#! /usr/bin/env python
import sys, math, csv, json, pprint
from array import array
import ROOT as r
import lumiTools as l
### Get Data/MC files ###
bcmData = []
bcmData.extend(l.read_csv_file('data_db/BunchByBunch/Fill2663_NoHeader1.csv'))
### Set time frame ###
timeStart = 0
timeStop = int(len(bcmData)*1.1)
duration = int(timeStop - timeStart)
### Declare histograms ###
outFile = r.TFile('histograms/fedHistograms.root', 'RECREATE')
outFile.mkdir('OR', 'OR')
#outFile.mkdir('XOR-', 'XOR-')
#outFile.mkdir('XOR+', 'XOR+')
#outFile.mkdir('AND', 'AND')
r.TH1.SetDefaultSumw2(r.kTRUE)
r.TProfile.SetDefaultSumw2(r.kTRUE)
h1_Intensities = r.TH1D('h1_Intensities', 'I_{1}#times I_{2};I_{1}#times I_{2};N_{bx}', 50, 0.8, 1.8)
h1_IntensityCorr = r.TH1D('h1_IntensityCorr', 'I_{1}#times I_{2}/<I_{1}#times I_{2}>;BCID;I_{1}#times I_{2}/<I_{1}#times I_{2}>', 3564, 0.5, 3564.5)
p1_IntensVsTime = r.TProfile('p1_IntensVsTime', 'I_{1}#times I_{2};BCID;I_{1}#times I_{2}', 3564, 0.5, 3564)
outFile.cd('OR')
h1_ProbabilityOr = r.TH1D('h1_ProbabilityOr', 'Probability of BCM1F OR;BCID;p(hit)', 3564, 0.5, 3564.5)
#! /usr/bin/env python
import sys, math, csv, json, pprint
from array import array
import ROOT as r
import lumiTools as l
#fillList = [2629, 2630, 2634, 2535, 2644, 2645, 2646, 2648, 2649, 2651, 2653, 2657, 2658]
fillList = [2520]
bcmData = []
#bcmData.extend(l.read_csv_file('data_db/Current_bcm.csv'))
bcmData.extend(l.read_csv_file('data_db/fill2520bcm.csv'))
#pixelData = []
#pixelData.extend(l.read_json_file('data/pixel_lumi_raw_2012.json'))
### Declare histograms ###
timeStart = 0
timeStop = int(len(bcmData)*1.1)
duration = int(timeStop - timeStart)
start = r.TDatime('2012-05-15 12:28:44').Convert()
stop = r.TDatime(bcmData[int(len(bcmData))-1]['DT']).Convert()
#stop = r.TDatime(bcmData[int(len(bcmData))-1]['DT_UNTIL']).Convert()
outFile = r.TFile('histograms/lumiHistograms.root', 'RECREATE')
outFile.mkdir('OR', 'OR')
outFile.mkdir('XOR-', 'XOR-')
outFile.mkdir('XOR+', 'XOR+')
scanResults = []
#-----------#
# Fill 2855 #
#-----------#
if 2855 in fills:
### Scan configuration and corrections ###
scans = ['1', '2'] #, '3']
### Input data files ###
bcmData = [
l.read_csv_file('data/July/VDMScanXY1.csv'),
l.read_csv_file('data/July/VDMScanXY2.csv'),
l.read_csv_file('data/July/VDMScanXY3.csv')
]
bunchData = [
l.read_csv_file('data/July/FBCT_2855_Timber/TIMBER_DATA_Fill_2855_BCTFR_A6R4_B1.csv', bunchHeader),
l.read_csv_file('data/July/FBCT_2855_Timber/TIMBER_DATA_Fill_2855_BCTFR_A6R4_B2.csv', bunchHeader)
]
pltData = r.TFile('histograms/vdmHistograms_2011-07-19_2855.root', 'OPEN')
### Initialize calibrator for fill 2855 ###
calibrator = c.VDMCalibrator(2855, bcmData, bunchData, corrections, {'PLT':1342721696 - 1798, 'intensity':1342685132}, algos, dataFormat = 'brm')
scanResults.extend(calibrator.multi_scan(scans, bcids, pltData, False, savePath)[0])
