FencerDevLog

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.

Hello, everyone! This is a continuation of the previous tutorial, in which we created a simple dithering effect that can be used to simulate, for example, low-quality film or interference in a TV signal on an old screen. And as I promised, this time we’ll finish the topic by programming a shader for classic dithering with a regular structure.

Hi everyone! Let’s continue programming shaders whose code fits on a single line. This time, we’ll create an effect called dithering, which in this case means rendering an image using a heavily limited color palette.

Hello, everyone! The effect I’ll be creating in this video falls into the category of image distortion—that is, a simulation of an imperfect display or external interference. As we can see, this interference resembles frequency modulation of a signal and is based on a similar principle. So, let’s take a look at how this algorithm works.

Hi everyone! This is the first video I’ve published in 2026, and since I wouldn’t like to start the new year with something extremely complicated, this tutorial will be easy and quick. We’ll show how we can simulate a view through something like small glass blocks using a shader whose code fits on a single line.

Hi everyone! There are only a few days left until the end of 2025, so I’ll release one more video tutorial this year. Once again, it will be a contribution to the category of scene transitions. And I would say that the rotating vertical tiles look quite impressive. So let’s go ahead and program it.

Hi everyone! We’re almost at the end of the year - at least at the time of recording this video—which means we still have time for one more broken-screen effect. This time, it will be a simulation of an LCD monitor that has suffered some sort of internal malfunction or has something inside that cracked and damaged the digital signal. So let’s go ahead and program it.