What is a 3D graph?

three -dimensional (3D) graph is an act of using a computer program to render the equation of equation in virtual 3D space, so the results can be visually analyzed. There are a number of uses for 3D graphs in science and engineering, as well as an application in general computer programming, especially in multimedia and entertainment programs. Some features and equations are simply carried in 3D to create elegant and interesting 3D patterns or shapes procedure, while others represent the data collected from a source such as meteorological information. Many computer applications are capable of a 3D graph, some of which allow the user to adapt all aspects of viewing readable graphs or color images. Functions such as Sinus, Kosinus and tan are all supported, as well as real numbers and exponents. In addition, many graphics cards use the same type of 3D coordinate system used in a scientific chart, often with the ability to easily change the system from the right hand to the left hand. It means thatE There is a very low interpretation between the equation input and the program, which eventually solves it and portrays the results.

Multimedia programs and image editors regularly use 3D graphs to apply special effects. This can be seen in a number of filters that rely on texture simulation graphs, path handling or deformation of images. It can also be used, especially with fractal equations, to create seemingly random results that can be adjusted, duplicated or otherwise manipulated in the scene. This type of 3D graph can be seen in the Special Effects professional films, which simulates the surface of the water or the large groups of objects that move the 3D scene where the movement seems natural and random, but in fact it is the result of graphic functions.

In entertainment applications such as video games, 3D graphs can be used to simulate intelligent movement using computer -controlled objects; It is also used in online multiplayer games to calculate predictive behavior for moving objects, allowing the player to see smoothly rendered sequences without required to connect the program to the server for each animation framework. This type of graph can also be used to simulate natural terrain, such as mountains, rendering and interpolation of special equations, sometimes recursively, for added details.