Run automated Manning's n calibration against observed water surface elevations using Bayesian optimization or Nelder-Mead. Use this when the user wants to calibrate, optimize, or fit model parameters to observations.
Convert between hydraulic model formats. Supports HEC-RAS 2D to SRH-2D mesh conversion, and SRH-2D results or mesh to VTK. These tools are stateless — no open project is required. Use this when the user wants to convert formats, e.g. "convert RAS to SRH", "export SRH-2D to VTK", or "convert mesh to VTK".
Export simulation results and/or the computational mesh to VTK files for ParaView visualization. Use this when the user wants to export, visualize, or create VTK files.
Modify Manning's n roughness coefficients, inlet flow rates, or exit water surface elevations for the currently open pyHMT2D project and save the changes. Use this when the user wants to change model parameters.
Run Monte Carlo uncertainty analysis on a hydraulic model by sampling parameters from statistical distributions and computing exceedance probabilities. Use this when the user wants uncertainty analysis, Monte Carlo simulation, or probabilistic results.
Open a pyHMT2D hydraulic model project (SRH-2D or HEC-RAS) and display its materials, boundary conditions, and available result variables. Use this when the user wants to open, load, or inspect a hydraulic model.
Load simulation results and query values at specific points, domain-wide statistics, flood extent, or cross-section profiles. Use this when the user wants to read, query, probe, or analyze simulation results.
Run the SRH-2D preprocessor and hydraulic simulation for the currently open project. Use this when the user wants to run, execute, or simulate the model.