By Stormy Attaway
MatLab, 3rd Edition is the one publication that provides a whole creation to programming in MATLAB mixed with an evidence of the software’s robust features, allowing engineers to completely make the most its wide functions in fixing engineering difficulties. The publication offers a scientific, step by step process, construction on thoughts through the textual content, facilitating more uncomplicated studying. Sections on universal pitfalls and programming guidance direct scholars in the direction of most sensible practice.
The ebook is geared up into 14 chapters, beginning with programming strategies resembling variables, assignments, input/output, and choice statements; strikes onto loops; after which solves difficulties utilizing either the ‘programming proposal’ and the ‘power of MATLAB’ side-by-side. In-depth insurance is given to input/output, an issue that's basic to many engineering functions. Vectorized Code has been made into its personal bankruptcy, so that it will emphasize the significance of utilizing MATLAB successfully. There also are increased examples on low-level dossier enter features, Graphical person Interfaces, and use of MATLAB model R2012b; changed and new end-of-chapter workouts; enhanced labeling of plots; and stronger criteria for variable names and documentation.
This ebook might be a worthy source for engineers studying to software and version in MATLAB, in addition to for undergraduates in engineering and technological know-how taking a path that makes use of (or recommends) MATLAB.
- Presents programming strategies and MATLAB integrated capabilities side-by-side
- Systematic, step by step technique, development on strategies through the e-book, facilitating more uncomplicated learning
- Sections on universal pitfalls and programming directions direct scholars in the direction of top practice
Read or Download Matlab. A Practical Introduction to Programming and Problem Solving PDF
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Additional resources for Matlab. A Practical Introduction to Programming and Problem Solving
Example text
34. 30)1/3). Compute this. CHAPTER 2 Vectors and Matrices KEY TERMS CONTENTS vectors matrices row vector transpose subscripted indexing unwinding a matrix array operations array multiplication array division column vector scalar elements array array operations linear indexing column major order columnwise vector of variables empty vector matrix multiplication inner dimensions outer dimensions dot product or inner product colon operator iterate step value concatenating deleting elements three-dimensional matrices cumulative sum cumulative product cross product or outer product logical vector logical indexing index subscript index vector running sum nesting calls scalar multiplication zero crossings MATLABÒ is short for matrix laboratory.
Mat = [2:4; 3:5]; >> mat(1,2) = 11 mat = 2 11 4 3 4 5 An entire row or column could also be changed. For example, the following replaces the entire second row with values from a vector obtained using the colon operator. >> mat(2,:) = 5:7 mat = 2 11 4 5 6 7 Notice that as the entire row is being modified, a row vector with the correct length must be assigned. Any subset of a matrix can be modified as long as what is being assigned has the same number of rows and columns as the subset being modified.
Sometimes this is necessary, although, generally, it is not a good idea if it can be avoided because it can be quite time consuming. Empty vectors can also be used to delete elements from vectors. For example, to remove the third element from a vector, the empty vector is assigned to it: >> vec = 4:8 vec = 4 5 >> vec(3) = [] vec = 4 5 6 7 7 8 8 The elements in this vector are now numbered 1 through 4. Subsets of a vector could also be removed. For example: >> vec = 3:10 vec = 3 4 5 >> vec(2:4) = [] vec = 3 7 8 6 7 9 10 8 9 10 Individual elements cannot be removed from matrices, as matrices always have to have the same number of elements in every row.