#include <collisions.h>

Collaboration diagram for self_f00_implicit_step:

Public Member Functions
	self_f00_implicit_step (const size_t &nump, const double &pmax, const double &_mass, const double &_deltat, bool &_ib)

void	takestep (valarray< double > &fin, valarray< double > &fh, const double &Z0, const double &heating, const double &cooling)

void	getleftside (valarray< double > &fin, const double &Z0, const double &heating, const double &cooling, Array2D< double > &LHStemp)

Private Member Functions
void	update_C_Rosenbluth (valarray< double > &fin)

double	update_D_Rosenbluth (const size_t &k, valarray< double > &fin, const double &delta)

void	update_D_and_delta (valarray< double > &fin)

void	update_D_inversebremsstrahlung (const double &Z0, const double &heatingcoefficient, const double &vos)

double	calc_delta_ChangCooper (const size_t &k, const double &C, const double &D)

Private Attributes
double	mass

double	dt

bool	ib

valarray< double >	vr
	Define the velocity axis. More...

valarray< double >	dvr

valarray< double >	vrh

valarray< double >	dtoverv2

valarray< double >	p2dp
	Various coefficients for the integrals. More...

valarray< double >	p2dpm1

valarray< double >	phdp

valarray< double >	phdpm1

valarray< double >	p4dp

valarray< double >	laser_Inv_Uav6

valarray< double >	C_RB
	Rosenbluth Potentials. More...

valarray< double >	D_RB

double	I4_Lnee

valarray< double >	delta_CC
	Chang-Cooper weighting delta. More...

double	c_kpre
	Constants. More...

double	vw_coeff_cube

Formulary	formulas

Detailed Description

Definition at line 23 of file collisions.h.

The documentation for this class was generated from the following files:

/Users/archis/Dropbox/work/dev/oshun/oshun-OS/OSHUN/1d_cpp/source/collisions.h
/Users/archis/Dropbox/work/dev/oshun/oshun-OS/OSHUN/1d_cpp/source/collisions.cpp

Public Member Functions