DevsDaddy

An upscaling algorithm is an algorithm for improving the quality of real-time animations and images using simple and efficient shaders. Unlike AMD FSR, which is generally focused on PCs and consoles, we will create a plugin that has been designed specifically for upscaling animations, preserving clarity and contrast while working on all platforms.

Planning an approach to multiplayer game development - plays one of the most important roles in the further development of the whole project, because it includes a lot of criteria that we should take into account when creating a really high-quality product. In today's manifesto tutorial, we will look at an example of an approach that allows us to create really fast games, while respecting all security and anti-chit rules.

A bit of sad backstory. The graphics were developed a long time ago - I wanted to use it to create my own game in the detective genre, for which I wrote a lot of code, script, created a lot of different resources. Now - all these resources are just lying idle and I will be glad if on the basis of them you can create the coolest game.

A bit of sad backstory. The graphics were developed a long time ago - I wanted to use it to create my own game in the detective genre, for which I wrote a lot of code, script, created a lot of different resources. Now - all these resources are just lying idle and I will be glad if on the basis of them you can create the coolest game.

Hey, everybody. Many people, when they start developing their multiplayer game think about the realization of the network part. In this article I would like to tell you about the main methods of network communication in the framework of client-server relations.

Unity, one of the leading game and application development platforms, provides developers with flexible tools to create high quality graphics. Scriptable Render Pipeline (SRP) is a powerful mechanism that allows you to customize the rendering process in Unity to achieve specific visualization goals. One common use of SRP is to optimize rendering performance for mobile devices. In the last article we took a closer look at how rendering works in Unity and GPU optimization practice.

In this article, we will look at creating our own Scriptable Render Pipeline optimized for mobile devices on the Unity platform. We'll delve into the basics of working with SRP, develop a basic example and look at optimization techniques to ensure high performance on mobile devices.

Rendering plays a critical role in creating visually appealing and interactive game scenes. However, inefficient utilization of rendering resources can lead to poor performance and limitations on target devices. Unity, one of the most popular game engines, offers various methods and tools to optimize rendering.

Last time we considered optimizing C# code from the viewpoint of memory and CPU. In this article, we will review the basic principles of rendering optimization in Unity, provide code examples, and discuss practical strategies for improving game performance.

Unity XScaling Framework - is a set of tools for texture upscaling and real-time camera rendering, allowing you to improve picture quality without increasing the size of your build.

Simply load 256x256 textures into your build and upscale them to any size in real time on demand. Or increase performance and quality with Super-Resolution Rendering and the Camera Upscale component.

  Hi everyone, last time we already touched upon the topic of optimizing code in C# from the point of view of RAM usage. In general, efficient use of computer resources such as the central processing unit (CPU) is one of the main aspects of software development.

This time we will talk about optimizing CPU load when writing code in C#, which can significantly improve application performance and reduce power consumption, which is especially critical on mobile platforms and the web. In this article, we will consider several key approaches and strategies for optimizing CPU load in the C# programming language.

In the world of modern programming, efficient utilization of resources, including memory, is a key aspect of application development. Today we will talk about how you can optimize the resources available to you during development.