ACCESS the FULL COURSE here: https://academy.zenva.com/product/godot-open-world-gaming-academy/?utm_campaign=youtube_description&utm_medium=youtube&utm_content=youtube_2024_godotlod Explore methods for optimizing games made with Godot! Game optimization is a vital process in game development to ensure your games work smoothly and efficiently. In this course, you’ll discover how to use Godot’s profiling tools and common techniques like level of detail to improve how games run. These skills will allow you to better leverage finite system resources and enhance how you critically approach your code bases and game setups. A basic understanding of Godot and GDScript is needed for this course. You will learn how to: - Adjust level-of-detail for 3D models - Use the multi-mesh instance node - Identify resource-intensive scripts - Pinpoint inefficient visual components - Monitor game performance in real-time - Improve occlusion culling … and more! ... https://www.youtube.com/watch?v=Xrinm3hQIvY

ACCESS the FULL COURSE here: https://academy.zenva.com/product/multiplayer-game-development-mini-degree/?zva_src=youtube-multiplayermd TRANSCRIPT All right, welcome back everyone in this lesson we're gonna be starting to create our camera controller script. At the moment I'm in the game scene right now and let's actually create a new script here in our scripts folder and we're gonna be calling this one CameraController. Now with our camera controller scripts let's actually attach this to our camera by just dragging that on like so and opening it up in visual studio. Now there are gonna be two different modes for this camera there's gonna be the first one where it's actually attached to the player and they'll be able to look around, they'll be able to look horizontally and look vertically. And then when the player dies the player will go into spectator mode, which will allow them to fly around the map using WASD or the arrow keys and they will still be able to look around. So it'll allow them to view the battle even after death. So let's remove the start and update functions here as we won't be needing them and begin with our variables. Now we'll be needing a few variables to keep track of the different sensitivities and positions and rotations. So I'm gonna separate these by headers which is an attribute like so and this just has a bold text in the inspector, so we can easily differentiate these. And the first one we're gonna do is going to be Look Sensitivity. And for this we're gonna have a public float sensX for our X axis sensitivity. And another one for a float for our sensY for our Y axis sensitivity when we move the mouse. Then we also want to clamp our rotation, so got clamping and this is going to be our public float, minY so what's the lowest Y rotation we can look at. And then for the max which is going to be maxY and what is the most vertical we can look, so how high up can we look before it clamps. And then after that we then want to know for spectator, so we'll go Header Spectator but then want to know for how fastest the spectator can move. So spectator or just go spectatormovespeed here. And after that we're gonna go into our private variables and first of all we then want to know our private float rotX, so what's our current X rotation and the same for the Y, so what's our current Y rotation and that's it for all the variables. Now what we want to do first of all is in many games you may notice that once you hop in it you can no longer see the mouse and the mouse actually doesn't go off the screen and that is because the mouse cursor is locked and to do that inside of UNC we will do this in the start function here. We will lock the cursor, so we can actually access the curse by going cursor and then lockstate and this is equal to ... https://www.youtube.com/watch?v=XBtlFfI8qhc

Access +100 programming courses in Zenva: https://academy.zenva.com/?zva_src=youtube Not an artist but interested in creating simple yet beautiful low-poly models for your Unity games? Join us and learn the basic skills needed to build your own 3D game models with Blender. Follow along and create, from a absolute scratch, a myriad of beautiful 3D game assets and low-poly scenes. The importing process into Unity is covered as well so that you become fully capable of creating and utilizing the models you create in your games. Anyone can create simple yet beautiful low-poly 3D game assets by just learning the essential tools that Blender has to offer. After completing this course, you’ll be able to create simple low-poly game assets for your games. You don’t need to be an artist to join. In fact, we are assuming you have never used Blender or any 3D modeling package before! Topics included Object mode and transforms Snapping tool Edit mode Extruding, insetting, loop cut Proportional edit Normals Materials Texturing and UV unwrapping Exporting into Unity Import your assets into Unity You’ll also learn how to import your assets into Unity. This includes importing the FBX file, adjusting materials and colliders in Unity. This this section we’ll assume you are familiar with the basics of Unity. Our tutorial blogs: GameDev Academy: https://gamedevacademy.org HTML5 Hive: https://html5hive.org Android Kennel: https://androidkennel.org Swift Ludus: https://swiftludus.org De Idea A App: https://deideaaapp.org Twitter: @ZenvaTweets ... https://www.youtube.com/watch?v=RbXUBHO9D7E

ACCESS the FULL COURSE here: https://academy.zenva.com/product/deep-learning-mini-degree/?zva_src=youtube-deeplearning-MD Reinforcement Learning allows machines and software agents to automatically determine the best course of behavior within a set context – with applications ranging from allowing computers to solve games, to autopilot systems and robot tasks training, this area of learning has never been more relevant. However, Reinforcement Learning isn’t perfect, and often has issues in dealing with more complex tasks. This is where Deep Reinforcement Learning comes in! Through this course you will be given the theoretical understanding of Deep Reinforcement Learning as you build your own Deep Reinforcement Agents and teach them how to play complex, Atari-style games. Access +100 programming courses on Zenva: https://academy.zenva.com/?zva_src=youtube Tutorials and eBooks: - GameDev Academy: https://gamedevacademy.org - Python Machine Learning: https://pythonmachinelearning.pro - HTML5 Hive: https://html5hive.org - Android Kennel: https://androidkennel.org - Swift Ludus: https://swiftludus.org - De Idea A App: https://deideaaapp.org Instagram: https://instagram.com/zenva_academy Twitter: @ZenvaTweets ... https://www.youtube.com/watch?v=A-TqcH56UvU