MATLAB Graphical Programming : Practical Hands-on MATLAB Solutions

MATLAB enables you to work with its graphics capabilities in almost all areas of the experimental sciences and engineering. The commands that MATLAB implements in job related graphics are quite useful and are very efficient. MATLAB has functions for working with two-dimensional and three-dimensional graphics, statistical graphs, curves and surfaces in explicit, implicit, parametric and polar coordinates. It also works perfectly with twisted curves, surfaces, volumes and graphical interpolation. MATLAB Graphical Programming addresses all these issues by developing the following topics:This book is a reference designed to give you a simple syntax example of the commands and to graph it so that you can see the result for: Two dimensional graphics Statistical graphics Curves in explicit coordinates Curves in parametric coordinates Curves in polar coordinates Logarithmic and semi-logarithmic plots Bar graphs and histograms sectors Three-dimensional graphics Twisted curves and surfaces Graphs of surfaces, meshes and contours Graphs of surfaces in explicit coordinates parametric surfaces Viewing volumes and specialized graphics Special commands for graphics What you’ll learn You will learn to: Program MATLAB to take advantage of its graphics functionality Create two and three dimensional graphics in MATLAB Create volumetric and other specialized graphics Who this book is for This book is for those who deal in graphics at many levels wanting to graph and analyze the functions/problems graphically. Table of Contents 1. Introducing MATLAB for Graphical Programming 2. Two-Dimensional Graphics with MATLAB 3. Three-Dimensional Graphics with MATLAB 4. Displaying Volumes and Specialized Graphics with MATLAB 5. MATLAB Special Graphics Commands 6. Polynomials and Graphics Interpolation with MATLAB 7. Appendix A: Graphics Programming with MATLAB - Variables, Numbers, Operators and Functions MATLAB enables you to work with its graphics capabilities in almost all areas of the experimental sciences and engineering. The commands that MATLAB implements in job related graphics are quite useful and are very efficient. MATLAB has functions for working with two-dimensional and three-dimensional graphics, statistical graphs, curves and surfaces in explicit, implicit, parametric and polar coordinates. It also works perfectly with twisted curves, surfaces, volumes and graphical interpolation. __MATLAB Graphical Programming__ addresses all these issues by developing the following topics:This book is a reference designed to give you a simple syntax example of the commands and to graph it so that you can see the result for: * Two dimensional graphics * Statistical graphics * Curves in explicit coordinates * Curves in parametric coordinates * Curves in polar coordinates * Logarithmic and semi-logarithmic plots * Bar graphs and histograms sectors * Three-dimensional graphics * Twisted curves and surfaces * Graphs of surfaces, meshes and contours * Graphs of surfaces in explicit coordinates * parametric surfaces * Viewing volumes and specialized graphics * Special commands for graphics ## What you’ll learn * Program MATLAB to take advantage of its graphics functionality * Create two and three dimensional graphics in MATLAB * Create volumetric and other specialized graphics ## Who this book is for 5.1 Two Dimensional Graphics: FPLOT and EZPLOT5.2 Three-Dimensional Graphics with EZ Command; 5.3 Steps to Graphing Data; 5.4 Steps to Perform 3 -D Graphics; Chapter 6: Polynomials and Graphics Interpolation; 6.1 Polynomial Expressions; 6.2 Interpolation and Polynomial Fit; Chapter 7:Numbers, Variables, Operators and Functions Used in Graphics Programming; A.1 Variables; A.2 Numbers; A.3 Integer Numbers; A.4 Functions with Integer Numbers and Divisibility; A.5 Numbering Systems; A.6 Real Numbers; A.7 Functions with Real Arguments; A.8 Random Numbers; A.9 Complex Numbers Chapter 2: Two-Dimensional Graphics. Statistics Graphics and Curves in Explicit, Parametric and Polar Coordinates2.1 Two-Dimensional Graphics (2-D); 2.2 Titles, Tags, Meshes and Texts; 2.3 Manipulating Graphics; 2.4 Logarithmic Graphics; 2.5 Polygons; 2.6 Graphics Functions in Parametric Coordinates 2-D; 2.7 Graphics Functions in Polar Coordinates; 2.8 Bars and Sectors Graphics. Histograms; 2.9 Statistical Errors and Arrow Graphics; Chapter 3: Three-Dimensional Graphics, Warped Curves and Surfaces, Contour Graphics; 3.1 Three-Dimensional Graphics (3-D), Warped Curves 3.2 Polygons in Three Dimensions3.3 Graphics in Parametric 3-D Coordinates; 3.4 Surfaces, Meshes and Contours; 3.5 Surfaces in Explicit Coordinates; 3.6 Mesh Graphics; 3.7 Contour Graphics; 3.8 Manipulating Three-Dimensional Graphics; 3.9 Parametric Surfaces; 3.10 Special Geometric Forms; 3.11 Other Graphics Handling Options; Chapter 4: Display Volumes and Specialized Graphics; 4.1 Volumes Visualization; 4.2 Specialized Graphics; 4.3 Special 3D Geometric Shapes; 4.4 Print, Export and Other Tasks with Graphics; Chapter 5: Graphics Special Commands A.10 Functions with Complex ArgumentsA. 11 Operators; A.11.1 Arithmetic Operators; A.11.2 Relational Operators; A.11.3 Logical Operators; A.12.4 Logical Functions; A.12 Vector Variables; A.13 Matrix Variables; A.14 Elementary Functions that Support Complex Vectors; A.15 Elementary Functions that Support Complex Arrays; A.16 Exercises; Contents; About the Author; About the Technical Reviewer MATLAB Graphical Programming is a reference work designed to take you through implementing two and three dimensional graphics using MATLAB's graphics functions' capabilities, using syntax examples and graphs César Pérez López. Place Of Publication Taken From Publisher's Website.