GeantChecklist: Difference between revisions

From Mu2eWiki
Jump to navigation Jump to search
Line 36: Line 36:
|style="width:40%"|'''Notes'''
|style="width:40%"|'''Notes'''
|-
|-
| || Krzysztof || release notes presented ||
| || Krzysztof || release notes presented || available
|-
|-
| 3/14/18 || Krzysztof || supporting code (new lists, options) || none needed
| 3/14/18 || Krzysztof || supporting code (new lists, options) || none needed
|-
|-
|  || Ray || high-stats conversion electrons comparison ||
|  || Ray || high-stats conversion electrons comparison || available
|-
|-
|  || Ray || high-stats beam stage 1 comparison ||
|  || Ray || high-stats beam stage 1 comparison || available
|-
|-
|  || Ray/Krzysztof || CPU time and product sizes ||
|  || Ray/Krzysztof || CPU time and product sizes || available
|-
|-
|  || Ray/Andrei || stopped muon rates and shape ||
|  || Ray/Andrei || stopped muon rates and shape || available
|-
|-
|  || Rob || magnetic field transport ||
|  || Rob || magnetic field transport ||

Revision as of 21:18, 15 March 2018

Introduction

So much of the understanding of the performance of mu2e depends on simulation studies that a change in geant version could have far-reaching effects. This page contains a checklist for tests to perform before moving to a new geant. Typically, some tests would be skipped because the expert decides the effort to validate would not be justified for the low level of risk.

v4_10_4

Started Mar 1, 2018, proposed update to v4_10_4 from v4_10_2_p03e.


Results from tests, 1M conversion electrons, 300K beam stage1

Sample CPU (s) MEM (GB) file size (MB)
old beam 9351 1.611 6.290
new beam 8483 (-9%) 1.715 (+6%) 6.397(+2%)
old CE 6795 1.742 918.396
new CE 6180 (-9%) 1.804 (+4%) 909.979(-1%)


beam comparison
C.E. comparison
stopped muons

Sign off Responsible Topic Notes
Krzysztof release notes presented available
3/14/18 Krzysztof supporting code (new lists, options) none needed
Ray high-stats conversion electrons comparison available
Ray high-stats beam stage 1 comparison available
Ray/Krzysztof CPU time and product sizes available
Ray/Andrei stopped muon rates and shape available
Rob magnetic field transport
Dave (LBL) tracker charge deposition model and hit resolution
Dave (LBL) tracker background hit rates
Dave (LBL) tracker integrated charge
Dave (LBL) tracker electronics radiation
Bertrand calorimeter resolution
Bertrand calorimeter electronics radiation
Ralf CRV light model
Yuri neutron production rates and transport
Yuri CRV deadtime
Dave (LBL) conversion electron efficiency
Jim STM efficiency
Jim STM background
Andrei ExtMon efficiency
Andrei ExtMon background
Ralf cosmic background
Bob p-bar background
Andrei beam electron background
Dave (Lou) Pion backgrounds