int s_image_get_buf (s_surface_t *surface, s_image_t *img)
{
s_surface_t *s;
if (img->buf != NULL) {
s_image_free_buf(img);
}
img->buf = (char *) s_malloc(img->w * img->h * surface->bytesperpixel + 1);
s_surface_create_from_data(&s, img->w, img->h, surface->bitsperpixel, img->buf, 0);
s_putboxrgb(s, 0, 0, img->w, img->h, img->rgba);
s_surface_destroy(s);
return 0;
}
void w_frame_draw_image (w_object_t *object, w_frame_image_t *fimg)
{
int i;
int j;
switch (fimg->names->nb_elt) {
case 1:
{
char *name;
s_image_t *img;
name = (char *) s_list_get(fimg->names, 0);
#if defined(WIDGET_OPTIMIZE_MEMORY) && WIDGET_OPTIMIZE_MEMORY >= 1
s_image_init(&img);
s_image_img(name, img);
#else
img = w_window_image_get(object->window, name);
#endif
s_image_get_mat(img);
if (fimg->rotation == FRAME_IMAGE_SOLID) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, 0, img->w, img->h, img->w, img->h, img->mat, 0, 0);
s_putboxrgb(object->surface, 0, 0, img->w, img->h, img->rgba);
} else if (fimg->rotation == FRAME_IMAGE_VERTICAL) {
for (i = 0; i < object->surface->height; i++) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, i, img->w, img->h, img->w, img->h, img->mat, 0, 0);
s_putboxrgb(object->surface, 0, i, img->w, img->h, img->rgba);
}
}
s_image_free_mat(img);
#if defined(WIDGET_OPTIMIZE_MEMORY) && WIDGET_OPTIMIZE_MEMORY >= 1
s_image_uninit(img);
#endif
break;
}
case 9:
{
char *name[9];
s_image_t *imgs[9];
name[0] = (char *) s_list_get(fimg->names, 0);
name[1] = (char *) s_list_get(fimg->names, 1);
name[2] = (char *) s_list_get(fimg->names, 2);
name[3] = (char *) s_list_get(fimg->names, 3);
name[4] = (char *) s_list_get(fimg->names, 4);
name[5] = (char *) s_list_get(fimg->names, 5);
name[6] = (char *) s_list_get(fimg->names, 6);
name[7] = (char *) s_list_get(fimg->names, 7);
name[8] = (char *) s_list_get(fimg->names, 8);
#if defined(WIDGET_OPTIMIZE_MEMORY) && WIDGET_OPTIMIZE_MEMORY >= 1
s_image_init(&imgs[0]);
s_image_img(name[0], imgs[0]);
s_image_init(&imgs[1]);
s_image_img(name[1], imgs[1]);
s_image_init(&imgs[2]);
s_image_img(name[2], imgs[2]);
s_image_init(&imgs[3]);
s_image_img(name[3], imgs[3]);
s_image_init(&imgs[4]);
s_image_img(name[4], imgs[4]);
s_image_init(&imgs[5]);
s_image_img(name[5], imgs[5]);
s_image_init(&imgs[6]);
s_image_img(name[6], imgs[6]);
s_image_init(&imgs[7]);
s_image_img(name[7], imgs[7]);
s_image_init(&imgs[8]);
s_image_img(name[8], imgs[8]);
#else
imgs[0] = w_window_image_get(object->window, name[0]);
imgs[1] = w_window_image_get(object->window, name[1]);
imgs[2] = w_window_image_get(object->window, name[2]);
imgs[3] = w_window_image_get(object->window, name[3]);
imgs[4] = w_window_image_get(object->window, name[4]);
imgs[5] = w_window_image_get(object->window, name[5]);
imgs[6] = w_window_image_get(object->window, name[6]);
imgs[7] = w_window_image_get(object->window, name[7]);
imgs[8] = w_window_image_get(object->window, name[8]);
#endif
s_image_get_mat(imgs[0]);
s_image_get_mat(imgs[1]);
s_image_get_mat(imgs[2]);
s_image_get_mat(imgs[3]);
s_image_get_mat(imgs[4]);
s_image_get_mat(imgs[5]);
s_image_get_mat(imgs[6]);
s_image_get_mat(imgs[7]);
s_image_get_mat(imgs[8]);
/* 0 1 2
* 3 4 5
* 6 7 8
*/
for (j = 0; j < object->surface->height; j+= imgs[4]->h) {
for (i = 0; i < object->surface->width; i+= imgs[4]->w) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
i, j, imgs[4]->w, imgs[4]->h, imgs[4]->w, imgs[4]->h, imgs[4]->mat, 0, 0);
s_putboxrgb(object->surface, i, j, imgs[4]->w, imgs[4]->h, imgs[4]->rgba);
}
}
for (i = 0; i < object->surface->width; i += imgs[1]->w) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
i, 0, imgs[1]->w, imgs[1]->h, imgs[1]->w, imgs[1]->h, imgs[1]->mat, 0, 0);
s_putboxrgb(object->surface, i, 0, imgs[1]->w, imgs[1]->h, imgs[1]->rgba);
}
for (i = 0; i < object->surface->width; i += imgs[7]->w) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
i, object->surface->height - imgs[7]->h, imgs[7]->w, imgs[7]->h, imgs[7]->w, imgs[7]->h, imgs[7]->mat, 0, 0);
s_putboxrgb(object->surface, i, object->surface->height - imgs[7]->h, imgs[7]->w, imgs[7]->h, imgs[7]->rgba);
}
for (i = 0; i < object->surface->height; i += imgs[3]->h) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, i, imgs[3]->w, imgs[3]->h, imgs[3]->w, imgs[3]->h, imgs[3]->mat, 0, 0);
s_putboxrgb(object->surface, 0, i, imgs[3]->w, imgs[3]->h, imgs[3]->rgba);
}
for (i = 0; i < object->surface->height; i += imgs[5]->h) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
object->surface->width - imgs[5]->w, i, imgs[5]->w, imgs[5]->h, imgs[5]->w, imgs[5]->h, imgs[5]->mat, 0, 0);
s_putboxrgb(object->surface, object->surface->width - imgs[5]->w, i, imgs[5]->w, imgs[5]->h, imgs[5]->rgba);
}
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, 0, imgs[0]->w, imgs[0]->h, imgs[0]->w, imgs[0]->h, imgs[0]->mat, 0, 0);
s_putboxrgb(object->surface, 0, 0, imgs[0]->w, imgs[0]->h, imgs[0]->rgba);
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
object->surface->width - imgs[2]->w, 0, imgs[2]->w, imgs[2]->h, imgs[2]->w, imgs[2]->h, imgs[2]->mat, 0, 0);
s_putboxrgb(object->surface, object->surface->width - imgs[2]->w, 0, imgs[2]->w, imgs[2]->h, imgs[2]->rgba);
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, object->surface->height - imgs[6]->h, imgs[6]->w, imgs[6]->h, imgs[6]->w, imgs[6]->h, imgs[6]->mat, 0, 0);
s_putboxrgb(object->surface, 0, object->surface->height - imgs[6]->h, imgs[6]->w, imgs[6]->h, imgs[6]->rgba);
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
object->surface->width - imgs[8]->w, object->surface->height - imgs[8]->h, imgs[8]->w, imgs[8]->h, imgs[8]->w, imgs[8]->h, imgs[8]->mat, 0, 0);
s_putboxrgb(object->surface, object->surface->width - imgs[8]->w, object->surface->height - imgs[8]->h, imgs[8]->w, imgs[8]->h, imgs[8]->rgba);
s_image_free_mat(imgs[0]);
s_image_free_mat(imgs[1]);
s_image_free_mat(imgs[2]);
s_image_free_mat(imgs[3]);
s_image_free_mat(imgs[4]);
s_image_free_mat(imgs[5]);
s_image_free_mat(imgs[6]);
s_image_free_mat(imgs[7]);
s_image_free_mat(imgs[8]);
#if defined(WIDGET_OPTIMIZE_MEMORY) && WIDGET_OPTIMIZE_MEMORY >= 1
s_image_uninit(imgs[0]);
s_image_uninit(imgs[1]);
s_image_uninit(imgs[2]);
s_image_uninit(imgs[3]);
s_image_uninit(imgs[4]);
s_image_uninit(imgs[5]);
s_image_uninit(imgs[6]);
s_image_uninit(imgs[7]);
s_image_uninit(imgs[8]);
#endif
break;
}
case 3:
{
char *name[3];
s_image_t *imgs[3];
name[0] = (char *) s_list_get(fimg->names, 0);
name[1] = (char *) s_list_get(fimg->names, 1);
name[2] = (char *) s_list_get(fimg->names, 2);
#if defined(WIDGET_OPTIMIZE_MEMORY) && WIDGET_OPTIMIZE_MEMORY >= 1
s_image_init(&imgs[0]);
s_image_img(name[0], imgs[0]);
s_image_init(&imgs[1]);
s_image_img(name[1], imgs[1]);
s_image_init(&imgs[2]);
s_image_img(name[2], imgs[2]);
#else
imgs[0] = w_window_image_get(object->window, name[0]);
imgs[1] = w_window_image_get(object->window, name[1]);
imgs[2] = w_window_image_get(object->window, name[2]);
#endif
s_image_get_mat(imgs[0]);
s_image_get_mat(imgs[1]);
s_image_get_mat(imgs[2]);
if (fimg->rotation == FRAME_IMAGE_VERTICAL) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, 0, imgs[0]->w, imgs[0]->h, imgs[0]->w, imgs[0]->h, imgs[0]->mat, 0, 0);
s_putboxrgb(object->surface, 0, 0, imgs[0]->w, imgs[0]->h, imgs[0]->rgba);
for (i = imgs[0]->h; i < object->surface->height - imgs[2]->h; i++) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, i, imgs[1]->w, imgs[1]->h, imgs[1]->w, imgs[1]->h, imgs[1]->mat, 0, 0);
s_putboxrgb(object->surface, 0, i, imgs[1]->w, imgs[1]->h, imgs[1]->rgba);
}
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, object->surface->height - imgs[2]->h, imgs[2]->w, imgs[2]->h, imgs[2]->w, imgs[2]->h,
imgs[2]->mat, 0, 0);
s_putboxrgb(object->surface, 0, object->surface->height - imgs[2]->h, imgs[2]->w, imgs[2]->h, imgs[2]->rgba);
} else if (fimg->rotation == FRAME_IMAGE_HORIZONTAL) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
0, 0, imgs[0]->w, imgs[0]->h, imgs[0]->w, imgs[0]->h, imgs[0]->mat, 0, 0);
s_putboxrgb(object->surface, 0, 0, imgs[0]->w, imgs[0]->h, imgs[0]->rgba);
for (i = imgs[0]->w; i < object->surface->width - imgs[2]->w; i++) {
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
i, 0, imgs[1]->w, imgs[1]->h, imgs[1]->w, imgs[1]->h, imgs[1]->mat, 0, 0);
s_putboxrgb(object->surface, i, 0, imgs[1]->w, imgs[1]->h, imgs[1]->rgba);
}
s_putmaskpart(object->surface->matrix, object->surface->width, object->surface->height,
object->surface->width - imgs[2]->w, 0, imgs[2]->w, imgs[2]->h, imgs[2]->w, imgs[2]->h,
imgs[2]->mat, 0, 0);
s_putboxrgb(object->surface, object->surface->width - imgs[2]->w, 0, imgs[2]->w, imgs[2]->h, imgs[2]->rgba);
}
s_image_free_mat(imgs[0]);
s_image_free_mat(imgs[1]);
s_image_free_mat(imgs[2]);
#if defined(WIDGET_OPTIMIZE_MEMORY) && WIDGET_OPTIMIZE_MEMORY >= 1
s_image_uninit(imgs[0]);
s_image_uninit(imgs[1]);
s_image_uninit(imgs[2]);
#endif
break;
}
}
}
