L1Menu.py

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# Copyright (C) 2002-2025 CERN for the benefit of the ATLAS collaboration
 
from .CTP import CTP
from .Items import MenuItemsCollection
from .Thresholds import MenuThresholdsCollection
from .TopoAlgorithms import MenuTopoAlgorithmsCollection, AlgType, AlgCategory
from .Boards import MenuBoardsCollection
from .Connectors import MenuConnectorsCollection, CType
from .MenuUtils import get_smk_psk_Name
from .Limits import Limits
from .L1MenuFlags import L1MenuFlags
from .ThresholdType import ThrType
from ..Config.TypeWideThresholdConfig import getTypeWideThresholdConfig
 
from AthenaCommon.Logging import logging
log = logging.getLogger(__name__)
 
class L1Menu(object):
    """
    This class holds everything that is needed to define the menu
    """
 
    def __init__(self, menuName, flags):
        self.menuName = menuName
 
        self.menuFullName = L1MenuFlags.MenuSetup()
 
        # items in menu
        self.items = MenuItemsCollection()
 
        # store cached flags
        self.flags = flags
        
        # all thresholds that are in menu (new and legacy)
        self.thresholds = MenuThresholdsCollection(flags)
 
        # all thresholds that are in menu (new and legacy)
        self.topoAlgos = MenuTopoAlgorithmsCollection()
 
        # all connectors between legacyCalo, muctpi, topo and the CTPIN/CTPCORE
        self.connectors = MenuConnectorsCollection()
 
        # board definition
        self.boards = MenuBoardsCollection()
 
        # CTP Info in the menu
        self.ctp = CTP()
 
        if self.menuName:
            smk_psk_Name = get_smk_psk_Name(self.menuName)
            self.items.menuName = smk_psk_Name["smkName"]
            self.items.pssName  = smk_psk_Name["pskName"]
 
 
    def setBunchGroupSplitting(self, v = True):
        MenuItemsCollection.splitBunchGroups = v
 
 
    def addItem(self, item):
        self.items += item
 
 
    def getItem(self,name):
        return self.items.findItemByName(name)
 
 
    def addThreshold(self, threshold):
        self.thresholds += threshold
 
 
    def addTopoAlgo(self, algo, category):
        algo.setThresholds( self.thresholds ) # each algo gets a pointer to the full thresholds definition (for the extrainfo)
        self.topoAlgos.addAlgo(algo, category)
 
 
    def addBoard(self, boardDef):
        return self.boards.addBoard(boardDef) 
 
 
    def addConnector(self, connDef):
        self.connectors.addConnector(connDef)
 
 
    def setupCTPMonitoring(self):
        self.ctp.setupMonitoring(self.menuName, self.items, self.thresholds, self.connectors, self.menuFullName)
        
    def check(self):
        log.info("Doing L1 Menu checks")
        from collections import defaultdict as dd
        missing = dd(list)
        allThresholds = set([thr.name for thr in self.thresholds])
        allUsedThresholds = set()
        for item in self.items:
            for thrName in item.thresholdNames():
                if 'SPARE' in thrName:
                    raise RuntimeError("CTP input %s is used by %s but SPARE thresholds are not to be used!" %(thrName, item) )
                if thrName not in allThresholds:
                    missing[thrName].append(item.name) 
                else:
                    allUsedThresholds.add(thrName)
                
        for thrName in sorted(missing.keys()):
            log.warning("Threshold %s (used by %s) is not defined in the menu", thrName,",".join(missing[thrName]))
 
        if len(allThresholds)-len(allUsedThresholds)>0:
            unusedThresholds = allThresholds.difference(allUsedThresholds)
            log.debug("The following thresholds are unused")
            log.debug("MU: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("MU")]))
            log.debug("EM: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("EM")]))
            log.debug("HA: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("HA")]))
            log.debug("J: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("J")]))
            log.debug("eFEX: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("e")]))
            log.debug("jFEX: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("j")]))
            log.debug("cTAU: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("cTAU")]))
            log.debug("gFEX: %s", ", ".join([thr for thr in unusedThresholds if thr.startswith("g")]))
 
    def checkLegacyThresholds(self):
        from collections import defaultdict as dd 
        from ..Menu.LegacyMenuThresholds import legacyThresholds
        extraThresholds = dd(list)
        for item in self.items:
            for thrName in item.thresholdNames():
                if thrName[:3]=='ZB_':
                    thrName = thrName[3:]
                if thrName[0] not in ('e','j','g', 'c') and thrName[:2] not in ["MU"] and "TOPO" not in thrName[:4]:
                    if thrName not in legacyThresholds:
                        extraThresholds[thrName].append(item.name)
 
        for thrName in sorted(extraThresholds.keys()):
            log.warning("Threshold %s (used by %s) should not be used!", thrName,",".join(extraThresholds[thrName]))
 
    def checkPerfThresholds(self):
        if 'MC' not in self.menuName:
            from collections import defaultdict as dd
            perfThresholds = dd(list)
            for item in self.items:
                for thrName in item.thresholdNames():
                    if 'Perf' in thrName:
                        perfThresholds[thrName].append(item.name)
            for thrName in sorted(perfThresholds.keys()):
                raise RuntimeError("Threshold %s (used by %s) should not be used!", thrName,",".join(perfThresholds[thrName]))
 
    def checkBoardInputs(self, algo, connDefName, fpgaName ):
        if 'MuCTPi' in connDefName or 'Legacy' in connDefName:
            return
 
        boardName = connDefName+fpgaName
 
        allowedInputs = {}
        allowedInputs['Topo1Opt0'] = ['MU', 'eEM', 'eTAU',              'gJ',  'gLJ',                      'ZeroBiasA'] # TOPO1A, fiber 1
        allowedInputs['Topo1Opt1'] = ['MU', 'eEM', 'eTAU',              'gJ',  'gLJ',                     ] # TOPO1A, fiber 2
        allowedInputs['Topo1Opt2'] = ['MU',        'eTAU', 'cTAU', 'j',               'cXE', 'gXE', 'gTE', 'gMHT', 'gESPRESSO', 'LArSaturation', 'ZeroBiasB'] # TOPO1B, fiber 1
        allowedInputs['Topo1Opt3'] = ['MU',        'eTAU', 'cTAU', 'j',               'cXE', 'gXE', 'gTE', 'gMHT', 'gESPRESSO', 'LArSaturation', 'ZeroBiasB'] # TOPO1B, fiber 2
        allowedInputs['Topo2El0']  = ['MU',        'eTAU',         'j',      ] # TOPO2, FPGA1
        allowedInputs['Topo2El1']  = [      'eEM',                 'j',      ] # TOPO2, FPGA2
        allowedInputs['Topo3El0']  = [      'eEM', 'eTAU',         'j',      ] # TOPO3, FPGA1
        allowedInputs['Topo3El1']  = ['MU', 'eEM', 'eTAU',              'g', ] # TOPO3, FPGA2
 
        if boardName not in allowedInputs.keys():
            raise RuntimeError("Connector name %s not found" % boardName ) 
 
        if 'Mult_' in algo.name:
            if not (any(x in algo.threshold for x in allowedInputs[boardName])):
                raise RuntimeError("Algorithm %s in board %s with threshold %s not allowed" % (algo.name, boardName, algo.threshold )) 
 
        if 'Mult_' not in algo.name:
            for algoInput in algo.inputs:
                if not (any(x in algoInput for x in allowedInputs[boardName])):
                    raise RuntimeError("Algorithm %s in board %s with input %s not allowed" % (algo.name, boardName, algoInput ))
 
    def checkL1CaloThresholds(self, thresholds, boardName, connName):
        fullName = boardName + connName
 
        allowedInputs = {}
        allowedInputs['Ctpin7EM1'] = 8*['EM']
        allowedInputs['Ctpin7EM2'] = 8*['EM']
        allowedInputs['Ctpin7TAU1'] = 8*['HA']
        allowedInputs['Ctpin7TAU2'] = 8*['HA']
 
        allowedInputs['Ctpin8JET1'] = 10*['J']  # 3-bit JET
        allowedInputs['Ctpin8JET2'] = 15*['J'] # 2-bit JET
        allowedInputs['Ctpin8EN1'] = 8*['TE'] + 8*['XE'] + 8*['XS']
        allowedInputs['Ctpin8EN2'] = 8*['TE'] + 8*['XE']
 
        invalidThresholds = False
        for ithr,thr in enumerate(thresholds):
            try:
                allowedThr = allowedInputs[fullName][ithr]
                if thr[:len(allowedThr)] != allowedThr:
                    log.error(f"Threshold {thr} does not match expected type {allowedThr} at position {ithr} in connector {fullName}")
                    invalidThresholds = True
            except IndexError:
                log.error(f"Too many thresholds ({len(thresholds)}) provided for connector {fullName}, which only supports {len(allowedInputs[fullName])} thresholds")
                invalidThresholds = True
        if invalidThresholds:
            raise RuntimeError("Incorrect specification of legacy L1Calo thresholds")
 
    def checkCTPINconnectors(self):
        for conn in self.connectors:
            if conn.ctype == CType.CTPIN:
               if len(conn.triggerLines)>31:
                   raise RuntimeError("Too many CTP inputs in %s: %i but a max of 31 are allowed" %(conn.name,len(conn.triggerLines)))
               
    def checkTOPObits(self):
        import re
        pattern=r"topo[1-3](e|$)"
        for conn in self.connectors:
            flatindexs = []
            if re.search(pattern, conn.name.lower()):
                for tl in conn.triggerLines:
                    for thr in conn.triggerLines[tl]:
                        for thrname in conn.triggerLines[tl][thr]:
                            if thrname.flatindex not in flatindexs:
                                flatindexs.append(thrname.flatindex)
                            else:
                                log.error("TOPO connector %s has duplicate flatindex %i", conn.name, thrname.flatindex)
                                raise RuntimeError("Duplicate flatindex found in TOPO algorithm")
            
 
    def checkCountCTPInputsOutput(self):
        from collections import namedtuple
        ctpInput = namedtuple('ctpInput',"name, conn, nbit")
        ctpInputs = []
        ctpUnusedInputs = []
        ctpOutputs = []
        thrNames = [] 
        ctpInputBitSets = dict()
        ctpInputNameSets = dict()
        ctpUnusedInputBitSets = dict()
        ctpUnusedInputNameSets = dict()
        for item in self.items:
            ctpOutputs.append(item.name)
            for thrName in item.thresholdNames():
                if thrName[:3]=='ZB_':
                    thrName = thrName[3:]
                if thrName not in thrNames:
                    thrNames.append(thrName)
        thrNames_notFound = []
        for thrName in thrNames:
            thrName_found = False
            for conn in self.connectors:
                if conn.ctype != CType.ELEC:
                    for tl in conn.triggerLines:
                        if thrName == tl.name:
                            ctpInputs.append(ctpInput(name=thrName,conn=conn.name,nbit=tl.nbits))
                            thrName_found = True
                else:
                     for fpga in conn.triggerLines:
                        for clock in conn.triggerLines[fpga]:
                            for tl in conn.triggerLines[fpga][clock]:
                                if thrName == tl.name:
                                    ctpInputs.append(ctpInput(name=thrName,conn=conn.name,nbit=tl.nbits))
                                    thrName_found = True
            if not thrName_found:
                thrNames_notFound.append(thrName)
 
        for conn in self.connectors:
            if conn.ctype != CType.ELEC:
                for tl in conn.triggerLines:
                    thrName = tl.name
                    if thrName[:3]=='ZB_':
                        thrName = thrName[3:]
                    usedInput = False
                    for ctpIn in ctpInputs:
                       if thrName == ctpIn.name:
                           usedInput = True
                    if not usedInput:
                       ctpUnusedInputs.append(ctpInput(name=thrName,conn=conn.name,nbit=tl.nbits))
            else:
                for fpga in conn.triggerLines:
                    for clock in conn.triggerLines[fpga]:
                        for tl in conn.triggerLines[fpga][clock]:
                           thrName = tl.name
                           if thrName[:3]=='ZB_':
                               thrName = thrName[3:]
                           usedInput = False
                           for ctpIn in ctpInputs:
                              if thrName == ctpIn.name:
                                  usedInput = True
                           if not usedInput:
                              ctpUnusedInputs.append(ctpInput(name=thrName,conn=conn.name,nbit=tl.nbits))
 
        if len(thrNames_notFound)>0:
            log.error("Thresholds [%s] are not found", ",".join(thrNames_notFound)) 
            log.error("Input thresholds are [%s]", ",".join([ input.name for input in ctpInputs]))
            raise RuntimeError("Not all input thresholds found!")
 
        for ctpIn in ctpInputs:
            thrset = None
            thrName = ctpIn.name
            if thrName[:2] in ['EM','HA','XE','TE','XS']:
                thrset = 'legacyCalo'
            elif thrName[:1]=='J':
                thrset = 'legacyCalo'
            elif thrName[:2]=='MU':
                thrset = 'muon'
            elif thrName[:3] in ['MBT','AFP','BCM','CAL','NIM','ZDC','BPT','LUC','BMA']:
                thrset = 'detector'
            elif thrName[:6]=='R2TOPO':
                thrset = 'legacyTopo'
            elif thrName[:1] in ['e','j','c','g']:
                thrset = 'topo1'
            elif thrName[:4]=='TOPO':
                if 'Topo2' in ctpIn.conn:
                    thrset = 'topo2'
                elif 'Topo3' in ctpIn.conn:
                    thrset = 'topo3'
 
            if thrset not in ctpInputBitSets:
                ctpInputBitSets[thrset] = 0
                ctpInputNameSets[thrset] = []
            if thrName not in ctpInputNameSets[thrset]:
                ctpInputNameSets[thrset].append(thrName)
                ctpInputBitSets[thrset] += ctpIn.nbit
 
        for ctpIn in ctpUnusedInputs:
            thrset = None
            thrName = ctpIn.name
            if thrName[:2] in ['EM','HA','XE','TE','XS']:
                thrset = 'legacyCalo'
            elif thrName[:1]=='J':
                thrset = 'legacyCalo'
            elif thrName[:2]=='MU':
                thrset = 'muon'
            elif thrName[:3] in ['MBT','AFP','BCM','CAL','NIM','ZDC','BPT','LUC']:
                thrset = 'detector'
            elif thrName[:6]=='R2TOPO':
                thrset = 'legacyTopo'
            elif thrName[:1] in ['e','j','c','g']:
                thrset = 'topo1'
            elif thrName[:4]=='TOPO':
                if 'Topo2' in ctpIn.conn:
                    thrset = 'topo2'
                elif 'Topo3' in ctpIn.conn:
                    thrset = 'topo3'
 
            if thrset not in ctpUnusedInputBitSets:
                ctpUnusedInputBitSets[thrset] = 0
                ctpUnusedInputNameSets[thrset] = []
            if thrName not in ctpUnusedInputNameSets[thrset]:
                ctpUnusedInputNameSets[thrset].append(thrName)
                ctpUnusedInputBitSets[thrset] += ctpIn.nbit
 
        totalInputs = 0
        log.info("Check total number of CTP input and output bits:")
        log.info("Number of output bits: %i", len(ctpOutputs) )
        for thrset in ctpInputBitSets:
            log.info("Used inputs in %s: %i thresholds and %i  bits", thrset, len(ctpInputNameSets[thrset]), ctpInputBitSets[thrset]  )
            if thrset is not None:
                log.debug("Threshold set %s: %s", thrset, ",".join(ctpInputNameSets[thrset]) )
            else:
                log.info("Unrecognised CTP input bits: %s", ",".join(ctpInputNameSets[thrset]) )
            totalInputs += ctpInputBitSets[thrset]
        log.info("Number of used inputs bits: %i" , totalInputs )
        totalUnusedInputs = 0
        for thrset in ctpUnusedInputBitSets:
            log.debug("Unused thresholds in %s: %i thresholds and %i  bits", thrset, len(ctpUnusedInputNameSets[thrset]), ctpUnusedInputBitSets[thrset]  )
            if thrset is not None:
                log.debug("Unused threshold set %s: %s", thrset, ",".join(ctpUnusedInputNameSets[thrset]) )
            else:
                log.debug("Unrecognised CTP input bits: %s", ",".join(ctpUnusedInputNameSets[thrset]) )
            totalUnusedInputs += ctpUnusedInputBitSets[thrset]
        log.debug("Number of un-used inputs bits: %i" , totalUnusedInputs )
 
        # Fail menu generation for menus going to P1:
        if ( totalInputs > Limits.MaxTrigItems or len(ctpOutputs) > Limits.MaxTrigItems):
            if 'AllCTPIn' in self.menuName:
                log.warning(f"Input or output bits limit of {Limits.MaxTrigItems} exceeded in the dummy CTP menu -- OK")
            else:
                raise RuntimeError("Both the numbers of inputs and outputs need to be not greater than %i in a physics menu!" % Limits.MaxTrigItems)
 
    # Avoid that L1 item is defined only for BGRP0 as this include also the CALREQ BGRP2 (ATR-24781)
    def checkBGRP(self):
        for item in self.items:
            if len(item.bunchGroups)==1 and item.bunchGroups[0]=='BGRP0':
               raise RuntimeError("L1 item %s is defined with only BGRP0, ie it can trigger also in the CALREQ BGRP2 bunches. Please add another bunch group (ATR-24781)" % item.name) 
            if 'BGRP2' in item.bunchGroups:
                thrtype = item.logic.content['threshold'].ttype
                if thrtype in ThrType.CaloTypes():
                    # The LAr Digital Trigger sends an "align frame" to the FEXes in BCID 3500 (in BGRP2)
                    # No trigger can be sent during this align frame, so we block all calo triggers from this BGRP
                    raise RuntimeError(f"L1 item {item.name} with threshold type {thrtype} is in CALREQ BGRP2. This is not allowed!")
 
 
    def checkPtMinToTopo(self):
        # check that the ptMinToTopo for all types of thresholds is lower than the minimum Et cuts applied in multiplicity and decision algorithms
 
        # collect the ptMinToTopo values
        ptMin = {}
        for thrtype in ThrType.Run3Types():
            ttconfig = getTypeWideThresholdConfig(thrtype, self.flags.Trigger.L1.Menu.doHeavyIonTobThresholds, self.flags.Trigger.L1.Menu.doeFexBDTTau)
            inputtype = thrtype.name
            if inputtype == 'cTAU':
                inputtype = 'eTAU'
            for key, value in ttconfig.items():
                if "ptMinToTopo" in key:
                    if inputtype in ptMin:
                        if ptMin[inputtype] > value:
                             ptMin[inputtype] = value
                    else: 
                        ptMin[inputtype] = value
 
        # loop over multiplicity algorithms and get the min et values
        thresholdMin = {}
        for algo in self.topoAlgos.topoAlgos[AlgCategory.MULTI][AlgType.MULT]:
             alg = self.topoAlgos.topoAlgos[AlgCategory.MULTI][AlgType.MULT][algo]
             threshold = alg.threshold
             inputtype = alg.input
             if 'cTAU' in inputtype:
                 inputtype = 'eTAU'
             elif any(substring in inputtype for substring in ['XE','TE','MHT', 'ESPRESSO','LArSaturation','ZeroBias']):
                 continue
             thr = self.thresholds.thresholds[threshold]
             minEt = 99999 
             if hasattr(thr, 'thresholdValues'):
                 etvalues = thr.thresholdValues
                 for etvalue in etvalues:
                     et = etvalue.value
                     if et < minEt:
                         minEt = et
             if hasattr(thr, 'et'):
                 if thr.et < minEt:
                     minEt = thr.et
             if inputtype in thresholdMin:
                 if minEt < thresholdMin[inputtype]:
                     thresholdMin[inputtype] = minEt
             else:
                 thresholdMin[inputtype] = minEt
 
        # loop over sorting algorithms and get the min et values
        for algo in self.topoAlgos.topoAlgos[AlgCategory.TOPO][AlgType.SORT]:
             alg = self.topoAlgos.topoAlgos[AlgCategory.TOPO][AlgType.SORT][algo]
             if alg.inputvalue == 'MuonTobs':
                 continue
             for (pos, variable) in enumerate(alg.variables): 
                 if variable.name == "MinET":
                     value = variable.value/10 # convert energies from 100MeV to GeV units
                     inputtype = ''
                     if alg.inputvalue == 'eEmTobs':
                         inputtype = 'eEM'
                     elif alg.inputvalue == 'eTauTobs':
                         inputtype = 'eTAU'
                     elif alg.inputvalue == 'jJetTobs':
                         inputtype = 'jJ'
                     else:
                         raise RuntimeError("checkPtMinToTopo: input type %s in sorting algo not recognised" % alg.inputvalue)
                     if inputtype in thresholdMin:
                         if value < thresholdMin[inputtype]:
                              thresholdMin[inputtype] = value
                     else:
                         thresholdMin[inputtype] = value      
        for thr in thresholdMin:
            if thr in ptMin:
                 if thresholdMin[thr] < ptMin[thr]:
                     raise RuntimeError("checkPtMinToTopo: for threshold type %s the minimum threshold %i is less than ptMinToTopo %i" % (thr, thresholdMin[thr], ptMin[thr]))
            else:
                 raise RuntimeError("checkPtMinToTopo: for threshold type %s the minimum threshold is %i and no ptMinToTopo value is found" % (thr, thresholdMin[thr]))  
 
    def checkL1TopoParams(self):
        from ..Menu.L1TopoParams import L1TopoParams as params
 
        algo_param_mismatch = []
        # No need to check multiplicity algs
        for algtype in [AlgType.SORT, AlgType.DEC]:
            # Only check Phase-I Topo algs
            for algname,algo in self.topoAlgos.topoAlgos[AlgCategory.TOPO][algtype].items():
                log.debug(f'Checking variable parameter ordering for {algname} ({algo.classtype})')
                pars_for_algo = params[algo.classtype]
                generics_map = {g.name:g.value for g in algo.generics}
                # No conditional parameters
                common_params = None # Common parameters at the beginning, not repeated on multiple algo instances
                ordered_params = None # Parameters that can be repeated if configuring multiple algo instances
                if 'common_parameters' in pars_for_algo:
                    common_params = pars_for_algo['common_parameters']
                if 'parameters' in pars_for_algo:
                    ordered_params = pars_for_algo['parameters']
                # If all of the param lists are None, we have conditionals
                if common_params is None and ordered_params is None:
                    for cond in pars_for_algo.keys():
                        if cond == 'comment': continue
 
                        # Check that the condition is valid
                        pass_condition = True
                        for c in cond.split(' and '):
                            condname, condval = c.split(' = ')
                            if condname in generics_map:
                                if int(condval) == generics_map[condname]:
                                    continue
                                else:
                                    pass_condition = False
                                    break
                            elif int(condval) == 0: # If the generic is not defined, assume that false is ok
                                continue
                            else:
                                pass_condition = False
                                break
 
                        if pass_condition:
                            if 'common_parameters' in pars_for_algo[cond]:
                                common_params = pars_for_algo[cond]['common_parameters']
                            if 'parameters' in pars_for_algo[cond]:
                                ordered_params = pars_for_algo[cond]['parameters']
                            break
 
                if common_params is None and ordered_params is None and common_params is None:
                    raise RuntimeError(f'checkL1TopoParams: Did not find ordered parameter list for L1Topo algorithm type {algo.classtype}')
 
                menu_params = [p.name for p in algo.variables]
                log.debug(f'Menu contains parameter list: {menu_params}')
 
                if common_params is None: common_params = []
                if ordered_params is None: ordered_params = []
                log.debug(f'Expected parameter list: {common_params + ordered_params}')
 
                # Handle case where parameters are supplied repeatedly to
                # configure multiple instances
                non_common_param_count = len(menu_params) - len(common_params)
                if non_common_param_count > len(ordered_params):
                    log.debug(f'Can repeat the parameters: {ordered_params}')
                    if non_common_param_count % len(ordered_params) == 0:
                        ordered_params = int(non_common_param_count/len(ordered_params)) * ordered_params
                    else:
                        log.error("Mismatch in number of parameters")
 
                total_params = common_params + ordered_params
                if menu_params != total_params:
                    log.error(f'checkL1TopoParams: Parameter list for {algo.name}/{algo.classtype} does not match specification')
                    log.error(f'    Menu contains parameter list {menu_params}')
                    log.error(f'    Expected parameter list {total_params}')
                    algo_param_mismatch.append(algo)
                
        if algo_param_mismatch:
            log.error('checkL1TopoParams: Following L1Topo algorithms have incorrect parameter ordering in L1Menu:')
            for algo in algo_param_mismatch:
                log.error(f'    {algo.name} ({algo.classtype})')
            raise RuntimeError('checkL1TopoParams: L1Topo algorithm parameters do not match specification')
 
    def checkItemsHaveInputs(self):
        all_ctpin = []
        connected_boards = []
        for layout,connectors in self.ctp.inputConnectors.items():
            for connector, contents in connectors.items():
                if layout=='ctpin':
                    # Ignore empty
                    connected_boards += [board for board in contents.values() if board]
                else:
                    connected_boards.append(contents)
 
        for conn_name in connected_boards:
            conn = self.connectors[conn_name]
            if conn.ctype != CType.ELEC:
                for tl in conn.triggerLines:
                    thrName = tl.name
                    if thrName[:3]=='ZB_':
                        thrName = thrName[3:]
                    all_ctpin.append(thrName)
            else:
                for fpga in conn.triggerLines:
                    for clock in conn.triggerLines[fpga]:
                        for tl in conn.triggerLines[fpga][clock]:
                            thrName = tl.name
                            if thrName[:3]=='ZB_':
                                thrName = thrName[3:]
                            all_ctpin.append(thrName)
 
        for item in self.items:
            for thrName in item.thresholdNames():
                if thrName[:3]=='ZB_':
                    thrName = thrName[3:]
                if thrName not in all_ctpin:
                    raise RuntimeError(
                        f'checkItemsHaveInputs: Threshold {thrName} used by {item.name} is not on a board connected to CTP')
 
    def checkHFmonitoring(self):
        requiredItems = [
            "L1_BCM_2A_FIRSTINTRAIN",
            "L1_BCM_2C_FIRSTINTRAIN"
        ]
        missingItems = [item for item in requiredItems if self.items.items[item].monitorsHF == 0]
        if missingItems:
            raise RuntimeError(
                f'The HF monitoring flags for {", ".join(missingItems)} are missing')