PlaneEarthMap - Innovative Map Projections for the Digital Age

🌍 Deutsch | 🇺🇸 English | 🇪🇸 Español

🌍 Project Vision

PlaneEarthMap revolutionizes digital cartography through alternative Earth projections that eliminate traditional Mercator projection distortions. Our GPU-accelerated rendering system enables real-time calculations of complex projection algorithms and offers the world's first seamless bidirectional navigation.

🚀 Core Features

• 🗺️ Alternative Projections: Planar, convex, and concave Earth models for distortion-free representation
• 🔄 Seamless Navigation: World's first bidirectional infinite scrolling (North-South + East-West)
• ⚡ GPU Rendering: High-performance real-time map rendering with external GPU servers
• 🌐 Federated Architecture: Decentralized map infrastructure via ActivityPub protocol
• 📱 ARM64 Optimized: Mobile-first design for modern smartphone architecture
• 🔓 Open Source: Community-driven development under AGPL v3 license

⚖️ The Distortion Problem

Traditional map projections lead to significant size distortions:

• Russia appears about twice as large as Africa, although Africa is actually 1.3 times larger
• Greenland appears larger than entire continents
• These distortions can lead to geopolitical misunderstandings

PlaneEarthMap corrects these issues through area-accurate planar projections.

🎓 Scientific Foundation

Developmental Psychology Basis

Studies from the University of Illinois show that children naturally perceive Earth as a flat surface. PlaneEarthMap supports this natural spatial development through:

• Age-appropriate planar map representations
• Gradual transition to more complex geometric concepts
• Promoting geographic understanding without cognitive dissonance

🏗️ Technical Architecture

Infrastructure Design

[High-Performance VPS] ←→ [ARM64 Development Environment]
         ↓                          ↓
[Container Services]         [Mobile Optimization]
         ↓                          ↓
[GPU Rendering Pipeline]     [Cross-Platform Tests]

Core Technologies

• Backend: Container-based microservices with Docker/Podman
• Frontend: Progressive Web App with WebGL rendering
• Rendering: GPU-accelerated projection algorithms
• Federation: ActivityPub protocol for decentralized map services
• Development: Forgejo on çō.de for short Git URLs
• Infrastructure: ARM64-optimized build pipeline

🔧 Development Environment

Domain Architecture

plane.earth              # Public presence
├── map.plane.earth     # PlaneEarthMap application
├── api.plane.earth     # REST API services
├── docs.plane.earth    # Developer documentation
└── federation.plane.earth # ActivityPub hub

çō.de                   # Developer infrastructure
├── planeearthmap-core  # Main engine repository
├── planeearthmap-web   # Frontend repository
└── algorithms          # Projection algorithms

Advantages of çō.de Domain

• Ultra-short Git URLs: git clone https://çō.de/planeearthmap-core
• Developer-friendly: Easy to type and remember
• Unicode Innovation: Demonstrates modern web standards

📊 Development Status

Current Phase: Prototype Development

The project is in active development with functioning infrastructure:

✅ Completed:

• Forgejo installation on çō.de (stable)
• Basic project documentation
• Domain architecture established
• ARM64 development environment

🔄 In Development:

• Planar projection engine
• GPU rendering pipeline
• Bidirectional navigation algorithms

Roadmap

1. Phase 1: Planar projection engine (current)
2. Phase 2: Implement bidirectional navigation
3. Phase 3: Convex and concave projection models
4. Phase 4: ActivityPub federation for decentralized services
5. Phase 5: Mobile apps and community tools

🌐 Innovative Navigation

Bidirectional Infinite Navigation

PlaneEarthMap introduces revolutionary navigation capabilities:

• Horizontal Continuity: Like OpenStreetMap (East-West)
• Vertical Continuity: First-ever North-South capability
• Seamless Transitions: No visible map boundaries
• Adaptive Coordinates: Dynamic reference points

Technical Innovation

• Topological transformation of map data
• GPU-based real-time calculations
• Numerical stability at extreme coordinates
• Container-based parallel data processing

🎯 Target Audiences

Education Sector

• Schools: Distortion-free geography education
• Universities: Scientific cartography research
• E-Learning Platforms: Interactive learning materials

Science & Research

• Cartographers: Experimental projection methods
• Geographers: Precise area representations
• Educational Psychologists: Age-appropriate spatial development

Technical Community

• Open-Source Developers: Community-driven innovation
• GPU Computing Experts: Rendering optimizations
• Federation Enthusiasts: Decentralized infrastructures

🔮 Future Vision

Decentralized Cartography

PlaneEarthMap establishes a new generation of cartographic infrastructures:

• Community-owned: No central control by tech corporations
• Scientifically open: Reproducible and transparent algorithms
• Globally available: Federated architecture for worldwide resilience

Technological Innovation

• ARM64 Ecosystem: Optimization for the mobile future
• AI Integration: Claude Code for automated development
• Edge Computing: GPU rendering at the network edge

🤝 Contributing

PlaneEarthMap is an open-source project that thrives on community contributions:

Developer Onboarding

# Clone repository
git clone https://çō.de/planeearthmap-core

# Read documentation
curl -s https://docs.plane.earth

# Issues and pull requests on çō.de

Contribution Opportunities

• Code: Projection algorithms, GPU shaders, frontend
• Documentation: Tutorials, API docs, scientific papers
• Testing: ARM64 optimization, cross-platform compatibility
• Design: UI/UX for complex cartographic interfaces

📄 Licensing

Main License: AGPL v3 (GNU Affero General Public License)

• Protection against proprietary cloud service integration
• Ensuring community contribution return
• Education-friendly and research-compatible

Modular Licensing:

• Core Engine: AGPL v3
• Plugin APIs: Apache 2.0
• Documentation: CC BY-SA 4.0

🌟 Unique Selling Points

1. World's first bidirectional seamless map navigation
2. GPU-accelerated alternative Earth projections in real-time
3. Developmentally psychology-based map representation
4. Fully decentralized, federated map infrastructure
5. ARM64-optimized mobile performance
6. Ultra-short Git URLs through Unicode domain

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PlaneEarthMap: Revolutionary cartography for more precise world perception

Contact: [Developer Information]
Main Repository: https://çō.de
Project Website: https://plane.earth
License: AGPL v3 (Open Source)