System Requirements Document for power-scaler

1. Introduction

The power-scaler platform is designed to facilitate the power scaling of fictional characters by leveraging real-world power scaling resources available on the Internet. The platform aims to provide a comprehensive tool for researchers and explorers to calculate, compare, and analyze the power levels of infinite fictional characters using deep search capabilities.

2. System Overview

The power-scaler platform is a web-based application that allows users to create, edit, and manage fictional character profiles, perform deep research using worldwide Internet resources, and apply power-scaling calculations. The platform supports two primary personas: Power-Scaling Researchers and Power-Scaling Explorers. Researchers focus on creating and analyzing character profiles, while Explorers inspect and compare power-scaling results. The platform is designed with a futuristic, cinematic aesthetic, emphasizing deep research capabilities and intricate calculations.

2a. Product Interpretation and Delivery Boundary

The platform is delivered as a web application with custom UI components and app-owned identity management. It supports self-service enrollment for users and requires returning verification for protected platform work. The platform's core functionalities include character profile management, deep research capabilities, power-scaling calculations, and comparison setups. The platform is constrained to fictional characters and relies on Internet-based research from worldwide resources with deep search capabilities.

2b. Source Content Inventory

Not applicable as no content source directive was provided.

2c. Page Content and Component Coverage

Landing

• Purpose: Introduce the platform, its capabilities, and its target audience.
• Components:
  • Overview of the platform's purpose and features.
  • Introduction to Power-Scaling Researchers and Explorers.
  • Call-to-action for user enrollment or login.

Login

• Purpose: Provide access to authenticated users.
• Components:
  • User authentication form.
  • Password recovery options.
  • Links to user registration.

Dashboard

• Purpose: Serve as the central hub for authenticated users.
• Components:
  • Navigation to character management, research, calculations, and comparisons.
  • Overview of recent activities and updates.

Characters

• Purpose: Manage fictional character profiles.
• Components:
  • List of existing character profiles.
  • Options to create, edit, or delete profiles.
  • Search and filter functionalities.

Character Editor

• Purpose: Create and edit character profiles.
• Components:
  • Form for entering character details and attributes.
  • Save and cancel options.

Research

• Purpose: Conduct deep research using Internet resources.
• Components:
  • Search interface for accessing worldwide resources.
  • Collection and organization of research data.
  • Integration with external research tools.

Calculations

• Purpose: Apply power-scaling calculations.
• Components:
  • Interface for selecting characters and applying calculations.
  • Display of calculation results and insights.

Comparison Setup

• Purpose: Set up character comparisons.
• Components:
  • Selection of characters for comparison.
  • Configuration of comparison parameters.

Comparisons

• Purpose: View and analyze comparison results.
• Components:
  • Display of comparison outcomes.
  • Visualization of power-scaling data.

3. Functional Requirements

• As a Power-Scaling Researcher, I should be able to create and manage fictional character profiles to facilitate power-scaling calculations. (explicit)
• As a Power-Scaling Researcher, I should be able to conduct deep research using worldwide Internet resources to gather data for power-scaling. (explicit)
• As a Power-Scaling Researcher, I should be able to apply power-scaling calculations to character profiles to determine their power levels. (explicit)
• As a Power-Scaling Explorer, I should be able to set up and view comparisons of fictional characters to analyze their power-scaling results. (explicit)
• As a user, I should be able to enroll and verify my identity to access the platform's protected features. (required_inference)

4. User Personas

• Power-Scaling Researcher: Responsible for researching fictional characters, creating profiles, and applying power-scaling calculations.
• Power-Scaling Explorer: Responsible for inspecting and comparing power-scaling results for fictional characters.

5. Core User Flows

Power-Scaling Researcher

1. Enroll and Login: The researcher enrolls on the platform and logs in to access the dashboard.
2. Character Management: The researcher creates or edits character profiles in the Characters or Character Editor pages.
3. Conduct Research: The researcher uses the Research page to gather data from worldwide Internet resources.
4. Apply Calculations: The researcher navigates to the Calculations page to apply power-scaling calculations to character profiles.
5. Review Results: The researcher reviews the calculation results and makes necessary adjustments.

Power-Scaling Explorer

1. Enroll and Login: The explorer enrolls on the platform and logs in to access the dashboard.
2. Setup Comparisons: The explorer uses the Comparison Setup page to select characters for comparison.
3. View Comparisons: The explorer navigates to the Comparisons page to view and analyze comparison results.

6. Visuals Colors and Theme

• Muse: Gleb Kuznetsov
• Palette:
  • Background: #0A0A0A
  • Surface: #1A1A1A
  • Text: #FFFFFF
  • Primary: #00FFFF
  • Accent: #FF00FF
  • Muted: #333333
• Typography:
  • Headings: Space Grotesk — Uppercase, wide geometric sans, tight tracking, large scale
  • Body: Orbitron
  • Scale: 1.25 modular, 64/48/32/24/18
• Shape Language: Full-bleed 3D scenes with floating glass panels and radial layouts
• Layout: Asymmetric, floating elements with a focus on depth and layered compositions
• Motion: Continuous slow orbit/parallax with light sweeps and data streams

7. Signature Design Concept

A full-bleed 3D scene on the Landing page featuring a holographic representation of a character's power surrounded by floating data panels. Electric cyan accents highlight interactive elements, and radial layouts of data points surround the character model. The scene includes a holographic 3D model of a character rotating gently with data overlays, creating an immersive and futuristic experience.

8. Interaction Model & Motion Direction

• Interaction Model: Animated
• Motion Tempo: Cinematic
• Hero Dimensionality: webgl
• Landing Hero Motion Brief:
  • Focal Subject: Holographic 3D model of a character
  • Thesis: Input → Transformation → Outcome
  • Motion Vocabulary: Slow orbit, parallax, light sweeps
  • First Frame: Character model with initial data points
  • Reduced-Motion State: Static view with essential data only

9. Non-Functional Requirements

• Performance: The platform must support real-time calculations and data retrieval with minimal latency.
• Scalability: The platform should handle a large number of character profiles and concurrent users.
• Security: User data and research results must be protected with robust authentication and authorization mechanisms.

10. Tech Stack

• Frontend: React
• Backend: Python/FastAPI
• Database: PostgreSQL
• Deployment: Docker, Kubernetes (if required for scaling)

11. Assumptions and Constraints

• Assumption: Users have access to the Internet to perform deep research.
• Constraint: The platform is limited to fictional characters and cannot be used for real-world entities.

12. Glossary

• Power-Scaling: The process of determining the power level of fictional characters based on various attributes and calculations.
• Deep Search: An extensive search capability that retrieves data from a wide range of Internet resources.
• Character Profile: A detailed record of a fictional character's attributes used for power-scaling calculations.