High-performance Quantum Walk Simulator
Homepage of Hiperwalk project http://hiperwalk.org/
Currently, it is necessary to have neblina-core and pyneblina installed. Paulo Motta described on his blog the installation steps for both neblina-core and pyneblina.
The code must be written accordingly PEP 8. Some code may need to be updated to match PEP 8's requirements.
- Matplotlib;
- NetworkX >= 2.7;
- PIL;
- NumPy;
- Scipy >= 1.8;
- Sphinx;
- numpydoc;
- PyGObject: backend for showing animations;
- ImageMagick: for saving animated gifs;
- ffmpeg: for saving movies.
- Update installation instructions
- Refactor Coined_QW_Adjacency_Matrix-v2.ipynb
- Create separated file for plotting
- General plotting based on networkx
- Specific functions for widely used walks?
- Support for different coins
- Hadamard Coin general dimensions
- Generating shift operator: checking whether argument type is sparse or not
- Optimization: use lil_matrix instead of csr_matrix while generating S operator
- Construct shift operators based on sympy expressions?
- Implement and refactor tests
- Complete Graph
- Line walk
- Mesh walk
- Tests for plotting graphs?
- Clean examples
- Add commentaries to qwalk/coined
- Create documentation
- pdf (with LaTeX)
- webpage
- pyneblina_interface.py
- Rename functions
- Remove definition from examples
- Move PyneblinaInterface.py functions to Pyneblina project?
- Give support for more backends to show animations
- Matplotlib animation (show and save may be slow)