- A 3D effect that builds nothing: af754bcb2 said the object draws exactly
as without it under a Drop Shadow or Gaussian Blur. That holds only for
a stroked object. With only a fill, the raster effect draws from the
art made for the object, where without the 3D effect it is clipped to
the path, so Roughen's spikes differ: the earlier wording was right.
The test keeps the stroked cases exact and restores fill-only cases
with a Drop Shadow and a Gaussian Blur, which differ in under 4% of
the pixels and nowhere inside the path. Its reach check compares with
the object drawn without its raster effect, since Roughen alone
reaches past the path.
- The Vector Halftone test's bounds are a consistency check, and only
holding no art tests the branch: its doc no longer says no solid is
built (the free measure's halftone arm builds one). The overprint
test's area check is labeled likewise.
- Recoloring a traced shape bounds the area the renderer that drew the
trace object measures too, inflated by half the stroke and a pixel.
- The let-go test pins the nothing-to-draw branch: no frame, whole or
part, began since the measure.
- The parity doc's feature row names the stack overflow fix and its
test; a group test's doc says what its fixture holds.
An image in a Separation color space opened as an RGB image: its spot ink
was lost (no plate in Separations Preview), and Fill and Recolor Artwork
didn't reach its color.
It now opens as a grayscale image of its tints (white where it lays no
ink, black at 100 %, its Decode array applied; 1 to 16 bits a sample, or
one gray channel from its JPEG, CCITT, JBIG2 or JPEG 2000 decoder),
colorized by its ink at 100 %: the spot swatch, a process plate's CMYK
color, or Registration. Its mask becomes its opacity mask, as a CMYK
image's does. The ink is found by the image's color space among those the
file defines, once per image. The ink None, an ink whose color can't be
told, images inside an alpha soft mask, inline images and DeviceN images
open as before; samples that can't be read open in RGB with a warning, and
the ink gets no swatch.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
A mark glyph's vertical translation started a new draw_glyphs batch, so
krilla received the cluster's source range again and mapped its
characters twice. Copying or searching the exported PDF then found
doubled letters for Arabic harakat in any font, and for every dotted
letter in fonts that draw dots as zero-advance mark glyphs (Noto Sans,
Naskh and Kufi Arabic).
Keep compatible glyphs on the same layout line in one batch and carry
their relative vertical placement as per-glyph y_offset; horizontal
placement is unchanged (next_x - x advances). Font, size, linear
transform, line/column, paint run, list marker and hyphen boundaries
still split batches. Krilla keeps owning cluster mappings and
ActualText. No importer change.
Regressions decode the content stream and ToUnicode maps: one batch per
layout line, no duplicated cluster assignment, one ActualText per
multi-glyph cluster, contours within 0.05 pt of outline export; mixed
scripts, vertical columns, path rotations and PDF/X variants covered.
The reader round-trip stays an ignored test until the importer consumes
ActualText (#6165).
Addresses #6309.
A PDF image mask (`/ImageMask true`) painted in a solid color opened as an
RGB image with the color in its pixels: Fill and Recolor Artwork didn't
reach the color, a spot color lost its ink, and the same mask painted again
in another color took the first one, because the painted image was cached
by the mask alone, and so did an uncolored pattern whose cell draws a mask.
It now opens as a grayscale image of what it paints, colorized by that
color, as the .ai reader opens a 1-bit image mask (#5790). A spot color
keeps its swatch and tint. The page's walk counts paths, not images, so the
ink is found from the color space. Readings of a pattern cell are told
apart by colorized images' colors too. Inside an alpha soft mask, or
painted with a pattern, a mask opens as before.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
copyFrom only writes paints enabled for pickup and apply, and paint, Transparency and the Eyedropper record an undo step only when the override changes.
copyFrom still edits the part when reverse, append and defaultsOnly are false, and reverse copies onto source. transparency.set records an undo step only when the override changes.
A picked part takes transparency and the Eyedropper only when those calls omit their other targets. Art, Pattern and Bristle brushes, native Wayland and the web still do not take tilt, bearing or rotation.
Direct Selection of a path, compound path or type inside a dynamic instance now applies transparency and gradient or pattern fills through the usual paint commands, and the G5 docs catch up on Overlap and Pattern auto corners.
On macOS the canvas paints tool cursor glyphs into the frame, so they
trail the pointer by a frame or more (#2292). This interim adapter
delivers the same glyphs as native NSCursors, which AppKit moves
independently of canvas redraws.
ui-egui prepares cached 1x/2x RGBA requests from the existing cursor
rasterizer and hotspots (transparent padding only) and keeps returning
a visible system fallback icon. The desktop host builds NSImage/NSCursor
objects with point-sized images and hotspots, owns cursor-rectangle
suspension and restoration, and hands the cursor back on menu tracking,
focus loss, empty passes, cursor overrides and shutdown.
Windows/X11, Wayland and web delivery are unchanged. No artwork, no
production unsafe, no new dependency package: only four AppKit features
are enabled on the already-shipped objc2-app-kit. Remove once the pinned
winit sizes macOS cursor images and hotspots in points.
Addresses #2292.
docs/mcp.md: vectorcraft-cli's mcp and run sessions keep the words in the file too; only without preferences do they last until the app closes. docs/type-parity.md: the custom dictionary commands are done and only the dialogs and Auto Spell Check remain, with the evidence at the end of the row.
When the page's type is matched with the text objects, page words are also
split at private-use characters (from uniXXXX ligature glyph names such as
/uniE028 for a "ti" ligature) and each piece is matched as its own word, so
"Quality" set with that ligature matches its text object and the layers are
read without a false note.
text.spelling.addWord, removeWord and changeWord are Check Spelling's Add
and Edit Custom Dictionary's Add, Delete and Change; text.spelling.dictionary
lists the words. They live in craft-proof, which every language's check
reads. The desktop app and vectorcraft-cli keep them in
`Custom Dictionary.txt` next to the preferences (none without preferences);
elsewhere they last until the app closes.
text.spelling.ignoreAll is Ignore All: the active document's checks skip the
word while it is open; not saved, not undoable, and not a change to the
document's revision.
Behaviour: https://helpx.adobe.com/illustrator/desktop/design-with-text/edit-format-text/check-and-correct-spelling.html
A CMap name of the public Unicode CMap form (UniJIS-UCS2-H, UniGB-UTF16-H
and similar) is understood without being defined in the file, so type in a
CIDFont the file only names decodes to its Unicode characters and is set as
live type.
bfchar and bfrange mappings are kept in the CMap and carried over by
usecmap. A code mapped to a character code draws that code in the base font
usefont named; a code mapped to a glyph name draws that glyph.
Between each two characters the kshow procedure runs with the two codes and
the current point after the first, in any font, not only Type 3 fonts. Where
it moves the current point the next character follows, kept as tracking.
Adds composefont, the CIDInit and FontSetInit procedure sets and the CMap
operators, so EPS with CID-keyed fonts (as pdftops -level3 writes) opens.
Type 0 fonts with FMapType 9 decode their codes through the CMap's codespace
ranges and CID mappings, and the Identity CMaps are predefined.
Each CID-keyed font in a FontSet's CFF data is defined as a CIDFont named by
the CFF Name INDEX, with its glyphs found by CID through the charset and
FDSelect, so a composefont over it draws its type.
An embedded Type 1 font's eexec part is decrypted and its charstrings read,
so its glyphs and widths are used instead of the installed or fallback
font's. Codes are decoded through the font's Encoding, so fonts that place
glyphs at low codes no longer lose their type.
A plain Type 42 font now maps each code to its character through its glyph
names, or through the glyph its CharStrings give it in the font's own
character map or post names, instead of reading the code as Latin-1. The
font's own widths move the current point, charpath outlines its glyphs, and
the show operators' spacing and the embedded widths are kept on live type as
tracking. Type shown under nulldevice no longer appears.
Drew Dibble