pyscabbard 0.0.16

Suite of Hydrodynamic, topographic analysis, Landscape Evolution model and visualisation tools

Scabbard

Python package to design, use or visualise topographic analysis, landscape evolution models and hydro/morphodynamics simulations. Among other, home of GraphFlood (CPU and GPU) and CHONK. This framework is also building a GPU backend for general purpose landscape modeling.

Built on the shoulder of giants

scabbard started as a personal codebase and evolved toward a fully-fledge numerical Framework. It uses the robust and battle-tested scientific python stack (e.g. numpy, scipy, numba, ...) and geospatial python (e.g. rasterio, geopandas, libgdal, ...). It also relies on multiple domain-specific libraries to built a future-proof and community-compatible backend: libtopotoolbox and pytopotoolbox, fastscapelib, LSDTopoTool as well as my own collection of c++ and numba routines. All the GPU backends use taichi to ensure cross-platform/hardware compatibility and user-friendly code.

• Free software: MIT license

How to install

pip install pyscabbard

As simple as that. Thanks to github actions allowing smooth CI, you do not have to compile anything yourself.

NOTE: pytopotoolbox official installation procedure is still WIP. I provide binary wheels within this project (./wheels/pytopotoolbox ). At first import, scabbard will provide instruction (i.e. a single command line to run).

Features

• General geomorphic routines

• Graphflood: Efficient hydrodynamic modelling, tailored for large scale. CPU and GPU version.

• CHONK/trackscape/popscape: Long term Landscape Evolution Models.

Usage

Documentation is WIP and will be online soon

Credits

This package was created with Cookiecutter_ and the audreyr/cookiecutter-pypackage_ project template.

.. _Cookiecutter: https://github.com/audreyr/cookiecutter .. _audreyr/cookiecutter-pypackage: https://github.com/audreyr/cookiecutter-pypackage

======= History

0.0.16 (2025-01-16)

• Updating some calls for legacy graphflood
• Adding some steenbok routines (LEM, neighbouring)
• Improving the geometry module
• Improving CPU hillshading
• minor fixes and additions

0.0.15 (2024-12-08)

• Fixing the new import system for legacy graphflood
• Renamed graphflood.py to legacy_graphflood.py

0.0.14 (2024-11-20)

• Small fixes on the boundary condition helpers

0.0.13 (2024-11-20)

• Adding an option for changing the exponent in Riverdale friction equation (e.g. migrating from manning to chezy)

0.0.12 (2024-11-20)

• Adapting the install process to pip topotoolbox
• Migrating to new ttb
• Minor fixes and additions
• Adding the start of a multi-backend unified graphflood interface

0.0.11 (2024-11-05)

• Loads of minor fixes in the install process
• Adding an hdf5 io/helper
• Refactor part of the ray tracing 3D plotter
• Adding orthographic projection

0.0.9 (2024-10-25)

• More fixes on the setup process
• Added a simple GPU ray tracing engine for 3D plots
• Started a unified interface for graphflood

0.0.8 (2024-10-15)

• Cleaning the install process
• Removing problematic legacy imports
• Trimming requirements
• Deprecating older tools relying on packages I do not use anymore

0.0.5 - 0.0.7 (2024-10-15)

• Total refactoring. As Simple as that.
• scabbard is the main tool now, it uses multiple backends DAGGER, pytopotoolbox, fastscapelib, numba and taichi

0.0.3 - 0.0.4 (2023-10-23)

• Fixing couple of bugs on the grid
• Experimental support for DAGGER's experimental stuff
• Adding environment object (WIP, future main structure)

0.0.2 (2023-07-31)

• Adding drainage divide quick extraction tools
• Fixing sea_level/Z0 stuff

0.0.1 (2023-07-25)

• First release on PyPI.
• Adding tools for quick river extraction
• Started a big behind-the-scene refactoring and standardisation (invisible at top level)
• Maintenance and bug fixes