CbmClusteringWard.h

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/* Copyright (C) 2012-2013 GSI/JINR-LIT, Darmstadt/Dubna
   SPDX-License-Identifier: GPL-3.0-only
   Authors: Grigory Kozlov, Andrey Lebedev [committer] */
 
/*
 * CbmClusteringWard.h
 *
 *  Created on: Apr 10, 2012
 *      Author: kozlov
 */
 
#ifndef CBMCLUSTERINGWARD_H_
#define CBMCLUSTERINGWARD_H_
 
#include "CbmClusteringGeometry.h"
#include "FairTask.h"
 
//class CbmMuchGeoScheme;
//class CbmMuchCluster;
//class CbmMuchPad;
//class TClonesArray;
 
class CbmClusteringWard  //: public FairTask
{
 public:
  CbmClusteringWard();
 
  CbmClusteringWard(CbmClusteringGeometry* moduleGeo, Int_t blockSize);
  virtual ~CbmClusteringWard();
 
  Float_t WardDistance(Int_t iPad1, Int_t iPad2);
  void WardCreate(CbmClusteringGeometry* moduleGeo);
  void AddClusterInBlock(CbmClusteringGeometry* moduleGeo, Int_t newCluster, Int_t addedCluster);
  Bool_t WardBlockCreateStep(CbmClusteringGeometry* moduleGeo, Int_t wardStep, Bool_t wardStepRec, Int_t addedPad);
  void WardBlockCreate(CbmClusteringGeometry* moduleGeo);
  void DeleteCluaster(Int_t clusterNumber);
  void WardDistanceRecalculation(Int_t clusterNumber);
  Float_t XCenterRecalculation(Int_t cl1, Int_t cl2);
  Float_t YCenterRecalculation(Int_t cl1, Int_t cl2);
  void WardProcessingData(Float_t maxDistance);
  void GetClustersFromBlock();
  void WardMainFunction(CbmClusteringGeometry* moduleGeo, Float_t maxDistance);
 
  Int_t GetNofClusters() const { return fNofClusters; }
  Int_t GetNofAPads() const { return fNofActivePads; }
  Int_t GetNofPads() const { return fNofPads; }
 
  //void MainClusteringA1(CbmMuchGeoCl* moduleGeo, Int_t algVersion);
 
  /*Int_t GetNofClusters()      const { return fNofClusters;}
   Int_t GetNofPads()           const { return fNofPads;}
   Int_t GetNofActivePads()     const { return fNofActivePads;}*/
 
  Int_t GetCluster(Int_t iCluster);
  Float_t GetX0(Int_t iCluster);
  Float_t GetY0(Int_t iCluster);
  UInt_t GetClCharge(Int_t iCluster);
  Int_t GetNofPads(Int_t iCluster);
  Int_t GetPadInCluster(Int_t iCluster, Int_t iPad);
 
 private:
  Int_t BLOCK_SIZE;
  Int_t MAX_NEIGHBORS;
 
  Int_t fNofPads;
  Int_t fNofActivePads;
 
  Bool_t* fS;             //g_MAX_PADS
  Int_t* fNumbersOfPads;  //g_MAX_PADS
 
  CbmClusteringGeometry* fModuleGeo;
 
  Int_t fNofClusters;
 
  struct ClusterBlock {
    //Nomera sisedei klastera
    Int_t neighbors[50];  //numbersOfNeighbors
    //Koli4estvo sosedei klastera
    Int_t nofNeighbors;  //maxNumberOfNeighbors
    //Nomer klastera
    Int_t nofCluster;  //numberOfCluster
    //Obozna4enie klastera v massive nomerov klasterov
    Int_t linkToDesignation;
    //Amplituda klastera
    Float_t clCharge;  //A
    //Koordinati tsentra klastera
    Float_t xc, yc;
    //Rassto9ni9 mejdu klasterami
    Float_t wardDistances[50];  //W
    Bool_t S[50];
    //Nomera 94eek v klastere
    //---!!!---
    //int numbersOfPadsInCluster[g_ward_MAX_NEIGHBORS];
    //Koli4estvo 94eek v klastere
    Int_t nofPads;  //padsInCluster
    Int_t padsInCluster[30];
  };
  ClusterBlock* fClustersInBlock;
 
  //Massiv sootvetstvi9 94eek i klasterov
  Int_t* padsInClusters;  //g_MAX_PADS
  Int_t clustersInMethod;
  Int_t clustersInMethod_2;
  //Massiv neobrabotannih 94eek
  Bool_t* wardActivePads;  //g_MAX_PADS
  //Pervii element bloka obrabativaemih dannih
  Int_t firstBlockElement;
  //Koli4estvo ob'ektov v spiske obrabitki
  Int_t listValue;
 
  struct Cluster {
    Int_t nofCluster;
    Float_t xc;
    Float_t yc;
    UInt_t sumClCharge;
    Int_t nofPads;
    Int_t padsInCluster[30];
  };
  Cluster* fClusters;
 
  CbmClusteringWard(const CbmClusteringWard&);
  CbmClusteringWard& operator=(const CbmClusteringWard&);
};
 
#endif /* CBMCLUSTERINGWARD_H_ */