This shows you the differences between two versions of the page.
Both sides previous revision Previous revision | |||
typical_analysis_chain [2015/06/26 17:28] rashid |
typical_analysis_chain [2015/06/26 17:30] (current) rashid |
||
---|---|---|---|
Line 2: | Line 2: | ||
==== Typical analysis chain: ==== | ==== Typical analysis chain: ==== | ||
- | 1. Raw Data. | + | - Raw Data. |
The raw data, which are already converted to .slcio files, provide input for analysis run. | The raw data, which are already converted to .slcio files, provide input for analysis run. | ||
- | The analysis run consequently deals with a set of objects. | + | The analysis run consequently deals with a set of objects: |
| | ||
- | 2. Pulses (threshold and noise cut) | + | 1. Pulses (obtained using pre-defined threshold and noise cuts) |
| | ||
- | 3. Hits (group pulses together, and find centre of hit based on Pad Response Function (aka PRF) ) | + | 2. Hits (group pulses together, and find centre of hit based on Pad Response Function (aka PRF) ). |
| | ||
- | 4. Corrected Hits (time of hit is precisely calculated with some fit) | + | 3. Corrected Hits (time of hit is precisely calculated with some fit). |
| | ||
- | 5. Tracks are found (hits are fed into an algorithm that groups hits together into a "track candidate"; | + | 4. Tracks are found (hits are fed into an algorithm that groups hits together into a "track candidate"; |
- | usually this will also fit the track, but the parameters are considered rough) | + | usually this will also fit the track, but the parameters are considered rough). |
| | ||
- | 6. Tracks are fit (the hits from the track candidates are fed into an algorithm that assumes they belong to a track, and calculates the accurate parameters that correspond to that track) | + | 5. Tracks are fit (the hits from the track candidates are fed into an algorithm that assumes they belong to a track, and calculates the accurate parameters that correspond to that track). |
| | ||
- | 7. Resolution is calculated (from the output of step 6.) | + | 6. Resolution is calculated (from the output of step 5). |