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efl/legacy/evas/src/lib/canvas/evas_object_image.c

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/*
* vim:ts=8:sw=3:sts=8:noexpandtab:cino=>5n-3f0^-2{2
*/
#include "evas_common.h"
#include "evas_private.h"
#include "../engines/common/evas_convert_color.h"
#include "../engines/common/evas_convert_colorspace.h"
#include "../engines/common/evas_convert_yuv.h"
/* private magic number for image objects */
static const char o_type[] = "image";
/* private struct for rectangle object internal data */
typedef struct _Evas_Object_Image Evas_Object_Image;
struct _Evas_Object_Image
{
DATA32 magic;
struct {
Evas_Common_Transform transform;
int spread;
Evas_Coord_Rectangle fill;
struct {
short w, h, stride;
} image;
struct {
short l, r, t, b;
unsigned char fill;
} border;
const char *file;
const char *key;
int cspace;
unsigned char smooth_scale : 1;
unsigned char has_alpha :1;
} cur, prev;
int pixels_checked_out;
int load_error;
Evas_List *pixel_updates;
struct {
unsigned char scale_down_by;
double dpi;
short w, h;
} load_opts;
struct {
void (*get_pixels) (void *data, Evas_Object *o);
void *get_pixels_data;
} func;
void *engine_data;
unsigned char changed : 1;
unsigned char dirty_pixels : 1;
};
/* private methods for image objects */
static void evas_object_image_unload(Evas_Object *obj);
static void evas_object_image_load(Evas_Object *obj);
static Evas_Coord evas_object_image_figure_x_fill(Evas_Object *obj, Evas_Coord start, Evas_Coord size, Evas_Coord *size_ret);
static Evas_Coord evas_object_image_figure_y_fill(Evas_Object *obj, Evas_Coord start, Evas_Coord size, Evas_Coord *size_ret);
static void evas_object_image_init(Evas_Object *obj);
static void *evas_object_image_new(void);
static void evas_object_image_render(Evas_Object *obj, void *output, void *context, void *surface, int x, int y);
static void evas_object_image_free(Evas_Object *obj);
static void evas_object_image_render_pre(Evas_Object *obj);
static void evas_object_image_render_post(Evas_Object *obj);
static unsigned int evas_object_image_id_get(Evas_Object *obj);
static unsigned int evas_object_image_visual_id_get(Evas_Object *obj);
static void *evas_object_image_engine_data_get(Evas_Object *obj);
static int evas_object_image_is_opaque(Evas_Object *obj);
static int evas_object_image_was_opaque(Evas_Object *obj);
static int evas_object_image_is_inside(Evas_Object *obj, Evas_Coord x, Evas_Coord y);
static void *evas_object_image_data_convert_internal(Evas_Object_Image *o, void *data, Evas_Colorspace to_cspace);
static const Evas_Object_Func object_func =
{
/* methods (compulsory) */
evas_object_image_free,
evas_object_image_render,
evas_object_image_render_pre,
evas_object_image_render_post,
evas_object_image_id_get,
evas_object_image_visual_id_get,
evas_object_image_engine_data_get,
/* these are optional. NULL = nothing */
NULL,
NULL,
NULL,
NULL,
evas_object_image_is_opaque,
evas_object_image_was_opaque,
evas_object_image_is_inside,
NULL,
NULL
};
/**
* @defgroup Evas_Object_Image Image Object Functions
*
* Functions used to create and manipulate image objects.
*
* Note - Image objects may return or accept "image data" in multiple formats.
* This is based on the colorspace of an object. Here is a rundown on formats:
*
* EVAS_COLORSPACE_ARGB8888:
*
* This pixel format is a linear block of pixels, starting at the top-left row
* by row until the bottom right of the image or pixel region. All pixels are
* 32-bit unsigned int's with the high-byte being alpha and the low byte being
* blue in the format ARGB. Alpha may or may not be used by evas depending on
* the alpha flag of the image, but if not used, should be set to 0xff anyway.
*
* This colorspace uses premultiplied alpha. That means that R, G and B cannot
* exceed A in value. The conversion from non-premultiplied colorspace is:
*
* R = (r * a) / 255; G = (g * a) / 255; B = (b * a) / 255;
*
* So 50% transparent blue will be: 0x80000080. This will not be "dark" - just
* 50% transparent. Values are 0 == black, 255 == solid or full red, green or
* blue.
*
* EVAS_COLORSPACE_YCBCR422P601_PL:
*
* This is a pointer-list indirected set of YUV (YCbCr) pixel data. This means
* that the data returned or set is not actual pixel data, but pointers TO
* lines of pixel data. The list of pointers will first be N rows of pointers
* to the Y plane - pointing to the first pixel at the start of each row in
* the Y plane. N is the height of the image data in pixels. Each pixel in the
* Y, U and V planes is 1 byte exactly, packed. The next N / 2 pointers will
* point to rows in the U plane, and the next N / 2 pointers will point to
* the V plane rows. U and V planes are half the horizontal and vertical
* resolution of the U plane.
*
* Row order is top to bottom and row pixels are stored left to right.
*
* There is a limitation that these images MUST be a multiple of 2 pixels in
* size horizontally or vertically. This is due to the U and V planes being
* half resolution. Also note that this assumes the itu601 YUV colorspace
* specification. This is defined for standard television and mpeg streams.
* HDTV may use the itu709 specification.
*
* Values are 0 to 255, indicating full or no signal in that plane
* respectively.
*
* EVAS_COLORSPACE_YCBCR422P709_PL:
*
* Not implemented yet.
*
* EVAS_COLORSPACE_RGB565_A5P:
*
* In the process of being implemented in 1 engine only. This may change.
*
* This is a pointer to image data for 16-bit half-word pixel data in 16bpp
* RGB 565 format (5 bits red, 6 bits green, 5 bits blue), with the high-byte
* containing red and the low byte containing blue, per pixel. This data is
* packed row by row from the top-left to the bottom right.
*
* If the image has an alpha channel enabled there will be an extra alpha plane
* after the color pixel plane. If not, then this data will not exist and
* should not be accessed in any way. This plane is a set of pixels with 1
* byte per pixel defining the alpha values of all pixels in the image from
* the top-left to the bottom right of the image, row by row. Even though
* the values of the alpha pixels can be 0 to 255, only values 0 through to 32
* are used, 32 being solid and 0 being transparent.
*
* RGB values can be 0 to 31 for red and blue and 0 to 63 for green, with 0
* being black and 31 or 63 being full red, green or blue respectively. This
* colorspace is also pre-multiplied like EVAS_COLORSPACE_ARGB8888 so:
*
* R = (r * a) / 32; G = (g * a) / 32; B = (b * a) / 32;
*/
/**
* Creates a new image object on the given evas.
*
* @param e The given evas.
* @return The created image object.
* @ingroup Evas_Object_Image
*/
EAPI Evas_Object *
evas_object_image_add(Evas *e)
{
Evas_Object *obj;
Evas_Object_Image *o;
MAGIC_CHECK(e, Evas, MAGIC_EVAS);
return NULL;
MAGIC_CHECK_END();
obj = evas_object_new();
evas_object_image_init(obj);
evas_object_inject(obj, e);
o = (Evas_Object_Image *)(obj->object_data);
o->cur.cspace = obj->layer->evas->engine.func->image_colorspace_get(obj->layer->evas->engine.data.output,
o->engine_data);
return obj;
}
/**
* @defgroup Evas_Object_Image_File_Group Image Object File Functions
*
* Functions that write to or retrieve images from files.
*/
/**
* Sets the filename and key of the given image object.
*
* If the file supports multiple data stored in it as eet,
* you can specify the key to be used as the index of the
* image in this file.
*
* @param obj The given image object.
* @param file The image filename.
* @param key The image key in file, or NULL.
* @ingroup Evas_Object_Image_File_Group
*/
EAPI void
evas_object_image_file_set(Evas_Object *obj, const char *file, const char *key)
{
Evas_Object_Image *o;
Evas_Image_Load_Opts lo;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if ((o->cur.file) && (file) && (!strcmp(o->cur.file, file)))
{
if ((!o->cur.key) && (!key))
return;
if ((o->cur.key) && (key) && (!strcmp(o->cur.key, key)))
return;
}
if (o->cur.file) eina_stringshare_del(o->cur.file);
if (o->cur.key) eina_stringshare_del(o->cur.key);
if (file) o->cur.file = eina_stringshare_add(file);
else o->cur.file = NULL;
if (key) o->cur.key = eina_stringshare_add(key);
else o->cur.key = NULL;
o->prev.file = NULL;
o->prev.key = NULL;
if (o->engine_data)
obj->layer->evas->engine.func->image_free(obj->layer->evas->engine.data.output,
o->engine_data);
o->load_error = EVAS_LOAD_ERROR_NONE;
lo.scale_down_by = o->load_opts.scale_down_by;
lo.dpi = o->load_opts.dpi;
lo.w = o->load_opts.w;
lo.h = o->load_opts.h;
o->engine_data = obj->layer->evas->engine.func->image_load(obj->layer->evas->engine.data.output,
o->cur.file,
o->cur.key,
&o->load_error,
&lo);
if (o->engine_data)
{
int w, h;
int stride;
obj->layer->evas->engine.func->image_size_get(obj->layer->evas->engine.data.output,
o->engine_data, &w, &h);
if (obj->layer->evas->engine.func->image_stride_get)
obj->layer->evas->engine.func->image_stride_get(obj->layer->evas->engine.data.output,
o->engine_data, &stride);
else
stride = w;
o->cur.has_alpha = obj->layer->evas->engine.func->image_alpha_get(obj->layer->evas->engine.data.output,
o->engine_data);
o->cur.cspace = obj->layer->evas->engine.func->image_colorspace_get(obj->layer->evas->engine.data.output,
o->engine_data);
o->cur.image.w = w;
o->cur.image.h = h;
o->cur.image.stride = stride;
}
else
{
o->load_error = EVAS_LOAD_ERROR_GENERIC;
o->cur.has_alpha = 1;
o->cur.cspace = EVAS_COLORSPACE_ARGB8888;
o->cur.image.w = 0;
o->cur.image.h = 0;
o->cur.image.stride = 0;
}
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves the filename and key of the given image object.
*
* @param obj The given image object.
* @param file Location to store the image filename, or NULL.
* @param key Location to store the image key, or NULL.
* @ingroup Evas_Object_Image_File_Group
*/
EAPI void
evas_object_image_file_get(const Evas_Object *obj, const char **file, const char **key)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
if (file) *file = NULL;
if (key) *key = NULL;
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
if (file) *file = NULL;
if (key) *key = NULL;
return;
MAGIC_CHECK_END();
if (file) *file = o->cur.file;
if (key) *key = o->cur.key;
}
/**
* @defgroup Evas_Object_Image_Border_Group Image Object Border Functions
*
* Functions that adjust the unscaled image border of image objects.
*/
/**
* Sets how much of each border of the given image object is not
* to be scaled.
*
* When rendering, the image may be scaled to fit the size of the
* image object. This function sets what area around the border of
* the image is not to be scaled. This sort of function is useful for
* widget theming, where, for example, buttons may be of varying
* sizes, but the border size must remain constant.
*
* The units used for @p l, @p r, @p t and @p b are output units.
*
* @param obj The given image object.
* @param l Distance of the left border that is not to be stretched.
* @param r Distance of the right border that is not to be stretched.
* @param t Distance of the top border that is not to be stretched.
* @param b Distance of the bottom border that is not to be stretched.
* @ingroup Evas_Object_Image_Border_Group
*/
EAPI void
evas_object_image_border_set(Evas_Object *obj, int l, int r, int t, int b)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (l < 0) l = 0;
if (r < 0) r = 0;
if (t < 0) t = 0;
if (b < 0) b = 0;
if ((o->cur.border.l == l) &&
(o->cur.border.r == r) &&
(o->cur.border.t == t) &&
(o->cur.border.b == b)) return;
o->cur.border.l = l;
o->cur.border.r = r;
o->cur.border.t = t;
o->cur.border.b = b;
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves how much of each border of the given image object is not to
* be scaled.
*
* See @ref evas_object_image_border_set for more details.
*
* @param obj The given image object.
* @param l Location to store the left border width in, or NULL.
* @param r Location to store the right border width in, or NULL.
* @param t Location to store the top border width in, or NULL.
* @param b Location to store the bottom border width in, or NULL.
* @ingroup Evas_Object_Image_Border_Group
*/
EAPI void
evas_object_image_border_get(const Evas_Object *obj, int *l, int *r, int *t, int *b)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
if (l) *l = 0;
if (r) *r = 0;
if (t) *t = 0;
if (b) *b = 0;
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
if (l) *l = 0;
if (r) *r = 0;
if (t) *t = 0;
if (b) *b = 0;
return;
MAGIC_CHECK_END();
if (l) *l = o->cur.border.l;
if (r) *r = o->cur.border.r;
if (t) *t = o->cur.border.t;
if (b) *b = o->cur.border.b;
}
/**
* @defgroup Evas_Object_Image_Fill_Group Image Object Fill Rectangle Functions
*
* Functions that deal with what areas of the image object are to be
* tiled with the given image.
*/
/**
* Sets if the center part of the given image object (not the border)
* should be drawn.
*
* When rendering, the image may be scaled to fit the size of the
* image object. This function sets if the center part of the scaled image
* is to be drawn or left completely blank. Very useful for frames and
* decorations.
*
* @param obj The given image object.
* @param fill Whether the center should be drawn.
* @ingroup Evas_Object_Image_Fill_Group
*/
EAPI void
evas_object_image_border_center_fill_set(Evas_Object *obj, Evas_Bool fill)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (((o->cur.border.fill) && (fill)) ||
((!o->cur.border.fill) && (!fill)))
return;
o->cur.border.fill = fill;
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves if the center of the given image object is to be drawn
* or not.
*
* See @ref evas_object_image_fill_set for more details.
*
* @param obj The given image object.
* @return If the center is to be drawn or not.
* @ingroup Evas_Object_Image_Fill_Group
*/
EAPI Evas_Bool
evas_object_image_border_center_fill_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
return o->cur.border.fill;
}
/**
* Sets the rectangle of the given image object that the image will
* be drawn to.
*
* Note that the image will be tiled around this one rectangle. To have
* only one copy of the image drawn, @p x and @p y must be 0 and @p w
* and @p h need to be the width and height of the image object
* respectively.
*
* The default values for the fill parameters is @p x = 0, @p y = 0,
* @p w = 32 and @p h = 32.
*
* @param obj The given image object.
* @param x The X coordinate for the top left corner of the image.
* @param y The Y coordinate for the top left corner of the image.
* @param w The width of the image.
* @param h The height of the image.
* @ingroup Evas_Object_Image_Fill_Group
*/
EAPI void
evas_object_image_fill_set(Evas_Object *obj, Evas_Coord x, Evas_Coord y, Evas_Coord w, Evas_Coord h)
{
Evas_Object_Image *o;
if (w < 0) w = -w;
if (h < 0) h = -h;
if (w == 0.0) return;
if (h == 0.0) return;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if ((o->cur.fill.x == x) &&
(o->cur.fill.y == y) &&
(o->cur.fill.w == w) &&
(o->cur.fill.h == h)) return;
o->cur.fill.x = x;
o->cur.fill.y = y;
o->cur.fill.w = w;
o->cur.fill.h = h;
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves the dimensions of the rectangle of the given image object
* that the image will be drawn to.
*
* See @ref evas_object_image_fill_set for more details.
*
* @param obj The given image object.
* @param x Location to store the X coordinate for the top left corner of the image in, or NULL.
* @param y Location to store the Y coordinate for the top left corner of the image in, or NULL.
* @param w Location to store the width of the image in, or NULL.
* @param h Location to store the height of the image in, or NULL.
* @ingroup Evas_Object_Image_Fill_Group
*/
EAPI void
evas_object_image_fill_get(const Evas_Object *obj, Evas_Coord *x, Evas_Coord *y, Evas_Coord *w, Evas_Coord *h)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
if (x) *x = 0;
if (y) *y = 0;
if (w) *w = 0;
if (h) *h = 0;
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
if (x) *x = 0;
if (y) *y = 0;
if (w) *w = 0;
if (h) *h = 0;
return;
MAGIC_CHECK_END();
if (x) *x = o->cur.fill.x;
if (y) *y = o->cur.fill.y;
if (w) *w = o->cur.fill.w;
if (h) *h = o->cur.fill.h;
}
/**
* Sets the tiling mode for the given evas image object's fill.
* @param obj The given evas image object.
* @param spread One of EVAS_TEXTURE_REFLECT, EVAS_TEXTURE_REPEAT,
* EVAS_TEXTURE_RESTRICT, or EVAS_TEXTURE_PAD.
* @ingroup Evas_Object_Image_Fill_Group
*/
EAPI void
evas_object_image_fill_spread_set(Evas_Object *obj, int spread)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (spread == o->cur.spread) return;
o->cur.spread = spread;
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves the spread (tiling mode) for the given image object's fill.
* @param obj The given evas image object.
* @return The current spread mode of the image object.
* @ingroup Evas_Object_Image_Fill_Group
*/
EAPI int
evas_object_image_fill_spread_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return EVAS_TEXTURE_REPEAT;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return EVAS_TEXTURE_REPEAT;
MAGIC_CHECK_END();
return o->cur.spread;
}
EAPI void
evas_object_image_fill_transform_set (Evas_Object *obj, Evas_Transform *t)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (!t)
{
o->cur.transform.mxx = 1;
o->cur.transform.mxy = 0;
o->cur.transform.mxz = 0;
o->cur.transform.myx = 0;
o->cur.transform.myy = 1;
o->cur.transform.myz = 0;
o->cur.transform.mzx = 0;
o->cur.transform.mzy = 0;
o->cur.transform.mzz = 1;
o->changed;
evas_object_change(obj);
return;
}
if ( (o->cur.transform.mxx == t->mxx) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) ||
(o->cur.transform.mxy == t->mxy) )
return;
o->cur.transform.mxx = t->mxx;
o->cur.transform.mxy = t->mxy;
o->cur.transform.mxz = t->mxz;
o->cur.transform.myx = t->myx;
o->cur.transform.myy = t->myy;
o->cur.transform.myz = t->myz;
o->cur.transform.mzx = t->mzx;
o->cur.transform.mzy = t->mzy;
o->cur.transform.mzz = t->mzz;
o->changed;
evas_object_change(obj);
}
EAPI void
evas_object_image_fill_transform_get (const Evas_Object *obj, Evas_Transform *t)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (t)
{
t->mxx = o->cur.transform.mxx;
t->mxy = o->cur.transform.mxy;
t->mxz = o->cur.transform.mxz;
t->myx = o->cur.transform.myx;
t->myy = o->cur.transform.myy;
t->myz = o->cur.transform.myz;
t->mzx = o->cur.transform.mzx;
t->mzy = o->cur.transform.mzy;
t->mzz = o->cur.transform.mzz;
}
}
/**
* @defgroup Evas_Object_Image_Size Image Object Image Size Functions
*
* Functions that change the size of the image used by an image object.
*/
/**
* Sets the size of the given image object.
*
* This function will scale down or crop the image so that it is
* treated as if it were at the given size. If the size given is
* smaller than the image, it will be cropped. If the size given is
* larger, then the image will be treated as if it were in the upper
* left hand corner of a larger image that is otherwise transparent.
*
* @param obj The given image object.
* @param w The new width of the image.
* @param h The new height of the image.
* @ingroup Evas_Object_Image_Size
*/
EAPI void
evas_object_image_size_set(Evas_Object *obj, int w, int h)
{
Evas_Object_Image *o;
int stride;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (w < 1) w = 1;
if (h < 1) h = 1;
if (w > 32768) return;
if (h > 32768) return;
if ((w == o->cur.image.w) &&
(h == o->cur.image.h)) return;
o->cur.image.w = w;
o->cur.image.h = h;
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_size_set(obj->layer->evas->engine.data.output,
o->engine_data,
w, h);
else
o->engine_data = obj->layer->evas->engine.func->image_new_from_copied_data
(obj->layer->evas->engine.data.output, w, h, NULL, o->cur.has_alpha,
o->cur.cspace);
if (obj->layer->evas->engine.func->image_stride_get)
obj->layer->evas->engine.func->image_stride_get(obj->layer->evas->engine.data.output,
o->engine_data, &stride);
else
stride = w;
o->cur.image.stride = stride;
/* FIXME - in engine call above
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_alpha_set(obj->layer->evas->engine.data.output,
o->engine_data,
o->cur.has_alpha);
*/
EVAS_OBJECT_IMAGE_FREE_FILE_AND_KEY(o);
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves the size of the given image object.
*
* See @ref evas_object_image_size_set for more details.
*
* @param obj The given image object.
* @param w Location to store the width of the image in, or NULL.
* @param h Location to store the height of the image in, or NULL.
* @ingroup Evas_Object_Image_Size
*/
EAPI void
evas_object_image_size_get(const Evas_Object *obj, int *w, int *h)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
if (w) *w = 0;
if (h) *h = 0;
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
if (w) *w = 0;
if (h) *h = 0;
return;
MAGIC_CHECK_END();
if (w) *w = o->cur.image.w;
if (h) *h = o->cur.image.h;
}
/**
* Retrieves the row stride of the given image object,
*
* The row stride is the number of units between the start of a
* row and the start of the next row.
*
* @param obj The given image object.
* @return The stride of the image.
* @ingroup Evas_Object_Image_Size
*/
EAPI int
evas_object_image_stride_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
return o->cur.image.stride;
}
/**
* Retrieves a number representing any error that occurred during the last
* load of the given image object.
*
* @param obj The given image object.
* @return A value giving the last error that occurred. It should be one of
* the @c EVAS_LOAD_ERROR_* values. @c EVAS_LOAD_ERROR_NONE is
* returned if there was no error.
* @ingroup Evas_Object_Image
*/
EAPI int
evas_object_image_load_error_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
return o->load_error;
}
/**
* @defgroup Evas_Object_Image_Data Image Object Image Data Functions
*
* Functions that allow you to access or modify the image pixel data of an
* image object.
*/
/**
* Converts the raw image data of the given image object to the
* specified colorspace.
*
* Note that this function does not modify the raw image data.
* If the requested colorspace is the same as the image colorspace
* nothing is done and NULL is returned. You should use
* evas_object_image_colorspace_get() to check the current image
* colorspace.
*
* See @ref evas_object_image_colorspace_get.
*
* @param obj The given image object.
* @param to_cspace The colorspace to which the image raw data will be converted.
* @return data A newly allocated data in the format specified by to_cspace.
* @ingroup Evas_Object_Image_Data
*/
EAPI void *
evas_object_image_data_convert(Evas_Object *obj, Evas_Colorspace to_cspace)
{
Evas_Object_Image *o;
DATA32 *data;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return NULL;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return NULL;
MAGIC_CHECK_END();
if (!o->engine_data) return NULL;
if (!o->cur.cspace == to_cspace) return NULL;
data = NULL;
o->engine_data = obj->layer->evas->engine.func->image_data_get(obj->layer->evas->engine.data.output,
o->engine_data,
0,
&data);
return evas_object_image_data_convert_internal(o, data, to_cspace);
}
/**
* Sets the raw image data of the given image object.
*
* Note that the raw data must be of the same size and colorspace
* of the image. If data is NULL the current image data will be freed.
*
* @param obj The given image object.
* @param data The raw data, or NULL.
* @ingroup Evas_Object_Image_Data
*/
EAPI void
evas_object_image_data_set(Evas_Object *obj, void *data)
{
Evas_Object_Image *o;
void *p_data;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
p_data = o->engine_data;
if (data)
{
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_data_put(obj->layer->evas->engine.data.output,
o->engine_data,
data);
else
o->engine_data = obj->layer->evas->engine.func->image_new_from_data(obj->layer->evas->engine.data.output,
o->cur.image.w,
o->cur.image.h,
data,
o->cur.has_alpha,
o->cur.cspace);
}
else
{
if (o->engine_data)
obj->layer->evas->engine.func->image_free(obj->layer->evas->engine.data.output,
o->engine_data);
o->load_error = EVAS_LOAD_ERROR_NONE;
o->cur.image.w = 0;
o->cur.image.h = 0;
o->cur.image.stride = 0;
o->engine_data = NULL;
}
/* FIXME - in engine call above
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_alpha_set(obj->layer->evas->engine.data.output,
o->engine_data,
o->cur.has_alpha);
*/
if (o->pixels_checked_out > 0) o->pixels_checked_out--;
if (p_data != o->engine_data)
{
EVAS_OBJECT_IMAGE_FREE_FILE_AND_KEY(o);
o->pixels_checked_out = 0;
}
o->changed = 1;
evas_object_change(obj);
}
/**
* Get a pointer to the raw image data of the given image object.
*
* This function returns a pointer to an image object's internal pixel buffer,
* for reading only or read/write. If you request it for writing, the image
* will be marked dirty so that it gets redrawn at the next update.
*
* This is best suited when you want to modify an existing image,
* without changing its dimensions.
*
* @param obj The given image object.
* @param for_writing Whether the data being retrieved will be modified.
* @return The raw image data.
* @ingroup Evas_Object_Image_Data
*/
EAPI void *
evas_object_image_data_get(const Evas_Object *obj, Evas_Bool for_writing)
{
Evas_Object_Image *o;
DATA32 *data;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return NULL;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return NULL;
MAGIC_CHECK_END();
if (!o->engine_data) return NULL;
data = NULL;
o->engine_data = obj->layer->evas->engine.func->image_data_get(obj->layer->evas->engine.data.output,
o->engine_data,
for_writing,
&data);
o->pixels_checked_out++;
if (for_writing)
{
EVAS_OBJECT_IMAGE_FREE_FILE_AND_KEY(o);
}
return data;
}
/**
* Preload image in the background
*
* This function request the preload of the data image in the background. The
* worked is queued before being processed.
*
* If cancel is set, it will remove the image from the workqueue.
*
* @param obj The given image object.
* @param cancel 0 means add to the workqueue, 1 remove it.
* @ingroup Evas_Object_Image_Data
*/
EAPI void
evas_object_image_preload(const Evas_Object *obj, Evas_Bool cancel)
{
Evas_Object_Image *o;
DATA32 *data;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return ;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return ;
MAGIC_CHECK_END();
if (!o->engine_data) return ;
if (cancel)
obj->layer->evas->engine.func->image_data_preload_cancel(obj->layer->evas->engine.data.output,
o->engine_data);
else
obj->layer->evas->engine.func->image_data_preload_request(obj->layer->evas->engine.data.output,
o->engine_data,
obj);
}
/**
* Replaces the raw image data of the given image object.
*
* This function lets the application replace an image object's internal pixel
* buffer with a user-allocated one. For best results, you should generally
* first call evas_object_image_size_set() with the width and height for the
* new buffer.
*
* This call is best suited for when you will be using image data with
* different dimensions than the existing image data, if any. If you only need
* to modify the existing image in some fashion, then using
* evas_object_image_data_get() is probably what you are after.
*
* Note that the caller is responsible for freeing the buffer when finished
* with it, as user-set image data will not be automatically freed when the
* image object is deleted.
*
* See @ref evas_object_image_data_get for more details.
*
* @param obj The given image object.
* @param data The raw data.
* @ingroup Evas_Object_Image_Data
*/
EAPI void
evas_object_image_data_copy_set(Evas_Object *obj, void *data)
{
Evas_Object_Image *o;
if (!data) return;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if ((o->cur.image.w <= 0) ||
(o->cur.image.h <= 0)) return;
if (o->engine_data)
obj->layer->evas->engine.func->image_free(obj->layer->evas->engine.data.output,
o->engine_data);
o->engine_data = obj->layer->evas->engine.func->image_new_from_copied_data(obj->layer->evas->engine.data.output,
o->cur.image.w,
o->cur.image.h,
data,
o->cur.has_alpha,
o->cur.cspace);
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_alpha_set(obj->layer->evas->engine.data.output,
o->engine_data,
o->cur.has_alpha);
o->pixels_checked_out = 0;
EVAS_OBJECT_IMAGE_FREE_FILE_AND_KEY(o);
}
/**
* Mark a sub-region of the given image object to be redrawn.
*
* This function schedules a particular rectangular region of an image
* object to be updated (redrawn) at the next render.
*
* @param obj The given image object.
* @param x X-offset of the region to be updated.
* @param y Y-offset of the region to be updated.
* @param w Width of the region to be updated.
* @param h Height of the region to be updated.
* @ingroup Evas_Object_Image_Data
*/
EAPI void
evas_object_image_data_update_add(Evas_Object *obj, int x, int y, int w, int h)
{
Evas_Object_Image *o;
Evas_Rectangle *r;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
RECTS_CLIP_TO_RECT(x, y, w, h, 0, 0, o->cur.image.w, o->cur.image.h);
if ((w <= 0) || (h <= 0)) return;
NEW_RECT(r, x, y, w, h);
if (r) o->pixel_updates = evas_list_append(o->pixel_updates, r);
o->changed = 1;
evas_object_change(obj);
}
/**
* @defgroup Evas_Object_Image_Alpha Image Object Image Alpha Functions
*
* Functions that change the alpha of an image object.
*/
/**
* Enable or disable alpha channel of the given image object.
*
* This function sets a flag on an image object indicating whether or not to
* use alpha channel data. A value of 1 indicates to use alpha channel data,
* and 0 indicates to ignore any alpha channel data. Note that this has
* nothing to do with an object's color as manipulated by
* evas_object_color_set().
*
* @param obj The given image object.
* @param has_alpha Whether to use alpha channel data or not.
* @ingroup Evas_Object_Image_Alpha
*/
EAPI void
evas_object_image_alpha_set(Evas_Object *obj, Evas_Bool has_alpha)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (((has_alpha) && (o->cur.has_alpha)) ||
((!has_alpha) && (!o->cur.has_alpha)))
return;
o->cur.has_alpha = has_alpha;
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_alpha_set(obj->layer->evas->engine.data.output,
o->engine_data,
o->cur.has_alpha);
evas_object_image_data_update_add(obj, 0, 0, o->cur.image.w, o->cur.image.h);
EVAS_OBJECT_IMAGE_FREE_FILE_AND_KEY(o);
}
/**
* Retrieves the alpha channel setting of the given image object.
*
* This function returns 1 if the image object's alpha channel is being used,
* or 0 otherwise.
*
* See @ref evas_object_image_alpha_set for more details.
*
* @param obj The given image object.
* @return Whether the alpha channel data is being used.
* @ingroup Evas_Object_Image_Alpha
*/
EAPI Evas_Bool
evas_object_image_alpha_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
return o->cur.has_alpha;
}
/**
* @defgroup Evas_Object_Image_Scale Image Object Image Scaling Functions
*
* Functions that change the scaling quality of an image object.
*/
/**
* Sets whether to use of high-quality image scaling algorithm
* of the given image object.
*
* When enabled, a higher quality image scaling algorithm is used when scaling
* images to sizes other than the source image. This gives better results but
* is more computationally expensive.
*
* @param obj The given image object.
* @param smooth_scale Whether to use smooth scale or not.
* @ingroup Evas_Object_Image_Scale
*/
EAPI void
evas_object_image_smooth_scale_set(Evas_Object *obj, Evas_Bool smooth_scale)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (((smooth_scale) && (o->cur.smooth_scale)) ||
((!smooth_scale) && (!o->cur.smooth_scale)))
return;
o->cur.smooth_scale = smooth_scale;
}
/**
* Retrieves whether the given image object is using use a high-quality
* image scaling algorithm.
*
* See @ref evas_object_image_smooth_scale_set for more details.
*
* @param obj The given image object.
* @return Whether smooth scale is being used.
* @ingroup Evas_Object_Image_Scale
*/
EAPI Evas_Bool
evas_object_image_smooth_scale_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
return o->cur.smooth_scale;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_reload(Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if ((!o->cur.file) ||
(o->pixels_checked_out > 0)) return;
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_dirty_region(obj->layer->evas->engine.data.output, o->engine_data, 0, 0, o->cur.image.w, o->cur.image.h);
evas_object_image_unload(obj);
evas_object_image_load(obj);
o->changed = 1;
evas_object_change(obj);
}
/**
* Save the given image object to a file.
*
* Note that you should pass the filename extension when saving.
* If the file supports multiple data stored in it as eet,
* you can specify the key to be used as the index of the
* image in this file.
*
* You can specify some flags when saving the image.
* Currently acceptable flags are quality and compress.
* Eg.: "quality=100 compress=9"
*
* @param obj The given image object.
* @param file The filename to be used to save the image.
* @param key The image key in file, or NULL.
* @param flags String containing the flags to be used.
* @ingroup Evas_Object_Image
*/
EAPI Evas_Bool
evas_object_image_save(const Evas_Object *obj, const char *file, const char *key, const char *flags)
{
Evas_Object_Image *o;
DATA32 *data = NULL;
int quality = 80, compress = 9, ok = 0;
RGBA_Image *im;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
if (!o->engine_data) return 0;
o->engine_data = obj->layer->evas->engine.func->image_data_get(obj->layer->evas->engine.data.output,
o->engine_data,
0,
&data);
if (flags)
{
char *p, *pp;
char *tflags;
tflags = alloca(strlen(flags) + 1);
strcpy(tflags, flags);
p = tflags;
while (p)
{
pp = strchr(p, ' ');
if (pp) *pp = 0;
sscanf(p, "quality=%i", &quality);
sscanf(p, "compress=%i", &compress);
if (pp) p = pp + 1;
else break;
}
}
im = (RGBA_Image*) evas_cache_image_data(evas_common_image_cache_get(),
o->cur.image.w,
o->cur.image.h,
data,
o->cur.has_alpha,
EVAS_COLORSPACE_ARGB8888);
if (im)
{
if (o->cur.cspace == EVAS_COLORSPACE_ARGB8888)
im->image.data = data;
else
im->image.data = evas_object_image_data_convert_internal(o,
data,
EVAS_COLORSPACE_ARGB8888);
if (im->image.data)
{
ok = evas_common_save_image_to_file(im, file, key, quality, compress);
if (o->cur.cspace != EVAS_COLORSPACE_ARGB8888)
free(im->image.data);
}
evas_cache_image_drop(&im->cache_entry);
}
return ok;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI Evas_Bool
evas_object_image_pixels_import(Evas_Object *obj, Evas_Pixel_Import_Source *pixels)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
if ((pixels->w != o->cur.image.w) || (pixels->h != o->cur.image.h)) return 0;
switch (pixels->format)
{
#if 0
case EVAS_PIXEL_FORMAT_ARGB32:
{
if (o->engine_data)
{
DATA32 *image_pixels = NULL;
o->engine_data =
obj->layer->evas->engine.func->image_data_get(obj->layer->evas->engine.data.output,
o->engine_data,
1,
&image_pixels);
/* FIXME: need to actualyl support this */
/* memcpy(image_pixels, pixels->rows, o->cur.image.w * o->cur.image.h * 4);*/
if (o->engine_data)
o->engine_data =
obj->layer->evas->engine.func->image_data_put(obj->layer->evas->engine.data.output,
o->engine_data,
image_pixels);
if (o->engine_data)
o->engine_data =
obj->layer->evas->engine.func->image_alpha_set(obj->layer->evas->engine.data.output,
o->engine_data,
o->cur.has_alpha);
o->changed = 1;
evas_object_change(obj);
}
}
break;
#endif
#ifdef BUILD_CONVERT_YUV
case EVAS_PIXEL_FORMAT_YUV420P_601:
{
if (o->engine_data)
{
DATA32 *image_pixels = NULL;
o->engine_data =
obj->layer->evas->engine.func->image_data_get(obj->layer->evas->engine.data.output,
o->engine_data,
1,
&image_pixels);
if (image_pixels)
evas_common_convert_yuv_420p_601_rgba((DATA8 **) pixels->rows,
(DATA8 *) image_pixels,
o->cur.image.w,
o->cur.image.h);
if (o->engine_data)
o->engine_data =
obj->layer->evas->engine.func->image_data_put(obj->layer->evas->engine.data.output,
o->engine_data,
image_pixels);
if (o->engine_data)
o->engine_data =
obj->layer->evas->engine.func->image_alpha_set(obj->layer->evas->engine.data.output,
o->engine_data,
o->cur.has_alpha);
o->changed = 1;
evas_object_change(obj);
}
}
break;
#endif
default:
return 0;
break;
}
return 1;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_pixels_get_callback_set(Evas_Object *obj, void (*func) (void *data, Evas_Object *o), void *data)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
o->func.get_pixels = func;
o->func.get_pixels_data = data;
}
/**
* Mark whether the given image object is dirty (needs to be redrawn).
*
* @param obj The given image object.
* @param dirty Whether the image is dirty.
* @ingroup Evas_Object_Image
*/
EAPI void
evas_object_image_pixels_dirty_set(Evas_Object *obj, Evas_Bool dirty)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (dirty) o->dirty_pixels = 1;
else o->dirty_pixels = 0;
o->changed = 1;
evas_object_change(obj);
}
/**
* Retrieves whether the given image object is dirty (needs to be redrawn).
*
* @param obj The given image object.
* @return Whether the image is dirty.
* @ingroup Evas_Object_Image
*/
EAPI Evas_Bool
evas_object_image_pixels_dirty_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
if (o->dirty_pixels) return 1;
return 0;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_load_dpi_set(Evas_Object *obj, double dpi)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
o->load_opts.dpi = dpi;
if (o->cur.file)
{
evas_object_image_unload(obj);
evas_object_image_load(obj);
o->changed = 1;
evas_object_change(obj);
}
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI double
evas_object_image_load_dpi_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0.0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0.0;
MAGIC_CHECK_END();
return o->load_opts.dpi;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_load_size_set(Evas_Object *obj, int w, int h)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
o->load_opts.w = w;
o->load_opts.h = h;
if (o->cur.file)
{
evas_object_image_unload(obj);
evas_object_image_load(obj);
o->changed = 1;
evas_object_change(obj);
}
}
EAPI void
evas_object_image_load_size_get(const Evas_Object *obj, int *w, int *h)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
if (w) *w = o->load_opts.w;
if (h) *h = o->load_opts.h;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_load_scale_down_set(Evas_Object *obj, int scale_down)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
o->load_opts.scale_down_by = scale_down;
if (o->cur.file)
{
evas_object_image_unload(obj);
evas_object_image_load(obj);
o->changed = 1;
evas_object_change(obj);
}
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI int
evas_object_image_load_scale_down_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return 0;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return 0;
MAGIC_CHECK_END();
return o->load_opts.scale_down_by;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_colorspace_set(Evas_Object *obj, Evas_Colorspace cspace)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
o->cur.cspace = cspace;
if (o->engine_data)
obj->layer->evas->engine.func->image_colorspace_set(obj->layer->evas->engine.data.output,
o->engine_data,
cspace);
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI Evas_Colorspace
evas_object_image_colorspace_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return EVAS_COLORSPACE_ARGB8888;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return EVAS_COLORSPACE_ARGB8888;
MAGIC_CHECK_END();
return o->cur.cspace;
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_object_image_native_surface_set(Evas_Object *obj, Evas_Native_Surface *surf)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
obj->layer->evas->engine.func->image_native_set(obj->layer->evas->engine.data.output,
o->engine_data,
surf);
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI Evas_Native_Surface *
evas_object_image_native_surface_get(const Evas_Object *obj)
{
Evas_Object_Image *o;
MAGIC_CHECK(obj, Evas_Object, MAGIC_OBJ);
return NULL;
MAGIC_CHECK_END();
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return NULL;
MAGIC_CHECK_END();
return obj->layer->evas->engine.func->image_native_get(obj->layer->evas->engine.data.output,
o->engine_data);
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_image_cache_flush(Evas *e)
{
MAGIC_CHECK(e, Evas, MAGIC_EVAS);
return;
MAGIC_CHECK_END();
e->engine.func->image_cache_flush(e->engine.data.output);
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_image_cache_reload(Evas *e)
{
Evas_Layer *layer;
MAGIC_CHECK(e, Evas, MAGIC_EVAS);
return;
MAGIC_CHECK_END();
evas_image_cache_flush(e);
EINA_INLIST_ITER_NEXT(e->layers, layer)
{
Evas_Object *obj;
EINA_INLIST_ITER_NEXT(layer->objects, obj)
{
Evas_Object_Image *o;
o = (Evas_Object_Image *)(obj->object_data);
if (o->magic == MAGIC_OBJ_IMAGE)
{
evas_object_image_unload(obj);
}
}
}
evas_image_cache_flush(e);
EINA_INLIST_ITER_NEXT(e->layers, layer)
{
Evas_Object *obj;
EINA_INLIST_ITER_NEXT(layer->objects, obj)
{
Evas_Object_Image *o;
o = (Evas_Object_Image *)(obj->object_data);
if (o->magic == MAGIC_OBJ_IMAGE)
{
evas_object_image_load(obj);
o->changed = 1;
evas_object_change(obj);
}
}
}
evas_image_cache_flush(e);
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI void
evas_image_cache_set(Evas *e, int size)
{
MAGIC_CHECK(e, Evas, MAGIC_EVAS);
return;
MAGIC_CHECK_END();
if (size < 0) size = 0;
e->engine.func->image_cache_set(e->engine.data.output, size);
}
/**
* To be documented.
*
* FIXME: To be fixed.
*
*/
EAPI int
evas_image_cache_get(const Evas *e)
{
MAGIC_CHECK(e, Evas, MAGIC_EVAS);
return 0;
MAGIC_CHECK_END();
return e->engine.func->image_cache_get(e->engine.data.output);
}
/* all nice and private */
static void
evas_object_image_unload(Evas_Object *obj)
{
Evas_Object_Image *o;
o = (Evas_Object_Image *)(obj->object_data);
if ((!o->cur.file) ||
(o->pixels_checked_out > 0)) return;
if (o->engine_data)
o->engine_data = obj->layer->evas->engine.func->image_dirty_region(obj->layer->evas->engine.data.output,
o->engine_data,
0, 0,
o->cur.image.w, o->cur.image.h);
if (o->engine_data)
obj->layer->evas->engine.func->image_free(obj->layer->evas->engine.data.output,
o->engine_data);
o->engine_data = NULL;
o->load_error = EVAS_LOAD_ERROR_NONE;
o->cur.has_alpha = 1;
o->cur.cspace = EVAS_COLORSPACE_ARGB8888;
o->cur.image.w = 0;
o->cur.image.h = 0;
o->cur.image.stride = 0;
}
static void
evas_object_image_load(Evas_Object *obj)
{
Evas_Object_Image *o;
Evas_Image_Load_Opts lo;
o = (Evas_Object_Image *)(obj->object_data);
if (o->engine_data) return;
lo.scale_down_by = o->load_opts.scale_down_by;
lo.dpi = o->load_opts.dpi;
lo.w = o->load_opts.w;
lo.h = o->load_opts.h;
o->engine_data = obj->layer->evas->engine.func->image_load(obj->layer->evas->engine.data.output,
o->cur.file,
o->cur.key,
&o->load_error,
&lo);
if (o->engine_data)
{
int w, h;
int stride;
obj->layer->evas->engine.func->image_size_get(obj->layer->evas->engine.data.output,
o->engine_data, &w, &h);
if (obj->layer->evas->engine.func->image_stride_get)
obj->layer->evas->engine.func->image_stride_get(obj->layer->evas->engine.data.output,
o->engine_data, &stride);
else
stride = w;
o->cur.has_alpha = obj->layer->evas->engine.func->image_alpha_get(obj->layer->evas->engine.data.output,
o->engine_data);
o->cur.cspace = obj->layer->evas->engine.func->image_colorspace_get(obj->layer->evas->engine.data.output,
o->engine_data);
o->cur.image.w = w;
o->cur.image.h = h;
o->cur.image.stride = stride;
}
else
{
o->load_error = EVAS_LOAD_ERROR_GENERIC;
}
}
static Evas_Coord
evas_object_image_figure_x_fill(Evas_Object *obj, Evas_Coord start, Evas_Coord size, Evas_Coord *size_ret)
{
Evas_Coord w;
w = ((size * obj->layer->evas->output.w) /
(Evas_Coord)obj->layer->evas->viewport.w);
if (size <= 0) size = 1;
if (start > 0)
{
while (start - size > 0) start -= size;
}
else if (start < 0)
{
while (start < 0) start += size;
}
start = ((start * obj->layer->evas->output.w) /
(Evas_Coord)obj->layer->evas->viewport.w);
*size_ret = w;
return start;
}
static Evas_Coord
evas_object_image_figure_y_fill(Evas_Object *obj, Evas_Coord start, Evas_Coord size, Evas_Coord *size_ret)
{
Evas_Coord h;
h = ((size * obj->layer->evas->output.h) /
(Evas_Coord)obj->layer->evas->viewport.h);
if (size <= 0) size = 1;
if (start > 0)
{
while (start - size > 0) start -= size;
}
else if (start < 0)
{
while (start < 0) start += size;
}
start = ((start * obj->layer->evas->output.h) /
(Evas_Coord)obj->layer->evas->viewport.h);
*size_ret = h;
return start;
}
static void
evas_object_image_init(Evas_Object *obj)
{
/* alloc image ob, setup methods and default values */
obj->object_data = evas_object_image_new();
/* set up default settings for this kind of object */
obj->cur.color.r = 255;
obj->cur.color.g = 255;
obj->cur.color.b = 255;
obj->cur.color.a = 255;
obj->cur.geometry.x = 0;
obj->cur.geometry.y = 0;
obj->cur.geometry.w = 0;
obj->cur.geometry.h = 0;
obj->cur.layer = 0;
obj->cur.anti_alias = 0;
obj->cur.render_op = EVAS_RENDER_BLEND;
/* set up object-specific settings */
obj->prev = obj->cur;
/* set up methods (compulsory) */
obj->func = &object_func;
obj->type = o_type;
}
static void *
evas_object_image_new(void)
{
Evas_Object_Image *o;
/* alloc obj private data */
o = calloc(1, sizeof(Evas_Object_Image));
o->magic = MAGIC_OBJ_IMAGE;
o->cur.fill.w = 1;
o->cur.fill.h = 1;
o->cur.smooth_scale = 1;
o->cur.border.fill = 1;
o->cur.cspace = EVAS_COLORSPACE_ARGB8888;
o->cur.transform.mxx = o->cur.transform.myy = o->cur.transform.mzz = 1;
o->cur.spread = EVAS_TEXTURE_REPEAT;
o->prev = o->cur;
return o;
}
static void
evas_object_image_free(Evas_Object *obj)
{
Evas_Object_Image *o;
/* frees private object data. very simple here */
o = (Evas_Object_Image *)(obj->object_data);
MAGIC_CHECK(o, Evas_Object_Image, MAGIC_OBJ_IMAGE);
return;
MAGIC_CHECK_END();
/* free obj */
if (o->cur.file) eina_stringshare_del(o->cur.file);
if (o->cur.key) eina_stringshare_del(o->cur.key);
if (o->engine_data)
obj->layer->evas->engine.func->image_free(obj->layer->evas->engine.data.output,
o->engine_data);
o->engine_data = NULL;
o->magic = 0;
while (o->pixel_updates)
{
Evas_Rectangle *r;
r = (Evas_Rectangle *)o->pixel_updates->data;
o->pixel_updates = evas_list_remove(o->pixel_updates, r);
free(r);
}
free(o);
}
static void
evas_object_image_render(Evas_Object *obj, void *output, void *context, void *surface, int x, int y)
{
Evas_Object_Image *o;
/* render object to surface with context, and offset by x,y */
o = (Evas_Object_Image *)(obj->object_data);
obj->layer->evas->engine.func->context_color_set(output,
context,
255, 255, 255, 255);
if ((obj->cur.cache.clip.r == 255) &&
(obj->cur.cache.clip.g == 255) &&
(obj->cur.cache.clip.b == 255) &&
(obj->cur.cache.clip.a == 255))
{
obj->layer->evas->engine.func->context_multiplier_unset(output,
context);
}
else
obj->layer->evas->engine.func->context_multiplier_set(output,
context,
obj->cur.cache.clip.r,
obj->cur.cache.clip.g,
obj->cur.cache.clip.b,
obj->cur.cache.clip.a);
obj->layer->evas->engine.func->context_render_op_set(output, context,
obj->cur.render_op);
if (o->engine_data)
{
Evas_Coord idw, idh, idx, idy;
int ix, iy, iw, ih;
if (o->dirty_pixels)
{
if (o->func.get_pixels)
{
o->func.get_pixels(o->func.get_pixels_data, obj);
o->engine_data = obj->layer->evas->engine.func->image_dirty_region(obj->layer->evas->engine.data.output, o->engine_data, 0, 0, o->cur.image.w, o->cur.image.h);
}
o->dirty_pixels = 0;
}
o->engine_data = obj->layer->evas->engine.func->image_border_set(output, o->engine_data,
o->cur.border.l, o->cur.border.r,
o->cur.border.t, o->cur.border.b);
idx = evas_object_image_figure_x_fill(obj, o->cur.fill.x, o->cur.fill.w, &idw);
idy = evas_object_image_figure_y_fill(obj, o->cur.fill.y, o->cur.fill.h, &idh);
if (idw < 1.0) idw = 1.0;
if (idh < 1.0) idh = 1.0;
if (idx > 0.0) idx -= idw;
if (idy > 0.0) idy -= idh;
while ((int)idx < obj->cur.geometry.w)
{
Evas_Coord ydy;
int dobreak_w = 0;
ydy = idy;
ix = idx;
if ((o->cur.fill.w == obj->cur.geometry.w) &&
(o->cur.fill.x == 0.0))
{
dobreak_w = 1;
iw = obj->cur.geometry.w;
}
else
iw = ((int)(idx + idw)) - ix;
while ((int)idy < obj->cur.geometry.h)
{
int dobreak_h = 0;
iy = idy;
if ((o->cur.fill.h == obj->cur.geometry.h) &&
(o->cur.fill.y == 0.0))
{
ih = obj->cur.geometry.h;
dobreak_h = 1;
}
else
ih = ((int)(idy + idh)) - iy;
if ((o->cur.border.l == 0) &&
(o->cur.border.r == 0) &&
(o->cur.border.t == 0) &&
(o->cur.border.b == 0) &&
(o->cur.border.fill != 0))
obj->layer->evas->engine.func->image_draw(output,
context,
surface,
o->engine_data,
0, 0,
o->cur.image.w,
o->cur.image.h,
obj->cur.geometry.x + ix + x,
obj->cur.geometry.y + iy + y,
iw, ih,
o->cur.smooth_scale);
else
{
int inx, iny, inw, inh, outx, outy, outw, outh;
int bl, br, bt, bb;
int imw, imh, ox, oy;
ox = obj->cur.geometry.x + ix + x;
oy = obj->cur.geometry.y + iy + y;
imw = o->cur.image.w;
imh = o->cur.image.h;
bl = o->cur.border.l;
br = o->cur.border.r;
bt = o->cur.border.t;
bb = o->cur.border.b;
if ((bl + br) > iw)
{
bl = iw / 2;
br = iw - bl;
}
if ((bl + br) > imw)
{
bl = imw / 2;
br = imw - bl;
}
if ((bt + bb) > ih)
{
bt = ih / 2;
bb = ih - bt;
}
if ((bt + bb) > imh)
{
bt = imh / 2;
bb = imh - bt;
}
inx = 0; iny = 0;
inw = bl; inh = bt;
outx = ox; outy = oy;
outw = bl; outh = bt;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
inx = bl; iny = 0;
inw = imw - bl - br; inh = bt;
outx = ox + bl; outy = oy;
outw = iw - bl - br; outh = bt;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
inx = imw - br; iny = 0;
inw = br; inh = bt;
outx = ox + iw - br; outy = oy;
outw = br; outh = bt;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
inx = 0; iny = bt;
inw = bl; inh = imh - bt - bb;
outx = ox; outy = oy + bt;
outw = bl; outh = ih - bt - bb;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
if (o->cur.border.fill)
{
inx = bl; iny = bt;
inw = imw - bl - br; inh = imh - bt - bb;
outx = ox + bl; outy = oy + bt;
outw = iw - bl - br; outh = ih - bt - bb;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
}
inx = imw - br; iny = bt;
inw = br; inh = imh - bt - bb;
outx = ox + iw - br; outy = oy + bt;
outw = br; outh = ih - bt - bb;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
inx = 0; iny = imh - bb;
inw = bl; inh = bb;
outx = ox; outy = oy + ih - bb;
outw = bl; outh = bb;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
inx = bl; iny = imh - bb;
inw = imw - bl - br; inh = bb;
outx = ox + bl; outy = oy + ih - bb;
outw = iw - bl - br; outh = bb;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
inx = imw - br; iny = imh - bb;
inw = br; inh = bb;
outx = ox + iw - br; outy = oy + ih - bb;
outw = br; outh = bb;
obj->layer->evas->engine.func->image_draw(output, context, surface, o->engine_data, inx, iny, inw, inh, outx, outy, outw, outh, o->cur.smooth_scale);
}
idy += idh;
if (dobreak_h) break;
}
idx += idw;
idy = ydy;
if (dobreak_w) break;
}
}
}
static void
evas_object_image_render_pre(Evas_Object *obj)
{
Evas_Rectangles rects = { 0, 0, NULL };
Evas_Object_Image *o;
int is_v, was_v;
/* dont pre-render the obj twice! */
if (obj->pre_render_done) return;
obj->pre_render_done = 1;
/* pre-render phase. this does anything an object needs to do just before */
/* rendering. this could mean loading the image data, retrieving it from */
/* elsewhere, decoding video etc. */
/* then when this is done the object needs to figure if it changed and */
/* if so what and where and add the appropriate redraw rectangles */
o = (Evas_Object_Image *)(obj->object_data);
/* if someone is clipping this obj - go calculate the clipper */
if (obj->cur.clipper)
{
if (obj->cur.cache.clip.dirty)
evas_object_clip_recalc(obj->cur.clipper);
obj->cur.clipper->func->render_pre(obj->cur.clipper);
}
/* now figure what changed and add draw rects */
/* if it just became visible or invisible */
is_v = evas_object_is_visible(obj);
was_v = evas_object_was_visible(obj);
if (is_v != was_v)
{
evas_object_render_pre_visible_change(&rects, obj, is_v, was_v);
if (!o->pixel_updates) goto done;
}
/* it's not visible - we accounted for it appearing or not so just abort */
if (!is_v) goto done;
/* clipper changed this is in addition to anything else for obj */
evas_object_render_pre_clipper_change(&rects, obj);
/* if we restacked (layer or just within a layer) and don't clip anyone */
if (obj->restack)
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
/* if it changed color */
if ((obj->cur.color.r != obj->prev.color.r) ||
(obj->cur.color.g != obj->prev.color.g) ||
(obj->cur.color.b != obj->prev.color.b) ||
(obj->cur.color.a != obj->prev.color.a))
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
/* if it changed render op */
if (obj->cur.render_op != obj->prev.render_op)
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
/* if it changed anti_alias */
if (obj->cur.anti_alias != obj->prev.anti_alias)
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
if (o->changed)
{
if (((o->cur.file) && (!o->prev.file)) ||
((!o->cur.file) && (o->prev.file)) ||
((o->cur.key) && (!o->prev.key)) ||
((!o->cur.key) && (o->prev.key))
)
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
if ((o->cur.image.w != o->prev.image.w) ||
(o->cur.image.h != o->prev.image.h) ||
(o->cur.has_alpha != o->prev.has_alpha) ||
(o->cur.cspace != o->prev.cspace) ||
(o->cur.smooth_scale != o->prev.smooth_scale))
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
if ((o->cur.border.l != o->prev.border.l) ||
(o->cur.border.r != o->prev.border.r) ||
(o->cur.border.t != o->prev.border.t) ||
(o->cur.border.b != o->prev.border.b))
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
if (o->dirty_pixels)
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
}
/* if it changed geometry - and obviously not visibility or color */
/* caluclate differences since we have a constant color fill */
/* we really only need to update the differences */
if (((obj->cur.geometry.x != obj->prev.geometry.x) ||
(obj->cur.geometry.y != obj->prev.geometry.y) ||
(obj->cur.geometry.w != obj->prev.geometry.w) ||
(obj->cur.geometry.h != obj->prev.geometry.h)) &&
(o->cur.fill.w == o->prev.fill.w) &&
(o->cur.fill.h == o->prev.fill.h) &&
((o->cur.fill.x + obj->cur.geometry.x) == (o->prev.fill.x + obj->prev.geometry.x)) &&
((o->cur.fill.y + obj->cur.geometry.y) == (o->prev.fill.y + obj->prev.geometry.y)) &&
(!o->pixel_updates)
)
{
evas_rects_return_difference_rects(&rects,
obj->cur.geometry.x,
obj->cur.geometry.y,
obj->cur.geometry.w,
obj->cur.geometry.h,
obj->prev.geometry.x,
obj->prev.geometry.y,
obj->prev.geometry.w,
obj->prev.geometry.h);
if (!o->pixel_updates) goto done;
}
if (((obj->cur.geometry.x != obj->prev.geometry.x) ||
(obj->cur.geometry.y != obj->prev.geometry.y) ||
(obj->cur.geometry.w != obj->prev.geometry.w) ||
(obj->cur.geometry.h != obj->prev.geometry.h))
)
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
if (o->changed)
{
if ((o->cur.fill.x != o->prev.fill.x) ||
(o->cur.fill.y != o->prev.fill.y) ||
(o->cur.fill.w != o->prev.fill.w) ||
(o->cur.fill.h != o->prev.fill.h))
{
evas_object_render_pre_prev_cur_add(&rects, obj);
if (!o->pixel_updates) goto done;
}
if ((o->cur.border.l == 0) &&
(o->cur.border.r == 0) &&
(o->cur.border.t == 0) &&
(o->cur.border.b == 0))
{
while (o->pixel_updates)
{
Evas_Rectangle *rr;
Evas_Coord idw, idh, idx, idy;
int x, y, w, h;
rr = o->pixel_updates->data;
o->pixel_updates = evas_list_remove(o->pixel_updates, rr);
obj->layer->evas->engine.func->image_dirty_region(obj->layer->evas->engine.data.output, o->engine_data, rr->x, rr->y, rr->w, rr->h);
idx = evas_object_image_figure_x_fill(obj, o->cur.fill.x, o->cur.fill.w, &idw);
idy = evas_object_image_figure_y_fill(obj, o->cur.fill.y, o->cur.fill.h, &idh);
if (idw < 1) idw = 1;
if (idh < 1) idh = 1;
if (idx > 0) idx -= idw;
if (idy > 0) idy -= idh;
while (idx < obj->cur.geometry.w)
{
Evas_Coord ydy;
ydy = idy;
x = idx;
w = ((int)(idx + idw)) - x;
while (idy < obj->cur.geometry.h)
{
Evas_Rectangle r;
y = idy;
h = ((int)(idy + idh)) - y;
r.x = ((rr->x - 1) * w) / o->cur.image.w;
r.y = ((rr->y - 1) * h) / o->cur.image.h;
r.w = ((rr->w + 2) * w) / o->cur.image.w;
r.h = ((rr->h + 2) * h) / o->cur.image.h;
r.x += obj->cur.geometry.x + x;
r.y += obj->cur.geometry.y + y;
evas_add_rect(&rects, r.x, r.y, r.w, r.h);
idy += h;
}
idx += idw;
idy = ydy;
}
free(rr);
}
goto done;
}
else
{
if (o->pixel_updates)
{
while (o->pixel_updates)
{
Evas_Rectangle *r;
r = (Evas_Rectangle *)o->pixel_updates->data;
o->pixel_updates = evas_list_remove(o->pixel_updates, r);
free(r);
}
obj->layer->evas->engine.func->image_dirty_region(obj->layer->evas->engine.data.output, o->engine_data, 0, 0, o->cur.image.w, o->cur.image.h);
evas_object_render_pre_prev_cur_add(&rects, obj);
goto done;
}
}
}
/* it obviously didn't change - add a NO obscure - this "unupdates" this */
/* area so if there were updates for it they get wiped. don't do it if we */
/* aren't fully opaque and we are visible */
if (evas_object_is_visible(obj) &&
evas_object_is_opaque(obj))
obj->layer->evas->engine.func->output_redraws_rect_del(obj->layer->evas->engine.data.output,
obj->cur.cache.clip.x,
obj->cur.cache.clip.y,
obj->cur.cache.clip.w,
obj->cur.cache.clip.h);
done:
evas_object_render_pre_effect_updates(&rects, obj, is_v, was_v);
}
static void
evas_object_image_render_post(Evas_Object *obj)
{
Evas_Object_Image *o;
/* this moves the current data to the previous state parts of the object */
/* in whatever way is safest for the object. also if we don't need object */
/* data anymore we can free it if the object deems this is a good idea */
o = (Evas_Object_Image *)(obj->object_data);
/* remove those pesky changes */
while (obj->clip.changes)
{
Evas_Rectangle *r;
r = (Evas_Rectangle *)obj->clip.changes->data;
obj->clip.changes = evas_list_remove(obj->clip.changes, r);
free(r);
}
while (o->pixel_updates)
{
Evas_Rectangle *r;
r = (Evas_Rectangle *)o->pixel_updates->data;
o->pixel_updates = evas_list_remove(o->pixel_updates, r);
free(r);
}
/* move cur to prev safely for object data */
obj->prev = obj->cur;
o->prev = o->cur;
o->changed = 0;
/* FIXME: copy strings across */
}
static unsigned int evas_object_image_id_get(Evas_Object *obj)
{
Evas_Object_Image *o;
o = (Evas_Object_Image *)(obj->object_data);
if (!o) return 0;
return MAGIC_OBJ_IMAGE;
}
static unsigned int evas_object_image_visual_id_get(Evas_Object *obj)
{
Evas_Object_Image *o;
o = (Evas_Object_Image *)(obj->object_data);
if (!o) return 0;
return MAGIC_OBJ_IMAGE;
}
static void *evas_object_image_engine_data_get(Evas_Object *obj)
{
Evas_Object_Image *o;
o = (Evas_Object_Image *)(obj->object_data);
if (!o) return NULL;
return o->engine_data;
}
static int
evas_object_image_is_opaque(Evas_Object *obj)
{
Evas_Object_Image *o;
/* this returns 1 if the internal object data implies that the object is */
/* currently fully opaque over the entire rectangle it occupies */
o = (Evas_Object_Image *)(obj->object_data);
if (((o->cur.border.l != 0) ||
(o->cur.border.r != 0) ||
(o->cur.border.t != 0) ||
(o->cur.border.b != 0)) &&
(!o->cur.border.fill)) return 0;
if (!o->engine_data) return 0;
if (obj->cur.render_op == EVAS_RENDER_COPY)
return 1;
if (o->cur.has_alpha) return 0;
if (obj->cur.render_op != EVAS_RENDER_BLEND)
return 0;
return 1;
}
static int
evas_object_image_was_opaque(Evas_Object *obj)
{
Evas_Object_Image *o;
/* this returns 1 if the internal object data implies that the object was */
/* previously fully opaque over the entire rectangle it occupies */
o = (Evas_Object_Image *)(obj->object_data);
if (((o->prev.border.l != 0) ||
(o->prev.border.r != 0) ||
(o->prev.border.t != 0) ||
(o->prev.border.b != 0)) &&
(!o->prev.border.fill)) return 0;
if (!o->engine_data) return 0;
if (obj->prev.render_op == EVAS_RENDER_COPY)
return 1;
if (o->prev.has_alpha) return 0;
if (obj->prev.render_op != EVAS_RENDER_BLEND)
return 0;
return 1;
}
static int
evas_object_image_is_inside(Evas_Object *obj, Evas_Coord x, Evas_Coord y)
{
Evas_Object_Image *o;
DATA32 *data;
int w, h, stride;
int a;
o = (Evas_Object_Image *)(obj->object_data);
x -= obj->cur.cache.clip.x;
y -= obj->cur.cache.clip.y;
w = o->cur.image.w;
h = o->cur.image.h;
if ((x > w) || (y > h))
return 0;
if (!o->cur.has_alpha)
return 1;
stride = o->cur.image.stride;
o->engine_data = obj->layer->evas->engine.func->image_data_get(obj->layer->evas->engine.data.output,
o->engine_data,
0,
&data);
if (!data)
return 0;
switch (o->cur.cspace)
{
case EVAS_COLORSPACE_ARGB8888:
data = ((DATA32*)(data) + ((y * stride) + x));
a = (*((DATA32*)(data)) >> 24) & 0xff;
break;
case EVAS_COLORSPACE_RGB565_A5P:
data = (void*) ((DATA16*)(data) + (h * stride));
data = (void*) ((DATA8*)(data) + ((y * stride) + x));
a = (*((DATA8*)(data))) & 0x1f;
break;
default:
return 1;
break;
}
return (a != 0);
}
static void *
evas_object_image_data_convert_internal(Evas_Object_Image *o, void *data, Evas_Colorspace to_cspace)
{
void *out = NULL;
if (!data)
return NULL;
switch (o->cur.cspace)
{
case EVAS_COLORSPACE_ARGB8888:
out = evas_common_convert_argb8888_to(data,
o->cur.image.w,
o->cur.image.h,
o->cur.image.stride,
o->cur.has_alpha,
to_cspace);
break;
case EVAS_COLORSPACE_RGB565_A5P:
out = evas_common_convert_rgb565_a5p_to(data,
o->cur.image.w,
o->cur.image.h,
o->cur.image.stride,
o->cur.has_alpha,
to_cspace);
break;
default:
break;
}
return out;
}
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