Region

Undocumented in source.

Constructors

this this(cairo_region_t* ptr): Create a Region from a existing cairo_region_t*. Context is a garbage collected class. It will call cairo_region_destroy when it gets collected by the GC or when dispose() is called.
this this(Rectangle!int rect)
this this(Rectangle!int[] rects)

A destructor is present on this object, but not explicitly documented in the source.

this(this) this(this): Constructor that tracks the reference count appropriately. If !refCountedIsInitialized, does nothing.

checkError void checkError(): Method for use in subclasses. Calls cairo_region_status(nativePointer) and throws an exception if the status isn't CAIRO_STATUS_SUCCESS
containsPoint bool containsPoint(Point!int point)
containsRectangle RegionOverlap containsRectangle(Rectangle!int rect)
copy Region copy()
dispose void dispose(): Explicitly drecrease the reference count.
getExtents Rectangle!int getExtents()
getRectangle Rectangle!int getRectangle(int index)
getRectangles auto getRectangles()
intersect void intersect(Region other)
intersect void intersect(Rectangle!int other)
isEmpty bool isEmpty()
numRectangles int numRectangles()
opAssign void opAssign(Region rhs): Assignment operator
opEquals bool opEquals(const(Region) other)
subtract void subtract(Region other)
subtract void subtract(Rectangle!int other)
translate void translate(int dx, int dy)
unionWith void unionWith(Region other)
unionWith void unionWith(Rectangle!int other)
xor void xor(Region other)
xor void xor(Rectangle!int other)

debugging bool debugging;: Enable / disable memory management debugging for this Context instance. Only available if both cairoD and the cairoD user code were compiled with "debug=RefCounted"
nativePointer cairo_region_t* nativePointer;: The underlying cairo_t* handle