Omni Curve Preloader

Omni Curve Preloader

About Omni Curve Preloader

A high-fidelity preloader utilizing a unified SVG masking engine to execute fluid, cinematic reveals. Engineered to transition seamlessly from a precise loading slit into a continuous, omnidirectional curve wipe.

Features

  • Customizable solid overlay for establishing the initial baseline brand canvas.

  • Adjustable slit thickness for fine-tuning the visual weight of the initial loading state.

  • Multi-axis motion routing (Horizontal, Vertical, Diagonal) for aligning the reveal with specific layout geometry.

  • Dynamic origin points (Edge or Center) for dictating the spatial direction and focal point of the wipe.

  • Staggered multi-layer echo trails for adding visual momentum and spatial depth to the transition.

  • Independent trail color assignments for integrating complex brand palettes directly into the motion path.

  • Dedicated loading transition controls for dictating the speed, easing, and rhythm of the initial line entrance.

  • Independent curve transition controls for pacing the final dimensional reveal sequence.

  • Unified SVG path architecture for eliminating sub-pixel rendering artifacts and overlapping edge bleeds.

  • Dynamic bounding box tracking for maintaining exact mathematical thickness proportions across varying viewport sizes.

  • Continuous keyframe interpolation for ensuring zero momentum loss during center-origin expansions.

  • Automated pointer-event routing for preventing accidental user interactions during the active loading phase.

  • Canvas-aware static rendering for maintaining clean visibility and stability while editing within Framer.

How to Use

  • Drag and drop the component onto your Framer canvas.

  • Set Position to Fixed and resize it to fit your layout.

  • Set Pointer Events to None under the Styles panel.

  • Customize the motion and styling properties to match your design.

  • Publish your project to view the component live.

Transform the standard page load into a composed visual sequence.