MCP For Claude Marketplace
Wine Color Density Calculator

Wine Color Density Calculator MCP Connector for Claude

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Calculates wine colorimetric properties, intensity, and visual perception from spectrophotometric data.

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

This MCP server provides specialized tools for enologists and color scientists to transform raw spectrophotometric absorbance data into meaningful colorimetric metrics. By analyzing absorbance at 420nm, 520nm, and 620nm, the server can calculate color density and hue using get_color_density_and_hue. It also converts data into the CIELAB color space via get_cielab_coordinates for standardized comparison. Advanced features include determining color intensity and accounting for anthocyanin polymerization effects with get_intensity_and_polymerization_effect. Finally, the predict_visual_perception tool translates mathematical values into human-readable visual categories like 'Deep Ruby' or 'Pale Straw'.

spectrophotometrycolorimetrywinecielabenology

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

get_cielab_coordinates

Converts spectrophotometric data into the CIELAB color space

get_color_density_and_hue

Calculates the basic colorimetric metrics used to characterize wine shade and tint

get_intensity_and_polymerization_effect

Determines the color intensity and applies a correction factor based on anthocyanin polymerization

predict_visual_perception

Translates mathematical color data into a human-readable description of the wine's appearance

See how to talk to your AI agent using Wine Color Density Calculator.

Calculate the color density and hue for absorbance values: 420nm=0.5, 520nm=0.3, 620nm=0.1.

The color density is 0.8 and the hue is 1.667.

What is the visual perception for a wine with density 1.2, hue 1.5, and L* of 35?

The wine is categorized as Deep Ruby.

Convert these absorbance values to CIELAB: 420nm=0.4, 520nm=0.2, 620nm=0.1.

The CIELAB coordinates are L* 45.2, a* 32.1, b* 12.5.

The analysis requires absorbance measurements at three specific wavelengths: 420nm, 520nm, and 620nm.

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