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drunrotsaver.py
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drunrotsaver.py
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#!/usr/bin/python2.7
import os
import sys
import subprocess
import numpy as np
#from jetiter import * #image original
from datetime import datetime
import random
import argparse
import random
import warnings
import ROOT as rt
import math
from array import array
from sklearn import preprocessing
parser=argparse.ArgumentParser()
parser.add_argument("--etabin",type=float,default=1.,help='end ratio')
parser.add_argument("--pt",type=int,default=200,help='end ratio')
parser.add_argument("--stride",type=int,default=2,help='end ratio')
args=parser.parse_args()
ptmin=0
ptmax=0
now=datetime.now()
pt=args.pt
imgset={}
voxels={}
if(pt==20):
namelist=["pi","el","ga"]
if(pt==50):
namelist=["pi","el","ga"]
for name in namelist:#,'uj','gj']:
infile=rt.TFile("/home/yulee/geant4/tester/analysis/{}{}sum.root".format(name,pt),'read')
event=infile.Get("event")
img_e_s=[]
img_e_c=[]
img_n_s=[]
img_n_c=[]
image=[]
voxel=[]
"""xbin=15
xmin=-14
xmax=16
ybin=15
ymin=-7
ymax=8"""
#xbin=17
#ybin=17
#zbin=17
xbin=22
#xbin=30 # rot8ug
ybin=23
zbin=23
xmin=0
#xmax=1150
#xmax=1525
#xmax=1000 # rot8ug
xmax=1496
count=0
if("j" in name):
ymin=-0.0221*ybin/2*2 # 2 tower in one bin #*4 for bigger bin size
ymax=0.0221*ybin/2*2
zmin=-0.0221*zbin/2*2
zmax=0.0221*zbin/2*2
#ymin=-0.5
#ymax=0.5
#zmin=-0.5
#zmax=0.5
else:
ymin=-0.008
ymax=0.0081
zmin=0.003
zmax=0.0191
#ymin=-0.0058
#ymax=0.006
#zmin=0.006
#zmax=0.018
#ymin=-26
#ymax=26
#zmin=24
#zmax=76
xsize=1.*(xmax-xmin)/xbin
ysize=1.*(ymax-ymin)/ybin
zsize=1.*(zmax-zmin)/zbin
ycent=ymax/2.+ymin/2.
zcent=zmax/2.+zmin/2.
for num_entry in range(event.GetEntries()):
event.GetEntry(num_entry)
for rot in range(1):
rotation_angle = 0.
cosval = np.cos(rotation_angle)
sinval = np.sin(rotation_angle)
if("j" in name):
oneimgyzx_e2_s=np.zeros((zbin,ybin,xbin+1),dtype='float32')
oneimgyzx_e2_c=np.zeros((zbin,ybin,xbin+1),dtype='float32')
oneimgyz_e2_s=np.zeros((zbin,ybin),dtype='float32')
oneimgyz_e2_c=np.zeros((zbin,ybin),dtype='float32')
oneimgyz_n2_s=np.zeros((zbin,ybin),dtype='float32')
oneimgyz_n2_c=np.zeros((zbin,ybin),dtype='float32')
oneimgyx_e2_s=np.zeros((xbin+1,ybin),dtype='float32')
oneimgyx_n2_s=np.zeros((xbin+1,ybin),dtype='float32')
oneimgzx_e2_s=np.zeros((xbin+1,zbin),dtype='float32')
oneimgzx_n2_s=np.zeros((xbin+1,zbin),dtype='float32')
oneimgyzx_e_s=np.zeros((zbin,ybin,xbin+1),dtype='float32')
oneimgyzx_e_c=np.zeros((zbin,ybin,xbin+1),dtype='float32')
oneimgyz_e_s=np.zeros((zbin,ybin),dtype='float32')
oneimgyz_e_c=np.zeros((zbin,ybin),dtype='float32')
oneimgyz_n_s=np.zeros((zbin,ybin),dtype='float32')
oneimgyz_n_c=np.zeros((zbin,ybin),dtype='float32')
oneimgyx_e_s=np.zeros((xbin+1,ybin),dtype='float32')
oneimgyx_n_s=np.zeros((xbin+1,ybin),dtype='float32')
oneimgzx_e_s=np.zeros((xbin+1,zbin),dtype='float32')
oneimgzx_n_s=np.zeros((xbin+1,zbin),dtype='float32')
for i in range(len(event.fiber_iscerenkov)):
xpre=event.fiber_depth[i]
ypre=event.fiber_phi[i]-ycent
zpre=event.fiber_eta[i]-zcent
jet2=0
if("j" in name and abs(ypre)>rt.TMath.Pi()/2):
jet2=1
if(ypre<0):
ypre=rt.TMath.Pi()+ypre
else:
ypre=ypre-rt.TMath.Pi()
x=xpre
y=cosval*ypre-sinval*zpre+ycent
z=sinval*ypre+cosval*zpre+zcent
xindex=-1
yindex=-1
zindex=-1
if(xmax>x and xmin<=x):
xindex=int((x-xmin)/xsize)
if(ymax>y and ymin<=y):
yindex=int((y-ymin)/ysize)
if(zmax>z and zmin<=z):
zindex=int((z-zmin)/zsize)
if(yindex!=-1 and zindex!=-1):
if(bool(event.fiber_iscerenkov[i])==False):
if(jet2==0):
oneimgyz_e_s[zindex,yindex]+=event.fiber_ecor[i]
oneimgyz_n_s[zindex,yindex]+=event.fiber_n[i]
if(xindex!=-1):
oneimgyx_e_s[xindex,yindex]+=event.fiber_ecor[i]
oneimgyx_n_s[xindex,yindex]+=event.fiber_n[i]
oneimgzx_e_s[xindex,zindex]+=event.fiber_ecor[i]
oneimgzx_n_s[xindex,zindex]+=event.fiber_n[i]
if(x==0):
xindex=1
else:
xindex+=1
if(xindex!=-1):
oneimgyzx_e_s[zindex,yindex,xindex]+=event.fiber_ecor[i]
else:
oneimgyz_e2_s[zindex,yindex]+=event.fiber_ecor[i]
oneimgyz_n2_s[zindex,yindex]+=event.fiber_n[i]
if(xindex!=-1):
oneimgyx_e2_s[xindex,yindex]+=event.fiber_ecor[i]
oneimgyx_n2_s[xindex,yindex]+=event.fiber_n[i]
oneimgzx_e2_s[xindex,zindex]+=event.fiber_ecor[i]
oneimgzx_n2_s[xindex,zindex]+=event.fiber_n[i]
if(x==0):
xindex=1
else:
xindex+=1
if(xindex!=-1):
oneimgyzx_e2_s[zindex,yindex,xindex]+=event.fiber_ecor[i]
else:
if(jet2==0):
oneimgyz_e_c[zindex,yindex]+=event.fiber_ecor[i]
oneimgyz_n_c[zindex,yindex]+=event.fiber_n[i]
if(x==0):
xindex=1
else:
xindex+=1
if(xindex!=-1):
oneimgyzx_e_c[zindex,yindex,xindex]+=event.fiber_ecor[i]
else:
oneimgyz_e2_c[zindex,yindex]+=event.fiber_ecor[i]
oneimgyz_n2_c[zindex,yindex]+=event.fiber_n[i]
if(x==0):
xindex=1
else:
xindex+=1
if(xindex!=-1):
oneimgyzx_e2_c[zindex,yindex,xindex]+=event.fiber_ecor[i]
image.append([np.array(oneimgyz_e_s,dtype='float32'),np.array(oneimgyz_e_c,dtype='float32'),np.array(oneimgyz_n_s,dtype='float32'),np.array(oneimgyz_n_c,dtype='float32'),np.array(oneimgyx_e_s,dtype='float32'),np.array(oneimgzx_e_s,dtype='float32'),np.array(oneimgyx_n_s,dtype='float32'),np.array(oneimgzx_n_s,dtype='float32')])
voxel.append(np.array([oneimgyzx_e_s,oneimgyzx_e_c],dtype='float32'))
if("j" in name):
image.append([np.array(oneimgyz_e2_s,dtype='float32'),np.array(oneimgyz_e2_c,dtype='float32'),np.array(oneimgyz_n2_s,dtype='float32'),np.array(oneimgyz_n2_c,dtype='float32'),np.array(oneimgyx_e2_s,dtype='float32'),np.array(oneimgzx_e2_s,dtype='float32'),np.array(oneimgyx_n2_s,dtype='float32'),np.array(oneimgzx_n2_s,dtype='float32')])
voxel.append(np.array([oneimgyzx_e2_s,oneimgyzx_e2_c],dtype='float32'))
#img_e_s.append(event.img_e_s)
#img_e_c.append(event.img_e_c)
#img_n_s.append(event.img_n_s)
#img_n_c.append(event.img_n_c)
infile.Close()
imgset[name]=np.array(image,dtype='float32')
voxels[name]=np.array(voxel,dtype='float32')
#np.savez_compressed("/home/yulee/keras/rot23ug{}img".format(pt),uj=imgset["uj"],gj=imgset["gj"])
#np.savez_compressed("/home/yulee/keras/rot23ug{}vox".format(pt),uj=voxels["uj"],gj=voxels["gj"])
np.savez_compressed("/home/yulee/keras/egp{}img".format(pt),el=imgset["el"],ga=imgset["ga"],pi=imgset["pi"])
np.savez_compressed("/home/yulee/keras/egp{}vox".format(pt),el=voxels["el"],ga=voxels["ga"],pi=voxels["pi"])
print(datetime.now()-now)