Skip to content

HISTORY.rst

Latest commit

 

History

History
94 lines (80 loc) · 4.19 KB

HISTORY.rst

File metadata and controls

94 lines (80 loc) · 4.19 KB
Raw

History

Unreleased

  • A node now tracks the project modules its source imports, not just its own file, and a leaf whose artifacts are already current is no longer rendered (ADR-033). Editing a module that holds shared geometry but defines no node — the conventional kinematics.py — used to move no tracked mtime, so every artifact went on reporting up to date and solid develop never saw the edit; now it invalidates exactly the nodes that import it. Because the up-to-date check used to run after render(), caching saved almost nothing: a no-op rebuild of a CadQuery-heavy project cost the same as building it from scratch (19.8 s either way), and now costs 3.2 s. CadQueryNode and JScadNode no longer rewrite an artifact that is already current. Two consequences worth knowing: assemble() may now call render() zero times rather than exactly once, so anything relying on a render side effect is affected; and a node whose geometry depends on something a static import walk cannot see — a data file read at runtime, a module reached through importlib, an environment variable — can look current when it is not, where the old unconditional render hid it. An existing build directory rebuilds once as the corrected source set takes effect.
  • New solid develop --no-web flag: run the watch-and-rebuild loop with no viewer, leaving SOLID_NODE_PORT free, for a host that renders the published build directory itself. Pairs with --callback URL.
  • Projects scaffolded by solid new ignore __pycache__/.
  • The build directory is now a symlink to a versioned sibling directory, rebound atomically on each publication (ADR-032). A reader following it always reaches one complete artifact set, and a verification build no longer fails when it publishes beside a running watch loop. Consumers that require the build path to be a real directory are affected; it still behaves as a directory for ordinary reads.
  • Projects scaffolded by solid new ignore _build*. An existing project gets that pattern recorded in .git/info/exclude on its next build, leaving its tracked .gitignore untouched. Because that exclude file is per-clone, a project created before this change may need _build* added to its .gitignore when cloned elsewhere.

0.4.0 (2026-07-20)

  • Relicensed from AGPL-3.0 to Apache-2.0, with consent from all contributors
  • CLI grammar flip: commands come first, solid <command> <node> (breaking change)
  • New solid new command to scaffold a starting project structure
  • Added static solid export manifests, STL exports, an embeddable viewer widget, and Sphinx embedding support
  • Added symbolic degree-aware math and expanded kinematic-fit assertions
  • Improved animation correctness, node identity, test-runner behavior, and developer reload resilience
  • Improved mesh and assertion performance through caching, single-matrix world transforms, and AABB broad-phase culling
  • Migrated packaging to pyproject.toml and expanded API and tutorial documentation

0.3.0 (2026-01-14)

  • Snapshot CLI for headless PNG rendering (enables AI agent workflows)
  • Lean architecture: removed broker, git, refactor modules (ADR-018)
  • Full license attribution in CREDITS.md
  • License headers on all source files

0.2.0 (2025-02-25)

  • JScadNode adapter for JSCAD backend, plus further work on OpenScadNode
  • API reference documentation building on Read the Docs

0.1.0 (2025-02-01)

  • Stable multi-backend architecture (SolidPython2, CadQuery, OpenSCAD)
  • Web-based 3D viewer with React/Three.js
  • Development server with filesystem monitoring and hot-reload
  • Test runner for CAD projects
  • STL generation with background optimization

0.0.8 (2024-12-15)

  • Pre-release with improved documentation
  • Bug fixes and stability improvements

0.0.1 (2023-07-13)

  • First release on PyPI, with basic structure: * Develop using SolidPython and CadQuery combined * Filesystem monitoring triggering transpilation to openscad and stl building * Background optimization * Spatial calculations with trimesh