What is the list of views?

A list of computer graphics is a sequence of commands that gives instructions on how to draw an object to the screen or other output device. The purpose of using the display list is to increase the speed and efficiency of the scenes that are rendered, as well as to facilitate reading the source code programming. Several types of software and hardware use a list of views to display objects, including software to edit vector graphics, some game console systems and some computer graphics libraries. One Aspect of Using and Display List That Can Make It Unfeasible for Certain Applications is Fact That, Once Instructions Are Added to A List, They Cannot Be Modified, Meaning the Object of Commands Reprents IMPORTANT USE FOR A DISPLAY List is to Prevent the Graphics Processing Unit (GPU) Within and Computer from Having to Perform the Same Sequence of Calculations Each and Every Time and Scene is attracted to outputMU By adding graphics commands to the list, and then instructing the software that uses the list to build commands, all calculations are performed and stored in memory. This means that most calculations have already been made every time the object is drawn. If the object must be drawn several times within a single scene, it can be done much faster using a single display list.

There are several functions that can be displayed as the list is loaded once all commands are loaded. For an object that uses an image as a texture, the original color depth and other image properties can be converted to the desired format for the use of resolution and graphics card. Surface materials, especially if they are layered, can be calculated in advance, which will save a considerable amount of time during the final rendering. In addition to other calculations performed before rendering, compiled information about the list may be savedENY in the graphics card memory instead of a separate computer memory or virtual memory. Having the information needed for the GPU stored in the same physical hardware card can increase the rendering speed as it will be able to travel much faster to the processor.

The compromise for using the display list is that the calculations need to be stored somewhere. This means that creating many lists could potentially use a much larger amount of computer memory than needed. This may be due to the number of polygons required by an object or image size to be placed in the texture memory. For complex scenes, the size of the lists could exceed the amount of memory available and influence the performance of the graphics card.