A CUDA accelerated Beam Propagation Method [BPM] Solver using the Parallel Computing Toolbox: FunEfieldinit(MeshX, MeshY, Nx, Ny, LengthX, LengthY) - File Exchange

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A CUDA accelerated Beam Propagation Method [BPM] Solver using the Parallel Computing Toolbox

CUDAparaxbpm(CUDAswitch, PLOT... CUDABEAMPROP A CUDA-MATLAB implementation of a simple 2D FFT based
FunEfieldinit(MeshX, MeshY, N... FUNEFIELDINT This function returns an initial profile for the complex
FunPlotSim(zidx, PosZ, MeshX,... FUNPLOTSIM A function to plot and save the simulation results at
FunRefractIdx(gx, gy, Nx, Ny,... FUNREFRACTIDX This function provides the refractive index as a function of
ScrTimeBPM.m
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from A CUDA accelerated Beam Propagation Method [BPM] Solver using the Parallel Computing Toolbox by Patrick Kano
A beam propagation method solver using the CUDA capabilities in the parallel computing toolbox.

FunEfieldinit(MeshX, MeshY, Nx, Ny, LengthX, LengthY)

function Efield = FunEfieldinit(MeshX, MeshY, Nx, Ny, LengthX, LengthY)
%FUNEFIELDINT This function returns an initial profile for the complex 
% scalar E-field. 
% Author: Patrick Kano, Paul Lundquist
% Applied Energetics, Inc.
% Modification Dates [M/D/Y]: 10/03/10 - Initial function definition

%Uniform
%Efield = ones(2*Nx,2*Ny)/(LengthX*LengthY);

%Gaussian
Efield = exp(-(MeshX.^2+MeshY.^2)/(0.002^2));

end %function definition

Highlights from A CUDA accelerated Beam Propagation Method [BPM] Solver using the Parallel Computing Toolbox

Highlights from
A CUDA accelerated Beam Propagation Method [BPM] Solver using the Parallel Computing Toolbox