emDispersionSolverV Class Reference

vectorized version More...

#include <dispersion.h>

Public Member Functions
	emDispersionSolverV ()
	number of currents at the previous time step that we store
int	step_one_before (vemtype *Ep, vemtype *J, vemtype *Jp, vemtype *out) const
	Ep -one entry, Jp, J: nJ = \(\sum\) polesnum entries arrays for the E field at the previous time step and for currents J at the current and previous time steps

Protected Attributes
int	medsnum
	number of media
std::vector< int >	polesnum
	array of the size 2*medsum for Drude / Lorentz terms number for each medium
std::vector< drlrcoeffs_t< vvaltype >, AlignedAllocator< drlrcoeffs_t< vvaltype >, alignof(vvaltype)> >	drlr
	coefficients for Drude and Lorentz currents update equation (see decsription to 'dispersion.h')
vvaltype	CE
	coefficients for E field update equation
size_t	nJ
	original (without account for dispersion) coefficients for E field update equation: E=Ca0*E+Cb0*rotH

Friends
struct	emDispersionVecAccessHelper
class	emFixDispersion

Detailed Description

vectorized version

Member Data Documentation

nJ

size_t emDispersionSolverV::nJ

protected

original (without account for dispersion) coefficients for E field update equation: E=Ca0*E+Cb0*rotH

number of recorded points 1 if we need to know E field at the previous step number of currents at the current time step that we store

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

• dispersion.h