Learn to make commercial video games [ GODOT MEGA TUTORIAL ]

After this lecture, you will know how to combine a tileset map with a flat button setting for a turn-based game board.

You will know a lot about Sprite2D, global positioning, and position setting with GD Script.

After this lecture students can code movement in a turn-based video game. Also, you will learn about Array and If conditional branch.

After this lecture, you can create code for one-step movement in the array created field of a turn-based video game.

You will be able to add an animation player node, set the texture for a sprite, and create animation for a game character.

You will know how to set animation for a game character and code it.

After a lecture, you can code pickable items for a game character.

You will know how to add canvas layer node and colored rectangle node after this lecture.

Understanding a simple Godot game design will happen after this lecture.

After a lecture, you can download and install fonts from the asset library. Also, you will learn how to set a font for a game node.

This lecture teaches how to use RichText Label and IF code branch to create some story elements in a video game.

After a lecture, you will know how to add an image to a textured button and how to set it for a game.

You will learn how to create gameplay with user function, action points, and GD Script coding.

After this lecture students will be able to independently create a game plan for a video game and understand all elements of such a plan.

You will know a lot about the progress bar node after this lecture, so you can create many interesting video game elements.

Using VBox container and buttons are explained with a goal of making an micro menu.

After a lecture you will be able to change position of a node.

After this lecture, you will be able to code the nested "IF" branch for improving gameplay.

The lecture will teach about improving coding with user function.

The lecture will teach about user function, global positioning, and the set position method.

After this lecture, you will know how to improve movement in a turn-based game.

After a lecture, you will know how to code improved movement for a turn-based video game.

The lecture explains how to create a user game window.

After this lecture, you will know how to create a random number for a game element.

In this lecture:

• creating a game project and game scene,

• adding game elements, and

• alignment of game elements.

In this lecture:

• saving scene,

• setting an initial scene, and

• adding prepared GD Script code.

In this lecture:

• adding label node,

• setting integer value, and

• using an "str" command.

In this lecture:

• editor menu,

• adding nodes, and

• working with a script.

In this lecture:

• Label node properties,

• visible characters, and

• conditional "IF" branch.

In this lecture:

• Text property,

• hint property, and

• setting visible control.

In this lecture:

• button node signaling,

• visible property, and

• GD Script coding.

In this lecture:

• system function,

• the user create function, and

• GD Script coding.

In this lecture:

• setting user functions,

• self modulate property, and

• some GD Script coding.

In this lecture:

• array for nodes,

• "FOR" loop, and

• a little bit of complex coding.

In this lecture:

• readable coding,

• commenting of functions, and

• spaces for a better overview.

In this lecture:

• adding game story data,

• hint in button element, and

• coding explanations.

In this lecture:

• switch array,

• "if-else" branch, and

• some mumbo jumbo with coding.

In this lecture:

• new GD Script file,

• creating a singleton, and

• setting a singleton.

In this lecture:

• using singletons,

• change scene method, and

• coding.

In this lecture:

• how to change the script,

• finding coding methods in a large code, and

• importance of code commenting.

In this lecture:

• play & code,

• accept dialog, and

• some coding.

In this lecture:

• creating text array,

• "IF" branch and "FOR" loop combination, and

• some coding.

In this lecture:

• user function,

• better coding, and

• explanation.

In this lecture:

• array for text,

• user function, and

• coding.

In this lecture:

• array for land description,

• "IF" and "FOR" combo, and

• some coding.

In this lecture:

• tech tree scene,

• importance of commenting, and

• functions explanation.

In this lecture:

• adding buttons,

• setting buttons, and

• coding visibility.

In this lecture:

• button visibility,

• "IF" branch, and

• some coding.

Planing is important for every project. The same is in computer games projects. In this section, you will learn about it, but if you want to continue with practical lectures and turn-based game examples go to the next section, and you can learn it later.

In this lecture:

• video game planning,

• time-frame manner, and

• content and time.

In this lecture:

• game design,

• game mechanic, and

• time for block one nad block n.

In this lecture:

• about first block,

• design, and

• game mechanics and interface.

In this lecture:

• reusable elements,

• instancing, and

• code reusability.

In this lecture:

• setting a goal,

• defining time, and

• planing game elements.

In this lecture:

• instancing a game scene in a Godot game engine,

• instancing explained, and

• instancing examples.

In this lecture:

• GD Script,

• script explanation, and

• functional code.

In this lecture:

• download Godot game engine,

• install, and

• create a new game project.

In this lecture:

• game example,

• about instancing, and

• a little bit more theory.

In this lecture:

• game plan,

• level design, and

• testing.

In this lecture:

• questions about simplicity,

• Arian scout as a game example, and

• Sancho's ball as a game example.

In this lecture:

• simple idea,

• simple path, and

• simple realization.

In this lecture:

• Godot game engine,

• great 2D games support, and

• instancing.

This lecture teaches about canvas layer possibilities and properties for complex game elements.

The lecture show an implementation of previously learned about canvas layer in his offset property.

The lecture explains the If branch and how to create a switch for the color change, also multiple IFs and nested IF are explained.

In this lecture:

• creating a 2D character with KinematicBody2D, CollisionShape2D, and animated sprite

• coding movement in the process function with move_and_colide

• coding animation with _set_playing()

The lecture explains how to create a 2D environment with tileset nodes, how to create and set tiles.

The lecture teaches about Area2D for collision detection and how to create a pickable game item.

In this lecture, you will learn how to instance a 2D scene to another 2D scene by coding.

In this lecture, you will learn how to create a simple quest system.

Learn how to store data about character position before changing scene and after change a game scene.

In this section of the course, students will learn a lot about 2D game physics. You will learn through one game project. The project will be ball type 2D video game. Knowledge from this section can be used to create a new game or to improve the existing one.

2D Scene creation.

In a lecture, you will see adding a CollisonShape2D to a game object.

Using of StaticBody2D is explained in this lecture.

Adding RigidBody2D( for 2D physics processes) in a game scene.

In this lecture, students will learn about constant linear and constant angular velocity.

The lecture will teach students how to set the texture for Sprite2D, and how to set CollisionShape2D for StaticBody2D.

The constant linear velocity of StaticBody2D is explained in this lecture.

In the lecture, students will learn about the constant angular velocity of the StaticBody2D. Also, students will learn to create colored 2D rectangular.

It's a promo video about the next course topics.

The student will learn how to set movement for a game object.

In this lecture, you will learn how to set game props for an initial video game stat.

This lecture teaches how to complete game elements for one playable game level.

In this lecture, game graphics are improved.

In this lecture, a student will learn how to change and set a graphics for a simple game prop.

In this lecture, students will learn about game props for the 2D game project.

In a lecture, the coding of some complex game props is explained.

Introduction from the "GD Script".

The lecture reminds you about creating a "Hello World" project in a new project and scene.

The lecture includes two code tasks.

In this lecture, you can find more tasks for practicing you GD Script knowledge.