Snow Crystal Size Effect

Snow Crystal Size Effect MCP Connector for Claude

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Models the impact of snow crystal morphology and environment on skiing performance.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a specialized modeling engine to calculate how snow crystal morphology and environmental conditions affect skiing. By analyzing crystal size, type, and snow state, it provides precise data on friction and maneuverability. Use get_glide_coefficient to determine sliding resistance, get_turn_ease to assess edge grip and control, get_snow_quality for a holistic skiability score, and analyze_snow_environment to understand the physical snow state including moisture and stability.

skiingsnowphysicsmeteorologyperformance

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

analyze_snow_environment

Provides a descriptive summary of the physical snow state based on environmental inputs

get_glide_coefficient

Determines the resistance encountered when sliding across the snow surface

get_snow_quality

Provides a single metric representing the overall skiability of the current snow conditions

get_turn_ease

Calculates how much control and edge grip a skier has for maneuvering

See how to talk to your AI agent using Snow Crystal Size Effect.

What is the snow quality for 1mm dendritic crystals at -5°C with 70% humidity in fresh snow?

The snow quality score is 7.5, providing excellent balance between glide and control for these conditions.

How much resistance will I face with 0.5mm granular crystals in settled snow at 1°C and 80% humidity?

The glide coefficient is 0.12, indicating very low resistance and smooth sliding.

Describe the snow state for -2°C, 50% humidity, and settled snow.

The snow state is stable, with moderate moisture levels and high structural stability.

Different crystal shapes like dendritic or granular change how crystals interlock, which directly impacts the `get_turn_ease` score and the overall glide coefficient.

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