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Illustration of script:
For illustration, we will now generate a script known as script1.m which calculates area of the circle. It assigns a value for the radius, and then computes the area based on that radius.
In this text, the scripts will be showed in a box with the name on top.
In a Command Window, the contents of the script can be displayed, and then the script can be executed. The type command represents the contents of the file named script1.m (note that the .m is not involved):
>> type script1
radius = 5
area = pi * (radius^2)
There are 2 ways to view a script once it has been written: either open the Editor Window to view it, or use the type command as shown to display it in the Command Window.
To actually run or execute the script, the file name is entered at the prompt (one more time, without the .m). Whenever executed, the results of the two assignment statements are displayed, as the output was not suppressed for either of the statement.
>> script1
radius =
5
area =
78.5398
The script has been once executed; you may find that you want to make changes to it. To edit an existing file, there are various methods to open it. The easiest methods are:
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Example of Hold and legend function: Running this script will generate two individual figure windows. If there is not any other active figure window, the first, that is the ba
Illustration of script: For illustration, we will now generate a script known as script1.m which calculates area of the circle. It assigns a value for the radius, and then com
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Show (turn in) similar output images as in part 2 for each of your new images (there is only 1 connected component in this case). Write three functions which compute the moments, c
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Function char: The function char does the opposite; it converts from any number type to the type char: >> char(numequiv) ans = a As the letters of the alphabet are
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