DBObject containing parameters used in the CATFinder module. More...

#include <CATFinderParameters.h>

Inheritance diagram for CATFinderParameters:

Collaboration diagram for CATFinderParameters:

[legend]

Public Member Functions
	CATFinderParameters ()=default
	Default constructor.

	~CATFinderParameters ()=default
	Destructor.

void	setTDCOffset (float tdcOffset)
	Set the offset applied to TDC counts.

void	setTDCScale (float tdcScale)
	Set the scale factor for TDC normalization.

void	setADCClip (float adcClip)
	Set the maximum ADC value used for normalization; values above are clipped.

void	setSLayerScale (float slayerScale)
	Set the scale factor for normalizing superlayer indices.

void	setCLayerScale (float clayerScale)
	Set the scale factor for normalizing cell layer indices.

void	setLayerScale (float layerScale)
	Set the scale factor for normalizing layer indices.

void	setSpatialCoordinatesScale (float spatialCoordinatesScale)
	Set the scale factor for spatial coordinates.

void	setNInputFeatures (unsigned int nInputFeatures)
	Set the number of input features per node for the GNN model.

void	setLatentSpaceNDim (unsigned int latentSpaceNDim)
	Set the dimensionality of the latent space used by the GNN.

void	setTBeta (float tBeta)
	Set the threshold for the beta value to select candidate condensation points.

void	setTDistance (float tDistance)
	Set the minimum distance required between condensation points in latent space.

void	setMaxRadius (float maxRadius)
	Set the maximum radius in latent space to associate hits with a condensation point.

void	setMinNumberHits (unsigned int minNumberHits)
	Set the minimum number of associated CDC hits required to form a valid track.

void	setInputTFeaturesName (const std::string &inputTFeaturesName)
	Set the name of the input tensor for hit features.

void	setOutputTBetaName (const std::string &outputTBetaName)
	Set the name of the output tensor for beta values.

void	setOutputTCoordinatesName (const std::string &outputTCoordinatesName)
	Set the name of the output tensor for condensation coordinates.

void	setOutputTMomentumName (const std::string &outputTMomentumName)
	Set the name of the output tensor for predicted momenta.

void	setOutputTVertexName (const std::string &outputTVertexName)
	Set the name of the output tensor for predicted vertices.

void	setOutputTChargeName (const std::string &outputTChargeName)
	Set the name of the output tensor for predicted charges.

float	getTDCOffset () const
	Get the offset applied to TDC counts.

float	getTDCScale () const
	Get the scale factor for TDC normalization.

float	getADCClip () const
	Get the maximum ADC value used for normalization; values above are clipped.

float	getSLayerScale () const
	Get the scale factor for normalizing superlayer indices.

float	getCLayerScale () const
	Get the scale factor for normalizing cell layer indices.

float	getLayerScale () const
	Get the scale factor for normalizing layer indices.

float	getSpatialCoordinatesScale () const
	Get the scale factor for spatial coordinates.

unsigned int	getNInputFeatures () const
	Get the number of input features per node for the GNN model.

unsigned int	getLatentSpaceNDim () const
	Get the dimensionality of the latent space used by the GNN.

float	getTBeta () const
	Get the threshold for the beta value to select candidate condensation points.

float	getTDistance () const
	Get the minimum distance required between condensation points in latent space.

float	getMaxRadius () const
	Get the maximum radius in latent space to associate hits with a condensation point.

unsigned int	getMinNumberHits () const
	Get the minimum number of associated CDC hits required to form a valid track.

const std::string &	getInputTFeaturesName () const
	Get the name of the input tensor for hit features.

const std::string &	getOutputTBetaName () const
	Get the name of the output tensor for beta values.

const std::string &	getOutputTCoordinatesName () const
	Get the name of the output tensor for condensation coordinates.

const std::string &	getOutputTMomentumName () const
	Get the name of the output tensor for predicted momenta.

const std::string &	getOutputTVertexName () const
	Get the name of the output tensor for predicted vertices.

const std::string &	getOutputTChargeName () const
	Get the name of the output tensor for predicted charges.

Private Member Functions
	ClassDef (CATFinderParameters, 1)
	Class version.

Private Attributes
float	m_tdcOffset = 0.
	Offset applied to TDC counts.

float	m_tdcScale = 0.
	Scale factor for TDC normalization.

float	m_adcClip = 0.
	Maximum ADC value used for normalization; values above are clipped.

float	m_slayerScale = 0.
	Scale factor for normalizing superlayer indices.

float	m_clayerScale = 0.
	Scale factor for normalizing cell layer indices.

float	m_layerScale = 0.
	Scale factor for normalizing layer indices.

float	m_spatialCoordinatesScale = 0.
	Scale factor for spatial coordinates (from basf2 units to internal GNN units).

unsigned int	m_nInputFeatures = 0
	Number of input features per node for the GNN model.

unsigned int	m_latentSpaceNDim = 0
	Dimensionality of the latent space used by the GNN.

float	m_tBeta = 0.
	Threshold for the beta value to select candidate condensation points.

float	m_tDistance = 0.
	Minimum distance required between condensation points in latent space.

float	m_maxRadius = 0.
	Maximum radius in latent space to associate hits with a condensation point.

unsigned int	m_minNumberHits = 0
	Minimum number of associated CDC hits required to form a valid track.

std::string	m_inputTFeaturesName
	Name of the input tensor carrying the per-hit features.

std::string	m_outputTBetaName
	Name of the output tensor carrying the per-hit beta (condensation score) values.

std::string	m_outputTCoordinatesName
	Name of the output tensor carrying the per-hit condensation coordinates.

std::string	m_outputTMomentumName
	Name of the output tensor carrying the predicted momenta.

std::string	m_outputTVertexName
	Name of the output tensor carrying the predicted vertices.

std::string	m_outputTChargeName
	Name of the output tensor carrying the predicted charges.

Detailed Description

DBObject containing parameters used in the CATFinder module.

Definition at line 26 of file CATFinderParameters.h.

Member Function Documentation

◆ getADCClip()

float getADCClip ( ) const

inline

Get the maximum ADC value used for normalization; values above are clipped.

Definition at line 123 of file CATFinderParameters.h.

123{ return m_adcClip; }

◆ getCLayerScale()

float getCLayerScale ( ) const

inline

Get the scale factor for normalizing cell layer indices.

Definition at line 129 of file CATFinderParameters.h.

129{ return m_clayerScale; }

◆ getInputTFeaturesName()

const std::string & getInputTFeaturesName ( ) const

inline

Get the name of the input tensor for hit features.

Definition at line 156 of file CATFinderParameters.h.

156{ return m_inputTFeaturesName; }

◆ getLatentSpaceNDim()

unsigned int getLatentSpaceNDim ( ) const

inline

Get the dimensionality of the latent space used by the GNN.

Definition at line 141 of file CATFinderParameters.h.

141{ return m_latentSpaceNDim; }

◆ getLayerScale()

float getLayerScale ( ) const

inline

Get the scale factor for normalizing layer indices.

Definition at line 132 of file CATFinderParameters.h.

132{ return m_layerScale; }

◆ getMaxRadius()

float getMaxRadius ( ) const

inline

Get the maximum radius in latent space to associate hits with a condensation point.

Definition at line 150 of file CATFinderParameters.h.

150{ return m_maxRadius; }

◆ getMinNumberHits()

unsigned int getMinNumberHits ( ) const

inline

Get the minimum number of associated CDC hits required to form a valid track.

Definition at line 153 of file CATFinderParameters.h.

153{ return m_minNumberHits; }

◆ getNInputFeatures()

unsigned int getNInputFeatures ( ) const

inline

Get the number of input features per node for the GNN model.

Definition at line 138 of file CATFinderParameters.h.

138{ return m_nInputFeatures; }

◆ getOutputTBetaName()

const std::string & getOutputTBetaName ( ) const

inline

Get the name of the output tensor for beta values.

Definition at line 159 of file CATFinderParameters.h.

159{ return m_outputTBetaName; }

◆ getOutputTChargeName()

const std::string & getOutputTChargeName ( ) const

inline

Get the name of the output tensor for predicted charges.

Definition at line 171 of file CATFinderParameters.h.

171{ return m_outputTChargeName; }

◆ getOutputTCoordinatesName()

const std::string & getOutputTCoordinatesName ( ) const

inline

Get the name of the output tensor for condensation coordinates.

Definition at line 162 of file CATFinderParameters.h.

162{ return m_outputTCoordinatesName; }

◆ getOutputTMomentumName()

const std::string & getOutputTMomentumName ( ) const

inline

Get the name of the output tensor for predicted momenta.

Definition at line 165 of file CATFinderParameters.h.

165{ return m_outputTMomentumName; }

◆ getOutputTVertexName()

const std::string & getOutputTVertexName ( ) const

inline

Get the name of the output tensor for predicted vertices.

Definition at line 168 of file CATFinderParameters.h.

168{ return m_outputTVertexName; }

◆ getSLayerScale()

float getSLayerScale ( ) const

inline

Get the scale factor for normalizing superlayer indices.

Definition at line 126 of file CATFinderParameters.h.

126{ return m_slayerScale; }

◆ getSpatialCoordinatesScale()

float getSpatialCoordinatesScale ( ) const

inline

Get the scale factor for spatial coordinates.

Definition at line 135 of file CATFinderParameters.h.

135{ return m_spatialCoordinatesScale; }

◆ getTBeta()

float getTBeta ( ) const

inline

Get the threshold for the beta value to select candidate condensation points.

Definition at line 144 of file CATFinderParameters.h.

144{ return m_tBeta; }

◆ getTDCOffset()

float getTDCOffset ( ) const

inline

Get the offset applied to TDC counts.

Definition at line 117 of file CATFinderParameters.h.

117{ return m_tdcOffset; }

◆ getTDCScale()

float getTDCScale ( ) const

inline

Get the scale factor for TDC normalization.

Definition at line 120 of file CATFinderParameters.h.

120{ return m_tdcScale; }

◆ getTDistance()

float getTDistance ( ) const

inline

Get the minimum distance required between condensation points in latent space.

Definition at line 147 of file CATFinderParameters.h.

147{ return m_tDistance; }

◆ setADCClip()

void setADCClip ( float adcClip )

inline

Set the maximum ADC value used for normalization; values above are clipped.

Parameters

[in] adcClip ADC clip value.

Definition at line 50 of file CATFinderParameters.h.

50{ m_adcClip = adcClip; }

◆ setCLayerScale()

void setCLayerScale ( float clayerScale )

inline

Set the scale factor for normalizing cell layer indices.

Parameters

[in] clayerScale Cell layer scale.

Definition at line 58 of file CATFinderParameters.h.

58{ m_clayerScale = clayerScale; }

◆ setInputTFeaturesName()

void setInputTFeaturesName ( const std::string & inputTFeaturesName )

inline

Set the name of the input tensor for hit features.

Parameters

[in] inputTFeaturesName Input tensor name.

Definition at line 94 of file CATFinderParameters.h.

94{ m_inputTFeaturesName = inputTFeaturesName; }

◆ setLatentSpaceNDim()

void setLatentSpaceNDim ( unsigned int latentSpaceNDim )

inline

Set the dimensionality of the latent space used by the GNN.

Parameters

[in] latentSpaceNDim Latent space dimensionality.

Definition at line 74 of file CATFinderParameters.h.

74{ m_latentSpaceNDim = latentSpaceNDim; }

◆ setLayerScale()

void setLayerScale ( float layerScale )

inline

Set the scale factor for normalizing layer indices.

Parameters

[in] layerScale Layer scale.

Definition at line 62 of file CATFinderParameters.h.

62{ m_layerScale = layerScale; }

◆ setMaxRadius()

void setMaxRadius ( float maxRadius )

inline

Set the maximum radius in latent space to associate hits with a condensation point.

Parameters

[in] maxRadius Maximum latent-space radius.

Definition at line 86 of file CATFinderParameters.h.

86{ m_maxRadius = maxRadius; }

◆ setMinNumberHits()

void setMinNumberHits ( unsigned int minNumberHits )

inline

Set the minimum number of associated CDC hits required to form a valid track.

Parameters

[in] minNumberHits Minimum hit count.

Definition at line 90 of file CATFinderParameters.h.

90{ m_minNumberHits = minNumberHits; }

◆ setNInputFeatures()

void setNInputFeatures ( unsigned int nInputFeatures )

inline

Set the number of input features per node for the GNN model.

Parameters

[in] nInputFeatures Number of input features.

Definition at line 70 of file CATFinderParameters.h.

70{ m_nInputFeatures = nInputFeatures; }

◆ setOutputTBetaName()

void setOutputTBetaName ( const std::string & outputTBetaName )

inline

Set the name of the output tensor for beta values.

Parameters

[in] outputTBetaName Output beta tensor name.

Definition at line 98 of file CATFinderParameters.h.

98{ m_outputTBetaName = outputTBetaName; }

◆ setOutputTChargeName()

void setOutputTChargeName ( const std::string & outputTChargeName )

inline

Set the name of the output tensor for predicted charges.

Parameters

[in] outputTChargeName Output charge tensor name.

Definition at line 114 of file CATFinderParameters.h.

114{ m_outputTChargeName = outputTChargeName; }

◆ setOutputTCoordinatesName()

void setOutputTCoordinatesName ( const std::string & outputTCoordinatesName )

inline

Set the name of the output tensor for condensation coordinates.

Parameters

[in] outputTCoordinatesName Output coordinates tensor name.

Definition at line 102 of file CATFinderParameters.h.

102{ m_outputTCoordinatesName = outputTCoordinatesName; }

◆ setOutputTMomentumName()

void setOutputTMomentumName ( const std::string & outputTMomentumName )

inline

Set the name of the output tensor for predicted momenta.

Parameters

[in] outputTMomentumName Output momentum tensor name.

Definition at line 106 of file CATFinderParameters.h.

106{ m_outputTMomentumName = outputTMomentumName; }

◆ setOutputTVertexName()

void setOutputTVertexName ( const std::string & outputTVertexName )

inline

Set the name of the output tensor for predicted vertices.

Parameters

[in] outputTVertexName Output vertex tensor name.

Definition at line 110 of file CATFinderParameters.h.

110{ m_outputTVertexName = outputTVertexName; }

◆ setSLayerScale()

void setSLayerScale ( float slayerScale )

inline

Set the scale factor for normalizing superlayer indices.

Parameters

[in] slayerScale Superlayer scale.

Definition at line 54 of file CATFinderParameters.h.

54{ m_slayerScale = slayerScale; }

◆ setSpatialCoordinatesScale()

void setSpatialCoordinatesScale ( float spatialCoordinatesScale )

inline

Set the scale factor for spatial coordinates.

Parameters

[in] spatialCoordinatesScale Spatial coordinates scale.

Definition at line 66 of file CATFinderParameters.h.

66{ m_spatialCoordinatesScale = spatialCoordinatesScale; }

◆ setTBeta()

void setTBeta ( float tBeta )

inline

Set the threshold for the beta value to select candidate condensation points.

Parameters

[in] tBeta Beta threshold.

Definition at line 78 of file CATFinderParameters.h.

78{ m_tBeta = tBeta; }

◆ setTDCOffset()

void setTDCOffset ( float tdcOffset )

inline

Set the offset applied to TDC counts.

Parameters

[in] tdcOffset TDC offset.

Definition at line 42 of file CATFinderParameters.h.

42{ m_tdcOffset = tdcOffset; }

◆ setTDCScale()

void setTDCScale ( float tdcScale )

inline

Set the scale factor for TDC normalization.

Parameters

[in] tdcScale TDC scale.

Definition at line 46 of file CATFinderParameters.h.

46{ m_tdcScale = tdcScale; }

◆ setTDistance()

void setTDistance ( float tDistance )

inline

Set the minimum distance required between condensation points in latent space.

Parameters

[in] tDistance Minimum condensation-point distance.

Definition at line 82 of file CATFinderParameters.h.

82{ m_tDistance = tDistance; }

Member Data Documentation

◆ m_adcClip

float m_adcClip = 0.

private

Maximum ADC value used for normalization; values above are clipped.

Definition at line 184 of file CATFinderParameters.h.

◆ m_clayerScale

float m_clayerScale = 0.

private

Scale factor for normalizing cell layer indices.

Definition at line 190 of file CATFinderParameters.h.

◆ m_inputTFeaturesName

std::string m_inputTFeaturesName

private

Name of the input tensor carrying the per-hit features.

Definition at line 225 of file CATFinderParameters.h.

◆ m_latentSpaceNDim

unsigned int m_latentSpaceNDim = 0

private

Dimensionality of the latent space used by the GNN.

Definition at line 204 of file CATFinderParameters.h.

◆ m_layerScale

float m_layerScale = 0.

private

Scale factor for normalizing layer indices.

Definition at line 193 of file CATFinderParameters.h.

◆ m_maxRadius

float m_maxRadius = 0.

private

Maximum radius in latent space to associate hits with a condensation point.

Definition at line 215 of file CATFinderParameters.h.

◆ m_minNumberHits

unsigned int m_minNumberHits = 0

private

Minimum number of associated CDC hits required to form a valid track.

Definition at line 220 of file CATFinderParameters.h.

◆ m_nInputFeatures

unsigned int m_nInputFeatures = 0

private

Number of input features per node for the GNN model.

Definition at line 201 of file CATFinderParameters.h.

◆ m_outputTBetaName

std::string m_outputTBetaName

private

Name of the output tensor carrying the per-hit beta (condensation score) values.

Definition at line 228 of file CATFinderParameters.h.

◆ m_outputTChargeName

std::string m_outputTChargeName

private

Name of the output tensor carrying the predicted charges.

Definition at line 240 of file CATFinderParameters.h.

◆ m_outputTCoordinatesName

std::string m_outputTCoordinatesName

private

Name of the output tensor carrying the per-hit condensation coordinates.

Definition at line 231 of file CATFinderParameters.h.

◆ m_outputTMomentumName

std::string m_outputTMomentumName

private

Name of the output tensor carrying the predicted momenta.

Definition at line 234 of file CATFinderParameters.h.

◆ m_outputTVertexName

std::string m_outputTVertexName

private

Name of the output tensor carrying the predicted vertices.

Definition at line 237 of file CATFinderParameters.h.

◆ m_slayerScale

float m_slayerScale = 0.

private

Scale factor for normalizing superlayer indices.

Definition at line 187 of file CATFinderParameters.h.

◆ m_spatialCoordinatesScale

float m_spatialCoordinatesScale = 0.

private

Scale factor for spatial coordinates (from basf2 units to internal GNN units).

Definition at line 196 of file CATFinderParameters.h.

◆ m_tBeta

float m_tBeta = 0.

private

Threshold for the beta value to select candidate condensation points.

Definition at line 209 of file CATFinderParameters.h.

◆ m_tdcOffset

float m_tdcOffset = 0.

private

Offset applied to TDC counts.

Definition at line 178 of file CATFinderParameters.h.

◆ m_tdcScale

float m_tdcScale = 0.

private

Scale factor for TDC normalization.

Definition at line 181 of file CATFinderParameters.h.

◆ m_tDistance

float m_tDistance = 0.

private

Minimum distance required between condensation points in latent space.

Definition at line 212 of file CATFinderParameters.h.

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

tracking/dbobjects/include/CATFinderParameters.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Function Documentation

◆ getADCClip()

◆ getCLayerScale()

◆ getInputTFeaturesName()

◆ getLatentSpaceNDim()

◆ getLayerScale()

◆ getMaxRadius()

◆ getMinNumberHits()

◆ getNInputFeatures()

◆ getOutputTBetaName()

◆ getOutputTChargeName()

◆ getOutputTCoordinatesName()

◆ getOutputTMomentumName()

◆ getOutputTVertexName()

◆ getSLayerScale()

◆ getSpatialCoordinatesScale()

◆ getTBeta()

◆ getTDCOffset()

◆ getTDCScale()

◆ getTDistance()

◆ setADCClip()

◆ setCLayerScale()

◆ setInputTFeaturesName()

◆ setLatentSpaceNDim()

◆ setLayerScale()

◆ setMaxRadius()

◆ setMinNumberHits()

◆ setNInputFeatures()

◆ setOutputTBetaName()

◆ setOutputTChargeName()

◆ setOutputTCoordinatesName()

◆ setOutputTMomentumName()

◆ setOutputTVertexName()

◆ setSLayerScale()

◆ setSpatialCoordinatesScale()

◆ setTBeta()

◆ setTDCOffset()

◆ setTDCScale()

◆ setTDistance()

Member Data Documentation

◆ m_adcClip

◆ m_clayerScale

◆ m_inputTFeaturesName

◆ m_latentSpaceNDim

◆ m_layerScale

◆ m_maxRadius

◆ m_minNumberHits

◆ m_nInputFeatures

◆ m_outputTBetaName

◆ m_outputTChargeName

◆ m_outputTCoordinatesName

◆ m_outputTMomentumName

◆ m_outputTVertexName

◆ m_slayerScale

◆ m_spatialCoordinatesScale

◆ m_tBeta

◆ m_tdcOffset

◆ m_tdcScale

◆ m_tDistance