Getting started with houdini FLIP

Course Curriculum

Chapter 1: Basic introduction guide to liquid simulation

Lecture 1: Course Trailer

Lecture 2: your first set up of Liquid Simulation

Lecture 3: Sourcing with SOP objects

Lecture 4: Adding collision oject for water

Lecture 5: dynamically adjusting domain grid and adding drag to sim

Lecture 6: Adding point velocity

Lecture 7: compress and cache to disk

Lecture 8: meshing

Lecture 9: fill glass with water

Lecture 10: collision with glass

Lecture 11: continously flow water to fill glass with water

Lecture 12: caching and meshing water sim

Chapter 2: splash from right and left side to beer can

Lecture 1: Introduction

Lecture 2: 2 setting project and importing models

Lecture 3: 3 emitting fluid from source

Lecture 4: 4 fluid collider

Lecture 5: 5 fluid colliding with beer can

Lecture 6: 6 caching simulaiton

Lecture 7: 7 lights materia camera in karma

Lecture 8: 8 render with matte and phantom in karma

Lecture 9: 9 cryptomattes and passes AOVs with karma

Lecture 10: 10 z depth pass in karma

Chapter 3: Ice Cream Chocolate Drip

Lecture 1: 1. intro chocolate drip project

Lecture 2: 2. setting project and importing model

Lecture 3: 3. creating sim

Lecture 4: 4. replace intial fluid and add visocity

Lecture 5: 5. setting up vdb collider

Lecture 6: 6. emitter setup

Lecture 7: 7. linking emmiter inside dopnet

Lecture 8: 8. adding viscosity and velocity from SOP

Lecture 9: 9. multiple emitter

Lecture 10: 10. meshing and seperating layers

Lecture 11: 11. assemble

Lecture 12: 12. working in LOP and assigning material

Lecture 13: 13. lights and camera setup

Lecture 14: 14. material

Lecture 15: 15. rendering to img sequences

Chapter 4: Water Splash On Orange

Lecture 1: 1. Overview of water splash on orange project

Lecture 2: 2. setting project and importing model

Lecture 3: 3. creating liquid emitter geometry

Lecture 4: 4. dopnet

Lecture 5: 5 emitting liquid from emitter

Lecture 6: 6. creating velocity for emitter

Lecture 7: 7. collision object and keyframing velocity

Lecture 8: 8. final setup and caching the simulation

Lecture 9: 9. material lights camera with karma

Lecture 10: 10 rendering to image sequences

Chapter 5: Ice lemon Soda Water Splash

Lecture 1: 1 overview of ice lemon soda water

Lecture 2: 2. setting project and importing model

Lecture 3: 3. scattering points for ice

Lecture 4: 4. scatting the ice cubes

Lecture 5: 5. distributing lemons

Lecture 6: 6. water source

Lecture 7: 7. simulating the liquid and colliding

Lecture 8: 8. final setting before simulation cache

Lecture 9: 9. caching to disk and converting

Lecture 10: 10. chanigng time scale

Lecture 11: 11. setting up in solaris

Lecture 12: 12. assigning materials

Lecture 13: 13. render passes and z depth

Lecture 14: 14. render to sequences with mattes

Chapter 6: Crown Splash

Lecture 1: 1. Introduction to Crown Splash Project

Lecture 2: 2. setting project and importing model

Lecture 3: 3. copy to points

Lecture 4: 4 rbd simulation

Lecture 5: 5. camera

Lecture 6: 6. setting up flip sim

Lecture 7: 7. adding collision

Lecture 8: 8. refining the initial fluid

Lecture 9: 9. viscosity and surface tension

Lecture 10: 10. collider velocity

Lecture 11: 11. final tweak

Lecture 12: 12. sim caching

Lecture 13: 13. convert to mesh

Lecture 14: 14. retime cache

Lecture 15: 15. importing to stage and applying material

Lecture 16: 16. lights

Lecture 17: 17. modifying material

Lecture 18: 18. render to image sequences

Chapter 7: Soda Can wate explode splash

Lecture 1: 1. Overview of this project

Lecture 2: 2. setting project and importing model

Lecture 3: 3. setup for dopnet

Lecture 4: 4. collision object and setting domain

Lecture 5: 5. setting up emitter

Lecture 6: 6 liquid emit activation

Lecture 7: 7. simulation with initial liquid

Lecture 8: 8. cache

Lecture 9: 9. material and lights with karma

Lecture 10: 10. rendering to image sequences

Chapter 8: Sliced Apple RBDs ( BONUS PROJECT )

Lecture 1: Project Ovieview

Lecture 2: 2 setting the project

Lecture 3: 3. importing geometry