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cda (version 1.2.1)

Coupled dipole approximation

Description

Given a set of ellipsoidal nanoparticles (positions and sizes), calculates the polarizability tensor for the dipoles associated with each particle, and solves the coupled-dipole equations by direct inversion of the interaction matrix. Retardation is included in the interaction.

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Version

Install

install.packages('cda')

Monthly Downloads

136

Version

1.2.1

License

GPL (>= 2) + file LICENCE

Maintainer

Baptiste Auguie

Last Published

August 26th, 2012

Functions in cda (1.2.1)

circular_dichroism_spectrum

circular_dichroism_spectrum
epsAu

epsAu
G0

Lattice sum
curve.povray

curve.povray
makeDimerDihedral

makeDimerDihedral
array_factor

array factor
cda

Rcpp module: cda
clust.equalsizes

clust.equalsizes
linear

Rcpp module: linear
polarizability.ellipsoid

polarizability.ellipsoid
makeHelixCluster

makeHelixCluster
epsAg

epsAg
makeRodChain

makeRodChain
particles.povray

particles.povray
makeHelixCluster.zt

makeHelixCluster.zt
array

Rcpp module: array
linear_extinction_spectrum

extinction_spectrum
rgl.ellipsoid

rgl.ellipsoid
makeDimerCluster

makeDimerCluster
theme_minimal

theme_minimal
La

La
alpha_kuwata

alpha_kuwata
clust.equalangles

clust.equalangles
helix.zt

helix2
cda-package

cda
helix

helix
makeSpheresCluster

makeSpheresCluster
rgl.ellipsoids

rgl.ellipsoids
make.invalpha

make.invalpha
dispersion_spectrum

dispersion_spectrum
cd

Rcpp module: cd