
The general plan we'll follow during this course. Also, students will get to know more about the instructor.
Identify which UI elements to export, disable text layers, and export using PNG for transparency; plan for dynamic text, layered backgrounds, and consistent dimensions across states.
Compare vector and raster graphics: vectors use mathematical formulas and scale without quality loss, while rasters paint pixels and lose detail. Explore ui workflows, formats, and png exports for transparency.
Assess font licensing and availability, using sources like Font Squirrel to swap fonts when needed. Prioritize legible UI fonts and consider serif options for buttons and text entry fields.
Explore the distinction between simple and complex UI components in Godot, from basic controls like buttons and checkboxes to multi-state layouts and scalable elements.
Learn to skin a Godot button by separating text from graphics, applying normal and pressed state textures, and adjusting margins and content padding for a clean UI.
discover how themes streamline ui design in Godot Engine by applying a theme to a parent node to style buttons consistently, with overrides for specific components.
See how the checkbox is a button subclass and how toggle mode makes it two-state. Configure on and off textures, test states, and explore inheritance, radio and toggle button concepts.
Discover how to implement radio buttons in Godot by sharing a button group among checkbox components, ensuring only one selection at a time and styling accordingly.
Create a toggle button in Godot by basing it on the default button and defining a toggle variation. Apply gradients, borders, and a group behavior to mimic radio button selection.
Explore how to design a functional menu button in Godot by configuring textures, alignment, and borders, styling the popup menu with flat colors, borders, margins, and item separators.
Explore how color picker button, option button, tool button, link button, and texture button function and style, with emphasis on color changes, toggles, and theme overrides.
Discover how to create and customize label typography in Godot by applying theme fonts, swapping dynamic fonts, and tuning font color and state variations for clarity.
Create a tag badge in Godot by styling a label with a background and margins, expose a dynamic count via a script, and use the tool keyword for editor updates.
Design alert and notification components in Godot by building labeled alerts with icons, adjustable fonts and margins, and error, warning, and success variants.
Build a progress bar in Godot by combining a background, foreground, and label inside a margin container, and explore texture-based linear and radial options.
Explore creating a thematic search bar by duplicating a progress bar, using a texture background, an editable line edit, and a texture button with a clickable icon.
Learn to manage theme overrides for panels and containers, saving blue and red variants. Organize textures under themes folders and reuse components like buttons and progress bars.
You have just created a working prototype for your game but there is still that nagging feeling: will the game's UI impress your players?
Maybe you thought applying pretty-looking UI elements would take a long time. So, you compromised and went with the default theme. Perhaps, you know how to change the look of some components but you don't want to commit yourself to skin the whole set for fear of changing it altogether if a new look will be picked in the end.
KEY TAKEAWAYS
In this course, you'll start off by skinning the most commonly used UI elements in Godot Engine such as Button, Label, CheckBox, etc. Then, you'll move on to implementing more and more complex UI examples. To that end, you'll be tackling the following topics:
Taking advantage of themes in lieu of individually skinning components since themes will let you instantly change how your UI looks.
Creating new UI components that are otherwise not part of the game engine.
Although changing the look and feel of simple UI components will be necessary, sometimes, it won't be enough. We'll show you how to put simple components together to build a composite UI.
OBJECTIVE
By the end of this course, you'll feel familiar with creating themes and coming up with creative solutions to introduce missing UI options. Ultimately, swapping and combining themes will give you complete flexibility in attaining the look you would like to have for your game. You can even use the same methods if you are using the engine for building desktop applications.
Now, get in there and create fabulous themes!