#ifndef __RDTOOLS_H
#define __RDTOOLS_H

#include <RadioFileIO.h>
#include "IoSd.h"
#include "HdTools.h"

#include <iostream>
#include <string>
#include <vector>
#include <errno.h>
#include <ctime>
#include <cmath>
#include <algorithm>

#include <IoAuger.h>

#include "TGraph.h"

using namespace std;

void SetROut(std::string &fileName, const std::string &year, const std::string &month,  const std::string &day, const int & verbose, const std::string prefix );

#define PRODVERSION "v1r0"
static const double  NANOSECIN_SEC = 1000000000;
static const int  NANOSECIN_MICROSEC = 1000;
static const int  COINC_INTERVALL_NANOSEC = 500000;

static const double COINCOFFSET = 136000; 
static const double COINCOFFSETAERA = 1; 
static const double COINCWINDOW = 40000; 
static const double COINCWINDOWAERA = 45000;

/*Maximun filename size */
static const int  RD_MAXFILENAMESIZE = 4096;
/*Maximum and minimun time differences between T3s*/
static const int  RD_MAXTIMEDIFF = 500;
static const int  RD_MINTIMEDIFF = 120;
/* Root dir where files will be written */
//static string RDMDIR("/Raid/data/Rdm");
/* To control time */
volatile static bool keepTucking(true);

#endif

bool RadioFileOpen(const char *filename);

vector<int> BuildSortedEventList( const char *filename, vector<int> &vEntryInTree );

void fTest( AERAevent AEvent );
bool fCheckDateRange ( TTree* IOLibTree, vector<int> &vCandidates, int iNrOfRadioCandidates, RadioFileIO* RadioFileIORead, IoSdT3Trigger &sdtrig, int verbose );
bool fReachedEndOfRadioList ( vector<int> &vCandidates, int iCurrentRdCtr );
void fWriteEvent( int rdobserver, bool MatchFound, int radioradioMerging, bool MatchFoundRRM, AugerFile& outputXrd, AugerEvent &eventAd );
int fCheckCoincidences( AERAevent AEvent, AugerEvent &eventAd, int verbose, int counter2, vector<string> vAugerKeys );
int fCheckCoincidencesRRM( AERAevent AEvent, AugerEvent &eventAd, unsigned int iSDTrigSecond, unsigned int iSDTrigMicroSecond, unsigned int iFDTrigSecond, unsigned int iFDTrigNanoSecond, double dRDSDDiff, double dRDFDDiff, int iCurrentRdCtr, int verbose, string rdFileNametxtMatched );
void fCalcDistance( AERAevent AEvent, AugerEvent &eventAd, vector<int> &vRadioStationId, vector<int> &vRadioStationNorthing, vector<int> &vRadioStationEasting, vector<int> &vRDSDMinDistance, vector < vector < int > > &vAllSDMinDistance, int iMatchCounter );
void fGetRadioStationCoord( vector<int> &vRadioStationId, vector<int> &vRadioStationNorthing, vector<int> &vRadioStationEasting );
void fNotMatched( AERAevent AEvent, string Reason, string rdmFileNametxtNotMatched );
int fCheckMatched( vector<int> &vCandidates, vector<int> &vMatched, TTree* IOLibTree, RadioFileIO* RadioFileIORead, string rdmFileName, string logFileName );
void fCheckSDFD();
void fMergeRadioRadio ( AERAevent &AEvent, AERAevent AEventRRM );
void fSetRadioNewEventType( AERAevent &AEvent, vector<int> vNewEvtTypes, int iCurrentRdCtr );
bool fCheckForMultipleRadioEvents( TTree* IOLibTree, RadioFileIO* RadioFileIORead, vector<int> &vSortedEventTimes, int i, vector<int> &vEvtTypesStore, vector<int> &vEntryInTree );
double fCalcRdEventsDiff( TTree* IOLibTree, vector<int> &vCandidates, int iCurrentRdCtr, RadioFileIO* RadioFileIORead );
double fCalcRdSdDiff( TTree* IOLibTree, vector<int> &vCandidates, int iCurrentRdCtr, RadioFileIO* RadioFileIORead, IoSdT3Trigger &sdtrig );
double fCalcRdFdDiff( TTree* IOLibTree, vector<int> &vCandidates, int iCurrentRdCtr, RadioFileIO* RadioFileIORead, const unsigned int iFDTrigSecond, const unsigned int iFDTrigNanoSecond );
void fWriteOutRDTSInfo( string rdFileNametxt, TTree* IOLibTree, vector<int> &vCandidates, RadioFileIO* RadioFileIORead );
void fWriteOutSDTSInfo( AugerFile& inputAd, AugerEvent &eventAd, int verbose, int fdonly, string adFileNametxt );