SOLIDWORKS’ Post

Have you ever been curious about how the famous Lorenz attractor would behave in different geometric spaces? In this code, I explore exactly that by applying various hyperbolic and spherical like projections to visualize particle trajectories based on the simplified Lorenz convection chaotic system play with it here : https://lnkd.in/dW8_hfYS It also works in both Virtual Reality (VR) and Augmented Reality (AR). Code is open source (plain javascript not encrypted, just download the page). #Physics #ChaosTheory #LorenzAttractor #Mathematics #DynamicSystems #VirtualReality #AugmentedReality #WebXR #AFrame #OpenSource #GeometricProjections #MathematicalVisualization #ScientificComputing #ImmersiveTech #DataVisualization #ComputationalPhysics

**Transforming Text to 360° Panorama Images with Open-Source Models.** - In this video, I demonstrate my project where I transform text descriptions into 360° panorama images using an open-source model. The entire process runs locally on my RTX 4050 GPU. Key Highlights: 1. Text-to-Image Generation: Creating detailed 360° panorama images from text descriptions. 2. 360° View: Exploring the generated images in a full 360° view. 3. AR/VR Integration: Showcasing the images in augmented reality (AR) and virtual reality (VR) environments. This project leverages advanced AI technology and local GPU processing to achieve these results.

I made a tutorial showing 2 ways to make bubbles move in your Apple Vision Pro apps in RealityKit. 📺 Watch here: https://lnkd.in/dbir9G6R Here I explore two approaches for entity movement 1. Using ECS and creating a system 2. Using RealityKit physics #AppleVisionPro #SpatialComputing #AR #VR #GameDevelopment #VisionOS #RealityKit #Physics #3DGraphics #RealityComposerPro #ARDevelopment #VRDevelopment #VisionProDevelopment #VisionOSDeveloper

3D Scanning with Radiance Field Gaussian Splatting 💃 💃 💃 An old capture that we decided to process with Gaussian splatting. Radiance fields are making it super easy to take 3D-scanned data and turn it into something amazing—quickly and with jaw-dropping quality. It’s wild how much this has advanced. The possibilities here seem endless—from art to gaming to VR. What would YOU use this kind of tech for? Let us know in the comments👇 #3DScanning #RadianceFields #DigitalHumans #GaussianSplatting #TechMeetsArt #Innovation

Think public safety is old-school? Think again! In Part 2 with Derik White, we explore how VR and 3D tech are revolutionizing crash reconstruction. Forget dusty diagrams—now you can step into the scene, explore every angle, and predict outcomes like never before. It’s like CSI, but cooler. Don’t miss out on the full episode where we break down the future of public safety tech. Click https://lnkd.in/gnxP9_CV to listen and get in on the action! 🎧 #VirtualReality #PublicSafety

Endless Runner in VR?  For my first project of the year, I decided to see if I could turn an old manual treadmill into a VR peripheral! I used two QRE1113 IR reflectance sensors mounted near one of the treadmill’s rotating 'gears' to detect alternating black-and-white tape stripes (7 cm in length). The ESP32 microcontroller processed the sensor data and sent the rotation counts every 100 milliseconds via UDP to Unity (running on a Meta Quest 3), where the actual speed (in meter/s) was calculated. In Unity, I developed a procedurally-generated Endless Runner prototype. Players have to run, duck, and stop to avoid traps - but don’t stop for too long, or the ever-approaching wall will catch you! This was such a fun experiment. Turns out, an endless runner isn’t so endless when you have to do the running yourself! 💀

It's Monday, time for another world first - this time, mixing VR goggles and Unity Engine-driven AR software with the latent space. As diffusion models and the GPUs they run on become more sophisticated and abundant, what you are seeing here in prototype form will be a real-time filter in a couple years. https://lnkd.in/eeFuKDuB Hugues Bruyere has rigged his Quest3 to transmit video to a computer running AI-image software Comfyui. Comfy takes the feed and reinterprets it based on a text prompt (in this case, graphic novel style illustration), and merges it back into the Quest3's video feed with spatially accurate positioning. The end result is walking through a world you can visually remix on the fly. Here's the repo to access Quest's video feed, which is apparently not part of the API yet. https://lnkd.in/edu5FvZF

Pancake optics: Revolutionizing optical technology! 😎 Discover the amazing Pancake optics! 🤩 This innovative technology is transforming the field of optics. It offers a thinner and lighter design, making it ideal for applications like head-mounted displays and augmented reality.👓 With enhanced light efficiency and high image quality, Pancake optics is the future of optical systems. 💥 #PancakeOptics #OpticalInnovation #AR #VR

I believe that the foundation of spatial computing and mixed reality is connecting people. That is why we are testing various possibilities to connect people using spatial computing on one hand, and digital twins and VR on the other. These technologies enhance our ability to collaborate, share experiences, and maintain meaningful relationships regardless of physical distance. Soon, I will share more about what we are doing at Holonet- for now, here’s a demonstration of a communication session with a colleague who teleported to Pula, where I am showing her the landmarks. #spatialcomputing #mixedreality #digitaltwin