QuDotPy
A quantum computing library written in Python. Exploring quantum computing has never been easier. With QuDotPy you can experiment with single-qubit operations and gates. You can build multiple-qubit states and perform measurements, and finally you can emulate quantum circuits. Our quantum circuit design makes it easy to test out circuit ideas and to step through a circuit like you would a debugger.
To help you get started we have written a detailed usage tutorial that covers most aspects of QuDotPy. The tutorial can be found here: http://psakkaris.github.io/qudotpy/
QuDotPy depends on Numpy. You will need to have Numpy installed before you can use QuDotPy.
Getting Started
QuDotPy depends on Python 2.7 and is specifically tested against Pythong 2.7.6
You can always clone this repository and check out the code. However, if you just want to get a feel for QuDotPy just press the 'Download Zip' button on the right panel. This will download the directory qudotpy-master
Then you should make a link on your system (for *nix and OS X):
ln -s /Users/softwaretest/code/qudotpy-master/
/Users/softwaretest/code/qudotpy
Next run the python shell from the directory qudotpy is located and give it a try
$ python
>>> from qudotpy import qudot
>>> print qudot.apply_gate(qudot.H, qudot.ZERO)
(0.707106781187+0j)|0> + (0.707106781187+0j)|1>
>>>
That's it! For more check out our tutorial http://psakkaris.github.io/qudotpy/
Giving Back
Feel free to contribute back to QuDotPy. If you are new to GitHub read this:
https://help.github.com/articles/fork-a-repo
If you find a bug, would like to suggest an enhancement or would like to see enhancements we have planned for the future; check out the Issues page.