us_simparms.h

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#ifndef US_SIM_PARAMS_H
#define US_SIM_PARAMS_H

#include <QtCore>
#include "us_extern.h"
#include "us_dataIO.h"
#include "us_db2.h"


class US_UTIL_EXTERN US_SimulationParameters
{
   public:
  
   enum MeshType  { ASTFEM, CLAVERIE, MOVING_HAT, USER, ASTFVM };
   
   enum GridType  { FIXED, MOVING };

   class SpeedProfile;

   US_SimulationParameters();

   void initFromData( US_DB2*, US_DataIO::RawData&, bool = true, 
       QString = "",  QString = "");

   void initFromData( US_DB2*, US_DataIO::EditedData&, bool = true );

   void setHardware( US_DB2* = NULL, QString = "0", int = 0, int = 0 );

   void setHardware( QString = "0", int = 0, int = 0 );

   int  load_simparms( QString );

   int  save_simparms( QString );

   static int get_simparms( US_SimulationParameters&, QString );

   static int put_simparms( US_SimulationParameters&, QString );

   static int  readSpeedSteps( QString, QString, QVector< SpeedProfile >& );

   static void computeSpeedSteps( QVector< US_DataIO::Scan >*, QVector< SpeedProfile >& );

   static void speedstepFromXml( QXmlStreamReader&, SpeedProfile& );

   static void speedstepToXml( QXmlStreamWriter&, SpeedProfile* );

   static int speedstepsFromDB( US_DB2*, int, QVector< SpeedProfile >& );

   static int speedstepToDB( US_DB2*, int, SpeedProfile* );

   void debug( void );


   QVector< double > mesh_radius; 

   QVector< SpeedProfile > speed_step;

   int       simpoints;         
   MeshType  meshType;          
   GridType  gridType;          
   double    radial_resolution; 
   double    meniscus;          
   double    bottom;            
   double    temperature;       
   double    rnoise;            
   double    tinoise;           
   double    rinoise;           
   bool      band_forming;      
   double    band_volume;       
   double    bottom_position;   
   QString   rotorCalID;        
   double    rotorcoeffs[ 2 ];  

   bool      firstScanIsConcentration; 

   int       cp_sector;         
   double    cp_pathlen;        
   double    cp_angle;          
   double    cp_width;          

   class US_UTIL_EXTERN  SpeedProfile
   {
      public:

      SpeedProfile();

      double duration_minutes;  
      double delay_minutes;     
      double w2t_first;         
      double w2t_last;          
      double avg_speed;         
      double speed_stddev;      
      int    duration_hours;    
      int    delay_hours;       
      int    time_first;        
      int    time_last;         
      int    scans;             
      int    rotorspeed;        
      int    acceleration;      
      int    set_speed;         
      bool   acceleration_flag; 
   };
};

#endif