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Hello People🫶, Updating yourself in Technology is very important 🚀. Recently I studied the new modifiers and animation in #SwiftUI that's crazy 😚, the addition of new modifiers like scrollTargetLayout() and contentMargins() enhances the flexibility and user experience of animations and view layouts. scrollTargetLayout() helps developers easily define scrollable targets within complex layouts, making it effortless to manage and control scrolling behavior. This is especially useful for creating smooth and responsive scroll views. Similarly, contentMargins() provides a streamlined way to adjust the spacing around content, improving the overall layout and visual appeal without manually setting padding values. These modifiers reduce complexity, making code cleaner and more efficient when building dynamic and interactive UIs. There is always more to explore, and I believe that diving into new features with the correct documentation is what makes you a great developer 😇 🫰🏻. #IOS #SwiftUI #IOSApplicationDevelopment #Developers #Xcode #connections #Apple

Day 18: I'm excited to share that today I learned about game development, types of game development careers, and skills needed for becoming a game developer. Here is what I learned today: Game Development is the art of creating games and describes the design, development and release of a game. It may involve concept generation, design, build, test and release. 💎 Types of Game Development Careers: 1. Game Developer: Develops games internally for a single platform or console. Examples: Naughty Dog (Sony), Retro Studios (Nintendo). 2. Second-party developer Develops games exclusively for a console (but is not fully owned by the platform or console). Examples: Game Freak (develops Pokémon for Nintendo). 3. Third-party developer Develops and publishes their own games or develops games for other game publishers. Examples: Ubisoft, Electronic Arts. 4. Indie developer. Develops mostly self-funded indie games as an individual or small group. Examples: Eric Barone, Thelka. 💎 Game development skills: - Unity is a cross-platform game engine that allows you to develop 2D and 3D games. Unity is particularly popular for indie and mobile games. - Unreal Engine, while initially developed for first-person shooters, has grown into a 3D creation platform used for games across a range of platforms. Unreal uses C++ as its programming language. - C# (pronounced C-sharp) is a programming language frequently used for game development and mobile applications, particularly with the Unity engine. - C++ Is a general-purpose programming language often used to develop not only games but also operating systems and applications as well. 💎 Components of Game Development: 1. Game Design: This encompasses the overall concept, mechanics, rules, objectives, and story of the game. Game designers create the blueprint for the player experience. 2. Art and Graphics: Art assets include characters, environments, animations, user interface elements, and visual effects. Artists bring the game world to life through their creativity and talent. 3. Programming: Programmers write the code that makes the game function. This includes gameplay mechanics, artificial intelligence, user input handling, physics, networking (for multiplayer games), and more. 4. Sound and Music: Sound designers create sound effects for actions and events within the game, while composers craft music to enhance the atmosphere and mood. Audio engineers integrate these elements into the game. 5. Level Design: Level designers create the layout, challenges, puzzles, and flow of individual levels or game environments. They balance difficulty and pacing to keep players engaged. 6. Animation: Animators bring characters and objects to life through movement. This includes character animations for walking, running, attacking, etc., as well as environmental animations like water ripples or falling debris. I'm excited to learn more about Game Development! #GameDevelopment #Unity #UnrealEngine #LearningJourney

🚀 Excited to Share My Latest React Project: A Memory Flip-Card Game! 🧠🎮 I’ve just completed a fun and interactive Memory Flip-Card Game using React, and I couldn’t be more excited to share it with you! 🎉 This project helped me further develop my React skills and dive deeper into concepts such as state management, component-based architecture, and timer-based events. It’s designed to challenge memory and cognitive skills while offering an engaging and user-friendly experience. 🧩✨ Key Features: React-based Interactive Gameplay: Players flip cards to find matching pairs. Dynamic State Management: Handles flipped cards, matched cards, and game timer with React state. Timer & Scoring System: Real-time tracking of time left, score, and number of clicks. Responsive Design: Optimized for both mobile and desktop devices. Game Stats: Displays real-time score, timer, and number of clicks during gameplay. What I Learned: Building a game like this in React gave me the chance to practice conditional rendering, event handling, and useEffect for side effects like the game timer. I also worked on UX/UI design, ensuring the game is visually engaging and easy to interact with. I’m thrilled with how the game turned out and I can’t wait to share more of my projects in the future! 🚀 Feel free to check it out, play the game, or ask me about the code! I'm always open to feedback and discussions. #React #JavaScript #WebDevelopment #GameDevelopment #Coding #MemoryGame #FrontendDevelopment #LearningThroughPlay #Rohit Jain #Somesh Sharma #Full Stack Learning #Ved Pratap Singh #Shikhar Khandelwal #Rishab Jangir #Akshat Sharma #Dheeraj Jangid

Game developers needed? Learn how to find the best coders for your project with these tips. #gamedev #coders #finddevs.

Essential Books for Game Development — If you're diving into the world of game development, having the right resources is key to success. Here are four must-read books that will ensure you have a comprehensive toolkit for your game dev journey, covering everything related to design patterns to 3D math. 📔 Game Programming Patterns Game Programming Patterns is an essential read for understanding the architecture and design patterns used in game development. This book covers a wide range of topics, from decoupling game logic to optimizing performance, providing practical examples that you can apply directly to your projects. 📗 Level Design: Concept, Theory, and Practice Level Design is the go-to resource for creating engaging and immersive game environments. This book explores the theory and practice behind level design, offering insights into how to craft levels that enhance gameplay and keep players engaged. It's a must-read for anyone looking to master the art of level creation. 📘 3D Math Primer for Game Development by Fletcher Dunn and Ian Parberry 3D Math Primer for Game Development is an invaluable resource for understanding the mathematical foundations of 3D graphics. From vectors and matrices to transformations and lighting, this book covers the essential concepts you need to create realistic 3D environments and animations. 📙 Game Development with Three.js by Isaac Sukin Game Development with Three.js is perfect for those looking to create games using web technologies. This book guides you through the process of building 3D games with Three.js, a popular JavaScript library. You'll learn how to create stunning visuals and interactive experiences that run smoothly in any web browser. —————————————— These books are your gateway to mastering the various aspects of game development. Whether you're just starting or looking to deepen your knowledge, they provide the expertise and insights needed to bring your game ideas to life. Ready to level up your game development skills? Dive into these books and start creating! #threejs #webdevelopment #coding #Design #ux #javascript

What’s the biggest struggle in Game Development and just about any other field? For me, it’s definitely not having a solid plan and being unclear about your role. I faced a lot of confusion when it came to Game Design. There are so many opinions out there: ▶️ Some folks say you need to know game programming to be a game designer. It helps with talking to developers and understanding the tech side of your designs ▶️ Others think programming knowledge isn’t necessary at all. Honestly, it really depends on your team, studio, location and your personal journey. Over the past year, I focused on learning game mechanics but found myself puzzled about: 😵 What do I need to do to become a game designer?   😵 What are a game designer's actual responsibilities? One of my biggest slip-ups was not actually making games. I thought game design was about mechanics, but mechanics development is mostly on game programmers. A game designer’s job is to plan and design those mechanics, not just code them While at IGDC, I wanted to: → Clear up my game design confusion   → Network with big names in the industry And yeah, I pulled it off! There's this saying “Never take advice from someone you wouldn’t trade places with” That really clicked for me at IGDC when I got some fantastic advice from pros I really look up to and I can’t express how thankful I am for their support! The main job of a game designer? Solving players' problems. Your goal is to create the game that players actually want to play, not just the game you want to make Now, here’s what I’m focusing on: → Making Game Design Documents (GDDs)   → Playing loads of games (this one’s essential, haha)   → Creating small, finished prototypes   → Breaking down existing games   → Joining game jams These are my main priorities, but there’s so much more to explore. After IGDC, I was playing a bunch of games and I’m planning to deconstruct them soon. I’m also learning how to create and improve GDDs and soaking up knowledge from podcasts and experts. It’s helping me shape a proper roadmap for game design since there's not really a solid one out there on YouTube 2024 has already taught me so much, mainly because I didn’t have a clear plan. But I believe it’ll all pay off in some way, even if it’s not obvious If you think I’ve missed something or have some feedback, drop a comment! That way, we can all learn a little something new!! :) And here’s to a fantastic New Year in 2025! Hope it’s the best one yet! Thanks a ton for all the support you’ve given me so far, I really appreciate it!😊 P.S.: Added image for more engagement haha . . . #gamedesign #gamedevelopment

Hello connections 👋, In the past hour, I dedicated my time to crafting a project inspired by mobile UI/UX designs on Dribbble. Within this project, I successfully incorporated a Stagger animation, allowing images to load sequentially after clicking a button. Furthermore, I gained insights into screen navigation using Flutter, explored various widgets and packages, and deepened my understanding by delving into documentation. source code : https://lnkd.in/eB_wR555 #flutter #dart #flutterdeveloper #react #code #learningcoding #uiux #responsive #happylearning #developer #programmer #plantUi #DartLang #CrossPlatform #FlutterDev #GoogleFlutter #UIUX #AppDevelopment #iOS #Android #Coding #Programming #MobileDevelopment #Tech #SoftwareEngineering #FlutterCommunity #FlutterApp #UIdevelopment #AppDesign

🚀 Dive into the World of Interactive 3D Gaming! 🎮 I'm thrilled to share my latest creation, Marble Race, a physics-based 3D platformer built with React Three Fiber and @react-three/rapier. This project has been a fantastic journey into the world of 3D game development, blending creativity, problem-solving, and cutting-edge web technologies. 🌟 Game Highlights: Dynamic Levels: Procedurally generated levels featuring obstacles like spinning blocks, limbo challenges, and swinging axes. Responsive Controls: Navigate the game world using keyboard controls for movement and jumping—offering an immersive experience. Interactive Physics: Thanks to the physics engine, every obstacle and interaction feels authentic and engaging. Smooth Camera Dynamics: The camera smoothly tracks the player, ensuring a fluid and visually appealing gameplay experience. Restart and Timer: Keep track of your best time or hit restart to try again and improve. 💡 Key Features: Built with React Three Fiber for stunning 3D rendering. Procedural obstacle generation using random seeds for endless replayability. Integrated physics simulation for realistic motion and collision. Optimized for performance while delivering visually rich graphics. 🧩 What I Learned: Leveraging React for game development opens up infinite possibilities for creative web experiences. Using @react-three/drei and @react-three/rapier for adding advanced features like keyboard controls and realistic physics simulations. Understanding the power of procedural generation to create engaging and diverse game content. 🌐 Live Demo: Explore the game here: https://lnkd.in/eJDvZFZd 📂 GitHub Repository: Dive into the codebase here: https://lnkd.in/ehP4S5PQ I’d love to hear your thoughts, feedback, or ideas for improvement! 🙌 #ReactThreeFiber #WebGameDevelopment #3DGraphics #MarbleRace #GameDevelopment #InteractiveDesign #JavaScript #React #Web3D #WebDev #PhysicsSimulation #ThreeJS #FrontendDeveloper #ProceduralGeneration #ThreeJS #WebDevelopment #ShaderMagic #CreativeCoding #Blender3D #FrontendDevelopment #DigitalArt #WebCreativity #TechInnovation #Vercel #GitHub #BrunoSimon #MentorshipMatters #CodeNewbie #LearningJourney #3DWebDesign #InteractiveDesign #CareerGrowth #3DModeling #WebDevelopment #Animation #ShaderProgramming #UpcomingProject #LowPolyArt #WebExperiments #StayTuned #DesignJourney

Can You Make a Video Game By Yourself? written by Cornell Ellerby The simple answer to whether you can make a video game on your own is "yes," but there's more to it. While major video games often require teams ranging from a handful to thousands of developers, solo game developers do exist. However, these individuals typically don't handle every single aspect of development by themselves. What Goes into Making a Game? Developing a game involves multiple facets, including: Character and world design Sound design UI design Gameplay programming and logic These skills are often developed through extensive education and practice. For a solo developer, mastering all these areas is challenging, but not impossible. Personal Experience and Asset Utilization In creating my game, "Suburban Rampage," I handled the project largely on my own. Recognizing my limitations in certain areas, I strategically used pre-made assets to complement my skills. This approach allowed me to focus on the aspects of game development where I excel, particularly programming. Using assets effectively helped me manage time and resources by not needing to delve into every detail personally. For example, while I am skilled in programming, I am less experienced with creating detailed animations and sound design. By utilizing both free and paid assets, I could maintain a high standard of quality in those areas without needing to become an expert in every field of game development. This method of leveraging assets is a practical solution for small developers or solo creators. It enables you to bring a comprehensive and polished game to life, even when you’re operating with limited resources or expertise. Steps to Building Your Own Game Identify Your Motivation: Ask yourself why you want to create a game. If it's purely for financial gain or to create "the best game ever," you might want to reconsider your motivations. For me, it was about recapturing the essence of games I enjoyed on the PlayStation One. Assess Your Skills: Determine what you can bring to your game. Are you a programmer, a 3D artist, or perhaps an exceptional storyteller? Identify your strengths. Address Gaps in Your Skills: Recognize what you're not skilled at. For everything outside of programming, like animation, sound, or 3D modeling, consider whether you'll need to outsource or purchase assets. "Suburban Rampage" was made using both free and paid assets. Conclusion Yes, you can build a game by yourself, but be prepared to either learn many skills or use pre-made assets. Like many projects, sometimes it takes a team, or at least contributions from others, to bring your vision to life.