Namespace to encapsulate code needed for simulation and reconstrucion of the SVD. More...

Classes
class	DefaultWave
	A functor to provide a simple model of APV25 strip response. More...

class	GeoSVDCreator
	The creator for the SVD geometry of the Belle II detector. More...

class	NoiseMap
	Base Class to represent strip-dependent noise map. More...

class	RawCluster
	Class representing a raw cluster candidate during clustering of the SVD. More...

class	SensorInfo
	Specific implementation of SensorInfo for SVD Sensors which provides additional sensor specific information. More...

class	SimpleClusterCandidate
	Class representing a cluster candidate during simple clustering of the SVD. More...

struct	stripInCluster
	structure containing the relevant information of eachstrip of the cluster More...

struct	StripInRawCluster
	structure containing the relevant information of each strip of the raw cluster More...

class	SVDBackgroundModule
	SVD Background module. More...

class	SVDBeamBackHitFilterModule
	The SVDBeamBackHitFilter module. More...

class	SVDClusterCharge
	Abstract Class representing the SVD cluster charge. More...

class	SVDClusterizerModule
	The SVD Clusterizer. More...

class	SVDClusterPosition
	Abstract Class representing the SVD cluster position. More...

class	SVDClusterTime
	Abstract Class representing the SVD cluster time. More...

class	SVDCoG3Time
	Derived Class representing the SVD cluster time computed with the CoG3 algorithm. More...

class	SVDCoG6Time
	Derived Class representing the SVD cluster time computed with the CoG6 algorithm. More...

class	SVDCoGOnlyPosition
	Derived Class representing the SVD cluster position computed with the CoGOnly algorithm. More...

class	SVDDatabaseTestModule
	Return the calibration results for the noises and the constants measured during the svd local runs (charge, ADC pulse, peaking time, pulse width). More...

class	SVDDigitizerModule
	The SVD Digitizer module. More...

class	SVDDQMDoseModule
	The SVD dose-monitoring DQM module. More...

class	SVDDQMInjectionModule
	The SVD Occupancy after Injection DQM module. More...

class	SVDELS3Charge
	Derived Class representing the SVD cluster charge computed with the ELS3 algorithm. More...

class	SVDELS3Time
	Derived Class representing the SVD cluster time computed with the ELS3 algorithm. More...

class	SVDMaxSampleCharge
	Derived Class representing the SVD cluster charge computed summing the max sample of each strip. More...

class	SVDMaxSumAlgorithm
	Class implementing the MaxSum algorithm. More...

class	SVDMissingAPVsClusterCreatorModule
	SVDMissingAPVsClusterCreatorModule: The SVD MissingAPVsClusterCreator. More...

class	SVDOldDefaultPosition
	Derived Class representing the SVD cluster position computed with the old algorithm (up to release-05). More...

class	SVDPackerModule
	SVDPackerModule: The SVD Raw Hits Creator. More...

class	SVDRecoChargeFactory
	Cluster Charge Factory Class. More...

class	SVDRecoDigitCreatorModule
	The SVD RecoDigit Creator. More...

class	SVDReconstructionBase
	Class to check whether the reconstruction algorithms are available or not. More...

class	SVDRecoPositionFactory
	Cluster Position Factory Class. More...

class	SVDRecoTimeFactory
	Cluster Time Factory Class. More...

class	SVDShaperDigitSorterModule
	The SVDShaperDigitSorter module. More...

class	SVDSimpleClusterizerModule
	SVDSimpleClusterizerModule: The SVD SimpleClusterizer. More...

class	SVDSumSamplesCharge
	Derived Class representing the SVD cluster charge computed summing the samples of each strip. More...

class	SVDUnpackerModule
	SVDUnpackerModule: The SVD Raw Hits Decoder. More...

class	SVDVariablesToStorageModule
	A module for validating SVD data. More...

class	SVDWaveform
	The SVD waveform class. More...

class	TauEncoder
	Encoder/decoder for neural network tau values. More...

class	WaveFitter
	Waveform fitter class. More...

class	WaveGenerator
	Waveform generator This is a functor to calculate APV samples from waveform. More...

Typedefs
typedef std::map< short int, SVDWaveform >	StripWaveforms
	Map of all channels' waveforms in one sensor side.

typedef std::pair< StripWaveforms, StripWaveforms >	SensorWaveforms
	Waveforms of u- and v- channels in one sensor.

typedef std::map< VxdID, SensorWaveforms >	Waveforms
	Map of all waveforms in all sensors.

typedef VXD::SensitiveDetector< SVDSimHit, SVDTrueHit >	SensitiveDetector
	The SVD Sensitive Detector class.

typedef double	apvSampleBaseType
	Vector of input samples in float form.

typedef std::array< apvSampleBaseType, nAPVSamples >	apvSamples
	vector od apvSample BaseType objects

typedef std::function< double(double)>	WaveformShape
	WaveformShape type.

Functions
	REG_MODULE (SVDVariablesToStorage)
	Register the module.

double	w_expo (double t)
	Gamma waveform shape, x.exp(-x) This is only historically useful.

double	w_poly3 (double t)
	Polynomial waveform shape, x.

double	w_betaprime (double t)
	Beta-prime waveform shape, x^alpha/(1+x)^beta.

double	w_adjacentU (double t)
	Adjacent-channel waveform U-side.

double	w_adjacentV (double t)
	Adjacent-channel waveform V-side.

template<typename T>
void	zeroSuppress (T &a, double thr)
	pass zero suppression

template<typename T>
bool	pass3Samples (const T &a, double thr)
	pass 3-samples

double	tau_raw2real (double raw_tau)
	Convert Hao's raw tau (integral, in latency units) to correct betaprime scale.

Variables
geometry::CreatorFactory< GeoSVDCreator >	GeoSVDFactory ("SVDCreator")
	Register the creator.

const std::size_t	nAPVSamples = 6
	Number of APV samples.

const double	dt_APV = 31.44 * Unit::ns
	APV sampling time.

const apvSamples	apvTimeBase
	APV time base - times for the 6 signals.

Detailed Description

Namespace to encapsulate code needed for simulation and reconstrucion of the SVD.

Typedef Documentation

◆ apvSampleBaseType

typedef double apvSampleBaseType

Vector of input samples in float form.

Definition at line 38 of file SVDSimulationTools.h.

◆ apvSamples

typedef std::array<apvSampleBaseType, nAPVSamples> apvSamples

vector od apvSample BaseType objects

Definition at line 39 of file SVDSimulationTools.h.

◆ SensitiveDetector

typedef VXD::SensitiveDetector<SVDSimHit, SVDTrueHit> SensitiveDetector

The SVD Sensitive Detector class.

Definition at line 24 of file SensitiveDetector.h.

◆ SensorWaveforms

typedef std::pair<StripWaveforms, StripWaveforms> SensorWaveforms

Waveforms of u- and v- channels in one sensor.

Definition at line 44 of file SVDDigitizerModule.h.

◆ StripWaveforms

typedef std::map<short int, SVDWaveform> StripWaveforms

Map of all channels' waveforms in one sensor side.

Definition at line 41 of file SVDDigitizerModule.h.

◆ Waveforms

typedef std::map<VxdID, SensorWaveforms> Waveforms

Map of all waveforms in all sensors.

Definition at line 47 of file SVDDigitizerModule.h.

◆ WaveformShape

typedef std::function<double(double)> WaveformShape

WaveformShape type.

This is the type for a naked waveform function, giving a single value for a properly scaled argument. The functions are scaled to 1.0 at mode, location (shift) 0.0, and scale 1.0.

Definition at line 54 of file SVDSimulationTools.h.

Function Documentation

◆ pass3Samples()

template<typename T>

bool pass3Samples	(	const T &	a,
		double	thr )

inline

pass 3-samples

Definition at line 193 of file SVDSimulationTools.h.

    {
      return (search_n(a.begin(), a.end(), 3, thr, std::greater<double>()) != a.end());
    }

◆ tau_raw2real()

double tau_raw2real ( double raw_tau )

inline

Convert Hao's raw tau (integral, in latency units) to correct betaprime scale.

Includes scaling and fit adjustmenta

Definition at line 205 of file SVDSimulationTools.h.

205{ return 7.32313 * raw_tau; }

◆ w_adjacentU()

double w_adjacentU ( double t )

inline

Adjacent-channel waveform U-side.

The exact parametrisation is to be determined.

Parameters

t	Properly scaled time, (t - t0)/tau.

Returns: Waveform value (TBD).

Definition at line 99 of file SVDSimulationTools.h.

    {
 
      double p[8];
 
      // waveform parameters
      p[0] = -7.379;
      p[1] = -0.3594;
      p[2] =  0.07564;
      p[3] =  7.391;
      p[4] = -0.08004;
      p[5] = -2.139e-5;
      p[6] = -1.781e-7;
      p[7] =  0.01827;
 
      if (t < 0.0)
        return 0.0;
      else
        return (p[0] + p[1] * t) * exp(-p[2] * t) + (p[3] + p[4] * t + p[5] * pow(t, 2) + p[6] * pow(t, 3)) * exp(-p[7] * t);
    }

◆ w_adjacentV()

double w_adjacentV ( double t )

inline

Adjacent-channel waveform V-side.

The exact parametrisation is to be determined.

Parameters

t	Properly scaled time, (t - t0)/tau.

Returns: Waveform value (TBD).

Definition at line 125 of file SVDSimulationTools.h.

    {
 
      double p[8];
 
      // waveform parameters
      p[0] =  0.2043;
      p[1] = -0.0197;
      p[2] =  0.01448;
      p[3] = -0.2076;
      p[4] =  0.0387;
      p[5] =  0.01055;
      p[6] = -4.03e-6;
      p[7] =  0.07193;
 
      if (t < 0.0)
        return 0.0;
      else
        return (p[0] + p[1] * t) * exp(-p[2] * t) + (p[3] + p[4] * t + p[5] * pow(t, 2) + p[6] * pow(t, 3)) * exp(-p[7] * t);
    }

◆ w_betaprime()

double w_betaprime ( double t )

inline

Beta-prime waveform shape, x^alpha/(1+x)^beta.

This is the function for general use.

Parameters

t	Properly scaled time, (t - t0)/tau.

Returns: Waveform value 149.012 * t^2 / (1+t)^10 for t > 0, else 0

Definition at line 86 of file SVDSimulationTools.h.

    {
      if (t < 0.0)
        return 0.0;
      else
        return 149.012 * pow(t, 2) * pow(1.0 + t, -10);
    }

◆ w_expo()

double w_expo ( double t )

inline

Gamma waveform shape, x.exp(-x) This is only historically useful.

Use beta-prime instead.

Parameters

t	properly scaled time, (t-t0)/tau

Returns: Waveform value t * exp(1 - t) for t > 0, else 0

Definition at line 61 of file SVDSimulationTools.h.

    {
      if (t < 0.0) return 0.0;
      else return t * exp(1.0 - t);
    }

◆ w_poly3()

double w_poly3 ( double t )

inline

Polynomial waveform shape, x.

(1-x)^2 This is used in signal calibration in SVD hardware tests. Do not use for signal simulation.

Parameters

t	properly scaled time, (t-t0)/tau

Returns: Waveform value 27/4 * t * (1 - t)^2 for t in <0,1>, else 0

Definition at line 73 of file SVDSimulationTools.h.

    {
      if (t < 0.0 || t > 1.0)
        return 0.0;
      else
        return 6.75 * t * (1.0 - t) * (1.0 - t);
    }

◆ zeroSuppress()

template<typename T>

void zeroSuppress	(	T &	a,
		double	thr )

inline

pass zero suppression

Definition at line 182 of file SVDSimulationTools.h.

    {
      std::replace_if(a.begin(), a.end(), std::bind(std::less<double>(), std::placeholders::_1, thr), 0.0);
    }

Variable Documentation

◆ apvTimeBase

const apvSamples apvTimeBase

Initial value:

=

Belle2::SVD::dt_APV

const double dt_APV

APV sampling time.

Definition SVDSimulationTools.h:35

APV time base - times for the 6 signals.

Definition at line 42 of file SVDSimulationTools.h.

43 {{ -dt_APV, 0.0, dt_APV, 2 * dt_APV, 3 * dt_APV, 4 * dt_APV}};

◆ dt_APV

const double dt_APV = 31.44 * Unit::ns

APV sampling time.

Definition at line 35 of file SVDSimulationTools.h.

◆ nAPVSamples

const std::size_t nAPVSamples = 6

Number of APV samples.

Definition at line 32 of file SVDSimulationTools.h.

Classes

Typedefs

Functions

Variables

Detailed Description

Typedef Documentation

◆ apvSampleBaseType

◆ apvSamples

◆ SensitiveDetector

◆ SensorWaveforms

◆ StripWaveforms

◆ Waveforms

◆ WaveformShape

Function Documentation

◆ pass3Samples()

◆ tau_raw2real()

◆ w_adjacentU()

◆ w_adjacentV()

◆ w_betaprime()

◆ w_expo()

◆ w_poly3()

◆ zeroSuppress()

Variable Documentation

◆ apvTimeBase

◆ dt_APV

◆ nAPVSamples