Programming and Game Design for DeckBuilding Games

Programming and Game Design for DeckBuilding Games, available at $84.99, has an average rating of 4.72, with 64 lectures, based on 9 reviews, and has 125 subscribers.

You will learn about Create a card system, with functions for drawing, shuffling, etc Create UI and animations to display cards and show action feedback, like card going from deck to hand, from hand to discard, being played, etc Create an Input system for the player be able to Select, Drag, Skip turn, etc Create units and simple stat systems, as well as interactions with those values Create a modular effect system for the cards, including different targeting mechanisms, costs and requirements to use Create a State Machine to control the flux of the game Create a modifier system to deal with status effects, artifacts, etc and how those alter the stats This course is ideal for individuals who are Game Developers or Recently Graduated Programmers or Programmers with little experience on games or Lovers of card games and deckbuilding games like Slay the Spire/Magic/etc It is particularly useful for Game Developers or Recently Graduated Programmers or Programmers with little experience on games or Lovers of card games and deckbuilding games like Slay the Spire/Magic/etc.

Enroll now: Programming and Game Design for DeckBuilding Games

Summary

Title: Programming and Game Design for DeckBuilding Games

Price: $84.99

Average Rating: 4.72

Number of Lectures: 64

Number of Published Lectures: 64

Number of Curriculum Items: 64

Number of Published Curriculum Objects: 64

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Create a card system, with functions for drawing, shuffling, etc
Create UI and animations to display cards and show action feedback, like card going from deck to hand, from hand to discard, being played, etc
Create an Input system for the player be able to Select, Drag, Skip turn, etc
Create units and simple stat systems, as well as interactions with those values
Create a modular effect system for the cards, including different targeting mechanisms, costs and requirements to use
Create a State Machine to control the flux of the game
Create a modifier system to deal with status effects, artifacts, etc and how those alter the stats

Who Should Attend

Game Developers
Recently Graduated Programmers
Programmers with little experience on games
Lovers of card games and deckbuilding games like Slay the Spire/Magic/etc

Target Audiences

Game Developers
Recently Graduated Programmers
Programmers with little experience on games
Lovers of card games and deckbuilding games like Slay the Spire/Magic/etc

This course is designed for aspiring game developers who want to learn how to create card building games like Slay the Spire and Magic the Gathering. Students will learn the technical skills necessary to build a game from scratch, including programming, effects, targeting cards, and UI design.

Learn all the way from developing the basics of a card system like having a deck, drawing and shuffling and then having complex modular targeting and effects systems to use on enemy units!

So, very briefly, the course teaches how to create basic card system functions; card animations going from hand to deck, shuffling and others; player input like using cards and skipping turns; targeting enemies, your own units or all; requirements to use like energy cost; effect systems that cause damage, heals or gain block; a state machine to controle the flux of game like maintenance phase, draw phase, etc; modifier systems to have status effects like Vulnerable, which increases how much damage the unit takes.

By the end of the course, students will have a solid understanding of how to design and program card building games, and will have a working prototype of their own card game. Whether you’re interested in pursuing a career in game development or just want to build your own games for fun, this course is a great way to get started!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Unity and Preparing the Environment

Lecture 3: Text Editor

Chapter 2: Setting up the Environment and UI

Lecture 1: Creating the Project and Getting the Art

Lecture 2: Creating the Card Prefab

Lecture 3: Creating the Prefab Variants

Lecture 4: Solving the Image Order Problem

Lecture 5: Adding a Horizontal Layout

Lecture 6: CardHolder

Lecture 7: Creating the Deck

Lecture 8: Moving the Cards

Lecture 9: Rotating the Cards

Lecture 10: Draw and Discard

Lecture 11: Shuffling Cards back into the Deck

Chapter 3: Beginning the Effect System

Lecture 1: Using Interfaces

Lecture 2: Using Different Child GameObjects

Lecture 3: Discard After Playing

Chapter 4: Inputs

Lecture 1: Adding the Input System

Lecture 2: Making the Card Selectable

Lecture 3: Drag System

Lecture 4: Drag System Pt. 2

Lecture 5: Detecting When a Card is Used

Lecture 6: Adding a Delay Between Card Movements

Lecture 7: Automatically Shuffling

Lecture 8: Effect When the Card is Used

Chapter 5: Units, Effects and Targeting

Lecture 1: Unit and Stats

Lecture 2: Finding Sprites for the Units

Lecture 3: CombatTester and Setting Initial Stats

Lecture 4: Starting our Target System

Lecture 5: ITarget

Lecture 6: TargetPlayer

Lecture 7: TargetAllEnemies

Chapter 6: State Machine

Lecture 1: StateMachine and State

Lecture 2: Adding Functionality to the LoadState

Lecture 3: Initializing Units

Lecture 4: Units Queue and TurnBeginState

Lecture 5: RecoveryState

Lecture 6: Playing Cards in the Correct State

Lecture 7: Ending Your Turn

Lecture 8: Clicking Units

Lecture 9: System for Playing Cards in Sequence

Lecture 10: Adding the Possibility of Multiple Effects per Card

Chapter 7: More Effects and Requirement System

Lecture 1: TargetUnit

Lecture 2: Visual Feedback for Pointing at an Unit

Lecture 3: IPlayability

Lecture 4: Spending Energy

Lecture 5: Energy UI

Lecture 6: Stats Get/Sets

Lecture 7: Block Effect

Lecture 8: Block Protecting From Damage

Lecture 9: Victory and Loss Condition

Lecture 10: Status Effect

Lecture 11: Duration for Status Effects

Lecture 12: Damage Modifier

Lecture 13: Damage Modifier with Reference Type

Lecture 14: Percentage Status Effect

Lecture 15: Separating DoAttackDamage and TakeAttackDamage

Lecture 16: Modifying Block Values

Lecture 17: Mixing Stat Modifiers and the Percentage Effects

Lecture 18: Changing ICardEffect to an Abstract Class

Lecture 19: Applying Status Effects

Lecture 20: Stacking

Lecture 21: Disabling an Unit

Chapter 8: Project Backup

Lecture 1: Project Backup

Instructors

TheCodingCult (aka Henrique de Carvalho)
College Teacher/Programmer/Indie GameDev

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 0 votes
4 stars: 3 votes
5 stars: 6 votes

Frequently Asked Questions

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