Difference between revisions of "Solid Tracking"
From Hall A Wiki
(New page: =Things to do and learn from tracking= *Need to define input and output data structures for tracking code ** Output from tracking should be standardized so we can easily compare ...) |
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*** 2D (track x,y separately and combine) | *** 2D (track x,y separately and combine) | ||
Revision as of 15:21, 21 June 2011
Things to do and learn from tracking
- Need to define input and output data structures for tracking code
- Output from tracking should be standardized so we can easily compare
- Algorithms to try
- Xin's progressive tracking
- 3D (present)
- 2D (track x,y separately and combine)
- Tree search
- Mindy's code
- Others
- Xin's progressive tracking
- Condiderations
- With and without magnetic fields
- With field, is there p dependence
- GEM clustering dependence
- Calorimeter and other detector information
- Potential improvements
- Benchmarks
- Tracking rate
- Tracking efficiency (#of real tracks reconstructed/# of real tracks)
- Effect of noise in fits (hits replaced with noise)
- Pure noise tracks (ghost tracks)
- Multi-track reconstruction efficiency
- Helicity dependence of reconstruction (efficiency *and* quality)
- Noise correlation between planes effects
- Benchmark conditions to map
- Background rates 0 - x5
- Background rate derivatives (for helicity dependence)
- Uncorrelated - correlated backgrounds
- Readout strip configuration: x/y vs. r/phi
