Apparently former 2/3 value was too big according to some.
This makes the splash take now at most a quarter of the screen area. I
really don't think that's too much anymore.
In gimp_image_resize_with_layers(), calculate the set of resized
layers before changing the image size, so that we correctly
identify image-sized layers w.r.t. the old image size. (Fixes
commit 139a23451ddc588c91610f67daa799afc2f89080.)
Since error handling is based on preferences, the config needs to be
loaded first. Otherwise the gimp->config object does not exist yet and
we get a bunch of "'G_IS_OBJECT (object)' failed" assertion which
recurse in error handling when trying to get the "debug-policy"
property.
Just init the error handling later. It means it won't handle early
loading code, but that is not much of an issue.
In gimp_brush_core_color_area_with_pixmap(), use the native area
format when painting the brush, instead of always going through
"RGBA float", and create the pixmap -> area fish only once, instead
of once per scanrow.
In gimp_brush_core_paint_line_pixmap_mask(), avoid modulus
calculation at each pixel.
See bug #694917.
Current splash is not right within these requirements. But that's all
right for this RC.
These requirements are meant to be followed from next release.
Add gimp_item_scale_by_factors_with_origin(), which is an extension
of gimp_item_scale_by_factors(), taking the input/output points of
origin for the transformation (both of which are (0, 0) in the case
of gimp_item_scale_by_factors()). Implement
gimp_item_scale_by_factors() in terms of the new function, and Use
the new function when scaling group layers, instead of manually
calculating the children boundaries, so that the behavior is
uniform across whole-image scaling and group-layer scaling.
The new function rounds all four edges of the boundary to the
image-global pixel grid, instead of only rounding the top/left
edges to the global grid, and the bottom/right edges to the item-
local grid. This preserves layer-adjacency when scaling.
Use GimpObjectQueue, added in the previous commit, in various
instances where we perform an action on a set of objects. This
improves progress reporting, by using a single progress for the
entire operation, rather than reporting the progress of each object
individually, and by taking the relative cost of each object into
account, instead of assuming a uniform cost for all objects.
In particular, this affects the various whole-image operations
(i.e., transformations and color conversions), operations on linked
items, and operations on layer groups. This also affects layers
with masks, whose progress is now reported together instead of
individually.
Additionally, this commit fixes erroneous group-layer mask cropping
during undo when resizing the image, by properly calling
{start,end}_move() on all the resized layers before starting the
operation, and when scaling the image, by only scaling top-level
layers, and letting group layers scale their children themselves.
GimpObjectQueue implements a queue of GimpObjects. It derives from
GimpSubProgress, and hence can be used as a GimpProgress object.
It keeps track of the total memsize of the objects that were
pushed-to and popped-from the queue, and uses these numbers to set
the corresponding subrange of the progress object when an object is
popped.
This provides an easy way to perform an operation on a set of
objects, correctly reporting progress based on the relative sizes
of the objects, which is assumed to be a good estimate of the
relative cost of processing each object.
Make the parent GimpProgress object of a GimpSubProgress instance
settable through a property during construction, so that we can use
it as a base class.
In gimp_group_layer_{start,end}_move(), push corresponding undo
steps, which perform the opposite operation during undo, and make
sure that mask-cropping is frozen during group-layer move
operations.
This fixed erroneous group-layer mask cropping when undoing/redoing
a group-layer move operation multiple times.
GIMP 2.10 is 2.10.0 and "2.10 RC1" is "2.10.0-RC1".
I also update directly the Polish msgid and msgstr (only language having
a translation on time, though it's our fault!) to avoid the translation
getting fuzzy uselessly.
I let the "rc" as lowercase in version property of <release> tag,
assuming the more official/parsable name should be lowercase. Not sure
if it makes sense.
...should really use last values
When creating a layer or channel "from last values", really use the
values last set be the user in the respective dialogs. In particular,
don't use properties of the active layer or channel. I have no idea
what we were thinking when adding that obscure logic.
When pasting in place over a layer group or a content-locked item,
change the paste type to NEW_LAYER_IN_PLACE, rather than NEW_LAYER,
so that the new layer is still pasted in the right location.
Additionally, avoid showing the "Pasted as new layer because ..."
message when pasting over a layer group or a content-locked item,
when the paste type is NEW_LAYER[_IN_PLACE] to begin with.
This reverts commit 554347e0ff.
For some weird reason, this fixed the `make check` but broke the `make
distcheck`. I am lost. Better revert, and now distcheck works great.
I'm not sure how useful is this test if we have to just constantly tweak
the sessionrc for it to pass. But well… here it is.
Now make check fully passes.
Not using %d in the singular form of English does not prevent other
languages to use %d in any form they wish to. This will still work and
will still be replaced by the relevant number of images.
So I revert commit a0724783d8 because it is just prettier (in English)
to write "An image" rather than "1 image", but this does not mean you
have to do the same in other languages! Adding a comment so that
translators know about it.
Also directly modify the msgid in the Polish and Russian translations
which already translated this string, so that the translations does not
end up unnecessarily fuzzy.
Fix a CRITICAL when calling gimp_layer_mode_get_format() with an
AUTO composite space and a NULL preferred format, which is valid:
it means the layer mode is composite-space agnostic (as DISSOLVE
is), and that there's no preferred format.
A NULL preferred format can occur during
gimp_operation_layer_mode_prepare() if the layer's mode node is not
yet attached anything through its "input" or "aux" pads, which is
the case during the call to gimp_layer_update_mode_node() while
constructing the layer's node in gimp_layer_get_node().
Add signal GimpTextBuffer::color-applied which is emitted when text is
inserted or when color is applied to a span of text.
In GimpTextTool, connect to the signal and update the global color
history.
Unrelated: rename gimp_text_tag_get_color() to get_fg_color() and add
boolean return values to get_fg_color() and get_fg_color() which
indicates if a color is set on the tag at all. This ended up unneeded
in the fix but is an improvement regardless.
Since commit d916fedf92, GIMP has had the hidden feature to salvage
images (if possible) during a crash into a backup folder. This commit
finishes the feature by opening a dialog proposing to try and recover
the salvaged images.
This is not perfect yet since it doesn't "remember" the XCF path (in
case it was a previously saved image). The images open as new unsaved
and dirty images, but directly from the contents at crash time. For now,
it is up to people to figure out what they correspond to, if relevant.
In gimp_gegl_apply_scale(), use a CLAMP abyss policy for the scale
op, to avoid leaking transparency into the image when scaling
drawables.
Note that this (intentionally) only affects whole-image/layer
scaling, and not scaling done using any of the transform tools.
In gimp_gegl_apply_{border,grow,shrink,flood}(), which are used
by the corresponding channel functions, pass crop_input = TRUE to
gimp_gegl_apply_operation(), to clip the input to the output rect.
These operations process the entire input in one go, regardless of
the requested output region; however, the channel functions
calculate the output region according to the known channel bounds,
hence clipping the input to these bounds doesn't affect discard any
information, while avoiding unnecessary work. In particular, this
makes the corresponding operations on small selections in big images
much faster.
Add a crop_input parameter to gimp_gegl_apply_[cached_]operation().
When TRUE, the functions crop the op's input to the destination
rect. This is particularly useful for functions that process the
entire input in one go (by means of get_cached_region()). See the
next commit.
Pass crop_input = FALSE at all call sites for now, to keep the
current behavior.
After many discussions, it has been decided to export the metadata by
default since it seems to be what many people would expect and they
would consider they "lost" metadata (especially if they overwrite their
original). I don't entirely agree since privacy (particularly if you are
not aware of metadata and information they may contain) is also an issue
but not many seem to agree with me.
So here it is! All metadata now exported as a default!
The debug dialog is awesome and extremely helpful, but I realize it may
be a better default experience on *stable* to raise it only in case of
crashes. CRITICAL are bad and should be fixed, but sometimes their
consequence is actually not visible except for this dialog, and people
on stable builds may prefer not to see this dialog. Also we will likely
get a lot of duplicates for the same bugs once everybody has this by
default, which will be very annoying to attend to, unless we had
automation (which we don't right now).
The option is still available in preferences anyway so people really
interested in helping can activate the option for CRITICAL and even
WARNING anyway, even on stable releases.
