class ProductionOverview(AbstractClasses.GeneralProductionOverview.GeneralProductionOverview):
def CustomInit(self):
self.NameSingle='ThresholdDefectsOverlay'
self.Name='CMSPixel_ProductionOverview_%s'%self.NameSingle
self.Title = 'Threshold Defect Overlay, Test: %s Grade: %s'%(self.Attributes['Test'], self.Attributes['Grade'])
self.DisplayOptions = {
'Width': 2.7,
}
self.SubPages = []
self.SavePlotFile = True
self.Canvas.SetCanvasSize(1330, 430)
self.Canvas.Update()
def GenerateOverview(self):
Rows = self.FetchData()
ModuleIDsList = self.GetModuleIDsList(Rows)
# initialize module map
self.ModuleMap = ModuleMap(Name=self.GetUniqueID(), nChips=16, StartChip=0)
NModules = 0
trimThr = float(self.TestResultEnvironmentObject.GradingParameters['trimThr'])
tthrTol = float(self.TestResultEnvironmentObject.GradingParameters['tthrTol'])
pixelThrMin = int(trimThr) - int(tthrTol)
pixelThrMax = int(trimThr) + int(tthrTol)
for RowTuple in Rows:
if RowTuple['ModuleID'] in ModuleIDsList:
ModuleID = RowTuple['ModuleID']
TestType = RowTuple['TestType']
if TestType == self.Attributes['Test'] and (RowTuple['Grade'] == self.Attributes['Grade'] or self.Attributes['Grade'] == 'All'):
for Chip in range(0,16):
Path = '/'.join([self.GlobalOverviewPath, RowTuple['RelativeModuleFinalResultsPath'], RowTuple['FulltestSubfolder'], 'Chips' ,'Chip%s'%Chip, 'VcalThresholdTrimmedMap', '*.root'])
RootFiles = glob.glob(Path)
if self.Verbose:
print "glob:", Path
print "looking in .root files:", RootFiles
ROOTObject = self.GetHistFromROOTFile(RootFiles, "VcalThresholdTrimmedMap")
if ROOTObject:
if ROOTObject.GetEntries() > 0:
for x in range(ROOTObject.GetNbinsX()):
for y in range(ROOTObject.GetNbinsY()):
BinContent = ROOTObject.GetBinContent(1 + x, 1 + y)
if BinContent < pixelThrMin or BinContent > pixelThrMax:
self.ModuleMap.UpdatePlot(Chip, x, y, 1)
ROOTObject.Delete()
else:
self.ProblematicModulesList.append(ModuleID)
if self.Verbose:
print " Threshold map not found for module '%s' Chip '%d'"%(ModuleID, Chip)
NModules += 1
self.CloseFileHandles()
# draw module map
if self.ModuleMap:
self.ModuleMap.Draw(self.Canvas)
self.ModuleMap.DrawCaption({'Test': self.Attributes['Test'], 'NModules': NModules, 'Grades': self.Attributes['Grade']})
self.SaveCanvas('png')
HTML = self.Image(self.Attributes['ImageFile']) + self.BoxFooter("Number of modules: %d"%NModules)
AbstractClasses.GeneralProductionOverview.GeneralProductionOverview.GenerateOverview(self)
self.DisplayErrorsList()
return self.Boxed(HTML)
class ProductionOverview(
AbstractClasses.GeneralProductionOverview.GeneralProductionOverview):
def CustomInit(self):
self.NameSingle = 'DeadPixelClusters'
self.Name = 'CMSPixel_ProductionOverview_%s' % self.NameSingle
self.Title = 'Dead Pixel Clusters, Test: %s' % (
self.Attributes['Test'])
self.DisplayOptions = {
'Width': 2.7,
}
self.SubPages = []
self.SavePlotFile = True
self.Canvas.SetCanvasSize(1330, 430)
self.Canvas.Update()
def GenerateOverview(self):
Rows = self.FetchData()
ModuleIDsList = self.GetModuleIDsList(Rows)
# initialize module map
self.ModuleMap = ModuleMap(Name=self.GetUniqueID(),
nChips=16,
StartChip=0)
NModules = 0
for RowTuple in Rows:
if RowTuple['ModuleID'] in ModuleIDsList:
ModuleID = RowTuple['ModuleID']
TestType = RowTuple['TestType']
if TestType == self.Attributes['Test']:
nClusteredPixelsPerModule = 0
for Chip in range(0, 16):
Path = '/'.join([
self.GlobalOverviewPath,
RowTuple['RelativeModuleFinalResultsPath'],
RowTuple['FulltestSubfolder'], 'Chips',
'Chip%s' % Chip, 'PixelMap', '*.root'
])
RootFiles = glob.glob(Path)
ROOTObject = self.GetHistFromROOTFile(
RootFiles, "PixelMap")
if ROOTObject:
for x in range(1, ROOTObject.GetNbinsX() + 1):
for y in range(1, ROOTObject.GetNbinsY() + 1):
BinContent = ROOTObject.GetBinContent(x, y)
if BinContent < 1:
Clustered = False
if (x > 1 and ROOTObject.GetBinContent(
x - 1, y) < 1):
Clustered = True
if (x < 52
and ROOTObject.GetBinContent(
x + 1, y) < 1):
Clustered = True
if (y > 1 and ROOTObject.GetBinContent(
x, y - 1) < 1):
Clustered = True
if (y < 80
and ROOTObject.GetBinContent(
x, y + 1) < 1):
Clustered = True
if Clustered:
#print "C",Chip," ",x,y
self.ModuleMap.UpdatePlot(
Chip, x, y, 1)
nClusteredPixelsPerModule += 1
ROOTObject.Delete()
else:
self.ProblematicModulesList.append(ModuleID)
if self.Verbose:
print " Dead Pixel map not found for module '%s' Chip '%d'" % (
ModuleID, Chip)
Value = self.GetJSONValue([
RowTuple['RelativeModuleFinalResultsPath'],
RowTuple['FulltestSubfolder'], 'IVCurve',
'KeyValueDictPairs.json', 'CurrentAtVoltage150V',
'Value'
])
try:
Value = float(Value)
except:
Value = None
print "%s: %d, %f" % (ModuleID, nClusteredPixelsPerModule,
Value if Value else 0.0)
NModules += 1
self.CloseFileHandles()
# draw module map
if self.ModuleMap:
ROOT.gStyle.SetOptStat(0)
self.ModuleMap.Draw(self.Canvas)
self.ModuleMap.DrawCaption({
'Test': self.Attributes['Test'],
'NModules': NModules
})
self.SaveCanvas('png')
HTML = self.Image(self.Attributes['ImageFile']) + self.BoxFooter(
"Number of modules: %d" % NModules)
AbstractClasses.GeneralProductionOverview.GeneralProductionOverview.GenerateOverview(
self)
self.DisplayErrorsList()
return self.Boxed(HTML)
