PoPS Border 1.0.2

Examples

• Computed use case notebook and results by @kellynm in #184
  • Notebook is computed because the data contains sensitive information and is not publicly available.
  • Output files are included in a separate directory.

Full Changelog: v1.0.1...v1.0.2

PoPS Border 1.0.1

Changed

• Add new consignment configuration parameters by @kellynm in #140
  • This fixes inconsistencies in the configuration of consignments.
  • Add new consignment configuration parameters under input_file.
  • Parameter-based consignment parameters are now nested under a new parameter_based key.
  • Removes aqim_file and f280_file parameters wrongly included on the top level.

Examples

• Use case updates by @kellynm in #182
  • Add contamination rate variability scenarios
  • Plot updates, work in progress
  • Clean up unused code for plots
• Update Binder URL to new examples by @wenzeslaus in #139
• Fix path to example notebook by @kellynm in #141

Maintenance and Continuous Integration

• Bump pillow from 8.2.0 to 8.3.2 by @dependabot in #133
• Move notebooks to examples by @wenzeslaus in #134
• Add scenario notebook to pages, fix basic notebook path by @wenzeslaus in #135
• Handle dirs in GH Pages build in more clear way by @wenzeslaus in #136
• CI: Run jobs only on PR and main by @wenzeslaus in #137

Full Changelog: v1.0.0...v1.0.1

PoPS Border 1.0.0

This is a first release of PoPS Border which is a simulation (or a simulator) of contaminated consignments and contaminant presence testing. It generates synthetic shipment data or uses existing ones. Then it contaminates the consignments and finally, it performs inspection on them. This release is a result of more than two years of software development and research of real-world consignment inspections.

The repository includes a Python package called popsborder, documentation, example scripts, and a collection of notebooks. The package can be installed using pip with Git support. The documentation is available on GitHub (as rendered Markdown files) and the notebooks can be viewed and executed in Binder. The best place to start is the readme file.