Parses SVG directly, converts shapes to paths, and uses a simple nearest-neighbor algorithm to create a continuous drawing path.
Try Approach 1Renders SVG to a bitmap, applies edge detection, then draws along the detected edges using a nearest-neighbor algorithm.
Try Approach 2Draws larger, more important SVG features first, with connecting lines between features.
Try Approach 3Uses SVG.js to extract path data with advanced path optimization and intelligent traversal ordering.
Try Approach 4Leverages Lazy Line Painter library to animate SVG paths with natural drawing simulation.
Try Approach 5Uses the Vivus.js library to animate SVG drawing directly.
Try Approach 6Rasterizes SVG, finds the shape skeleton, and draws the resulting centerline path. (Requires manual setup)
Try Approach 7Simulates a particle tracing the SVG paths with basic physics.
Try Approach 8Animates SVG path drawing using CSS `stroke-dashoffset` transitions.
Try Approach 9Animates SVG path drawing using JavaScript to control `stroke-dashoffset`.
Try Approach 10Parses SVG path commands (M, L, C...) and draws segments progressively on Canvas.
Try Approach 11Maps SVG to a grid and traces its shape following a continuous Hilbert space-filling curve.
Try Approach 12Finds an optimal single path through the SVG, minimizing "pen lifts" like a human artist.
Try Approach 13Simulates a particle moving through a vector field generated from the SVG's shape.
Try Approach 14Draws SVG paths sequentially with controlled perturbations to create an artistic hand-drawn effect.
Try Approach 15