JetMatchingConfig Namespace Reference

Functions
	JetMatchingCfg (flags, target, source=None, sources=[], source_name=None, floats_to_copy=[], ints_to_copy=[], chars_to_copy=[], iparticles_to_copy=[], add_suffix_with_source=True, source_minimum_pt=0, pt_priority_with_delta_r=-1, particle_link_name=None, name_suffix='')

Function Documentation

JetMatchingCfg()

JetMatchingCfg	(		flags,
			target,
			source = None,
			sources = [],
			source_name = None,
			floats_to_copy = [],
			ints_to_copy = [],
			chars_to_copy = [],
			iparticles_to_copy = [],
			add_suffix_with_source = True,
			source_minimum_pt = 0,
			pt_priority_with_delta_r = -1,
			particle_link_name = None,
			name_suffix = '' )

Definition at line 9 of file JetMatchingConfig.py.

                   name_suffix=''):
 
    # handle some backward compatability stuff
    if source is not None:
        warnings.warn(
            "'source' option is deprecated, use 'sources'",
            FutureWarning,
            stacklevel=2
        )
        if sources:
            raise ValueError(
                "Can't use 'sources' and 'source' at the same time"
            )
        sources = [source]
 
    if not sources:
        sources = [target]
 
    if source_name is None:
        source_name = 'Or'.join(sources)
 
    dr_str = f'deltaRTo{source_name}'
    deta_str = f'deltaEtaTo{source_name}'
    dphi_str = f'deltaPhiTo{source_name}'
    dpt_str = f'deltaPtTo{source_name}'
    match_str = f'matchedTo{source_name}'
    n_match_str = f'numberOfMatchesTo{source_name}'
 
    def to(f):
        return f + f'From{source_name}' if add_suffix_with_source else f
 
    ca = ComponentAccumulator()
    ca.addEventAlgo(
        CompFactory.ftag.JetMatcherAlg(
            f'{source_name}To{target}CopyAlg{name_suffix}',
            targetJet=target,
            sourceJets=sources,
            floatsToCopy={f: to(f) for f in floats_to_copy},
            intsToCopy={i: to(i) for i in ints_to_copy},
            charsToCopy={c: to(c) for c in chars_to_copy},
            iparticlesToCopy={p: to(p) for p in iparticles_to_copy},
            dR=dr_str,
            dEta=deta_str,
            dPhi=dphi_str,
            dPt=dpt_str,
            isMatched=match_str,
            nMatch=n_match_str,
            ptPriorityWithDeltaR=pt_priority_with_delta_r,
            sourceMinimumPt=source_minimum_pt,
            particleLink=(particle_link_name or ""),
        )
    )
    return ca