MartialArtsRPG

A polished Godot 4 action-prototype built around responsive character movement, cinematic camera control, and a modular combat-ready scene setup. This project is designed to showcase a strong gameplay foundation for action RPG or martial arts experiences.

Built for client-facing game experiences

MartialArtsRPG is a gameplay-focused prototype intended for teams and clients who want to evaluate a believable action movement system, a clean third-person controller, and a production-ready structure that can be expanded into a larger combat or RPG project.

What this prototype includes

• Third-person character movement with smooth turn and camera response
• Sprinting, jumping, and animation-driven state transitions
• Modular animation controller for idle, walk, run, and jump flows
• Terrain and environmental setup using the Terrain3D plugin
• Clean Godot project organization suitable for concept validation and iteration

Gameplay showcase

These visual references reflect the project’s broader environment setup and cross-engine considerations, helping demonstrate how the gameplay foundation can be adapted across different production workflows.

Core systems

Character controller

The player logic in player.gd handles:

• WASD movement
• camera-relative directional movement
• sprint behavior
• jump physics and gravity
• smooth rotation toward movement direction

Animation flow

The animation controller in animation_controller.gd manages:

• idle, walk, and run transitions
• jump start and landing states
• real-time animation switching based on movement and input
• smooth recovery after landing

Environment and scene setup

The project uses:

• Godot 4 project configuration in project.godot
• a training ground scene for gameplay validation
• the addons/terrain_3d plugin for terrain-driven world composition

Tech stack

• Godot 4.7
• GDScript
• Jolt Physics
• Terrain3D addon integration
• GL Compatibility rendering setup

Project structure

.
├── addons/
│   └── terrain_3d/          # Terrain system integration
├── assets/                  # Game assets and related content
├── demo/                    # Demo or test scene content
├── animation_controller.gd  # Character animation state logic
├── player.gd                # Movement, camera, physics controller
├── project.godot            # Godot project configuration
├── training_ground.tscn     # Main gameplay scene
├── Preview.png              # Project preview image
├── Unity_Setup.png          # Unity-related setup reference
├── UnrealEngine_Setup.png   # Unreal Engine setup reference
├── icon.svg                 # Project icon
├── License.txt              # Licensing information
├── README.md                # Project documentation
└── .gitignore

Setup and run

1. Open in Godot

Open the project folder in Godot 4 and load the project configuration.

2. Run the main scene

The default entry point is:

res://training_ground.tscn

3. Controls

• Move: W, A, S, D
• Run: Shift
• Jump: Space
• Camera: Mouse movement

Why this project is valuable

This prototype demonstrates a clear gameplay foundation that can be used to evaluate:

• responsive action controls
• animation-driven character behavior
• third-person pacing and movement quality
• environment integration for action RPG prototypes
• a realistic production workflow for game development teams

Best-fit use cases

This type of project is well suited for:

• concept validation for action RPGs
• prototype pitching to clients or stakeholders
• internal game design exploration
• building a base for more advanced combat and traversal systems

License

This project is distributed under the terms of the project license included in License.txt.

_{Built to demonstrate a strong gameplay foundation for modern action-oriented game projects.}