Difference between revisions of "Benchmark GEMC Occupancy Prediction for 11GeV Electron Beam with 0T Solenoid for LH2"
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Similarly, for the root file | Similarly, for the root file | ||
| + | |||
| + | <pre> | ||
Processing evio2rootAnalysis.C... | Processing evio2rootAnalysis.C... | ||
EVENT # 24998 GENPART = 2Detector | EVENT # 24998 GENPART = 2Detector | ||
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Detector 14 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 5 | Detector 14 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 5 | ||
Detector 15 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 4 | Detector 15 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 4 | ||
| − | + | </pre> | |
Investigating the next sequential file listed in the command hadd, LUND_Spread_LH2_01.LUND, for the 1st event: | Investigating the next sequential file listed in the command hadd, LUND_Spread_LH2_01.LUND, for the 1st event: | ||
<pre> | <pre> | ||
Revision as of 19:15, 3 August 2016
Creating root file
Splitting an Isotropic distribution for an 11GeV Electron bean at 0T for the Solenoid field with an LH2 target, we start with 5 files LUND_Spread_00 - LUND_Spread_04. LUND_Spread_00 - LUND_Spread_03 are equally divided with 75000 lines or 25000 Moller events in each file. LUND_Spread_04 has 37731 lines or 12577 Moller events. These LUND files are run in GEMC with:
~/src/CLAS/GEMC/source/gemc -USE_GUI=0 -INPUT_GEN_FILE="LUND,LUND_Spread_LH2_00.LUND" -N=75000 eg12.gcard > tracking.dat
Using the evio file created from the GEMC run:
~/src/CLAS/evioRoot/bin/evio2root eg12.evio eg12.root 25000
LUND_Spread_02 has too many events with respect to the 75000 events GEMC can handle. Initially, LUND_Spread_02 had 25000 Moller events or 75000 lines(Header, Scattered, and Moller) in the file. Do to the scattering and secondary particles, this file is divided into two parts LUND_Spread_02_part_00 and LUND_Spread_02_part_01 of 37500 lines or 12500 Moller events.
The second file is also two large and is similarly split into two parts LUND_Spread_02_part_01_00 and LUND_Spread_02_part_01_01 of 18750 lines or 6250 Moller events.
The root files can be combined with:
hadd 0T_LH2.root ./LUND_Spread_00/eg12.root LUND_Spread_01/eg12.root LUND_Spread_02/eg12_00.evio LUND_Spread_02/eg12_01_00.evio LUND_Spread_02/eg12_01_01.evio LUND_Spread_03/eg12.root LUND_Spread_04/eg12.root
Verify root file to LUND files
Using the evio2rootAnalysis.C
Checking the output versus the LUND_Spread_LH2_00.LUND, for the first 2 events
Processing evio2rootAnalysis.C... EVENT # 0 GENPART = 2Detector Gen part 0 pid = 11 px = -0.0113655 py = -0.00200404 pz = 10.8681 vx = 0 vy = 0 vz = 0 Gen part 1 pid = 11 px = 0.0113655 py = 0.00200404 pz = 0.131912 vx = 0 vy = 0 vz = 0 Detector 0 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 2 wire = 1 Detector 1 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 1 Detector 2 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 2 wire = 1 EVENT # 1 GENPART = 2Detector Gen part 0 pid = 11 px = -0.0113654 py = -0.00200403 pz = 10.8681 vx = 0 vy = 0 vz = 0 Gen part 1 pid = 11 px = 0.0113654 py = 0.00200403 pz = 0.13191 vx = 0 vy = 0 vz = 0 Detector 0 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 1 wire = 1 Detector 1 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 2 wire = 1 Detector 2 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 4 wire = 1 Detector 3 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 1 Detector 4 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 2 wire = 1 Detector 5 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 3 wire = 1 Detector 6 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 4 wire = 1
Similarly, for the file LUND_Spread_LH2_00.LUND the first two events are:
2 1 1 1 1 0.006411440670 -81.074954045618540 -20140.877319449689821 1.625975760324849 -10735.677605378126827 1 -1 1 11 0 0 -0.011365497628610 -0.002004043881097 10.868088162529032 10.868094302146620 0.000511 0 0 0 2 -1 1 11 0 0 0.011365497628610 0.002004043881097 0.131911825606992 0.132416696768492 0.000511 0 0 0 2 1 1 1 1 0.006411635317 -81.076265062091281 -20140.885108455677255 1.625924392583043 -10735.681784681821227 1 -1 1 11 0 0 -0.011365408694758 -0.002004028199659 10.868090252277955 10.868096391798467 0.000511 0 0 0 2 -1 1 11 0 0 0.011365408694758 0.002004028199659 0.131909735858069 0.132414607116645 0.000511 0 0 0
Now looking at events near the 75000 line or the 25000 event in LUND_Spread_LH2_00.LUND
2 1 1 1 1 0.015512662940 -126.956381854310933 -20316.691791682802432 0.674069456130444 -10829.902753852171372 1 -1 1 11 0 0 -0.009132219162024 -0.001610256632004 10.915202925405447 10.915206876383641 0.000511 0 0 0 2 -1 1 11 0 0 0.009132219162024 0.001610256632004 0.084797062730579 0.085304122531470 0.000511 0 0 0 2 1 1 1 1 0.015513249673 -126.958920153079674 -20316.698064870324743 0.674042880804948 -10829.906111934713408 1 -1 1 11 0 0 -0.009132129447618 -0.001610240812933 10.915204604524719 10.915208555424911 0.000511 0 0 0 2 -1 1 11 0 0 0.009132129447618 0.001610240812933 0.084795383611307 0.085302443490199 0.000511 0 0 0
Similarly, for the root file
Processing evio2rootAnalysis.C... EVENT # 24998 GENPART = 2Detector Gen part 0 pid = 11 px = -0.00913222 py = -0.00161026 pz = 10.9152 vx = 0 vy = 0 vz = 0 Gen part 1 pid = 11 px = 0.00913222 py = 0.00161026 pz = 0.0847971 vx = 0 vy = 0 vz = 0 Detector 0 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 1 wire = 6 Detector 1 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 1 wire = 5 Detector 2 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 2 wire = 6 Detector 3 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 3 wire = 5 Detector 4 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 4 wire = 5 Detector 5 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 5 wire = 4 Detector 6 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 6 wire = 5 Detector 7 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 6 wire = 4 Detector 8 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 6 Detector 9 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 2 wire = 7 Detector 10 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 2 wire = 6 Detector 11 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 3 wire = 6 Detector 12 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 4 wire = 6 Detector 13 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 5 wire = 5 Detector 14 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 5 EVENT # 24999 GENPART = 2Detector Gen part 0 pid = 11 px = -0.00913213 py = -0.00161024 pz = 10.9152 vx = 0 vy = 0 vz = 0 Gen part 1 pid = 11 px = 0.00913213 py = 0.00161024 pz = 0.0847954 vx = 0 vy = 0 vz = 0 Detector 0 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 1 wire = 5 Detector 1 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 2 wire = 5 Detector 2 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 3 wire = 4 Detector 3 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 4 wire = 5 Detector 4 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 4 wire = 4 Detector 5 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 5 wire = 4 Detector 6 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 5 wire = 3 Detector 7 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 6 wire = 4 Detector 8 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 6 Detector 9 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 5 Detector 10 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 2 wire = 6 Detector 11 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 3 wire = 5 Detector 12 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 4 wire = 5 Detector 13 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 5 wire = 4 Detector 14 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 5 Detector 15 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 4 EVENT # 25000 GENPART = 2Detector Gen part 0 pid = 11 px = -0.00913213 py = -0.00161024 pz = 10.9152 vx = 0 vy = 0 vz = 0 Gen part 1 pid = 11 px = 0.00913213 py = 0.00161024 pz = 0.0847954 vx = 0 vy = 0 vz = 0 Detector 0 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 1 wire = 5 Detector 1 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 2 wire = 5 Detector 2 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 3 wire = 4 Detector 3 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 4 wire = 5 Detector 4 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 4 wire = 4 Detector 5 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 5 wire = 4 Detector 6 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 5 wire = 3 Detector 7 dpid = 11 procID = 90 sector = 1 superlayer = 1 layer = 6 wire = 4 Detector 8 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 6 Detector 9 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 1 wire = 5 Detector 10 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 2 wire = 6 Detector 11 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 3 wire = 5 Detector 12 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 4 wire = 5 Detector 13 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 5 wire = 4 Detector 14 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 5 Detector 15 dpid = 11 procID = 90 sector = 1 superlayer = 2 layer = 6 wire = 4
Investigating the next sequential file listed in the command hadd, LUND_Spread_LH2_01.LUND, for the 1st event:
2 1 1 1 1 0.015513922088 -126.961458526835955 -20316.704337997434777 0.674016306955490 -10829.909469984264433 1 -1 1 11 0 0 -0.009132039733185 -0.001610224993858 10.915206283627493 10.915210234449686 0.000511 0 0 0 2 -1 1 11 0 0 0.009132039733185 0.001610224993858 0.084793704508532 0.085300764465423 0.000511 0 0 0