boundg.h

pic 模拟程序！面向对象

//boundg.h

#ifndef   __BOUNDG_H
#define   __BOUNDG_H

#include <oops.h>

#include "part1g.h"
#include "gridg.h"
#include "segmentg.h"
//#ifndef UNIX
//#include "segment.h"
//#endif

class SpatialRegionGroup;
class PDistCol;
class Grid;

//=================== BoundaryParams Class
// base class for all boundaries
// abstract

class BoundaryParams : public ParameterGroup
{protected:
 GridParams* GP;
 SpatialRegionGroup* spatialRegionGroup;
 Boundary* bPtr;
 SegmentParams SP; 

public:
 IntParameter j1;
 IntParameter k1;
 IntParameter j2;
 IntParameter k2;
 IntParameter normal;
 IntParameter fill;
 IntParameter EFFlag;
 IntParameter IdiagFlag;
 IntParameter Ihist_len; // length of the history arrays
 IntParameter Ihist_avg; // n steps for taking an average
 ScalarParameter A1,A2,B1,B2;
 StringParameter Name; /*  the id name of this boundary */
//These parameters have to do with gathering statistics on
// collected particles, and are all optional.
 IntParameter nxbins; //number of bins in space
 IntParameter nenergybins; //number of bins in velocity
 IntParameter nthetabins;
 ScalarParameter theta_min; // lower value to collect f(theta)
 ScalarParameter theta_max;
 ScalarParameter energy_min;
 ScalarParameter energy_max;
// ScalarParameter v1start,v2start,v3start;
// ScalarParameter v1end,v2end,v3end;
 ScalarParameter spotSize_p0;
 ScalarParameter spotSize_p1;
 ScalarParameter waveLeng_p0;
 ScalarParameter waveLeng_p1;
 ScalarParameter focus_p0;
 ScalarParameter focus_p1;
 ScalarParameter amp_p0;
 ScalarParameter amp_p1;
 ScalarParameter tdelay_p0 ;
 ScalarParameter tdelay_p1 ;
 ScalarParameter pulLeng_p0;
 ScalarParameter pulLeng_p1;
 ScalarParameter chirp_p0;
 ScalarParameter chirp_p1;
 IntParameter pulShp_p0;
 IntParameter pulShp_p1;
 StringParameter F;
 BOOL HasLength();

//These parameters have to do with any time functions on the boundaries,
//such as varying potential, or current, or whatever;

 ScalarParameter C,A,frequency,phase,trise,tfall,tpulse,tdelay,a0,a1;
 IntParameter xtFlag;

 BoundaryParams(GridParams* _GP, SpatialRegionGroup* srg);
 //  since boundaries are all placed on grid, this class needs
	// to know the dimensions of the grid

	  virtual ~BoundaryParams();

	  ostring AlignmentConstraint();
	  // ensures that boundary is aligned with grid

	  ostring OnGridConstraint();
	  // ensures that boundary is on grid

	  virtual void checkRules();
	  // checks all rules associated with the class

	  virtual Boundary* CreateCounterPart(){return 0;};
	  virtual void toGrid(Grid *g) throw(Oops);
     virtual void makeSegmentFitGrid(LineSegment *segment,Grid *g); 
	  virtual void setBoundaryParams(Boundary* bPtr);
	  PDistCol* createDistributionCollector();
};                                       

#endif  //  __BOUNDG_H