PanQEC
PanQEC is a Python package for simulating and visualizing quantum error correcting codes. It allows one to easily create quantum codes, error models and decoders, and evaluate their performance by calculating performance metrics, such as the threshold and subthreshold error rates. Once a 2D or 3D quantum code is created, it can be visualized and manipulated on a web interface, helping to verify the correct implementation of a code or understand the behavior of a decoder
To make a feature request or report a bug, please visit the PanQEC GitHub repository.
See this paper on the arXiv for more information about some of these codes.
Contents:
Tutorials:
Documentation:
- Command line interface
- Codes
- Error Models
- Decoders
- Simulation
- Analysis
Analysiscount_fails()deduce_bias()draw_tick_symbol()fit_fss_params()fit_function()fit_subthreshold_scaling_cubic()get_bias_ratios()get_code_df()get_deformation()get_fit_params()get_p_th_nearest()get_p_th_sd_interp()get_single_qubit_error_rate()get_standard_error()get_word_error_rate()infer_error_model_family()read_entry()subthreshold_scaling()
- Miscellaneous