ColorDarkModePairing [pattern] v1.0.0

Label

Dark Mode Color Correspondence

Problem

Developers implement dark mode by CSS inversion filters or by simply flipping lightness values, producing muddy colors, over-saturated midtones, and backgrounds that are pure black rather than near-black. This breaks color fidelity and the chroma envelope rule.

Solution

Treat dark mode as a full re-palette, not a filter. Map every light-mode token to a deliberate dark-mode counterpart using these rules: background steps move from L=0.97–0.99 to L=0.10–0.15; solid steps (9–10) may stay similar or increase slightly; chroma decreases at low lightness to respect the chroma envelope.

ColorDarkModePairing [pattern] v1.0.0

Label

Dark Mode Color Correspondence

Problem

Developers implement dark mode by CSS inversion filters or by simply flipping lightness values, producing muddy colors, over-saturated midtones, and backgrounds that are pure black rather than near-black. This breaks color fidelity and the chroma envelope rule.

Solution

Treat dark mode as a full re-palette, not a filter. Map every light-mode token to a deliberate dark-mode counterpart using these rules: background steps move from L=0.97–0.99 to L=0.10–0.15; solid steps (9–10) may stay similar or increase slightly; chroma decreases at low lightness to respect the chroma envelope.

Label

Dark Mode Color Correspondence

Problem

Developers implement dark mode by CSS inversion filters or by simply flipping lightness values, producing muddy colors, over-saturated midtones, and backgrounds that are pure black rather than near-black. This breaks color fidelity and the chroma envelope rule.

Solution

Treat dark mode as a full re-palette, not a filter. Map every light-mode token to a deliberate dark-mode counterpart using these rules: background steps move from L=0.97–0.99 to L=0.10–0.15; solid steps (9–10) may stay similar or increase slightly; chroma decreases at low lightness to respect the chroma envelope.