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# Specify detector coordinates of LED calibration channels
import FWCore.ParameterSet.Config as cms
# Coordinates as python tuples, (ieta, iphi, depth)
led_calibration_channels_tuple = {
"HB":{},
"HE":{
(-16, 48, 10),
(-16, 112, 10),
(-17, 48, 10),
(-17, 112, 10),
(-18, 48, 10),
(-18, 112, 10),
(-19, 48, 10),
(-19, 112, 10),
(-20, 48, 10),
(-20, 112, 10),
(-21, 48, 10),
(-21, 112, 10),
(-22, 48, 10),
(-22, 112, 10),
(-23, 48, 10),
(-23, 112, 10),
(-24, 48, 10),
(-24, 112, 10),
(-48, 48, 10),
(-48, 112, 10),
(-49, 48, 10),
(-49, 112, 10),
(-50, 48, 10),
(-50, 112, 10),
(-51, 48, 10),
(-51, 112, 10),
(-52, 48, 10),
(-52, 112, 10),
(-53, 48, 10),
(-53, 112, 10),
(-54, 48, 10),
(-54, 112, 10),
(-55, 48, 10),
(-55, 112, 10),
(-56, 48, 10),
(-56, 112, 10),
},
"HO":{},
"HF":{
(-16, 16, 12),
(-18, 48, 12),
(-20, 80, 12),
(-22, 112, 12),
(-50, 48, 12),
(-52, 80, 12),
(-54, 112, 12),
(-54, 120, 12),
},
}
# Convert tuples to CMSSW objects
ledCalibrationChannels = cms.VPSet()
for subdet in ["HB", "HE", "HO", "HF"]:
subdet_channels = cms.untracked.PSet(
ieta = cms.untracked.vint32(),
iphi = cms.untracked.vint32(),
depth = cms.untracked.vint32()
)
for channel in led_calibration_channels_tuple[subdet]:
subdet_channels.ieta.append(channel[0])
subdet_channels.iphi.append(channel[1])
subdet_channels.depth.append(channel[2])
ledCalibrationChannels.append(subdet_channels)
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