Skill Claude CodeCodex
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.
14 tagged hec ras, measured the same way as everything else here.
Browse within: agentic 9computational-hydraulics 9srh-2d 9flood-modelling 5hydraulic-modeling 5
Skill Claude CodeCodex
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.
Skill Claude CodeCodex
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".
Skill Claude CodeCodex
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.
Skill Claude CodeCodex
Standard operating procedure for an auditable, headless HEC-RAS workflow via the hec-ras MCP server — how to plan, copy, edit boundaries, run, QA-gate, read results, compare, plot, audit, and safely stop. Use FIRST whenever an agent is handed a HEC-RAS project (.prj folder) or a results file (.p##.hdf) plus a…
Skill Claude CodeCodex
Inspect and edit a HEC-RAS project without the GUI via the hec-ras MCP server — list plans / geometries / flow files / boundary conditions (rasprojectinfo), copy the whole project safely (rasprojectcopy), change plan settings such as simulation window, time step, output interval, cores, geometry or flow file…
Skill Claude CodeCodex
Read, compare and plot HEC-RAS results (.p##.hdf) via the hec-ras MCP server without HEC-RAS — one-screen run summary (QA, volume accounting, cross-section peaks, 2D wet cells / max depth, reference lines), one time series with peak and timing (cross section, reference line / point, boundary, 2D cell)…