Not fully happy of the action sensitivity tests as they check for
content-lock, layer groups and such, but independently. So we could have
a case with 2 layers selected: a group + a content-locked layer. Yet the
layers-mask-apply action would be sensitive.
But instead of make more tests, I am nearly wondering if we should not
make action sensitivity more lax as the actual action will make the
tests anyway and just do nothing.
This commit just changes our saving API (i.e. the GimpSaveProcedure
class) to take an array of drawables as argument instead of a single
drawable.
It actually doesn't matter much for exporting as the whole API seems
more or less bogus there and all formats plug-ins mostly care only
whether they will merge/flatten all visible layers (the selected ones
don't really matter) or if the format supports layers of some sort. It
may be worth later strengthening a bit this whole logics, and maybe
allow partial exports for instance.
As for saving, it was not even looking at the passed GimpDrawable either
and was simply re-querying the active layer anyway.
Note that I don't implement the multi-selection saving in XCF yet in
this commit. I only updated the API. The reason is that the current
commit won't be backportable to gimp-2-10 because it is an API break. On
the other hand, the code to save multi-selection can still be backported
even though the save() API will only pass a single drawable (as I said
anyway, this argument was mostly bogus until now, hence it doesn't
matter much for 2.10 logics).
Properly pass the multi-selection information through the container
classes. Previous implementation was incomplete (most code paths with
multiple item selected were just ignored) and data was passed through
the "select-item" signal with the GimpViewable to NULL and the data to a
list of items (instead of being a GtkTreeIter otherwise). Having a
pointer data which changes meaning in the same function/class is not the
best idea. So instead "select-items" will have 2 list as parameters: a
list of items and a list of GtkTreePath to be used similarly and with
less ambiguity.
gegl:focus-blur blurs the image around a focal point. It can be
used to create fake depth-of-field effects.
Add a prop-gui constructor which uses a FOCUS controller to control
the focus geometry.
layers_opacity_cmd_callback(): get the select_type from
the GVariant instead of using the GVariant as an enum
directly (missed when porting, spotted by Massimo).
Fix the same bug in channels_select_cmd_callback()
and layers_mode_cmd_callback().
Add a new gimp_drawable_apply_operation_with_config() function,
which takes an operation node together with a config object, and
applies the operation using the config options, including both the
operation-specific options, and the common GimpOperationSettings
options.
Use the function in gimp_gegl_procedure_execute(), so that
reapplying a filter takes the common operation settings used
originally into account.
Add a new GimpOperationSettings class, to be used as a base class
for all operation-config types. The class provides options common
to all operations (namely, the clipping mode, input region, and
color options), which were previously stored in GimpFilterOptions,
and were therefore bound to the filter tool, instead of being
stored as part of the operation settings; as a result, these
options would have no effect when reapplying a filter, or when
restoring a preset.
The GimpOperationSettings options do not affect the operation
node, but rather the associated GimpDrawableFilter object. The
class provides a gimp_operation_settings_sync_drawable_filter()
function, which applies the options to the filter.
Modify all custom and auto-generated operation-config types to
derive from GimpOperationSettings, and modify the GimpConfig
functions of the former to account for the GimpOperationSettings
properties, using a set of protected functions provided by the
class.
Add a new GimpToolButton class, used for tool-buttons in the
toolbox, instead of implementing them directly in GimpToolPalette.
Each GimpToolButton is associated with a GimpToolItem, which can be
either an individual tool or a group.
When a tool button is associated with a group, it displays the
group's active tool, with an arrow at the corner. Clicking the
button selects the active tool, while clicking-and-holding, or
right-clicking, shows a menu of all the tools in the group.
Alternatively, the active tool can be changed using the scroll
wheel.
Move the logic for translating a tool identifier to a corresponding
action name to GimpToolInfo. It's currently only used in
tools-actions.c, but the next commits will use it in tool buttons.
Add GimpToolItem as a common base class for toolbox items.
Derive GimpToolInfo from GimpToolItem, representing an individual
tool. The next commits add support for tool groups, represented by
an alternative subclass of GimpToolItem.
Most of the tool-info properties remain in GimpToolInfo, however,
GimpToolItem takes care of tool-item visibility.
Don't disable color-to-alpha for grayscale drawable, since the
operation is applicable to grayscale images (in particular, it
doesn't add color where there was none), and since we no longer
distinguish between layers and channels according to the drawable
format when updating the filters actions.
... (used to add one automatically)
In GimpFilterTool and gimp_drawable_apply_operation(), use
gimp_drawable_filter_set_add_alpha() to add an alpha channel when
applying an operation that specifies "needs-alpha" to a drawable
that can have alpha.
Don't disable gegl:color-to-alpha (which has "needs-alpha") when
the drawable doesn't have an alpha channel, if one can be added.
Adds a number of modifier keys to the layer dockable's new "Merge Down"
button to access further functions, and adds among them a new action to
merge visible layers using the dialog's last values, akin to those
accompanying the New Layer and Add Layer Mask dialogs.
Modifier keys are bound as follows:
Shift -> Merge layer group
Ctrl -> Merge visible layers
Ctrl + Shift -> Merge visible layers from last used values
The Merge Down button is kept sensitive even when the current layer
can't be merged down to allow access to these functions
As they are both mutually exclusive and serve an almost identical
purpose, the "Merge down" and "Anchor Layer" are given mutually
exclusive visibility in menus, and the anchor button is replaced
with a merge down button in the Layers dockable whenever there is
no active floating selection
When in "show all" mode and canvas padding is disabled, have the
"layers-new-from-visible" action create a new layer from the full
image content, rather than just the canvas content.
Add an option to keep the normal canvas padding in "show all" mode,
instead of extending the checkerboard pattern indefinitely. This
is useful when wanting to show the image content beyond the canvas,
while still keeping the focus on the canvas; further commits will
extend this mode to behave in more view-related cases as if "show
all" wasn't enabled.
Add a new 'View -> Padding Color -> Keep Padding in "Show All"
Mode" toggle, which controls this behavior, with a corresponding
default-value option in the preferences, under "Image Windows ->
Appearance".
It's an ancient concept from ancient times when we didn't have URIs
and only filenames (not to speak of GFile), and actually even from
before the ancient time before that ancient time when we first had
ones and zeros, and only had zeros.
Move the mnemonic and ellipsis removal code to
gimp_procedure_real_get_label() and cache the generated label in
GimpProcedure. Remove the same code from GimpPlugInProcedure and
GimpGeglProcedure.
Add a "show canvas boundary" display option, and a corresponding
"View" menu item and default-apperance preferences option. When
enabled (the default), the canvas boundary is shown as an orange/
black dashed line in "show all" mode.
... which specifies whether to clip the viewport to the canvas
(previously, it would always be clipped). Use the appropriate
value in all callers, depending on the shell's "show all" mode. In
particular, this commit avoids clipping the image projection's
priority rect to the canvas in "show all" mode.
Add a "show all" mode to GimpDisplayShell, controlled through a
corresponding "View -> Show All" menu item. When enabled, the
entire image content is displayed, instead of cropping the image
to the canvas size. More generally, the display behaves as if the
canvas were infinite. The following commits improve the overall
behavior in this mode.
Add a prefernces option to control the default "show all" state.
... which invalidates the entire image. This replaces all calls to
gimp_image_invalidate() with the full canvas size, since the image
content can now be larger than the canvas.
GimpDisplay contains only the ID logic and the "gimp" and "config"
pointers, and lives in the core.
GimpDisplayImpl is a subclass and contains all the actual display
stuff. The subclass is only an implementation detail and doesn't
appear in any API.
Remove all hacks which pass displays as gpointer, GObject or
GimpObject through the core, or even lookup its type by name,
just use GimpDisplay.
Turn all ID param specs into object param specs (e.g. GimpParamImageID
becomes GimpParamImage) and convert between IDs and objects in
gimpgpparams.c directly above the the wire protocol, so all of app/,
libgimp/ and plug-ins/ can deal directly with objects down to the
lowest level and not care about IDs.
Use the actual object param specs for procedure arguments and return
values again instead of a plain g_param_spec_object() and bring back
the none_ok parameter.
This implies changing the PDB type checking functions to work on pure
integers instead of IDs (one can't check whether object creation is
possible if performing that check requires the object to already
exist).
For example gimp_foo_is_valid() becomes gimp_foo_id_is_valid() and is
not involved in automatic object creation magic at the protocol
level. Added wrappers which still say gimp_foo_is_valid() and take the
respective objects.
Adapted all code, and it all becomes nicer and less convoluted, even
the generated PDB wrappers in app/ and libgimp/.
Remove the separate "advanced" procedure. With GParamSpec default
values the differance between normal and advanced is just
non-interactive vs. interactive.
on behalf of plug-in authors who have no style or can't type.
Instead, simply reject non-canonical procedure names and remove all
code that keeps aroud the original non-canonical shit just to pass it
back to the plug-in.
Change the tooltips of the "Image/Layer -> Transform -> Arbitrary
Rotation..." to make the two actions distinguishable in the action
search dialog, similarly to the other image/layer transform
actions.
Add a gimp-rotate-image-arbitrary action, and a corresponding
"Image -> Transform -> Arbitrary Rotation..." menu entry, which
activates the rotate tool in image mode (similarly to the
corresponding action for layers).
... so that the original transform-type of the rotate tool is
restored once the layer is rotated. Additionally, make sure to
set the tool's transform-type even if it's already active.
Remove the special clipping-mode handling for channels throughout
the transform (and drawable-filter) code, and rather use
gimp_item_get_clip(), added in the previous commit, instead. As
mentioned in the previous commit, we only modify the clipping mode
in top-level code, while having lower-level code use the clipping
mode as-is. This not only hides the actual clipping-mode logic
from the transform code, but, in particular, allows code performing
transformation internally to use arbitrary clipping modes.
Also, this commit fixes a bunch of PDB bugs all over the place :)
This is especially true since procedures are defined by plug-ins,
possibly third-party. So they may not have a first run mode parameter.
Also we don't want plug-ins to generate CRITICALs in the core
application.
Therefore before trying to get and/or set the run mode parameter, always
check that this first parameter exists, and if so, is it a GimpRunMode
enum?
Fixes similar errors:
> GIMP-CRITICAL: gimp_value_array_index: assertion 'index < value_array->n_values' failed
Moreover it also makes sense to allow plug-ins to not have such
parameter. What if you make a plug-in which always work in a single mode
and don't ever plan/want to make it work interactively for instance?
Lastly old Python 2 plug-ins didn't even have a run mode parameter (I
guess our old Python 2 wrapper was getting rid of it?).
- libgimpbase: change GPParam to transfer all information about the
GValues we use, in the same way done for GPParamDef. GPParam is now
different from GimpParam from libgimp, pointers can't be casted any
longer. The protocol is now completely GimpPDBArgType-free. Remove
gp_params_destroy() from the public API.
- libgimp: add API to convert between an array of GPParams and
GimpValueArray, the latter is now the new official API for dealing
with procedure arguments and return values, GimpParam is cruft (the
wire now talks with GimpPlugIn more directly than with the members
of GimpPlugInInfo, which need additional compat conversions).
- libgimp, app: rename gimpgpparamspecs.[ch] to simply
gimpgpparams.[ch] which is also more accurate because they now
contain GValue functions too. The code that used to live in
app/plug-in/plug-in-params.h is now completely in libgimp.
- app: contains no protocol compat code any longer, the only place
that uses GimpPDBArgType is the PDB query procedure implementation,
which also needs to change.
- app: change some forgotten int32 run-modes to enums.
- Change the wire protocol's GPProcInstall to transmit the entire
information needed for constructing all GParamSpecs we use, don't
use GimpPDBArgType in GPProcInstall but an enum private to the wire
protocol plus the GParamSpec's GType name. Bump the wire protocol
version.
- Add gimpgpparamspecs.[ch] in both app/plug-in/ and libgimp/ which
take care of converting between GPParamDef and GParamSpec. They
share code as far as possible.
- Change pluginrc writing and parsing to re-use GPParamDef and the
utility functions from gimpgpparamspecs.
- Remove gimp_pdb_compat_param_spec() from app/pdb/gimp-pdb-compat.[ch],
the entire core uses proper GParamSpecs from the wire protocol now,
the whole file will follow down the drain once we use a GValue
representation on the wire too.
- In gimp_plug_in_handle_proc_install(), change the "run-mode"
parameter to a GParamSpecEnum(GIMP_TYPE_RUN_MODE) (if it is not
already an enum). and change all places in app/ to treat it as an
enum value.
- plug-ins: fix cml-explorer to register correctly, a typo in
"run-mode" was never noticed until now.
- Add gimpgpcompat.[ch] in libgimp to deal with all the transforms
between old-style wire communication and using GParamSpec and
GValue, it contains some functions that are subject to change or
even removal in the next steps.
- Change the libgimp GimpProcedure and GimpPlugIn in many ways to be
able to actually install procedures the new way.
- plug-ins: change goat-exercise to completely use the new GimpPlugIn
and GimpProcedure API, look here to see how plug-ins will look in
the future, of course subject to change until this is finished.
- Next: changing GPParam to transmit all information about a GValue.
Change all action callbacks so they can be invoked by a GAction:
- add GimpActionCallback typedef:
void (* cb) (GimpAction*, GVariant*, gpointer)
- change all action callbacks to the GimpActionCallback signature
- add "gimp-activate" and "gimp-change-state" signals to GimpAction,
with the same signature as the resp. GAction signals
- remove all other custom action signals and only use the new
GimpAction signals
- pass around appropriate GVariants containing booleans, int32,
strings
- badly hack around to force a GimpProcedure pointer into a
uint64 variant
- remove all G_CALLBACK() casts from all action callbacks,
they all have the same signature now
Step one: get rid of all those deprecation warnings that make
it hard to see any other warnings:
- add a lot of dummy API to GimpAction, GimpActionGroup, GimpUIManager
etc. which simply forwards to the deprecated GTK functions, they
will all go away again later
- rename GimpAction to GimpActionImpl
- add interface GimpAction that is implemented by all action classes,
creates a common interface and allows to remove some duplicated
logic from GimpToggleAction and GimpRadioAction, and at the same
time adds more features
Add a "gboolean edge_lock" parameter to GimpChannel::feather() and a
"Selected areas continue outside the image" toggle to the "Feather
Selection" dialog, just like they exist for shrink selection and
border selection. At the end, convert the boolean to the right abyss
policy for gegl:gaussian-blur.
Add a new Offset filter tool, as a front-end to gimp:offset. The
tool replaces, and provides the same interface as, the drawable-
offset dialog, while also providing live preview and on-canvas
interaction.
Note that we don't simply use a custom propgui constructor for
gimp:offset, since we need a little more control.
There should never be an image using GIMP_TRC_PERCEPTUAL, but things
should work if one is encountered anyway.
In the Image -> Precision menu and the Convert Precision dialog, have
menu items / radio buttons for both non-linear and perceptual, but
hide the perceptual choice unless the image is in perceptual TRC mode.
This should eliminate the possibility to create perceptual TRC images
from the GUI.
When loading indexed images, the image type is not obvious at all
(basically only reference is in the title bar). The main issue is that
if you don't realize it when editing, GIMP appear broken when the
expected colors don't appear on canvas.
Commit e48c239459 was a first step by showing various color widgets with
out-of-gamut warnings contextually. This additional commits will also
allows color selection for painting tools (i.e. foreground and
background colors) to be done within the image palette by default. This
way, the fact that this image impose working with limited color palette
is obvious as soon as you try to edit colors.
In gimp_image_merge_layers() -- the internal function used by the
various layer-merging/flattenning functions -- process the merged-
layer graph in chunks, using gimp_gegl_apply_operation(), instead
of in one go, using gegl_node_blit_buffer(). Processing in chunks
better utilizes the cache, since it reduces the size of
intermediate buffers, reducing the chances of hitting the swap when
merging large images (see, for example, issue #3012.)
Additionally, this allows us to show progress indication. Have the
relevant gimpimage-merge functions take a GimpProgress, and pass it
down to gimp_image_merge_layers(). Adapt all callers.
Streamline the various action_data_get_foo() functions, by having
each function only match the action data directly against its
specific type(s), and use the other functions to match the action
data against their corresponding types, instead of having each
function directly exhaust all possible matches.
Other than reducing depulication, it fixes certain cases in which
some action_data_get_foo() functions would fail to find a match,
even though one exists, since they failed to exhaust all the
options.
Again some missing context when requesting the strings (while they were
declared with context in static NC_()).
Also some mixup with some zoom actions strings declared with different
context in the same GimpEnumActionEntry.
...palette views despite selected color being in the currently
selected pallette
As suggested by Massimo, changing the color comparison EPSILON in
gimppalette.c from 1e-10 to 1e-6 fixes this, and is really small
enough.
Also, generally clean up color comparison epsilons:
- use a #define, not hardcoded values for all uses of
gimp_rgb[a]_distance()
- call the #defines RGB_EPSILON and RGBA_EPSILON
- make them all 1e-6 or larger
This commit completely removes the "Edit -> Fade..." feature,
because...
- The main reason is that "fade" requires us to keep two buffers,
instead of one, for each fadeable undo step, doubling (or worse,
since the extra buffer might have higher precision than the
drawable) the space consumed by these steps. This has notable
impact when editing large images. This overhead is incurred even
when not actually using "fade", and since it seems to be very
rarely used, this is too wasteful.
- "Fade" is broken in 2.10: when comitting a filter, we copy the
cached parts of the result into the apply buffer. However, the
result cache sits after the mode node, while the apply buffer
should contain the result of the filter *before* the mode node,
which can lead to wrong results in the general case.
- The same behavior can be trivially achieved "manually", by
duplicating the layer, editing the duplicate, and changing its
opacity/mode.
- If we really want this feature, now that most filters are GEGL
ops, it makes more sense to just add opacity/mode options to the
filter tool, instead of having this be a separate step.
Add a boolean "direct" parameter to gimp_projection_flush_now(),
which specifies if the projection buffer should only be invalidated
(FALSE), or rendered directly (TRUE).
Pass TRUE when flushing the projection during painting, so that the
affected regions are rendered in a single step, instead of tile-by-
tile. We previously only invalidated the projection buffer, but
since we synchronously flush the display right after that, the
invalidated regions would still get rendered, albeit less
efficiently.
Likewise, pass TRUE when benchmarking the projection through the
debug action, and avoid flushing the display, to more accurately
measure the render time.
It was not doing anything right since space invasion. We now treat the
built-in sRGB profile like any other profile and never bypass
conversions based on some weird toggle.
Instead, introduce a "Use sRGB Profile" toggle which, when enabled,
hides whatever profile away so the image actually uses the built-in
sRGB profile.
This is different from discarding and then re-assigning the same
profile only by being faster and more convenient.
... to make multi-color hard-edge gradient fills possible
Add a new "step" gradient-segment blending function, which is 0
before the midpoint, and 1 at, and after, the midpoint. This
creates a hard-edge transition between the two adjacent color stops
at the midpoint. Creating such a transition was already possible,
but required duplicating the same color at the opposing ends of two
adjacent stops, which is cumbersome.
Add an option to record a performance log through the dashboard.
The log contains a series of samples of the dashboard variables, as
well as the full program backtrace, when available. As such, it
essentially acts as a built-in profiler, which allows us to
correlate program execution with the information available through
the dashboard. It is meant to be used for creating logs to
accompany perofrmance-related bug reports, as well as for profiling
GIMP during development.
The sample frequency defaults to 10 samples per second, but can be
overridden using the GIMP_PERFORMANCE_LOG_SAMPLE_FREQUENCY
environment variable. Backtraces are included by default when
available, but can be suppressed using the
GIMP_PERFORMANCE_LOG_NO_BACKTRACE environment variable.
Logs are created through the new "record" button at the bottom of
the dashboard dialog. When pressed, a file dialog is opened to
select the log file, and, once confirmed, data is being recorded to
the selected file. Recording is stopped by pressing the "record"
button again (we use a highlight to indicate that recording is
active.)
While recording, the "reset" button is replaced with an "add marker"
button, which can be used to add event markers to the log. These
can be used to mark events of interest, such as "started painting"
and "stopped painting", which then appear in the log as part of the
sample stream. Markers are numbered sequentually, and the number
of the next (to-be-added) marker appears on the button. Shift-
clicking the button adds an empty (description-less) marker, which
is only identified by its number; this can be used when markers
need to be added quickly.
The log is an XML file, containing some extra information (such as
the output of "$ gimp -v", and symbol information) in addition to
the samples. The data in the file is delta-encoded to reduce the
file size, meaning that samples (as well as some other elements)
only specify the changes since the previous sample. This adds a
necessary decoding step before data can be processed; the next
commit adds a tool that does that.
There are currently no tools to actually analyze the data -- that's
still TBD -- but at least we can start gathering it.
Jehan