Introduction

MATLAB is a platform for scientific computing that can work in almost all areas of the experimental sciences and engineering. This software allows you to work in the field of graphics, featuring some pretty extensive capabilities. The commands and functions that are implemented in MATLAB and other toolkits working with MATLAB are  robust, accurate and very efficient.

MATLAB Graphical Programming is a reference for many MATLAB functions for working with two-dimensional and three-dimensional graphics, statistical graphs, curves and surfaces in explicit, implicit, parametric and polar coordinates. A wide array of short examples and exercises implement  twisted curves, surfaces, meshes, contours, contours, volumes and graphical interpolation showing both the script and the result.

The book begins by treating two-dimensional graphics and statistical graphics. Then it delves into the graphic representations of curves in explicit coordinates, parametric curves and curves in polar coordinates. The next block of content is devoted to the log charts and bar charts, pies and histograms. Then we move into three-dimensional graphics, starting with warped curves, contours and surfaces charts, grids and contours. It then analyzes graphs of surfaces in explicit coordinates and parametric coordinates. It also devotes a portion of the content to display volumes, specialized graphics and special graphics commands in the MATLAB environment. Finally graphics for interpolation and polynomial fit are developed and special graphics commands are presented. If you are new to MATLAB or need a basic reference to MATLAB functions that are used in the book, then you may want to read the appendix to get up to speed fast. It can also be used as a reference to more general MATLAB functions for quick look up.