MCP For Claude Marketplace
Flat Light Visibility Analyzer

Flat Light Visibility Analyzer MCP Connector for Claude

A+

Assess terrain navigation difficulty and visibility safety in low-contrast conditions.

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

This MCP server provides specialized tools for winter sports enthusiasts to navigate the challenges of flat light. By analyzing cloud cover, fog, slope angle, and snow texture, it calculates visibility scores and terrain reading difficulty. Use get_visibility_assessment to receive safety recommendations and goggle suggestions, or get_terrain_risk_profile to identify specific hazards like hidden obstacles. It also helps determine the best time of day for visibility and the potential benefits of polarized lenses.

skiingsnowboardingvisibilityflat-lightterrain-safety

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

get_optimal_lighting_window

Recommends the best time of day for visibility based on the current environmental settings

get_polarization_benefit

Calculates the estimated improvement in visual clarity if the user utilizes polarized lenses

get_terrain_risk_profile

Evaluates the specific hazards associated with the current terrain and light conditions

get_visibility_assessment

Provides a comprehensive overview of the current visibility difficulty and safety recommendations

See how to talk to your AI agent using Flat Light Visibility Analyzer.

I'm on a 25-degree groomed slope with 80% cloud cover and no fog. How difficult is the visibility?

The visibility score is 7. Terrain reading difficulty is High. It is recommended to use High Contrast goggles.

What are the risks of skiing on a 35-degree powder slope with heavy fog?

The hazard level is Critical, with the primary hazard being Hidden Obstacles due to the extreme loss of depth perception.

When is the best time for visibility today if there is 50% cloud cover?

The recommended time range is Mid-Afternoon, with moderate visibility stability expected.

You can use the `get_terrain_risk_profile` tool to evaluate specific hazards like hidden obstacles or avalanche risks based on the slope angle and visibility score.

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