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SPC
gdat
Commits
b8c32b6e
Commit
b8c32b6e
authored
1 month ago
by
Luke Simons
Browse files
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Changed line wrapping
parent
05d1b96d
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1 merge request
!174
Add tcv get ids soft x rays to tcv imas functions
Pipeline
#247700
canceled
1 month ago
Stage: test
Stage: post-test
Changes
1
Pipelines
1
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Showing
1 changed file
matlab/TCV_IMAS/tcv_get_ids_soft_x_rays.m
+39
-78
39 additions, 78 deletions
matlab/TCV_IMAS/tcv_get_ids_soft_x_rays.m
with
39 additions
and
78 deletions
matlab/TCV_IMAS/tcv_get_ids_soft_x_rays.m
+
39
−
78
View file @
b8c32b6e
...
...
@@ -51,75 +51,42 @@ if status
[
'RADCAM Soft X-Ray (SXR) system, global index from clock-wise '
...
'ordering from inboard side'
];
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
geometry_type
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
geometry_type
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
centre
.
phi
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
centre
.
phi
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
centre
.
r
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
centre
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
centre
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
centre
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
x
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
y
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
x
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
y
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
x
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
y
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_width
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_width
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
surface
=
...
sxr_geom
.
channel
{
ii
}
.
detector
.
surface
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
geometry_type
=
sxr_geom
.
channel
{
ii
}
.
detector
.
geometry_type
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
centre
.
phi
=
sxr_geom
.
channel
{
ii
}
.
detector
.
centre
.
phi
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
centre
.
r
=
sxr_geom
.
channel
{
ii
}
.
detector
.
centre
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
centre
.
z
=
sxr_geom
.
channel
{
ii
}
.
detector
.
centre
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
x
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
y
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
z
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
x
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
y
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
z
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
x
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
y
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
z
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x3_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x1_width
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x1_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
x2_width
=
sxr_geom
.
channel
{
ii
}
.
detector
.
x2_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
detector
.
surface
=
sxr_geom
.
channel
{
ii
}
.
detector
.
surface
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
geometry_type
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
geometry_type
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
r
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
x
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
y
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
x
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
y
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
x
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
y
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_width
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_width
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
surface
=
...
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
surface
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
geometry_type
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
geometry_type
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
r
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
z
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
centre
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
x
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
y
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
z
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
x
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
y
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
z
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
x
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
x
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
y
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
y
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
z
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x3_unit_vector
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_width
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x1_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_width
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
x2_width
;
ids_soft_x_rays
.
channel
{
ii
}
.
aperture
{
1
}
.
surface
=
sxr_geom
.
channel
{
ii
}
.
aperture
{
1
}
.
surface
;
ids_soft_x_rays
.
channel
{
ii
}
.
etendue
=
sxr_geom
.
channel
{
ii
}
.
etendue
;
ids_soft_x_rays
.
channel
{
ii
}
.
etendue_method
.
name
=
...
sxr_geom
.
channel
{
ii
}
.
etendue_method
.
name
;
ids_soft_x_rays
.
channel
{
ii
}
.
etendue_method
.
description
=
...
sxr_geom
.
channel
{
ii
}
.
etendue_method
.
description
;
ids_soft_x_rays
.
channel
{
ii
}
.
etendue_method
.
name
=
sxr_geom
.
channel
{
ii
}
.
etendue_method
.
name
;
ids_soft_x_rays
.
channel
{
ii
}
.
etendue_method
.
description
=
sxr_geom
.
channel
{
ii
}
.
etendue_method
.
description
;
ids_soft_x_rays
.
channel
{
ii
}
.
filter_window
{
1
}
.
identifier
=
1
;
ids_soft_x_rays
.
channel
{
ii
}
.
filter_window
{
1
}
.
material
.
name
=
'Be'
;
...
...
@@ -127,19 +94,13 @@ if status
ids_soft_x_rays
.
channel
{
ii
}
.
filter_window
{
1
}
.
material
.
description
=
''
;
ids_soft_x_rays
.
channel
{
ii
}
.
filter_window
{
1
}
.
thickness
=
'47e-6'
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
phi
=
...
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
phi
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
r
=
...
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
phi
=
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
phi
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
r
=
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
z
=
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
first_point
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
phi
=
...
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
phi
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
r
=
...
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
z
=
...
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
phi
=
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
phi
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
r
=
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
r
;
ids_soft_x_rays
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
z
=
sxr_geom
.
channel
{
ii
}
.
line_of_sight
.
second_point
.
z
;
ids_soft_x_rays
.
channel
{
ii
}
.
brightness
.
data
=
sxr_data
.
data
(
ii
,:);
ids_soft_x_rays
.
channel
{
ii
}
.
brightness
.
time
=
sxr_data
.
time
;
...
...
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