These are file search paths, not vector shape paths, so the new icons
were using the wrong metaphor.
This reverts the only functional part of commit
92a9117ae0, we should
probably get rid of the icons too (they are now unused).
We completely replace GtkFrame's implementation here, and chaining up
caused an infinite loop in the widget layout apparatus in some cases.
This reverts 53f34ebc0b for this file.
gimp_ruler_draw_pos(): when remembering the just drawn rectangle's
position, don't just unconditionally overwrite the previous position's
rectangle. Instead, if the previous position's rectangle has not been
cleared yet (has a non-zero size), remember the union of old and new
rectangle.
Why this only happened to the vertical ruler with statusbar off is
beyond my mind, it should have always produced artifacts.
Unrelated: make sure the idle function is removed if we decide to
immediately redraw in gimp_ruler_set_position().
... and GIMP_STOCK_BUFFER redefined to "edit-paste", half-reverting
commit cb7d93d (except we use standard Freedesktop icon naming instead
of the GTK stock name).
The gimp-buffer icon was indeed definitely looking like a typical copy
icon, which was missing, and this has priority over a buffer icon.
They are deprecated in GTK+ 3.x and cause tons of warnings, now we can
port calls to gtk_misc_set_alignment(label) to the new API and have
the same code in master and gtk3-port.
It's deprecated in GTK+ 3.x, so we get rid of some deprecation
warnings. Also, it has always only been a utility function that hides
what is really going on in the widget hierarchy.
Commit c6f1761 deletes a stock item id. But this is also part of our API
and cannot be deleted. Yet since the associated label ("_Edit") is
identical to the one for GTK_STOCK_EDIT, we can simply redefine it
to "gtk-edit".
Ideally we would also add a deprecation warning when this macro is used,
but I can't find a good way to add deprecation on macros.
so we can potentially ship profiles and they will be found reliably,
and users can store profiles in their gimpdir. Still parses the old
uri-based locations.
... standard icon names and GTK+ icon names as second choice.
We should only use GIMP specific icon names as last resort, when there
is no standard or GTK+ names dedicated to the function.
This is made possible thanks to commit 3cc77b0.
s/gimp-document-recent/document-open-recent/
s/gimp-indent/format-indent-more/
s/gimp-next/go-next/
s/gimp-previous/go-previous/
s/gimp-save/document-save/
s/gimp-save-as/document-save-as/
s/gimp-revert/document-revert/
s/gimp-open/document-open/
s/gimp-document-recent/document-open-recent/
s/gimp-quit/window-close/ ou s/gimp-quit/application-exit/
s/gimp-warning/dialog-warning/
s/gimp-edit-clear/edit-clear/
s/gimp-justify-.*/gtk-justify-.*/
s/gimp-font/gtk-select-font/
s/gimp-color-palette/gtk-select-color/
s/gimp-cancel/gtk-cancel/
Even though many documentations will tell of $XDG_DATA_HOME/color/icc/,
some programs actually store color profiles in $XDG_DATA_HOME/icc/.
This is at least the case for GNOME color management.
Test it after $XDG_DATA_HOME/color/icc/ but before $HOME/.color/icc/.
add
gimp-justify-block
gimp-justify-center
gimp-justify-left
gimp-justify-right
patch
gimpicons.c
gimpicons.h
to get active and replace gtk-justify-*
'gimp/app/tools/gimptextoptions.c: box = gimp_prop_enum_icon_box_new (config, "justify", "gtk-justify", 0, 0);
must be patched
Honor them in gimp_widget_get_color_transform() and make them
configurable in prefs. The code and GUI avoid the negation in
the lcms "NOOPTIMIZE" flag.
to gimp_color_config_get_simulation_color_profile(), along with
various internal "printer" strings. Also reduce the number of
user-visible "print" stuff from the preferences color management page.
Use cmsFLAGS_NOOPTIMIZE only for actual image buffer or single color
transforms, but not for previews or the image display. Makes things a
lot more responsive again.
Rather than just discovering them by chance, a simple grep and some
search and replace are much more efficient! :-)
Cleaning only done on C and automake files.
and update their color transforms with the new monitor's color
profile. A widget is considered changing monitors when its toplevel
window's center crosses, in order to let widgets within one window
have consistent colors.
