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SetupFunctions.py
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304 lines (258 loc) · 10.1 KB
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#!/home/sandra/anaconda3/bin/ipython
from SharedGlobals import *
import struct #Interpret strings as packed binary data
import os.path
import numpy as np
import pickle
from math import *
def RunSetupBuilder(nrun):
runstr='R00'+str(nrun)
if AnalysisType==0:
dets=ALL3DANTS
elif AnalysisType==1:
dets=ALL3DDETS
elif AnalysisType==2:
dets=ALL3DSCINTS
posDet, podN, machines, delay, cable, isSci=SetupCharacteristics_GRANDproto(nrun,dets)
#statement of main dictionnaries and variables
Struct=dict()
Setup=dict()
Det=[]
for elt in dets:
Det.append(0)
for i,elt in enumerate(dets):
Det[i]=dict() #Det is a list of ndets dictionnaries
InfosRun=dict()
TimeStart=np.zeros((len(dets),3))
TimeStop=np.zeros((len(dets),3))
TotalEvt=int(0)
RunTimeStart=0
RunTimeStop=0
#filling dictionnaries with SetupCharacteristics_GRANDproto results and time files
for i,elt in enumerate(dets):
Det[i]['Id']=elt
Det[i]['isScint']=isSci[elt]
Det[i]['X']=posDet[elt][0]
Det[i]['Y']=posDet[elt][1]
Det[i]['Z']=posDet[elt][2]
Channels=[0,0,0] #if 3 channels
for j,eltch in enumerate(Channels):
Channels[j]=dict() #Channels is a list of 3 dictionnaries
Channels[j]['Machine']=machines[elt][j]
Channels[j]['PodNb']=podN[elt][j]
Channels[j]['Cable']=cable[elt][j]
Channels[j]['Delay']=delay[elt][j]
#reading the time file of each machine
machinestr=str(machines[elt][j])
filename="{0}{1}/{2}_A0{3}_time.bin".format(RAW_DATA_PATH,runstr,runstr,machinestr)
if os.path.isfile(filename):
with open(filename,'rb') as ft:
content=ft.read()
size=int(len(content)/4) #32bits data = 4 bytes data
content=struct.unpack('I'*size,content[0:len(content)]) #https://docs.python.org/2/library/struct.html
size=int(len(content)/ibufft) #4 times per machine event
TotalEvt=TotalEvt+size # raise of the total number of machine events
if len(content)>=ibufft:
Channels[j]['TimeStart']=content[0]
Channels[j]['TimeStop']=content[(size-1)*ibufft]
TimeStart[i][j]=content[0]
TimeStop[i][j]=content[(size-1)*ibufft]
else:
print('File for machine '+machinestr+' is quite empty')
Channels[j]['TimeStart']=0
Channels[j]['TimeStop']=0
else:
print('Mei you file for machine '+machinestr)
Channels[j]['TimeStart']=0
Channels[j]['TimeStop']=0
Det[i]['Channels']=Channels
#computation of RunTimeStart and RunTimeStop
if len(np.nonzero(TimeStart)[0]) !=0:
ts=TimeStart.flatten(1)
ts=np.sort(ts)
year=1970+(ts/(365.25*24*3600)) #rough
ts=ts[year>=2015]
diff=np.diff(ts)
add=np.array([0])
diff=np.hstack((diff,add))
ts=ts[diff<60]
RunTimeStart=ts.min()
ts=TimeStop.flatten(1)
ts=np.sort(ts)
year=1970+(ts/(365.25*24*3600)) #rough
ts=ts[year>=2015]
diff=np.diff(ts)
diff=np.hstack((diff,add))
ts=ts[diff<60]
RunTimeStop=ts.max()
#etablishment of dictionnaries hierarchy
InfosRun['TimeStart']=TimeStart #array
InfosRun['TimeStop']=TimeStop #array
Setup['Det']=Det #list of dictionnaries
Setup['InfosRun']=InfosRun #dictionnary
Setup['Run']=nrun #scalar
Setup['TotalEvt']=TotalEvt #scalar
Setup['RunTimeStart']=RunTimeStart #scalar
Setup['RunTimeStop']=RunTimeStop #scalar
Struct['Setup']=Setup
#print(Struct['Setup']['Det'][1]['Channels'][0]['TimeStart'])
#print(content[len(content)-100:len(content)])
#saving the struct dictionnary in setupfile
setupfile="{0}setup_{1}".format(DST_DATA_PATH,runstr)
with open(setupfile,'wb') as fs:
pick=pickle.Pickler(fs)
pick.dump(Struct)
return Struct
def SetupCharacteristics_GRANDproto(nrun,dets):
if nrun<6700:
print('SetupCharacteristics_GRANDproto not valid for runs below R6700')
return
posDet=dict()
podN=dict()
machines=dict()
cable=dict()
fiberdelay=dict()
isSci=dict()
delay=dict()
for i in dets:
## Antennas
if i==1: # Former B4
posDet[i]=[19.0, 441.9, 2634.0]
podN[i]= [151, 151, 151]
machines[i]= [129, 131, 132]
if nrun>7149:
machines[i]= [128, 131, 132]
cable[i]= [+14, +14, +12] # 9.5+9.2 for X, same for Y, 9.5+6.2 for Z
fiberdelay[i]= [-70, -71 , -71] #
isSci[i]= 0
delay[i]=[0,0,0]
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==2: # C5
posDet[i]=[152.8,466.3,2633.6]
#pos_ant=[147, 461, 2640] Prelim meas.
podN[i]= [150, 150, 150]
machines[i]= [134,135,136]
cable[i]= [122, 124, 121] #R6899, 6902, 6903
fiberdelay[i]= [-99, -99 , -99] #R6886, 6888, 6889
isSci[i]= 0
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==3: # Former C3
posDet[i]=[-66.6, 477.7, 2636.1]
podN[i]= [149,149,149]
machines[i]= [137,138,140]
cable[i]= [+56,+61,+56] #R6906, 6907, 6908
fiberdelay[i]= [-122, -124 , -122] #R6905,6910,6909
isSci[i]= 0
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==4: # Former C4
posDet[i]=[-6.7, 512.2, 2636.2]
#pos_ant=[-10, 518, 2639] # Prelim meas.
podN[i]= [148,148,148]
machines[i]= [151,154,155]
cable[i]= [+8,+8,+8] #Mesure directe: cable[i]= 10m
fiberdelay[i]= [-162, -160, -162] #R6911-6913
isSci[i]= 0
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==5: # Former A5 - 2D antenna
posDet[i]=[-42.0, 635.0, 2640.1]
podN[i]= [147, 146, 0]
machines[i]= [148, 149, 0]
cable[i]= [44.5, 81, 0] # R6974, R6967
fiberdelay[i]= [-298, -347.5 , 0] # R6922, R6938
isSci[i]= 0
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==6: # Former A3
posDet[i]=[50.9, 657.6, 2640.3]
podN[i]= [146, 146, 146]
machines[i]= [156, 157, 158]
cable[i]= [72.5, 70, 69.5] #R6971,R6969,R6973
fiberdelay[i]= [-347.5, -348.5 , -347.5] #R6935-7
isSci[i]= 0
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
## Scints
elif i==111:# S1 (West)
posDet[i]=[-74.7, 391.2, 2633.7]
podN[i]= [153,0,0]
machines[i]= [111,0,0]
cable[i]= [68,0,0] #R6871
fiberdelay[i]= [1,0,0] #R6867
isSci[i]= 1
delay[i]=[0,0,0]
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==112:# S2 (Center)
posDet[i]=[15.4, 395.9, 2632.9]
podN[i]= [153,0,0]
machines[i]= [112,0,0]
cable[i]= [+32,0,0 ] #R6872
fiberdelay[i]= [0,0,0] #R6869
isSci[i]= 1
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==113:# S3 (East) # Green fiber @ pod S13 is reference channel.
posDet[i]=[105.1, 395.7, 2632.4]
podN[i]= [153, 0,0]
machines[i]= [113,0,0]
cable[i]= [+80,0,0 ] #R6874
fiberdelay[i]= [0,0,0] #Reference
isSci[i]= 1
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==114:# S4 (West)
posDet[i]=[-74.4, 585.3, 2639.1]
podN[i]= [147,0,0]
machines[i]= [114,0,0]
cable[i]= [+89,0,0] #R6943
fiberdelay[i]= [-298,0,0] # R6920
isSci[i]= 1
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==115:# S5 (Center)
posDet[i]=[-4.2, 595.3, 2638.5]
podN[i]= [147,0,0]
machines[i]= [115,0,0]
cable[i]= [+62,0,0 ] #R6944
fiberdelay[i]= [-297,0,0] # R6923
isSci[i]= 1
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
elif i==116:# S6 (East)
posDet[i]=[100.1, 581.8, 2637.1]
podN[i]= [147, 0,0]
machines[i]= [116,0,0]
cable[i]= [+112,0,0 ] #R6945
fiberdelay[i]= [-296,0,0] # R6919
isSci[i]= 1
delay[i]=[0,0,0]
j=int(0)
for j, elt in enumerate(delay[i]):
delay[i][j]= cable[i][j]+fiberdelay[i][j]
else:
print('SetupCharacteristics error : Unknow detector')
return posDet, podN, machines, delay, cable, isSci
if __name__ == "__main__": #si le module nest pas importe mais execute seul
print(RunSetupBuilder(7005))