QuaRT Documentation

QuaRT

QuaRT is a free/open-source toolkit for the exploration of quantum methods for radiation transport, particularly for astrophysical and cosmological problems, developed by the Computational Cosmology group at Georgia Tech. It is distributed under the MIT License.

Installation

QuaRT is still in the development stage, so the latest nightly version of QuaRT is available on the GitHub under the main branch.

The latest stable release can be installed from the PyPI index as follows:

python -m pip install virtualenv
python -m virtualenv .venv
.venv/bin/activate
python -m pip install PyQuaRT

The source code for the latest stable release can be found under the latest stable/* branch.

The latest nightly version of QuaRT can be installed from source as follows:

git clone https://github.com/RasmitDevkota/QuaRT.git
cd QuaRT
python -m pip install virtualenv
python -m virtualenv .venv
.venv/bin/activate
python -m pip install -e .

Documentation

Documentation is hosted online on ReadtheDocs at https://pyquart.readthedocs.io.

Acknowledgements

This research was supported in part through research cyberinfrastructure resources and services provided by the Partnership for an Advanced Computing Environment (PACE) at the Georgia Institute of Technology, Atlanta, Georgia, USA [@PACE].

Contributing

We welcome contributions from anyone! A GitHub Issue may be used for making requests or reporting bugs. Please read our contributing guidelines.

Contact and Feedback

For bug reports and feature requests, please file a GitHub Issue.

If you have any questions, comments, or concerns regarding QuaRT, feel free to contact Rasmit Devkota at rdevkota3@gatech.edu.

• Home
• API Reference
  • test
    • Attributes
    • Functions
    • Module Contents
      • UNUSED
      • fit_inv_sq
      • fit_inv_sq_bg
      • test_point_source_1D()
      • analysis_point_source_1D()
      • test_unidirectional_source()
      • analysis_unidirectional_source()
      • test_redistribution_spread()
      • analysis_redistribution_spread()
      • test_isotropic_source()
      • analysis_isotropic_source()
      • test_shadow()
      • analysis_shadow()
      • test_crossing_radiation_beams()
      • analysis_crossing_radiation_beams()
      • test_amplitude_loss()
      • analysis_amplitude_loss()
      • func
  • qlbm_rt
    • Functions
    • Module Contents
      • simulate()
  • analysis
    • Functions
    • Module Contents
      • postselect_counts()
      • measurements_to_lattice()
      • statevector_analysis()
      • statevector_analysis_deep()
  • lbm_utils
    • Functions
    • Module Contents
      • compute_grid_parameters()
      • compute_scheme_velocities()
      • compute_scheme_adjacencies()
      • compute_scheme_boundaries()
  • qlbm_utils
    • Functions
    • Module Contents
      • compute_memory_requirements()
      • allocate_registers()
      • compute_binary_representations()
      • map_indices_coordinates()
      • construct_identity_matrices()
      • lattice_to_vector()
  • qlbm_circuits
    • Functions
    • Module Contents
      • state_preparation()
      • absorption_scattering()
      • absorption_emission()
      • angular_redistribution()
      • special_boundary_conditions()
      • propagation()
      • single_direction_propagation()