ChangeLog

Changelog

0.3.2 (2025-05-01)

This patch release improves tox.

  • Tox is simplified and improved.

  • Things that were not needed are removed.

0.3.1 (2025-04-24)

This release fixs the bugs and issues faced in the previous version.
The dmcview is now executable from the command line.

  • Added flag for the simulator and is now executable from the cli “dmcview -s Y”.

  • The –version flag is now working well from the cli.

  • Dmcview is now executable from the command line.

0.3.0 (2025-04-13)

This release brings the new 3D acceleration support to the dmcview Python Package.

  • Added a 3D graph to the left of the compass display.

  • This visualizes real-time acceleration along the X, Y, Z axes.

  • Acceleration values will also be printed under the information section.

  • The simulator is improved to visualize this new 3D acceleration in action.

Note: This release requires new data input:

  • 3 acceleration vectors: X, Y , Z

  • Replaced the old video and picture of the dmcview in the readme with a new video that includes the new 3D acceleration.

  • Improved the documentation to include the new added feature.

  • Removed duplicated and broken badges that show in PyPI and github.

0.0.1 (2024-08-04)

This is the first ever release of the dmcview Python Package.
The package is open source and is part of the DMC View Project.
The project is hosted in a public repository on github at https://github.com/Issamricin/dmc-view
The project was scaffolded using the Cookiecutter Python Package (cookiecutter) Template at https://github.com/boromir674/cookiecutter-python-package/tree/master/src/cookiecutter_python
Scaffolding included:

  • CI Pipeline running on Github Actions at https://github.com/Issamricin/dmc-view/actions

  • Test Workflow running a multi-factor Build Matrix spanning different platform’s and python version’s

    1. Platforms: ubuntu-latest, macos-latest

    2. Python Interpreters: 3.6, 3.7, 3.8, 3.9, 3.10

  • Automated Test Suite with parallel Test execution across multiple cpus.

  • Code Coverage

  • Automation in a ‘make’ like fashion, using tox

  • Seamless Lint, Type Check, Build and Deploy operations