metaverseDubai/PROJECT_PLAN.md

Project Plan - 90-Day Dubai Metaverse Production

Overview

This document outlines the complete 90-day production plan for the Dubai Metaverse project, broken down by phases, weeks, and specific deliverables.

Timeline Summary

• Phase 1: Pre-Production (Days 1-15) - 2 weeks
• Phase 2: Environment Production (Days 15-45) - 3 weeks
• Phase 3: World Systems (Days 45-70) - 3.5 weeks
• Phase 4: Gameplay + Interaction (Days 70-85) - 2 weeks
• Phase 5: Final Polish + Packaging (Days 85-90) - 1 week

Total Duration: 90 days (12.5 weeks)

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Phase 1: Pre-Production (Days 1-15)

Week 1: Vision, Scope, & Pipeline Setup (Days 1-7)

Objectives:

• Establish project foundation
• Set up development pipeline
• Configure Unreal Engine 5.4
• Create project documentation

Key Deliverables:

• ✅ Project charter and technical brief
• ✅ Art bible and visual style guide
• ✅ District selection and hero landmark decision
• ✅ Unreal Engine 5.4 project initialized
• ✅ Version control configured (Git LFS)
• ✅ Project folder structure created
• ✅ Naming conventions established
• ✅ Essential plugins installed

Technical Tasks:

• Initialize UE5.4 project with correct settings
• Configure Nanite, Lumen, World Partition
• Set up Git LFS for large files
• Install required plugins (PCG, MRQ, etc.)
• Create folder structure
• Document pipeline workflows

Success Criteria:

• All documentation complete
• UE5 project ready for asset import
• Version control working correctly
• Team can begin work immediately

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Week 2: Geospatial Acquisition + Blockout (Days 8-15)

Objectives:

• Acquire geospatial data for Dubai Marina
• Create accurate 1:1 scale blockout
• Validate layout and scale
• Identify asset requirements

Key Deliverables:

• ✅ OpenStreetMap data imported
• ✅ GIS/DEM terrain data processed
• ✅ Playable graybox level
• ✅ Accurate building footprints
• ✅ Road network established
• ✅ Asset list (Tier 1, 2, 3)
• ✅ Blockout review completed

Technical Tasks:

• Import OpenStreetMap building data
• Generate terrain from elevation data
• Create proxy building meshes
• Set up road network
• Validate scale and navigation
• Document data sources

Success Criteria:

• Blockout accurately represents Dubai Marina
• Scale is 1:1 and validated
• Navigation flow is logical
• Asset list is comprehensive

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Phase 2: Environment Production (Days 15-45)

Week 3: Procedural City Generation (Days 15-22)

Objectives:

• Set up PCG system for building placement
• Integrate Houdini for advanced procedural generation
• Populate blockout with procedural content
• Establish procedural workflows

Key Deliverables:

• ✅ PCG graphs for building placement
• ✅ PCG graphs for road props
• ✅ PCG graphs for vegetation
• ✅ Houdini HDAs for building generation
• ✅ Populated blockout (60-70% proxy buildings)
• ✅ Procedural workflow documented

Technical Tasks:

• Create PCG building placement rules
• Generate LOD1-LOD3 building proxies
• Set up road material and decals
• Populate lamp posts, sidewalks, barriers
• Create tree placement system
• Integrate Houdini building generator

Success Criteria:

• Blockout fully populated procedurally
• 60-70% of buildings represented
• Procedural system is reusable
• Performance is acceptable

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Week 4: Hero Landmark Modeling + Texturing (Days 22-29)

Objectives:

• Model Cayan Tower to photoreal quality
• Create 8K texture sets
• Set up Nanite mesh
• Achieve photoreal visual quality

Key Deliverables:

• ✅ Cayan Tower high-poly model
• ✅ 8K texture sets (UDIM workflow)
• ✅ Nanite static mesh
• ✅ PBR materials (glass, chrome, etc.)
• ✅ Arabic calligraphy textures (if needed)
• ✅ Hero asset imported to UE5

Technical Tasks:

• High-poly modeling of Cayan Tower
• Low-poly optimization (if needed for Nanite)
• Substance Painter texturing (8K)
• Material creation (glass, chrome, emissive)
• Nanite conversion and import
• Material assignment and testing

Success Criteria:

• Hero asset is photoreal quality
• 8K textures are properly applied
• Nanite mesh renders correctly
• Materials match reference

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Week 5: Detailed Architecture + Materials (Days 29-36)

Objectives:

• Model 20-40 primary buildings
• Create material library
• Apply 4K-8K textures
• Add weathering and detail passes

Key Deliverables:

• ✅ 20-40 primary buildings modeled
• ✅ Dubai architecture material library
• ✅ 4K texture sets for buildings
• ✅ Shader variations (dust, fingerprints, weathering)
• ✅ Global decal pass
• ✅ 70-80% buildings at production detail

Technical Tasks:

• Model primary buildings
• Create shared material library
• Texture buildings (4K-8K)
• Add unique rooftop elements
• Create shader variations
• Apply global decals

Success Criteria:

• 70-80% buildings complete
• Material library is comprehensive
• Textures are production quality
• Performance is maintained

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Phase 3: World Systems (Days 45-70)

Week 6: Lighting, Atmosphere, & Weather (Days 36-43)

Objectives:

• Set up Lumen global illumination
• Create day/night cycle
• Configure atmosphere and weather
• Achieve realistic Dubai lighting

Key Deliverables:

• ✅ HDRI sky setup
• ✅ Day/night cycle system
• ✅ Volumetric fog and atmosphere
• ✅ Heat haze shader
• ✅ Post-process volume
• ✅ Sunrise to sunset cycle working

Technical Tasks:

• Configure Lumen GI and reflections
• Set up HDRI sky
• Create directional light with day/night cycle
• Add volumetric fog
• Create heat haze shader
• Configure post-process (bloom, DOF, color grading)

Success Criteria:

• Lighting matches Dubai aesthetic
• Day/night cycle transitions smoothly
• Performance is acceptable
• Visual quality is cinematic

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Week 7: Vehicles, Water, & World FX (Days 43-50)

Objectives:

• Set up Chaos vehicle system
• Create Marina water simulation
• Add particle effects
• Implement AI traffic

Key Deliverables:

• ✅ Dubai supercars (Lamborghini, G-Wagon, Ferrari)
• ✅ Chaos vehicle system working
• ✅ Marina water shader with reflections
• ✅ Particle effects (dust, heat, sand, fountains)
• ✅ AI traffic spline system
• ✅ Drivable vehicle

Technical Tasks:

• Model/import supercar vehicles
• Set up Chaos vehicle physics
• Create vehicle controller
• Develop Marina water shader
• Create particle systems
• Set up AI traffic on splines

Success Criteria:

• Vehicles drive realistically
• Water looks photoreal
• Particle effects enhance atmosphere
• Performance is maintained

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Week 8: MetaHumans + AI NPCs (Days 50-57)

Objectives:

• Create 5-10 diverse MetaHumans
• Set up NPC behavior trees
• Integrate ChatGPT dialogue (optional)
• Populate district with NPCs

Key Deliverables:

• ✅ 5-10 MetaHumans created
• ✅ Animation sets (walking, sitting, phone, gestures)
• ✅ Behavior trees for NPCs
• ✅ NPC AI controller
• ✅ ChatGPT integration (optional)
• ✅ NPCs populating district

Technical Tasks:

• Create MetaHumans in MetaHuman Creator
• Import MetaHumans to UE5
• Set up animation blueprints
• Create behavior trees
• Implement NPC controller
• Integrate ChatGPT API (optional)

Success Criteria:

• NPCs look realistic
• Behavior is natural
• Performance is acceptable
• Dialogue system works (if implemented)

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Phase 4: Gameplay + Interaction (Days 70-85)

Week 9: Core Interactions (Days 57-64)

Objectives:

• Create player controller
• Implement interaction system
• Add UI elements
• Set up navigation system

Key Deliverables:

• ✅ Player controller (first/third-person)
• ✅ Interaction system framework
• ✅ Interactable objects (doors, holograms, info panels, elevators)
• ✅ UI widgets (main menu, mini-map, interaction prompts)
• ✅ Teleport/fast travel system
• ✅ Simple quest/navigation system

Technical Tasks:

• Create player pawn and controller
• Build base interactable class
• Implement specific interactions
• Create UI widgets
• Set up input mapping
• Create navigation system

Success Criteria:

• All interactions work correctly
• UI is functional and polished
• Navigation is intuitive
• Performance is maintained

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Week 10: Cinematic Rendering + Performance Pass (Days 64-71)

Objectives:

• Create 6-12 cinematic shots
• Set up Movie Render Queue for 8K
• Optimize performance
• Achieve target frame rates

Key Deliverables:

• ✅ 6-12 cinematic sequences
• ✅ Master cinematic sequence
• ✅ Movie Render Queue presets (8K EXR, 4K MP4)
• ✅ Performance optimizations
• ✅ LOD system complete
• ✅ World Partition streaming optimized
• ✅ 45-60 second 8K cinematic trailer

Technical Tasks:

• Create cinematic sequences in Sequencer
• Set up camera paths (drone, helicopter, street)
• Configure Movie Render Queue
• Render 8K EXR output
• Performance profiling and optimization
• LOD generation and assignment
• Streaming volume optimization

Success Criteria:

• Cinematic renders at 8K successfully
• Playable demo runs at 60-90 FPS
• All optimizations implemented
• Visual quality maintained

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Phase 5: Final Polish + Packaging (Days 85-90)

Week 11-12: Testing & Build Delivery (Days 71-90)

Objectives:

• Complete testing and QA
• Integrate audio
• Package final build
• Create developer handoff documentation

Key Deliverables:

• ✅ Comprehensive testing completed
• ✅ Audio integrated (ambient, vehicles, footsteps, music)
• ✅ Final build packaged (Windows)
• ✅ Pixel Streaming setup (optional)
• ✅ VR stub (optional)
• ✅ Complete documentation
• ✅ Developer handoff kit

Technical Tasks:

• Execute testing checklist
• Fix identified bugs
• Integrate audio assets
• Configure final game mode
• Package Windows build
• Set up Pixel Streaming (optional)
• Create final documentation
• Generate asset catalog

Success Criteria:

• All systems tested and working
• Build packages successfully
• Documentation is complete
• Ready for delivery

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Milestone Summary

Milestone	Date	Deliverable
M1: Project Setup	Day 7	Documentation, UE5 setup, version control
M2: Blockout Complete	Day 15	Playable graybox, asset list
M3: Procedural Generation	Day 22	Populated blockout with PCG
M4: Hero Asset Complete	Day 29	Cayan Tower photoreal
M5: Architecture Complete	Day 36	70-80% buildings done
M6: Lighting Complete	Day 43	Day/night cycle, atmosphere
M7: Vehicles & Water	Day 50	Drivable vehicles, Marina water
M8: NPCs Complete	Day 57	MetaHumans with behavior
M9: Interactions Complete	Day 64	Full interaction system
M10: Cinematic Complete	Day 71	8K cinematic trailer
M11: Final Delivery	Day 90	Complete demo, documentation

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Risk Management

Schedule Risks

• Asset Creation Delays: Mitigate with early start, parallel workstreams
• Integration Issues: Early integration testing, modular design
• Performance Problems: Early performance testing, optimization passes

Technical Risks

• Nanite/Lumen Compatibility: Early testing, fallback strategies
• Water Simulation Complexity: Prototype early, simplify if needed
• Performance Targets: Continuous optimization, quality vs. performance balance

Scope Risks

• Feature Creep: Strict scope control, change management
• Quality Expectations: Clear quality targets, regular reviews

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Resource Requirements

Team Roles

• Technical Director: Overall technical leadership
• Environment Artists: Building modeling, texturing
• Lighting Artist: Lighting, atmosphere, post-process
• Technical Artist: PCG, Houdini, shaders
• Gameplay Programmer: Interactions, vehicles, NPCs
• VFX Artist: Particles, water, effects
• Audio Designer: Ambient audio, sound effects

Tools & Software

• Unreal Engine 5.4
• Blender/Maya (3D modeling)
• Houdini (Procedural generation)
• Substance Painter/Designer (Texturing)
• RealityCapture/Luma AI (Photogrammetry)
• Git LFS or Perforce (Version control)

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Success Metrics

Technical Metrics

• ✅ 60-90 FPS at 1440p/4K
• ✅ 8K EXR cinematic renders successfully
• ✅ All systems functional
• ✅ Performance targets met

Quality Metrics

• ✅ Photoreal visual quality
• ✅ Hero asset meets 8K quality standard
• ✅ Lighting matches Dubai aesthetic
• ✅ Materials demonstrate PBR excellence

Delivery Metrics

• ✅ Playable demo functional
• ✅ 8K cinematic trailer complete
• ✅ Documentation comprehensive
• ✅ Codebase clean and scalable

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Version: 1.0 Last Updated: [Current Date] Status: Active