Hello, everyone! After the previous huge tutorial, where we reached a new record of 25 parameters in a single shader, let’s take a look at something simpler. We’re going to create an effect that belongs to the category of scene transitions and resembles wiping a blackboard with a wet sponge.
Hello, everyone! This is the second part of the tutorial in which we create a shader for simulating old film projection in Godot 4. You can find a link to the first part in the description of this video. This time, we will complete the entire effect by enhancing it with various scratches, stains, and other types of damage that can appear on film strips.
Hello, everyone! We already had a shader that transformed an image into an old photograph, and this time we’ll take that effect to the next level. I’ll show how a similar approach can be used to simulate old film played through a low-quality projector, meaning that various visual imperfections will also change over time.
Hello, everyone! This time let’s make something a bit simpler, so we can take a break from overly long videos. I will create an infinite tunnel using a so-called Menger sponge, which is a three-dimensional fractal that we'll project onto a two-dimensional plane.
Hello, everyone! On this channel, I’ve been creating Godot shaders of all kinds, but there’s one type I’ve ignored until now - so it’s time to fix that. It’s the shader_type particles, and as the name suggests, we’ll apply it to a GPUParticles3D node. So let’s take a look at how we can create a simulation of insects flying around a light in the fog.
Hello, everyone! The shader we’re going to create in this video definitely isn’t one of the most useful effects for game development. It’s more of a detour from more complex algorithms and includes several interesting techniques that might come in handy. So let’s take a look at how to program a four-dimensional cube.
Hi everyone! The effect we’ll be creating in this video is something I had been planning for a long time, and now I’ve finally implemented it. As the title suggests, it will be a simulation of raindrops falling onto a water surface, including the typical expanding ripple circles.
Hi everyone! Let’s create a shader that looks like a simple radar, which can be useful for many types of games. It will be entirely generated using lines and other primitive shapes, and we’ll add some animation to it as well.
Hi everyone! I think it’s time for another post-processing effect that we can apply to the entire screen or a selected element. This time, we’ll recreate the look of an old photograph that has yellowed over time and developed other signs of wear.
Hello, everyone! In this video, I will create a simple shader for generating an animated star using a noise texture. And as usual, we will have plenty of parameters available to customize this effect to suit the needs of our game.
Hello, everyone! Let’s create a simple effect that resembles a waterfall with several layers of animated water. Something like this can be useful in many 2D games, and it won’t be too computationally demanding.
Hi everyone! Let’s program a simple effect that simulates looking at a scene through ribbed glass, also known as fluted glass. It’s a straightforward algorithm based on a combination of a few basic principles.
Hello, everyone! Let’s program this interesting effect, which allows us to successfully simulate the view through a glass window during heavy rain. The shader we create this way will have many parameters and customization options, so it can be used in a wide range of situations.
Hi, everyone! It’s time to create something small in 2D again, and since simulating old devices can be very useful in games, we’ll take a look at a shader that mimics the behavior of a low-quality analog screen.
Hello, everyone! In this video, I will demonstrate how we can cut any 3D object into irregular fragments and then use them to simulate an explosion, for example, in a space shooter. We will start in Blender and complete the whole effect in Godot.
Hello, everyone! In the previous tutorial, we programmed a 3D spatial shader, and this time we will stick to the same concept. In this video, I’ll demonstrate how to create a simple outline or glow effect for any 3D object in Godot 4.
Hello, everyone! Last time, we created a fairly interesting fire effect that works well in 2D games. This time, we’ll try transforming it into a 3D shader, put it on the surface of a cylinder, and observe the results.
Hi everyone! We’ve already created several 2D fire effects here and even one or two 3D ones. This time we’ll return to two dimensions and show how to make a slightly different kind of fire using a few layers and a somewhat different technique.
Hi everyone! We have another effect on the agenda whose code fits on a single line. This time it will be a simple edge detection, which we can also use as an original way to fade out a scene, for example, after finishing a level in our game. So let’s go ahead and program that one line.
Hi everyone! We’ve already covered several shaders that simulate fog, but they were mostly side effects of technologies that aren’t primarily designed for fog. This time, we’ll finally create a true fog shader and take a look at what options Godot 4 offers for this type of effect.
