Wave Breaking Criteria Engine

Wave Breaking Criteria Engine MCP Connector for Claude

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Predict wave breaking height, type, and conditions using oceanographic models.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized computational tools for oceanographic analysis. It uses McCowan and Miche models to determine when and how waves break based on water depth, wavelength, and beach slope. Use check_breaking_conditions for a full diagnostic, get_breaking_height to find depth-limited maximums, analyze_breaker_type to identify if a wave will be spilling, plunging, or surging, and compare_criteria_models to evaluate model variance.

wavesoceanphysicscoastal-engineeringmathematical-modeling

4 tools expose this connector's capabilities to your AI agent.

analyze_breaker_type

Identifies the physical character of the wave break (Spilling, Plunging, or Surging)

check_breaking_conditions

A comprehensive diagnostic tool to determine if a specific wave is currently breaking or imminent

compare_criteria_models

Compares the predictions of McCowan and Miche models to show the variance in breaking predictions

get_breaking_height

Determines the maximum theoretical wave height possible at a specific location before breaking occurs

See how to talk to your AI agent using Wave Breaking Criteria Engine.

Is a wave with 5m height and 40m wavelength breaking in 10m of water with a 0.05 slope?

No, the current wave height is below the predicted breaking threshold for these conditions.

What is the maximum wave height possible in 5 meters of water with a 0.03 beach slope?

The maximum theoretical breaking height is 1.5 meters.

What type of breaker will a 3m wave with a 15m wavelength produce on a 0.1 slope?

The wave will result in a plunging breaker.

The engine utilizes McCowan's Criterion for depth-limited breaking and Miche's Criterion for steepness-based breaking.

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