Schlömer, ThomasHeck, DanielDeussen, OliverCarsten Dachsbacher and William Mark and Jacopo Pantaleoni2016-02-182016-02-182011978-1-4503-0896-02079-8687https://doi.org/10.1145/2018323.2018345Efficient sampling often relies on irregular point sets that uniformly cover the sample space. We present a flexible and simple optimization strategy for such point sets. It is based on the idea of increasing the mutual distances by successively moving each point to the farthestpoint, i.e., the location that has the maximum distance from the rest of the point set. We present two iterative algorithms based on this strategy. The first is our main algorithm which distributes points in the plane. Our experimental results show that the resulting distributions have almost optimal blue noise properties and are highly suitable for image plane sampling. The second is a variant of the main algorithm that partitions any point set into equally sizedsubsets, each with large mutual distances; the resulting partitionings yield improved results in more general integration problems such as those occurring in physically based renderingI.3.3 [Computer Graphics]Picture/ImageGeneration AntialiasingI.4.1 [Image Processing and ComputerVision]Digitization and Image Capture Samplingsamplinganti-aliasingblue noisePoissondiskmaximized minimum distanceDelaunay triangulationsnumericall integrationtrajectory splitting10.1145/2018323.2018345135-142