ScreenPlayMate

ScreenPlayMate will be a collaborative screenplay writing application with a native game layer that allows teams to accurately track their respective contributions to the project. This platform will be integrated with the ReelCred coin minting system to enable the engage-to-earn business model of the Strands project.

ScreenPlayMate is a platform that Dane has had in mind since at least as early as 2005. He spent 100’s of hours coding away at a web-based screenplay writing application, with intentions of gamifying it in a manner similar to how it is envisioned today. Life circumstances prevented him from accomplishing his vision of a collaborative screenwriting tool at that time.

Today, this innovative concept is even more relevant than it was then.

ScreenPlayMate circe 2005

ScreenPlayMate Development Plan

1. Technology Stack Selection

  • Frontend: React.js or Vue.js for dynamic user interfaces.
  • Backend: Node.js with Express.js for scalable server-side operations.
  • Database: PostgreSQL for relational data and Redis for caching.
  • Real-Time Collaboration: WebSockets (e.g., Socket.io) or WebRTC for low-latency communication.
  • Authentication: OAuth 2.0 integration with providers like Google and Apple.
  • Cloud Services: AWS or Google Cloud for hosting, storage, and CI/CD pipelines.

2. Feature Development Phases

  • Phase 1: Core Functionality
  • Script editor with real-time collaboration.
  • User authentication and project management.
  • Basic formatting tools.
  • Phase 2: Advanced Features
  • Revision history and version control.
  • Commenting system and chat integration.
  • Offline access with syncing capabilities.
  • Phase 3: Enhancements
  • Mobile application development.
  • Integration with third-party tools (e.g., cloud storage).
  • AI-assisted writing suggestions and analytics.

3. Design & User Experience

  • Develop wireframes and prototypes using tools like Figma.
  • Conduct user testing sessions to gather feedback and iterate on designs.
  • Ensure accessibility standards are met.

💰 Cost Estimation

Assuming a development team with the following composition:

  • Frontend Developer: 1
  • Backend Developer: 1
  • Full-Stack Developer: 1
  • UI/UX Designer: 1
  • QA Engineer: 1
  • Project Manager: 1

1. Development Timeline

  • Phase 1: 6 weeks
  • Phase 2: 4 weeks
  • Phase 3: 4 weeks

Total: 14 weeks

2. Hourly Rate

  • $30/hour per team member

3. Monthly Cost

  • 6 team members × 160 hours/month × $30/hour = $28,800/month

4. Total Development Cost

  • $28,800/month × 3.5 months = $100,800

5. Additional Expenses

  • Cloud Services: $500/month × 3.5 months = $1,750
  • Third-Party Integrations: $1,000

Total Additional Expenses: $2,750

Grand Total Estimated Cost: $100,800 + $2,750 = $103,550

Functional Specification

Overview

ScreenPlayMate is envisioned as a collaborative, gamified screenwriting platform integral to the Strands project. It aims to facilitate community-driven screenplay development, integrating blockchain-based incentives and governance mechanisms. The MVP focuses on core functionalities to enable immediate collaboration, engagement tracking, and administrative oversight.


1. User Management

  • Authentication & Authorization

    • User registration and login via email/password.

    • OAuth integration with platforms like Google and Discord.

    • Role-based access control: Admin, Collaborator, Viewer.

  • Profile Management

    • User profiles displaying activity stats, XP, and badges.

    • Editable personal information and preferences.


2. Project & Script Management

  • Project Creation

    • Initiate new screenplay projects with titles and descriptions.

    • Assign collaborators with specific roles and permissions.

  • Script Editor Integration

    • Embed or link to external script editors (e.g., Arc Studio) for real-time collaboration.

    • Support for importing/exporting scripts in standard formats like .fdx and Fountain.

  • Version Control

    • Track changes and maintain revision history.

    • Ability to revert to previous versions.


3. Gamification Layer

  • Activity Tracking

    • Monitor user actions such as writing, editing, commenting, and reviewing.

    • Assign XP points based on predefined activity metrics.

  • Leaderboards

    • Display rankings based on XP accumulation.

    • Filterable by time frames (daily, weekly, all-time).

  • Achievements & Badges

    • Award badges for milestones (e.g., first script, 10,000 words written).

    • Display badges on user profiles.


4. Administrative Dashboard

  • User Management

    • View and manage user accounts and roles.

    • Suspend or revoke access as necessary.

  • XP Configuration

    • Define and adjust point values for various activities.

    • Set thresholds for achievements and badges.

  • Analytics & Reporting

    • Generate reports on user engagement, script progress, and platform usage.

    • Visual dashboards displaying key metrics.


5. Integration with Strands Ecosystem

  • Tokenomics

    • Link XP accumulation to $STRAND token rewards.

    • Implement mechanisms for token distribution based on activity.

  • Governance

    • Integrate with Snapshot for proposal creation and voting.

    • Allow users to stake tokens for governance participation.


6. Technical Specifications

  • Frontend

    • Framework: React.js.

    • Responsive design for desktop and mobile.

    • State management with Redux or Context API.

  • Backend

    • Runtime: Node.js with Express.js.

    • RESTful API development.

    • Authentication with JWT.

  • Database

    • Relational Database: PostgreSQL.

    • ORM: Sequelize or Prisma.

  • DevOps

    • Version control with Git and GitHub.

    • Continuous Integration/Deployment pipelines.

    • Hosting on platforms like AWS, Heroku, or Vercel.


7. Security & Compliance

  • Data Protection

    • Encrypt sensitive user data.

    • Regular backups and disaster recovery plans.

  • Access Control

    • Implement strict role-based permissions.

    • Monitor and log administrative actions.


8. Timeline & Resource Allocation

  • Estimated Development Time: 14 weeks.

  • Team Composition:

    • Frontend Developer(s).

    • Backend Developer(s).

    • UI/UX Designer.

    • QA Engineer.

    • Project Manager.


9. Future Enhancements (Post-MVP)

  • Real-Time Collaboration

    • Implement in-house script editor with live collaboration features.

  • Advanced Gamification

    • Introduce quests, challenges, and seasonal events.

  • Mobile Application

    • Develop native apps for iOS and Android platforms.

  • AI Integration

    • Incorporate AI tools for script suggestions and grammar checks.