TL;DR: All of the information necessary to perform the polygon set operations (union, intersection, and difference) and therefore polygon clipping can be generated by a single application of a process control system.

TL;DR: In many three-dimensional imaging applications the three- dimensional scene is represented by aThree-dimensional array of volume elements, or voxels for short, and a subset Q of the voxELs is specified.

TL;DR: A method for generating arbitrary terrain models, including trees, bushes, mountains, and buildings, is described, which are used to combine fundamental data elements in the creation of procedure models.

TL;DR: Filling regions in raster images is the term given to the problem of extracting a connected region (that contains some preselected seed pixel) and filling it with some color.

TL;DR: A frame buffer architecture is presented that reduces the overhead of frame buffer updating by three means: the bit-map memory is (x,y) addressable, whereby a string of pixels can be accesse...

TL;DR: A color interactive display system which produces images of three-dimensional polygons and labels on a frame buffer display device is developed as mentioned in this paper, where the entire image is scan converted and written.

TL;DR: It is important to improve the aesthetics and effectiveness of information graphics through greater awareness of graphic design as a visual communication discipline.

TL;DR: In this article, a frame store display station capable of generating real time animation effects using filled polygonal shapes is described, which consists of a host microcomputer, a high performance frame sto...

TL;DR: The visual quality of raster images makes them attractive for applications such as business graphics and document illustration, and interactive systems to serve these applications are most fully served using interactive systems.

TL;DR: A new and powerful solutio is developed to represent natural irregular objects and phenomena without undue time or space overhead in realistic pictures by computers.

TL;DR: A system for preparation and manipulation of color graphics video frames is described and the system commands are designed for use by a class instructor (who is not a computer science person) in preparing and manipulating video frames.

TL;DR: Raster scanned graphics terminals as mentioned in this paper provide several features not found in standard line drawing displays, such as area fill and an extensive color palette, and hardware support for such functions is available.

TL;DR: In this paper, the user's view of CAD/CAM systems is described. And the experience gained in over 50 man-years of day-to-day use of CAD and CAM systems are shared.