Fixes#2763. An object whose editing-data dictionary holds the text wrap
options keeps them (offset in points, 6 pt by default, clamped to
±1000 pt; Invert Wrap), and the objects after the text in a version 7
wraparound group (`*w` … `*W`) are wrap objects at the default options.
Area type below a wrap object in its layer flows around it before the
layers are compared with the page, and threaded type flows on into its
next frames. A Large Canvas file's offset is scaled with its art.
The wrap resolver moves into `vectorcraft_doc::text::resolve_wrap` for
the import and the edit-time refresh, and builds each wrap object's
outline once per layer. A file whose wrap shapes would copy more than
2,000,000 anchors is not read from its editing data.
Docs: docs/file-format-parity.md.
Applying a data set wrote a text value into the bound frame only, and the
thread's reflow then joined it with the other frames' old text. The art no
longer matched the row it had just applied, a captured row applied back lost
text, and a value bound to a later frame deleted the rest of the story.
- A text value bound to any frame of threaded text replaces the whole story,
which then flows through the frames again. `overflow` names the story's
last frame.
- Capture Data Set, Update Data Set and the Variables panel's match check
read such a frame as the whole story, frames joined in thread order.
- When any frame of the story is locked, the text value is skipped and
counted in `skipped`, and the story is not read.
- Two text variables bound in one story apply in definition order, as for
two on one object: the one defined last wins.
Docs: docs/mcp.md.
variable.lock's params text and the doc comment on Variables::locked said every
dataset command still runs while the variables are locked. dataset.import is
refused when its header would define a variable; both texts now say so, as
docs/mcp.md and dataset.import's params already do.
Character panel menu > Standard Vertical Roman Alignment, with Show East
Asian Options, is now a check item. It sets a new character attribute,
`standardVerticalRoman` (text.setFormat, text.setRangeStyle), off by
default and saved only when on. In vertical type the marked Latin
letters, digits and other characters that would lie on their side stand
upright one below the other, each in its upright cell. Spaces keep their
width and tate-chu-yoko blocks stay across the column. Horizontal type
keeps the mark and does not change. A combining mark shaped as its own
glyph turns with its letter, in Latin and CJK upright type alike.
Character Style Options labels the Character Alignment row "Character
Alignment" and gives Standard Vertical Roman Alignment its own checkbox.
Reset Panel turns the attribute off. PDF and SVG export place the glyphs
from the layout and need no change.
From the CodeRabbit review: the Serbian and Croatian quote marks name
their sources with the Pravopis's ISBN and links to CLDR's sr and hr
data, in the code and in docs/type-parity.md; the quotes test says what
it checks.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_011wCJ9DkszhZKxYL3LgcSfZ
Document Setup and Character › Language list Serbian: Cyrillic (sr-Cyrl),
Serbian: Latin (sr-Latn) and Croatian (hr). Text tagged Serbian is shaped
in it (#4940, #4959), so fonts draw their Serbian forms, the italic б,
г, д, п, т. Serbian quotes follow the Pravopis (Matica srpska 2010,
т. 168) and CLDR: „…” and ’…’; Croatian per CLDR: „…“ and ‚…‘.
Illustrator lists Croatian but not Serbian.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_011wCJ9DkszhZKxYL3LgcSfZ
Create Gradient Mesh and a Mesh tool click estimated each border edge's
handles from the surface's derivatives, so the mesh's border cut across a
curved outline: a 1x1 mesh over a 400 x 300 pt ellipse came out up to
7 pt off it, with corners at its four mesh points. Each border edge now
takes the handles of the cubic that best fits the outline between its
points, and handles where two border edges meet along a side stay
collinear.
Deleting a mesh line (Alt-click with the Mesh tool) joined the two edges
on either side with a straight line, which turned the ellipse's border
into a diamond. The joined edge now keeps the outer handles, grown back
to the length they had before the line split the edge.
Character panel > Language sets the selected characters' language;
text.setFormat and text.setRangeStyle take `language` by name or tag
(unknown: an error), and character styles carry it. Document Setup's
language list gains Hindi, Marathi, Gujarati, Bengali, Punjabi, Tamil,
Telugu, Kannada, Malayalam, Odia and Urdu, with catalog rows; the
Digits menu's numeral names move to a digits context, as Hindi is now
also a language name.
Characters get a language (CharStyle::language, a BCP 47 tag of one of
Document Setup's languages; none for the default, English: USA, saved
only when set). The shaper sets it on the HarfRust buffer, so fonts use
their language forms (OpenType locl): Turkish keeps fi apart and the dot
on its i. Runs in different languages are shaped apart. New type takes
the document's language.
Found while testing crates/doc/src/setup.rs:308-316 (keep_in_range)
Co-Authored-By: Claude Haiku 5.5 <noreply@anthropic.com>
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
locate_within maps a point outside the outline to the nearest point of the outer edges, so a patch folded past the outline does not take an edge click as an interior one.
A Mesh tool click within the hit tolerance outside a gradient mesh hit the
mesh, but object.mesh.addLine looked for the point inside the outline only
and failed with "point is outside the mesh". The same click on a path's edge
made a 1x1 mesh without the line.
- GradientMesh::locate_within takes a tolerance: a point outside the mesh
within it of the outline gives the nearest point of the edge.
- object.mesh.addLine and object.mesh.create take an optional `tolerance`
(0 by default), and the Mesh tool sends its hit tolerance.
A sample now shares one work limit, counted in objects looked at, across
hit tests, pattern tiles and the tile or symbol art it places for hit
testing, and gives no color when the limit runs out. Objects that give
no color are skipped by id instead of cloning the document for each
retry, each nesting level reuses one scratch document that holds only
the symbols, and patterns and images are looked up in the sampled
document. The sample runs on a deep stack and follows art inside art at
most 16 levels deep.
A symbol instance is now sampled as it draws: its art is stained by the
instance's fill and placed by the instance's transform without moving
the patterns in it or scaling its strokes. Between the shapes of its art
the sample shows what lies below instead of the stain, and a pattern
tile holding an instance is sampled wherever the symbol's art reaches.
Flattening counted every colorized image as transparency, in the art and
in pattern tiles. A new flattener option, keeps_colorize, stops counting
an image colorized with a solid paint whose pixels are grayscale or 1-bit,
for a format whose writer draws such images in their ink. Opacity,
blending modes, opacity masks and effects still flatten them, and pattern
tiles are still expanded for those. The option is off, so exports flatten
as before; the EPS writer that draws colorized images turns it on.
The EPS pattern tile tests now check the exported colors, and a tile
group with opacity for the warning.
Found while testing crates/doc/src/units.rs:163-165 (readout)
Co-Authored-By: Claude Haiku 5.5 <noreply@anthropic.com>
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
Found while testing crates/doc/src/setup.rs:111-113 (Quotes::opens / is_open), used by Quotes::apply at :122-131
Co-Authored-By: Claude Haiku 5.5 <noreply@anthropic.com>
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
The canvas keeps a hairline visible by raising a stroke's weight to half a device pixel. A width profile multiplies that weight, so a 1 pt stroke with a 6x width point swelled to twice its size at 25% zoom and shrank back on zooming in. The minimum now goes to the profile's widest point instead; plain strokes are unchanged.
Each patch of a gradient mesh was cut into 8 x 8 flat quads for SVG export,
Object > Expand and the other outputs that cannot shade a mesh, whatever its
colours, so a patch of one colour became 64 identical pieces. Neighbouring
quads are now joined into square blocks wherever the colour changes by no
more than about one 8-bit step across the block; the block's outline runs
through its quads' corners, and a patch that folds over itself is not joined.
A mesh read from a file can have any number of patches, and the view any zoom: a 150 x 150 mesh from a 3 MB file exported at 20x asked for about 23 million quads (2 GB), and the command's own cap of 50 rows and columns does not apply to a loaded one. One tessellation now makes at most 1,048,576 quads, the subdivision per patch giving way before that, and a mesh with more patches than that is malformed, like a point count that does not fit.
When moving type or a symbol instance in perspective makes the
conjugated projection overflow, Homography::conjugated now forms the
product from factors scaled to a largest entry of 1 and returns it at
that scale, which maps every point to the same place. When even the
scaled result is not invertible, the transform removes the projection
and the art is drawn flat, instead of keeping the old projection while
the flat art moves.
paint.invert and paint.complement on the Fill proxy, the Edit Colors
commands, the Blend commands and recolor.apply now recolor the color
that colorizes a grayscale or 1-bit image, as one undo step with the
other targets. Before, they left it unchanged. Expand Appearance and
Object > Expand bake color adjustment effects into that color too.
- A colorized image's pixels are not recolored; they stay the gray
coverage of its color. A stroke-only pass reaches the image's stroke
items and leaves its colorize color unchanged.
- A command that would leave a process color on a grayscale image with
an alpha channel fails with the existing message and changes nothing.
Object > Expand undoes its earlier steps when that happens.
- A colorized image counts as a filled object in a blend.
A colorized grayscale or 1-bit image draws its white pixels transparent and is written to
PDF with the image as a soft mask. Node::shows_transparency did not count it, so a PDF 1.3,
PDF/X-1a or PDF/X-3 export whose only transparency was a colorized image was not flattened
and kept the soft mask. A legacy .ai save also wrote such an image as opaque.
- shows_transparency counts a visible image with a colorize paint.
- The legacy .ai writer flattens or leaves out colorized images like other see-through images.
Found while testing crates/doc/src/blend.rs:197-201 (lerp_dash, solid_like)
Co-Authored-By: Claude Haiku 5.5 <noreply@anthropic.com>
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
Create Gradient Mesh's To Center / To Edge highlight lightened every point
towards RGB white, so a CMYK (or grey) point became display RGB. A patch with
any non-CMYK corner then mixes in RGB, and the PDF writer separated those
colours back to CMYK with K = 0, moving ink off the K plate. Points now
lighten towards white in their own colour model (no ink for CMYK), so the
mesh stays CMYK and K shrinks with the other inks. Flat meshes (highlight 0)
already kept their inks.
The check of a selected object's masked art looked at its own place
only. A click goes down from the layer (or the isolated container) and
never reaches a Shaper group's original shapes outside Construction
mode, however deep the object lies in them; and below a layer whose
Preview is off it hits art in outline. A press inside such a path's
fill, or on a path in a Shaper group's hidden shapes, started a move.
The way down to the selected object is now checked as a click goes:
a Shaper group's part a click can't reach on it rules the object out,
and a Preview-off layer on it (below the isolated container) makes the
object count by its outline.
Tests also cover Shift with Direct and Group Selection (a marquee) and
an object a click hits over the masked art (it is selected).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01EjfPR4a1jPek7r3nyFFNYv
The selected object itself was checked for being hidden, locked or a
template, but not as a click checks it: a selected guide path was
grabbed where a mask hid it while guides were locked or hidden, though
a click on it there hits nothing.
The selected object now passes the same test a click applies to it
before its art is tried: guides while guides are locked or hidden, and
a Shaper group's hidden part, don't count.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01EjfPR4a1jPek7r3nyFFNYv
A selected group was grabbed by any of its contents under the pointer
where an outer mask hides them, including a hidden or locked child and
art the group's own clipping mask leaves out: none of these is drawn or
hit by a click.
A container's art now counts as a click would hit it: its contents as
the hit test tries them, through its own mask and without its hidden,
locked or template contents. The check for locked objects shares it.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01EjfPR4a1jPek7r3nyFFNYv
An image in a clipping mask, picked in the Layers panel, shows its
whole frame, but a press on the part the mask hides hit nothing: the
Selection, Direct Selection and Group Selection tools started a marquee
there, which dropped the selection, so the image could be dragged only
by the part that shows.
Such a press now grabs the selection by that art, as a press on its
visible part does: a drag moves the selected object (the image, not its
clip group) and a click keeps it selected. With nothing of it selected
there, or with Shift, a press there starts a marquee as before.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01EjfPR4a1jPek7r3nyFFNYv
The two nested_instances_..._culled_in_bounded_time tests in the
renderer's tests checked that a frame with 2^30 differently placed
symbol instances finishes within 30 s of wall-clock time. On a loaded
machine the frame took longer than that, and both tests failed. The
time bound also passed when the frame did far more work than it should:
with the 4,096 limit on measured placements raised to 65,536, the frame
measured symbol art 131,118 times and finished in under 2 s.
SymbolBoxes now counts how many times measure_art runs a measure on
symbol art (art_measured), and FrameStats::symbol_art holds the count
for the frame's symbol boxes. The tests assert that the frame measures
symbol art at most 20,000 times. It measures it 8,234 times, and 4,160
times when each instance has a Transform effect of its own. The wait
for the frame is 300 s, as a guard against a frame that never ends.
A new test in vectorcraft-doc checks that each symbol's art box is
measured once however many instances of it are measured.
dotCooCoo