layout | title | categories |
---|---|---|
page |
Useful Links |
getting-started |
- Latest Octave packages for Ubuntu Linux
- The current status of Octave as of 2012
- Introduction to Octave as of 2012
- More Octave presentations from OctConf 2012
- PyEPL - Run experiments from Python (Mac OS/X, Linux)
- PsychoPy - Run experiments from Python (Windows, Mac OS/X)
- Vision Egg - Run experiments from Python (Windows, Mac OS/X, Linux)
- Cogent - Run experiments from Matlab (Windows, MATLAB-based and standalone versions)
- PsyExTool - Psychophysical experiments from Matlab with GUI control
- mgl - Matlab interface to OpenGL functions
- Psignifit - Fit psychometric data in MATLAB.
- Palamedes -- Psychometric function fitting and other data analysis in MATLAB.
- EEGLab - Matlab toolbox for processing continuous and event-related EEG, MEG and other electrophysiological data.
- Optotrak toolbox - Control Optotrak motion tracker from Matlab.
- HaptikLibrary - GPL toolkit for control of various popular haptic devices from within Matlab, C or C++ under Windows and Linux
- Website with special drivers for use with NVidia graphics cards on Laptops.
- GPUCapsViewer graphics card diagnostic utility for WindowsXP and Vista.
- A blog with information about solving sound problems on Linux and things related to sound.
- ALSA Linux sound system homepage
- Matrix of supported sound hardware
-
ATI-Whitepaper: The AVIVO display engine of ATI Radeon X1000, FireGL V7300 and later models
This whitepaper from ATI covers the video output capabilities of their current graphics cards. It explains their 10 bit framebuffers and DACs, gamma- and color-correction, video scalers and support for different display devices. This is supported on MS-Windows and Linux with some of their pro hardware, and on Linux and Mac OS/X on some consumer graphics cards via special Psychtoolbox functions (see section
Native10BitFramebuffer
inhelp PsychImaging
). -
Jenny Read's notes on setting up a stereo psychophysics rig under MS-Windows
Interesting articles about modern flat panel technology - and probably a good explanation why you should not use them for well controlled stimulus presentation, especially not for motion stimuli.
- How modern flat panels work - Overview of different technologies.
- Demo movie of 50 ms timing lag of overdrive vs. non-overdrive flat panel, read c't article for explanation.