FPGATrackSimGNNHit.h

Go to the documentation of this file.

// Copyright (C) 2002-2025 CERN for the benefit of the ATLAS collaboration
 
#ifndef TRIGFPGATRACKSIMOBJECTS_FPGATRACKSIMGNNHIT_H
#define TRIGFPGATRACKSIMOBJECTS_FPGATRACKSIMGNNHIT_H

 
#include "GeneratorObjects/HepMcParticleLink.h"
 
class FPGATrackSimGNNHit
{
public:

    // Constructors
 
    FPGATrackSimGNNHit() = default;
    virtual ~FPGATrackSimGNNHit() = default;

    // Getters/Setters
 
    // --- Hit Information ---
    void setHitID(unsigned int hitID) { m_hitID = hitID; } // hit index position that relates it to the vector of FPGATrackSimHits
    void setIdentifierHash(unsigned v) { m_Identifier = v; } // 16 bit module hash from offline
    void setUniqueID(const HepMcParticleLink::barcode_type& v) { m_uniqueID = v; }
    void setEventIndex(long v) { m_eventindex = v; }
    void setRoadID(int v) { m_roadID = v; }
    unsigned int getHitID() { return m_hitID; }
    unsigned getIdentifierHash() { return m_Identifier; }
    HepMcParticleLink::barcode_type getUniqueID() const { return m_uniqueID; }
    long getEventIndex() const { return m_eventindex; }
    int getRoadID() { return m_roadID; }
 
    // --- SpacePoint Information ---
    void setX(float v) { m_x = v; }
    void setY(float v) { m_y = v; }
    void setZ(float v) { m_z = v; }
    void setR(float v) { m_r = v; }
    void setPhi(float v) { m_phi = v; }
    void setEta(float v) { m_eta = v; }
    float getX() const { return m_x; }
    float getY() const { return m_y; }
    float getZ() const { return m_z; }
    float getR() const { return m_r; }
    float getPhi() const { return m_phi; }
    float getEta() const { return m_eta; }
 
 
    // --- Cluster Information ---
    void setCluster1X(float v) { m_cluster1_x = v; }
    void setCluster1Y(float v) { m_cluster1_y = v; }
    void setCluster1Z(float v) { m_cluster1_z = v; }
    void setCluster1R(float v) { m_cluster1_r = v; }
    void setCluster1Phi(float v) { m_cluster1_phi = v; }
    void setCluster1Eta(float v) { m_cluster1_eta = v; }
    float getCluster1X() const { return m_cluster1_x; }
    float getCluster1Y() const { return m_cluster1_y; }
    float getCluster1Z() const { return m_cluster1_z; }
    float getCluster1R() const { return m_cluster1_r; }
    float getCluster1Phi() const { return m_cluster1_phi; }
    float getCluster1Eta() const { return m_cluster1_eta; }
 
    void setCluster2X(float v) { m_cluster2_x = v; }
    void setCluster2Y(float v) { m_cluster2_y = v; }
    void setCluster2Z(float v) { m_cluster2_z = v; }
    void setCluster2R(float v) { m_cluster2_r = v; }
    void setCluster2Phi(float v) { m_cluster2_phi = v; }
    void setCluster2Eta(float v) { m_cluster2_eta = v; }
    float getCluster2X() const { return m_cluster2_x; }
    float getCluster2Y() const { return m_cluster2_y; }
    float getCluster2Z() const { return m_cluster2_z; }
    float getCluster2R() const { return m_cluster2_r; }
    float getCluster2Phi() const { return m_cluster2_phi; }
    float getCluster2Eta() const { return m_cluster2_eta; }
 
protected:
 
    // --- Hit Information ---
    unsigned int m_hitID = 0; // hit index position that relates it to the vector of FPGATrackSimHits
    unsigned m_Identifier = 0; // module hash, 16 bit from offline
    long m_eventindex = 0; // athena event index assigned to this channel
    HepMcParticleLink::barcode_type m_uniqueID = 0;
    int m_roadID = -1; // road ID derived from the label generated by our RoadMakerTool
    
    // --- SpacePoint Information ---
    float m_x = 0;
    float m_y = 0;
    float m_z = 0;
    float m_r = 0;
    float m_phi = 0;
    float m_eta = 0;
 
    // --- Cluster Information ---
    float m_cluster1_x = 0;
    float m_cluster1_y = 0;
    float m_cluster1_z = 0;
    float m_cluster1_r = 0;
    float m_cluster1_phi = 0;
    float m_cluster1_eta = 0;
 
    float m_cluster2_x = 0;
    float m_cluster2_y = 0;
    float m_cluster2_z = 0;
    float m_cluster2_r = 0;
    float m_cluster2_phi = 0;
    float m_cluster2_eta = 0;
 
};
 
#endif // FPGATRACKSIMGNNHIT_H