Одну секунду
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Opengl camera смотреть последние обновления за сегодня на .
👍 237 👎 5 🟦🟦🟦🟦🟦🟦🟦🟦🟦🟥 Last updated on 26/Jul/2022 at 09:56 UTC In this tutorial I'll show you how to create a custom camera class for you OpenGL scene. - Source Code- 🤍 - OpenGL Documentation- 🤍 - Discord Server - 🤍 - Patreon - 🤍 - Timestamps- 0:00 Header File 0:53 Basic Camera Class Functions 1:43 Main File Changes 2:10 Vertex Shader Changes 2:32 Key Inputs 3:27 Mouse Inputs 5:10 Fixing Camera Jumps 5:38 Ending & Comments - References - 🤍 🤍 #opengl #opengltutorial #computergraphics #cpp #visualstudio
In this video I describe the Camera/View space and provide a full overview of all the coordinate system transitions that are involved in 3D rendering. For the camera I use a well known model called the UVN camera and I describe the steps for creating the camera/view transformation matrix based on that model. Watch all the previous tutorials in the "OpenGL For Beginners" playlist at 🤍 Please visit 🤍 to see more of my tutorials on modern OpenGL. Link to source: 🤍 OpenGL 4.6 specification: 🤍 Timecodes 0:00 Intro 0:30 Background 1:18 Local Coordinate System 1:42 World Coordinate System 3:15 Camera / View Coordinate System 4:43 Camera / View Transformation 5:40 Coordinate Systems Summary 6:48 The WVP matrix 7:38 Building the view transformation 8:45 The UVN camera model 11:45 Coordinate system change of basis 15:02 Chage of basis in matrix form 17:03 Code review 20:42 Conclusion Feel free to comment below. Email: ogldev1🤍gmail.com Facebook: 🤍 GIthub: 🤍 Twitter: 🤍ogldev One time donations (Paypal): 🤍 Patreon: 🤍 My gear (Amazon affiliate links): Camera - Canon EOS M50: 🤍 Camera mic - Rode Videomic: 🤍 Desktop mic - Rode NT-USB-Mini: 🤍 Credits: Music - "Summer" from 🤍 View Frustum image: 🤍 (MithrandirMage, CC BY-SA 3.0 🤍 via Wikimedia Commons) Enjoy, Etay Meiri #opengl #ogldev #opengtutorials
Code samples derived from work by Joey de Vries, 🤍joeydevries, author of 🤍 All code samples, unless explicitly stated otherwise, are licensed under the terms of the CC BY-NC 4.0 license as published by Creative Commons, either version 4 of the License, or (at your option) any later version.
In this video we will create a camera class and connect it to the keyboard using FreeGLUT. This will allow us to move the camera. We will also cleanup the main render loop by refactoring out all the matrix initialization there. Make sure to watch all the previous tutorials in the "OpenGL For Beginners" playlist at 🤍 Please visit 🤍 to see more of my tutorials on modern OpenGL. Link to source: 🤍 OpenGL 4.6 specification: 🤍 Timecodes 0:00 Intro 1:18 Creating a class for the world transformation 9:02 Creating a class for the camera 12:10 Using cross product for moving left and right 16:04 Initializing the camera matrix 18:20 Using FreeGLUT to capture the keyboard 19:43 Cleaning up the projection matrix initialization 20:56 Build and run 21:38 Conclusion Feel free to comment below. Email: etay.meiri🤍gmail.com Facebook: 🤍 gIthub: 🤍 Twitter: 🤍ogldev My gear (Amazon affiliate links): Camera - Canon EOS M50: 🤍 Camera mic - Rode Videomic: 🤍 Desktop mic - Rode NT-USB-Mini: 🤍 One time donations (Paypal): 🤍 Patreon: 🤍 Credits: Music - "Summer" from 🤍 Enjoy, Etay Meiri #opengl #computergraphics #opengtutorials
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(*) Kite is a free AI-powered coding assistant that will help you code faster and smarter. The Kite plugin integrates with all the top editors and IDEs to give you smart completions and documentation while you’re typing. I've been using Kite for 6 months and I love it! 🤍 Support: - Udemy courses coming soon! - Donations: 🤍 - Discord: 🤍 - Twitter: 🤍 Links: - Wifeys channel: 🤍 - My "Life Cast" channel: 🤍 - Playlists: 🤍 - Code::Blocks or Linux (after 9:00) users: 🤍 - Source code: 🤍 - Questions and inquiries: suraj-sharma-youtube🤍hotmail.com -C Tutorials: 🤍 🤍 -SFML: 🤍 -SFML Sidescroller: 🤍 -SFML Open World RPG: 🤍 -SFML Simple Games and Apps: 🤍 -SFML Games in ONE VIDEO: 🤍 -Livestreams: 🤍 #gamedeveloper #2dGames #programming
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Adds a control scheme to our OpenGL camera to move the camera around the world.
In this video we complete the development of the camera by adding mouse support and calculating the camera rotations using Quaternions. This allows us to rotate the camera 360 degrees like in a first person shooter. Make sure to watch all the previous tutorials in the "OpenGL For Beginners" playlist at 🤍 Please visit 🤍 to see more of my tutorials on modern OpenGL. Link to source: 🤍 OpenGL 4.6 specification: 🤍 3D Math Primer For Graphics & Game Development book: * Amazon affiliate link: 🤍 * Free online version: 🤍 Recommended videos for more background on Quaternions: Quaternion sub-series by Jorge Rodriguez: 🤍 (also check out his entire "Math For Game Developers" playlist!). A video by Sociamix: 🤍 Timecodes 0:00 - Intro 0:13 - Fixing the camera transformation matrix 1:41 - Handling the mouse 3:30 - The Horizontal Angle Of Rotation 4:08 - The Vertical Angle Of Rotation 4:42 - Quaternions introduction 5:47 - Quaternion notation 6:10 - Initializing the Quaternion 7:08 - Quaternion magnitude 7:37 - Quaternion conjugate 8:03 - Rotation using quaternions 10:08 - Starting the code review 10:45 - Switching to full screen mode 12:05 - Register a mouse callback 13:01 - Changes to the camera class 14:25 - Initialize the horizontal and vertical angles 17:27 - Handling mouse movements 18:44 - Update the UVN vectors 19:35 - Implement Quaternion rotation 21:28 - Handle the case where the mouse is on the edge of the screen 22:13 - Test the new camera 22:58 - Conclusion Feel free to comment below. Email: ogldev1🤍gmail.com Facebook: 🤍 GIthub: 🤍 Twitter: 🤍ogldev One time donations (Paypal): 🤍 Patreon: 🤍 My gear (Amazon affiliate links): Camera - Canon EOS M50: 🤍 Camera mic - Rode Videomic: 🤍 Desktop mic - Rode NT-USB-Mini: 🤍 Credits: William Rowan Hamilton image: 🤍 Sponza Palace image: 🤍 Music: "Sweet" from 🤍 Enjoy, Etay Meiri #opengl #ogldev #opengtutorials
In this video, we discuss how to add a camera with perspective to our scene. Code: 🤍 Perspective Math: 🤍
In this video I will show you guys how to make a 3D first person camera from scratch for OpenGL using Java and LWJGL! Making a camera for the first time can be tricky so if you guys have any question, be sure to leave them in the comments! Background image in thumbnail: 🤍
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In this video, we create a formal camera class and experiment with many of the basic functions of a camera. Disclaimer: don't watch if you have epilepsy • Text Explanation: 🤍 • Website: 🤍 • Twitter: 🤍 • Discord: 🤍 • This Github Repo: 🤍 • This Playlist: 🤍 Listened to the album, One by C418 (c418.org).
Adds a control scheme to make our OpenGL camera look up and down.
LWJGL tutorial series on how to create a 3D Java game with OpenGL! 3rd person camera movement this week! Models and Textures: 🤍 Basic Trigonometry: 🤍 🤍 Support the series on Patreon: 🤍 Facebook Page: 🤍 Tumblr: 🤍 Instagram: 🤍 Twitter: 🤍 Check out my game on IndieDB: 🤍 End of video music- Kai Engel, "Waking Stars": 🤍
OpenGL / C Programming Tutorials - Part 9 Creating the Camera class
rust glam (matrices) glium (opengl/window wrapper) image (load image assets)
In this episode of the tutorial series, we construct a 2D Camera class with which we can move around in our world space, and zoom in and out! It's been awesome to see your appreciation for this series, thank you! private float[] GetMatrix4x4Values(Matrix4x4 m) { return new float[] { m.M11, m.M12, m.M13, m.M14, m.M21, m.M22, m.M23, m.M24, m.M31, m.M32, m.M33, m.M34, m.M41, m.M42, m.M43, m.M44 }; } Some resources on the linear algebra: 🤍 🤍 🤍 0:00 Introduction 0:22 Coordinate Systems 1:45 Camera2D class 3:59 Using the Projection Matrix 7:20 Testing the Projection Matrix 8:24 The Model Matrix 11:33 Summary & what's next? #opengl #gamedev #2dgame
OpenGL lookAt function determines the world to view transformation matrix for the camera matrix. The lookat vector is what the camera matrix is positioned to view.
⭐ Kite is a free AI-powered coding assistant that will help you code faster and smarter. The Kite plugin integrates with all the top editors and IDEs to give you smart completions and documentation while you’re typing. I've been using Kite for 6 months and I love it! 🤍 GLFW Input Link - 🤍 SDL Input Link - 🤍 SFML Input Link - 🤍 GLFW Time Link - 🤍 SDL Time Link - 🤍 SFML Time Link - 🤍 Source Code - 🤍 Based on the following tutorials: 🤍 🤍 🤍 Like our content and want to support us more directly? Help Us, Help You! 🤍 If you like this stuff, as always, show the love through comments, likes, favorites, subscriptions, etc. Thousands of free videos at 🤍sonarlearning.co.uk If you have any questions feel free to post them at 🤍 Our Website 🤍 Facebook - 🤍 Twitter - 🤍 Google+ - 🤍 Donate - 🤍 Our games made using Cocos2d-x iOS: 🤍 Google Play: 🤍 Check out our Cocos2d-x book to learn how to make games 🤍
RealTime demo sources : Cpp + OpenGL API + glsl Cam Bezier, Collisions, csm shadows, light scattering, deferred Rendering 🤍
Compares the camera up vector and the look at point (view direction) and how the two can conflict and not be perpendicular.
Join the Discord: 🤍 In this tutorial I go over how to create a game camera in OpenGL using LWJGL3. I cover what a projection matrix is, what a view matrix is, and how they tie together to create a unified game camera. I also go over the mathematical process of transforming the world space coordinates to normalized device coordinates using these matrices. And lastly, I briefly describe what shader uniforms are, and how we can use them to upload our camera data to the GPU and then draw our world in world coordinates instead of normalized device coordinates. Article with more visualizations: 🤍 Article that goes into more detail: 🤍 Code for this video: 🤍 - Website: 🤍 Github: 🤍 Here are some books I recommend if you want to learn about game engine development more thoroughly. I do not profit off any of these sales, these are just some books that have helped me out :) My Recommended Game Engine Books: Game Engine Architecture: 🤍 Game Physics Cookbook (Read this before the next physics book): 🤍 Game Physics (Ian Millington): 🤍 Game Programming Patterns (Free): 🤍 My Recommended Beginning Game Programming Books: JavaScript Game Design: 🤍 My Recommended Java Books: Data Structures/Algorithms: 🤍 LWJGL (Free, but I haven't read this thoroughly): 🤍 Outro Music: 🤍
Shows a hackish way of setting the default startup location of the camera position.
In this video I'm going to explain and implement perspective projection in OpenGL. This transformation is core in making your 3D game actually look like it has a third dimension. It makes objects that are further away from the camera appear smaller while closer objects appear larger. This video is part one and deals mainly with the projection of the XY coordinates. In the next video we will handle the Z component and the aspect ratio. Back face culling is explained in 🤍 Make sure to watch all the previous tutorials in the "OpenGL For Beginners" playlist at 🤍 Please visit 🤍 to see more of my tutorials on modern OpenGL. Link to source: 🤍 OpenGL 4.6 specification: 🤍 Timecodes: 0:00 Intro 2:14 The View Frustum 5:47 View onto the YZ plane 6:14 Projecting on the near clip plane 6:42 The field of view 8:27 Calculating the projected point (Y component) 10:37 Calculating the projected point (X component) 11:33 How to implement? 12:07 The projection Matrix 13:09 Perspective Division 14:43 Copying the Z into W 15:38 Start of code review 15:55 How I got the cube mesh 17:10 Handling face culling 18:32 Transformation matrices 20:02 Run without projection 20:20 Implement the perspective projection matrix 21:45 Run with projection 23:40 Conclusion Feel free to comment below. Email: ogldev1🤍gmail.com Facebook: 🤍 GIthub: 🤍 Twitter: 🤍ogldev One time donations (Paypal): 🤍 Patreon: 🤍 My gear (Amazon affiliate links): Camera - Canon EOS M50: 🤍 Camera mic - Rode Videomic: 🤍 Desktop mic - Rode NT-USB-Mini: 🤍 Credits: Music: "Cute" from 🤍 View Frustum image: 🤍 (MithrandirMage, CC BY-SA 3.0 🤍 via Wikimedia Commons) Enjoy, Etay Meiri #opengl #ogldev #opengtutorials
Demonstration of a quaternion backed camera with perspective projection. Source Code: 🤍
Título: Camera in OpenGL Descripción: Se explica como configurar la cámara y el volumen de la vista de una aplicación gráfica basada OpenGL Autor/a: Camahort Gurrea Emilio + Universitat Politècnica de València UPV: 🤍 + Más vídeos en: 🤍 + Accede a nuestros MOOC: 🤍
A C program showing OpenGL scene setup. Download the code from the following page: 🤍
Shows various camera implementations for graphics programming. Background knowledge on basic matrix and vector mathematics is needed with emphasize on matrix multiplication. This is part of my code translation of the "Learning Modern 3D Graphics Programming" book aka "arcsynthesis" by Jason L. Mckesson into Common Lisp. This uses the opengl bindings for Common Lisp: cl-opengl and context provider sdl2 (cl-sdl2). code lives at: 🤍
Maybe a crude, temporary camera class. (Still researching a better way). 28/10/18
Made using C, OpenGL, and SFML. Don't forget to like/favourite as it is always much obliged! :D * Twitter: 🤍 Youtube: 🤍 "Not Real" - Alea Minerva Thank you to Alea Minerva for the music in this video. This is his website: 🤍 Go have a listen! Tags: "Minecraft (Video Game)" minecraft ginger games gingergames "ginger games" mini notch redstone jeb jens markus awesome sauce mojang bill xplane80 epic pachein321
Версия OpenGL 1.1 Это видео для тех, кто ни разу не использовал OpenGL или другие графические движки. Но прошел предыдущие 9 уроков. ► Уроки по языку Си - 🤍 В этом видео мы: + узнаем как работать с камерой + научимся ходить в 3Д пространстве ► Плей лист - 🤍 Уроки по теме: ► Создание окна - 🤍 ► Простая анимация - 🤍 ► Урок 6 - Процедуры, функции, передача параметров - 🤍 ► урок 21 - Указатели - 🤍 ► урок 22 - Передача параметров по указателю - 🤍 ► OpenGL - Урок 1 - Первая программа - 🤍 ► OpenGL - Урок 2 - Простые примитивы - 🤍 ► OpenGL - Урок 3 - Матрица преобразований - 🤍 ► OpenGL - Урок 5 - ДЗ уроков 1, 2 и 3 - 🤍 ► OpenGL - Урок 8 - Массивы вершин, Массивы индексов - 🤍 ► OpenGL - Урок 9 - Ортогональная и перспективная проекции - 🤍 Безвозмездная помощь каналу: VTB - 5368 2900 3162 0349 Антон.
We will create a 3D camera class from scratch. FaceBook Page: 🤍
The camera in my Minecraft in OpenGL project.
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![Modern OpenGL 3.0+ [GETTING STARTED] Tutorial 6 - Camera](https://i.ytimg.com/vi/ns9eVfHCYdg/mqdefault.jpg "Modern OpenGL 3.0+ [GETTING STARTED] Tutorial 6 - Camera")
