Unity 2019 Make an intermediate 3d survival game

Course Curriculum

Chapter 1: Introduction

Lecture 1: Content of this course

Lecture 2: Check the game you will create

Lecture 3: Onboarding

Chapter 2: Project setup

Lecture 1: Creating a new Unity project

Lecture 2: Using the resources

Chapter 3: Player movement system

Lecture 1: Goal of this section

Lecture 2: Preparing the models

Lecture 3: 3rd person cinemachine camera

Lecture 4: Getting player input

Lecture 5: Character Controller issue!

Lecture 6: Moving using arrows

Lecture 7: Rotating the player

Lecture 8: Preparing movement animations

Lecture 9: Playing movement animations

Lecture 10: Jumping and the issues of boolean flags

Lecture 11: State pattern – an alternative to boolean flags

Lecture 12: State pattern – restoring previous functionality

Lecture 13: Jump Animations

Lecture 14: Animations for Jumping

Lecture 15: Falling State – what happens when we fall down when jumping

Lecture 16: Falling state fix

Lecture 17: Adding footsteps sound

Lecture 18: Testing the system on a prototypical terrain

Lecture 19: Adding Right and Left movement

Chapter 4: Inventory system View

Lecture 1: Inventory System Introduction

Lecture 2: Inventory System Structure

Lecture 3: Preparing UI – basic panel

Lecture 4: Preparing UI – settings

Lecture 5: Preparing UI – dividing panel into areas

Lecture 6: UI Inventory item element

Lecture 7: Adding scrollbar

Lecture 8: Adding Hotbar UI

Lecture 9: Button helper script

Lecture 10: Item Helper script part 1

Lecture 11: Item Helper script part 2

Lecture 12: Finishing the UI

Lecture 13: Implementing UI module into our game – player input

Lecture 14: Implementing UI module into our game – Inventory State

Lecture 15: Preparing logic behind using the Inventory UI

Chapter 5: Inventory System Data Model and Data

Lecture 1: ItemSO Scriptable object

Lecture 2: FoodItemSO

Lecture 3: Storage system Introduction

Lecture 4: Update: implementing storage scripts from scratch

Lecture 5: Inventory System Data – Adding Storage p1

Lecture 6: Inventory System Data – Adding Storage p2

Lecture 7: Inventory System – Hotbar items

Lecture 8: Inventory System Data – integrating UI p1

Lecture 9: Inventory System Data – integrating UI p2

Lecture 10: ItemSO data manager

Lecture 11: Testing the UI with dummy items

Lecture 12: Testing the UI – displaying data

Chapter 6: Ui Dragging elements in the inventory

Lecture 1: Intro / Recap

Lecture 2: Dragging UI element Part 1

Lecture 3: Dragging UI element Part 2

Lecture 4: Swapping UI data on drag and drop

Lecture 5: Swapping data in inventory

Lecture 6: Swapping data in hotbar part 1

Lecture 7: Swapping data in hotbar part 2

Lecture 8: Finishing and debugging

Chapter 7: Picking up items from the map

Lecture 1: Intro / Recap

Lecture 2: Pickable Item setup

Lecture 3: Detection system

Lecture 4: Performing detection

Lecture 5: Highlighting the selected item

Lecture 6: Highlighting the selected item Part 2

Lecture 7: Interacting with an item – Interact State

Lecture 8: Interact State Part 2

Lecture 9: Adding items to the inventory storage

Lecture 10: Fix closing inventory when dragging

Chapter 8: Finishing Inventory System

Lecture 1: Intro / Recap

Lecture 2: Inventory Buttons Setup – Drop and Use buttons

Lecture 3: Interacting with Drop and Use buttons

Lecture 4: Drop button logic

Lecture 5: Use button logic Part 1

Lecture 6: Use button logic Part 2

Lecture 7: Fixing Highlight issue

Lecture 8: Interacting with hotbar items

Lecture 9: Item Spawner

Chapter 9: Save system for inventory items

Lecture 1: Intro / Recap

Lecture 2: Saving system introduction

Lecture 3: Saving system implementation outline

Lecture 4: Creating ISavable interface

Lecture 5: Implementing ISavable for the inventory

Lecture 6: SaveSystem Class

Lecture 7: Testing save system

Lecture 8: Main menu part 1

Lecture 9: Main menu part 2

Lecture 10: In-game menu p1

Lecture 11: In-game menu p2

Lecture 12: In-game menu p3

Lecture 13: In-game menu p4