Lovable Prompt Creator - AI Prompt Generator

## APPLICATION OVERVIEW
This application is a 3D modeling engine designed for game development, similar to Blender 3D, that allows users to create complex 3D games using a node-based system instead of traditional scripting. The engine supports real-time rendering of lighting, shadows, textures, and physics, providing a powerful yet user-friendly interface for game designers.

## CORE FEATURES
1. **Node-Based Interface**: Users can create game mechanics and visuals by connecting various nodes, simplifying the development process without the need for extensive coding knowledge.
2. **Real-Time Rendering**: The engine utilizes advanced rendering techniques to display high-quality visuals instantly, allowing users to see changes as they make them.
3. **Dynamic Lighting and Shadows**: Users can implement realistic lighting effects and shadows that enhance the visual appeal and immersion of their games.
4. **Physics Simulation**: The engine includes a physics engine that accurately simulates movements and interactions within the 3D environment, making gameplay realistic.
5. **Asset Library**: A comprehensive library of pre-made assets, textures, and models that users can utilize to speed up game development.
6. **Export Options**: Users can export their completed games to various platforms, ensuring compatibility and ease of distribution.

## DESIGN SPECIFICATIONS
- **Visual Style**: Minimalist - Emphasizes a clean and simple design with ample white space, ensuring that the interface does not overwhelm users and enhances focus on the modeling process.
- **Color Mode**: Light theme with dark text on light backgrounds to ensure readability and reduce eye strain during extended use.
- **Layout**: A top navigation bar for main features, a sidebar for tool selection, and a central workspace for 3D modeling. The layout should be responsive, adapting to different screen sizes.
- **Typography**: Use modern sans-serif fonts for clarity and readability. Headings should be bold and slightly larger to create a clear hierarchy, while body text should be smaller but legible.

## TECHNICAL REQUIREMENTS
- **Framework**: React with TypeScript
- **Styling**: Tailwind CSS for a responsive and customizable design
- **UI Components**: Utilize shadcn/ui for modern and accessible components
- **State Management**: Consider using Zustand or Recoil for efficient state management across the application.

## IMPLEMENTATION STEPS
1. **Set Up Project**: Initialize a new React project with TypeScript and install Tailwind CSS.
2. **Create Layout Structure**: Develop the main layout with a top navigation bar, a sidebar for tool selection, and a central workspace for 3D modeling.
3. **Implement Node-Based System**: Design and integrate the node-based interface, ensuring users can easily create connections between nodes to build game logic.
4. **Integrate Real-Time Rendering**: Use WebGL or a similar technology to enable real-time rendering capabilities within the workspace.
5. **Develop Asset Library**: Create a system for users to browse, search, and import assets into their projects.
6. **Build Physics Engine**: Integrate a physics engine that allows users to simulate realistic interactions in their 3D environment.
7. **Export Functionality**: Implement features for exporting completed games to various formats and platforms.

## USER EXPERIENCE
Users will begin by creating a new project and selecting their desired assets from the library. They can drag and drop nodes into the workspace, connecting them to define game behaviors and visuals. The real-time rendering will allow users to see their changes instantly, enhancing the iterative design process. The clean and minimalist interface will provide a seamless experience, making it easy for both novice and experienced game developers to create 3D games efficiently.