Difference between revisions of "User:Dalton"
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* Intended to work with mode 8 LED data (waveforms). | * Intended to work with mode 8 LED data (waveforms). | ||
* For each channel, will integrate the signal varying the start and stop sample relative to the threshold crossing. | * For each channel, will integrate the signal varying the start and stop sample relative to the threshold crossing. | ||
| − | * Find the relative width for each configuration of integral and find the minimum width. | + | ** Find the relative width for each configuration of integral and find the minimum width. |
| − | * Do this for case with and without pedestal subtraction. | + | ** Do this for case with and without pedestal subtraction. |
| − | * [https://logbooks.jlab.org/entry/3345807 log 3345807] | + | ** [https://logbooks.jlab.org/entry/3345807 log 3345807] |
| + | * Also used for comparing signals end-to-end to investigate LED width | ||
| + | |||
===F250_mode8_pedestal=== | ===F250_mode8_pedestal=== | ||
Revision as of 13:35, 7 August 2015
Contents
Mark Dalton's User Page
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Internal
git
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sim-recon Plugins
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IntegralWidthvsNumSamps
- Intended to work with mode 8 LED data (waveforms).
- For each channel, will integrate the signal varying the start and stop sample relative to the threshold crossing.
- Find the relative width for each configuration of integral and find the minimum width.
- Do this for case with and without pedestal subtraction.
- log 3345807
- Also used for comparing signals end-to-end to investigate LED width
