Closed syhaffert closed 1 year ago
Merging #145 (62584ad) into master (8c29370) will decrease coverage by
0.22%
. The diff coverage is69.28%
.
@@ Coverage Diff @@
## master #145 +/- ##
==========================================
- Coverage 80.93% 80.70% -0.23%
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Files 95 95
Lines 6923 7044 +121
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+ Hits 5603 5685 +82
- Misses 1320 1359 +39
Impacted Files | Coverage Δ | |
---|---|---|
hcipy/aperture/__init__.py | 100.00% <ø> (ø) |
|
hcipy/dev.py | 100.00% <ø> (ø) |
|
hcipy/optics/glass.py | 84.78% <ø> (ø) |
|
hcipy/aperture/generic.py | 89.43% <14.28%> (-1.48%) |
:arrow_down: |
hcipy/aperture/realistic.py | 91.11% <64.76%> (-5.46%) |
:arrow_down: |
hcipy/wavefront_sensing/pyramid.py | 73.33% <100.00%> (+8.27%) |
:arrow_up: |
hcipy/optics/optical_element.py | 71.87% <0.00%> (ø) |
|
hcipy/field/grid.py | 81.86% <0.00%> (+0.54%) |
:arrow_up: |
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An image of the telescope positions
And the baselines
- Put pngs of the reference/baseline apertures as a comment.
I meant tests/baseline_for_apertures/vlti/pupil_without_spiders.fits.gz
and tests/baseline_for_apertures/vlti/pupil.fits.gz
and the like. :) But these are great images for reference too!
I think the aperture will also change with azimuth. Think about two telescopes, what happens when you observe at the horizon and parallel to the telescopes, you will only see a single aperture.
Should I also add the dOPD to the apertures ? Because the dOPD is Baseline * direction vector.
I think the aperture will also change with azimuth. Think about two telescopes, what happens when you observe at the horizon and parallel to the telescopes, you will only see a single aperture.
Which is why I said "pointing on the sky" rather than "altitude". 😛
Should I also add the dOPD to the apertures ? Because the dOPD is Baseline * direction vector.
Maybe have a separate function for that rather than integrate it into make_vlti_aperture()
? Or at least have a separate function for calculating the dOPDs?
FYI, I would be fine with just having a few sentences in the docstring without any extra implementation for non-Zenith pointing, ie. leave it as it is now. Whichever you feel like doing. The failed tests need to be fixed though.
Ok. I can implement both next week. I have already done the coding for the different on-sky pointings. I was thinking you were only talking about altitude because you mentioned zenith. My brain just completely ignored azimuth at that point.
All changes have been implemented, tests have been added. All checks have been passed. I think this is ready to be merged.
You still didn't post the baseline apertures. It makes reviewing much easier. I'll try to get the review in tomorrow or the day after.
The baseline apertures used for the tests: from left to right, top to bottom, pupil
, pupil_non_zenith
, pupil_non_zenith_without_spiders
, pupil_without_spiders
:
An implementation of the VLTI aperture. Based on the ESO P105 VLTI manual.