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bayesChires.h
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Mon, Nov 25, 11:39
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Wed, Nov 27, 11:39 (1 d, 23 h)
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R1448 Lenstool-HPC
bayesChires.h
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/*Global variables declaration*/
struct
g_mode
M
;
struct
g_pot
P
[
NPOTFILE
];
struct
g_pixel
imFrame
,
wFrame
,
ps
,
PSF
;
struct
g_cube
cubeFrame
;
struct
g_dyn
Dy
;
// //TV
struct
g_source
S
;
struct
g_image
I
;
struct
g_grille
G
;
struct
g_frame
F
;
struct
g_msgrid
H
;
struct
g_large
L
;
struct
g_cosmo
C
;
struct
g_cline
CL
;
struct
g_observ
O
;
struct
pot
lens
[
NLMAX
];
struct
pot
lmin
[
NLMAX
],
lmax
[
NLMAX
],
prec
[
NLMAX
];
struct
pot
clmin
,
clmax
;
/*cosmological limits*/
struct
galaxie
smin
[
NFMAX
],
smax
[
NFMAX
];
// limits on source parameters
struct
ipot
ip
;
struct
MCarlo
mc
;
struct
cline
cl
[
NIMAX
];
struct
galaxie
*
srcfit
;
// points for source plane fitting
struct
vfield
vf
;
struct
vfield
vfmin
,
vfmax
;
// limits on velocity field parameters
#define CMAX 20
#define LMAX 80
float
Tab1
[
LMAX
][
CMAX
];
float
Tab2
[
LMAX
][
CMAX
];
float
Tab3
[
LMAX
][
CMAX
];
lensdata
*
lens_table
;
int
block
[
NLMAX
][
NPAMAX
];
/*switch for the lens optimisation*/
int
cblock
[
NPAMAX
];
/*switch for the cosmological optimisation*/
int
sblock
[
NFMAX
][
NPAMAX
];
/*switch for the source parameters*/
int
vfblock
[
NPAMAX
];
/*switch for the velocity field parameters*/
double
excu
[
NLMAX
][
NPAMAX
];
double
excd
[
NLMAX
][
NPAMAX
];
int
it
;
int
nrline
,
ntline
,
flagr
,
flagt
;
long
int
narclet
;
struct
point
gimage
[
NGGMAX
][
NGGMAX
],
gsource
[
NGGMAX
][
NGGMAX
];
struct
biline
radial
[
NMAX
],
tangent
[
NMAX
];
struct
galaxie
arclet
[
NAMAX
],
source
[
NAMAX
],
image
[
NFMAX
][
NIMAX
];
struct
galaxie
cimage
[
NAMAX
];
struct
pointgal
gianti
[
NPMAX
][
NIMAX
];
struct
point
SC
;
double
elix
;
double
grid_dr
;
// dlsds ratio for the grid used from source to image plane
double
alpha_e
;
double
*
v_xx
;
double
*
v_yy
;
double
**
map_p
;
double
**
tmp_p
;
double
**
map_axx
;
double
**
map_ayy
;
// Global variables defined in o_global.c
struct
shear
shm
[
NAMAX
];
struct
galaxie
multi
[
NFMAX
][
NIMAX
];
struct
z_lim
zlim
[
NIMAX
];
struct
z_lim
zalim
;
struct
z_lim
zlim_s
[
NIMAX
];
struct
pot
lmin_s
[
NLMAX
],
lmax_s
[
NLMAX
],
prec_s
[
NLMAX
];
struct
sigposStr
sigposAs_s
,
sigposAs
;
struct
matrix
amplifi_mat
[
NIMAX
][
NIMAX
],
amplifi_matinv
[
NIMAX
][
NIMAX
];
struct
pixlist
plo
[
100000
];
/*list of points that compose the polygon around the image to inverse*/
double
z_dlsds
;
double
chi_im
,
chip
,
chix
,
chiy
,
chia
,
chil
,
chis
,
chi_vel
,
chi_mass
;
//I added chi_vel and chi_mass TV
double
amplifi
[
NIMAX
][
NIMAX
];
double
**
imo
,
**
soo
,
**
ero
;
double
drima
;
/* distance ratio between the image to inverse and the main lens*/
double
**
sm_p
;
/* optimization spline map : initial save */
int
nshmap
;
int
optim_z
,
n_famille
;
int
block_s
[
NLMAX
][
NPAMAX
];
int
**
imuo
;
int
nplo
;
/*number of points of the polygon around the image to inverse*/
double
z_dlsds
;
double
chi_im
,
chip
,
chix
,
chiy
,
chia
,
chil
,
chis
;
double
amplifi
[
NIMAX
][
NIMAX
];
double
**
imo
,
**
soo
,
**
ero
;
double
drima
;
/* distance ratio between the image to inverse and the main lens*/
double
**
sm_p
;
/* optimization spline map : initial save */
int
nshmap
;
int
optim_z
,
n_famille
;
int
block_s
[
NLMAX
][
NPAMAX
];
int
**
imuo
;
int
nplo
;
/*number of points of the polygon around the image to inverse*/
double
distmin
[
NIMAX
];
/* List of minimal euclidean distances between
the images of a same familly i*/
int
nwarn
;
// warning emitted during image plane chi2
double
*
np_b0
;
// non parametric accelerator
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