A structure corresponding to the EPCONT common block. More...

#include <egs_interface2.h>

Public Attributes
double	edep

double	edep_local

EGS_Float	tstep

EGS_Float	tustep

EGS_Float	ustep

EGS_Float	tvstep

EGS_Float	vstep

EGS_Float	rhof

EGS_Float	eold

EGS_Float	enew

EGS_Float	eke

EGS_Float	elke

EGS_Float	gle

EGS_Float	e_range

EGS_Float	x_final

EGS_Float	y_final

EGS_Float	z_final

EGS_Float	u_final

EGS_Float	v_final

EGS_Float	w_final

EGS_I32	idisc

EGS_I32	irold

EGS_I32	irnew

EGS_I32	iausfl [MXAUS]

Detailed Description

A structure corresponding to the EPCONT common block.

The EPCONT common block contains various variables of interest for user scoring and for interacting with the user geometry

Definition at line 232 of file egs_interface2.h.

Member Data Documentation

◆ edep

double EGS_Epcont::edep

Energy being deposited locally (may be several depositions)

Examples: tutor2pp.cpp, and tutor7pp.cpp.

Definition at line 234 of file egs_interface2.h.

◆ edep_local

double EGS_Epcont::edep_local

A single sub-threshold energy deposition

Definition at line 236 of file egs_interface2.h.

◆ tstep

EGS_Float EGS_Epcont::tstep

Step length to an interaction

Definition at line 238 of file egs_interface2.h.

◆ tustep

EGS_Float EGS_Epcont::tustep

Step length after step-size restrictions

Definition at line 240 of file egs_interface2.h.

◆ ustep

EGS_Float EGS_Epcont::ustep

Straight line distance between initial and final position without geometry constraints

Definition at line 243 of file egs_interface2.h.

◆ tvstep

EGS_Float EGS_Epcont::tvstep

Curved transport distance after geometry constraints

Definition at line 245 of file egs_interface2.h.

◆ vstep

EGS_Float EGS_Epcont::vstep

Straight line transport distance after geometry constraints

Definition at line 247 of file egs_interface2.h.

◆ rhof

EGS_Float EGS_Epcont::rhof

Ratio of mass density in current region to the default mass density of the medium filling the region

Definition at line 250 of file egs_interface2.h.

◆ eold

EGS_Float EGS_Epcont::eold

Old particle energy

Definition at line 252 of file egs_interface2.h.

◆ enew

EGS_Float EGS_Epcont::enew

New particle energy

Definition at line 254 of file egs_interface2.h.

◆ eke

EGS_Float EGS_Epcont::eke

Electron kinetic energy

Definition at line 256 of file egs_interface2.h.

◆ elke

EGS_Float EGS_Epcont::elke

ln(eke)

Definition at line 258 of file egs_interface2.h.

◆ gle

EGS_Float EGS_Epcont::gle

ln(photon energy)

Definition at line 260 of file egs_interface2.h.

◆ e_range

EGS_Float EGS_Epcont::e_range

Electron range to AE in the current medium

Definition at line 262 of file egs_interface2.h.

◆ x_final

EGS_Float EGS_Epcont::x_final

Position of the particle after the step

Definition at line 264 of file egs_interface2.h.

◆ u_final

EGS_Float EGS_Epcont::u_final

Direction of the particle after the step, only set for electrons/positrons

Definition at line 267 of file egs_interface2.h.

◆ idisc

EGS_I32 EGS_Epcont::idisc

Should the particle be discarded ?

0 means no discard
>0 means discard immediately
<0 means discard after the step.

Typically set by the geometry routines.

Definition at line 275 of file egs_interface2.h.

◆ irold

EGS_I32 EGS_Epcont::irold

Old geometry region

Definition at line 277 of file egs_interface2.h.

◆ irnew

EGS_I32 EGS_Epcont::irnew

New geometry region

Definition at line 279 of file egs_interface2.h.

◆ iausfl

EGS_I32 EGS_Epcont::iausfl[MXAUS]

Array of flags for calls to ausgab()

Definition at line 281 of file egs_interface2.h.

Referenced by EGS_AdvancedApplication::setAusgabCall().

The documentation for this struct was generated from the following file:

/home/rwtownson/EGSnrc/HEN_HOUSE/interface/egs_interface2.h

Public Attributes