v1.1.1

[LegedsDaD]

ThreeDimensions v1.1.1 Release Notes

Overview

v1.1.1 expands ThreeDimensions into a fuller 3D modeling workflow with stronger tooling across modeling, sculpting, procedural generation, and visualization.

Added

• Hybrid runtime mode with C++ core acceleration plus Python fallback (CORE_MODE).
• Expanded primitive set: cube, sphere, UV sphere, icosphere, cylinder, cone, torus, plane, grid.
• Rich transform and selection workflows (pivot/snap/proportional options, loop/ring/box/circle/lasso selection).
• Broader mesh editing tools: extrude, inset, bevel, bridge, fill/grid fill, subdivide, loop cut, spin, screw, solidify, wireframe.
• Deformation and symmetry tools: bend, twist, taper, stretch, shear, warp, symmetrize.
• Sculpt pipeline with brush set, masking tools, filters, dyntopo/multires helpers.
• Remesh/reduction tools: voxel remesh, quad remesh, decimate.
• Curve workflows: Bezier, NURBS-style fallback, lathe, curve-to-mesh.
• UV toolset: seam marking, unwrap, smart UV project, project-from-view.
• Retopo helpers: shrinkwrap, poly build, relax topology.
• Procedural NodeGraph API with connect/evaluate flow.
• Optional OpenGL viewer (td.viewer(mesh) and interactive scene context).

Changed

• Top-level API now exposes a clearer modeling surface (Mesh, TransformOptions, primitives, NodeGraph, ModifierStack, viewer, etc.).
• Documentation coverage improved with a full manual aligned to implementation.
• Architecture clarified around cpp_core/ (kernel) and python/threedimensions/ (high-level API/fallback).

Notes

• Large meshes perform best in C++ mode.
• Python fallback remains fully usable when native build is unavailable.

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This discussion was created from the release v1.1.1.