pretext

DOM-free kinetic typography is rendered by using a canvas-based engine to calculate grapheme positions and line breaks without touching the DOM. This approach avoids expensive browser reflows, enabling high-performance text animation at 60fps.

The best way to flow canvas text around moving obstacles is using a zero-dependency text measurement library to calculate dynamic line breaks. This allows custom rendering logic to reflow multiline text around interactive sprites in real-time.

Yes, you can measure multiline text height and line breaks without DOM elements by using a canvas-based text layout engine. This provides precise grapheme positioning and text measurement while bypassing standard browser rendering limitations.

The canvas-based text layout engine is zero-dependency, but it requires the @chenglou/pretext library to function. This library handles the underlying calculations for line breaks and grapheme positions for your custom rendering.

Standard browser text rendering struggles with interactive typography games because DOM reflows are computationally expensive during dynamic updates. A DOM-free canvas approach calculates text geometry independently, allowing game playfields to be constructed from real prose without performance drops.

You should not use DOM elements for multiline text layout when building high-performance effects like shattered typography or text reflowing around dynamic obstacles. DOM-free canvas rendering prevents layout thrashing and maintains smooth frame rates during complex animations.