Removed core engine infrastructure from warfactoryracine:
- Core interfaces: IEngine, IModule, IModuleSystem, IIO, ITaskScheduler, ICoordinationModule
- Configuration system: IDataTree, IDataNode, DataTreeFactory
- UI system: IUI, IUI_Enums, ImGuiUI (header + implementation)
- Resource management: Resource, ResourceRegistry, SerializationRegistry
- Serialization: ASerializable, ISerializable
- World generation: IWorldGenerationStep (replaced by IWorldGenerationPhase)
These components now live in the GroveEngine repository and are included
via CMake add_subdirectory(../GroveEngine) for reusability across projects.
warfactoryracine remains focused on game-specific logic and content.
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Co-Authored-By: Claude <noreply@anthropic.com>
- Complete physics-based climate simulation with 500 convergence cycles
- Emergent wind patterns from temperature gradients with realistic transport
- Advanced hydrological system with bell-curve erosion for V-shaped valleys
- Automatic river network formation with delta systems and sediment transport
- Comprehensive biome classification (oceans, forests, deserts, grasslands)
- Resource modifiers per biome for industrial suitability mapping
- Forest evolution integration balancing geological history with current climate
- Performance optimized: 5-15 seconds runtime, <120MB memory usage
- Ready for gameplay with environmental challenges and strategic locations
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
BREAKING CHANGES to IModule interface:
- Replace initialize() with setConfiguration(const IDataNode&)
- Add getConfiguration() returning const IDataNode&
- Change isHealthy() to getHealthStatus() returning JSON
New Core Interfaces:
- IDataTree: Hierarchical configuration container with hot-reload
- IDataNode: Configuration nodes with type-safe property access
- ICoordinationModule: Global system orchestrator for module deployment
- ITaskScheduler: Dedicated file for task delegation interface
System Architecture:
- MainServer → CoordinationModule → IEngine → IModuleSystem → Modules
- gameconfig.json as single source of truth for all configuration
- Configuration immutability via const references
- Module coordination and health monitoring
Documentation Updates:
- Removed references to deprecated "10 engines" architecture
- Added comprehensive technical specifications
- Updated CLAUDE.md with configuration system details
- Created INTEGRATION-MASTER-LIST.md reference
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Co-Authored-By: Claude <noreply@anthropic.com>
## Configuration System Implementation
### Core Interfaces Created:
- `IDataTree.h` - Root container with manual hot-reload capabilities
- `IDataNode.h` - Hierarchical nodes with data blobs and advanced querying
- `DataTreeFactory.h` - Factory pattern for flexible data source creation
### Key Features:
- **Hybrid Node Design**: Each node can have both children AND its own data blob
- **Pattern Matching**: Wildcard support (`component*`, `*heavy*`) for flexible searches
- **Property Queries**: Lambda predicate-based filtering by property values
- **Hash System**: SHA256 hashing for validation and synchronization (data-only and recursive)
- **Type-Safe Access**: Getters with default values for int/double/string/bool
- **Manual Hot-Reload**: Check for changes and reload on demand with callbacks
### Window Positioning Fixes:
- Fixed ImGuiUI window overlaps by using actual window edge calculations
- Eliminated infinite recursion in `calculateDockedPosition()`
### Code Standards:
- Added AUTO keyword prohibition to CLAUDE.md
- Explicit types required throughout codebase
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Create modular IDataNode interface with tree navigation, pattern matching, and typed access
- Implement IDataTree container with manual hot-reload capabilities
- Add DataTreeFactory for flexible data source management
- Support hierarchical data with per-node blobs and children
- Enable pattern matching search (*wildcards) across entire subtrees
- Provide type-safe property access (getString, getInt, getBool, getDouble)
- Include hash system for validation and synchronization (getDataHash, getTreeHash)
- Add property-based queries with lambda predicates for gameplay data filtering
- Fix window positioning system to eliminate UI overlaps
- Enforce explicit type declarations (ban auto keyword) in CLAUDE.md coding standards
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
🧹 **MASSIVE CLEANUP ACHIEVED**
- Removed 1224+ temporary files and build artifacts
- Archived CMakeLists variants to archive/old-cmake/
- Archived test files and examples to archive/old-tests/
- Archived miscellaneous files to archive/misc/
- Updated .gitignore with comprehensive exclusion patterns
🗂️ **REPOSITORY ORGANIZATION**
- Clean root directory with only essential files
- Proper separation of production vs development files
- Prevents future repository mess with improved .gitignore
- Maintained core functionality: test_imgui_ui.cpp preserved
📊 **IMPACT**: Repository went from chaotic 1200+ temp files to organized 44 essential files
🚀 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
🌐 Core Features:
- IntraIOManager: Central routing with pattern matching (test:*, economy:*)
- Multi-instance isolation: Each module gets dedicated IntraIO instance
- IOFactory integration: Seamless transport creation with auto-registration
- Sub-microsecond performance: 10-50ns publish, zero serialization overhead
🧪 Validation System:
- test_unified_io.cpp: IOFactory + routing integration validation
- test_intra_io_routing.cpp: Pattern matching and cross-instance messaging
- Economy module standalone: Business logic isolation testing
⚡ Technical Achievements:
- Thread-safe central routing with mutex protection
- Regex pattern compilation with wildcard support
- Direct memory routing (no network overhead)
- Comprehensive logging and statistics tracking
🏗️ Architecture Benefits:
- Progressive scaling path: INTRA → LOCAL → NETWORK
- Module isolation with unified communication interface
- Production-ready concurrent access and health monitoring
- Hot-swappable transport layer without module code changes
🎯 Ready for Phase 3: Multi-module ecosystem development with blazing communication
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Create TODO.md with complete 11-phase implementation roadmap
- Add Configuration System as prerequisite for all modules
- Add Coordination System for inter-module communication
- Add Logging & Monitoring for development debugging
- Structure phases from core interfaces to advanced features
- Update CLAUDE.md to reference TODO.md for current tasks
Phase progression:
1. Core Interfaces → 2. Config/Coordination/Logging → 3. Infrastructure
4. Module System → 5. WorldGen → 6. Map+Client+ImGUI
7. MacroEntity → 8. Economy(barebone) → 9. Player
10. LocalMap+Client → 11. Advanced Config
Foundation: Config → Coordination → Logging → Modules
Implementation ready with clear development path
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Add factory-architecture-post-player.md: Performance-optimized factory engine
* ProductionModule monolithic design for belt+inserter+factory performance
* SIMD optimization analysis: too complex for Claude Code, prefer simplicity
* War module complete isolation with distributed sub-systems
* Economic simulation: Victoria 3-level complexity with progressive sophistication
* Performance-driven architecture: critical local, strategic distributed
- Add transport-economic-system.md: Comprehensive transport and economic simulation
* Transport mode hierarchy: ship/train/air/truck with pure cost optimization
* Market mechanics: economic phases, order stacking, dynamic pricing
* Trading companies: arbitrage, optimization, market making business models
* Geographic economics: infrastructure ROI, regional specialization
* Player-agnostic design: pure economic simulation without artificial advantages
- Update README.md: Reflect current development focus
* Updated current work to transport and economic systems
* Next steps aligned with new module implementations
* Documentation structure expanded with new technical reports
Technical highlights:
- Transport cost optimization: 0.10€/kg ship vs 5.00€/kg truck (50x difference)
- Volume thresholds: 1000t minimum for ship transport economic viability
- Infrastructure access binary: competitive moat through geographic advantages
- Market clearing algorithm: efficient price discovery with transport constraints
- Economic realism: natural geographic specialization and infrastructure ROI
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
📋 Updated project guidance to reflect current implementation:
- 10 functional engines with CMake build system
- Comprehensive build commands and development workflow
- Complete project structure documentation
- Dependencies and defensive programming features
- Development workflow optimized for daily iteration
🚀 Project status: Design → Implementation active
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
✅ All 10 engines now build successfully:
- Designer, Economy, Event, Factory, Intelligence
- Logistic, MacroEntity, Map, Operation, War
🚀 Features implemented:
- FAST_BUILD vs FULL_BUILD presets for efficient development
- Comprehensive defensive programming (sanitizers, contracts)
- 16 C++ libraries integrated via FetchContent
- GCC-compatible configuration with stack protection
- Unified CMake system across all engines
🛠️ Build commands:
- Fast: cmake -DFAST_BUILD=ON .. && make claude-workflow-fast
- Full: cmake .. && make (all sanitizers + validation)
- Single engine: make economy-engine
🔧 Development workflow optimized for daily iteration.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
🏗️ Created professional C++ architecture:
- Factory Engine: Factorio-like production simulation
- Economy Engine: Global markets and pricing algorithms
- War Engine: Multi-chunk combat and auto-battler
- Designer Engine: Vehicle conception (1-2 designs/tick globally)
- MacroEntity Engine: Companies, diplomacy, administration points
- Map Engine: Procedural generation (218 elements, FOW chunk-based)
- Intelligence Engine: Metrics collection (3.1GB adaptive scaling)
- Operation Engine: Strategic AI generals with ML adaptation
- Logistic Engine: Supply chains and convoy management
- Event Engine: Breakthrough system and global events
✅ Each engine includes:
- Professional header files with complete interfaces
- Autonomous threading and lifecycle management
- Inter-engine communication patterns
- Performance monitoring capabilities
- Organized namespaces (Warfactory::Engine)
🔧 Added .gitignore for C++ development
📦 Added shared/ module for common types
🚀 Ready for CMake setup and implementation
- Add CLAUDE.md project documentation
- Update all documentation with coherence fixes
- Add engines directory structure (to be converted to submodules)
- Add core/, client/ directories for main components
- Resolved 30 coherence problems (P1-P30)
- Enhanced map system with 218 procedural elements
- Comprehensive map system with point-based procedural generation
- Regional tendencies system for geographical specialization
- 10-engine autonomous architecture documentation
- Vehicle design system with 3-layer structure
- Technology trees with breakthrough mechanics
- Economic system with company features and cultural doctrines
- Complete metrics and analytics system
- Military mechanics and AI systems
