🎈 This project focuses on a Vellum simulation in Houdini, showcasing the dynamic interaction of soft bodies with balloon popping. The simulation demonstrates how the balloons deform and pop under external forces, utilizing Houdini's Vellum system to simulate realistic material behavior.
🔧 Key Features:
-
⚙️ Vellum-Based Simulation: The project uses Houdini's Vellum solver, specifically designed for simulating soft body dynamics, such as balloons and other deformable materials.
-
🪡 Balloon Popping Simulation: The video demonstrates the process of balloons being popped, showing the material's behavior as it deforms, stretches, and eventually bursts under pressure.
-
📏 Realistic Deformation: The simulation captures the subtle changes in the balloon’s shape as it is punctured, adding a layer of realism to the interaction.
-
🖼️ High-Resolution Setup: The project uses high-resolution settings to ensure that the simulation captures every detail of the balloon’s deformation and popping.
This simulation serves as an example of how Houdini's Vellum system can be used for detailed soft body simulations, specifically in the context of balloon popping effects.