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PIKApp/libpika/pikaimage_pdb.c

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/* LIBPIKA - The PIKA Library
* Copyright (C) 1995-2003 Peter Mattis and Spencer Kimball
*
* pikaimage_pdb.c
*
* This library is free software: you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library. If not, see
* <https://www.gnu.org/licenses/>.
*/
/* NOTE: This file is auto-generated by pdbgen.pl */
#include "config.h"
#include "stamp-pdbgen.h"
#include "pika.h"
/**
* SECTION: pikaimage
* @title: pikaimage
* @short_description: Operations on complete images.
*
* Operations on complete images: creation, resizing/rescaling, and
* operations involving multiple layers.
**/
/**
* pika_image_id_is_valid:
* @image_id: The image ID to check.
*
* Returns TRUE if the image ID is valid.
*
* This procedure checks if the given image ID is valid and refers to
* an existing image.
*
* Returns: Whether the image ID is valid.
*
* Since: 3.0
**/
gboolean
pika_image_id_is_valid (gint image_id)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean valid = FALSE;
args = pika_value_array_new_from_types (NULL,
G_TYPE_INT, image_id,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-id-is-valid",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
valid = PIKA_VALUES_GET_BOOLEAN (return_vals, 1);
pika_value_array_unref (return_vals);
return valid;
}
/**
* pika_get_images: (skip)
* @num_images: (out): The number of images currently open.
*
* Returns the list of images currently open.
*
* This procedure returns the list of images currently open in PIKA.
*
* Returns: (array length=num_images) (element-type PikaImage) (transfer container):
* The list of images currently open.
* The returned value must be freed with g_free().
**/
PikaImage **
pika_get_images (gint *num_images)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaImage **images = NULL;
args = pika_value_array_new_from_types (NULL,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-get-images",
args);
pika_value_array_unref (args);
*num_images = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_images = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) images = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return images;
}
/**
* pika_image_new:
* @width: The width of the image.
* @height: The height of the image.
* @type: The type of image.
*
* Creates a new image with the specified width, height, and type.
*
* Creates a new image, undisplayed, with the specified extents and
* type. A layer should be created and added before this image is
* displayed, or subsequent calls to pika_display_new() with this image
* as an argument will fail. Layers can be created using the
* pika_layer_new() commands. They can be added to an image using the
* pika_image_insert_layer() command.
*
* If your image's type if INDEXED, a colormap must also be added with
* pika_image_set_colormap(). An indexed image without a colormap will
* output unexpected colors.
*
* Returns: (transfer none): The newly created image.
**/
PikaImage *
pika_image_new (gint width,
gint height,
PikaImageBaseType type)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaImage *image = NULL;
args = pika_value_array_new_from_types (NULL,
G_TYPE_INT, width,
G_TYPE_INT, height,
PIKA_TYPE_IMAGE_BASE_TYPE, type,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-new",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
image = PIKA_VALUES_GET_IMAGE (return_vals, 1);
pika_value_array_unref (return_vals);
return image;
}
/**
* pika_image_new_with_precision:
* @width: The width of the image.
* @height: The height of the image.
* @type: The type of image.
* @precision: The precision.
*
* Creates a new image with the specified width, height, type and
* precision.
*
* Creates a new image, undisplayed with the specified extents, type
* and precision. Indexed images can only be created at
* PIKA_PRECISION_U8_NON_LINEAR precision. See pika_image_new() for
* further details.
*
* Returns: (transfer none): The newly created image.
*
* Since: 2.10
**/
PikaImage *
pika_image_new_with_precision (gint width,
gint height,
PikaImageBaseType type,
PikaPrecision precision)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaImage *image = NULL;
args = pika_value_array_new_from_types (NULL,
G_TYPE_INT, width,
G_TYPE_INT, height,
PIKA_TYPE_IMAGE_BASE_TYPE, type,
PIKA_TYPE_PRECISION, precision,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-new-with-precision",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
image = PIKA_VALUES_GET_IMAGE (return_vals, 1);
pika_value_array_unref (return_vals);
return image;
}
/**
* pika_image_duplicate:
* @image: The image.
*
* Duplicate the specified image
*
* This procedure duplicates the specified image, copying all layers,
* channels, and image information.
*
* Returns: (transfer none): The new, duplicated image.
**/
PikaImage *
pika_image_duplicate (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaImage *new_image = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-duplicate",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
new_image = PIKA_VALUES_GET_IMAGE (return_vals, 1);
pika_value_array_unref (return_vals);
return new_image;
}
/**
* pika_image_delete:
* @image: The image.
*
* Delete the specified image.
*
* If there are no displays associated with this image it will be
* deleted. This means that you can not delete an image through the PDB
* that was created by the user. If the associated display was however
* created through the PDB and you know the display ID, you may delete
* the display. Removal of the last associated display will then delete
* the image.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_delete (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-delete",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_base_type:
* @image: The image.
*
* Get the base type of the image.
*
* This procedure returns the image's base type. Layers in the image
* must be of this subtype, but can have an optional alpha channel.
*
* Returns: The image's base type.
**/
PikaImageBaseType
pika_image_get_base_type (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaImageBaseType base_type = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-base-type",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
base_type = PIKA_VALUES_GET_ENUM (return_vals, 1);
pika_value_array_unref (return_vals);
return base_type;
}
/**
* pika_image_get_precision:
* @image: The image.
*
* Get the precision of the image.
*
* This procedure returns the image's precision.
*
* Returns: The image's precision.
*
* Since: 2.10
**/
PikaPrecision
pika_image_get_precision (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaPrecision precision = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-precision",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
precision = PIKA_VALUES_GET_ENUM (return_vals, 1);
pika_value_array_unref (return_vals);
return precision;
}
/**
* pika_image_get_default_new_layer_mode:
* @image: The image.
*
* Get the default mode for newly created layers of this image.
*
* Returns the default mode for newly created layers of this image.
*
* Returns: The layer mode.
*
* Since: 2.10
**/
PikaLayerMode
pika_image_get_default_new_layer_mode (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayerMode mode = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-default-new-layer-mode",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
mode = PIKA_VALUES_GET_ENUM (return_vals, 1);
pika_value_array_unref (return_vals);
return mode;
}
/**
* pika_image_get_width:
* @image: The image.
*
* Return the width of the image
*
* This procedure returns the image's width. This value is independent
* of any of the layers in this image. This is the \"canvas\" width.
*
* Returns: The image's width.
**/
gint
pika_image_get_width (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gint width = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-width",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
width = PIKA_VALUES_GET_INT (return_vals, 1);
pika_value_array_unref (return_vals);
return width;
}
/**
* pika_image_get_height:
* @image: The image.
*
* Return the height of the image
*
* This procedure returns the image's height. This value is independent
* of any of the layers in this image. This is the \"canvas\" height.
*
* Returns: The image's height.
**/
gint
pika_image_get_height (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gint height = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-height",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
height = PIKA_VALUES_GET_INT (return_vals, 1);
pika_value_array_unref (return_vals);
return height;
}
/**
* pika_image_get_layers: (skip)
* @image: The image.
* @num_layers: (out): The number of root layers contained in the image.
*
* Returns the list of root layers contained in the specified image.
*
* This procedure returns the list of root layers contained in the
* specified image. The order of layers is from topmost to bottommost.
* Note that this is not the full list of layers, but only the root
* layers, i.e. layers with no parents themselves. If you need all
* layers, it is up to you to verify that any of these layers is a
* group layer with pika_item_is_group() and to obtain its children
* with pika_item_get_children() (possibly recursively checking if
* these have children too).
*
* Returns: (array length=num_layers) (element-type PikaLayer) (transfer container):
* The list of layers contained in the image.
* The returned value must be freed with g_free().
**/
PikaLayer **
pika_image_get_layers (PikaImage *image,
gint *num_layers)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer **layers = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-layers",
args);
pika_value_array_unref (args);
*num_layers = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_layers = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) layers = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return layers;
}
/**
* pika_image_get_channels: (skip)
* @image: The image.
* @num_channels: (out): The number of channels contained in the image.
*
* Returns the list of channels contained in the specified image.
*
* This procedure returns the list of channels contained in the
* specified image. This does not include the selection mask, or layer
* masks. The order is from topmost to bottommost. Note that
* \"channels\" are custom channels and do not include the image's
* color components.
*
* Returns: (array length=num_channels) (element-type PikaChannel) (transfer container):
* The list of channels contained in the image.
* The returned value must be freed with g_free().
**/
PikaChannel **
pika_image_get_channels (PikaImage *image,
gint *num_channels)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaChannel **channels = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-channels",
args);
pika_value_array_unref (args);
*num_channels = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_channels = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) channels = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return channels;
}
/**
* pika_image_get_vectors: (skip)
* @image: The image.
* @num_vectors: (out): The number of vectors contained in the image.
*
* Returns the list of vectors contained in the specified image.
*
* This procedure returns the list of vectors contained in the
* specified image.
*
* Returns: (array length=num_vectors) (element-type PikaVectors) (transfer container):
* The list of vectors contained in the image.
* The returned value must be freed with g_free().
*
* Since: 2.4
**/
PikaVectors **
pika_image_get_vectors (PikaImage *image,
gint *num_vectors)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaVectors **vectors = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-vectors",
args);
pika_value_array_unref (args);
*num_vectors = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_vectors = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) vectors = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return vectors;
}
/**
* pika_image_unset_active_channel:
* @image: The image.
*
* Unsets the active channel in the specified image.
*
* If an active channel exists, it is unset. There then exists no
* active channel, and if desired, one can be set through a call to
* 'Set Active Channel'. No error is returned in the case of no
* existing active channel.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_unset_active_channel (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-unset-active-channel",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_floating_sel:
* @image: The image.
*
* Return the floating selection of the image.
*
* This procedure returns the image's floating selection, if it exists.
* If it doesn't exist, -1 is returned as the layer ID.
*
* Returns: (transfer none): The image's floating selection.
**/
PikaLayer *
pika_image_get_floating_sel (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *floating_sel = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-floating-sel",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
floating_sel = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return floating_sel;
}
/**
* pika_image_floating_sel_attached_to:
* @image: The image.
*
* Return the drawable the floating selection is attached to.
*
* This procedure returns the drawable the image's floating selection
* is attached to, if it exists. If it doesn't exist, -1 is returned as
* the drawable ID.
*
* Returns: (transfer none):
* The drawable the floating selection is attached to.
**/
PikaDrawable *
pika_image_floating_sel_attached_to (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaDrawable *drawable = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-floating-sel-attached-to",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
drawable = PIKA_VALUES_GET_DRAWABLE (return_vals, 1);
pika_value_array_unref (return_vals);
return drawable;
}
/**
* pika_image_pick_color:
* @image: The image.
* @num_drawables: The number of drawables.
* @drawables: (array length=num_drawables) (element-type PikaItem): The drawables to pick from.
* @x: x coordinate of upper-left corner of rectangle.
* @y: y coordinate of upper-left corner of rectangle.
* @sample_merged: Use the composite image, not the drawables.
* @sample_average: Average the color of all the pixels in a specified radius.
* @average_radius: The radius of pixels to average.
* @color: (out caller-allocates): The return color.
*
* Determine the color at the given coordinates
*
* This tool determines the color at the specified coordinates. The
* returned color is an RGB triplet even for grayscale and indexed
* drawables. If the coordinates lie outside of the extents of the
* specified drawables, then an error is returned. All drawables must
* belong to the image and be of the same type.
* If only one drawable is given and it has an alpha channel, the
* algorithm examines the alpha value of the drawable at the
* coordinates. If the alpha value is completely transparent (0), then
* an error is returned. With several drawables specified, the
* composite image with only these drawables is used.
* If the sample_merged parameter is TRUE, the data of the composite
* image will be used instead of that for the specified drawables. This
* is equivalent to sampling for colors after merging all visible
* layers. In the case of a merged sampling, the supplied drawables are
* ignored.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_pick_color (PikaImage *image,
gint num_drawables,
const PikaItem **drawables,
gdouble x,
gdouble y,
gboolean sample_merged,
gboolean sample_average,
gdouble average_radius,
PikaRGB *color)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_INT, num_drawables,
PIKA_TYPE_OBJECT_ARRAY, NULL,
G_TYPE_DOUBLE, x,
G_TYPE_DOUBLE, y,
G_TYPE_BOOLEAN, sample_merged,
G_TYPE_BOOLEAN, sample_average,
G_TYPE_DOUBLE, average_radius,
G_TYPE_NONE);
pika_value_set_object_array (pika_value_array_index (args, 2), PIKA_TYPE_ITEM, (GObject **) drawables, num_drawables);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-pick-color",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
if (success)
PIKA_VALUES_GET_RGB (return_vals, 1, &*color);
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_pick_correlate_layer:
* @image: The image.
* @x: The x coordinate for the pick.
* @y: The y coordinate for the pick.
*
* Find the layer visible at the specified coordinates.
*
* This procedure finds the layer which is visible at the specified
* coordinates. Layers which do not qualify are those whose extents do
* not pass within the specified coordinates, or which are transparent
* at the specified coordinates. This procedure will return -1 if no
* layer is found.
*
* Returns: (transfer none): The layer found at the specified coordinates.
**/
PikaLayer *
pika_image_pick_correlate_layer (PikaImage *image,
gint x,
gint y)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_INT, x,
G_TYPE_INT, y,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-pick-correlate-layer",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* pika_image_insert_layer:
* @image: The image.
* @layer: The layer.
* @parent: (nullable): The parent layer.
* @position: The layer position.
*
* Add the specified layer to the image.
*
* This procedure adds the specified layer to the image at the given
* position. If the specified parent is a valid layer group (See
* pika_item_is_group() and pika_layer_group_new()) then the layer is
* added inside the group. If the parent is 0, the layer is added
* inside the main stack, outside of any group. The position argument
* specifies the location of the layer inside the stack (or the group,
* if a valid parent was supplied), starting from the top (0) and
* increasing. If the position is specified as -1 and the parent is
* specified as 0, then the layer is inserted above the active layer,
* or inside the group if the active layer is a layer group. The layer
* type must be compatible with the image base type.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_insert_layer (PikaImage *image,
PikaLayer *layer,
PikaLayer *parent,
gint position)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_LAYER, layer,
PIKA_TYPE_LAYER, parent,
G_TYPE_INT, position,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-insert-layer",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_remove_layer:
* @image: The image.
* @layer: The layer.
*
* Remove the specified layer from the image.
*
* This procedure removes the specified layer from the image. If the
* layer doesn't exist, an error is returned. If there are no layers
* left in the image, this call will fail. If this layer is the last
* layer remaining, the image will become empty and have no active
* layer.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_remove_layer (PikaImage *image,
PikaLayer *layer)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_LAYER, layer,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-remove-layer",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_freeze_layers:
* @image: The image.
*
* Freeze the image's layer list.
*
* This procedure freezes the layer list of the image, suppressing any
* updates to the Layers dialog in response to changes to the image's
* layers. This can significantly improve performance while applying
* changes affecting the layer list.
*
* Each call to pika_image_freeze_layers() should be matched by a
* corresponding call to pika_image_thaw_layers(), undoing its effects.
*
* Returns: TRUE on success.
*
* Since: 2.10.2
**/
gboolean
pika_image_freeze_layers (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-freeze-layers",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_thaw_layers:
* @image: The image.
*
* Thaw the image's layer list.
*
* This procedure thaws the layer list of the image, re-enabling
* updates to the Layers dialog.
*
* This procedure should match a corresponding call to
* pika_image_freeze_layers().
*
* Returns: TRUE on success.
*
* Since: 2.10.2
**/
gboolean
pika_image_thaw_layers (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-thaw-layers",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_insert_channel:
* @image: The image.
* @channel: The channel.
* @parent: (nullable): The parent channel.
* @position: The channel position.
*
* Add the specified channel to the image.
*
* This procedure adds the specified channel to the image at the given
* position. Since channel groups are not currently supported, the
* parent argument must always be 0. The position argument specifies
* the location of the channel inside the stack, starting from the top
* (0) and increasing. If the position is specified as -1, then the
* channel is inserted above the active channel.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_insert_channel (PikaImage *image,
PikaChannel *channel,
PikaChannel *parent,
gint position)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_CHANNEL, channel,
PIKA_TYPE_CHANNEL, parent,
G_TYPE_INT, position,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-insert-channel",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_remove_channel:
* @image: The image.
* @channel: The channel.
*
* Remove the specified channel from the image.
*
* This procedure removes the specified channel from the image. If the
* channel doesn't exist, an error is returned.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_remove_channel (PikaImage *image,
PikaChannel *channel)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_CHANNEL, channel,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-remove-channel",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_freeze_channels:
* @image: The image.
*
* Freeze the image's channel list.
*
* This procedure freezes the channel list of the image, suppressing
* any updates to the Channels dialog in response to changes to the
* image's channels. This can significantly improve performance while
* applying changes affecting the channel list.
*
* Each call to pika_image_freeze_channels() should be matched by a
* corresponding call to pika_image_thaw_channels(), undoing its
* effects.
*
* Returns: TRUE on success.
*
* Since: 2.10.2
**/
gboolean
pika_image_freeze_channels (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-freeze-channels",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_thaw_channels:
* @image: The image.
*
* Thaw the image's channel list.
*
* This procedure thaws the channel list of the image, re-enabling
* updates to the Channels dialog.
*
* This procedure should match a corresponding call to
* pika_image_freeze_channels().
*
* Returns: TRUE on success.
*
* Since: 2.10.2
**/
gboolean
pika_image_thaw_channels (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-thaw-channels",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_insert_vectors:
* @image: The image.
* @vectors: The vectors.
* @parent: (nullable): The parent vectors.
* @position: The vectors position.
*
* Add the specified vectors to the image.
*
* This procedure adds the specified vectors to the image at the given
* position. Since vectors groups are not currently supported, the
* parent argument must always be 0. The position argument specifies
* the location of the vectors inside the stack, starting from the top
* (0) and increasing. If the position is specified as -1, then the
* vectors is inserted above the active vectors.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_insert_vectors (PikaImage *image,
PikaVectors *vectors,
PikaVectors *parent,
gint position)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_VECTORS, vectors,
PIKA_TYPE_VECTORS, parent,
G_TYPE_INT, position,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-insert-vectors",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_remove_vectors:
* @image: The image.
* @vectors: The vectors object.
*
* Remove the specified path from the image.
*
* This procedure removes the specified path from the image. If the
* path doesn't exist, an error is returned.
*
* Returns: TRUE on success.
*
* Since: 2.4
**/
gboolean
pika_image_remove_vectors (PikaImage *image,
PikaVectors *vectors)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_VECTORS, vectors,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-remove-vectors",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_freeze_vectors:
* @image: The image.
*
* Freeze the image's vectors list.
*
* This procedure freezes the vectors list of the image, suppressing
* any updates to the Paths dialog in response to changes to the
* image's vectors. This can significantly improve performance while
* applying changes affecting the vectors list.
*
* Each call to pika_image_freeze_vectors() should be matched by a
* corresponding call to pika_image_thaw_vectors(), undoing its
* effects.
*
* Returns: TRUE on success.
*
* Since: 2.10.2
**/
gboolean
pika_image_freeze_vectors (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-freeze-vectors",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_thaw_vectors:
* @image: The image.
*
* Thaw the image's vectors list.
*
* This procedure thaws the vectors list of the image, re-enabling
* updates to the Paths dialog.
*
* This procedure should match a corresponding call to
* pika_image_freeze_vectors().
*
* Returns: TRUE on success.
*
* Since: 2.10.2
**/
gboolean
pika_image_thaw_vectors (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-thaw-vectors",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_item_position:
* @image: The image.
* @item: The item.
*
* Returns the position of the item in its level of its item tree.
*
* This procedure determines the position of the specified item in its
* level in its item tree in the image. If the item doesn't exist in
* the image, or the item is not part of an item tree, an error is
* returned.
*
* Returns: The position of the item in its level in the item tree.
*
* Since: 2.8
**/
gint
pika_image_get_item_position (PikaImage *image,
PikaItem *item)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gint position = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_ITEM, item,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-item-position",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
position = PIKA_VALUES_GET_INT (return_vals, 1);
pika_value_array_unref (return_vals);
return position;
}
/**
* pika_image_raise_item:
* @image: The image.
* @item: The item to raise.
*
* Raise the specified item in its level in its item tree
*
* This procedure raises the specified item one step in the item tree.
* The procedure call will fail if there is no item above it.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_raise_item (PikaImage *image,
PikaItem *item)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_ITEM, item,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-raise-item",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_lower_item:
* @image: The image.
* @item: The item to lower.
*
* Lower the specified item in its level in its item tree
*
* This procedure lowers the specified item one step in the item tree.
* The procedure call will fail if there is no item below it.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_lower_item (PikaImage *image,
PikaItem *item)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_ITEM, item,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-lower-item",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_raise_item_to_top:
* @image: The image.
* @item: The item to raise to top.
*
* Raise the specified item to the top of its level in its item tree
*
* This procedure raises the specified item to top of its level in the
* item tree. It will not move the item if there is no item above it.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_raise_item_to_top (PikaImage *image,
PikaItem *item)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_ITEM, item,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-raise-item-to-top",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_lower_item_to_bottom:
* @image: The image.
* @item: The item to lower to bottom.
*
* Lower the specified item to the bottom of its level in its item tree
*
* This procedure lowers the specified item to bottom of its level in
* the item tree. It will not move the layer if there is no layer below
* it.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_lower_item_to_bottom (PikaImage *image,
PikaItem *item)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_ITEM, item,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-lower-item-to-bottom",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_reorder_item:
* @image: The image.
* @item: The item to reorder.
* @parent: (nullable): The new parent item.
* @position: The new position of the item.
*
* Reorder the specified item within its item tree
*
* This procedure reorders the specified item within its item tree.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_reorder_item (PikaImage *image,
PikaItem *item,
PikaItem *parent,
gint position)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_ITEM, item,
PIKA_TYPE_ITEM, parent,
G_TYPE_INT, position,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-reorder-item",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_flatten:
* @image: The image.
*
* Flatten all visible layers into a single layer. Discard all
* invisible layers.
*
* This procedure combines the visible layers in a manner analogous to
* merging with the CLIP_TO_IMAGE merge type. Non-visible layers are
* discarded, and the resulting image is stripped of its alpha channel.
*
* Returns: (transfer none): The resulting layer.
**/
PikaLayer *
pika_image_flatten (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-flatten",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* pika_image_merge_visible_layers:
* @image: The image.
* @merge_type: The type of merge.
*
* Merge the visible image layers into one.
*
* This procedure combines the visible layers into a single layer using
* the specified merge type. A merge type of EXPAND_AS_NECESSARY
* expands the final layer to encompass the areas of the visible
* layers. A merge type of CLIP_TO_IMAGE clips the final layer to the
* extents of the image. A merge type of CLIP_TO_BOTTOM_LAYER clips the
* final layer to the size of the bottommost layer.
*
* Returns: (transfer none): The resulting layer.
**/
PikaLayer *
pika_image_merge_visible_layers (PikaImage *image,
PikaMergeType merge_type)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_MERGE_TYPE, merge_type,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-merge-visible-layers",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* pika_image_merge_down:
* @image: The image.
* @merge_layer: The layer to merge down from.
* @merge_type: The type of merge.
*
* Merge the layer passed and the first visible layer below.
*
* This procedure combines the passed layer and the first visible layer
* below it using the specified merge type. A merge type of
* EXPAND_AS_NECESSARY expands the final layer to encompass the areas
* of the visible layers. A merge type of CLIP_TO_IMAGE clips the final
* layer to the extents of the image. A merge type of
* CLIP_TO_BOTTOM_LAYER clips the final layer to the size of the
* bottommost layer.
*
* Returns: (transfer none): The resulting layer.
**/
PikaLayer *
pika_image_merge_down (PikaImage *image,
PikaLayer *merge_layer,
PikaMergeType merge_type)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_LAYER, merge_layer,
PIKA_TYPE_MERGE_TYPE, merge_type,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-merge-down",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* pika_image_merge_layer_group:
* @image: The image.
* @layer_group: The layer group to merge.
*
* Merge the passed layer group's layers into one normal layer.
*
* This procedure combines the layers of the passed layer group into a
* single normal layer, replacing the group.
*
* Returns: (transfer none): The resulting layer.
*
* Since: 2.10.14
**/
PikaLayer *
pika_image_merge_layer_group (PikaImage *image,
PikaLayer *layer_group)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_LAYER, layer_group,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-merge-layer-group",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* _pika_image_get_colormap:
* @image: The image.
*
* Returns the image's colormap
*
* This procedure returns an actual pointer to the image's colormap, as
* well as the number of bytes contained in the colormap. The actual
* number of colors in the transmitted colormap will be 'num-bytes' /
* 3. If the image is not in Indexed color mode, no colormap is
* returned.
*
* Returns: (transfer full): The image's colormap.
**/
GBytes *
_pika_image_get_colormap (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
GBytes *colormap = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-colormap",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
colormap = PIKA_VALUES_DUP_BYTES (return_vals, 1);
pika_value_array_unref (return_vals);
return colormap;
}
/**
* _pika_image_set_colormap:
* @image: The image.
* @colormap: The new colormap values.
*
* Sets the entries in the image's colormap.
*
* This procedure sets the entries in the specified image's colormap.
* The number of entries is specified by the 'num-bytes' parameter and
* corresponds to the number of INT8 triples that must be contained in
* the 'colormap' array. The actual number of colors in the transmitted
* colormap is 'num-bytes' / 3.
*
* Returns: TRUE on success.
**/
gboolean
_pika_image_set_colormap (PikaImage *image,
GBytes *colormap)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_BYTES, colormap,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-colormap",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_palette:
* @image: The image.
*
* Returns the image's colormap
*
* This procedure returns the image's colormap as a PikaPalette. If the
* image is not in Indexed color mode, %NULL is returned.
*
* Returns: (transfer none): The image's colormap.
*
* Since: 3.0
**/
PikaPalette *
pika_image_get_palette (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaPalette *colormap = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-palette",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
colormap = PIKA_VALUES_GET_PALETTE (return_vals, 1);
pika_value_array_unref (return_vals);
return colormap;
}
/**
* _pika_image_get_metadata:
* @image: The image.
*
* Returns the image's metadata.
*
* Returns exif/iptc/xmp metadata from the image.
*
* Returns: (transfer full): The exif/ptc/xmp metadata as a string.
* The returned value must be freed with g_free().
**/
gchar *
_pika_image_get_metadata (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gchar *metadata_string = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-metadata",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
metadata_string = PIKA_VALUES_DUP_STRING (return_vals, 1);
pika_value_array_unref (return_vals);
return metadata_string;
}
/**
* _pika_image_set_metadata:
* @image: The image.
* @metadata_string: The exif/ptc/xmp metadata as a string.
*
* Set the image's metadata.
*
* Sets exif/iptc/xmp metadata on the image.
*
* Returns: TRUE on success.
**/
gboolean
_pika_image_set_metadata (PikaImage *image,
const gchar *metadata_string)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_STRING, metadata_string,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-metadata",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_clean_all:
* @image: The image.
*
* Set the image dirty count to 0.
*
* This procedure sets the specified image's dirty count to 0, allowing
* operations to occur without having a 'dirtied' image. This is
* especially useful for creating and loading images which should not
* initially be considered dirty, even though layers must be created,
* filled, and installed in the image. Note that save plug-ins must NOT
* call this function themselves after saving the image.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_clean_all (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-clean-all",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_is_dirty:
* @image: The image.
*
* Checks if the image has unsaved changes.
*
* This procedure checks the specified image's dirty count to see if it
* needs to be saved. Note that saving the image does not automatically
* set the dirty count to 0, you need to call pika_image_clean_all()
* after calling a save procedure to make the image clean.
*
* Returns: TRUE if the image has unsaved changes.
**/
gboolean
pika_image_is_dirty (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean dirty = FALSE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-is-dirty",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
dirty = PIKA_VALUES_GET_BOOLEAN (return_vals, 1);
pika_value_array_unref (return_vals);
return dirty;
}
/**
* _pika_image_thumbnail:
* @image: The image.
* @width: The requested thumbnail width.
* @height: The requested thumbnail height.
* @actual_width: (out): The previews width.
* @actual_height: (out): The previews height.
* @bpp: (out): The previews bpp.
* @thumbnail_data: (out) (transfer full): The thumbnail data.
*
* Get a thumbnail of an image.
*
* This function gets data from which a thumbnail of an image preview
* can be created. Maximum x or y dimension is 1024 pixels. The pixels
* are returned in RGB[A] or GRAY[A] format. The bpp return value gives
* the number of bits per pixel in the image.
*
* Returns: TRUE on success.
**/
gboolean
_pika_image_thumbnail (PikaImage *image,
gint width,
gint height,
gint *actual_width,
gint *actual_height,
gint *bpp,
GBytes **thumbnail_data)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_INT, width,
G_TYPE_INT, height,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-thumbnail",
args);
pika_value_array_unref (args);
*actual_width = 0;
*actual_height = 0;
*bpp = 0;
*thumbnail_data = NULL;
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
if (success)
{
*actual_width = PIKA_VALUES_GET_INT (return_vals, 1);
*actual_height = PIKA_VALUES_GET_INT (return_vals, 2);
*bpp = PIKA_VALUES_GET_INT (return_vals, 3);
*thumbnail_data = PIKA_VALUES_DUP_BYTES (return_vals, 4);
}
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_selected_layers: (skip)
* @image: The image.
* @num_layers: (out): The number of selected layers in the image.
*
* Returns the specified image's selected layers.
*
* This procedure returns the list of selected layers in the specified
* image.
*
* Returns: (array length=num_layers) (element-type PikaLayer) (transfer container):
* The list of selected layers in the image.
* The returned value must be freed with g_free().
*
* Since: 3.0.0
**/
PikaLayer **
pika_image_get_selected_layers (PikaImage *image,
gint *num_layers)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer **layers = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-selected-layers",
args);
pika_value_array_unref (args);
*num_layers = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_layers = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) layers = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return layers;
}
/**
* pika_image_set_selected_layers:
* @image: The image.
* @num_layers: The number of layers to select.
* @layers: (array length=num_layers) (element-type PikaLayer): The list of layers to select.
*
* Sets the specified image's selected layers.
*
* The layers are set as the selected layers in the image. Any previous
* selected layers or channels are unselected. An exception is a
* previously existing floating selection, in which case this procedure
* will return an execution error.
*
* Returns: TRUE on success.
*
* Since: 3.0.0
**/
gboolean
pika_image_set_selected_layers (PikaImage *image,
gint num_layers,
const PikaLayer **layers)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_INT, num_layers,
PIKA_TYPE_OBJECT_ARRAY, NULL,
G_TYPE_NONE);
pika_value_set_object_array (pika_value_array_index (args, 2), PIKA_TYPE_LAYER, (GObject **) layers, num_layers);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-selected-layers",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_selected_channels: (skip)
* @image: The image.
* @num_channels: (out): The number of selected channels in the image.
*
* Returns the specified image's selected channels.
*
* This procedure returns the list of selected channels in the
* specified image.
*
* Returns: (array length=num_channels) (element-type PikaChannel) (transfer container):
* The list of selected channels in the image.
* The returned value must be freed with g_free().
*
* Since: 3.0.0
**/
PikaChannel **
pika_image_get_selected_channels (PikaImage *image,
gint *num_channels)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaChannel **channels = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-selected-channels",
args);
pika_value_array_unref (args);
*num_channels = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_channels = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) channels = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return channels;
}
/**
* pika_image_set_selected_channels:
* @image: The image.
* @num_channels: The number of channels to select.
* @channels: (array length=num_channels) (element-type PikaChannel): The list of channels to select.
*
* Sets the specified image's selected channels.
*
* The channels are set as the selected channels in the image. Any
* previous selected layers or channels are unselected. An exception is
* a previously existing floating selection, in which case this
* procedure will return an execution error.
*
* Returns: TRUE on success.
*
* Since: 3.0.0
**/
gboolean
pika_image_set_selected_channels (PikaImage *image,
gint num_channels,
const PikaChannel **channels)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_INT, num_channels,
PIKA_TYPE_OBJECT_ARRAY, NULL,
G_TYPE_NONE);
pika_value_set_object_array (pika_value_array_index (args, 2), PIKA_TYPE_CHANNEL, (GObject **) channels, num_channels);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-selected-channels",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_selected_vectors: (skip)
* @image: The image.
* @num_vectors: (out): The number of selected vectors in the image.
*
* Returns the specified image's selected vectors.
*
* This procedure returns the list of selected vectors in the specified
* image.
*
* Returns: (array length=num_vectors) (element-type PikaVectors) (transfer container):
* The list of selected vectors in the image.
* The returned value must be freed with g_free().
*
* Since: 3.0.0
**/
PikaVectors **
pika_image_get_selected_vectors (PikaImage *image,
gint *num_vectors)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaVectors **vectors = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-selected-vectors",
args);
pika_value_array_unref (args);
*num_vectors = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_vectors = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) vectors = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return vectors;
}
/**
* pika_image_set_selected_vectors:
* @image: The image.
* @num_vectors: The number of vectors to select.
* @vectors: (array length=num_vectors) (element-type PikaVectors): The list of vectors to select.
*
* Sets the specified image's selected vectors.
*
* The vectors are set as the selected vectors in the image.
*
* Returns: TRUE on success.
*
* Since: 3.0.0
**/
gboolean
pika_image_set_selected_vectors (PikaImage *image,
gint num_vectors,
const PikaVectors **vectors)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_INT, num_vectors,
PIKA_TYPE_OBJECT_ARRAY, NULL,
G_TYPE_NONE);
pika_value_set_object_array (pika_value_array_index (args, 2), PIKA_TYPE_VECTORS, (GObject **) vectors, num_vectors);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-selected-vectors",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_selected_drawables:
* @image: The image.
* @num_drawables: (out): The number of selected drawables in the image.
*
* Get the image's selected drawables
*
* This procedure returns the list of selected drawable in the
* specified image. This can be either layers, channels, or a layer
* mask.
* The active drawables are the active image channels. If there are
* none, these are the active image layers. If the active image layer
* has a layer mask and the layer mask is in edit mode, then the layer
* mask is the active drawable.
*
* Returns: (array length=num_drawables) (element-type PikaItem) (transfer container):
* The list of selected drawables in the image.
* The returned value must be freed with g_free().
*
* Since: 3.0.0
**/
PikaItem **
pika_image_get_selected_drawables (PikaImage *image,
gint *num_drawables)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaItem **drawables = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-selected-drawables",
args);
pika_value_array_unref (args);
*num_drawables = 0;
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
{
*num_drawables = PIKA_VALUES_GET_INT (return_vals, 1);
{ PikaObjectArray *a = g_value_get_boxed (pika_value_array_index (return_vals, 2)); if (a) drawables = g_memdup2 (a->data, a->length * sizeof (gpointer)); };
}
pika_value_array_unref (return_vals);
return drawables;
}
/**
* pika_image_get_selection:
* @image: The image.
*
* Returns the specified image's selection.
*
* This will always return a valid ID for a selection -- which is
* represented as a channel internally.
*
* Returns: (transfer none): The selection channel.
**/
PikaSelection *
pika_image_get_selection (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaSelection *selection = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-selection",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
selection = PIKA_VALUES_GET_SELECTION (return_vals, 1);
pika_value_array_unref (return_vals);
return selection;
}
/**
* pika_image_get_component_active:
* @image: The image.
* @component: The image component.
*
* Returns if the specified image's image component is active.
*
* This procedure returns if the specified image's image component
* (i.e. Red, Green, Blue intensity channels in an RGB image) is active
* or inactive -- whether or not it can be modified. If the specified
* component is not valid for the image type, an error is returned.
*
* Returns: Component is active.
**/
gboolean
pika_image_get_component_active (PikaImage *image,
PikaChannelType component)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean active = FALSE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_CHANNEL_TYPE, component,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-component-active",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
active = PIKA_VALUES_GET_BOOLEAN (return_vals, 1);
pika_value_array_unref (return_vals);
return active;
}
/**
* pika_image_set_component_active:
* @image: The image.
* @component: The image component.
* @active: Component is active.
*
* Sets if the specified image's image component is active.
*
* This procedure sets if the specified image's image component (i.e.
* Red, Green, Blue intensity channels in an RGB image) is active or
* inactive -- whether or not it can be modified. If the specified
* component is not valid for the image type, an error is returned.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_set_component_active (PikaImage *image,
PikaChannelType component,
gboolean active)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_CHANNEL_TYPE, component,
G_TYPE_BOOLEAN, active,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-component-active",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_component_visible:
* @image: The image.
* @component: The image component.
*
* Returns if the specified image's image component is visible.
*
* This procedure returns if the specified image's image component
* (i.e. Red, Green, Blue intensity channels in an RGB image) is
* visible or invisible -- whether or not it can be seen. If the
* specified component is not valid for the image type, an error is
* returned.
*
* Returns: Component is visible.
**/
gboolean
pika_image_get_component_visible (PikaImage *image,
PikaChannelType component)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean visible = FALSE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_CHANNEL_TYPE, component,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-component-visible",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
visible = PIKA_VALUES_GET_BOOLEAN (return_vals, 1);
pika_value_array_unref (return_vals);
return visible;
}
/**
* pika_image_set_component_visible:
* @image: The image.
* @component: The image component.
* @visible: Component is visible.
*
* Sets if the specified image's image component is visible.
*
* This procedure sets if the specified image's image component (i.e.
* Red, Green, Blue intensity channels in an RGB image) is visible or
* invisible -- whether or not it can be seen. If the specified
* component is not valid for the image type, an error is returned.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_set_component_visible (PikaImage *image,
PikaChannelType component,
gboolean visible)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_CHANNEL_TYPE, component,
G_TYPE_BOOLEAN, visible,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-component-visible",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_file:
* @image: The image.
*
* Returns the file for the specified image.
*
* This procedure returns the file associated with the specified image.
* The image has a file only if it was loaded or imported from a file
* or has since been saved or exported. Otherwise, this function
* returns %NULL. See also pika-image-get-imported-file to get the
* current file if it was imported from a non-PIKA file format and not
* yet saved, or pika-image-get-exported-file if the image has been
* exported to a non-PIKA file format.
*
* Returns: (transfer full): The file.
*
* Since: 2.8
**/
GFile *
pika_image_get_file (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
GFile *file = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-file",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
file = PIKA_VALUES_DUP_FILE (return_vals, 1);
pika_value_array_unref (return_vals);
return file;
}
/**
* pika_image_set_file:
* @image: The image.
* @file: The new image file.
*
* Sets the specified XCF image's file.
*
* This procedure sets the specified image's file.
* This is to set the XCF file associated with your image. In
* particular, do not use this function to set the imported file in
* file import plug-ins. This is done by the core process.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_set_file (PikaImage *image,
GFile *file)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_FILE, file,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-file",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_xcf_file:
* @image: The image.
*
* Returns the XCF file for the specified image.
*
* This procedure returns the XCF file associated with the image. If
* there is no such file, this procedure returns %NULL.
*
* Returns: (transfer full): The imported XCF file.
*
* Since: 2.8
**/
GFile *
pika_image_get_xcf_file (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
GFile *file = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-xcf-file",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
file = PIKA_VALUES_DUP_FILE (return_vals, 1);
pika_value_array_unref (return_vals);
return file;
}
/**
* pika_image_get_imported_file:
* @image: The image.
*
* Returns the imported file for the specified image.
*
* This procedure returns the file associated with the specified image
* if the image was imported from a non-native Pika format. If the
* image was not imported, or has since been saved in the native Gimp
* format, this procedure returns %NULL.
*
* Returns: (transfer full): The imported file.
*
* Since: 2.8
**/
GFile *
pika_image_get_imported_file (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
GFile *file = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-imported-file",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
file = PIKA_VALUES_DUP_FILE (return_vals, 1);
pika_value_array_unref (return_vals);
return file;
}
/**
* pika_image_get_exported_file:
* @image: The image.
*
* Returns the exported file for the specified image.
*
* This procedure returns the file associated with the specified image
* if the image was exported a non-native PIKA format. If the image was
* not exported, this procedure returns %NULL.
*
* Returns: (transfer full): The exported file.
*
* Since: 2.8
**/
GFile *
pika_image_get_exported_file (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
GFile *file = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-exported-file",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
file = PIKA_VALUES_DUP_FILE (return_vals, 1);
pika_value_array_unref (return_vals);
return file;
}
/**
* pika_image_get_name:
* @image: The image.
*
* Returns the specified image's name.
*
* This procedure returns the image's name. If the image has a filename
* or an URI, then the returned name contains the filename's or URI's
* base name (the last component of the path). Otherwise it is the
* translated string \"Untitled\". The returned name is formatted like
* the image name in the image window title, it may contain '[]',
* '(imported)' etc. and should only be used to label user interface
* elements. Never use it to construct filenames.
*
* Returns: (transfer full): The name.
* The returned value must be freed with g_free().
**/
gchar *
pika_image_get_name (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gchar *name = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-name",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
name = PIKA_VALUES_DUP_STRING (return_vals, 1);
pika_value_array_unref (return_vals);
return name;
}
/**
* pika_image_get_resolution:
* @image: The image.
* @xresolution: (out): The resolution in the x-axis, in dots per inch.
* @yresolution: (out): The resolution in the y-axis, in dots per inch.
*
* Returns the specified image's resolution.
*
* This procedure returns the specified image's resolution in dots per
* inch. This value is independent of any of the layers in this image.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_get_resolution (PikaImage *image,
gdouble *xresolution,
gdouble *yresolution)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-resolution",
args);
pika_value_array_unref (args);
*xresolution = 0.0;
*yresolution = 0.0;
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
if (success)
{
*xresolution = PIKA_VALUES_GET_DOUBLE (return_vals, 1);
*yresolution = PIKA_VALUES_GET_DOUBLE (return_vals, 2);
}
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_set_resolution:
* @image: The image.
* @xresolution: The new image resolution in the x-axis, in dots per inch.
* @yresolution: The new image resolution in the y-axis, in dots per inch.
*
* Sets the specified image's resolution.
*
* This procedure sets the specified image's resolution in dots per
* inch. This value is independent of any of the layers in this image.
* No scaling or resizing is performed.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_set_resolution (PikaImage *image,
gdouble xresolution,
gdouble yresolution)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_DOUBLE, xresolution,
G_TYPE_DOUBLE, yresolution,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-resolution",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_unit:
* @image: The image.
*
* Returns the specified image's unit.
*
* This procedure returns the specified image's unit. This value is
* independent of any of the layers in this image. See the
* pika_unit_*() procedure definitions for the valid range of unit IDs
* and a description of the unit system.
*
* Returns: (transfer none): The unit.
**/
PikaUnit
pika_image_get_unit (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaUnit unit = PIKA_UNIT_PIXEL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-unit",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
unit = PIKA_VALUES_GET_INT (return_vals, 1);
pika_value_array_unref (return_vals);
return unit;
}
/**
* pika_image_set_unit:
* @image: The image.
* @unit: The new image unit.
*
* Sets the specified image's unit.
*
* This procedure sets the specified image's unit. No scaling or
* resizing is performed. This value is independent of any of the
* layers in this image. See the pika_unit_*() procedure definitions
* for the valid range of unit IDs and a description of the unit
* system.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_set_unit (PikaImage *image,
PikaUnit unit)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_UNIT, unit,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-unit",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_tattoo_state:
* @image: The image.
*
* Returns the tattoo state associated with the image.
*
* This procedure returns the tattoo state of the image. Use only by
* save/load plug-ins that wish to preserve an images tattoo state.
* Using this function at other times will produce unexpected results.
*
* Returns: The tattoo state.
**/
guint
pika_image_get_tattoo_state (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
guint tattoo_state = 0;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-tattoo-state",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
tattoo_state = PIKA_VALUES_GET_UINT (return_vals, 1);
pika_value_array_unref (return_vals);
return tattoo_state;
}
/**
* pika_image_set_tattoo_state:
* @image: The image.
* @tattoo_state: The new image tattoo state.
*
* Set the tattoo state associated with the image.
*
* This procedure sets the tattoo state of the image. Use only by
* save/load plug-ins that wish to preserve an images tattoo state.
* Using this function at other times will produce unexpected results.
* A full check of uniqueness of states in layers, channels and paths
* will be performed by this procedure and a execution failure will be
* returned if this fails. A failure will also be returned if the new
* tattoo state value is less than the maximum tattoo value from all of
* the tattoos from the paths, layers and channels. After the image
* data has been loaded and all the tattoos have been set then this is
* the last procedure that should be called. If effectively does a
* status check on the tattoo values that have been set to make sure
* that all is OK.
*
* Returns: TRUE on success.
**/
gboolean
pika_image_set_tattoo_state (PikaImage *image,
guint tattoo_state)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_UINT, tattoo_state,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-set-tattoo-state",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_layer_by_tattoo:
* @image: The image.
* @tattoo: The tattoo of the layer to find.
*
* Find a layer with a given tattoo in an image.
*
* This procedure returns the layer with the given tattoo in the
* specified image.
*
* Returns: (transfer none): The layer with the specified tattoo.
**/
PikaLayer *
pika_image_get_layer_by_tattoo (PikaImage *image,
guint tattoo)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_UINT, tattoo,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-layer-by-tattoo",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* pika_image_get_channel_by_tattoo:
* @image: The image.
* @tattoo: The tattoo of the channel to find.
*
* Find a channel with a given tattoo in an image.
*
* This procedure returns the channel with the given tattoo in the
* specified image.
*
* Returns: (transfer none): The channel with the specified tattoo.
**/
PikaChannel *
pika_image_get_channel_by_tattoo (PikaImage *image,
guint tattoo)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaChannel *channel = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_UINT, tattoo,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-channel-by-tattoo",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
channel = PIKA_VALUES_GET_CHANNEL (return_vals, 1);
pika_value_array_unref (return_vals);
return channel;
}
/**
* pika_image_get_vectors_by_tattoo:
* @image: The image.
* @tattoo: The tattoo of the vectors to find.
*
* Find a vectors with a given tattoo in an image.
*
* This procedure returns the vectors with the given tattoo in the
* specified image.
*
* Returns: (transfer none): The vectors with the specified tattoo.
*
* Since: 2.6
**/
PikaVectors *
pika_image_get_vectors_by_tattoo (PikaImage *image,
guint tattoo)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaVectors *vectors = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_UINT, tattoo,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-vectors-by-tattoo",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
vectors = PIKA_VALUES_GET_VECTORS (return_vals, 1);
pika_value_array_unref (return_vals);
return vectors;
}
/**
* pika_image_get_layer_by_name:
* @image: The image.
* @name: The name of the layer to find.
*
* Find a layer with a given name in an image.
*
* This procedure returns the layer with the given name in the
* specified image.
*
* Returns: (transfer none): The layer with the specified name.
*
* Since: 2.8
**/
PikaLayer *
pika_image_get_layer_by_name (PikaImage *image,
const gchar *name)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaLayer *layer = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_STRING, name,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-layer-by-name",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
layer = PIKA_VALUES_GET_LAYER (return_vals, 1);
pika_value_array_unref (return_vals);
return layer;
}
/**
* pika_image_get_channel_by_name:
* @image: The image.
* @name: The name of the channel to find.
*
* Find a channel with a given name in an image.
*
* This procedure returns the channel with the given name in the
* specified image.
*
* Returns: (transfer none): The channel with the specified name.
*
* Since: 2.8
**/
PikaChannel *
pika_image_get_channel_by_name (PikaImage *image,
const gchar *name)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaChannel *channel = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_STRING, name,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-channel-by-name",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
channel = PIKA_VALUES_GET_CHANNEL (return_vals, 1);
pika_value_array_unref (return_vals);
return channel;
}
/**
* pika_image_get_vectors_by_name:
* @image: The image.
* @name: The name of the vectors to find.
*
* Find a vectors with a given name in an image.
*
* This procedure returns the vectors with the given name in the
* specified image.
*
* Returns: (transfer none): The vectors with the specified name.
*
* Since: 2.8
**/
PikaVectors *
pika_image_get_vectors_by_name (PikaImage *image,
const gchar *name)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaVectors *vectors = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_STRING, name,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-vectors-by-name",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
vectors = PIKA_VALUES_GET_VECTORS (return_vals, 1);
pika_value_array_unref (return_vals);
return vectors;
}
/**
* pika_image_attach_parasite:
* @image: The image.
* @parasite: The parasite to attach to an image.
*
* Add a parasite to an image.
*
* This procedure attaches a parasite to an image. It has no return
* values.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_attach_parasite (PikaImage *image,
const PikaParasite *parasite)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
PIKA_TYPE_PARASITE, parasite,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-attach-parasite",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_detach_parasite:
* @image: The image.
* @name: The name of the parasite to detach from an image.
*
* Removes a parasite from an image.
*
* This procedure detaches a parasite from an image. It has no return
* values.
*
* Returns: TRUE on success.
*
* Since: 2.8
**/
gboolean
pika_image_detach_parasite (PikaImage *image,
const gchar *name)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_STRING, name,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-detach-parasite",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_get_parasite:
* @image: The image.
* @name: The name of the parasite to find.
*
* Look up a parasite in an image
*
* Finds and returns the parasite that was previously attached to an
* image.
*
* Returns: (transfer full): The found parasite.
*
* Since: 2.8
**/
PikaParasite *
pika_image_get_parasite (PikaImage *image,
const gchar *name)
{
PikaValueArray *args;
PikaValueArray *return_vals;
PikaParasite *parasite = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_STRING, name,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-parasite",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
parasite = PIKA_VALUES_DUP_PARASITE (return_vals, 1);
pika_value_array_unref (return_vals);
return parasite;
}
/**
* pika_image_get_parasite_list:
* @image: The image.
*
* List all parasites.
*
* Returns a list of the names of all currently attached parasites.
* These names can later be used to get the actual #PikaParasite with
* pika_image_get_parasite() when needed.
*
* Returns: (array zero-terminated=1) (transfer full):
* The names of currently attached parasites.
* The returned value must be freed with g_strfreev().
*
* Since: 2.8
**/
gchar **
pika_image_get_parasite_list (PikaImage *image)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gchar **parasites = NULL;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-get-parasite-list",
args);
pika_value_array_unref (args);
if (PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS)
parasites = PIKA_VALUES_DUP_STRV (return_vals, 1);
pika_value_array_unref (return_vals);
return parasites;
}
/**
* pika_image_policy_rotate:
* @image: The image.
* @interactive: Querying the user through a dialog is a possibility.
*
* Execute the \"Orientation\" metadata policy.
*
* Process the image according to the rotation policy as set in
* Preferences. If PIKA is running as a GUI and interactive is TRUE, a
* dialog may be presented to the user depending on the set policy.
* Otherwise, if the policy does not mandate the action to perform, the
* image will be rotated following the Orientation metadata.
* If you wish absolutely to rotate a loaded image following the
* Orientation metadata, do not use this function and process the
* metadata yourself. Indeed even with `interactive` to FALSE, user
* settings may leave the image unrotated.
* Finally it is unnecessary to call this function in a format load
* procedure because this is called automatically by the core code when
* loading any image. You should only call this function explicitly
* when loading an image through a PDB call.
*
* Returns: TRUE on success.
*
* Since: 3.0
**/
gboolean
pika_image_policy_rotate (PikaImage *image,
gboolean interactive)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_BOOLEAN, interactive,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-policy-rotate",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
/**
* pika_image_policy_color_profile:
* @image: The image.
* @interactive: Querying the user through a dialog is a possibility.
*
* Execute the color profile conversion policy.
*
* Process the image according to the color profile policy as set in
* Preferences.
* If PIKA is running as a GUI and interactive is TRUE, a dialog may be
* presented to the user depending on the policy. Otherwise, if the
* policy does not mandate the conversion to perform, the conversion to
* the preferred RGB or grayscale profile will happen, defaulting to
* built-in profiles if no preferred profiles were set in
* `Preferences`.
* This function should be used only if you want to follow user
* settings. If you intend to convert to a specific profile, call
* preferably pika_image_convert_color_profile(). And if you wish to
* leave whatever profile an image has, do not call any of these
* functions.
* Finally it is unnecessary to call this function in a format load
* procedure because this is called automatically by the core code when
* loading any image. You should only call this function explicitly
* when loading an image through a PDB call.
*
* Returns: TRUE on success.
*
* Since: 3.0
**/
gboolean
pika_image_policy_color_profile (PikaImage *image,
gboolean interactive)
{
PikaValueArray *args;
PikaValueArray *return_vals;
gboolean success = TRUE;
args = pika_value_array_new_from_types (NULL,
PIKA_TYPE_IMAGE, image,
G_TYPE_BOOLEAN, interactive,
G_TYPE_NONE);
return_vals = _pika_pdb_run_procedure_array (pika_get_pdb (),
"pika-image-policy-color-profile",
args);
pika_value_array_unref (args);
success = PIKA_VALUES_GET_ENUM (return_vals, 0) == PIKA_PDB_SUCCESS;
pika_value_array_unref (return_vals);
return success;
}
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