Can I vibecode Prezi?

You are a master AI web developer. Your objective is to build a highly dynamic, zooming presentation editor inspired by Prezi, utilizing React, TypeScript, and a modern animation library (such as Framer Motion or GSAP). The application must reinvent traditional slide decks by placing content on an infinite spatial canvas.

Core Features & Functionality:
1. **Infinite Spatial Canvas**: A pan-and-zoom workspace where users can place text, images, and shapes anywhere on a limitless board.
2. **Path Sequencing**: A system to define the "presentation path"—a sequential order of focal points or "frames" on the canvas. Users can add, reorder, and remove steps from the path.
3. **Presentation Mode**: A full-screen playback mode that smoothly flies, pans, and zooms the camera from one frame to the next along the defined path.
4. **Rich Content Editing**: In-place editing of text with formatting options (bold, italic, size, color), and drag-and-drop image uploading.
5. **Overview Map**: A minimap or side panel showing the hierarchy and sequence of the presentation frames.

Design & Aesthetics:
- The UI must feel incredibly modern, fluid, and spatial. Use a clean, minimalist aesthetic with ample whitespace and a sophisticated light or dark theme.
- The hallmark of the app must be its breathtaking, buttery-smooth cinematic camera movements during presentation mode.
- Editor controls should be contextual, appearing as floating glassmorphic toolbars near selected objects rather than cluttering the screen edges.
- Implement elegant micro-animations for all UI interactions, utilizing spring physics for a natural, tactile feel.
- Typography should be striking and highly legible, using fonts like Inter or Montserrat, perfect for presentations.

Technical Requirements:
- State Management: Carefully manage the spatial coordinates (x, y, scale, rotation) of all objects and the presentation sequence using a robust state manager like Zustand or Redux.
- Rendering Engine: Utilize optimized DOM rendering with CSS transforms, or a Canvas/WebGL approach, ensuring that panning and zooming remain performant at 60fps even with many objects.
- Animation: Use advanced animation libraries to calculate and animate the camera transformations required to frame specific elements perfectly.
- Architecture: Design a clean separation between the "Editor Mode" (allowing manipulation of the canvas) and the "Player Mode" (handling the automated camera movements).
- Implement robust undo/redo functionality for spatial edits and path modifications.