WaveCalType – The Calibration Type. More...

Typedefs
typedef enum WaveCalType::EWaveCalType	WaveCalType_t
	The calibration enumeration type.

Enumerations
enum	EWaveCalType { kNoCalib = 0x00, kJustUnwrap = 0x01, kNominal = 0x02, kVoltageTime = 0x02, kJustTimeNoUnwrap = 0x03, kNoTriggerJitterNoZeroMean = 0x05, kNoChannelToChannelDelays = 0x06, kNoTriggerJitterNoZeroMeanFlipRco = 0x07, kNoTriggerJitterNoZeroMeanFirmwareRco = 0x08, kNoTriggerJitterNoZeroMeanFirmwareRcoFlipped = 0x09, kFull = 0x0a, kDefault = 0x0a, kVTFast = 0x1b, kAddPeds = 0x1c, kOnlyTiming = 0x1d, kJustRemoveClockSpike = 0x1e, kOnlyDTs = 0x1f, kNotACalib }

Functions
const char *	calTypeAsString (WaveCalType::WaveCalType_t calType)
	Returns the calibration type as a string.

void	listAllCalTypes ()
	Prints a list of all available calibration types.

Detailed Description

WaveCalType – The Calibration Type.

There are a number of calibration options available to create a UsefulAnitaEvent.

Enumeration Type Documentation

Enumerator
kNoCalib	The 260 samples straight from raw data.
kJustUnwrap	The X good samples from raw data (260-hitbus)
kNominal	Using mV/ADC = 1 and all dts = 1./2.6 ns.
kVoltageTime	Same as kNominal.
kJustTimeNoUnwrap	For calibration: sample-to-sample dts without unwrapping (or voltage calibs)
kNoTriggerJitterNoZeroMean	No inter-SURF timing (or zero meaning)
kNoChannelToChannelDelays	Inter-SURF timing (trigger jitter) without cable delay.
kNoTriggerJitterNoZeroMeanFlipRco	For calib: opposite RCO from software algorithm.
kNoTriggerJitterNoZeroMeanFirmwareRco	For calib: applies RCO from firmware (no latch delay)
kNoTriggerJitterNoZeroMeanFirmwareRcoFlipped	For calib: 1-firmware RCO (no latch delay)
kFull	deltaTs, voltage, unwrap, trigger jitter, cable delay. The full monty.
kDefault	What you should call for analysis work.
kVTFast	Faster, but no algorithm for it.
kAddPeds	New thing.
kOnlyTiming	All the timing of kFull, but none of the voltage calibration (Ped corrected ADC counts)
kOnlyDTs	Remove the spiky clock in early stage. Only the dT calibration and unwrapping, none of the voltage calibration (Ped corrected ADC counts), for noise analysis
kNotACalib	Useful for looping over all calibrations.

Definition at line 30 of file AnitaConventions.h.