toolFromAlgData Namespace Reference

Functions
def	toolFromAlgData (flags, alg_data)
def	klass (ad)
def	fixedValue (ad, var)
def	variableValue (ad, var)
def	countAlgValue (ad, var)
def	inputToolFromAlgData (flags, ad)
def	countToolFromAlgData (flags, ad)
def	sortToolFromAlgData (flags, ad)
def	decisionToolFromAlgData (flags, ad)

Variables
	logger
	do_dump
	writeHandleKeys

Function Documentation

countAlgValue()

def toolFromAlgData.countAlgValue	(		ad,
			var
	)

helper function to extract values from a L1MenuAccessor object

Definition at line 78 of file toolFromAlgData.py.

def countAlgValue(ad, var):
    """helper function to extract values from a L1MenuAccessor object"""
 
    return  ad.menu[var]
 
 
        

countToolFromAlgData()

def toolFromAlgData.countToolFromAlgData	(		flags,
			ad
	)

Count Algorithms write out a Count object determined
from TOBS produced by a single Input Algorithm.

Definition at line 140 of file toolFromAlgData.py.

def countToolFromAlgData(flags, ad):
    """Count Algorithms write out a Count object determined
    from TOBS produced by a single Input Algorithm."""
 
    # The following dictionary specifies the Count Algorithms currently
    # implemented
    countToolSelector = {
        'cTauMultiplicity': CompFactory.GlobalSim.cTauMultiplicityAlgTool,
        ('EnergyThreshold', 'jXE'): CompFactory.GlobalSim.EnergyThresholdAlgTool_jXE,
    }
    
    # Note: the name of the owning component
    #  will be prepended to the AlgTool name
    key = None
    if ad.klass == 'EnergyThreshold':
        key = (ad.klass, ad.inputs[0]) # eg ('EnergyThreshold', 'jXE')
 
    else:
        key = ad.klass
        
    tool = countToolSelector[key](ad.name)
    tool.alg_instance_name = ad.name
    tool.nbits = int(countAlgValue(ad, 'nbits'))
    tool.TOBArrayReadKey = writeHandleKeys[ad.input_sns[0]]
    tool.CountWriteKey = ad.name + '_Count_' + str(ad.sn) 
    writeHandleKeys[ad.sn] = tool.CountWriteKey
    
    if ad.klass in ('EnergyThreshold',):
 
        # magic numbers from the original C++ calculation
        tool.hundredMeVThreshold = int(ad.threshold)*10 + 5
 
    if ad.klass == 'cTauMultiplicity':
        tool.do_dump = do_dump
        monTool = GenericMonitoringTool(flags, "MonTool_" + ad.name)
 
        threshold_name = countAlgValue(ad, 'threshold')
        title = "cTauMultiplicity_accept #eta Et_" + threshold_name
 
        monTool.defineHistogram("accept_eta,accept_et",
                                path="EXPERT",
                                type="TH2F",
                                title=title,
                                xbins=200, xmin=-200, xmax=200,
                                ybins=100, ymin=0, ymax=100)
 
        title_stub =  "cTauMultiplicityc "  + threshold_name + " "
        title = title_stub + "counts"
        monTool.defineHistogram("counts",
                                path="EXPERT",
                                type="TH1F",
                                title=title,
                                xbins=15, xmin=0, xmax=15)
 
        title = title_stub + "TOB Et"
        monTool.defineHistogram("Et",
                                path="EXPERT",
                                type="TH1F",
                                title=title,
                                xbins=200, xmin=0, xmax=400)
 
        
        title =  title_stub + "#phi #eta"
        monTool.defineHistogram("phi,eta",
                                path="EXPERT",
                                type="TH2F",
                                title=title,
                                xbins=200, xmin=0, xmax=400,
                                ybins=128, ymin=0, ymax=128)
 
     
        title =  title_stub + "Et #eta"
        monTool.defineHistogram("Et,eta",
                                path="EXPERT",
                                type="TH2F",
                                title=title,
                                xbins=200, xmin=0, xmax=200,
                                ybins=200, ymin=0, ymax=400)
 
        title =  title_stub + "loose partial isolation"
        monTool.defineHistogram("iso_loose",
                                path="EXPERT",
                                type="TH1F",
                                title=title,
                                xbins=200, xmin=0, xmax=10)
 
        title =  title_stub + "medium partial isolation"
        monTool.defineHistogram("iso_medium",
                                path="EXPERT",
                                type="TH1F",
                                title=title,
                                xbins=200, xmin=0, xmax=10)
 
 
        title =  title_stub + "tight partial isolation"
        monTool.defineHistogram("iso_tight",
                                path="EXPERT",
                                type="TH1F",
                                title=title,
                                xbins=200, xmin=0, xmax=10)
 
        tool.monTool = monTool
 
    return tool
 

decisionToolFromAlgData()

def toolFromAlgData.decisionToolFromAlgData	(		flags,
			ad
	)

Decision Algorithms all write out a L1Topo Decision object
determined by processing the outputs of 1 or more Sort Algorithms.
They also write out a vector of GenericTOBs.

Definition at line 282 of file toolFromAlgData.py.

def decisionToolFromAlgData(flags, ad):
    """Decision Algorithms all write out a L1Topo Decision object
    determined by processing the outputs of 1 or more Sort Algorithms.
    They also write out a vector of GenericTOBs."""
 
    
    # The following dictionary specifies the Decision Algorithms currently
    # implemented
 
    decisionToolSelector = {
        'DeltaRSqrIncl2': CompFactory.GlobalSim.DeltaRSqrIncl2AlgTool,
        'SimpleCone': CompFactory.GlobalSim.SimpleConeAlgTool,
    }
 
    tool = decisionToolSelector[ad.klass](ad.name)
    tool.alg_instance_name = ad.name
 
    assert len(ad.outputs) == 1
    writeHandleKeys[ad.sn] = ad.klass + '_'+ ad.outputs[0] + '_' + str(ad.sn)
    tool.TOBArrayVectorWriteKey = writeHandleKeys[ad.sn]
    tool.DecisionWriteKey =  ad.name + '_Decision_' + str(ad.sn)
 
    if klass(ad) == 'DeltaRSqrIncl2':
        tool.TOBArrayReadKey0 = writeHandleKeys[ad.input_sns[0]]
        tool.TOBArrayReadKey1 = writeHandleKeys[ad.input_sns[1]]
 
        tool.MaxTOB1 = int(fixedValue(ad, 'InputWidth1')) 
        tool.MaxTOB2 = int(fixedValue(ad, 'InputWidth2'))
        tool.NumResultBits = fixedValue(ad, 'NumResultBits')
 
        tool.MinET1 = [int(variableValue(ad, 'MinET1'))]
        tool.MinET2 = [int(variableValue(ad, 'MinET2'))]
        tool.DeltaRMin = [int(variableValue(ad, 'DeltaRMin'))]
        tool.DeltaRMax = [int(variableValue(ad, 'DeltaRMax'))]
 
        # unclear how the menu stores cut values when there is more
        # than one result bit. Examined menus all have 1 for this variable
        assert tool.NumResultBits == 1
 
        tool.NumResultBits = int(fixedValue(ad, 'NumResultBits'))
 
        monTool = GenericMonitoringTool(flags, "MonTool_" + ad.name)
        for i in range(tool.NumResultBits):
 
            label = ad.name + "_pass_by_bit_" + str(i)
            monTool.defineHistogram(label,
                                    path="EXPERT", type="TH1F",
                                    title="DeltaR pass, bit " + str(i),
                                    xbins=10, xmin=0, xmax=100.)
            
            label = ad.name + "_fail_by_bit_" + str(i)
            monTool.defineHistogram(label,
                                    path="EXPERT", type="TH1F",
                                    title="DeltaR fail, bit " + str(i),
                                    xbins=10, xmin=0, xmax=100.)
        tool.monTool = monTool
        tool.do_dump = do_dump
 
 
 
    if klass(ad) == 'SimpleCone':
 
        tool.TOBArrayReadKey = writeHandleKeys[ad.input_sns[0]]
 
        tool.InputWidth = int(fixedValue(ad, 'InputWidth'))
        tool.MaxRSqr = int(variableValue(ad, 'MaxRSqr'))
        tool.MinET = int(variableValue(ad, 'MinET'))
 
        # in some previous version of the menu NumResultBits was set to 1.
        # not sure how the list of cuts is specified if NumResultBits > 1
        # now hardwire NumResultBits=1
        numResultBits = 1
 
        
        tool.MinSumET = [int(variableValue(ad, 'MinSumET'))]
        
   
        monTool = GenericMonitoringTool(flags, "MonTool_" + ad.name)
        for i in range(numResultBits):
            monTool.defineHistogram(ad.name+"_pass_by_bit_" + str(i),
                                    path="EXPERT", type="TH1F",
                                    title="ET pass, bit " + str(i),
                                    xbins=10, xmin=0, xmax=100.)
            
            monTool.defineHistogram(ad.name+"_fail_by_bit_" + str(i),
                                    path="EXPERT", type="TH1F",
                                    title="ET fail, bit " + str(i),
                                    xbins=10, xmin=0, xmax=100.)
        tool.monTool = monTool
 
    
    return tool
 

fixedValue()

def toolFromAlgData.fixedValue	(		ad,
			var
	)

helper function to extract values from a L1MenuAccessor object

Definition at line 47 of file toolFromAlgData.py.

def fixedValue(ad, var):
    """helper function to extract values from a L1MenuAccessor object"""
    
    # Menu has entries like
    # ('MaxTob1',
    #            OrderedDict([('value',
    #              ':eEmOutputWidthSelect:'),
    #             ('position', 2)])),
    # The numeric values for "XXX: values are found in L1TopoHardware
 
    val = ad.menu[
        'fixedParameters'][
            'generics'][
                var][
                    'value']
    if isinstance(val, str):
        if val.startswith(':') and val.endswith(':'):
            val = getattr(HW, val[1:-1]).value
    return val
        
 

inputToolFromAlgData()

def toolFromAlgData.inputToolFromAlgData	(		flags,
			ad
	)

Input Algs read in FEX outputs and output TOBs of various types.

Definition at line 85 of file toolFromAlgData.py.

def inputToolFromAlgData(flags, ad):
    """Input Algs read in FEX outputs and output TOBs of various types."""
 
    # partial dump of an AlgData object with globalL1AlgType set to INPUT
    #
    # --
    # 'globalL1AlgType: INPUT\n'
    # 'inputs: []\n'
    # "outputs: ['cTAU']\n"
    # 'input_sns: []\n'
    # 'sn: 240\n'
    # 'numResultBits: None\n'
    # threshold: None
    # threshold_flavour: None
 
    # tool to run the concrete input alg
    tool = None
    out0 = ad.outputs[0]
    write_handle  = '_'.join([ad.klass, out0, str(ad.sn)])
    writeHandleKeys[ad.sn] =write_handle
 
    # The following if - elseif structure specifies the Input Algorithms
    # currently implemented
    if out0 == 'jJetTobs':
        name = 'jJetInputAlgTool_'+ out0
        tool = CompFactory.GlobalSim.jJetInputAlgTool(name)
 
    elif  out0 == 'eEmTobs':
        name = 'eEmInputAlgTool_'+ out0
        tool = CompFactory.GlobalSim.eEmInputAlgTool(name)
    elif out0 == 'cTAU':
        name = 'cTauInputAlgTool_' + out0
        tool =  CompFactory.GlobalSim.cTauInputAlgTool(name)
    elif out0 == 'jXE':
        name = 'jXEInputAlgTool_' + out0
        tool =  CompFactory.GlobalSim.jXEInputAlgTool(name)
        monTool = GenericMonitoringTool(flags, "MonTool_" + ad.name)
 
        monTool.defineHistogram('jXETOBPt', path='EXPERT', type='TH1I',
                                title='jXE TOB Pt;p_{T} [GeV];',
                                xbins=200, xmin=0, xmax=2000)
        
        monTool.defineHistogram('jXETOBPhi', path='EXPERT', type='TH1I',
                                title='jXE TOB Phi;#phi;',
                                xbins=64, xmin=-3.2, xmax=3.2)
 
        tool.monTool = monTool
    else:
        logger.error('Unsupported input alg type ' + str(out0))
        raise RuntimeError(
            'toolFromAlgData: Unsupported input alg type ' + str(out0))
 
    tool.TOBArrayWriteKey = writeHandleKeys[ad.sn]
    return tool
 

klass()

def toolFromAlgData.klass

(

ad

)

Definition at line 43 of file toolFromAlgData.py.

def klass(ad):
    return ad.menu['klass']
 
 

sortToolFromAlgData()

def toolFromAlgData.sortToolFromAlgData	(		flags,
			ad
	)

Sort Algorithms write out a GenericTOBArray produced by sorting,
and possibly selecting, TOBs produced by an Input Algorithm

Definition at line 245 of file toolFromAlgData.py.

def sortToolFromAlgData(flags, ad):
    """Sort Algorithms write out a GenericTOBArray produced by sorting,
    and possibly selecting, TOBs produced by an Input Algorithm"""
 
 
    # The following dictionary specifies the Sort Algorithms currently
    # implemented
    sortToolSelector = {
        'eEmSelect': CompFactory.GlobalSim.eEmSelectAlgTool,
        'jJetSelect': CompFactory.GlobalSim.jJetSelectAlgTool,
    }
 
    
    # Note: owning component name will be prepended to the AlgTool name
    tool = sortToolSelector[ad.klass](ad.name)
    out0 = ad.outputs[0]  # node number (int)
    tool.alg_instance_name = ad.name
    tool.TOBArrayReadKey = writeHandleKeys[ad.input_sns[0]]
    writeHandleKeys[ad.sn] = ad.klass+ '_' + out0 + '_' + str(ad.sn)
    tool.TOBArrayWriteKey = writeHandleKeys[ad.sn]
    if klass(ad) == 'eEmSelect':
        tool.InputWidth = int(fixedValue(ad, 'InputWidth'))
        tool.MinET = int(variableValue(ad, 'MinET'))
        tool.REtaMin = int(variableValue(ad,'REtaMin'))
        tool.RHadMin = int(variableValue(ad, 'RHadMin'))
        tool.WsTotMin = int(variableValue(ad, 'WsTotMin'))
 
    if klass(ad) == 'jJetSelect':
        tool.InputWidth = int(fixedValue(ad, 'InputWidth'))
        tool.MinET = int(variableValue(ad, 'MinET'))
        tool.MinEta = int(variableValue(ad,'MinEta'))
        tool.MaxEta = int(variableValue(ad,'MaxEta'))
    
    # tool.sortAlgTool = sortAlgTool
 
    return tool
 

toolFromAlgData()

def toolFromAlgData.toolFromAlgData	(		flags,
			alg_data
	)

Definition at line 30 of file toolFromAlgData.py.

def toolFromAlgData(flags, alg_data):
 
    if alg_data is None:
        logger.error('Attempting to build an AlgTool from None')
        sys.exit(1)
        
    return {'INPUT': inputToolFromAlgData,
            'COUNT': countToolFromAlgData,
            'SORT': sortToolFromAlgData,
            'DECISION': decisionToolFromAlgData,
            }[alg_data.globalL1AlgType](flags, alg_data)
 
 

variableValue()

def toolFromAlgData.variableValue	(		ad,
			var
	)

helper function to extract values from a L1MenuAccessor object

Definition at line 68 of file toolFromAlgData.py.

def variableValue(ad, var):
    """helper function to extract values from a L1MenuAccessor object"""
 
    vps = ad.menu['variableParameters']
    for vp in vps:
        if vp['name'] == var:
            return vp['value']
 
        
 

Variable Documentation

do_dump

toolFromAlgData.do_dump

Definition at line 23 of file toolFromAlgData.py.

logger

toolFromAlgData.logger

Definition at line 17 of file toolFromAlgData.py.

writeHandleKeys

toolFromAlgData.writeHandleKeys

Definition at line 27 of file toolFromAlgData.py.