We need to implement a set of reusable React card components that support complex, non-rectangular shapes and ornate borders. Standard CSS borders and box-shadows are insufficient for the desired visual fidelity.
This implementation requires using SVGs to ensure patterns remain crisp at any screen size without pixelation.
Technical Approach:
The system should support three distinct rendering modes based on the design requirements:
For Non-Scaling Strokes (Inline SVG)
When embedding the SVG directly in React, ensure the paths do not get "fat" when the card stretches:
Acceptance Criteria
- Cards scale from mobile to desktop sizes without image artifacting.
- Content inside the cards does not bleed outside the irregular boundaries.
- Decorative elements are ignored by screen readers.
Would you like me to create the initial React component code for the "9-Slice" wrapper mentioned in this issue?
We need to implement a set of reusable React card components that support complex, non-rectangular shapes and ornate borders. Standard CSS borders and box-shadows are insufficient for the desired visual fidelity.
This implementation requires using SVGs to ensure patterns remain crisp at any screen size without pixelation.
Technical Approach:
The system should support three distinct rendering modes based on the design requirements:
Implementation Checklist
Phase 1: Asset Preparation
Phase 2: Component Architecture
Phase 3: Integration & Testing
Technical Reference / Snippets
For 9-Slice (Borders)
.card-nine-slice {
border: 20px solid transparent;
border-image-source: url('/assets/borders/ornate-border.svg');
border-image-slice: 30 fill; /* Adjust based on SVG grid /
border-image-repeat: round; / Prevents gaps in the pattern */
}
For Non-Scaling Strokes (Inline SVG)
When embedding the SVG directly in React, ensure the paths do not get "fat" when the card stretches:
Acceptance Criteria
Would you like me to create the initial React component code for the "9-Slice" wrapper mentioned in this issue?