wavepy Files

Documentation : http://wavepy.sourceforge.net/index.html

Requirements
1. Python (Tested on 2.6 and 2.7)
2. Numpy

Optional but Recommended Packages for Demos to work:

1. IPython
2. Pylab( Numpy,Scipy and Matplotlib)
3. PIL (Python Imaging Library)

---Installation Option---

Extract wavepy-0.x from the zip/tar archive

Change directory to wavepy-0.x

Run "python setup.py install" from the command prompt/shell.

---Non-Installation Option---

Alternatively, you can simply copy wavepy directory(the one containing __init__.py 
to your work folder and you can import "import wavepy" to python scripts and/or
python shell from within your work folder.

Features and Issues:

1. Fully programmed in Python and Numpy so modifications should be a breeze for
python programmers but performance may lag for 2D wavelet processing.

2. About IPython Demo : IPython is invoked using "ipython qtconsole --pylab=inline"
You will need Ipython >= 0.11 for inline function to work and ,of course,
pylab( numpy,scipy and matplotlib) are required for these demos to work.

3. You may want to clone the entire git repository in order to get full 
example codes along with signals and images used in the demo. 

Git repositories are available at both Google Code and sourceforge

git clone https://code.google.com/p/wavepy/ 

-or-

git clone git://git.code.sf.net/p/wavepy/code wavepy-code

Contact Info : rafat.hsn -at- gmail