Can I vibecode Topaz Photo AI?

Build a robust and highly polished local desktop application inspired by Topaz Photo AI, using Tauri 2, React, TypeScript, and Tailwind CSS. The app should act as an AI-powered photo enhancement editor focusing on core image corrections and upscaling features.

## Application Architecture & Data Models
- Use Tauri as the native shell to handle local file system access, enabling users to import high-resolution images (RAW, JPEG, PNG, TIFF) directly from their computer and export processed images locally.
- Implement a robust state management system using Zustand or React Context to track the current workspace state. This includes:
  - `ImageState`: Original image buffer, processed image buffer, current zoom level, and pan coordinates.
  - `EnhancementState`: Current configuration for Autopilot, Denoise strength, Sharpening amount, Upscaling factor (1x, 2x, 4x), and Face Recovery toggle.
  - `HistoryState`: A robust undo/redo stack that tracks discrete changes to the EnhancementState.

## Core Features & Logic
1. **Autopilot Mode**: The default state when an image is imported. Create a mock simulation that analyzes the image and suggests a set of default enhancements (e.g., auto-detecting noise and applying a baseline Denoise filter).
2. **AI Modules**: 
   - **Denoise**: Slider to adjust luminance and color noise reduction.
   - **Sharpening**: Controls for removing motion blur or out-of-focus softness.
   - **Upscaling**: Options to enlarge the image (2x, 4x, 6x) using mock processing delays to simulate AI inference.
   - **Face Recovery**: A toggle switch that simulates a specialized pass for human faces.
3. **Before/After Comparison**: Implement an interactive split-screen slider component using the Canvas API. The user should be able to drag the slider horizontally to compare the original image (left) with the enhanced image (right) in real-time.

## UI, UX, and Aesthetics
- **Design System**: Use a premium, sleek dark mode aesthetic (vibrant accent colors, glassmorphism elements, subtle gradients) that feels like a professional creative tool.
- **Layout**: 
  - **Left Sidebar**: A filmstrip showing imported images for batch processing.
  - **Center Canvas**: The main workspace with pinch-to-zoom and drag-to-pan support. Include the before/after slider.
  - **Right Panel**: A categorized inspector with expandable sections for Autopilot, Upscaling, Denoise, Sharpen, and Face Recovery.
- **Micro-interactions**: Use smooth transitions for panel expansions, loading spinners with distinct "AI processing" animations, and skeleton loaders for the image canvas. Include clear empty states, error boundaries, and success toasts.
- **Keyboard Shortcuts**: Implement shortcuts for undo (Ctrl/Cmd+Z), redo (Ctrl/Cmd+Shift+Z), zoom (Ctrl/Cmd +/-), and toggling the before/after view.

## Implementation Details
- Exclude third-party accounts, analytics, or telemetry. Keep everything running locally.
- Write unit tests for the state management logic and write one end-to-end smoke test validating the import, process, and export loop.
- Package the application with scripts for local dev, testing, and production builds.