TextureFont is an addon for Godot that allows creating fonts from textures from directly within the editor.This addon adds a new TextureFont resource that defines how each character is mapped to the texture(s). These resources can be used anywhere a font is expected (Such as Label, Button, TextEdit). They allow for fancier, more colorful or more retro-looking fonts over the standard formats.See the repository for more information:https://github.com/Mickeon/Godot-Texture-Font
# GdUnit4 4.3.1This version of GdUnit4 is based on Godot v4.2.2.stable.official [15073afe3]## Please read the following disclaimer carefully before proceeding! Before you install the new version, you have to disable the plugin and delete.- Deactivate the GdUnit4 plugin if you have installed- Uninstall the current GdUnit version (delete the folder res://addons/gdUnit4)- Restart Godot- Install this version and restart Godot- Activate the GdUnit4 pluginhttps://mikeschulze.github.io/gdUnit4/* Features* Support for writing and executing tests in GdScript or C#* Embedded test Inspector in Godot for easy navigation of your test suites* Convenient interface for running test-suites directly from Godot<br> One of the main features of GdUnit4 is the ability to run test-suites directly from the Godot editor using the context menu. You can run test-suites from the FileSystem panel, the ScriptEditor, or the GdUnit Inspector. To do this, simply right-click on the desired test-suite or test-case and select "Run Test(s)" from the context menu. This will run the selected tests and display the results in the GdUnit Inspector. You can create new test cases directly from the ScriptEditor by right-clicking on the function you want to test and selecting "Create TestCase" from the context menu.* Fluent syntax for writing test cases that's easy to read and understand* Configurable template for generating new test-suites when creating test-cases* Wide range of assertion methods for verifying the behavior and output of your code* Argument matchers for verifying that a function call was made with the expected arguments* Test Fuzzing support for generating random inputs to test edge cases and boundary conditions* Parameterized Tests (Test Cases) for testing functions with multiple sets of inputs and expected outputs* Mocking classes to simulate behavior and define output for specific functions* Spy feature for verifying that a function was called with the expected parameters* Mocking or spying on scenes to simulate behavior and verify that certain functions were called* Scene runner for simulating different kinds of inputs and actions, such as mouse clicks and keyboard inputs For example, you can simulate mouse clicks and keyboard inputs by calling the appropriate methods on the runner instance. Additionally, you can wait for a specific signal to be emitted by the scene, or you can wait for a specific function to return a certain value.* Automatic update notifier to install the latest version of GdUnit from GitHub* CI - Continuous Integration support * Command line tool for running tests outside Godot editor * Generates HTML report * Generates JUnit XML report* Public marketplace GitHub action to use in your own CI workflow [gdunit4-action](https://github.com/marketplace/actions/gdunit4-test-runner-action)* C# support by [gdUnit4Net](https://github.com/MikeSchulze/gdUnit4Net/blob/master/README.md) * Enables to run and debug on **Visual Studio**, **Visual Studio Code** and **JetBrains Rider** via [VSTest adapter support](https://github.com/MikeSchulze/gdUnit4Net/blob/master/testadapter/README.md)- You are welcome to test in and send me your feedback- You are welcome to suggest improvements- You are welcome to report bugs
FrogConsole is a customizable In-Game console for Godot 4.2. FrogConsole uniquely features its own complete scripting language, FrogScript, that allows you to write and execute programs. With it, you can write complex macros that are impossible in other consoles, like spawning enemies dynamically, or giving yourself every other upgrade. FrogConsole allows for custom commands to interface with your Godot Projects.You can view a guide on setting up, coding, and documentation on the FrogConsole Wiki:https://github.com/project-flytrap/FrogConsole/wiki
Music controller that keeps music playing between scenes and blends tracks.For usage information, visit the following:https://github.com/Maaack/Godot-Music-Controller/blob/main/README.md#usage
BlastBullets2D is a library written in C++ for Godot Engine that makes spawning and moving a huge amount of bullets a very efficient operation. Not only performance is increased SIGNIFICANTLY, but you also get the functionality of SAVING/LOADING the bullets' state through easy to use save() and load() functions. The library comes pre-compiled for: Windows (x86_64, arm64) Android (x86_64, arm64) Linux (x86_64) WebFor macOS and IOS you need to compile it yourselves.How to use BlastBullets2D: https://github.com/nikoladevelops/godot-blast-bullets-2d
GodotBoy allows you to load ROMs from everyone's favorite 80s portable game console as well as it's 90s counter part. You can add an emulator to you game. The repo includes some examples of using these as a pickup, or as part of a control surface.The sample is the most minimal example I could come up with and a ROM created from GBStudio (another MIT licensed project)It's a GDExtention written in Rust with GodotRust and RBoy.0.1.4: It now supports Windows, Linux, Linux on ARM64, and Android (on ARM64, but no reason it can't support Android x86 if anyone wants that).0.2.0: Added support for GBA, but requires a BIOS file. Maybe someday figure out how to remove that requirement.0.3.0: Now has support for Web exports. Requires Threads and Extension support in web exports.GodotRust: https://github.com/godot-rust/gdextRBoy: https://github.com/mvdnes/rboy
Adjustable Cinematic Camera Shake presets from the real world.Features:- recorded with real life camera- drag and drop- adjustable- smooth at all speedsExample video:https://www.youtube.com/watch?v=4lCm_jqoBrI
A small experiment with UI I worked on between projects to try and emulate the feeling of a Dance Dance Revolution song select menu, can be used by clicking the buttons or the arrow and enter keys. selecting a song will take you to an associated link!Shaders:https://godotshaders.com/shader/kaleidoscope/https://godotshaders.com/shader/crt-with-variable-fisheye/Spectralizer:https://godotengine.org/asset-library/asset/2762Music:SystemST91: https://soundcloud.com/systemst91/cole-dingo-normal-version https://soundcloud.com/systemst91/cole-dingo-hard-versionTeckGeck & SystemST91: https://soundcloud.com/systemst91/sets/teckgeck-megamix-ver-rmx-by-system-st91CodyVondell: https://soundcloud.com/codyvondell/futureproof https://soundcloud.com/codyvondell/side-effects-includedMusMus: https://www.youtube.com/watch?v=ZLLn3FNyc5sMcMangos: https://www.youtube.com/watch?v=8V5T6oUOEV4
demo version: Godot 4.4 rc-3 .NETThis tool allow you Import PMX model. And import vmd animation to animate camera and model. This plugin depends on BulletSharpPInvoke.You can get libbullectc.dll from BulletSharpPInvoke's demo. Copy it to project directory. The link is below.https://github.com/AndresTraks/BulletSharpPInvoke/releasesTo compile BulletSharpPInvoke, you can check out my fork.https://github.com/sselecirPyM/BulletSharpPInvokeVideo Tutorial (Chinese):https://www.bilibili.com/video/BV1pKY3e5EHn/
Interact with WebAssembly modules from Godot.Inspect Wasm modules, access globals, call functions, and manipulate memory.Documentation: https://github.com/ashtonmeuser/godot-wasm/wikiRepository: https://github.com/ashtonmeuser/godot-wasm
A C# implementation of a simple 3D free-look camera for Godot 4.0 that mimics some of the functionality of the editor's camera for in-game use.Ported from Richardhyy's Godot 4.0 GD version (https://github.com/richardhyy/simple-free-look-camera-4), who ported from Adamviola's Godot 3.2 GD version https://github.com/adamviola/simple-free-look-camera).* Use **W** and **S** to move forward and backward.* Use **A** and **D** to move left and right.* Use **Q** and **E** to move up and down.* Roll the **scroll wheel** to increase and decrease movement speed.* Press **shift** to move faster, and hold **alt** to move slower.* Hold down the **right mouse button** to rotate the camera.There's a slider in the editor to control mouse sensitivity.Attach `FreeLookCameraBase.cs` or `FreeLookCamera.cs` to your Camera3D node. That's it!(More information at the README.md file)
A simple example scene, showing how to create a FPS camera.If you'd like to give me some feedback, or you'd like to help improve this demo, please leave a comment here:https://github.com/tavurth/godot-simple-fps-camera/issues
