Proton Calorimetry/Meetings/2021/02/03: Difference between revisions
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=== [[ELogs/SaadShaikh|Saad Shaikh]] === | === [[ELogs/SaadShaikh|Saad Shaikh]] === | ||
* | *Further bug fixes and work on USB interface: now able to dynamically set number of DDC232 modules remotely. | ||
**Will update UART FPGA code to also allow setting number of DDC232 modules remotely. | |||
*Further work on DAQ framework: | |||
**DAQ script sets full-scale range and number of DDC232 boards and then saves X number of measurements per file. | |||
**Trade-off between DAQ rate and refresh rate of display: averaging/plotting scripts can only access closed files and best DAQ rate is achieved by saving data to single file without closing. | |||
**WriteCSV waits for a new file to appear, averages all measurements in the file and then updates a single-line CSV file at 50Hz. | |||
**Local live plot reads last line in each new file to plot. No averaging in order to reduce latency between DAQ. | |||
*Features to implement: | |||
**Replace number of measurements per file with a time spent on each file, in order to lock-in the rate at which new files appear. | |||
**At FTDI level, scale photodiode data and add real Bragg curve. Add fitting routine to writeCSV or update liveFit to perform averaging and fitting. | |||
=== [[ELogs/FernPannell|Fern Pannell]] === | === [[ELogs/FernPannell|Fern Pannell]] === | ||
Revision as of 18:16, 3 February 2021
Minutes for UCL Proton Calorimetry Meetings, 3rd February
Present
Simon Jolly, Raffaella Radogna, Saad Shaikh, Fern Pannell
Raffaella Radogna
Saad Shaikh
- Further bug fixes and work on USB interface: now able to dynamically set number of DDC232 modules remotely.
- Will update UART FPGA code to also allow setting number of DDC232 modules remotely.
- Further work on DAQ framework:
- DAQ script sets full-scale range and number of DDC232 boards and then saves X number of measurements per file.
- Trade-off between DAQ rate and refresh rate of display: averaging/plotting scripts can only access closed files and best DAQ rate is achieved by saving data to single file without closing.
- WriteCSV waits for a new file to appear, averages all measurements in the file and then updates a single-line CSV file at 50Hz.
- Local live plot reads last line in each new file to plot. No averaging in order to reduce latency between DAQ.
- Features to implement:
- Replace number of measurements per file with a time spent on each file, in order to lock-in the rate at which new files appear.
- At FTDI level, scale photodiode data and add real Bragg curve. Add fitting routine to writeCSV or update liveFit to perform averaging and fitting.