System Requirements Document for silver-power

1. Introduction

The "silver-power" project is an AI-powered text-to-video generator designed for tech-savvy creators and reviewers. The system aims to transform user-provided text into engaging video content, leveraging cutting-edge AI technology to facilitate a seamless and innovative content creation process.

2. System Overview

The system provides a platform for users to generate video content from text inputs. It supports two primary personas: Video Creators, who input text and generate videos, and Video Reviewers, who evaluate the generated content and provide feedback. The system requires users to enroll or log in to access the generation and review functionalities, ensuring secure and personalized interactions. The project emphasizes a cinematic and futuristic user experience, inspired by Gleb Kuznetsov's design direction.

2a. Product Interpretation and Delivery Boundary

The system is delivered as a web application with custom UI and app-owned identity. Users must sign up or log in to access the Generator and Review pages. The system maintains durable backend state for generation requests, outputs, revisions, feedback, and acceptance decisions. The project does not include adjacent capabilities such as account management beyond the necessary identity establishment and verification.

2b. Source Content Inventory

Not applicable as no explicit content source directive was provided.

2c. Page Content and Component Coverage

Landing

• Information/State: Introduction to the AI text-to-video generator, explanation of the creator and reviewer journeys.
• Primary Actions: Navigate to Sign Up or Login.
• Components: Hero section with a full-bleed 3D scene, floating glass panels.
• States: Loading, success.

Sign Up

• Information/State: User registration form.
• Primary Actions: Submit registration details.
• Components: Form fields for user details, submit button.
• States: Loading, success, error.

Login

• Information/State: User login form.
• Primary Actions: Submit login credentials.
• Components: Form fields for username and password, submit button.
• States: Loading, success, error.

Generator

• Information/State: Text input for video generation, list of generated videos.
• Primary Actions: Submit text for video generation, iterate on generated videos.
• Components: Text input field, submit button, video list.
• States: Loading, success, error, empty state for no videos.

Review

• Information/State: Display of generated video outputs, feedback form.
• Primary Actions: Provide feedback, accept or request revisions.
• Components: Video player, feedback form, accept/reject buttons.
• States: Loading, success, error, empty state for no videos to review.

3. Functional Requirements

• As a Video Creator, I should be able to enroll or log in to access the video generation features. (required_inference)
• As a Video Creator, I should be able to input text and submit it to generate a video. (explicit)
• As a Video Creator, I should be able to review generated videos and iterate on them until satisfactory. (explicit)
• As a Video Reviewer, I should be able to enroll or log in to access the video review features. (required_inference)
• As a Video Reviewer, I should be able to view generated video outputs and provide feedback or acceptance decisions. (explicit)
• The system should maintain durable backend state for all generation requests, outputs, revisions, feedback, and acceptance decisions. (required_inference)

4. User Personas

Video Creator

• Context: Uses the platform to create videos from text inputs.
• Primary Goal: Generate high-quality videos that meet specific content goals.
• Responsibilities: Input text, submit generation requests, review and iterate on video outputs.
• Interactions: Engages with the Generator page to create and refine video content.
• Success: Produces a satisfactory video output for the intended purpose.

Video Reviewer

• Context: Evaluates video outputs to ensure they meet quality and content standards.
• Primary Goal: Provide feedback to guide video iterations towards acceptance.
• Responsibilities: Review video outputs, provide feedback, and make acceptance decisions.
• Interactions: Uses the Review page to assess videos and communicate feedback.
• Success: Ensures video outputs align with intended quality and messaging.

5. Core User Flows

Video Creator Journey

1. Start: Access the Landing page.
2. Sign Up/Login: Navigate to and complete the Sign Up or Login process.
3. Generate Video: Access the Generator page, input text, and submit for video generation.
4. Review and Iterate: View generated videos, make necessary iterations until satisfied.
5. Completion: Achieve a satisfactory video output.

Video Reviewer Journey

1. Start: Access the Landing page.
2. Sign Up/Login: Navigate to and complete the Sign Up or Login process.
3. Review Video: Access the Review page, view video outputs.
4. Provide Feedback: Submit feedback or acceptance decision for each video.
5. Completion: Ensure video outputs meet quality standards.

6. Visuals Colors and Theme

• Muse: Gleb Kuznetsov
• Palette:
  • Background: #000022
  • Surface: #111133
  • Text: #E0E0E0
  • Primary: #00FFFF
  • Accent: #FF00FF
  • Muted: #333355
• Typography:
  • Headings: Space Grotesk — Bold, uppercase, tight tracking
  • Body: Orbitron
  • Scale: 1.250 modular, 48/36/24/18/14
• Shape Language: Floating glass panels, radial layouts, thin luminous strokes
• Layout: Full-bleed 3D scene with minimal overlay UI, radial data displays
• Imagery: Abstract 3D objects, particle fields, product holograms

7. Signature Design Concept

A full-bleed 3D scene serves as the hero section on the Landing page, featuring floating glass panels with electric cyan and magenta glows against a deep navy background. This immersive and cinematic design sets the tone for the innovative and futuristic experience of the silver-power project.

8. Interaction Model & Motion Direction

• Interaction Model: Animated
• Motion Tempo: Cinematic
• Hero Dimensionality: webgl
• Landing Hero Motion Brief: The hero section features a continuous slow orbit of abstract 3D objects with light sweeps and data streams. The transformation occurs as users scroll, with camera moves scrubbed through the hero scene, creating an immersive experience. A reduced-motion state simplifies the animation to static imagery for accessibility.

9. Non-Functional Requirements

• The system must support a high volume of concurrent users without performance degradation. (required_inference)
• The application should be responsive and accessible across various devices and screen sizes. (required_inference)
• Ensure data security and privacy for all user interactions and stored data. (required_inference)

10. Tech Stack

• Frontend: React
• Backend: Python/FastAPI
• Storage: Appropriate storage solutions for video and user data
• Deployment: Docker/docker-compose, Kubernetes (if required for deployment)

11. Assumptions and Constraints

• Users must have internet access to use the application.
• The system assumes users have basic technical proficiency to interact with the platform.
• The application does not include features beyond the specified text-to-video generation and review functionalities.

12. Glossary

• AI-powered text-to-video generator: A system that converts text input into video content using artificial intelligence.
• Video Creator: A user who inputs text to generate video content.
• Video Reviewer: A user who evaluates generated video content and provides feedback.
• Durable backend state: Persistent storage of user interactions and data to ensure continuity and reliability.