Difference between revisions of "Reconstruction Tasks and Topics for Further Development"
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The items listed here are areas that we have identified as needing further development and/or study. Feel free to add your topics or comment on those already listed. Comments can be entered on the "discussion" tab (see above). | The items listed here are areas that we have identified as needing further development and/or study. Feel free to add your topics or comment on those already listed. Comments can be entered on the "discussion" tab (see above). | ||
| − | # | + | # Particle identification |
| − | # | + | # χ<sup>2</sup> distributions from track fits |
| − | # | + | # Re-do checks of error matrices from photon reconstruction |
| − | # | + | # When photons get split into multiple clusters, is all of the energy detected? |
| + | # How do we handle large single Coulomb scattering in tracking? | ||
| + | # How do we handle decays in tracking? | ||
| + | # What is our efficiency for π<sup>0</sup> detection? η&arrow;γγ? | ||
Revision as of 14:44, 30 August 2011
The items listed here are areas that we have identified as needing further development and/or study. Feel free to add your topics or comment on those already listed. Comments can be entered on the "discussion" tab (see above).
- Particle identification
- χ2 distributions from track fits
- Re-do checks of error matrices from photon reconstruction
- When photons get split into multiple clusters, is all of the energy detected?
- How do we handle large single Coulomb scattering in tracking?
- How do we handle decays in tracking?
- What is our efficiency for π0 detection? η&arrow;γγ?
