AFPToFMCDBCreate Namespace Reference

Classes
class	AFPDBDict
class	folderBulk

Functions
def	runLBtoDB (run, lb)
def	makeFolderAndSpec (db, folderName, tag)
def	main ()

Function Documentation

main()

def AFPToFMCDBCreate.main

(

)

Definition at line 131 of file AFPToFMCDBCreate.py.

def main():
    dbFile = "ExampleMC.db"
    dbName = "OFLP200" 
    
    # remove the old db file so that we can write the new one
    try:
        import os
        os.remove(dbFile)
    except IOError:
        pass
 
    # get database service and open database
    dbSvc = cool.DatabaseSvcFactory.databaseService()
 
    # database accessed via physical name
    dbString = "sqlite://;schema=%s;dbname=%s" % (dbFile, dbName)
    try:
        db = dbSvc.createDatabase(dbString)
    except Exception as e:
        print ('Problem creating database', e)
        sys.exit(-1)
    print ("Created database", dbString)
    
    # define the folder in the database, its specification and its tag
    folderBlkLoc_ideal_01=makeFolderAndSpec(db,folderName="/FWD/AFP/ToFParameters/Local", tag="AFPMCToFLoc-ideal-01")
    folderBlkVtx_ideal_01=makeFolderAndSpec(db,folderName="/FWD/AFP/ToFParameters/Vertex", tag="AFPMCToFVtx-ideal-01")
 
 
    myDict = AFPDBDict(folderBlkLoc_ideal_01)
    myDict.append(stationID=0, trainID=0, barID=0, barWeight=1.0, barTimeOffset=1494.0)
    myDict.append(stationID=0, trainID=0, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=0, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=0, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=1, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=1, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=1, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=1, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=2, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=2, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=2, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=2, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=3, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=3, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=3, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=0, trainID=3, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=0, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=0, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=0, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=0, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=1, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=1, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=1, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=1, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=2, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=2, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=2, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=2, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=3, barID=0, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=3, barID=1, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=3, barID=2, barWeight=1.0, barTimeOffset=1500.0)
    myDict.append(stationID=3, trainID=3, barID=3, barWeight=1.0, barTimeOffset=1500.0)
    myDict.savePayload(folderBlk=folderBlkLoc_ideal_01)
 
 
    myDict = AFPDBDict(folderBlk=folderBlkVtx_ideal_01)
    myDict.append(stationID=0, timeGlobalOffset=0.0, timeOffset=(64.,45.,25.,11.), timeSlope=(-7.3,-5.0,-4.0,-4.0), trainEdge=(-18.7,-13.2,-8.1,-4.0,-2.5))
    myDict.append(stationID=3, timeGlobalOffset=5.0, timeOffset=( 2., 9.,14.,12.), timeSlope=( 4.0, 5.0, 3.0, 6.0), trainEdge=(-18.7,-13.2,-8.1,-4.0,-2.5))
    myDict.savePayload(folderBlk=folderBlkVtx_ideal_01)
    
    
    print ("\nClose database")
    db.closeDatabase()
 
 

makeFolderAndSpec()

def AFPToFMCDBCreate.makeFolderAndSpec	(		db,
			folderName,
			tag
	)

A function that will ensure a folder is in the database, it creates it if necessary. Also defines content of the folders. It contains only a single entry of a long string

Definition at line 34 of file AFPToFMCDBCreate.py.

def makeFolderAndSpec(db,folderName,tag):
    """A function that will ensure a folder is in the database, it creates it if necessary. Also defines content of the folders. It contains only a single entry of a long string"""
    
    spec=cool.RecordSpecification()
 
    # each folder contain just a single entry, this string will be JSON entry
    spec.extend("data",cool.StorageType.String64k)
 
    # if there are more channels, use "CondAttrListCollection"; if there is only one channel, use "AthenaAttributeList"
    # it's also possible to use "CondAttrListCollection" if there's only one channel
    folder=AtlCoolLib.ensureFolder(db,folderName,spec,AtlCoolLib.athenaDesc(True,'CondAttrListCollection'),cool.FolderVersioning.MULTI_VERSION)
 
    if(folder is None):
        sys.exit(1)
    
    return folderBulk(folder, folderName, spec, tag)
 

runLBtoDB()

def AFPToFMCDBCreate.runLBtoDB	(		run,
			lb
	)

Turns run number and lumibock into integrer needed by the database

Definition at line 30 of file AFPToFMCDBCreate.py.

def runLBtoDB(run,lb):
    """Turns run number and lumibock into integrer needed by the database"""
    return (run<<32) + lb