MCP For Claude Marketplace
Wave Peak Tracking

Wave Peak Tracking MCP Connector for Claude

A+

Calculate wave peak displacement, set direction, and stability forecasts.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides precise oceanographic modeling to track wave movement. It calculates how wave peaks travel by accounting for wave period, direction, and the influence of ocean currents. Users can determine total peak displacement using get_peak_displacement, identify resulting set directions with get_set_direction, or predict wave stability via get_wave_quality_forecast. For a complete overview, analyze_propagation_profile aggregates displacement, direction, and quality into a single movement profile.

wavesoceancurrentsdisplacementforecasting

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

analyze_propagation_profile

Combines displacement and directional data to provide a comprehensive movement profile

get_peak_displacement

Calculates the total distance a wave peak travels over a given time

get_set_direction

Determines the resulting direction of a wave set after accounting for refraction and current influence

get_wave_quality_forecast

Provides a prediction of wave stability and organization

See how to talk to your AI agent using Wave Peak Tracking.

How far will a wave travel if the direction is 90 degrees, the period is 10 seconds, the current is 1 m/s, and I watch for 5 minutes?

The wave peak will travel 1,250 meters over the 5-minute observation period.

What will the direction of the wave set be if the initial direction is 45 degrees and the current is moving at 2 m/s at 180 degrees?

The resulting set direction is 38.5 degrees, showing a deviation from the initial heading due to the opposing current.

Will the waves be stable with a 12s period, 0.5 m/s current, and 0.2 shoaling intensity?

The wave quality score is 0.85, indicating highly stable and organized wave peaks.

Current speed alters the peak's velocity. If the current moves with the wave, the peak travels faster; if against it, the peak slows down. You can use `get_peak_displacement` to calculate this exact effect.

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