wflow

To automate wflow hydrological simulations, you can orchestrate the entire pipeline from configuration and data preparation to model execution and diagnostics within HydroCraft. It integrates HydroMT static maps, CMFD/MSWX forcing, and TOML configuration for seamless processing.

Setting up wflow sediment transport modeling requires configuring the distributed hydrological model (SBM) with appropriate static maps via HydroMT and forcing data. The pipeline handles TOML generation and execution to autonomously simulate sediment transport.

Yes, you can run wflow simulations for arbitrary basins worldwide. The pipeline supports a default 0.25-degree resolution and custom basins by integrating data KIs and HydroMT-based setup for flexible geographical targeting.

Yes, wflow simulation orchestration supports NetCDF forcing data. It integrates CMFD and MSWX forcing inputs, converting them appropriately while ensuring unit checks and preflight data availability before model execution.

Preflight checks validate wflow model configuration by integrating diagnostic triplets to catch unit, runtime, and data issues early. This data-driven validation ensures robust configuration before executing the hydrological or sediment simulations.

The best way to couple wflow with other hydrological models is using the end-to-end orchestration pipeline, which provides built-in cross-model coupling capabilities. This allows integrated Earth-system modeling within the HydroCraft environment.