Java lwjgl curve path
The specified rectangluar area false otherwise. Parameters: pi - the specified PathIterator x - the specified X coordinate y - the specified Y coordinate w - the width of the specified rectangular area h - the height of the specified rectangular area Returns: true if the specified PathIterator contains Rule and are thus beyond the scope of this implementation. Involving all of the segments of the path and the winding
The interior of the path would require extensive calculations To determine whether segments represent true boundaries of Other out without any exterior area falling between them. Winding rule or if the segments are retraced in the reverseĭirection such that the two sets of segments cancel each Path if they are part of a path with a WIND_NON_ZERO Such segments could lie entirely within the interior of the Segment of the path, but that segment does not represent aīoundary between the interior and exterior of the path. This method object may conservatively return false inĬases where the specified rectangular area intersects a ntains(double, double, double, double) method. The Shape interface to implement support for the This method provides a basic facility for implementors of Tests if the specified rectangular area is entirely inside theĬlosed boundary of the specified PathIterator.
Returned Rectangle might also fail to completely Lies entirely within the indicated Rectangle. Returned Rectangle is the smallest bounding box that Returns an integer Rectangle that completely encloses the
#JAVA LWJGL CURVE PATH HOW TO#
That control how to determine which regions are inside or outside Of the types of segments that make up a path and the winding rules The PathIterator interface has more detailed descriptions Of enclosed regions of 2D geometric space. Two useful views of a geometric shape where Path2Dĭeals primarily with a trajectory formed by path segmentsĪnd Area deals more with interpretation and manipulation Interface, they differ in purpose and together they provide While both classes nominally implement the Shape Geometric shapes beyond simple hit testing then theĪrea class provides additional capabilities If it is useful to manipulate the interiors of closed Implementation of the above interfaces with little added Path2D provides exactly those facilities required forīasic construction and management of a geometric path and Use Path2D.Doubleįor data that requires the accuracy or range of double precision.
Use Path2D.Float when dealing with data that can be representedĪnd used with floating point precision. Types and winding rules and it implements all of theīasic hit testing methods of the Shape interface. PathIterator interface including all of its segment It can fully represent any path which can be iterated by the Shape which represents an arbitrary geometric path. The Path2D class provides a simple, yet flexible