LEARNING GODOT BY CREATING SIMPLE GAMES

LEARNING GODOT BY CREATING SIMPLE GAMES, available at $54.99, with 40 lectures, and has 8 subscribers.

You will learn about Exploring Godot 4. Learning creative and logical thinking. Principles and rules for creating simple games. Solid foundations for further learning programming. This course is ideal for individuals who are Beginner programmers interested in creating games. It is particularly useful for Beginner programmers interested in creating games.

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Summary

Title: LEARNING GODOT BY CREATING SIMPLE GAMES

Price: $54.99

Number of Lectures: 40

Number of Published Lectures: 40

Number of Curriculum Items: 40

Number of Published Curriculum Objects: 40

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Exploring Godot 4.
Learning creative and logical thinking.
Principles and rules for creating simple games.
Solid foundations for further learning programming.

Who Should Attend

Beginner programmers interested in creating games.

Target Audiences

Beginner programmers interested in creating games.

GODOT is an increasingly popular and, above all, completely free program not only for creating games. Thanks to its unique GDScript language and accessible interface, it is gaining an increasing number of fans.

In the course, I would like to familiarize you with the basics of using Godot and do it not on the example of dry theories, but on practical short games in which all our attention will be focused on programming and the interface, without unnecessary and time-consuming bells and whistles.

In the course, you will learn the basics thoroughly, presented in many practical examples, in gradually increasing order of difficulty. Additional modules in the form of prototypes of simple games will allow you to understand when and how given patterns are used.

Some examples from the course:

– How to create an Arkanoid game quickly.

– How to create an endless runner game.

– Simple top view car game.

– Some math and drawing in Godot.

– Tic Tac Toe.

– Landing on the platform with a spaceship.

Godot version 4 allows you to create games in both 2D and 3D. The special Tiles map system and many other amenities attract especially Indie programmers who create mainly in two dimensions.

Programming will be taught in GDScript, a language similar to Python and extremely intuitive in its own way. The user-friendliness of the hint system and the encyclopedia of Methods and Classes in GDScript will significantly speed up the learning process. I invite.

Course Curriculum

Chapter 1: Wstęp

Lecture 1: Introduction

Lecture 2: Godot versions

Chapter 2: A retro-style Arkanoid game.

Lecture 1: Introduction, main screen and player creation.

Lecture 2: Sterring of the player and borders of the screen.

Lecture 3: Bouncing Ball

Lecture 4: Bricks on the Screen

Lecture 5: List of Bricks.

Lecture 6: Timer and waiting for the start of a new game.

Chapter 3: Endless Runner

Lecture 1: Where to get graphics, sounds and backgrounds.

Lecture 2: Player, floor and images Import

Lecture 3: Falling, jumping and animation's hero .

Lecture 4: Obstacle and collisions

Lecture 5: Points and own Signal

Lecture 6: Restart games, timer and moving floor.

Chapter 4: Car Game

Lecture 1: Introduction to Car Game

Lecture 2: Sterring with Car

Lecture 3: Background and collision road

Lecture 4: Graphics, checkpoints and finish line

Lecture 5: Restart and Start Timer

Lecture 6: Checkpoints and End Game

Chapter 5: TIC TAC TOE

Lecture 1: Introductions: Buttons and GridContainer

Lecture 2: Players' turn

Lecture 3: Check who won

Lecture 4: GUI, Restart and the case when no one wins

Chapter 6: Ship Lander

Lecture 1: Introduction to Ship Lander

Lecture 2: Sterring of Ship

Lecture 3: Good Landing

Lecture 4: Introduction to Tilemap Node

Lecture 5: Collision in Tilemap

Lecture 6: Creating Levels

Lecture 7: Changing Levels

Chapter 7: Drawing in Godot

Lecture 1: Introduction and simple shapes.

Lecture 2: Circular motion in real time.

Lecture 3: Wave and Spiral

Lecture 4: Line_2d Node.

Lecture 5: Sierpinski Triangle: Episode 1

Lecture 6: Sierpinski Triangle: Episode 2

Lecture 7: Sierpinski Triangle: Episode 3

Lecture 8: Right Triangle in Circle

Lecture 9: Sinus and Cosinus

Instructors

Mariusz Krzysiak
Programista, popularyzator wiedzy.

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