magic-cta-pipe issueshttps://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues2021-12-01T17:08:11Zhttps://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/19List of sub-tasks to be addressed during the coding sprint days (Dec. 2020)2021-12-01T17:08:11ZFederico Di PierroList of sub-tasks to be addressed during the coding sprint days (Dec. 2020)GOAL 1: To get a spectrum of the CRAB with MAGIC data, comparable to the one obtained with MARS.
* [x] Get rid of ctapipe-mpp (using the official ctapipe) and switching to ctapipe 0.8.0. (ievo/magic-cta-pipe#16)
* [x] Stereo parameters ...GOAL 1: To get a spectrum of the CRAB with MAGIC data, comparable to the one obtained with MARS.
* [x] Get rid of ctapipe-mpp (using the official ctapipe) and switching to ctapipe 0.8.0. (ievo/magic-cta-pipe#16)
* [x] Stereo parameters reconstruction (ievo/magic-cta-pipe#18)
* [x] Including stereo parameters in the Random Forests (ievo/magic-cta-pipe#21)
* [x] Update make_irf.py and sensitivity calculation, try also pyIRF.py (ievo/magic-cta-pipe#20)
* [x] Add a script to produce spectra (#12)
* [x] Testing the whole pipeline, producing a Crab SED ()
GOAL 2: To adapt the pipeline to perform MAGIC+LST1 combined analysis
* [x] Reading simtelarray files (Prod5, including MAGIC and LSTs) (#22)
* [x] Implementing cleaning and image reconstruction for LST1 MC data (#22)
* [x] Adapting all scripts to handle at least 3 telescopes (#23)
* [ ] Calculate IRFs and sensitivity, using MC-only ()
* [x] Reading real data. (LST1=DL1, MAGIC=calibrated/DL1 ?) ()
* [x] Implementing the 3-fold coincidence algorithm ()https://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/11To identify the weak points (i.e.: slowing down the reconstruction) of the st...2020-04-09T09:01:03ZFederico Di PierroTo identify the weak points (i.e.: slowing down the reconstruction) of the stereo parameters calculationIn current version of hillas_preprocessing.py the stereo_params calculation is commented out. We should identify which functions are the most affecting the process execution performance. Then probably an interaction with ctapipe develope...In current version of hillas_preprocessing.py the stereo_params calculation is commented out. We should identify which functions are the most affecting the process execution performance. Then probably an interaction with ctapipe developers could be needed.https://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/20Using pyIRF with magic-cta-pipe DL2 data2020-12-07T08:55:13ZFederico Di PierroUsing pyIRF with magic-cta-pipe DL2 dataThe idea is to use pyIRF (https://github.com/cta-observatory/pyirf) to calculate the IRFs and the sensitivity curve.
Similarly to what is done in these examples (https://github.com/cta-observatory/pyirf/blob/master/examples/calculate_eve...The idea is to use pyIRF (https://github.com/cta-observatory/pyirf) to calculate the IRFs and the sensitivity curve.
Similarly to what is done in these examples (https://github.com/cta-observatory/pyirf/blob/master/examples/calculate_eventdisplay_irfs.py and https://github.com/misabelber/cta-lstchain/blob/sens-notebook/notebooks/lst_sensitivity_pyirf.ipynb).
The input for pyIRF are DL2 events and general simulation information (e.g.: min-max simulated energy, spectral index, max impact, viewcone...).Federico Di PierroFederico Di Pierrohttps://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/21Modify the train*RF.py scripts to read a single input DL1 file (instead of 1 ...2020-12-11T15:29:13ZFederico Di PierroModify the train*RF.py scripts to read a single input DL1 file (instead of 1 file per telescope)New version of "hillasprocessing.py" will produce a single output file including also stereo params.New version of "hillasprocessing.py" will produce a single output file including also stereo params.Davide DepaoliDavide Depaolihttps://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/22Reading simtelarray files (Prod5, including MAGIC and LSTs)2020-12-09T18:55:37ZDavide DepaoliReading simtelarray files (Prod5, including MAGIC and LSTs)Reading Prod5 simtelarray files.
Files are stored in IT container in:
`/fefs/aswg/data/mc/DL0/20200629_prod5/`Reading Prod5 simtelarray files.
Files are stored in IT container in:
`/fefs/aswg/data/mc/DL0/20200629_prod5/`https://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/23Adapting all scripts to handle MAGIC + LST telescopes2020-12-07T17:13:23ZDavide DepaoliAdapting all scripts to handle MAGIC + LST telescopesAdapting scripts to handle MAGIC + LST telescopes:
- Hillas and stereo reconstruction
- Training random forests:
- Classifier
- Energy
- Direction
- Apply random forest
- [...]Adapting scripts to handle MAGIC + LST telescopes:
- Hillas and stereo reconstruction
- Training random forests:
- Classifier
- Energy
- Direction
- Apply random forest
- [...]https://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/28Update README2021-12-02T14:40:58ZAlessio BertiUpdate READMEIn the current v0.1.0, code was restructured a lot, and README is not updated.In the current v0.1.0, code was restructured a lot, and README is not updated.Alessio BertiAlessio Bertihttps://gitlab.mpcdf.mpg.de/ievo/magic-cta-pipe/-/issues/29Move to ctapipe v0.122021-12-02T14:41:57ZAlessio BertiMove to ctapipe v0.12Update the pipeline to use ctapipe v0.12.Update the pipeline to use ctapipe v0.12.ctapipe 0.12Alessio BertiAlessio Berti