theming

Automated contrast verification ensures text-on-surface pairings meet AA/AAA accessibility standards across every theme. It uses a validation mechanism to audit UI surface pairings, preventing broken contrast when implementing multi-theme interfaces or high-contrast modes.

A semantic token architecture for CSS theming decouples UI components from hardcoded colors to allow seamless theme switching. It standardizes multi-theme interfaces by defining tokens that adapt automatically across light, dark, and brand-specific modes.

Use OKLCH color definitions to ensure perceptually uniform color scaling across light and dark modes. This approach prevents visual inconsistency by maintaining uniform color steps when generating brand-specific themes or high-contrast accessibility modes.

Generate a semantic token set by auditing current CSS variables and standardizing them into a multi-theme architecture. This process supports both light and dark modes while applying OKLCH color definitions and validating contrast ratios for accessibility compliance.

Simply inverting colors breaks accessibility because it destroys perceptual uniformity and fails contrast validation. Building coherent dark modes requires perceptually uniform color spaces like OKLCH and automated contrast ratio verification for all UI surface pairings.