Blend Colors

This color mixing tool combines two input colors using mathematical blending algorithms that simulate physical paint mixing or digital compositing modes. The processor converts RGB hexadecimal color codes into normalized component values, applies weighted averaging or specialized blend formulas, then reconverts results to displayable color formats. Standard blend modes include linear interpolation for gradual transitions, multiply for darkening effects, screen for lightening, overlay for contrast enhancement, and additive mixing for light-based color theory.

Linear blend mode calculates each RGB channel independently using the formula: result = color1 * (1 - ratio) + color2 * ratio, where ratio determines the proportion of each input color in the final mix. Advanced modes employ non-linear transformations: multiply mode performs channel-wise multiplication followed by normalization, creating darker saturated tones; screen mode inverts colors, multiplies, then inverts again for brighter results. The tool accounts for gamma correction in certain blend modes to produce perceptually accurate colors matching how humans perceive brightness relationships.

Interactive sliders control blend ratios from 0% to 100%, allowing precise color mixing with real-time preview updates. The interface displays input colors, resulting blend, individual RGB channel values, HSL equivalents for hue-saturation-lightness reference, and hexadecimal codes for direct CSS integration. Users create custom brand colors, generate gradient midpoints, test UI color harmonies, or develop illustration palettes. The client-side implementation processes all calculations locally, making it suitable for experimenting with sensitive brand color formulas without external data exposure.