Wave-Selection-Priority

Wave-Selection-Priority MCP Connector for Claude

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Determine surfer priority, optimal takeoff zones, and wave-sharing potential.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides computational models to manage surf lineup dynamics. It allows AI agents to calculate right of way using calculate_right_of_way, identify the best locations to catch waves with determine_takeoff_zone, evaluate if multiple surfers can ride together via assess_wave_sharing, and monitor lineup density with get_lineup_status.

surfingwave-dynamicspriority-ruleslineup-managementocean-physics

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

get_lineup_status

Provides a summary of the current competition for a specific wave

calculate_right_of_way

Determines which surfer holds the primary claim to a specific wave

determine_takeoff_zone

Identifies the most efficient location for a surfer to catch the wave

assess_wave_sharing

Evaluates if multiple surfers can safely ride the same wave

See how to talk to your AI agent using Wave-Selection-Priority.

Who has priority if I am at the peak and the wave is breaking left?

The surfer at the peak has primary priority for the left-breaking wave.

Where should I position myself to catch the next wave if I am currently at the shoulder?

The optimal takeoff zone is at the peak.

Can 3 surfers with tight spacing share a right-breaking wave?

No, sharing is impossible due to the tight spacing and high interference risk at the peak.

Priority is primarily determined by position relative to the peak and wave direction. You can use `calculate_right_of_way` to find the primary claim holder.

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