canvas-filmstrip-testing

Visual regression tests for canvas progressions compare current filmstrip renders against baseline images to detect rendering drift. You can execute the test suite in CI to verify color scales, frame alignment, and animation fidelity across data layers.

Visual regression testing for canvas filmstrips ensures rendering consistency across time by detecting visual drift as underlying data or logic changes. It validates that color scales, frame alignment, and contour rendering remain stable across multiple visual layers.

Yes, visual regression testing integrates with Ladle stories and progression data to reproduce exact visual scenarios in CI. This integration ensures that canvas-rendered wave simulation layers maintain rendering consistency across updates.

Yes, the visual regression suite validates 8-layer visual pipelines including bathymetry, energy field, shoaling, wave-breaking, energy transfer, foam grid, foam dispersion, and foam contours. It verifies color scales, frame alignment, and contour rendering across progression strips.

To detect rendering drift in canvas animations, compare current filmstrip renders of progression strips against established baselines. This process ensures animation fidelity and visual consistency as underlying matrix data or rendering logic changes.

Yes, testing visual regressions relies on per-layer progressions definitions, story-based pages, and visual-test definitions to validate both data and visuals. These definitions are necessary to reproduce exact visual scenarios and ensure rendering consistency.