Zorger

💎 Shaders are the foundation of modern real-time graphics, where mathematical algorithms are executed directly on the GPU. 🛰️ In this video series, we use the WebGPU stack and TSL (Three.js Shading Language) to take full control of the graphics pipeline and design next-generation visual systems. ⚡

🔥 Shaders — Part 5: TSL Instancing 🏗️

The final module combines GPU Instancing and TSL to efficiently render massive numbers of objects. This approach enables large-scale interactive scenes while maintaining high performance, even with thousands of instances.

Five technologies. Five steps. One foundation for creating next-generation graphics. From here, the possibilities are yours to explore through experimentation, research, and engineering. 🚀

Every example in this series is a step from the fundamental principles of shaders to the technologies that power modern interactive web applications.

💎 Shaders are the foundation of modern real-time graphics, where mathematical algorithms are executed directly on the GPU. 🛰️ In this video series, we use the WebGPU stack and TSL (Three.js Shading Language) to take full control of the graphics pipeline and design next-generation visual systems. ⚡

🔥 Shaders — Part 4: Raymarching SDF 🌌

In this part, we move beyond traditional polygon-based graphics and generate geometry using Signed Distance Fields and Raymarching. This mathematical approach enables new possibilities for lighting, reflections, and fully procedural scenes.

We continue pushing the boundaries of modern GPU graphics. The next episode brings together everything we’ve explored so far and demonstrates how TSL Instancing efficiently manages thousands of objects within a single scene. 🚀

Every example in this series is a step from the fundamental principles of shaders to the technologies that power modern interactive web applications.

💎 Shaders are the foundation of modern real-time graphics, where mathematical algorithms are executed directly on the GPU. 🛰️ In this video series, we use the WebGPU stack and TSL (Three.js Shading Language) to take full control of the graphics pipeline and design next-generation visual systems. ⚡

🔥 Shaders — Part 3: GPGPU Compute 🧠

In this part, the GPU evolves from a rendering device into a powerful parallel computing processor. We simulate complex dynamic systems by processing vast numbers of independent objects simultaneously.

This is the third stage of the series, opening the door to modern compute architectures. The next episode will show how to move beyond traditional polygonal geometry and build scenes using Raymarching. 🚀

Every example in this series is a step from the fundamental principles of shaders to the technologies that power modern interactive web applications.

💎 Shaders are the foundation of modern real-time graphics, where mathematical algorithms are executed directly on the GPU. 🛰️ In this video series, we use the WebGPU stack and TSL (Three.js Shading Language) to take full control of the graphics pipeline and design next-generation visual systems. ⚡

🔥 Shaders — Part 2: Fragment Engine 🎨

In this part, we move down to the pixel level, where mathematical functions define color, lighting, textures, and procedural materials. This is where the Fragment Shader turns raw calculations into living graphics, enabling complex real-time visual effects.

This is the second step in our exploration of WebGPU and TSL. Next, we’ll move beyond traditional rendering into GPGPU computing, where the GPU becomes a full-fledged parallel processor. 🚀

Every example in this series is a step from the fundamental principles of shaders to the technologies that power modern interactive web applications.

💎 Shaders are the foundation of modern real-time graphics, where mathematical algorithms are executed directly on the GPU. 🛰️ In this video series, we use the WebGPU stack and TSL (Three.js Shading Language) to take full control of the graphics pipeline and design next-generation visual systems. ⚡

🔥 Shaders — Part 1: Vertex Geometry 📐

In this episode, we take control of a 3D mesh’s vertices directly on the GPU, bringing static geometry to life. Using fractal wave displacement, solid geometry dynamically transforms and flows from one shape into another.

This is the first installment in a five-part series that will take you from basic polygon deformation to GPGPU computing and Raymarching! The next part raises the bar even higher! 🚀

Every example in this series is a step from the fundamental principles of shaders to the technologies that power modern interactive web applications.

🔮 Reactorium 3D is an experimental 3D laboratory built with React + Three.js + React Three Fiber, where scenes, geometry, and lighting are driven by code and state. ⚛️ Here, UI becomes space: interactive cubes, procedural compositions, orbital systems, and configurable scenes with state persistence. 🚀 It’s a series of visual-logical experiments where React operates as a game and graphics engine.

🔮 Reactorium 3D — Part 5 (Compositions): CuboVerse & Orbitron

🌌 Compositions: CuboVerse & Orbitron are compositional 3D systems with orbits, collisions, and motion dynamics. 🛰️ Orbital cubes, scene control, physics-like interactions, and parametric kinematics.

⚛️ The final chapter of Reactorium 3D — spatial compositions as the culmination of the entire laboratory.

🔗 Site: https://reactorium-3d.vercel.app/project5 👨‍💻 Code: https://github.com/Zorger27/Reactorium-3D

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to step inside the Reactorium 3D lab, where React and Three.js control space, light, and geometry? ⚛️ Hit Follow on my GitHub — that’s where new scenes, engines, and visual experiments are born: https://github.com/Zorger27 🧪👨‍💻

Here, code breaks into three-dimensional space and starts to move. ✨ Subscribe to stay at the center of Reactorium’s 3D experiments: https://www.youtube.com/c/AnatoliiZorin 🔔🌌

🔮 Reactorium 3D is an experimental 3D laboratory built with React + Three.js + React Three Fiber, where scenes, geometry, and lighting are driven by code and state. ⚛️ Here, UI becomes space: interactive cubes, procedural compositions, orbital systems, and configurable scenes with state persistence. 🚀 It’s a series of visual-logical experiments where React operates as a game and graphics engine.

🔮 Reactorium 3D — Part 4 (CubeForge): Procedural Builder Studio

🛠️ CubeForge: Procedural Builder Studio is a full-featured workshop for generating cubic structures: single and multi scenes. 🏗️ Style selection (color / texture / photo), levels, scene parameters, and individual object control with active targeting.

⚛️ The fourth part of Reactorium 3D — transitioning from experimentation to construction.

🔗 Site: https://reactorium-3d.vercel.app/project4 👨‍💻 Code: https://github.com/Zorger27/Reactorium-3D

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to step inside the Reactorium 3D lab, where React and Three.js control space, light, and geometry? ⚛️ Hit Follow on my GitHub — that’s where new scenes, engines, and visual experiments are born: https://github.com/Zorger27 🧪👨‍💻

🔮 Reactorium 3D is an experimental 3D laboratory built with React + Three.js + React Three Fiber, where scenes, geometry, and lighting are driven by code and state. ⚛️ Here, UI becomes space: interactive cubes, procedural compositions, orbital systems, and configurable scenes with state persistence. 🚀 It’s a series of visual-logical experiments where React operates as a game and graphics engine.

🔮 Reactorium 3D — Part 3 (PictoCube): Spatial Media Engine

🖼️ PictoCube: Spatial Media Engine is a 3D image gallery with correct face orientation and controllable cubic grid structures. 🎲 Position randomization, scaling, scene export (PNG / JPG / PDF / MP4), and state persistence — almost a full-fledged 3D editor.

⚛️ The third stage of Reactorium 3D — when the scene becomes a tool.

🔗 Site: https://reactorium-3d.vercel.app/project3 👨‍💻 Code: https://github.com/Zorger27/Reactorium-3D

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to step inside the Reactorium 3D lab, where React and Three.js control space, light, and geometry? ⚛️ Hit Follow on my GitHub — that’s where new scenes, engines, and visual experiments are born: https://github.com/Zorger27 🧪👨‍💻

Here, code breaks into three-dimensional space and starts to move. ✨ Subscribe to stay at the center of Reactorium’s 3D experiments: https://www.youtube.com/c/AnatoliiZorin 🔔🌌

🔮 Reactorium 3D is an experimental 3D laboratory built with React + Three.js + React Three Fiber, where scenes, geometry, and lighting are driven by code and state. ⚛️ Here, UI becomes space: interactive cubes, procedural compositions, orbital systems, and configurable scenes with state persistence. 🚀 It’s a series of visual-logical experiments where React operates as a game and graphics engine.

🔮 Reactorium 3D — Part 2 (VortexCube): Texture Dynamics Lab

🌀 VortexCube: Texture Dynamics Lab explores textures, transformations, and parametric rotation within a controlled 3D system. 🎛️ Axis tilts, speed, sub-cube segmentation, rotation control, and state management — the scene behaves like an interactive graphics engine.

⚛️ The second chapter of Reactorium 3D — moving from color to tactile surface illusion.

🔗 Site: https://reactorium-3d.vercel.app/project2 👨‍💻 Code: https://github.com/Zorger27/Reactorium-3D

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to step inside the Reactorium 3D lab, where React and Three.js control space, light, and geometry? ⚛️ Hit Follow on my GitHub — that’s where new scenes, engines, and visual experiments are born: https://github.com/Zorger27 🧪👨‍💻

Here, code breaks into three-dimensional space and starts to move. ✨ Subscribe to stay at the center of Reactorium’s 3D experiments: https://www.youtube.com/c/AnatoliiZorin 🔔🌌

🔮 Reactorium 3D is an experimental 3D laboratory built with React + Three.js + React Three Fiber, where scenes, geometry, and lighting are driven by code and state. ⚛️ Here, UI becomes space: interactive cubes, procedural compositions, orbital systems, and configurable scenes with state persistence. 🚀 It’s a series of visual-logical experiments where React operates as a game and graphics engine.

🔮 Reactorium 3D — Part 1 (ChromaCube): Color Matrix Engine

🌈 ChromaCube: Color Matrix Engine marks the beginning of Reactorium 3D: generative color cubes with 1x / 2x / 3x levels and dynamic geometry. 🧊 Structure control, spacing, scene state, and localStorage — React as a real-time 3D parameter controller.

⚛️ The first experiment of the series — architecture and mechanics will only grow more complex from here.

🔗 Site: https://reactorium-3d.vercel.app/project1 👨‍💻 Code: https://github.com/Zorger27/Reactorium-3D

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to step inside the Reactorium 3D lab, where React and Three.js control space, light, and geometry? ⚛️ Hit Follow on my GitHub — that’s where new scenes, engines, and visual experiments are born: https://github.com/Zorger27 🧪👨‍💻

Here, code breaks into three-dimensional space and starts to move. ✨ Subscribe to stay at the center of Reactorium’s 3D experiments: https://www.youtube.com/c/AnatoliiZorin 🔔🌌

⚛️ Reactorium is an experimental React laboratory where modern web technologies (React, Vite, PWA, 3D, state management) evolve into interactive applications and mini-games. 🚀 The project shows how clean code turns into intuitive interfaces, visual effects, and well-designed user scenarios — from a foundational template to a complete set of React experiments.

🎬 Reactorium — Part 5: Memory Protocol

🎲 Memory Protocol is game logic implemented in pure React. This video features an interactive Memory Game, where attention, card state management, and control of user interactions are essential. 🕹️ A mini-game that demonstrates how React works great not only for interfaces, but also for game mechanics.

➡️ The final part of the Reactorium series — a logical conclusion to the entire experimental laboratory.

🔗 Site: https://reactorium-zorger.vercel.app/project4 👨‍💻 Code: https://github.com/Zorger27/Reactorium

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to explore the core of Reactorium, where ideas turn into “living” code? ⚡ Hit Follow on my GitHub to stay updated on fresh experiments and architectural commits: https://github.com/Zorger27 🧪👨‍💻

Watch how this code comes to life in my videos. ✨ Subscribe to stay at the epicenter of experiments: https://www.youtube.com/c/AnatoliiZorin 🔔⚛️

⚛️ Reactorium is an experimental React laboratory where modern web technologies (React, Vite, PWA, 3D, state management) evolve into interactive applications and mini-games. 🚀 The project shows how clean code turns into intuitive interfaces, visual effects, and well-designed user scenarios — from a foundational template to a complete set of React experiments.

🎬 Reactorium — Part 4: State of Mind

📝 State of Mind is about managing tasks and thoughts through React state. It includes a To-Do List with statuses and editing, as well as notes with precise creation and modification timestamps. 🧠 Local data persistence, thoughtful UX, and logic designed to closely resemble real-world productivity applications.

➡️ The fourth part of the Reactorium series, diving deeper into state and data management.

🔗 Site: https://reactorium-zorger.vercel.app/project3 👨‍💻 Code: https://github.com/Zorger27/Reactorium

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to explore the core of Reactorium, where ideas turn into “living” code? ⚡ Hit Follow on my GitHub to stay updated on fresh experiments and architectural commits: https://github.com/Zorger27 🧪👨‍💻

⚛️ Reactorium is an experimental React laboratory where modern web technologies (React, Vite, PWA, 3D, state management) evolve into interactive applications and mini-games. 🚀 The project shows how clean code turns into intuitive interfaces, visual effects, and well-designed user scenarios — from a foundational template to a complete set of React experiments.

🎬 Reactorium — Part 3: Calculation Engine

🧮 Calculation Engine is React logic without visual noise. This video breaks down a standard calculator and a financial module that calculates the future value of an investment based on interest rate, time period, and initial amount. 📊 Clean calculations, controlled state, and UX designed for real-world scenarios.

➡️ The third part of the Reactorium series — moving from visual effects to practical value.

🔗 Site: https://reactorium-zorger.vercel.app/project2 👨‍💻 Code: https://github.com/Zorger27/Reactorium

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to explore the core of Reactorium, where ideas turn into “living” code? ⚡ Hit Follow on my GitHub to stay updated on fresh experiments and architectural commits: https://github.com/Zorger27 🧪👨‍💻

Watch how this code comes to life in my videos. ✨ Subscribe to stay at the epicenter of experiments: https://www.youtube.com/c/AnatoliiZorin 🔔⚛️

Let’s connect on social media! ✔️ LinkedIn: https://www.linkedin.com/in/anatolii-zorin ✔️ Facebook: https://www.facebook.com/Anatoliy.Zorin ✔️ Pinterest: https://www.pinterest.com/zorger27 ✔️ X (ex-Twitter): https://x.com/Regroz

⚛️ Reactorium is an experimental React laboratory where modern web technologies (React, Vite, PWA, 3D, state management) evolve into interactive applications and mini-games. 🚀 The project shows how clean code turns into intuitive interfaces, visual effects, and well-designed user scenarios — from a foundational template to a complete set of React experiments.

🎬 Reactorium — Part 2: Cubic Anomaly

🧊 Cubic Anomaly is a visual experiment at the intersection of CSS and JavaScript. In this video, I showcase two approaches to building a 3D cube: pure CSS and a CSS + JS hybrid with scale and state control. ✨ Less magic — more understanding of how transformations, the DOM, and interactivity work in React.

➡️ The second part of the Reactorium series, directly evolving from Part 1.

🔗 Site: https://reactorium-zorger.vercel.app/project1 👨‍💻 Code: https://github.com/Zorger27/Reactorium

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to explore the core of Reactorium, where ideas turn into “living” code? ⚡ Hit Follow on my GitHub to stay updated on fresh experiments and architectural commits: https://github.com/Zorger27 🧪👨‍💻

Watch how this code comes to life in my videos. ✨ Subscribe to stay at the epicenter of experiments: https://www.youtube.com/c/AnatoliiZorin 🔔⚛️

Let’s connect on social media! ✔️ LinkedIn: https://www.linkedin.com/in/anatolii-zorin ✔️ Facebook: https://www.facebook.com/Anatoliy.Zorin ✔️ Pinterest: https://www.pinterest.com/zorger27 ✔️ X (ex-Twitter): https://x.com/Regroz

⚛️ Reactorium is an experimental React laboratory where modern web technologies (React, Vite, PWA, 3D, state management) evolve into interactive applications and mini-games. 🚀 The project shows how clean code turns into intuitive interfaces, visual effects, and well-designed user scenarios — from a foundational template to a complete set of React experiments.

🎬 Reactorium — Part 1: Core Ignition

🔥 Core Ignition is the starting point of the entire Reactorium ecosystem. In this video, I present a universal PWA template built with React and Vite, featuring i18n support (UA / EN / ES), offline mode, responsive layout, and readiness for analytics (GA + GSC). ⚙️ This foundation later evolves into all other Reactorium experiments — from 3D visuals to interactive games.

➡️ This is the first part of the series, and there’s much more ahead.

🔗 Site: https://react-js-template.vercel.app 👨‍💻 Code: https://github.com/Zorger27/React-JS-Template

About me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want to explore the core of Reactorium, where ideas turn into “living” code? ⚡ Hit Follow on my GitHub to stay updated on fresh experiments and architectural commits: https://github.com/Zorger27 🧪👨‍💻

🎬 Couture Metaverse 3D – Part 3: 🏷️ Branded Reality

It’s time for exclusivity! 🎨 Add logos, adjust their size and position, and create a truly unique look! 👕✨

🖼️ Advanced technology ensures that logos adapt perfectly to models – no distortions, no complicated settings! Just drag, resize, rotate, and get the perfect result! 🔥

All changes are saved automatically, and you can always reset to the original settings if needed! 🕶️

Your 3D model = your brand! Ready to launch your collection into the digital world? 🚀🔥

🔗 Visit the Project: https://couture-metaverse.vercel.app 👨‍💻 Source Code: https://github.com/Zorger27/Couture-Metaverse

About Me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want more unique content? Subscribe! 👉 https://www.youtube.com/c/AnatoliiZorin 👍😊

Let’s connect on social media! 🌍 ✔️ Facebook: https://www.facebook.com/Anatoliy.Zorin ✔️ X (ex-Twitter): https://x.com/Regroz ✔️ LinkedIn: https://www.linkedin.com/in/anatolii-zorin ✔️ Pinterest: https://www.pinterest.com/zorger27

Music from #Uppbeat (free for Creators!): https://uppbeat.io/t/swoop/mornings

🎬 Couture Metaverse 3D – Part 2: 💾 Digital Masterpiece

💡 Creating is just the beginning – saving in high quality is the key! 📸 Export your models in JPG, PNG, PDF or record a video 🎥 – let the world see your masterpiece! 🌍✨

🔄 A smart and streamlined interface makes saving fast and effortless! Just a few clicks, and your project is ready to showcase! 🚀

⏭ But why stop here? The next step is branding your designs! 🏷️🔥

🔗 Visit the Project: https://couture-metaverse.vercel.app 👨‍💻 Source Code: https://github.com/Zorger27/Couture-Metaverse

About Me: 🔸 Resume: https://Zorger27.github.io 🔹 Portfolio: https://Zorin.Expert

Want more unique content? Subscribe! 👉 https://www.youtube.com/c/AnatoliiZorin 👍😊

Let’s connect on social media! 🌍 ✔️ Facebook: https://www.facebook.com/Anatoliy.Zorin ✔️ X (ex-Twitter): https://x.com/Regroz ✔️ LinkedIn: https://www.linkedin.com/in/anatolii-zorin ✔️ Pinterest: https://www.pinterest.com/zorger27

Music from #Uppbeat (free for Creators!): https://uppbeat.io/t/hartzmann/clear-sky