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| Table of Contents |
|---|
Mask
Equatorial mask
Mask parameters
| Code Block |
|---|
Wedge 871.5 878 450 383 148 196 1 k False False
Wedge 871.5 878 450 383 -27 21 1 k False False
where |
Wedge parameters
| Code Block |
|---|
t = pars[0] # figure type, ex. 'Wedge'
x = float(pars[1]) # x coordinate of the wedge center
y = float(pars[2]) # y coordinate of the wedge center
r = float(pars[3]) # 1-st radius of the wedge
w = float(pars[4]) # radial width of the wedge
t1 = float(pars[5]) # 1-st angle
t2 = float(pars[6]) # 2-nd angle
lw = int(pars[7]) # line width
col = str(pars[8]) # color
s = self.dicBool[pars[9].lower()] # isSelected boolean parameter
rem = self.dicBool[pars[10].lower()] # isRemoved - helper parameter |
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Involved sensors in adopted cxif5315 geometry: 0, 1, 9,15, 16,17, 25,31
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Quads numeration ...
in cxif5315 geometry
| Code Block |
|---|
visible image:
---------
| 1 | 0 |
----+----
| 2 | 3 |
--------- |
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Involved sensors in adopted cxif5315 geometry: 0, (1), 7, 8, (9), 15
| Code Block |
|---|
Quads numeration on visible image:
---------
| 1 | 0 |
----+----
| 2 | 3 |
--------- |
Radial background subtraction
For some reason polarization correction does not work well in this experiment for entire image.
Comparison of the 2-d interpolated radial background subtraction forsubtraction
- nbins (rad:500, phi:1) bins:
- nbins (rad:500, phi:32) bins:
SIngle angular bin still works fine in our ROI defined by both masks.
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References
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