source/output/txt_simple_output.h at main · gemc/source · GitHub

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/// \file txt_simple_output.h
/// Defines the Text Output Class.\n
/// The pointer to the output stream
/// is passed by the outputContainer class.\n
/// \author \n Maurizio Ungaro
/// \author mail: ungaro@jlab.org\n\n\n
/// \author \n Angus Hollands
/// \author mail: goosey15@gmail.com\n\n\n
#ifndef TXT_SIMPLE_OUTPUT_H
#define TXT_SIMPLE_OUTPUT_H 1


// gemc headers
#include "outputFactory.h"

// Class definition
class txt_simple_output : public outputFactory
{
	public:
	~txt_simple_output(){;}  ///< event is deleted in WriteEvent routine
	static outputFactory *createOutput() {return new txt_simple_output;}

	// record the simulation conditions on the file
	void recordSimConditions(outputContainer*, map<string, string>);

	// write header
	void writeHeader(outputContainer*, map<string, double>, gBank);

	// write user infos header
	void writeUserInfoseHeader(outputContainer*, map<string, double>);

	// write RF Signal
	virtual void writeRFSignal(outputContainer*, FrequencySyncSignal, gBank);

	// write generated particles
	void writeGenerated(outputContainer*, vector<generatedParticle>, map<string, gBank> *banksMap, vector<userInforForParticle> userInfo);

	// write ancestors
	virtual void writeAncestors (outputContainer*, vector<ancestorInfo>, gBank);

	// format output and set insideBank
	void initBank(outputContainer*, gBank);

	// write geant4 raw integrated info
	void writeG4RawIntegrated(outputContainer*, vector<hitOutput>,  string, map<string, gBank>*);

	// write geant4 digitized integrated info
	void writeG4DgtIntegrated(outputContainer*, vector<hitOutput>,  string, map<string, gBank>*);

	// write geant4 charge / time (as seen by electronic) info
	virtual void writeChargeTime(outputContainer*, vector<hitOutput>, string, map<string, gBank>*);

	// write geant4 true info for every step
	virtual void writeG4RawAll(outputContainer*, vector<hitOutput>, string, map<string, gBank>*);

	// write fadc mode 1 (full signal shape) - jlab hybrid banks. This uses the translation table to write the crate/slot/channel
	virtual void writeFADCMode1(outputContainer*, vector<hitOutput>, int);

        // write fadc mode 1 (full signal shape) - jlab hybrid banks. This uses the translation table to write the crate/slot/channel
        virtual void writeFADCMode1( map<int, vector<hitOutput> >, int);

	// write fadc mode 7 (integrated mode) - jlab hybrid banks. This uses the translation table to write the crate/slot/channel
	virtual void writeFADCMode7(outputContainer*, vector<hitOutput>, int);

	// write event and close stream if necessary
	// nothing to be done for txt
	void writeEvent(outputContainer*);


	map<string, bool> insideBank;
};
#endif