Release v0.1.6

Bug Fixes

• cwatqim: 🔧 update demo configuration and documentation for improved usability (29db1c9)

Release v0.1.5

Bug Fixes

• cwatqim: update creator affiliation and clear related identifiers in .zenodo.json (d651b02)

Release v0.1.4

Bug Fixes

• docs: 📝 add DOI to CITATION.cff, pyproject.toml, and README.md for improved citation tracking (797d02f)

Release v0.1.3

Bug Fixes

• citation: 📝 remove ORCID entry from CITATION.cff file (2e96c13)

Release v0.1.2

Bug Fixes

• ci: 🐛 update release-please workflow to use environment variables for logging output (b69ef12)

Release v0.1.1

Bug Fixes

• ci: 🐛 improve sync workflow for public repository; add checks for remote branch existence and enhance error handling during subtree pull and push operations (f446b43)
• ci: 🐛 update release configuration for cwatqim; add package-specific settings and enhance workflow documentation (16822f1)
• citation: 📝 correct indentation for ORCID entry in CITATION.cff file (acce24d)
• metadata: 📝 update model description and keywords in CWatQIM files; change "multi-agent simulation" to "ABM simulation" and correct author details in CITATION.cff (4a1b9ce)

Code Refactoring

• documentation: enhance package descriptions and docstrings for clarity; improve examples and usage instructions across modules in the CWatQIM framework (99f402d)
• project: remove Nature and update model structure to use CWatQIModel; add main execution script for batch experiments (2f81153)
• project: seperate the project into model and analysis two parts. (0e1b86d)
• tests: update test fixtures for CWatQIModel; enhance documentation and improve model instance creation for clarity and consistency in testing (60e0342)

Documentation

• citation: 📝 add CITATION.cff file for proper software citation and metadata; include author details, abstract, and keywords for CWatQIM (31135a8)

Release v0.1.0

Added

• Initial release of CWatQIM (Crop-Water Quota Irrigation Model)
• Province-level water resource management agents
• City-level agricultural irrigation agents
• Water quota allocation mechanisms based on Yellow River "87 Agreement"
• Integration with ABSESpy framework for agent-based modeling
• Support for AquaCrop model integration via aquacrop-abses
• Climate data processing from ERA5 reanalysis
• Groundwater and surface water source switching logic
• Payoff calculation for irrigation decisions