Difference between revisions of "Analysis software wishlist from May 2020 CM"
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=== Event Generation === | === Event Generation === | ||
| − | * have flat mass generation be actually flat (currently increases at high mass in many channels) - fixed, | + | * have flat mass generation be actually flat (currently increases at high mass in many channels) - fixed, pull request from Alex A.: [https://github.com/JeffersonLab/halld_sim/pull/131] |
* correctly handle unstable particles at the lower vertex | * correctly handle unstable particles at the lower vertex | ||
* correctly throw events flat in angles, like in omega pi system | * correctly throw events flat in angles, like in omega pi system | ||
* consistent plan for handling different models of t-dependency | * consistent plan for handling different models of t-dependency | ||
| − | |||
=== Amplitude Analysis === | === Amplitude Analysis === | ||
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** ROOT scripts? | ** ROOT scripts? | ||
** Update and generalize tree_to_amptools? | ** Update and generalize tree_to_amptools? | ||
| + | *** Benchmark against analysis launch? | ||
| + | ** New AmpTools data reader? | ||
| + | ** DSelector flat tree output? | ||
| + | ** Look at FlattenFSRoot and adapt data reader? | ||
* Slice up data and perform different fits | * Slice up data and perform different fits | ||
** bins of mass | ** bins of mass | ||
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** easy interface to results based on different fit variations | ** easy interface to results based on different fit variations | ||
** visualize both amplitudes and comparison between data and weighted MC | ** visualize both amplitudes and comparison between data and weighted MC | ||
| + | * Common routines/procedures for error propagation | ||
Latest revision as of 10:58, 18 May 2020
Event Generation
- have flat mass generation be actually flat (currently increases at high mass in many channels) - fixed, pull request from Alex A.: [1]
- correctly handle unstable particles at the lower vertex
- correctly throw events flat in angles, like in omega pi system
- consistent plan for handling different models of t-dependency
Amplitude Analysis
- Standard way of generating flat trees from DSelector output
- ROOT scripts?
- Update and generalize tree_to_amptools?
- Benchmark against analysis launch?
- New AmpTools data reader?
- DSelector flat tree output?
- Look at FlattenFSRoot and adapt data reader?
- Slice up data and perform different fits
- bins of mass
- bins of t
- different wave sets
- different starting parameters
- resampling for bootstrap error estimation
- Output format
- text files?
- SQLite DB?
- Plotting
- Generic GUI program?
- command line program?
- easy interface to results based on different fit variations
- visualize both amplitudes and comparison between data and weighted MC
- Common routines/procedures for error propagation
