| Projects on Google Code | Results 1 - 10 of 19 |
Toolkit for simple optics actions like Fresnel and Furie transorms.
= About this project =
This project is to develop the computational programs for solving Helmholtz equations in both two dimensional and three dimensional electromagnetic systems, based on the boundary element method(*BEM*). The BEM is the most general and effective numerical technique for solving ...
Pyoptic is an optics and physics simulation based on python and uses scipy as a calculation engine, matplotlib and tvtk for visualisation.
It is mainly intended for simple simulations of optical engineering, imaging systems, laser systems, laser transportation and applications, lens design etc.
...
Physics,
Optics,
Raytracing,
Simulation,
Python,
Physical,
Fresnel,
ABCD,
Gaussian,
Beam,
Accelerator,
Reserach
nostredamus is a photon mapping algorithm using Maximum Entropy for modeling optical gauge fields. Based on techniques as outlined in the paper: http://adsabs.harvard.edu/abs/2009IJTP..tmp...67D and subsequent research, nostredamus uses complex dynamics and scalar harmonic analysis to simulate phot...
A collection of tools for modeling nonlinear optical phenomena.
Software is available for:
* basic gaussian beams
* counterpropagating beam nonlinearities
* optical pattern formation in 3D systems
Papers that are currently in progress and that are co-authored so I share them via SVN.
[http://www.astro.uu.nl/~astrowik/astrowiki/index.php/FOAM FOAM] is backwards for _Modular Adaptive Optics Framework_ and aims to provide just that, a software framework which can easily be implemented in an adaptive optics setup by re-using modules of code which take care of one aspect of the compl...
As part of research at the ITBA optics laboratory, this projects aim at a complete simulation of all the algorithms involved in a CDMA system over optic fibers (as an asymetric noise channel)
The simulator is filters-orienter, so each algorithm is a separate process and can run on his own.
This ...
The purpose of Project Argon is to create a laser-based 3D scanner capable of capturing the shape of a real-world object and converting into a digital model. It utilizes a low-powered laser to project a line upon the surface of the object to be scanned. The laser line is then observed through a came...
This is the open SVN storage of various Rosmir's codes.
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