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FreeMat is a free environment for rapid engineering and scientific prototyping and data processing. It is similar to commercial systems such as MATLAB and IDL. It has built in arithmetic for manipulation of all supported data types, N-dimensional array manipulation, 2D and 3D plotting and image display, Visualization, Image manipulation, and as well as parallel programming.
This project represents a number of utility programs my friends and I have written over the years and might come in handy to you. A number of projects, some tiny, are hosted here, including (but not limited to): kshell matwm2 (svn) matpic matlibc (mat's portable libc) craplibc (segin's libc attempt for FreeBSD - in svn as 'libc') screenup a DCPU-16 emulator (work in progress)
Click below for good times by Hao Lian (shadytrees), Vivek Bhattacharya (nemosupport), and Daniel Vitek (drvitek), second place winners in the national Siemens Competition. You can download our presentation at the right. You can read the paper describing our model in lustrous detail with full references to biological literature as well as a cursory synthesis of physics, biology, mathematics, and angst. GSPtools is documented within the work-in-progress manual. NewsSee Changelog for details. Apri
JWaveIntroductionJava implementation of a discrete fourier transform (DFT) algorithm, a fast wavelet transform (FWT) algorithm, and a wavelet packet transform (WPT) algorithm all in 1-D, 2-D, and 3-D. The wavelet transform algorithms are using normalized orthogonal (orthonormal) Haar, Daubechies, Coiflet, and Legendre wavelets of the multi-scale analysis. The implementation of JWave is based on the Design Patterns Builder and Strategy and - hopefully - appears user-friendly. UsageExample for 1-D
This package takes a completely new and different approach in wrapping OpenCV from traditional swig-based and ctypes-based approaches. It is intended to be a successor of ctypes-opencv and to provide Python bindings for OpenCV 2.x. Ctypes-based approaches like ctypes-opencv, while being very flexible at wrapping functions and structures, are weak at wrapping OpenCV's C++ interface. On the other hand, swig-based approaches flatten C++ classes and create countless memory management issues. In PyOp
ctypes-opencv is a package that brings Willow Garage's (formerly Intel's) Open Source Computer Vision Library (OpenCV) to Python. OpenCV is a collection of algorithms and sample code for various computer vision problems. The goal of ctypes-opencv is to provide Python access to all documented functionality of OpenCV. Advantages Complete interface to OpenCV's CXCORE, CV, HighGUI components. Pythonic interface. OpenCV's objects are safely deleted when not used. No need to invoke cvRelease...(). Pur
C++ math lib for game and 3D-graphics programming with GPU shading language-like classes such as vec2, vec3, vec4, mat4, plus helper functions. GLSL specs followed closely. Robust implementation: All results checked in debug build + many unit tests. The library is available under BSD/MIT license. slmath is very platform independent and is known to compile on following platforms: + Visual Studio 2003, 2008 and 2010 + iPhone (various versions) + Linux + Symbian + Nokia Maemo + Android NDK + Samsun
Includes filtering, face tracking, object detection and feature detection examples that all run on a live webcam stream. Parts use OpenCV, SciPy and Pygame. In trunk/pycam is a project exploring the new pygame Camera module with opencv. It includes a wrapper class that allows the opencv backend to be used with pygame - this is no longer required as pygame will automatically detect opencv (on linux) The project contains a video player class that can work with different backend setups, and can inc