Enhancing 3D Visualization in Electromagnetic Simulation with MATLAB | FDTD Method #Electromagnetism

In this video, I’ll walk you through a recent update we made to improve the 3D visualization 🖥️ of our electromagnetic simulator, which uses the Finite Difference Time Domain (FDTD) method in MATLAB. Previously, we used the scatter3 function to represent each meshed cell of a 3D object as a black ball ⚫. Now, we’ve replaced this with the patch function, which uses the STEP file 📂 format to display the object in 3D. Additionally, the camlight feature 💡 adds dynamic lighting, creating reflections that enhance depth perception. Although the visual improvement is significant 👀, the simulation results and the meshing process remain unchanged. The update provides clearer textures for the moving target, making the simulation more visually effective. 📧 Interested in collaborating with us? Feel free to contact me via email (address shown in the video). Check out my channel for more videos using our simulator to solve various electromagnetic problems! Don’t forget to subscribe 🔔 for more updates. #Electromagnetism #FDTD #MATLAB #Simulation #3DVisualization #FiniteDifference #ElectricalEngineering #UniversityResearch #EMSimulation #ResearchCollaboration #StepFile #PatchFunction #MATLABCoding #Gatineau #Outaouais #Canada #STEM #EngineeringResearch #ScientificVisualization