- An inverted clip's roundtrip record goes in the filter's extension
dictionary through the codec's own API (ensure_extension_dictionary /
xrecord / extension_dictionary_handle) instead of a scan of every
object, which the renderer ran for each clipped reference.
- Pin cadcodec 1c3be0c (the DXF writer now links a spatial filter's
extension dictionary, so that record is not left unreferenced) and
cadkernel deb529b; plugin crates and the Python plugin lock follow.
- The XCLIP boundary preview stays f64.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
- Pin cadcodec upstream at d290dbe (the merged underlay change) and
cadkernel at 4134ae3, which follows it; drop the fork patch, move the
plugin-API and web-worker crates and the Python plugin lock to the same
codec so one copy is built.
- "Import as block" with raster images left IMAGE entities without an
image definition: block definition now creates it like add_entity does,
through one shared helper.
- The three preview outlines (attach frame, clip boundary, import area)
stay f64 instead of casting world points to f32.
- Page size / total / PDF scale entries use the catalog's positional
placeholder; the bare {name} form failed to format in 20 locales.
- The Underlay Layers bulb is the SVG layer icon, not a text glyph.
- PDF dialogs use the shared dialog buttons and radios.
- Options opened from a PDF dialog clears its saved state on return.
- Paper-space underlay background reuses the model block handle already
resolved; dead `let _ = i` lines and a misplaced doc comment removed.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Brings in the DXF round-trip fixes merged as cadcodec #48 and #51 and the
block-definition fixes for cadcodec issues #49 and #52. cadkernel moved to
the same codec revision first, so the graph keeps a single acadrust. The
Python plugin, which is outside the workspace, has its own lock moved too:
its staging script requires the plugin and the host to share one acadrust
source.
The canaries that asserted the old wrong results were flipped against the
real-IPC audits, all 60 of which pass with the plugin built: Helix, Light,
Underlay, ViewBorder and SectionSymbol now round-trip through DXF, as do the
text style flags, the dimension style's text style name, the block
description, the table's merged ranges and the leader's annotation link and
vectors. Those five kinds move to Complete in the coverage ledger.
Two narrower gaps stay pinned. The ATTDEF writer emits no group 280, so
`lock_position` is still lost on a DXF save; every other field now
survives. A true-colour leader `override_color` cannot be held by DXF group
77, which takes an ACI index, and the DWG writer does not store it.
Behaviour change for users: a text style's oblique angle is now written to
DXF in degrees, as the format defines it. DXF files written by earlier
versions carry radians there and reopen with a much smaller slant.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
A trackpad could only zoom: every scroll delta, wheel notch or not, went
into the same zoom step, and a pinch never arrived at all. iced's winit
layer converts only the window events it has an iced equivalent for, so
winit's `PinchGesture` was dropped before the app saw it.
Scroll deltas now split by what produced them: a wheel reports notches and
still zooms, a precise-scrolling device reports pixels and pans. The same
pixel split keeps working everywhere else — the browser build reports every
wheel notch as pixels, so there they keep zooming.
The pinch is read straight from AppKit with a local `NSEvent` monitor, since
the app cannot see the gesture through iced at all, and handed to the app
through a subscription shaped like the SpaceMouse bridge. It maps 1:1 onto
the camera: fingers 5% further apart leave the view 5% closer.
The pan and zoom bodies are now shared by the mouse and the gestures, so the
middle-button drag, the wheel, two fingers and a pinch all move the view
through one path — in model space, in a tiled pane and inside a floating
viewport alike.
#1418 added both as direct dependencies although each was already in the
tree: printpdf's to_lopdf_doc returns the lopdf document whose compress
and save_to are plain methods, and the codec's encoding_from_code_page
hands back the Big5 / GBK / Shift_JIS / EUC-KR encodings by their DXF
code-page names. Cargo.toml keeps its dependency list.
Co-Authored-By: Claude Fable 5.1 <[email protected]>
printpdf 0.9's `PdfSaveOptions::optimize` is a no-op — its `doc.compress()`
call is commented out — so every page's content stream (megabytes of vector
operators for a CAD sheet) was written uncompressed: a 16-sheet drawing set
exported as 280 MB. Serialise through `printpdf::to_lopdf_doc` and run
lopdf's `compress()` before writing; the same export is now 49 MB and
readers see ordinary FlateDecode streams.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
`shx.rs` only accepted the classic `AutoCAD-86 shapes 1.x` container, so
every modern Autodesk font (`txt.shx`, `simplex.shx`, `romans.shx`, … are
`unifont 1.0`) and every Asian big font (`chineset.shx`, `hztxt.shx`,
`bigfont.shx` — `bigfont 1.0`) was rejected and text fell back to the LFF
substitutes and TrueType fallback glyphs. Drawings authored with SHX big
fonts (the norm for Chinese / Japanese / Korean sheets) never showed their
real glyphs.
- Parse all three containers. Unifont glyphs are keyed by Unicode; big-font
glyphs by their double-byte code from a sparse hash table of
(code, length, offset) entries. Big fonts reference subshapes with a
two-byte `7, 0, hi, lo`.
- `bigfont_glyph` encodes a character with encoding_rs (Big5 / GBK /
Shift_JIS / EUC-KR, most likely first for the file name) and takes the
first code the font has.
- `Face::WithBig` pairs a style's big font with its primary face: full-width
characters come from the big font, everything else from the primary —
how a STYLE with a "Big Font" behaves in AutoCAD. `resolve_text_style`
resolves `big_font_file` like the primary (next to the drawing, then the
user fonts folder) and rides it along in the font name.
- The missing-fonts dialog lists unresolvable big fonts too.
Unit tests cover a synthetic big font (Big5 lookup, cap-height scaling, no
aliasing of unknown codes), a synthetic unifont, and the pairing.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
acadrust follows hakanaktt/acadrust main through #107, entity-record
passthrough included; cadkernel pins the same codec rev so one acadrust
stays in the graph. Upstream added BlockFlags::is_xref_unloaded, which
XATTACH now sets to false for a freshly attached reference.
Co-Authored-By: Claude Fable 5.1 <[email protected]>
- acadrust 7ea4247: clamped-knot degree and MINSERT reservation fixes
(cadcodec #47). cadkernel a0b962a: dogleg fails on a non-finite
Jacobian (cadkernel #66) and pins the same codec rev, so one acadrust
stays in the graph.
- The axis re-alignment from #1361 retains its transformed length through
retain_segment_length, which holds a zero-length segment with per-axis
differences instead of a P2PDistance whose gradient is NaN there.
Co-Authored-By: Claude Fable 5.1 <[email protected]>
- #1352 pinned cadkernel/cadkernel-constraints to ramox81's fork. Its one
extra commit (cadkernel #67, SymmetricLineDirections) is now on
HakanSeven12/cadkernel main as the same SHA, so the manifests and lock
point back at the upstream repo at rev 0493b59.
- SYCONSTRAINT reports a repeated relation with the same message Fix and
Vertical use, as an error instead of plain output.
- The knot-less spline test consumes the add_entity results.
Co-Authored-By: Claude Fable 5.1 <[email protected]>
Older GPUs without usable DirectX 12 Feature Level 12_0 or working
Vulkan support (e.g. legacy Intel iGPUs and other old parts), and old
GLES drivers whose shader compiler rejects iced's own shaders, crash
at startup or on the first drawing viewport: StagingBelt aborts in
Buffer::get_mapped_range (panic=abort, silent exit) on the DX12 path,
and shader compilation fails inside iced's gradient pipeline on the
GLES path. Selecting a working backend via WGPU_BACKEND before iced
boots avoids both classes.
- Probe each candidate backend (Windows: dx12,vulkan,gl; Linux:
vulkan,gl) in an isolated --gpu-probe child: device request,
staging-style mapped upload, render pipeline creation (its fragment
shader reads a private vec4 array, catching old-Mesa compile
failures), offscreen render and readback. First fully-passing
backend wins; explicit --backend / WGPU_BACKEND / --safe-mode
always win, and Windows keeps preferring DX12/Vulkan (#55).
- Software adapters (WARP/llvmpipe/SwiftShader) are the last resort
before a best-effort GL attempt: slow but alive.
- The crash sentinel names the attempted backend so only implicated
backends are skipped next launch.
- Winning probes report adapter limits; GPUs without shader storage
buffers get the packed compatibility renderer automatically, with
a startup command-line notice so the switch is never silent.
Refresh associations after complete SpaceMouse camera updates and recognize imported paper-space owners without Layout objects. Use kernel containment, intersection, perpendicular and spline tangent solving; pin cadkernel 7ce27f2 and add regressions.
Each menu row is now a single mouse_area that publishes on PRESS instead of a button nested in a mouse_area. iced_aw ContextMenu keeps its overlay element in the widget struct, so every view rebuild wipes the overlay subtree state - including a button's is_pressed between press and release - and release-time clicks published nothing. Headless simulator tests through the real overlay guard row clicks, flyout clicks, the Change Path Type hover trigger, and pin the subtree-reset mechanism. Requires iced_test as a dev-dependency; the Cargo.lock gpu-allocator/windows edge is pinned back to 0.62.2 (see docs/review-context-menu-click-delivery.md).
Include decoded IMAGE/OLE content in the shared PDF plotting path,
with clipping, transforms, transparency, draw order, and resource reuse.
Use named page content for export and printing.
Fixes#1266
