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- Created new CSV files for scenario definitions: seals_cgebox_scenarios.csv and seals_cgebox_scenarios_test.csv, defining various scenarios for baseline and SSP projections. - Implemented run_seals_standard_force_recompute.py script to streamline project execution without creating new directories each time, enhancing performance for repeated runs.
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This pull request introduces a new workflow for running SEALS with CGEBox inputs, including a new script to handle CGEBox output conversion and updated scenario definitions. The main focus is to enable integration between CGEBox and SEALS by transforming CGEBox regional projections into a format compatible with SEALS, and to provide new scenario definition CSVs for both production and testing.
Integration of CGEBox with SEALS:
seals/run_seals_cgebox.pythat defines a complete workflow for running SEALS with CGEBox outputs. This script includes a function to convert CGEBox regional projections to SEALS-compatible input, builds the SEALS task tree, and manages project setup and execution.convert_cgebox_output_to_seals_regional_projections_inputfunction, which reads CGEBox output, pivots and processes the data to compute year-over-year land use changes, and generates override input files for SEALS scenarios.Scenario definitions for CGEBox-SEALS integration:
input/seals_cgebox_input/seals_cgebox_scenarios.csvfor production runs, covering baseline and multiple SSP/RCP combinations, with all required metadata and input paths.input/seals_cgebox_input/seals_cgebox_scenarios_test.csvfor simplified and quick testing of the integration workflow.