Houdini For Motion Graphics

Install and configure Side Effects Labs tools in Houdini to enable motion graphics, customize interface, and verify installation by using the tab key to access labs in the node editor.

Learn to sweep curves in Houdini by using a backbone curve and a circular cross section, refine with resample and end caps, and animate with orientation along curve.

Deform geometry along a path in Houdini with the path deform node, adjusting map length, offset position, rotation, and orientation along the curve while controlling rigidity and curve length.

Drive geometry in Houdini using a noise-based map and dual meshes to control extrusion with the color diffuse attribute, leveraging attribute warp, remesh, divide, and poly extrude.

Copy and transform geometry using copy to transform, circle-based radial copies, and copy to curve; scatter and align for multi-geometry instancing with name attribute and piece attribute.

Create a fall off factor to affect the position and scale of clones using a mask from geometry and an attribute warp.

Scatter points onto deforming geometry and make them stick using attribute interpolate with barycentric coordinates, prim name, and prim uv for accuracy and speed.

houdini for motion graphics teaches how to build a growth solver to trigger and control an evolving effect using geometry nodes, mask attributes, attribute warp, ramps, and noise.

Explore growth propagation in Houdini for motion graphics using a dynamic solver, attribute transfers, and accumulation to create evolving trails on a grid and through pyro source spread.

Visualize csv data in Houdini using a table import node, position points on the z axis, scale bars by profit ratio, and label with subcategory fonts.

Master CHOPs to drive procedural animation in houdini, using a geometry sphere inside a transform node and exporting wave attributes to translate and scale, with sine and noise waves.

Learn to create an audio reactive animation in Houdini for motion graphics by using edge geometry node, importing audio, extracting spectrum, and driving circle geometry with attributes and poly extrusion.

Create a secondary jiggle animation in Houdini using CHOPs, spring and jiggle nodes, and a squash with length scale and preserve volume for a rubbery deformation.

Explore particle simulation in Houdini for motion graphics by building a pop network emitting particles from a sphere, applying forces, noise, gravity, and color ramps to create dynamic particle trails.

Generate bubbles by scattering points on a surface, assign a p scale attribute, remesh bubbles, and simulate collision‑aware bubbles with a pop net, bounding box, and static geometry.

Explore pyro solver basics in Houdini by building volumetric smoke and fire from animated points, volume rasterization of density and temperature, and noise-driven turbulence.

Explore rigid body dynamics in Houdini by configuring rbd simulations, naming attributes, and using the bullet solver to make fractured font pieces collide with a sphere and ground plane.

Explore vellum wire and soft body simulations in Houdini, using triangulated meshes, remesh, cloth constraints, pin groups, and match animation for dynamic strands.

Render scenes in Solaris with Karma Xpu, importing geometry, building materials with Karma Material Builder, lighting with HDRi and area lights, and adjusting render settings for final output.

Render bubbles in Houdini with Karma XPU, building a studio scene using grid geometry, extrusion, and thin film materials. Adjust refraction, transmission, and samples to reduce noise.

Render smoke and fire volumes in Houdini by converting to VDB, importing into Solaris, and applying the Karma Pyro material, then adjust fire intensity, smoke color, and density.

Thank you for joining the Houdini for Motion Graphics course; I hope you enjoyed it and learned something, and I will see you next time.