def __init__(self, dataExtractor, settingsDictOrInstName):
assert settingsDictOrInstName != None
settingsDict = None
print settingsDictOrInstName
if type(settingsDictOrInstName) == str:
settingsDict = DataDict()
settingsDict.pushBack("plotType", self.plotType)
settingsDict.pushBack("instName", settingsDictOrInstName)
settingsDict.pushBack("varX", "GEOM.e")
settingsDict.pushBack("varY", "GEOM.sFrac")
settingsDict.pushBack("constE", "220") #(MV/m)**6 * 200 ns, will be taken to the power 6
settingsDict.pushBack("constE_2", "250") #(MV/m)**6 * 200 ns, will be taken to the power 6
settingsDict.pushBack("varNormE", DataDict())
settingsDict["varNormE"].pushBack("var", "ANA.RFpost_local.maxFieldsOnSurface[0].surf[0].mode[0].Emax_norm[0]")
settingsDict.pushBack("constSC", "4.0") #(MW/mm**2)**3 * 200 ns, will be taken to the power 3
settingsDict.pushBack("constSC_2", "5.0") #(MW/mm**2)**3 * 200 ns, will be taken to the power 3
settingsDict.pushBack("varNormSC", DataDict())
settingsDict["varNormSC"].pushBack("var", "ANA.RFpost_local.maxFieldsOnSurface[0].surf[0].mode[0].SCmax_norm[0]")
settingsDict.pushBack("constPC", "2.3") #(MW/mm)**3 * 200 ns, will be taken to the power 3
settingsDict.pushBack("constPC_2", "2.9") #(MW/mm)**3 * 200 ns, will be taken to the power 3
settingsDict.pushBack("varFrequency", "ANA.Omega3P_modeInfo.Mode[0].FrequencyReal[0]")
settingsDict.pushBack("varRQ", "ANA.RFpost_local.RoverQ[0].mode[0].RoQ_norm[0]")
settingsDict.pushBack("varVg", "ANA.GroupVelocity.VG[0]")
settingsDict.pushBack("varRadius", "GEOM.a")
else:
settingsDict = settingsDictOrInstName
if not "constE_2" in settingsDict.getKeys():
print "Adding optimistic constants!"
print settingsDict
settingsDict.pushBack("constE_2", "250") #(MV/m)**6 * 200 ns, will be taken to the power 6
settingsDict.pushBack("constSC_2", "5.0") #(MW/mm**2)**3 * 200 ns, will be taken to the power 3
settingsDict.pushBack("constPC_2", "2.9") #(MW/mm)**3 * 200 ns, will be taken to the power 3
if type(settingsDict["varNormE"]) == str:
assert type(settingsDict["varNormSC"]) == str
print "Changing varNormE and varNormSC to a DataDict"
print settingsDict
oldVarNormE = settingsDict["varNormE"]
newVarNormE = DataDict()
newVarNormE.pushBack("var", oldVarNormE)
settingsDict.delItem("varNormE")
settingsDict.pushBack("varNormE", newVarNormE)
oldVarNormSC = settingsDict["varNormSC"]
newVarNormSC = DataDict()
newVarNormSC.pushBack("var", oldVarNormSC)
settingsDict.delItem("varNormSC")
settingsDict.pushBack("varNormSC", newVarNormSC)
# print settingsDict
super(DataExtractorPlotsScaleOptim,self).__init__(dataExtractor,settingsDict)
self.varX = settingsDict["varX"]
self.varY = settingsDict["varY"]
self.constE = settingsDict["constE"]
self.constE_2 = settingsDict["constE_2"]
self.varNormE = settingsDict["varNormE"].vals
self.constSC = settingsDict["constSC"]
self.constSC_2 = settingsDict["constSC_2"]
self.varNormSC = settingsDict["varNormSC"].vals
self.constPC = settingsDict["constPC"]
self.constPC_2 = settingsDict["constPC_2"]
self.varFrequency = settingsDict["varFrequency"]
self.varRQ = settingsDict["varRQ"]
self.varVg = settingsDict["varVg"]
self.varRadius = settingsDict["varRadius"]
