In the main script use the function input to enter a positive or negative integer. Then, call the function funcif(num) which will rewrite the following switch statement into a nested if-else statement that accomplishes exactly the same thing (plus some modifications). Assign the final result of case (1, 2, 3) to w, case (-4, -3, -2, -1, 0} to x, case 4 to y, and case otherwise to z. Note: Since MATLAB Grader does not have the capability of receiving user input, random integers assigned to variables have been created for you. These random integers will consider all cases in the code below. You may experiment with the input function on your own MATLAB software using the code provided at the top of the template. Special note: For those more interested in computer programming, you may notice the global command. This command is there so that the variables w, x, y, and z are treated globally (i.e. recognized throughout the entire program) instead of locally (i.e. recognized only within the function). switch n case {1,2,3} disp(n/4) case {-4,-3,-2,-1,0} disp(n/3) case 4 disp('A great code!') otherwise disp(n^3) end
In the main script use the function input to enter a positive or negative integer. Then, call the function funcif(num) which will rewrite the following switch statement into a nested if-else statement that accomplishes exactly the same thing (plus some modifications). Assign the final result of case (1, 2, 3) to w, case (-4, -3, -2, -1, 0} to x, case 4 to y, and case otherwise to z. Note: Since MATLAB Grader does not have the capability of receiving user input, random integers assigned to variables have been created for you. These random integers will consider all cases in the code below. You may experiment with the input function on your own MATLAB software using the code provided at the top of the template. Special note: For those more interested in computer programming, you may notice the global command. This command is there so that the variables w, x, y, and z are treated globally (i.e. recognized throughout the entire program) instead of locally (i.e. recognized only within the function). switch n case {1,2,3} disp(n/4) case {-4,-3,-2,-1,0} disp(n/3) case 4 disp('A great code!') otherwise disp(n^3) end
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
% n = input('Please enter the value of num: \n');
a = randi([1, 3]);
b = randi([-4, 0]);
c = 4;
d = randi([4, 100]); % or -randi([5, 100])
funcif(a)
funcif(b)
funcif(c)
funcif(d)
global w x y z
function funcif(num)
if %%%
disp(%%%)
z = %%%
else
if %%%
if %%%
disp(%%%)
w = %%%
else
disp(%%%)
x = %%%
end
else
disp(%%%)
y = %%%
end
end
end
Transcribed Image Text:In the main script use the function input to enter a positive or negative integer. Then, call the function funcif(num) which will rewrite the following switch statement into a nested if-else statement that accomplishes
exactly the same thing (plus some modifications). Assign the final result of case {1, 2, 3} to w, case {-4, -3, -2, -1, 0} to x, case 4 to y, and case otherwise to z.
Note: Since MATLAB Grader does not have the capability of receiving user input, random integers assigned to variables have been created for you. These random integers will consider all cases in the code below.
You may experiment with the input function on your own MATLAB software using the code provided at the top of the template.
Special note: For those more interested in computer programming, you may notice the global command. This command is there so that the variables w, x, y, and z are treated globally (i.e. recognized throughout the
entire program) instead of locally (i.e. recognized only within the function).
switch n
case {1,2,3}
disp(n/4)
case {-4,-3,-2,-1,0}
disp(n/3)
case 4
disp('A great code!')
otherwise
disp(n^3)
end
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