X coordinate of the top-left corner Y coordinate of the top-left corner Width of the rectangle Height of the rectangle Creates a new rectangle X coordinate of the top left corner Y coordinate of the top left corner Width of the rectangle Height of the rectangle The area of the rectangle A rectangle Whether the rectangle contains the point A rectangle X coordinate of the point Y coordinate of the point Whether the rectangle contains the point A rectangle X coordinate of the point Y coordinate of the point Whether the outer rectangle contains the inner one The outer rectangle The inner rectangle Whether the inner rectangle could fit inside the outer one The outer rectangle The inner rectangle Compares the two rectangles Whether the two rectangles are equal The first rectangle The second rectangle Similar to [method@Rectangle.overlap] but ignores the vertical location. Whether the two rectangles overlap horizontally The first rectangle The second rectangle Find the intersection between the two rectangles TRUE is some intersection exists and is not degenerate, FALSE otherwise. a #MtkRectangle another #MtkRectangle an empty #MtkRectangle, to be filled with the coordinates of the intersection. Similar to [method@Rectangle.intersect] but doesn't provide the location of the intersection. Whether the two rectangles overlap The first rectangle The second rectangle Return a graphene_rect_t created from `rect` A rectangle This function transforms the values in @rect in order to compensate for @transform applied to a #MetaMonitor, making them match the viewport. Note that compensating implies that for a clockwise rotation of the #MetaMonitor an anti-clockwise rotation has to be applied to @rect. the #MtkRectangle to be transformed the #MtkMonitorTransform the width of the target space the height of the target space the transformed #MtkRectangle Computes the union of the two rectangles a #MtkRectangle another #MtkRectangle an empty #MtkRectangle, to be filled with the coordinates of the bounding box. Similar to [method@Rectangle.overlap] but ignores the horizontal location. Whether the two rectangles overlap vertically The first rectangle The second rectangle A rectangle The rounding strategy an empty #MtkRectangle, to be filled with the coordinates of `rect`. A copy of the passed region The region to copy Increases the reference count The region A region MtkRegion is a yx banded region; sometimes its useful to iterate through such a region treating the start and end of each horizontal band in a distinct fashion. Usage: ```c MtkRegionIterator iter; for (mtk_region_iterator_init (&iter, region); !mtk_region_iterator_at_end (&iter); mtk_region_iterator_next (&iter)) { [ Use iter.rectangle, iter.line_start, iter.line_end ] } ``` region being iterated current rectangle whether the current rectangle starts a horizontal band whether the current rectangle ends a horizontal band A rectangle The rounding strategy an empty #MtkRectangle, to be filled with the coordinates of `rect`.