Houdini FX Complete Course (Beginner to Advanced)

Create a basic particle simulation in Houdini fx 19.5 by emitting from grid with a pop net and pop source, adding forces and color ramps to reveal surface bound dynamics.

Set up your Houdini project, load a machete model, prepare geometry with scale, orientation, and cleanup, isolate the blade, fill holes, and visualize textures, then prepare for particle disintegration emission.

Set up a particle source by sculpting a surface-based emission with a density attribute, using attribute warp, noise maps, and ramped animation to emit particles from blade edges.

Set up particle forces and velocity fields using normals, curl noise, and wind in Houdini, tune life, jitter, and color attributes, then cache results to disk.

Import particles and a blade into Solaris and render with Karma. Animate particle scale with age, color by speed, and blend rusty and shiny blade shaders via a mask.

Set up pop grains in Houdini using grain source and pop net with gravity and ground collision, tune pop grain parameters, color with random attributes, and control clumping and substeps.

Create a crumbling sand simulation in Houdini fx 19.5 by activating grains with an attribute warp driven by anti-alias noise, animated fade, and gravity, using file caches and disk caches.

Shade and render sand in Houdini using a stage context, ground plane, merged sand and ground, material library, dome light, and Karma Xpu rendering for wet and dry sand.

Convert geometry to Houdini volumes or VDB volumes for pyro smoke and fire simulations, adjust voxel size and resolution, and use cloud nodes and noise to shape density.

Set up a basic smoke simulation with a tube geometry, convert to volume, and drive it in a pyro solver using density, temperature, buoyancy, wind, and turbulence.

Set up a high fidelity smoke simulation in Houdini FX 19.5 using the pyro solver, with density and temperature fields, noise, turbulence, buoyancy, and gas wind forces.

Render a smoke simulation in Solaris by building a background grid, refining geometry, and applying exp pyro shader, then light with a dome and distant lights and render with Karma.

Learn to use the pyro solver to create fire and smoke by volumes from burn and temperature, emit density, and adjust voxel size, with explosions and collision geometry.

Set up a campfire fire simulation in houdini fx 19.5 by loading a fireworks model, texturing, isolating stones, and building a pyro source with turbulence and diffusion.

Build a campfire ember simulation by configuring a Houdini particle system with pop net and source, set initial velocity and curl noise, then add spark trails and splitting.

Set up a campfire render by importing three nodes for woods, fire, and sparks, merging them, and configuring a karma render with textures and emission shaders.

Learn a basic rbd bullet solver workflow in Houdini FX 19.5, from creating a dodecahedron and ground plane to fracturing, packing fragments, and configuring material attributes.

Master fracturing techniques in houdini, including material fracture, scatter from volume, chipping, interior detail, grains, and boolean and voronoi fractures for realistic destruction.

Create slab geometry, convert to volume, and scatter points for voronoi fracture, then use constraint geometry with the bullet solver to apply glue or soft constraints.

Activate your simulation manually to create a crumbling effect using anti-alias noise, remapped ranges, and a fading parameter, importing the active attribute per frame into the bullet solver.

Create a destruction setup in Houdini by engineering a slab crack, fracturing with Material Fracture, tuning noise and detail, and simulating with Bullet solver using proxy geometry, then cache results.

Create debris particles for a destruction simulation using a debris source at frame 240, color by age with a ramp, emit via pop net with gravity and ground collision.

Set up the stage for rendering a Houdini RBD simulation, unpack geometry, and assign inside and outside materials via a fracture workflow, then render with Karma or XB.

Learn vellum solver basics to create soft body cloth simulations. Set up a grid, convert to a triangulated mesh, and configure cloth constraints and collision with a table.

Explore vellum soft body constraints, including stretch and tetrahedral soft bodies, transfer simulations to the original geometry with point to form, and adjust stiffness and volume for a jelly look.

Explore plastic deformation with the vellum solver using a shape match constraint to bend and flatten a loaded barrel against a dodecahedron collider, adjusting mass, plasticity, and delta mesh relaxation.

paint the hair growth region on a wig head, set vellum constraints, and simulate gravity and wind. adjust density and color via curve attributes.

Import a Mixamo character into Houdini via agent, set up a vellum cloth with pin constraints, wind forces, and substeps, then prep geometry for rendering in Solaris.

Learn how to build a flip fluid simulation from a particle fluid tank source, configure domain and particle separation, and integrate a crack collider with velocity transfer and gravity.

Create a continuous fluid source in Houdini using a triangular sphere, animate noise, and connect a flip solver with gravity and viscosity for a continuous, viscous emission.

Mesh particle simulations with flip fluids meshing, disable viscosity, set particle separation to 0.05, then pack and cache geometries and generate the mesh via particle fluid surface for Solaris rendering.