Evilcharts

24 days ago

Sankey charts visualize flow data using nodes and links with gradient colors and glow effects.
The chart is a composable compound component with <EvilSankeyChart /> as the container and <Node />, <Link />, and <Tooltip /> as children.
Interactive selection can be enabled by setting isClickable on <Node /> and using onSelectionChange callback.
Loading state is supported via an isLoading prop that shows placeholder animations.
Examples demonstrate customization of link variants, nodeWidth, nodePadding, and other properties.
Labels can be displayed on nodes using <NodeLabel /> inside <Node />, with options for inside or outside placement.
Link variants include "solid" for a single color and "source" for coloring based on source nodes.
Glowing nodes can be added using the glow prop on <Node /> with an array of node names.

Glyphs 4 introduces pen points for variable strokes that adapt smoothly along a path.
COLRv1 support allows colored shapes, blends, gradients, and live previews.
Visual kerning groups let you drag and drop glyphs to organize kerning instantly.

Readable CSS classes: Uses readable class names via Svelte's component CSS scoping, CSS modules, and a custom preprocessor for styling child components.
Global variables: Exposes global variables (e.g., _settings.display_accent, _api) for userscripts and debugging.
Responsive design: Features a responsive layout with a sidebar that switches to icon-only mode at specific breakpoints to save space.

This demo explains building a custom drag-and-drop system with JavaScript and CSS, using jQuery for ease while implementing core functionality manually.
The system moves elements by setting their CSS 'position' to 'absolute' and updating 'left' and 'top' properties relative to the container.
Drag mode is initiated on mousedown, items follow the mouse during move, and on mouseup, the drop is processed with collision detection on droptargets.

Blender 5.2 LTS introduces a new Mesh Bevel node in Geometry Nodes for detailed procedural control over edges or vertices.
New node-based dynamics with built-in effectors for gravity and surface collision, including a tag-based filtering system for geometry interaction.
A brand new procedural approach to physics for hair and cloth simulations using Geometry Nodes.

Hasty Briefsbeta