PulseReco

Files
file	PedAlgoFixed.cxx
	Pedestal "algorithm" reading the pedestals from somewhere else.
file	PedAlgoFixed.h
	Pedestal "algorithm" reading the pedestals from somewhere else.
file	AlgoCFD.h
	Class definition file of AlgoCFD.
file	AlgoFixedWindow.h
	Class definition file of AlgoFixedWindow.
file	AlgoSlidingWindow.h
	Class definition file of AlgoSlidingWindow.
file	AlgoThreshold.h
	Class definition file of AlgoThreshold.
file	PedAlgoEdges.h
	Class definition file of PedAlgoEdges.
file	PedAlgoRmsSlider.h
	Class definition file of PedAlgoRmsSlider.
file	PedAlgoRollingMean.h
	Class definition file of PedAlgoRollingMean.
file	PedAlgoUB.h
	Class definition file of PedAlgoUB.
file	PMTPedestalBase.h
	Class definition file of PMTPedestalBase.
file	PMTPulseRecoBase.h
	Class definition file of PMTPulseRecoBase.
file	PulseRecoManager.h
	Class definition file of PulseRecoManager.

Namespaces
	fhicl
	pmtana
	LArSoft libraries.

Detailed Description

This is a big hack.

The optical reconstruction mini-framework passes to the pedestal algorithm only a pointer to the waveform samples, with no context at all. In this algorithm we need to figure out that context. We take the pointer of every single possible input, because we need to know the index of the waveform, which is required to match the index in the pedestal and RMS lists. We can't even just take the address of the first waveform, because we don't know the actual type of the vector the waveform belongs too (in LArSoft, that is raw::OpDetWaveform, which has different size and therefore pointer math than the vector of samples it derives from).

Multithreading note

This class is not multithread-ready. To process multiple events, the input sets should be placed into a container with controlled access (one writes, many read).