ERCalibrationSSD::Preprocessing Class Reference

Inheritance diagram for ERCalibrationSSD::Preprocessing:

Collaboration diagram for ERCalibrationSSD::Preprocessing:

Public Member Functions
	Preprocessing (const TString &rawDataPath)
void	AddSensor (SensorRunInfo *sensor)
	Adds sensor to a current preprocessing. Sensors are form common file.
void	ConvertTree (const TString &option="neevent")
	Prepares raw input tree by leaving only leaves needed for the further analysis. As a result file [WORKING_DIR]/[SENSOR_NAME]/input/input*.root is created. Obligatory it contains aliases "[SENSOR_NAME]" for analyzed branches. More...
void	FindThresholds (const TString &opt="draw_off")
	Finds noise thresholds, saves results to a file. Algorithm: 1) Find bin number with maximal amplitude MAX_BIN_NB 2) Move to the right since MAX_BIN_NB while bin amplitude value decreases. The first bin with ascending amplitude value is a threshold boundary. Resulting values are stored in the [WORKING_DIR]/[SENSOR_NAME]/txt/thresolds_*.root file. More...
void	MultiplicitySelection (const SensorRunInfo *sensor, std::vector< SensorRunInfo * > sensorsZeroSignal=std::vector< SensorRunInfo * >())
	Performs multiplicity selection of a data. Method creates a tree where in each event analyzed sensors have only one channel with amplitude value higher then noise thresholds. More...
void	MultiplicitySelection (std::vector< SensorRunInfo * > sensors, std::vector< SensorRunInfo * > sensorsZeroSignal=std::vector< SensorRunInfo * >())
void	CreateSpectraHists (const SensorRunInfo *sensor)
	Creates strips spectra for the further analysis analysis. Saves resulting hists for each sensor by path [WORKING_DIR]/[SENSOR_NAME]/draw/spectra_*.root.
void	Exec ()
Public Member Functions inherited from ERCalibrationSSD::TaskManager
	TaskManager (const TString &rawDataPath)

Private Attributes
std::vector< SensorRunInfo * > *	fSensors = nullptr

Additional Inherited Members
Protected Attributes inherited from ERCalibrationSSD::TaskManager
CalibIOManager *	fIOManager = nullptr
TString	fWorkDir = "result"
TString	fRunId = ""
TString	fRawDataPath = ""

Detailed Description

Definition at line 836 of file ERCalibrationSSD.cxx.

Member Function Documentation

void Preprocessing::ConvertTree

(

const TString &

option = "neevent"

)

Prepares raw input tree by leaving only leaves needed for the further analysis. As a result file [WORKING_DIR]/[SENSOR_NAME]/input/input*.root is created. Obligatory it contains aliases "[SENSOR_NAME]" for analyzed branches.

Parameters

option

select input file source. Only one option is implemented for now "neevent", which means input file were converted by FLNR TNeEvent based library. In further "aqqdaq" option will avaliable for files repached by AqqDAQ library (https://github.com/evovch/ACCULINNA_go4_user_library)

Definition at line 915 of file ERCalibrationSSD.cxx.

void Preprocessing::FindThresholds

(

const TString &

opt = "draw_off"

)

Finds noise thresholds, saves results to a file. Algorithm: 1) Find bin number with maximal amplitude MAX_BIN_NB 2) Move to the right since MAX_BIN_NB while bin amplitude value decreases. The first bin with ascending amplitude value is a threshold boundary. Resulting values are stored in the [WORKING_DIR]/[SENSOR_NAME]/txt/thresolds_*.root file.

Parameters

opt	draw option. 'draw_off' – draws resulting threshold positions in a file [WORKING_DIR]/[SENSOR_NAME]/draw/thresholds_*.root.

Definition at line 943 of file ERCalibrationSSD.cxx.

void Preprocessing::MultiplicitySelection	(	const SensorRunInfo *	sensor,
		std::vector< SensorRunInfo * >	sensorsZeroSignal = std::vector<SensorRunInfo*>()
	)

Performs multiplicity selection of a data. Method creates a tree where in each event analyzed sensors have only one channel with amplitude value higher then noise thresholds.

Parameters

opt	draw option. 'draw_off' – draws resulting threshold positions in a file [WORKING_DIR]/[SENSOR_NAME]/draw/multiplicity_*.root.

Definition at line 994 of file ERCalibrationSSD.cxx.

void Preprocessing::MultiplicitySelection	(	std::vector< SensorRunInfo * >	sensors,
		std::vector< SensorRunInfo * >	sensorsZeroSignal = std::vector<SensorRunInfo*>()
	)

Method creates a tree where all analyzed sensors have only one channel with amplitude value higher then noise thresholds in each event.

Parameters

sensors

- list of sensor each of those has a single multuplicity

Definition at line 1054 of file ERCalibrationSSD.cxx.

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The documentation for this class was generated from the following file:

• macro/ssd_calibration/ERCalibrationSSD.cxx