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Module.py
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Module.py
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from __future__ import print_function
import ROOT as r
import sys
import os
dirpath = os.path.dirname(os.path.abspath(__file__))
r.gROOT.ProcessLine(".L {}/ModuleDetIdParser.cxx".format(dirpath))
class Module:
def __init__(self, detid, moduleTypeInfo=None):
self.detid = int(detid)
self.moduleSDL = r.SDL.Module(self.detid)
if moduleTypeInfo != None:
self.moduleSDL = r.SDL.Module(self.detid, int(moduleTypeInfo))
maxBarrelxyModules = {1:18,2:26,3:36,4:48,5:60,6:78}
#[layer][ring]
maxEndcapxyModules ={
1:{1:20,2:24,3:24,4:28,5:32,6:32,7:36,8:40,9:40,10:44,11:52,12:60,13:64,14:62,15:76},
2:{1:20,2:24,3:24,4:28,5:32,6:32,7:36,8:40,9:40,10:44,11:52,12:60,13:64,14:62,15:76},
3:{1:28,2:28,3:32,4:36,5:36,6:40,7:44,8:52,9:56,10:64,11:72,12:76},
4:{1:28,2:28,3:32,4:36,5:36,6:40,7:44,8:52,9:56,10:64,11:72,12:76},
5:{1:28,2:28,3:32,4:36,5:36,6:40,7:44,8:52,9:56,10:64,11:72,12:76},
}
maxBarrelFlatZModules = {1:7,2:11,3:15,4:24,5:24,6:24}
maxBarrelTiltedZModules = {1:12,2:12,3:12,4:12,5:12,6:12}
maxRings = {1:15,2:15,3:12,4:12,5:12}
def detId(self): return int(self.detid)
def partnerDetId(self): return int(self.moduleSDL.partnerDetId())
def subdet(self): return int(self.moduleSDL.subdet())
def side(self): return int(self.moduleSDL.side())
def layer(self): return int(self.moduleSDL.layer())
def logicalLayer(self): return int(self.moduleSDL.layer()) + (6 if self.subdet() == 4 else 0)
def rod(self): return int(self.moduleSDL.rod())
def ring(self): return int(self.moduleSDL.ring())
def module(self): return int(self.moduleSDL.module())
def isLower(self): return int(self.moduleSDL.isLower())
def isInverted(self): return int(self.moduleSDL.isInverted())
def moduleType(self): return int(self.moduleSDL.moduleType())
def moduleLayerType(self): return int(self.moduleSDL.moduleLayerType())
def isBarrelFlat(self): return (self.side() ==3 and self.subdet() == 5)
def isBarrelTilted(self): return (self.subdet() ==5 and self.side() != 3)
def plusPhiDetId(self):
plusPhiDetId = int(self.detid)
if self.isBarrelFlat():
if self.rod() == self.maxBarrelxyModules[self.layer()]:
plusPhiDetId -= (self.maxBarrelxyModules[self.layer()] - 1) << 10
else:
plusPhiDetId += 1<<10
elif self.isBarrelTilted():
if self.module() == self.maxBarrelxyModules[self.layer()]:
plusPhiDetId -= (self.maxBarrelxyModules[self.layer()] - 1) << 2
else:
plusPhiDetId += 1<<2
else: #endcap
if self.module() == self.maxEndcapxyModules[self.layer()][self.ring()]:
plusPhiDetId -= (self.maxEndcapxyModules[self.layer()][self.ring()] - 1) << 2
else:
plusPhiDetId += 1<<2
return int(plusPhiDetId)
def minusPhiDetId(self):
minusPhiDetId = int(self.detid)
if self.isBarrelFlat():
if self.rod() == 1:
minusPhiDetId += (self.maxBarrelxyModules[self.layer()] - 1) << 10
else:
minusPhiDetId -= 1<<10
elif self.isBarrelTilted():
if self.module() == 1:
minusPhiDetId += (self.maxBarrelxyModules[self.layer()] - 1) << 2
else:
minusPhiDetId -= 1<<2
else: #endcap
if self.module() == 1:
minusPhiDetId += (self.maxEndcapxyModules[self.layer()][self.ring()] - 1) << 2
else:
minusPhiDetId -= 1<<2
return int(minusPhiDetId)
def plusEtaDetId(self):
plusEtaDetId = int(self.detid)
if self.isBarrelFlat():
if self.module() == self.maxBarrelFlatZModules[self.layer()] and self.layer() <= 3:
plusEtaDetId -= 1<<18 #side changed from 3 to 2
plusEtaDetId -= self.rod()<<10 #Rod reset
plusEtaDetId -= self.module() <<2 #Module reset
plusEtaDetId += self.rod()<<2 #rod of flat assigned to module of tilted
plusEtaDetId += 1<<10 #rod of tilted reset to 1 (1st module in tilted)
elif self.layer() > 3:
print("Max eta range reached in flat barrel! Transition not implemented yet!")
else:
plusEtaDetId += 1<<2
elif self.isBarrelTilted():
if self.rod() == self.maxBarrelTiltedZModules[self.layer()]:
print("Max eta range reached in tilted barrel! Transition not implemented yet!")
else:
plusEtaDetId += 1<<10
else: #Endcap - jump to next layer
if self.layer() < 5:
plusEtaDetId += 1<<18
return plusEtaDetId
def minusEtaDetId(self):
minusEtaDetId = int(self.detid)
if self.isBarrelFlat():
if self.module() == 1 and self.layer() <=3 :
#Implement the jump from barrel to tilted
minusEtaDetId -= 2<<18 #side changed from 3 to 1
minusEtaDetId -= self.rod()<<10 #Rod reset
minusEtaDetId -= self.module() <<2 #Module reset
minusEtaDetId += self.rod()<<2 #rod of flat assigned to module of tilted
minusEtaDetId += 12<<10 #rod of tilted reset to 12 (last module in tilted)
elif self.layer() > 3:
print("Max eta range reached in flat barrel! Transition not implemented yet!")
else:
minusEtaDetId -= 1<<2
elif self.isBarrelTilted():
if self.rod() == 1:
print("Max eta range reached in tilted barrel! Transition not implemented yet!")
else:
minusEtaDetId -= 1<<10
else: #Endcap - jump to previous layer
if self.layer() > 1:
minusEtaDetId -= 1<<18
return minusEtaDetId
def plusRDetId(self):
plusRDetId = int(self.detid)
if self.subdet() == 4:
if self.ring() < self.maxRings[self.layer()]:
plusRDetId += 1<<12
else:
print("No Plus R for barrel module!")
return plusRDetId
def minusRDetId(self):
minusRDetId = int(self.detid)
if self.subdet() == 4:
if self.ring() > 1:
minusRDetId -= 1<<12
else:
print("No Minus R for barrel module!")
return minusRDetId
# def __str__(self):
# return "detid={} logicalLayer={} side={} moduleType={} ring={}".format(self.detId(), self.logicalLayer(), self.side(), self.moduleType(), self.ring())
def __str__(self):
printstr = "detId={}, partnerDetId={},subdet={},side={},layer={},rod={},ring={},module={},moduleType={},isLower={}".format(self.detId(),self.partnerDetId(),self.subdet(),self.side(),self.layer(),self.rod(),self.ring(),self.module(),self.moduleType(),self.isLower())
return printstr
if __name__ == "__main__":
try:
module = Module(int(sys.argv[1]))
except:
module = Module(443354118)
print("subdet = "+str(module.subdet()))
print("layer = "+str(module.layer()))
print("isLower = "+str(module.isLower()))
print("ring = "+str(module.ring()))
print("rod = "+str(module.rod()))
print("moduleType = "+str(module.moduleType()))
print("moduleLayerType = "+str(module.moduleLayerType()))
print("Current module\n",module)
print("Next module in phi\n",Module(module.plusPhiDetId()))
print("Previous module in phi\n",Module(module.minusPhiDetId()))
print("Next module in eta\n",Module(module.plusEtaDetId()))
print("Previous module in eta\n",Module(module.minusEtaDetId()))
if module.subdet() == 4:
print("Next module in R\n",Module(module.plusRDetId()))
print("Previous module in R\n",Module(module.minusRDetId()))