In House Tool Building for Houdini TD's

Learn to paint attributes in Houdini by creating paint at scale and mapping values. Transfer painted attributes from the root to points and multiply by the scale to drive variation.

Continue implementing painting attributes for Houdini TDs by creating and transferring front painted scale from skin to curves, painted ribbon, and painted rotation, then multiply by scale and rotation ramps.

Build and implement a clumping algorithm for right-sided parts, generate randomized clump positions along a curve, derive angles and rotations for both sides, and store results.

Fix clumping and implement bending to create feather curves by mirroring points, averaging positions, and interpolating between current and middle positions with matrix rotation and pivot points.

Shape feathers by measuring the minimum distance to the surface underneath using an impulse-based, bias-driven interpolation and a painted concave attribute, enabling realistic concavity for legs and body in Houdini.

Develop and test Python functions to create nodes through an asset, manipulating skin parameters and paths, while handling errors and console feedback for Houdini tool building.

Create asset nodes and end the chain with a null node, define the node path, and use Python to set display flags, organizing the scene for Houdini tool building.

Implement a double check to prevent creating duplicate paint notes by asset name prefix and stop execution if notes already exist, updating the merge skin parameter accordingly.

Continue populating folders and configure the feather tool with rotate vector to 90 degrees, angled ramp, and interpolation discipline, then adjust global scaling, clumping, and bending to finalize the asset.

Convert feathers into polygon cards for lightweight geometry and seamless polygon–feather resolution switching. Implement per-feather attributes, skinning, left/right merging, and a Python-driven toggle to control resolution.

Create a group box tool that reveals only the feathers inside its boundary for faster selection. Name the box with an asset prefix and position it near the parent tool.

Learn to make a group box control the bonding volume in the in-house Houdini tool, copying size and translate values and using set expression for dynamic dimensions.

Toggle the group box with a switcher and a callback script to show or hide it by the enabled group. Add a range switcher to control inner parameters.

Configure delete by range clustering for Houdini TDs, and dive into feather tool parameter construction. Apply data-driven format and modulo-based logic to connect nodes and build reliable clusters.

Learn to manage Houdini TD clusters by switching between cluster modes, editing the cluster core size parameter, and automating creation and deletion of clusters with Python and the feather tool.

Automate file export in Houdini TD tooling by looping over cluster cores and writing each cluster to disk, with the action enabled only when the cluster view is on.

Compute and apply matrices to transfer motion from animated curves to static feathers, using equatorial orientations and a base attribute, then precompute transforms on the first frame for faster playback.

Create and automate static cluster files and time shift nodes, read clusters from disk, and connect them through a static cluster merge, with a dynamic/static toggle to optimize performance.

Define a width attribute to drive feather geometry for renderers such as Mantra, Arnold, and Redshift, using a ramp to control shaft thickness along the curve and wire radius.