definition at line 180 of file common.h.

References list, and x.

Referenced by advection(), event_defaults(), gradients(), list_append(), list_prepend(), msolve(), no_coalescence(), output_gauges(), restore_mpi(), update_conservation(), and vertical_remapping().

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◆ list_lookup()

int list_lookup	(	scalar *	l,
		scalar	s
	)

Definition at line 216 of file common.h.

References scalar::i, l, s, and x.

Referenced by check_stencil().

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◆ list_prepend()

scalar * list_prepend	(	scalar *	list,
		scalar	s
	)

Definition at line 197 of file common.h.

References scalar::i, i, list, list_len(), realloc(), and s.

Referenced by gpu_boundary_level().

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◆ list_print()

void list_print	(	scalar *	l,
		FILE *	fp
	)

Definition at line 242 of file common.h.

References fp, i, s, and x.

◆ matrix_free()

void matrix_free ( void * m )

Definition at line 500 of file common.h.

References free(), and m().

Referenced by check_snd_rcv_matrix(), and event_cleanup().

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◆ matrix_inverse()

double matrix_inverse	(	double **	m,
		int	n,
		double	pivmin
	)

Definition at line 495 of file common.h.

References m(), n, smatrix_inverse(), and x.

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◆ matrix_inverse3()

void matrix_inverse3 ( double m[3][3] )

Definition at line 411 of file common.h.

References assert, m(), and x.

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◆ matrix_new()

void * matrix_new	(	int	n,
		int	= `(type )realloc(p, (size)sizeof(type)) p = (type ) realloc (p, (size)sizeof(type))`,
		size_t	size
	)

Definition at line 486 of file common.h.

References a, i, m(), n, p, qmalloc, and size.

Referenced by check_snd_rcv_matrix().

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◆ max()

static number max	(	number	a,
		number	b
	)

inlinestatic

Definition at line 9 of file common.h.

References a, and b.

◆ min()

static number min	(	number	a,
		number	b
	)

inlinestatic

Definition at line 10 of file common.h.

References a, and b.

◆ noise()

static double noise ( )

inlinestatic

Definition at line 23 of file common.h.

References x.

Referenced by randomap().

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◆ normalize()

void normalize ( coord * n )

Definition at line 98 of file common.h.

References dimension, n, sq(), and x.

Referenced by embed_flux(), embed_geometry(), event_properties(), parabola_fit_init(), and segment_flux().

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◆ origin()

void origin	(	double	x = `0.`,
		double	y = `0.`,
		double	z = `0.`
	)

Definition at line 108 of file common.h.

References x, X0, y, Y0, z, and Z0.

◆ sign()

static int sign ( number x )

inlinestatic

Definition at line 13 of file common.h.

References x.

Referenced by advect(), bflux(), curvature(), DistancePointEllipse(), embed_interpolate(), event_acceleration(), event_face_fields(), for(), height_curvature(), interpolate_linear(), line_center(), PointSegmentOrientation(), PointTriangleOrientation(), prediction(), refine_distance(), refine_face_x_axi(), tracer_fluxes(), and update_distance().

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◆ sign2()

static int sign2 ( number x )

inlinestatic

Definition at line 14 of file common.h.

References x.

Referenced by dphidt(), and givens().

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◆ size()

void size ( double L )

Definition at line 112 of file common.h.

References L0.

◆ smatrix_inverse()

double smatrix_inverse	(	const int	n,
		double	m[n][n],
		double	pivmin
	)

Definition at line 434 of file common.h.

References HUGE, i, j, k, l, m(), n, swap, and x.

Referenced by matrix_inverse(), parabola_fit_solve(), and right_value().

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◆ sq()

static number sq ( number x )

inlinestatic

Definition at line 11 of file common.h.

References x.

Referenced by area_integral(), average_pressure(), box_matrix(), correct_qz(), diagonalization_2D(), distance_curvature(), DistancePointEllipse(), dphidt(), embed_force(), energy(), equilibrium_tide(), event_acceleration(), event_advance(), event_face_fields(), event_init(), event_pressure(), event_properties(), event_tracer_advection(), event_tracer_diffusion(), fE_refine(), flux(), foreach_segment(), GetRoot(), givens(), gpu_reduction(), h_relax(), height_curvature(), horizontal_diffusion(), independents(), init_grid(), kurganov(), line_area(), line_center(), mapped_position(), matrix(), matrix1(), momentum(), normalize(), normf(), parabola_fit_curvature(), parabola_fit_init(), poolsize(), project(), realloc_scalar(), refine_cm_spherisym(), refine_face_x_spherisym(), relax(), relax_diffusion(), relax_GN(), relax_nh(), relax_nh1(), relax_psi(), relax_thermal(), relax_viscosity(), reset(), residual_GN(), residual_nh(), residual_nh2(), residual_nh3(), residual_viscosity(), right_value(), RobustLength(), segment_flux(), sound_speed(), statsf(), timestep(), update_distance(), update_green_naghdi(), update_saint_venant(), update_tracer(), and vertical_diffusion().

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◆ tensors_append()

tensor * tensors_append	(	tensor *	list,
		tensor	t
	)

Definition at line 311 of file common.h.

References list, realloc(), t, and tensors_len().

Referenced by tensors_from_vectors().

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◆ tensors_from_vectors()

tensor * tensors_from_vectors ( vector * v )

Definition at line 320 of file common.h.

References assert, dimension, list, t, tensors_append(), v, and x.

Referenced by update_conservation().

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◆ tensors_len()

int tensors_len ( tensor * list )

Definition at line 303 of file common.h.

References list, nt, and x.

Referenced by tensors_append().

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◆ timer_elapsed()

double timer_elapsed ( timer t )

Definition at line 379 of file common.h.

References t, and x.

Referenced by event__progress(), event_refresh_display(), timer_timing(), and update_perf().

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◆ timer_start()

timer timer_start ( void )

Definition at line 368 of file common.h.

References timer::c, t, and x.

Referenced by event__progress(), event_refresh_display(), run(), and run().

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◆ vectors_add()

vector * vectors_add	(	vector *	list,
		vector	v
	)

Definition at line 267 of file common.h.

References dimension, scalar::i, list, v, vectors_append(), w, vector::x, and x.

Referenced by rcv_pid_sync(), and tree_boundary_level().

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◆ vectors_append()

vector * vectors_append	(	vector *	list,
		vector	v
	)

Definition at line 258 of file common.h.

References list, realloc(), v, vector, and vectors_len().

Referenced by event_defaults(), ohmic_flux(), update_conservation(), vectors_add(), vectors_copy(), and vectors_from_scalars().

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◆ vectors_copy()

vector * vectors_copy ( vector * l )

Definition at line 280 of file common.h.

References l, list, v, vectors_append(), and x.

Referenced by update_conservation().

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◆ vectors_from_scalars()

vector * vectors_from_scalars ( scalar * s )

Definition at line 289 of file common.h.

References assert, dimension, scalar::i, list, s, v, vectors_append(), and x.

Referenced by update_conservation().

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◆ vectors_len()

int vectors_len ( vector * list )

Definition at line 250 of file common.h.

References list, and x.

Referenced by gradients(), and vectors_append().

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◆ zero()

double zero	(	double	s0,
		double	s1,
		double	s2
	)

Definition at line 116 of file common.h.

Referenced by advection(), run(), update_conservation(), and update_saint_venant().

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Variable Documentation

◆ _attribute

define VT _attribute = NULL

static

Definition at line 165 of file common.h.

Referenced by cartesian_debug(), cartesian_scalar_clone(), foreach_stencil(), foreach_stencil_generic(), free_solver(), and init_solver().

◆ _constant

double* _constant = NULL

Definition at line 131 of file common.h.

Referenced by free_solver(), and init_const_scalar().

◆ all

scalar* all = NULL

Definition at line 342 of file common.h.

Referenced by adapt_wavelet(), delete(), event_defaults(), event_metric(), free_solver(), init_grid(), init_solver(), input_gfs(), main(), process_line(), refine(), and unrefine().

◆ baseblock

scalar* baseblock = NULL

Definition at line 343 of file common.h.

Referenced by delete(), foreach_stencil(), foreach_stencil_generic(), free_solver(), and init_solver().

◆ cm

◆ datasize

size_t datasize = 0

Definition at line 132 of file common.h.

Referenced by alloc_children(), init_grid(), init_solver(), list_clone(), neighborhood(), new_layer(), no_coalescence(), realloc_scalar(), receive_tree(), reset(), and timer_print().

◆ Dimensions

ivec Dimensions = {1,1}

Definition at line 173 of file common.h.

Referenced by dimensions(), init_grid(), locate(), output_field(), output_grd(), output_matrix(), output_ppm(), and output_ppm_gpu().

◆ display_defaults

char* display_defaults = NULL

static

Definition at line 521 of file common.h.

Referenced by display(), display_onopen(), and free_display_defaults().

◆ fm

const vector fm[] = {1.[0],1.[0],1.[0]}

◆ free_solver_funcs

Array* free_solver_funcs = NULL

static

Definition at line 510 of file common.h.

Referenced by free_solver(), and free_solver_func_add().

◆ grid

Grid* grid = NULL

Definition at line 32 of file common.h.

Referenced by alloc_children(), balance(), compdir(), event_perfs(), foreach_cell_post_root(), free_grid(), init_grid(), inverse_wavelet(), main(), mg_solve(), mpi_boundary_update(), msolve(), periodic_boundary_level_x(), recursive(), slave_interpolate(), solve(), tag(), tree_is_full(), tree_periodic(), update_cache_f(), update_perf(), and wavelet().

◆ init_face_vector

vector(* init_face_vector) (vector, const char *)	(	vector	,
		const char *
	)

Definition at line 350 of file common.h.

Referenced by cartesian_methods(), check_stencil(), multigrid_methods(), and tree_methods().

◆ init_scalar

scalar(* init_scalar) (scalar, const char *)	(	scalar	,
		const char *
	)

Definition at line 347 of file common.h.

Referenced by cartesian_methods(), multigrid_methods(), and tree_methods().

◆ init_tensor

tensor(* init_tensor) (tensor, const char *)	(	tensor	,
		const char *
	)

Definition at line 351 of file common.h.

Referenced by cartesian_methods(), init_symmetric_tensor(), multigrid_methods(), and tree_methods().

◆ init_vector

vector(* init_vector) (vector, const char *)	(	vector	,
		const char *
	)

Definition at line 349 of file common.h.

Referenced by cartesian_methods(), multigrid_methods(), and tree_methods().

◆ init_vertex_scalar

scalar(* init_vertex_scalar) (scalar, const char *)	(	scalar	,
		const char *
	)

Definition at line 348 of file common.h.

Referenced by cartesian_methods(), check_stencil(), multigrid_methods(), and tree_methods().

◆ L0

double L0 = 1. [1]

Definition at line 36 of file common.h.

Referenced by check_depth(), event_metric(), foreach_visible(), gpu_reduction(), locate(), locate(), output_field(), output_grd(), output_matrix(), output_ppm(), output_ppm_gpu(), output_vtk(), redraw(), size(), and VARIABLES().

◆ N

int N = 64

Definition at line 39 of file common.h.

Referenced by equilibrium_tide_constituents(), gpu_reduction(), init_grid(), periodic_boundary_level_x(), run(), and run().

◆ nboundary

int nboundary = 2*2

Definition at line 127 of file common.h.

Referenced by cartesian_init_face_vector(), cartesian_init_scalar(), cartesian_init_tensor(), cartesian_init_vector(), cartesian_init_vertex_scalar(), cartesian_scalar_clone(), event_vof(), heights(), init_grid(), mg_solve(), msolve(), new_bid(), and solve().

◆ [struct]

struct { ... } Period

Referenced by foreach_cell_all(), foreach_mem(), init_grid(), input_grd(), periodic(), and periodic_function().

◆ scalar_clone

void(* scalar_clone) (scalar, scalar)	(	scalar	,
		scalar
	)

Definition at line 352 of file common.h.

Referenced by cartesian_methods(), curvature(), event_projection(), event_vof(), fault(), fclone(), list_clone(), and solve().

◆ unity

const scalar unity[] = 1.

Definition at line 391 of file common.h.

Referenced by event_defaults(), and event_projection().

◆ unityf

const vector unityf[] = {1.,1.,1.}

Definition at line 390 of file common.h.

Referenced by event_defaults().

◆ x

o x = height(h.x[])*Delta

Definition at line 76 of file common.h.

Referenced by _box_json(), _cells_json(), _draw_string_json(), _draw_vof_json(), _isoline_json(), _isosurface_json(), _labels_json(), _lines_json(), _radiation(), _squares_json(), _travelling_json(), _vectors_json(), _view_json(), a32_hash(), a32_hash_add(), a32_hash_init(), adapt_wavelet(), add_boundary(), add_cexpr(), advance_generic(), advance_saint_venant(), advect(), airsea_airsea_fluxes(), airsea_albedo_cogley(), airsea_albedo_payne(), airsea_albedo_water(), airsea_do_air_sea(), airsea_fairall(), airsea_flux_from_meteo(), airsea_get_global(), airsea_humidity(), airsea_init_air_sea(), airsea_kondo(), airsea_psi(), airsea_set_sst(), airsea_set_ssuv(), airsea_solar_zenith_angle(), airsea_variables_get_global(), alloc_children(), allocated(), alpha_refine(), append_pid(), append_tag(), apply_bc(), area(), area_integral(), area_z2(), args(), array_append(), array_new(), array_remove(), assemble_node(), atobool(), atoi_check(), average_pressure(), average_temperature(), balance(), balanced_pid(), barycenter(), bc_grd(), bflux(), bilinear(), biquadratic(), blue_white_red(), boundary_flux(), boundary_internal(), boundary_stencil(), bounding_box(), box_boundary_level(), box_boundary_level(), box_boundary_level(), box_boundary_level_normal(), box_boundary_level_normal(), box_boundary_level_tangent(), box_matrix(), bubbles_are_close(), buffer_new(), bulk_compressibility(), bview_destroy(), bview_draw(), bview_interface_json(), bview_new(), cache_append(), cache_level_append(), cache_level_init(), cache_level_shrink(), cartesian_boundary_face(), cartesian_debug(), cartesian_init_face_vector(), cartesian_init_scalar(), cartesian_init_tensor(), cartesian_init_vector(), cartesian_init_vertex_scalar(), cartesian_scalar_clone(), catch_fpe(), caught_abort(), caught_fpe(), caught_segfault(), cell(), centered_gradient(), cfilter(), change(), check_32_bits(), check_depth(), check_flags(), check_snd_rcv_matrix(), check_stencil(), check_tag(), check_two_one(), clamp(), close_gl(), close_image(), coarsen_cell(), coarsen_cell_recursive(), coarsen_distance(), coeffs1(), coeffs2(), colorized(), colormap_color(), column_propagation(), comment(), compdir(), compdir(), compile_expression(), compose_image(), constant_NNT(), cool_warm(), correct_qz(), correction(), cpu_reduction(), createShaderFromString(), cube(), cvmix_1d_print(), cvmix_allocate_2d(), de(), debug_mpi(), debug_plot(), default_stencil(), delete(), delete_distance(), delete_terrain(), diagnostics_do_diagnostics(), diagnostics_get_global(), diagnostics_init_diagnostics(), diagonalization_2D(), dimensions(), dirichlet(), dirichlet_gradient(), display(), display_add(), display_command(), display_control_internal(), display_control_json(), display_control_lookup(), display_control_update(), display_destroy(), display_display(), display_init(), display_onmessage(), display_onopen(), display_poll(), display_remove(), display_send(), display_update(), display_url(), distance(), distance_curvature(), DistancePointEllipse(), dname(), dopen(), dphidt(), draw(), draw_lines(), dtheta(), dtnext(), echo(), echo_c(), eigenvalues(), embed_area_center(), embed_flux(), embed_force(), embed_fraction_refine(), embed_gradient(), embed_interpolate(), embed_vorticity(), end_event_do(), energy(), eqstate_eos_alpha(), eqstate_eos_beta(), eqstate_eqstate1(), eqstate_get_global(), eqstate_init_eqstate(), eqstate_rho_feistel(), eqstate_unesco(), equilibrium_tide(), equilibrium_tide_constituents(), eta_prolongation(), eta_restriction(), evaluate_expression(), event(), event__progress(), event_acceleration(), event_adapt(), event_advance(), event_advection_term(), event_cleanup(), event_cond(), event_defaults(), event_defaults0(), event_do(), event_end_timestep(), event_error(), event_face_fields(), event_finished(), event_init(), event_metric(), event_perf_plot(), event_perfs(), event_pressure(), event_properties(), event_refresh_display(), event_register(), event_runtime(), event_slave(), event_slave_end(), event_stability(), event_tracer_advection(), event_tracer_diffusion(), event_update_eta(), event_velocity(), event_viscous_term(), event_vof(), events(), exiting(), extension(), face_average(), face_fraction(), facet_normal(), facets(), falsepos(), fault(), fclone(), fE_refine(), fhdl(), fields_stats(), find_comma(), find_coreGL(), find_extensionsGL(), flag_border_cells(), flux(), fopen_prefix(), for(), for(), for(), for(), for(), for(), for(), for(), foreach(), foreach_boundary_dir(), foreach_cell_all(), foreach_cell_post(), foreach_cell_post_all(), foreach_cell_post_root(), foreach_cell_restore(), foreach_child(), foreach_coarse_level_stencil(), foreach_face_generic(), foreach_face_stencil(), foreach_halo_prolongation(), foreach_level_or_leaf_stencil(), foreach_level_stencil(), foreach_level_stencil(), foreach_mem(), foreach_neighbor(), foreach_point_stencil(), foreach_region_stencil(), foreach_segment(), foreach_slice_x(), foreach_slice_y(), foreach_stencil(), foreach_stencil(), foreach_stencil_generic(), foreach_tree(), foreach_vertex_stencil(), foreach_vertex_stencil(), foreach_visible(), fraction(), fraction_refine(), fractions_cleanup(), free_boundaries(), free_exts(), free_grid(), free_solver(), fwrite_check(), gdb(), generic_limiter(), geometric_beta(), geostrophic_velocity(), get_cexpr(), get_double(), get_exts(), get_proc(), getProgramLogInfo(), getput(), getput(), GetRoot(), getShaderLogInfo(), givens(), gladLoadGL(), gladLoadGLLoader(), GLDebugMessageCallback(), glvertex2d(), glvertex3d(), glvertex_normal3d(), gotm_deprecated_output(), gotm_init_gotm(), gotm_read_restart(), gotm_step(), gpu_boundary_level(), gpu_check_error(), gpu_errors(), gpu_errors_init_buffer(), gpu_errors_scan_buffer(), gpu_errors_scan_bytes(), gpu_errors_scan_string(), gpu_errors_switch_to_buffer(), gpu_errorsalloc(), gpu_errorsensure_buffer_stack(), gpu_errorslex(), gpu_errorslex_destroy(), gpu_errorspop_buffer_state(), gpu_errorspush_buffer_state(), gpu_errorsrestart(), gpu_errorsset_debug(), gpu_errorsset_in(), gpu_errorsset_lineno(), gpu_errorsset_out(), gpu_free_solver(), gpu_reduction(), gradients(), gray(), h_relax(), h_residual(), half_column(), halo_face(), has_ext(), has_local_child(), has_local_children(), heap_read(), heap_write(), heavier_than(), height(), heights(), hllc(), horizontal_diffusion(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), if(), implicit_horizontal_diffusion(), inc_init_buffer(), inc_scan_buffer(), inc_scan_bytes(), inc_scan_string(), inc_switch_to_buffer(), incalloc(), incensure_buffer_stack(), inclex(), inclex_destroy(), include(), includes(), includes(), includes_point(), incpop_buffer_state(), incpush_buffer_state(), increment_neighbors(), increstart(), incset_debug(), incset_in(), incset_lineno(), incset_out(), init_const_scalar(), init_const_vector(), init_event(), init_grid(), init_solver(), input(), input(), input0(), input_do_input(), input_get_observed_profiles(), input_get_observed_scalars(), input_gfs(), input_initialize_profile_file(), input_initialize_timeseries_file(), input_netcdf_handle_err(), input_netcdf_read_restart_data(), input_pgm(), input_read_obs(), input_read_profiles(), input_register_input_0d(), input_register_input_1d(), input_stl(), input_xy(), interface_area(), internal_energy(), interp(), interpolate(), interpolate_array(), interpolate_linear(), intersection(), intersection_area(), intersects(), intersects_point(), inverse_wavelet(), is_animation(), is_code(), is_face_x(), is_face_x(), is_face_y(), is_face_y(), is_local_prolongation(), is_newpid(), is_refined_check(), is_root(), is_vertex_scalar(), jet(), kdt_create(), kdt_destroy(), kdt_heap_create(), kdt_heap_flush(), kdt_heap_free(), kdt_heap_resize(), kdt_heap_rewind(), kdt_heap_sort(), kdt_heap_split(), kdt_includes(), kdt_init(), kdt_intersects(), kdt_new(), kdt_open(), kdt_query(), kdt_query_sum(), kdt_rect_write(), kdt_sum_core_init(), kdt_tmpfile(), kdt_write(), key_callback(), kinetic(), kpp_bottom_layer(), kpp_do_kpp(), kpp_get_global(), kpp_init_kpp(), kpp_interior(), kpp_surface_layer(), kpp_wscale(), kurganov(), lambda2(), last_events(), length(), levelset_to_vof(), lfopen(), line_alpha(), line_area(), line_center(), line_length_center(), list_add(), list_add_depend(), list_add_depends(), list_clone(), list_concat(), list_copy(), list_len(), list_lenb(), list_lookup(), list_print(), load(), loadNormalShader(), locals_pids(), locate(), locate(), lookup_field(), lookup_tag(), lookup_tag(), lookup_vector(), main(), main(), mapped_position(), masked_average(), matrix(), matrix1(), matrix_inverse(), matrix_inverse3(), maxruntime(), meanflow_buoyancy(), meanflow_convectiveadjustment(), meanflow_coriolis(), meanflow_extpressure(), meanflow_friction(), meanflow_get_global(), meanflow_init_meanflow(), meanflow_intpressure(), meanflow_post_init_meanflow(), meanflow_salinity(), meanflow_shear(), meanflow_stratification(), meanflow_temperature(), meanflow_uequation(), meanflow_updategrid(), meanflow_vequation(), meanflow_wequation(), mem_allocated(), mem_allocated(), mem_assign(), mem_destroy(), mem_free(), mem_free1d(), mempool_alloc(), mempool_alloc0(), mempool_free(), memrange_alloc(), memrange_free(), merge(), merge(), mg_cycle(), mg_solve(), minmod(), minmod2(), minmod3(), minmodremap(), momentum_refine(), momentum_restriction(), mpi_boundary_coarsen(), mpi_boundary_refine(), mpi_boundary_update(), mpi_boundary_update_buffers(), mpi_partitioning(), mpi_recv_check(), mpi_waitany(), msolve(), mtridiagonal_tridiagonal(), multigrid_debug(), multigrid_init_face_vector(), multigrid_init_tensor(), multigrid_restriction(), multigrid_setup_vector(), mycs(), mystrtok(), neighborhood(), neumann(), new_bid(), new_const_scalar(), new_const_vector(), new_layer(), next_char(), next_error(), next_string(), no_coalescence(), no_data(), noise(), normal_neighbor(), normalize(), normf(), observations_analytical_profile(), observations_const_nns(), observations_const_nnt(), observations_get_all_obs(), observations_get_global(), observations_init_observations(), ohmic_flux(), okada(), okada_rectangular_source(), OMP_PARALLEL(), OMP_PARALLEL(), open_ext(), open_gl(), open_image(), open_image_cleanup(), open_image_lookup(), openpath(), orientation(), origin(), output_fluxes(), output_gauges(), output_tree(), output_vtk(), parabola_fit_add(), parabola_fit_curvature(), parabola_fit_init(), parabola_fit_solve(), parse_intel(), parse_nvidia(), parse_params(), pcalloc(), periodic(), periodic_boundary(), periodic_boundary_level_x(), pfree(), planeBoxOverlap(), pmalloc(), pmaxsort(), pmfunc_alloc(), pmfunc_free(), pmfunc_index(), pmfunc_trace(), pmfuncs_free(), pmuntrace(), POINT_VARIABLES(), PointSegmentDistance(), PointSegmentOrientation(), PointTriangleDistance(), PointTriangleOrientation(), poisson_thermal(), post_init_buffer(), post_scan_buffer(), post_scan_bytes(), post_scan_string(), post_switch_to_buffer(), postalloc(), postensure_buffer_stack(), postlex(), postlex_destroy(), postpop_buffer_state(), postproc(), postpush_buffer_state(), postrestart(), postset_debug(), postset_in(), postset_lineno(), postset_out(), ppm_fallback(), prealloc(), prediction(), prepend_path(), printWorkGroupsCapabilities(), process_line(), progress(), progress(), project(), prolongation_elevation(), prolongation_vertex(), psort(), pstrdup(), ptotalsort(), push(), push_once(), put(), py_action(), py_end(), py_inc(), py_register_event(), py_start(), qpclose(), qpclose_all(), qpopen(), quadtree(), query(), query_sum(), randomap(), rcv_append(), rcv_free_buf(), rcv_pid_append_pids(), rcv_pid_pointer(), rcv_pid_print(), rcv_pid_receive(), rcv_pid_row(), rcv_pid_send(), rcv_pid_sync(), rcv_pid_write(), rcv_print(), read_file_into_buffer(), realloc_scalar(), realloc_scalar_gpu(), receive_tree(), reconstruction(), rectangle_fraction(), rectangular_source(), recursive(), redraw(), refine(), refine_bilinear(), refine_biquadratic(), refine_cell(), refine_cm_lonlat(), refine_cm_spherisym(), refine_distance(), refine_elevation(), refine_embed_linear(), refine_eta(), refine_eta(), refine_face(), refine_face_solenoidal(), refine_face_x_spherisym(), refine_face_y_lonlat(), refine_injection(), refine_layered_elevation(), refine_level(), refine_linear_single(), refine_reset(), register_all_variables_do_register_all_variables(), register_all_variables_register_aaa_variables(), register_all_variables_register_airsea_variables(), register_all_variables_register_coordinate_variables(), register_all_variables_register_diagnostic_variables(), register_all_variables_register_meanflow_variables(), register_all_variables_register_observation_variables(), register_all_variables_register_stream_variables(), relative(), relax(), relax_diffusion(), relax_GN(), relax_hydro(), relax_nh(), relax_nh(), relax_nh1(), relax_thermal(), relax_viscosity(), remap_c(), remap_central(), remap_neumann(), remap_robin(), remove_blanks(), remove_droplets(), replace_(), reset(), residual(), residual_diffusion(), residual_GN(), residual_hydro(), residual_nh(), residual_nh(), residual_nh2(), residual_nh3(), residual_thermal(), residual_viscosity(), restore_mpi(), restriction_average(), restriction_elevation(), restriction_embed_linear(), restriction_tag(), restriction_volume_average(), riemann(), right_value(), RobustLength(), root_pids(), RPE(), run(), runge_kutta(), save(), scalar_depends_from(), scalar_is_dirty(), segBoxOverlap(), segment_flux(), send_tree(), shortpath(), sign(), sign2(), singleslash(), slave_interpolate(), smatrix_inverse(), snd_rcv_free(), snd_rcv_init(), solid(), solve(), solve_hessenberg(), sort_x(), sort_y(), sound_speed(), split(), sq(), statsf(), stencil_val(), stencil_val_a(), str_append(), strcmps(), strdup(), strip_path(), stripname(), stripslash(), strlencheck(), subtree_size(), sum_add_sum(), superbee(), sweby(), tag(), tensors_from_vectors(), tensors_len(), terrain(), thermal_expansion(), time_calendar_date(), time_get_global(), time_init_time(), time_julian_day(), time_read_time_string(), time_sunrise_sunset(), time_time_diff(), time_write_time_string(), timer_elapsed(), timer_print(), timer_start(), timer_timing(), timestep(), tracer_is_close(), translate(), tree_boundary_level(), tree_check(), tree_init_face_vector(), tree_init_tensor(), tree_setup_vector(), treex(), triBoxOverlap(), turbulence_algebraiclength(), turbulence_alpha_mnb(), turbulence_cmue_a(), turbulence_cmue_b(), turbulence_cmue_c(), turbulence_cmue_d(), turbulence_cmue_ma(), turbulence_cmue_rf(), turbulence_cmue_sg(), turbulence_dissipationeq(), turbulence_do_epsb(), turbulence_do_kb(), turbulence_do_lengthscale(), turbulence_do_tke(), turbulence_do_turbulence(), turbulence_epsbalgebraic(), turbulence_epsilon_bc(), turbulence_fk_craig(), turbulence_genericeq(), turbulence_get_global(), turbulence_init_scnd(), turbulence_init_turbulence(), turbulence_internal_wave(), turbulence_ispralength(), turbulence_k_bc(), turbulence_kbalgebraic(), turbulence_kbeq(), turbulence_kolpran(), turbulence_lengthscaleeq(), turbulence_post_init_turbulence(), turbulence_potentialml(), turbulence_production(), turbulence_psi_bc(), turbulence_q2l_bc(), turbulence_q2over2_bc(), turbulence_q2over2eq(), turbulence_r_ratio(), turbulence_stabilityfunctions(), turbulence_tkealgebraic(), turbulence_tkeeq(), turbulence_variances(), unrefine(), update(), update_bounds(), update_cache_f(), update_conservation(), update_distance(), update_green_naghdi(), update_saint_venant(), update_sum(), update_tracer(), util_adv_center(), util_convert_fluxes(), util_diff_center(), util_diff_face(), util_findp_bisection(), util_lagrange(), val(), VARIABLES(), vectors_add(), vectors_copy(), vectors_from_scalars(), vectors_len(), vectors_lenb(), vertex_buffer_free(), vertex_buffer_glBegin(), vertex_buffer_glColor3f(), vertex_buffer_glNormal3d(), vertex_buffer_glVertex2d(), vertex_buffer_glVertex3d(), vertical_diffusion(), vertical_fluxes(), vertical_remapping(), vertical_velocity(), vertical_viscosity(), viscosity(), viscosity_explicit(), vof_advection(), vof_concentration_refine(), volumez(), vorticity(), wait_tree(), wavelet(), which(), write_stencil_index(), writepath(), ws_send_array(), youngs_normal(), yy_fatal_error(), yy_fatal_error(), yy_fatal_error(), yy_get_next_buffer(), yy_get_next_buffer(), yy_get_next_buffer(), yy_get_previous_state(), yy_get_previous_state(), yy_get_previous_state(), yy_init_globals(), yy_init_globals(), yy_init_globals(), yy_try_NUL_trans(), yy_try_NUL_trans(), yy_try_NUL_trans(), yyerror(), yyunput(), yyunput(), yyunput(), z_indexing(), zarea(), zareaval(), and zvolume().

◆ X0

double X0 = 0.

Definition at line 34 of file common.h.

Referenced by check_depth(), gpu_reduction(), locate(), locate(), origin(), output_field(), output_grd(), output_matrix(), output_ppm(), output_ppm_gpu(), output_vtk(), and VARIABLES().

◆ y

int y

Definition at line 76 of file common.h.

Referenced by advect(), axistream(), balance(), cartesian_debug(), cartesian_init_tensor(), cartesian_init_vector(), check_stencil(), check_two_one(), debug_mpi(), dirichlet(), equilibrium_tide(), evaluate_expression(), event_acceleration(), event_metric(), event_tracer_advection(), event_tracer_diffusion(), event_update_eta(), event_viscous_term(), fault(), foreach_segment(), foreach_visible(), givens(), glvertex2d(), glvertex3d(), glvertex_normal3d(), includes_point(), input_pgm(), input_stl(), interp(), interpolate_array(), interpolate_linear(), intersects_point(), is_local_prolongation(), mapped_position(), multigrid_debug(), neighborhood(), neumann(), okada(), okada_rectangular_source(), origin(), output_vtk(), parabola_fit_add(), POINT_VARIABLES(), rcv_print(), receive_tree(), refine_cm_axi(), refine_cm_lonlat(), refine_face_x_axi(), refine_face_y_axi(), refine_face_y_lonlat(), relax_psi(), residual_psi(), restriction_embed_linear(), segBoxOverlap(), terrain(), translate(), update_distance(), util_adv_center(), util_diff_center(), util_diff_face(), VARIABLES(), vertex_buffer_glColor3f(), vertex_buffer_glNormal3d(), vertex_buffer_glVertex2d(), and vertex_buffer_glVertex3d().

◆ Y0

double Y0 = 0.

Definition at line 34 of file common.h.

Referenced by check_depth(), gpu_reduction(), locate(), locate(), origin(), output_field(), output_grd(), output_matrix(), output_ppm(), output_ppm_gpu(), output_vtk(), and VARIABLES().

◆ z

int z

Definition at line 76 of file common.h.

Referenced by area_integral(), area_z2(), balance(), barycenter(), cartesian_debug(), cartesian_init_tensor(), cartesian_init_vector(), centroids_curvature_fit(), check_stencil(), constant_NNT(), debug_mpi(), dirichlet(), eigenvalues(), energy(), evaluate_expression(), event_viscous_term(), foreach_visible(), glvertex3d(), height_curvature(), height_curvature_fit(), height_normal(), height_position(), if(), input_do_input(), input_get_observed_profiles(), input_read_profiles(), input_stl(), interp(), interpolate_array(), interpolate_linear(), is_local_prolongation(), mapped_position(), multigrid_debug(), neighborhood(), neumann(), observations_analytical_profile(), observations_const_nns(), observations_const_nnt(), observations_get_all_obs(), observations_init_observations(), ohmic_flux(), origin(), parabola_fit_add(), POINT_VARIABLES(), rcv_print(), receive_tree(), residual_nh2(), restriction_embed_linear(), RPE(), translate(), update_distance(), VARIABLES(), vertex_buffer_glColor3f(), vertex_buffer_glNormal3d(), vertex_buffer_glVertex3d(), and zareaval().

◆ Z0

double Z0 = 0.

Definition at line 34 of file common.h.

Referenced by locate(), locate(), origin(), and VARIABLES().

◆ zeroc

const scalar zeroc[] = 0.

Definition at line 392 of file common.h.

Referenced by event_viscous_term().

◆ zerof

const vector zerof[] = {0.,0.,0.}

Definition at line 389 of file common.h.

Referenced by event_acceleration().

Data Structures

Macros

Typedefs

Enumerations

Functions

Variables

Macro Definition Documentation

◆ avector

◆ center_gradient

◆ define

◆ display_control

◆ dv

◆ face_gradient_x

◆ face_gradient_y

◆ face_gradient_z

◆ face_value

◆ HUGE

◆ nodata

◆ none

◆ norm

◆ pi

◆ SEPS

◆ swap

◆ vector

Typedef Documentation

◆ BoundaryFunc

◆ BoundaryStencilFunc

◆ free_solver_func

◆ number

◆ Point

Enumeration Type Documentation

◆ anonymous enum

Function Documentation

◆ a32_hash()

◆ a32_hash_add()

◆ a32_hash_init()

◆ clamp()

◆ cube()

◆ display()

◆ free_display_defaults()

◆ free_solver_func_add()

◆ is_vertex_scalar()

◆ list_add()

◆ list_append()

◆ list_concat()

◆ list_copy()

◆ list_len()

◆ list_lookup()

◆ list_prepend()

◆ list_print()

◆ matrix_free()

◆ matrix_inverse()

◆ matrix_inverse3()

◆ matrix_new()

◆ max()

◆ min()

◆ noise()

◆ normalize()

◆ origin()

◆ sign()

◆ sign2()

◆ size()

◆ smatrix_inverse()

◆ sq()

◆ tensors_append()

◆ tensors_from_vectors()

◆ tensors_len()

◆ timer_elapsed()

◆ timer_start()

◆ vectors_add()

◆ vectors_append()

◆ vectors_copy()

◆ vectors_from_scalars()

◆ vectors_len()

◆ zero()

Variable Documentation

◆ _attribute

◆ _constant

◆ all

◆ baseblock