Godot Engine Game Development Projects
Godot Engine Game Development Projects is for both new users and experienced developers, who want to learn to make games using a modern game engine. Some prior programming experience is recommended.
简介
Godot Engine Game Development Projects is for both new users and experienced developers, who want to learn to make games using a modern game engine. Some prior programming experience is recommended.
版权
出版社Packt Publishing
出版时间2018年6月
字数296,302
分类科学技术-工业技术
热门划线
Godot Engine Game Development Projects
Chris Bradfield
- 版权信息
- Dedication
- www.packtpub.com
- Why subscribe?
- PacktPub.com
- Foreword
- Contributors
- About the author
- About the reviewer
- Packt is searching for authors like you
- Preface
- Who this book is for
- What this book covers
- To get the most out of this book
- Download the example code files
- Download the color images
- Conventions used
- Get in touch
- Reviews
- Introduction
- General advice
- What is a game engine?
- What is Godot?
- Downloading Godot
- Alternate installation methods
- Overview of the Godot UI
- Project Manager
- Choosing filenames
- Editor window
- About nodes and scenes
- Scripting in Godot
- About GDScript
- Summary
- Coin Dash
- Project setup
- Vectors and 2D coordinate systems
- Vectors
- Pixel rendering
- Part 1 – Player scene
- Creating the scene
- Sprite animation
- Collision shape
- Scripting the Player
- Moving the Player
- About delta
- Choosing animations
- Starting and Ending the Player s Movement
- Preparing for collisions
- Part 2 – Coin scene
- Node setup
- Using groups
- Script
- Part 3 – Main scene
- Node setup
- Main script
- Initializing
- Starting a new game
- Checking for remaining coins
- Part 4 – User Interface
- Node setup
- Anchors and margins
- Message label
- Score and time display
- Containers
- Updating UI via GDScript
- Using buttons
- Game over
- Adding the HUD to Main
- Part 5 – Finishing up
- Visual effects
- What is a tween?
- Sound
- Powerups
- Coin animation
- Obstacles
- Summary
- Escape the Maze
- Project setup
- Project organization
- Inheritance
- Character scene
- Animations
- Collision detection
- Character script
- Player scene
- Player script
- Enemy scene
- Optional – turn-based movement
- Creating the level
- Items
- TileSets
- Creating a TileSet
- TileMaps
- Level script
- Adding more levels
- Game flow
- Start and end screens
- Globals
- Global script
- Score
- Saving the High Score
- Reading and writing files
- Finishing touches
- Death animation
- Sound effects
- Summary
- Space Rocks
- Project setup
- Rigid body physics
- Player ship
- Body setup and physics
- State machines
- Controls
- Screen wrap
- Shooting
- Bullet scene
- Firing bullets
- Rocks
- Scene setup
- Variable size
- Instancing
- Exploding rocks
- Explosion scene
- Adding to Rock
- Spawning smaller rocks
- UI
- Layout
- UI functions
- Main scene code
- Player code
- Game over
- Detecting collisions between physics bodies
- Pausing the game
- Enemies
- Following a path
- Enemy scene
- Moving the Enemy
- Spawning enemies
- Enemy shooting and collisions
- Additional features
- Sound/music
- Particles
- Enemy trail
- Player shield
- Summary
- Jungle Jump (Platformer)
- Project setup
- Introducing kinematic bodies
- Collision response
- move_and_collide
- move_and_slide
- Player scene
- Collision Layer/Mask
- Sprite
- Collision shape
- Shapes
- Animations
- Finishing up the scene tree
- Player states
- Player script
- Player movement
- Testing the moves
- Player health
- Collectible items
- Collectible scene
- Collectible script
- Designing the level
- TileSet configuration
- Base-level setup
- Designing the first level
- Scrolling background
- Dangerous objects
- About slide collisions
- Enemies
- Scene setup
- Script
- Damaging the enemy
- HUD
- Scene setup
- Script
- Attaching the HUD
- Title screen
- Scene setup
- Main scene
- Level transitions
- Door scene
- Finishing touches
- Sound effects
- Infinite falling
- Double jump
- Dust particles
- Crouching state
- Climbing ladders
- Player code
- Level code
- Moving platforms
- Summary
- 3D Minigolf
- Introduction to 3D
- Orienting in 3D space
- Godot s 3D editor
- Adding 3D objects
- Global versus Local Space
- Transforms
- Transforms in code
- Meshes
- Importing meshes
- Primitives
- Multiple meshes
- Cameras
- Project setup
- Creating the course
- GridMaps
- Making a MeshLibrary
- Drawing the course
- WorldEnvironment
- Finishing the scene
- Ball
- Testing the ball
- Improving collisions
- UI
- Aiming arrow
- UI display
- Scripts
- UI
- Main
- Ball
- Hole
- Testing it out
- Improving aiming – option 1
- Improving aiming – option 2
- Camera improvements
- Multiple cameras
- Orbiting camera
- Creating a gimbal
- Tracking camera
- Visual effects
- SpatialMaterials
- Environment options
- Lighting
- Summary
- Additional Topics
- Using Godot s documentation
- Reading the API documentation
- Exporting projects
- Getting the export templates
- Export presets
- Exporting
- Example – Coin Dash for Android
- Modifying the game
- Preparing your system
- Exporting
- Shaders
- Creating a shader
- Learning more
- Using other languages
- C#
- VisualScript
- Native code – GDNative
- Language bindings
- Asset library
- Contributing to Godot
- Contributing to the engine
- Writing documentation
- Donations
- Getting help – community resources
- GitHub
- Godot Q and A
- Discord / Forum
- Summary
- Other Books You May Enjoy
- Leave a review - let other readers know what you think