Overview

Currently documents a prototype/proposal for a tool that has not been implemented

TrigObjectNavMatching works for "simple trigger chains" [simp trig chains]. Matches, based on trigger navigation, trigger objects [HltDoc] for each trigger level to trigger objects from previous levels and to chains. Creates as output [NavMatchedObjectChain] for all objects passing the trigger for a given slice. Requires as input strings listing chain names for slice and the three slice specific labels of the trigger objects for the three trigger levels - EF,L2, and L1. Exception tau... slice can be selected by... see [Input/ Output]

Also can match the [NavMatchedObjectChains] to offline objects using the TrigObjectMatching[] tool. This requires the label of the offline objects to match.

"Simple Trigger Chains"[simp trig chains]

• Involve only one ROI
• Can be backtraced unambiguously
  • Ex: treeish diagram
• Contain only one final trigger object per trigger level
  • the trigger object must inherit from INav4momentum
  • There may be multiple trigger objects in a given trigger level; however at the end of the chain there should be only one object that unambigously defines the INav4Momentum.
• Ex: composite triggers such as 2 tau are not supported

See also the [hltDoc] for description of terms in this document.

Code

Data Objects

NavMatchedObjectChains

Modules

Dependencies

TrigDecisionTool

features

svn wiki

TriggerElement

relation

svn [HltDoc]

Running TrigObjectNavMatching

Tags and Releases

Input/ Output

Examples

Links

Comments / Questions

tool test:
get chains using chain group for all single tau chains TDT getChainGroup(std::vector<std::string> triggers)
get vector of chain names strings for all single tau chains from chain group TDT function of chaingroup object: getListOfTriggers() returns vector string of chain names
print the chain names to test tool

per event

loop over chain name strings
then use m_trigDecisionTool->features(chainName, condition); condition is TrigDefs::alsoDeactivateTEs to return feature container

loop over three trigtypes... for each trigtype
use featurecontainer->get("", TrigDefs::alsoDeactivateTEs); to return vector of features
test if vector of features has length greater than 0
assemble trigger element, trig object/feature? and chain name into hubobject
push hubobject onto vector of hub objects for given trigger level(trig type)
end loops over trigtypes - chain names

have 3 vectors 1 for each level of hubobjects
form linkage objects from hublight objects...
use ancestor function of te's to find relations..

object names:

• FeatureChainLnkBase for feature, te and trig obj, with addition label of chain string
• TrigNavObj for trigger object extracted from feature with chain label and ROI word attached - without te
• TrigNavLinkage for the three(possibly more) objects of the Trig Nav matching tool linked by ancestry
• TrigNavLinkage can also contain pointer to offline object that linkage head is matched to