Construir uma aplicação para sala de aula interativa e ao vivo, onde o aluno interage com o professor ao vivo.
Generated Prompt
## APPLICATION OVERVIEW This application is an interactive classroom platform that connects students in various municipalities with a live teacher broadcasting from a studio. It allows students to engage with the teacher in real time, fostering a dynamic learning environment where they can ask questions and participate actively. ## CORE FEATURES 1. **Live Video Streaming:** Enable real-time video broadcasting from the teacher to multiple classrooms, allowing students to see and hear the instructor clearly. 2. **Student Interaction:** Provide a mechanism for students to raise their hands and request to interact with the teacher, facilitating direct engagement during lessons. 3. **Classroom Management:** Allow teachers to manage student participation, control the flow of questions, and ensure an organized learning experience. 4. **Session Scheduling:** Implement features for scheduling classes and sending notifications to students about upcoming sessions. 5. **Feedback System:** Include a feedback mechanism for students to submit their thoughts on the lessons, helping teachers improve future sessions. 6. **Resource Sharing:** Allow teachers to share educational materials and resources during the class, making it easier for students to access supplementary information. ## DESIGN SPECIFICATIONS - **Visual Style:** minimalist - Clean, simple design with plenty of white space, minimal color palette, and focus on typography - **Color Mode:** Light theme with dark text on light backgrounds - **Primary Color:** #1978E5 (accent for buttons, links, highlights) - **Typography:** Use Inter from Google Fonts for headings, Inter for body text and UI elements - **Border Radius:** 8px (moderately rounded) for buttons, cards, and inputs - **Layout:** A simple grid layout that includes a header for navigation, a main content area for the live stream and interactions, and a sidebar for additional resources and tools. ## TECHNICAL REQUIREMENTS - **Framework:** React with TypeScript - **Styling:** Tailwind CSS - **UI Components:** shadcn/ui - **State Management:** React Context API (or Zustand for a more scalable solution) ## IMPLEMENTATION STEPS 1. **Set Up Project Environment:** - Initialize a new React project with TypeScript. - Install necessary dependencies including Tailwind CSS and shadcn/ui. 2. **Create Core Components:** - Develop a Header component for navigation. - Create a VideoStream component for live broadcasting. - Implement a StudentInteraction component for hand-raising and question submissions. - Design a ClassroomManagement component for the teacher to manage interactions. 3. **Implement State Management:** - Use React Context API to manage global state for student interactions and session management. 4. **Build Scheduling and Feedback Features:** - Create forms for scheduling classes and collecting feedback. - Ensure data is stored in Supabase for persistent storage. 5. **Style Components:** - Apply Tailwind CSS classes to ensure a minimalist aesthetic with the specified design parameters. 6. **Testing and Debugging:** - Thoroughly test each component for responsiveness and functionality. - Ensure proper interaction flow from student to teacher. 7. **Deployment:** - Deploy the application using a suitable hosting service (e.g., Vercel or Netlify). - Monitor performance and user engagement post-launch for iterative improvements. ## USER EXPERIENCE Students will arrive at a landing page featuring the live stream at the center, with options to raise their hand and ask questions highlighted prominently. The interface will be intuitive and responsive, ensuring that all users can interact effortlessly across devices. Teachers will have a streamlined interface for managing the classroom, allowing for a smooth and engaging educational experience.
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