![Introduction to the POP Grains Solver" by Rohan Dalvi | CGI Houdini Tutorial HD | CGMeetup - YouTube Introduction to the POP Grains Solver" by Rohan Dalvi | CGI Houdini Tutorial HD | CGMeetup - YouTube](https://i.ytimg.com/vi/twVH8y_I7XY/maxresdefault.jpg)
Introduction to the POP Grains Solver" by Rohan Dalvi | CGI Houdini Tutorial HD | CGMeetup - YouTube
![This project uses Houdini Pop Networks to create particle systems which use both Curves and Attractor Objects to drive particles. … | Houdini, Pop network, Tutorial This project uses Houdini Pop Networks to create particle systems which use both Curves and Attractor Objects to drive particles. … | Houdini, Pop network, Tutorial](https://i.pinimg.com/originals/2e/95/e0/2e95e0496e3b9dfa78ffb623d22fd596.jpg)
This project uses Houdini Pop Networks to create particle systems which use both Curves and Attractor Objects to drive particles. … | Houdini, Pop network, Tutorial
![First project done without watching a tutorial of any kind! Just a beginner, Sidefx documentation, and a heavily referenced unoriginal pop-culture dream! : r/Houdini First project done without watching a tutorial of any kind! Just a beginner, Sidefx documentation, and a heavily referenced unoriginal pop-culture dream! : r/Houdini](https://external-preview.redd.it/ZeVRtzaLIW5yWwmsByaohk9NyM7bxWEm9fJ0fTEivpM.png?width=640&crop=smart&format=pjpg&auto=webp&s=af36bb4f91b8259345cb0ccb7a939f956ea81988)
First project done without watching a tutorial of any kind! Just a beginner, Sidefx documentation, and a heavily referenced unoriginal pop-culture dream! : r/Houdini
![Did a confetti /falling paper kind of pop sim tutorial. It's basically using the orientation and rotation to drive air resistance and swirly motion. : r/Houdini Did a confetti /falling paper kind of pop sim tutorial. It's basically using the orientation and rotation to drive air resistance and swirly motion. : r/Houdini](https://i.vimeocdn.com/video/823508187-9c78fd21370e089e03ed37b6c148c0f36ba59960b07597c666d41cc9febdcdb5-d.jpg?mw=1100&mh=619&q=70)