Proton Calorimetry/Meetings/2020/05/06: Difference between revisions
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=== [[ELogs/SaadShaikh|Saad Shaikh]] === | === [[ELogs/SaadShaikh|Saad Shaikh]] === | ||
*Set up parallel GEANT4 project from a basic example to rebuild Laurent's simulation from scratch. | |||
*Analysed SOBP data from HIT 12th April 2019, was able to successfully fit data but realised that data acquisition missed some of the beam delivery. Shown in this [ plot]. | |||
**Moved away from current binned fitting implementation, in favour of ROOT's fitting option "I" and using smooth QB function to fit data. Note: SOBP fit fails with this option, but fit results are fine without it. | |||
*Started research in FPGA programming: | |||
**Some basic theory of logic gates, LUTs, Flip-flops etc. | |||
**Ran the hardware-version of 'Hello World' on Zybo: program the board to blink an LED. | |||
=== [[ELogs/LaurentKelleter|Laurent Kelleter]] === | === [[ELogs/LaurentKelleter|Laurent Kelleter]] === |
Revision as of 12:50, 6 May 2020
Minutes for UCL Proton Calorimetry Meetings, 6th May (Everyone is working from home)
Present
Laurent Kelleter, Saad Shaikh, Raffaella radogna
Raffaella Radogna
Saad Shaikh
- Set up parallel GEANT4 project from a basic example to rebuild Laurent's simulation from scratch.
- Analysed SOBP data from HIT 12th April 2019, was able to successfully fit data but realised that data acquisition missed some of the beam delivery. Shown in this [ plot].
- Moved away from current binned fitting implementation, in favour of ROOT's fitting option "I" and using smooth QB function to fit data. Note: SOBP fit fails with this option, but fit results are fine without it.
- Started research in FPGA programming:
- Some basic theory of logic gates, LUTs, Flip-flops etc.
- Ran the hardware-version of 'Hello World' on Zybo: program the board to blink an LED.