Game Dev Studio (BMGD)

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Overview

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Key Features

• Multi-Engine Support - Workflows for Unity, Unreal Engine, and Godot
• Game Design Workflows - From concept to game design document
• Technical Design - Game architecture, systems, and technical planning
• Asset Pipeline - Asset creation, management, and integration guidance
• Gameplay Programming - Code structure and patterns for game mechanics
• Performance Optimization - Game-specific performance tuning
• Publishing Support - Platform-specific release preparation
• Game-Specific Agents - Specialized personas for game development roles

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Installation

npx bmad-method install
# Select Game Dev Studio when prompted

npx bmad-method install --modules gds

npx bmad-method install --modules gds --yes

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Repository Information

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Specialized Agents

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Game Designer

• Game mechanics design
• Player experience
• Game balance and progression
• Monetization strategy
• Level design principles

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Technical Game Designer

• Systems design
• Combat and AI systems
• Economy and progression systems
• Tool requirements
• Prototyping strategy

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Game Programmer

• Gameplay programming
• Game architecture patterns
• Engine-specific best practices
• Performance optimization
• Code organization for games

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Game Artist (Technical)

• Asset pipeline setup
• Technical art constraints
• Shader and material guidance
• Performance budgets
• Integration workflows

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Core Workflows

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Game Concept Development

/workflow game-concept

• Core gameplay loop
• Unique selling points
• Target audience
• Platform considerations
• High-level scope

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Game Design Document

/workflow game-design-doc

• Game overview and vision
• Gameplay mechanics
• Systems design
• Progression and balance
• Content plan

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Technical Design Document

/workflow game-technical-design

• Architecture overview
• System dependencies
• Engine-specific considerations
• Performance targets
• Technical constraints

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Asset Pipeline Setup

/workflow asset-pipeline

• Asset naming conventions
• Folder structure
• Import settings
• Optimization guidelines
• Version control setup

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Gameplay System Design

/workflow design-gameplay-system

• System requirements
• Data structures
• State management
• Integration points
• Testing approach

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Engine-Specific Support

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Unity

• C# coding patterns
• ScriptableObject architecture
• Unity-specific workflows
• Package management
• Build pipeline setup

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Unreal Engine

• Blueprint best practices
• C++ integration
• Gameplay Framework usage
• Performance profiling
• Packaging and deployment

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Godot

• GDScript patterns
• Scene organization
• Node architecture
• Resource management
• Export templates

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Game Development Lifecycle

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Pre-Production

1. Concept development
2. Prototyping strategy
3. Technical feasibility
4. Scope definition
5. Team and resource planning

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Production

1. Iterative development sprints
2. Vertical slice creation
3. Content production
4. System implementation
5. Regular playtesting

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Polish & Release

1. Performance optimization
2. Bug fixing and stability
3. Platform compliance
4. Marketing asset creation
5. Launch preparation

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Post-Launch

1. Live operations
2. Update planning
3. Community feedback integration
4. DLC/expansion development

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Configuration Variables

• Game engine selection (Unity, Unreal, Godot)
• Target platforms
• Asset storage locations
• Design document templates
• Build configuration paths

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Integration with BMM

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Architecture Phase

• Game-specific architecture patterns
• Engine framework integration
• Performance architecture
• Data-driven design

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Sprint Planning

• Feature vs. content balance
• Iteration and polish time
• Playtesting sessions
• Vertical slice milestones

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Implementation

• Gameplay code reviews
• Asset integration
• Performance profiling
• Build and playtest automation

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Best Practices

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Game Design

1. Prototype core mechanics early
2. Playtest frequently
3. Iterate based on player feedback
4. Balance scope with resources
5. Document design decisions

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Technical Development

1. Plan for performance from the start
2. Use data-driven design
3. Decouple systems for flexibility
4. Profile early and often
5. Automate builds and testing

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Asset Management

1. Establish naming conventions early
2. Version control binary assets properly
3. Optimize assets for target platforms
4. Use asset bundles/packages
5. Document asset specifications

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Example Use Cases

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2D Mobile Game

# Start with game concept
/workflow game-concept

# Create game design document
/workflow game-design-doc

# Set up asset pipeline for 2D sprites
/workflow asset-pipeline

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3D PC Game (Unity)

# Technical design for 3D systems
/workflow game-technical-design

# Design combat system
/workflow design-gameplay-system

# Consult game programmer
/agent game-programmer

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Multiplayer Game (Unreal)

# Ask technical game designer about networking
/agent technical-game-designer
"What's the best approach for client-server architecture in Unreal?"

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Platform Support

• PC - Steam, Epic Games Store, GOG
• Console - PlayStation, Xbox, Nintendo Switch
• Mobile - iOS, Android
• Web - WebGL, HTML5
• VR/AR - Meta Quest, PSVR, HoloLens

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Performance Optimization

• Frame rate optimization
• Memory management
• Asset streaming
• LOD systems
• Physics optimization
• Rendering performance
• Network optimization

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Support and Resources

• GitHub: Repository
• Discord: Get help in the #game-dev channel
• Issues: Report bugs or request features on GitHub
• Examples: Sample game projects using BMGD

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Next Steps