Acts::GaussianGridTrackDensity::Config Struct Reference

The configuration struct. More...

#include <Acts/Vertexing/GaussianGridTrackDensity.hpp>

Public Member Functions
	Config (float zMinMax_=100, int mainGridSize_=2000, int trkGridSize_=15)

Public Attributes
float	binSize
	Z size of one single bin in the grid [mm].
int	mainGridSize
	Size of the main 1-dim density grid along z-axis.
float	maxRelativeDensityDev = 0.01
	Maximum relative density deviation from main maximum to consider secondary maxima for the highest-sum approach.
int	trkGridSize
	Size of the 2-dim grid for a single track (must be odd).
bool	useHighestSumZPosition = false
	Flag to use highest surrounding density sum instead of simple maximum If true, check up to first three density maxima with relative deviation less than maxRelativeDensityDev and take the z-bin with highest sum.
float	zMinMax
	Minimum and maximum z-value covered by the main density grid [mm].

Detailed Description

The configuration struct.

Constructor & Destructor Documentation

Config()

Acts::GaussianGridTrackDensity::Config::Config ( float zMinMax_ = 100, int mainGridSize_ = 2000, int trkGridSize_ = 15 )

explicit

Parameters

zMinMax_	The minimum and maximum z-values (in mm) that should be covered by the main 1-dim density grid along the z-axis
mainGridSize_	The size of the z-axis 1-dim main density grid
trkGridSize_	The 2(!)-dim grid size of a single track, i.e. a single track is modelled as a (trkGridSize x trkGridSize) grid in the d0-z0 plane. Note: trkGridSize has to be an odd value.

Note

The value of zMinMax_ together with mainGridSize_ determines the overall bin size to be used as seen below

Member Data Documentation

binSize

float Acts::GaussianGridTrackDensity::Config::binSize

Z size of one single bin in the grid [mm].

mainGridSize

int Acts::GaussianGridTrackDensity::Config::mainGridSize

Size of the main 1-dim density grid along z-axis.

maxRelativeDensityDev

float Acts::GaussianGridTrackDensity::Config::maxRelativeDensityDev = 0.01

Maximum relative density deviation from main maximum to consider secondary maxima for the highest-sum approach.

trkGridSize

int Acts::GaussianGridTrackDensity::Config::trkGridSize

Size of the 2-dim grid for a single track (must be odd).

useHighestSumZPosition

bool Acts::GaussianGridTrackDensity::Config::useHighestSumZPosition = false

Flag to use highest surrounding density sum instead of simple maximum If true, check up to first three density maxima with relative deviation less than maxRelativeDensityDev and take the z-bin with highest sum.

zMinMax

float Acts::GaussianGridTrackDensity::Config::zMinMax

Minimum and maximum z-value covered by the main density grid [mm].