PlotCalibFromCool.py File Reference

Go to the source code of this file.

Namespaces
namespace	PlotCalibFromCool

Functions
	PlotCalibFromCool.usage ()

Variables
str	PlotCalibFromCool.letters = "hr:l:s:t:f:D:S:a:g:b:e:o:z:xL:M:Pp:Tv:i:m:c:I:A:N:X:Y:Z:d:u:C:n"
list	PlotCalibFromCool.words = ["help","run=","lumi=","schema=","tag=","folder=","dbname=","server=","adc=","gain=","print","module=","opt=","zAxis=","noTitle","label=","label2=","chan=","begin=","end=","tree","val=","ind=","part=","modmin=","modmax=","chmin=","chmax=","gmin=","gmax=","vmin=","vmax=","cut=","norm"]
	PlotCalibFromCool.options
	PlotCalibFromCool.args
str	PlotCalibFromCool.schema = 'COOLOFL_TILE/CONDBR2'
str	PlotCalibFromCool.dbname = ''
str	PlotCalibFromCool.server = ''
str	PlotCalibFromCool.folderPath = "/TILE/OFL02/CALIB/CIS/LIN"
str	PlotCalibFromCool.tag = "UPD4"
bool	PlotCalibFromCool.line = False
bool	PlotCalibFromCool.noline = False
bool	PlotCalibFromCool.vsbin = False
str	PlotCalibFromCool.plotopt = "dist"
bool	PlotCalibFromCool.save_tree = False
bool	PlotCalibFromCool.print_msg = False
bool	PlotCalibFromCool.opt2d = False
str	PlotCalibFromCool.zAxis = ""
bool	PlotCalibFromCool.setTitle = True
	PlotCalibFromCool.label = None
str	PlotCalibFromCool.label2 = ""
str	PlotCalibFromCool.partname = "LBA"
str	PlotCalibFromCool.modulename = "LBA01"
int	PlotCalibFromCool.modmin = 0
int	PlotCalibFromCool.modmax = 9999
int	PlotCalibFromCool.chanmin = 0
int	PlotCalibFromCool.chanmax = 9999
int	PlotCalibFromCool.gainmin = 0
int	PlotCalibFromCool.gainmax = 0
	PlotCalibFromCool.valmin = None
	PlotCalibFromCool.valmax = None
int	PlotCalibFromCool.mod_n = 0
int	PlotCalibFromCool.chan_n = 0
int	PlotCalibFromCool.gain_n = 0
int	PlotCalibFromCool.val_n = 0
int	PlotCalibFromCool.begin = 0
int	PlotCalibFromCool.end = 0
int	PlotCalibFromCool.runNum = 0
int	PlotCalibFromCool.lumiNum = 0
bool	PlotCalibFromCool.one_run = False
bool	PlotCalibFromCool.multi = False
bool	PlotCalibFromCool.norm = False
	PlotCalibFromCool.cut = None
	PlotCalibFromCool.a = a.strip()
int	PlotCalibFromCool.nval = 1
str	PlotCalibFromCool.modnum = modulename[3:]
dict	PlotCalibFromCool.part_dict = {'AUX':0,'LBA':1,'LBC':2,'EBA':3,'EBC':4,'ALL':5}
dict	PlotCalibFromCool.ros = part_dict[partname]
int	PlotCalibFromCool.rosmin = 0
int	PlotCalibFromCool.rosmax = 5
bool	PlotCalibFromCool.many = False
str	PlotCalibFromCool.channame = "%2.2d-%2.2d" % (chanmin,chanmax)
str	PlotCalibFromCool.gainname = "AllG"
	PlotCalibFromCool.log = getLogger("PlotCalibFromCool")
	PlotCalibFromCool.logLevel = logging.DEBUG
	PlotCalibFromCool.log1 = getLogger("PlotCalibFromCool")
list	PlotCalibFromCool.folderTag = []
	PlotCalibFromCool.ft = TileCalibTools.getFolderTag(schema , fp, tag)
dict	PlotCalibFromCool.COOL_part = ros
int	PlotCalibFromCool.COOL_chan = modmin-1
	PlotCalibFromCool.idb = TileCalibTools.openDbConn(schema,server)
list	PlotCalibFromCool.iovList = []
list	PlotCalibFromCool.blobReader = []
	PlotCalibFromCool.br = TileCalibTools.TileBlobReader(idb,fp, ft)
	PlotCalibFromCool.dbobjs = br.getDBobjsWithinRange(COOL_part, COOL_chan)
	PlotCalibFromCool.obj = dbobjs.currentRef()
	PlotCalibFromCool.objsince = obj.since()
int	PlotCalibFromCool.sinceRun = objsince >> 32
int	PlotCalibFromCool.sinceLum = objsince & 0xFFFFFFFF
tuple	PlotCalibFromCool.since = (sinceRun, sinceLum)
	PlotCalibFromCool.objuntil = obj.until()
int	PlotCalibFromCool.untilRun = objuntil >> 32
int	PlotCalibFromCool.untilLum = objuntil & 0xFFFFFFFF
tuple	PlotCalibFromCool.until = (untilRun, untilLum)
tuple	PlotCalibFromCool.iov = (since, since)
list	PlotCalibFromCool.il = []
tuple	PlotCalibFromCool.iov1 = (-1,-1)
tuple	PlotCalibFromCool.iov2 = iov[0]
int	PlotCalibFromCool.i = len(il)-1
list	PlotCalibFromCool.be = iovList[0][0][0]
list	PlotCalibFromCool.en = iovList[-1][0][0]
	PlotCalibFromCool.lastrun = TileCalibTools.getLastRunNumber()
int	PlotCalibFromCool.veryEnd = end if (end<lastrun or begin>lastrun) else lastrun
int	PlotCalibFromCool.ib = 0
	PlotCalibFromCool.ie = len(iovList)
	PlotCalibFromCool.run = iovs[0][0]
	PlotCalibFromCool.lumi = iovs[0][1]
	PlotCalibFromCool.labels = ROOT.vector('string')()
	Creating tree for constants.
	PlotCalibFromCool.vals = ROOT.vector('double')()
str	PlotCalibFromCool.titsuff = ""
str	PlotCalibFromCool.rlt = titsuff.replace(" ","_").replace("_Tag","")
str	PlotCalibFromCool.gtitle = modulename +" " + " Channel" +("s " if (chanmin!=chanmax) else " ") + channame +" " + gainname + titsuff
str	PlotCalibFromCool.fname = "%s_g%d_v%d%s_%s" % ( partname,gain_n,val_n,rlt,plotopt)
	PlotCalibFromCool.tree_file = ROOT.TFile(fname+".root","RECREATE")
	PlotCalibFromCool.tree = TTree("tree","ttree")
	PlotCalibFromCool.run_n = np.zeros(1, dtype = float)
	PlotCalibFromCool.lumi_n = np.zeros(1, dtype = float)
	PlotCalibFromCool.channel_n = np.zeros(1, dtype = float)
	PlotCalibFromCool.module_n = np.zeros(1, dtype = int)
	PlotCalibFromCool.ros_n = np.zeros(1, dtype = int)
	PlotCalibFromCool.value = np.zeros(1, dtype = float)
	PlotCalibFromCool.scale = np.zeros(1, dtype = float)
bool	PlotCalibFromCool.first = True
	Looping over iovs and filling the tree.
tuple	PlotCalibFromCool.one_iov = (len(iovList)<2)
str	PlotCalibFromCool.rl = "(%i,%i) - (%i,%i)" % (iovs[0][0],iovs[0][1],iovs[1][0],iovs[1][1])
	PlotCalibFromCool.modName = TileCalibUtils.getDrawerString(ros,mod)
	PlotCalibFromCool.flt = br.getDrawer(ros, mod,(run,lumi), False, False)
	PlotCalibFromCool.nchan = flt.getNChans()
	PlotCalibFromCool.ngain = flt.getNGains()
str	PlotCalibFromCool.msg = "%s %s %2i %1i " % (rl, modName, chn, adc )
str	PlotCalibFromCool.cut_cond = "runnumber == " + str(runNum)
str	PlotCalibFromCool.data = "value"
	Which value to choose.
int	PlotCalibFromCool.cx = 1600
int	PlotCalibFromCool.cy = 800
	PlotCalibFromCool.canv = TCanvas("PlotCalib","plotCalib",0,0,cx,cy)
	PlotCalibFromCool.hhh = TH2D("hhh","hhh",modmax-modmin+1,modmin-0.5,modmax+0.5,chanmax-chanmin+1,chanmin-0.5,chanmax+0.5)
int	PlotCalibFromCool.color = 1
list	PlotCalibFromCool.grall = []
int	PlotCalibFromCool.vmin = 1.e+38
int	PlotCalibFromCool.vmax = -1.e+38
str	PlotCalibFromCool.cut0 = cut_cond
str	PlotCalibFromCool.data1 = data
	PlotCalibFromCool.leg = TLegend(0.7,0.7,0.9,0.9)
str	PlotCalibFromCool.cut1 = "(ros == %d && module == %d && channel == %d) && %s" % (ros,mod,chn,cut0)
	PlotCalibFromCool.gr = TGraph(tree.GetSelectedRows(),tree.GetV2(),tree.GetV1())
	PlotCalibFromCool.yy = gr.GetY()
	PlotCalibFromCool.vv = yy[ii]
	PlotCalibFromCool.lg = len(grall)
int	PlotCalibFromCool.nc = 20
tuple	PlotCalibFromCool.extra = (2+0.4*int(lg/nc+1))
tuple	PlotCalibFromCool.dv = (vmax-vmin)/10.
	PlotCalibFromCool.nentries = tree.GetEntries()
list	PlotCalibFromCool.Matrix = [[1 for y in range(48)] for x in range(64)]
	PlotCalibFromCool.x = int(module_n[0])
	PlotCalibFromCool.y = int(channel_n[0])
list	PlotCalibFromCool.sc = Matrix[modmax-1][chanmax] if norm and Matrix[modmax-1][chanmax]>0 else 1
	PlotCalibFromCool.h = ROOT.gDirectory.Get("htemp")
float	PlotCalibFromCool.dy = 0.05
float	PlotCalibFromCool.delx = 0.115*696*ROOT.gPad.GetWh()/(472*ROOT.gPad.GetWw())
	PlotCalibFromCool.lat = TLatex()
	PlotCalibFromCool.p = TLatex()
	PlotCalibFromCool.ll = max(len(label),len(label2))