Data Structures
struct	cell

struct	smat

struct	zmat

struct	dmat

struct	cmat

struct	lmat

struct	imat

struct	ssp

struct	zsp

struct	dsp

struct	csp

struct	map_t

struct	rmap_t

struct	locstatcol_t

struct	locstat_t

struct	loc_t

struct	pts_t

struct	ccell

struct	zcell

struct	dcell

struct	scell

struct	lcell

struct	dspcell

struct	sspcell

struct	cspcell

struct	zspcell

struct	cccell

struct	zccell

struct	dccell

struct	sccell

struct	lccell

struct	ccccell

struct	zcccell

struct	dcccell

struct	scccell

struct	lcccell

struct	mapcell

struct	rmapcell

struct	loccell

struct	mapccell

struct	rmapccell

struct	locccell

union	map_t.__unnamed15__

struct	map_t.__unnamed15__.__unnamed17__

union	rmap_t.__unnamed19__

struct	rmap_t.__unnamed19__.__unnamed21__

union	loc_t.__unnamed23__

struct	loc_t.__unnamed23__.__unnamed25__

union	pts_t.__unnamed27__

struct	pts_t.__unnamed27__.__unnamed29__

union	pts_t.__unnamed27__.__unnamed29__.__unnamed31__

struct	pts_t.__unnamed27__.__unnamed29__.__unnamed31__.__unnamed35__

union	pts_t.__unnamed27__.__unnamed29__.__unnamed33__

Macros
#define	ARR(T)

#define	CELLDEF(T, S)

#define	MATARR(T, S)

#define	MATDEF(T, S) typedef MATARR(T,S) S

#define	SPMATDEF(T, S)

#define	reshape(in, nx_, ny_)

#define	types_anyarray(T, S)

#define	types_anycell(T, S)

#define	types_anydmat(T, S)

#define	types_anyloc(T, S)

#define	def_anyarray(T, S, C)

#define	def_anycell(T, S, C)

#define	def_anydmat(T, S, C)

#define	def_anyloc(T, S, C)

#define	index_1d(i, nx, ny) (i)

#define	index_2d(ix, iy, nx, ny) ((ix)+(iy)*(nx))

#define	index_col(iy, nx, ny) ((iy)*(nx))

#define	P0(A) (A)->p

#define	P1(A, i) (A)->p[index_1d((i), (A)->nx, (A)->ny)]

#define	P2(A, ix, iy) (A)->p[index_2d((ix), (iy), (A)->nx, (A)->ny)]

#define	P3(Ac, icx, ix, iy) P2(P1(Ac,icx),ix,iy)

#define	P4(Ac, icx, icy, ix, iy) P2(P2(Ac,icx,icy),ix,iy)

#define	P_GET5(_0, _1, _2, _3, _4, _5, NAME, ...) NAME

#define	P(...) P_GET5(_0,__VA_ARGS__,P4,P3,P2,P1,P0)(__VA_ARGS__)

#define	PCOL(A, iy) ((A)->p+index_col((iy), (A)->nx, (A)->ny))

#define	P_GET3(_0, _1, _2, _3, NAME, ...) NAME

#define	PR1(A, ix) P1((A), (((A)->nx==1 && (A)->ny==1)?0:ix))

#define	PR2(A, ix, iy) P2((A), ((A)->nx==1?0:ix), ((A)->ny==1?0:iy))

#define	PR(...) P_GET3(_0,__VA_ARGS__,PR2,PR1,P0)(__VA_ARGS__)

#define	PCOLR(A, iy) PCOL((A),((A)->ny==1?0:iy))

#define	PRR(A, ...) ((A)?(PR(A,__VA_ARGS__)):0)

#define	PN0(A) ((A)?((A)->nx*(A)->ny):0)

#define	NX0(A) ((A)?(A)->nx:0L)

#define	NY0(A) ((A)?(A)->ny:0L)

#define	PN1(A, i) PN0(P1(A,i))

#define	PN2(A, ix, iy) PN0(P2(A,ix,iy))

#define	PN(...) P_GET3(_0,__VA_ARGS__,PN2,PN1,PN0)(__VA_ARGS__)

#define	NX1(A, i) NX0(P1(A,i))

#define	NX2(A, ix, iy) NX0(P2(A,ix,iy))

#define	NX(...) P_GET3(_0,__VA_ARGS__,NX2,NX1,NX0)(__VA_ARGS__)

#define	NY1(A, i) NY0(P1(A,i))

#define	NY2(A, ix, iy) NY0(P2(A,ix,iy))

#define	NY(...) P_GET3(_0,__VA_ARGS__,NY2,NY1,NY0)(__VA_ARGS__)

#define	NE0(A) ((A) && (A)->nx && (A)->ny)

#define	NE1(A, i) ((A) && NE0(P(A,i)))

#define	NE2(A, ix, iy) ((A) && NE0(P(A,ix,iy)))

#define	NE(...) P_GET3(_0,__VA_ARGS__,NE2,NE1,NE0)(__VA_ARGS__)

Enumerations
enum	CEMBED { C_FULL , C_ABS2 , C_REAL , C_ABS , C_LITERAL }

Functions
union	__attribute__ ((__transparent_union__))

Detailed Description

Defines the math data types like dmat, cmat, dcell, ccell, dsp, csp data types.

Don't use ulong for dimensions because subtracting a bigger ulong from a smaller ulong overflows.

Remember to update interface.py after updating the structs below.

Data Structure Documentation

◆ cell

struct cell

Collaboration diagram for cell:

Data Fields
M_ID	id	to identify the array type.
struct cell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct cell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ ssp

struct ssp

Collaboration diagram for ssp:

Data Fields
M_ID	id	to identify the array type
float *__restrict	px	numerical values, size nzmax
long	nx	number of rows
long	ny	number of columns
char *	keywords	the keywords as a string
file_t *	fp	The file, to be saved upon free
long	nzmax	maximum number of entries
spint *__restrict	pp	col indices (size ny+1)
spint *__restrict	pi	row indices (size nzmax)
unsigned int *	nref	reference counting for px, pp, pi

◆ zsp

struct zsp

Collaboration diagram for zsp:

Data Fields
M_ID	id	to identify the array type
fcomplex *__restrict	px	numerical values, size nzmax
long	nx	number of rows
long	ny	number of columns
char *	keywords	the keywords as a string
file_t *	fp	The file, to be saved upon free
long	nzmax	maximum number of entries
spint *__restrict	pp	col indices (size ny+1)
spint *__restrict	pi	row indices (size nzmax)
unsigned int *	nref	reference counting for px, pp, pi

◆ dsp

struct dsp

Collaboration diagram for dsp:

Data Fields
M_ID	id	to identify the array type
real *__restrict	px	numerical values, size nzmax
long	nx	number of rows
long	ny	number of columns
char *	keywords	the keywords as a string
file_t *	fp	The file, to be saved upon free
long	nzmax	maximum number of entries
spint *__restrict	pp	col indices (size ny+1)
spint *__restrict	pi	row indices (size nzmax)
unsigned int *	nref	reference counting for px, pp, pi

◆ csp

struct csp

Collaboration diagram for csp:

Data Fields
M_ID	id	to identify the array type
comp *__restrict	px	numerical values, size nzmax
long	nx	number of rows
long	ny	number of columns
char *	keywords	the keywords as a string
file_t *	fp	The file, to be saved upon free
long	nzmax	maximum number of entries
spint *__restrict	pp	col indices (size ny+1)
spint *__restrict	pi	row indices (size nzmax)
unsigned int *	nref	reference counting for px, pp, pi

◆ map_t

struct map_t

OPD or Amplitude map defined on square/rectangular grids. with equal spacing on x/y. Can be casted to dmat.

Collaboration diagram for map_t:

Data Fields
union map_t.__unnamed15__	__unnamed__
real	ox	Origin in x
real	oy	Origin in y
real	dx	Sampling along x
real	dy	Sampling along y
real	ht	Heigh conjugation of this surface
real	vx
real	vy	Wind velocity. Useful for atmospheric grid
real	iac	Wind velocity. Useful for atmospheric grid Inter-actuator coupling. >0: use cubic influence function
real	dratio	demagnification ratio (>1 for shrinking beam)

◆ rmap_t

struct rmap_t

Map with different x/y sampling. Can be cased to dmat

Collaboration diagram for rmap_t:

Data Fields
union rmap_t.__unnamed19__	__unnamed__
real	ox	Origin in x
real	oy	Origin in y
real	dx	Sampling along x (first dimension)
real	dy	Sampling along y (second dimension)
real	txdeg	the x tilt angle in degree wrt beam (90 is prep),
real	tydeg	the y tilt angle in degree wrt beam (90 is prep),
real	ftel	Effective focal length of the telescope
real	fexit	The distance between the exit pupil and the focus
real	fsurf	The distance between the tilted surface (M3) and the focus

◆ locstatcol_t

struct locstatcol_t

Store starting x,y for each col

Collaboration diagram for locstatcol_t:

Data Fields
real	xstart	starting x of this column
real	ystart	starting y of this column
long	pos	starting index of this column

◆ locstat_t

struct locstat_t

Stores array of locstatcol_t

Collaboration diagram for locstat_t:

Data Fields
locstatcol_t *	cols	Information about each column
real	dx	Sampling of the grid along x
real	dy	Sampling of the grid along y
real	xmin	Minimum x
real	ymin	Minimum y
long	ncol	Number of consecutive columns found
long	nx
long	ny	Size for embedding

◆ loc_t

struct loc_t

Struct for coordinates like plocs, xloc, aloc etc.

Collaboration diagram for loc_t:

Data Fields
union loc_t.__unnamed23__	__unnamed__
real *	locy	y coordinates of each point
locstat_t *	stat	points to column statistics
map_t *	map	point to the map used for identifying neihboring points.
real	dx	Sampling along x
real	dy	Sampling along y
real	ht	Conjugation height of the loc grid.
real	iac	Inter-actuator coupling. >0: use cubic influence function for ray tracing
real	dratio	demagnification ratio (>1 for shrinking beam)
int	npad

◆ pts_t

struct pts_t

low left point of each subaperture.

don't change the leading elements. so that pts_t can be used as loc_t.

Collaboration diagram for pts_t:

Data Fields
union pts_t.__unnamed27__	__unnamed__
int	nxsa	number of cols per subaperture
int	nysa	number of rows per subaperture
real	dx	sampling of points in each subaperture
real	dy	sampling of points in each subaperture. dy=dx normally required.

◆ ccell

struct ccell

Collaboration diagram for ccell:

Data Fields
M_ID	id	to identify the array type.
struct cmat **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct cmat *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ zcell

struct zcell

Collaboration diagram for zcell:

Data Fields
M_ID	id	to identify the array type.
struct zmat **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct zmat *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ dcell

struct dcell

Collaboration diagram for dcell:

Data Fields
M_ID	id	to identify the array type.
struct dmat **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct dmat *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ scell

struct scell

Collaboration diagram for scell:

Data Fields
M_ID	id	to identify the array type.
struct smat **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct smat *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ lcell

struct lcell

Collaboration diagram for lcell:

Data Fields
M_ID	id	to identify the array type.
struct lmat **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct lmat *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ dspcell

struct dspcell

Collaboration diagram for dspcell:

Data Fields
M_ID	id	to identify the array type.
struct dsp **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct dsp *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ sspcell

struct sspcell

Collaboration diagram for sspcell:

Data Fields
M_ID	id	to identify the array type.
struct ssp **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct ssp *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ cspcell

struct cspcell

Collaboration diagram for cspcell:

Data Fields
M_ID	id	to identify the array type.
struct csp **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct csp *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ zspcell

struct zspcell

Collaboration diagram for zspcell:

Data Fields
M_ID	id	to identify the array type.
struct zsp **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct zsp *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ cccell

struct cccell

Collaboration diagram for cccell:

Data Fields
M_ID	id	to identify the array type.
struct ccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct ccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ zccell

struct zccell

Collaboration diagram for zccell:

Data Fields
M_ID	id	to identify the array type.
struct zcell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct zcell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ dccell

struct dccell

Collaboration diagram for dccell:

Data Fields
M_ID	id	to identify the array type.
struct dcell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct dcell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ sccell

struct sccell

Collaboration diagram for sccell:

Data Fields
M_ID	id	to identify the array type.
struct scell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct scell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ lccell

struct lccell

Collaboration diagram for lccell:

Data Fields
M_ID	id	to identify the array type.
struct lcell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct lcell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ ccccell

struct ccccell

Collaboration diagram for ccccell:

Data Fields
M_ID	id	to identify the array type.
struct cccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct cccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ zcccell

struct zcccell

Collaboration diagram for zcccell:

Data Fields
M_ID	id	to identify the array type.
struct zccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct zccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ dcccell

struct dcccell

Collaboration diagram for dcccell:

Data Fields
M_ID	id	to identify the array type.
struct dccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct dccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ scccell

struct scccell

Collaboration diagram for scccell:

Data Fields
M_ID	id	to identify the array type.
struct sccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct sccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ lcccell

struct lcccell

Collaboration diagram for lcccell:

Data Fields
M_ID	id	to identify the array type.
struct lccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct lccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ mapcell

struct mapcell

Collaboration diagram for mapcell:

Data Fields
M_ID	id	to identify the array type.
struct map_t **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct map_t *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ rmapcell

struct rmapcell

Collaboration diagram for rmapcell:

Data Fields
M_ID	id	to identify the array type.
struct rmap_t **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct rmap_t *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ loccell

struct loccell

Collaboration diagram for loccell:

Data Fields
M_ID	id	to identify the array type.
struct loc_t **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct loc_t *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ mapccell

struct mapccell

Collaboration diagram for mapccell:

Data Fields
M_ID	id	to identify the array type.
struct mapcell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct mapcell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ rmapccell

struct rmapccell

Collaboration diagram for rmapccell:

Data Fields
M_ID	id	to identify the array type.
struct rmapcell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct rmapcell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ locccell

struct locccell

Collaboration diagram for locccell:

Data Fields
M_ID	id	to identify the array type.
struct loccell **__restrict	p	The data pointer
long	nx	number of rows
long	ny	number of columns
char *	keywords	The keywords as a string
file_t *	fp	Opened file to be saved to
struct fft_t *	fft	<For FFT plan
struct loccell *	m
void *	dummy1
void *	dummy2
void *	dummy3

◆ map_t.unnamed15

union map_t.__unnamed15__

Collaboration diagram for map_t.__unnamed15__:

Data Fields
struct map_t.__unnamed15__.__unnamed17__	__unnamed__
dmat	dmat[1]

◆ rmap_t.unnamed19

union rmap_t.__unnamed19__

Collaboration diagram for rmap_t.__unnamed19__:

Data Fields
struct rmap_t.__unnamed19__.__unnamed21__	__unnamed__
dmat	dmat[1]

◆ loc_t.unnamed23

union loc_t.__unnamed23__

Collaboration diagram for loc_t.__unnamed23__:

Data Fields
dmat	dmat[1]
struct loc_t.__unnamed23__.__unnamed25__	__unnamed__

◆ loc_t.unnamed23.unnamed25

struct loc_t.__unnamed23__.__unnamed25__

Collaboration diagram for loc_t.__unnamed23__.__unnamed25__:

Data Fields
M_ID	id
real *	locx	x coordinates of each point [allocates memory for both locx and locy]
long	nloc	number of points
long	two	Constant 2. to be binary compatble with rmat
char *	keywords	The keywords as a string

◆ pts_t.unnamed27

union pts_t.__unnamed27__

Collaboration diagram for pts_t.__unnamed27__:

Data Fields
loc_t	loc[1]
struct pts_t.__unnamed27__.__unnamed29__	__unnamed__

◆ pts_t.unnamed27.unnamed29

struct pts_t.__unnamed27__.__unnamed29__

Collaboration diagram for pts_t.__unnamed27__.__unnamed29__:

Data Fields
union pts_t.__unnamed27__.__unnamed29__.__unnamed31__	__unnamed__
real *	origy	The y origin of each subaperture
locstat_t *	stat	padding so that we can be casted to loc_t
map_t *	map	treat pts_t as loc_t and compute the MAP
union pts_t.__unnamed27__.__unnamed29__.__unnamed33__	__unnamed__
real	dsay	side length of subaperture.
real	dummy_ht	Place holder
real	dummy_iac	Place holder
real	dratio	demagnification ratio (>1 for shrinking beam)
int	npad	padding when create map

◆ pts_t.unnamed27.unnamed29.unnamed31

union pts_t.__unnamed27__.__unnamed29__.__unnamed31__

Collaboration diagram for pts_t.__unnamed27__.__unnamed29__.__unnamed31__:

Data Fields
dmat	dmat[1]
struct pts_t.__unnamed27__.__unnamed29__.__unnamed31__.__unnamed35__	__unnamed__

◆ pts_t.unnamed27.unnamed29.unnamed31.unnamed35

struct pts_t.__unnamed27__.__unnamed29__.__unnamed31__.__unnamed35__

Collaboration diagram for pts_t.__unnamed27__.__unnamed29__.__unnamed31__.__unnamed35__:

Data Fields
M_ID	id
real *	origx	The x origin of each subaperture. Contains memory for origy
long	nsa	number of subapertures.
long	two	Constant 2. to be binary compatble with rmat
char *	keywords	The keywords as a string

◆ pts_t.unnamed27.unnamed29.unnamed33

union pts_t.__unnamed27__.__unnamed29__.__unnamed33__

Collaboration diagram for pts_t.__unnamed27__.__unnamed29__.__unnamed33__:

Data Fields
real	dsa	side length of subaperture
real	dsax	side length of subaperture

Macro Definition Documentation

◆ ARR

#define ARR ( T )

For FFT plan

◆ types_anydmat

#define types_anydmat	(	T,
		S
	)

Value:

    T dmat S dm;\
    T map_t S map;\
    T rmap_t S rmap;\
    T loc_t S loc;\
    T pts_t S pts

◆ types_anyloc

#define types_anyloc	(	T,
		S
	)

Value:

T loc_t S loc;\

T pts_t S pts

◆ def_anyarray

#define def_anyarray	(	T,
		S,
		C
	)

Value:

typedef union __attribute__((__transparent_union__)){\
	types_anyarray(T,S);\
}C

◆ def_anycell

#define def_anycell	(	T,
		S,
		C
	)

Value:

typedef union __attribute__((__transparent_union__)){\
	types_anycell(T,S);\
}C

◆ def_anydmat

#define def_anydmat	(	T,
		S,
		C
	)

Value:

typedef union __attribute__((__transparent_union__)){\
	types_anydmat(T,S);\
}C

◆ def_anyloc

#define def_anyloc	(	T,
		S,
		C
	)

Value:

typedef union __attribute__((__transparent_union__)){\
	types_anyloc(T,S);\
}C

◆ P

#define P ( ... ) P_GET5(_0,__VA_ARGS__,P4,P3,P2,P1,P0)(__VA_ARGS__)

Used to obtain elements of an array P(A,i) or P(A,i,j). Returns pointer if no index is given P(A).

◆ PCOL

#define PCOL	(	A,
		iy
	)	((A)->p+index_col((iy), (A)->nx, (A)->ny))

Used to obtain pointer to columns iy of array A

◆ PR

#define PR ( ... ) P_GET3(_0,__VA_ARGS__,PR2,PR1,P0)(__VA_ARGS__)

Calls P() with wrapping of index

◆ PCOLR

#define PCOLR	(	A,
		iy
	)	PCOL((A),((A)->ny==1?0:iy))

Calls PCOL(A, iy) with wrapping of index

◆ PN

#define PN ( ... ) P_GET3(_0,__VA_ARGS__,PN2,PN1,PN0)(__VA_ARGS__)

Return number of elements

◆ NX

#define NX ( ... ) P_GET3(_0,__VA_ARGS__,NX2,NX1,NX0)(__VA_ARGS__)

Return number of rows (inner dimension)

◆ NY

#define NY ( ... ) P_GET3(_0,__VA_ARGS__,NY2,NY1,NY0)(__VA_ARGS__)

Return number of cols (outer dimension)

Data Structures

Macros

Enumerations

Functions

Detailed Description

Data Structure Documentation

◆ cell

◆ ssp

◆ zsp

◆ dsp

◆ csp

◆ map_t

◆ rmap_t

◆ locstatcol_t

◆ locstat_t

◆ loc_t

◆ pts_t

◆ ccell

◆ zcell

◆ dcell

◆ scell

◆ lcell

◆ dspcell

◆ sspcell

◆ cspcell

◆ zspcell

◆ cccell

◆ zccell

◆ dccell

◆ sccell

◆ lccell

◆ ccccell

◆ zcccell

◆ dcccell

◆ scccell

◆ lcccell

◆ mapcell

◆ rmapcell

◆ loccell

◆ mapccell

◆ rmapccell

◆ locccell

◆ map_t.__unnamed15__

◆ rmap_t.__unnamed19__

◆ loc_t.__unnamed23__

◆ loc_t.__unnamed23__.__unnamed25__

◆ pts_t.__unnamed27__

◆ pts_t.__unnamed27__.__unnamed29__

◆ pts_t.__unnamed27__.__unnamed29__.__unnamed31__

◆ pts_t.__unnamed27__.__unnamed29__.__unnamed31__.__unnamed35__

◆ pts_t.__unnamed27__.__unnamed29__.__unnamed33__

Macro Definition Documentation

◆ ARR

◆ types_anydmat

◆ types_anyloc

◆ def_anyarray

◆ def_anycell

◆ def_anydmat

◆ def_anyloc

◆ P

◆ PCOL

◆ PR

◆ PCOLR

◆ PN

◆ NX

◆ NY

◆ map_t.unnamed15

◆ rmap_t.unnamed19

◆ loc_t.unnamed23

◆ loc_t.unnamed23.unnamed25

◆ pts_t.unnamed27

◆ pts_t.unnamed27.unnamed29

◆ pts_t.unnamed27.unnamed29.unnamed31

◆ pts_t.unnamed27.unnamed29.unnamed31.unnamed35

◆ pts_t.unnamed27.unnamed29.unnamed33