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Run-time or execution-time error:
The Run-time, or execution-time, errors are found whenever a script or function is executing. With most of the languages, an illustration of a run-time error would be trying to divide by zero. Though, in the MATLAB, this will create a warning message. The other illustration would be trying to refer to an element in an array which does not exist.
This script initializes a vector with 3 elements, but then tries to refer to the fourth. Running it prints the three elements in the vector, and then an error message is generated whenever it attempts to refer to the fourth element. Note that it gives a description of the error, and it provides the line number in the script in which the error happened.
>> runtime_ex
3
4
5
??? Tried to access vec(4); index out of the bounds because
numel(vec)=3.
Error in ==> runtime_ex at 6
disp(vec(i))
Core Objects: The Core Objects in MATLAB are the very fundamental graphics primitives. The description can be found under the MATLAB Help: Under the Contents tab, click the Ha
Sequential Search: A sequential search is completed by looping through the vector element-by-element starting from the beginning, looking for the key. Usually the index of the
Illustrations of Sequential search: The two illustrations of calling such function is as shown below: >> values = [85 70 100 95 80 91]; >> key = 95; >> seqsearch
Functions which complete a task without returning Values: Most of the functions do not compute values, but instead of accomplish a task like printing formatted output. As thes
Example of Nested functions: For illustration, the function below computes and returns the volume of a cube. Three arguments are then passed to it, for the width and length of
Illustration of Binary search: An illustration to search for the key of 91 in the vector is as shown below: The table below shows what will happen in each iteration of
Program of Persistent variables: The program below elaborates this. The script calls a function func1 that initializes a variable count to 0, then increment it, and print the
Example of Vectorizing: Likewise, for an operation on a matrix, a nested loop would be needed; for illustration, supposing a matrix variable mat: [r c] = size(mat); for
Roots function - Polynomials: The roots function in MATLAB is used to find the roots of an equation represented by a polynomial. For illustration, for the mathematical functio
function sortrows - sorting strings: The function sortrows sorts each and every row as a block, or group, and it also will work on numbers. Here in this illustration the rows
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