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kslong / kred

Tools for analysing narrow band imaging with DECam
GNU General Public License v3.0
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BackStats #14

Closed SeanPoints closed 1 year ago

SeanPoints commented 1 year ago

BackStats.py is only finding matches for filter N662 for LMC_c50. The directory DECam_BACK/LMC_c50/T?? contains data for all filters (N662, N673, 708, and r).

kslong commented 1 year ago

@SeanPoints Do you mean that it appears to run OK, but does not. Or are any errors produced. Also, in future please give the branch and commit number

SeanPoints commented 1 year ago

Main branch/commit 372bec85791dfa4185a74533a950cc6cc97dfd2f (I downloaded these last Friday - 23 June). Program returns: [2023-06-30 16:45:02] Current commit: 372bec85791dfa4185a74533a950cc6cc97dfd2f [2023-06-30 16:45:02] BackStats: Starting LMC_c50 T01 Finished 3 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_055922_ooi_N662_v1_N20.fits Finished 2 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_055922_ooi_N662_v1_N25.fits Finished 3 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_064056_ooi_N662_v1_N14.fits Finished 3 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_064056_ooi_N662_v1_N15.fits Finished 4 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_064056_ooi_N662_v1_N20.fits Finished 2 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_064056_ooi_N662_v1_N25.fits Finished 7 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_072229_ooi_N662_v1_N20.fits Finished 6 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_072229_ooi_N662_v1_N25.fits Finished 4 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_080400_ooi_N662_v1_N14.fits Finished 6 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_080400_ooi_N662_v1_N15.fits Finished 8 x-matches for DECam_BACK/LMC_c50/T01/c4d_190106_080400_ooi_N662_v1_N20.fits Wrote Summary/LMC_c50_T01_xxx.txt with 48 lines [2023-06-30 16:46:14] BackStats: Finished LMC_c50 T01

Does not give any error messages for N673, N708, or r filters.

kslong commented 1 year ago

@SeanPoints I am unable to reproduce this error on the back branch. Please download the latest version of the back branch, and create a pristine environment for running kred. Then run the following sequence of commands. 

# MefSum.py LMC_c50
# MefPrep.py LMC_c50
SetupTile.py LMC_c50 T01
SwarpSetup.py LMC_c50 T01
Swarp.py LMC_c50 T01
FindOverlaps.py LMC_c50 T01
BackPrep.py -run LMC_c50  T01
BackStats.py -np 12 -rm LMC_c50 T01
BackCalc.py LMC_c50 T01
BackSub.py -np 12 LMC_c50 T01
SwarpSetup.py -bsub LMC_c50 T01
Swarp.py -bsub LMC_c50 T01
SwarpEval.py LMC_c50 T01  T01_b

You will likely need to run MefSum and MefPrep again, because a few things have changed there. Depending on your conda environment, you may also need to set up a new one, as Rick has used some recent features of numpy. There are instructions in the README file for how to do this.

kslong commented 1 year ago

If the above steps still fail, please make a tar file of your Summary directory, and put it here so I can compare it with the one that I made when I ran the steps above.

SeanPoints commented 1 year ago

If I understand the procedure, (1) Maybe clone everything into new directory (git clone git@github.com:kslong/kred) (2) git fetch (3) git checkout back Anything else I should do?

kslong commented 1 year ago

No, that is not what I meant. Your current git repository is fine. You should do git fetch and git checkout back, like normal. You only have to clone a new version of the entire repository if yours has gotten messed up.

But you should create a new directory for running the code, e.g ktest, because I don't want any of your old processing to have be involved. ISet up that directory up so you can run the S/W by linking to the MEF directory. Then run the commands I suggested starting with MefSetup.py

SeanPoints commented 1 year ago

I'm in a new workspace with branch set to back.

SeanPoints commented 1 year ago

Successfully reduced field LMC_c50 through all step using back branch. Closing issue