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Resources for OpenVDB, tree-based sparse volumes, and Ken Museth's publications.
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Basierend auf der SOC-Berufsklassifikation
Architecture reference for the unified edit-mode transform gizmo (translation arrows + rotation rings, transform spaces, x-ray rendering). Required reading before implementing any task in todo.md whose ID begins with GIZMO-.
Reference for the two-color (orange/blue) boolean system where IsSubtractive classifies inputs into groups and boolean operations combine them into a parent-child tree. Required reading before implementing any task in todo_bool.md.
Standardized pattern for creating interactive SDF primitive tools in the Direct Modeling workbench.
Template and rules for creating new SDF primitive field classes in core/sdf/sdf/. Required reading before implementing any new SdfField subclass.
Reference for converting SVG path data (M L H V C S Q T A Z) and shape elements (rect, circle, ellipse, line, polyline, polygon) into cubic Bezier segments with no rasterization. Required reading before implementing svg_importer.py.
Convention for registering primitive-specific GLSL inside the primitive's own .py file. Required reading before editing any to_glsl/to_glsl_2d method.
| name | VDB and Ken Museth Research |
| description | Resources for OpenVDB, tree-based sparse volumes, and Ken Museth's publications. |
This skill provides a reference for the mathematical and algorithmic foundations of OpenVDB, specifically the hierarchical tree-based data structures used for sparse volumes.
The Direct Modeling workbench uses Signed Distance Fields (SDFs). OpenVDB is a industry-standard implementation of sparse SDFs. Understanding the underlying tree structure (VDB) is crucial for optimizing storage, ray marching, and meshing of complex implicit geometries.