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Labels and Prompts:
The script loads all the numbers from file into a row vector. It then splits the vector; it stores the initial element that is the experiment number in a variable exper_no, rest of the vector in a variable data (the rest being from the next element to the end). It then plots the data, by using sprintf to generate the title which includes the experiment number as shown in the figure.
The other way of completing this (in script or function) would be as shown:
fprintf('%s, Enter your id #: ',username);
id_no = input('');
Note that the calls to the sprintf and fprintf functions are similar except that the fprintf prints (therefore there is no requirement for a prompt in the input function) while the sprintf generates a string which can then be exhibited by the input function. In this situation by using sprintf it seems clearer than using the fprintf and then having an empty string for the prompt in input.
Error-checking for integers: illustrations of running this script as shown below: >> readoneint Enter an integer: 9.5 Invalid! Enter an integer: 3.6 Invalid
Print an imaginary number: To print an imaginary number, the function disp will show both parts automatically: >> disp(z1) 4.0000 + 2.0000i The function fprint
Illustration of Labels and prompts: The program below prompts the user for endpoints (x1, y1) and (x2, y2) of a line segment, and computes the midpoint of the line segment, th
Fliplr function: The fliplr function "flips" the matrix from left to right (in another words the left-most column, the first column, become the last column and so on), and the
User input in the while loop: Here is an illustration of running this script: >> readonenum Enter a positive number: -5 Invalid! Enter a positive number: -2.2
Pie chart - plot functions: The MATLAB also has a function pie which will generate a pie chart. Calling the function with the form pie (vec) draws a pie chart, by using the pe
Illustration of Advanced file input and output: For illustration, to refer to the third number in the first element of the cell array: >> subjdata{1}(3) ans =
Program of built-in factorial function: Calling this function yields similar result as the built-in factorial function: >> fact(5) ans = 120 >> factorial(
Indexed empty matrix: The Individual elements cannot be eliminated from matrices, as matrices always have the similar number of elements in every row. >> mat = [7 9 8; 4 6
Functions to create special matrices: The MATLAB also has various functions which create special matrices. For illustration, the zeros function generates a matrix of all zeros
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