CalibratedHk.h

#ifndef CALIBRATEDHK_H
#define CALIBRATEDHK_H

//Includes
#include <TObject.h>
#include "AnitaConventions.h"
#include "simpleStructs.h"


#ifndef NUM_VOLTAGES
#define NUM_VOLTAGES 11
#endif
#ifndef NUM_CURRENTS
#define NUM_CURRENTS 7
#endif
#ifndef NUM_INT_TEMPS
#define NUM_INT_TEMPS 15
#endif
#ifndef NUM_SBS_TEMPS
#define NUM_SBS_TEMPS 3
#endif
#ifndef NUM_NTU_TEMPS
#define NUM_NTU_TEMPS 3
#endif
#ifndef NUM_EXT_TEMPS
#define NUM_EXT_TEMPS 15
#endif
#ifndef NUM_POWERS
#define NUM_POWERS 5
#endif

#ifndef NUM_ATTITUDE
#define NUM_ATTITUDE 13
#endif
#ifndef NUM_PRESSURES
#define NUM_PRESSURES 2
#endif
#ifndef NUM_SUNSENSORS
#define NUM_SUNSENSORS 4
#endif
#ifndef NUM_ACCELEROMETERS
#define NUM_ACCELEROMETERS 2
#endif

class RawHk;



class CalibratedHk: public TObject
{
 public:
   CalibratedHk(); 
   ~CalibratedHk(); 

   CalibratedHk(RawHk *hkPtr, RawHk *avzPtr, RawHk *calPtr); 

   unsigned char gHdr_verId; // verId from GenericHeader_t
   //   GenericHeader_t gHdr;
   
   Int_t           run; 
   UInt_t          realTime; 
   UInt_t          payloadTime; 
   UInt_t          payloadTimeUs; 

   Float_t         voltage[NUM_IP320_BOARDS][CHANS_PER_IP320]; 
   Float_t         useful[NUM_IP320_BOARDS][CHANS_PER_IP320]; 
   Float_t         magX; 
   Float_t         magY; 
   Float_t         magZ; 
   Short_t         sbsTemp[3]; 
   Short_t         ntuTemp[3]; 
   
   Float_t   getInternalTemp(int index); 
   Float_t   getSBSTemp(int index); 
   Float_t   getNTUTemp(int index); 
   Float_t   getExternalTemp(int index); 
   Float_t   getVoltage(int index); 
   Float_t   getCurrent(int index); 
   Float_t   getPower(int index); 
   Float_t   getAttitude(int index); 
   Float_t   getPressure(int index); 
   Float_t   getAccelerometer(int acInd, int type); 
   Float_t   getRawSunsensor(int ssInd, int type); 
   Float_t getNeobrickTemp() {return useful[1][38];} 
   Float_t getNeobrickPres() {return useful[1][39];} 

   //Sunsensor Stuff
   void getSSMagnitude(int ssInd, Float_t *magnitude,Float_t *magX, Float_t *magY); 
   Float_t getSSTemp(int ssInd); 
   Int_t getSSXRatio(int ssInd, Float_t *xRatio); 
   Int_t getSSYRatio(int ssInd, Float_t *yRatio); 
   Int_t getFancySS(int ssInd, Float_t pos[3], Float_t *azimuth,
            Float_t *elevation, Float_t *relAzimuth); 

   Float_t getSSAzimuth(int ssInd);
   Float_t getSSAzimuthAdu5(int ssInd);
   Float_t getSSElevation(int ssInd);

   static const char *getPowerName(int index); 
   static const char *getCurrentName(int index); 
   static const char *getVoltageName(int index); 
   static const char *getExternalTempName(int index); 
   static const char *getInternalTempName(int index); 
   static const char *getSBSTempName(int index); 
   static const char *getNTUTempName(int index); 
   static const char *getAttitudeName(int index); 
   static const char *getSSName(int index); 

  ClassDef(CalibratedHk,11);
};


#endif //CALIBRATEDHK_H