#include <gparticle.h>

Public Member Functions
const manip_absvol_eid *	G_laeid () const

manip_absvol *	G_lamvol () const

absvol *	G_lavol () const

	stvpoint (void)

	stvpoint (const point &fpt, const vec &fdir, vfloat fspeed, manip_absvol_treeid &ftid, vfloat fprange, vfloat ftime, int fsb, int fs_ent, manip_absvol_eid &faeid)

	stvpoint (const stvpoint &pstv, const trajestep &ts, vfloat mrange, int fsb, int fs_ent, manip_absvol_eid &faeid)

	stvpoint (const stvpoint &pstv, const trajestep &ts, int fsb, int fs_ent, manip_absvol_eid &faeid)

	stvpoint (const stvpoint &fp)

virtual	~stvpoint ()

virtual void	print (std::ostream &file, int l) const

Public Attributes
point	pt

vec	dir

point	ptloc

vec	dirloc

vfloat	speed

manip_absvol_treeid	tid

int	sb

int	s_ent

manip_absvol_eid	next_eid

vfloat	prange

vfloat	time

Detailed Description

Definition at line 30 of file gparticle.h.

Constructor & Destructor Documentation

◆ stvpoint() [1/5]

stvpoint::stvpoint ( void )

inline

Definition at line 66 of file gparticle.h.

      : pt(),
        dir(),
        ptloc(),
        dirloc(),
        speed(0.0),
        tid(),
        sb(0),
        s_ent(0),
        next_eid(),
        prange(0.0),
        time(0) {
    ;
  }

◆ stvpoint() [2/5]

stvpoint::stvpoint	(	const point &	fpt,
		const vec &	fdir,
		vfloat	fspeed,
		manip_absvol_treeid &	ftid,
		vfloat	fprange,
		vfloat	ftime,
		int	fsb,
		int	fs_ent,
		manip_absvol_eid &	faeid
	)

inline

Definition at line 80 of file gparticle.h.

      : pt(fpt),
        dir(unit_vec(fdir)),
        speed(fspeed),
        tid(ftid),
        sb(fsb),
        s_ent(fs_ent),
        next_eid(faeid),
        prange(fprange),
        time(ftime) {
    ptloc = pt;
    tid.up_absref(&ptloc);
    dirloc = dir;
    tid.up_absref(&dirloc);
  }

◆ stvpoint() [3/5]

stvpoint::stvpoint	(	const stvpoint &	pstv,
		const trajestep &	ts,
		vfloat	mrange,
		int	fsb,
		int	fs_ent,
		manip_absvol_eid &	faeid
	)

inline

Definition at line 97 of file gparticle.h.

      : pt(),
        dir(),
        ptloc(),
        dirloc(),
        speed(pstv.speed),
        tid(pstv.tid),
        sb(fsb),
        s_ent(fs_ent),
        next_eid(faeid),
        prange(mrange),
        time(pstv.time + mrange / pstv.speed) {
    if (pstv.speed == 0) {
      time = pstv.time;  // just to put anything
    } else {
      // If speed is changed, this time is to be corrected in derivative class
      time = pstv.time + mrange / pstv.speed;
    }
    ts.Gnextpoint(mrange, ptloc, dirloc);
    pt = ptloc;
    tid.down_absref(&pt);
    dir = dirloc;
    tid.down_absref(&dir);
  }

◆ stvpoint() [4/5]

stvpoint::stvpoint	(	const stvpoint &	pstv,
		const trajestep &	ts,
		int	fsb,
		int	fs_ent,
		manip_absvol_eid &	faeid
	)

inline

Definition at line 125 of file gparticle.h.

      : pt(),
        dir(),
        ptloc(),
        dirloc(),
        speed(pstv.speed),
        tid(pstv.tid),
        sb(fsb),
        s_ent(fs_ent),
        next_eid(faeid),
        prange(ts.mrange),
        time(pstv.time + ts.mrange / pstv.speed) {
    if (pstv.speed == 0) {
      time = pstv.time;  // just to put anything
    } else {
      // If speed is changed, this time is to be corrected in derivative class
      time = pstv.time + ts.mrange / pstv.speed;
    }
    ptloc = ts.mpoint;
    point temp;
    ts.Gnextpoint(ts.mrange, temp, dirloc);
    pt = ptloc;
    tid.down_absref(&pt);
    dir = dirloc;
    tid.down_absref(&dir);
  }

◆ stvpoint() [5/5]

stvpoint::stvpoint ( const stvpoint & fp )

inline

Definition at line 152 of file gparticle.h.

      : pt(fp.pt),
        dir(fp.dir),
        ptloc(fp.ptloc),
        dirloc(fp.dirloc),
        speed(fp.speed),
        tid(fp.tid),
        sb(fp.sb),
        s_ent(fp.s_ent),
        next_eid(fp.next_eid),
        prange(fp.prange),
        time(fp.time) {
    ;
  }

◆ ~stvpoint()

virtual stvpoint::~stvpoint ( )

inlinevirtual

Definition at line 167 of file gparticle.h.

167{}

Member Function Documentation

◆ G_laeid()

const manip_absvol_eid * stvpoint::G_laeid ( ) const

inline

Definition at line 59 of file gparticle.h.

59{ return tid.G_laeid(); }

manip_absvol_treeid::G_laeid

const manip_absvol_eid * G_laeid() const

Definition: volume.h:54

◆ G_lamvol()

manip_absvol * stvpoint::G_lamvol ( ) const

inline

Definition at line 61 of file gparticle.h.

61{ return tid.G_lamvol(); }

manip_absvol_treeid::G_lamvol

manip_absvol * G_lamvol() const

Definition: volume.h:58

◆ G_lavol()

absvol * stvpoint::G_lavol ( ) const

inline

Definition at line 63 of file gparticle.h.

63{ return tid.G_lavol(); }

manip_absvol_treeid::G_lavol

absvol * G_lavol() const

Definition: volume.cpp:28

Referenced by Heed::eiparticle::Bethe_Bloch_en_loss(), Heed::HeedParticle::physics(), Heed::HeedParticle_BGM::physics(), Heed::HeedPhoton::physics(), Heed::HeedDeltaElectron::physics_after_new_speed(), Heed::HeedPhoton::physics_after_new_speed(), and Heed::HeedDeltaElectron::physics_mrange().

◆ print()

void stvpoint::print	(	std::ostream &	file,
		int	l
	)		const

virtual

Definition at line 14 of file gparticle.cpp.

                                                  {
  if (l >= 0) {
    Ifile << "stvpoint: sb=" << sb << " s_ent=" << s_ent << " prange=" << prange
          << " time=" << time << '\n';
    indn.n += 2;
    Ifile << "position:\n";
    file << pt << ptloc;
    Ifile << "direction of moving:\n";
    file << dir << dirloc;
    Ifile << "speed=" << speed << '\n';
    if (tid.qeid <= 0) {
      Ifile << "point is outside universe, tid.qeid=" << tid.qeid << '\n';
      file.flush();
      indn.n -= 2;
      return;
    }
    tid.print(file, 1);
    char s[100];
    //amvol[namvol-1]->chname(s);
    //Ifile<<"current volume name "<<s<<'\n';
    if (sb == 2) {
      next_eid.amvol->m_chname(s);
      Ifile << "next volume name " << s << '\n';
    }
    //if(l>1)
    //{
    // Ifile<<"current volume:\n";
    //  amvol[namvol-1]->print(file,l-1);
    //}
    indn.n -= 2;
    file.flush();
  }
}