#ifndef HGEOSHOWER_H
#define HGEOSHOWER_H

// class for Shower-detector  derived from  base class HGeoSet (linked list);
// The shower-detector consists of a keepin-volumes in each sector. Each
// keepin-volume containes 3 modules.
//

#include "hgeoset.h"

class HGeoShower : public HGeoSet {
public:
	HGeoShower(HGeoShapes & shapes) : HGeoSet() {
		// unique substring of the name of the keepin-volume
		keepinName="SHK";
		// unique substring of the name of the module
		// 3rd  is changed from 1...3 in readDet(...)
		detName="SH1M";
		// unique substring of the name of all daughtervolumes
		//3rd character is changed from 1...3 in readDet(...)
		eleName="S1";
		// pointer to the class HGeoShapes
		pShapes=&shapes;
		// maximum of 3 modules in one keepin-volume
		numModules=3;
		noOfKeepIn= new int [4];
                // readHits set to 1 after successful read
                hitsRead=0;
	}

	~HGeoShower(){delete [] noOfKeepIn;}

	// reads the keepin-volume and the 3 modules from database using
	// helperfunctions from the baseclass
	int readDet(HGeoInfo & geoInfo, HGeoMedia & geomedia);

	// reads the keepin-volume and the 3 modules from file using
	// helperfunctions from the baseclass
	int readDet(HGeoInfo & geoInfo);

	// creates the keepin-volume and the 3 modules omitting all volumes with
	// inout-flag 0
	int createDet(HGeoInfo & geoInfo, HGeoMedia & geoMedia);

	// invokes the Geantroutines GSDETV and GSDETH to classify the sensitive
	// detector META for which one wants to store hits;
	// The necessary variables parameters are hardwired in this function.
	int createHits(HString & volName);

protected:
	// maximum number of shower-modules in one sector
	int numModules;

	// array to store for each shower-module the number of sectors where it is
	// defined
	// ( noOfKeepIn[i]=0 if module i is not defined, else >=1 )
	int *noOfKeepIn;
};

#endif