Yoga

h1. YOGA wiki

!https://dev-lesia.obspm.fr/projets/attachments/download/575/yoga_logo2.png!

Yoga is a plugin for "Yorick":http://dhmunro.github.com/yorick-doc/ built on top of "NVIDIA's CUDA toolkit":http://developer.nvidia.com/category/zone/cuda-zone. It provides GPU acceleration from within the Yorick environment for a number of applications (Fourier transform, matrix operations, random number generation, etc ..).

The links below are intended to help you getting Yoga and using it. Have fun !

Please select a category :

* "Install Notes":https://dev-lesia.obspm.fr/projets/projects/yoga/wiki/installNotes 

* "How to use Yoga efficiently":https://dev-lesia.obspm.fr/projets/projects/yoga/wiki/howTo 

* "FFT":https://dev-lesia.obspm.fr/projets/projects/yoga/wiki/fftInfos 

* "Matrix Operations":https://dev-lesia.obspm.fr/projets/projects/yoga/wiki/matrixInfos

* "Random number generator":https://dev-lesia.obspm.fr/projets/projects/yoga/wiki/rngInfos

* [[Practice YoGA]]

* [[YoGA features]]

repos @: https://lesia.obspm.fr/repos/yoga/trunk

h1. *YOGA_AO*

YOGA_AO is an extension to YoGA a Yorick plugin providing efficient tools to simulate a wide range of adaptive optics systems at various scales. General software design has been inspired by "YAO":http://frigaut.github.com/yao/index.html, a simulation tool developed by François Rigaut.

Main features include :

* on-line multiple layers Kolmogorov turbulence generation at various altitudes

* multi-directional raytracing through turbulence

* multi-directional Shack-Hartmann (SH) spots computation using either natural or laser guide stars

* centroiding on SH spots using various algorithm : center of gravity (COG) , weighted COG, thresholded COG, brightest pixels COG

* more to come ...

[[Install YoGA_Ao]]

[[YoGA_Ao features]]

[[Use YoGA_Ao]]

[[Model Description]]

[[Benchmarks]]

!https://dev-lesia.obspm.fr/projets/attachments/download/574/yoga_ao_logo_medium.png!