MATLAB and Simulink files for textbook Nise/Controls 6e.
% Nise, N.S.
% Control Systems Engineering, 6th ed.
% John Wiley & Sons, Hoboken, NJ, 07030
% Control Systems Engineering Toolbox Version 6.0
% Copyright 2011 by John Wiley & Sons, Inc.
% Chapter 2: Modeling in the Frequency Domain
% (ch2p1): Bit strings will be used to identify parts of this tutorial on the
% computer output. Bit strings are represented by the text enclosed in
% apostrophes, such as 'ab'. Comments begin with % and are ignored by MATLAB.
% Numbers are entered without any other characters. Arithmetic can be
% performed using the proper arithmetic operator. Numbers can be assigned
% using a left-hand argument and an equals sign. Finally, we can find the
% magnitude and angle of a complex number,Q using abs(Q) and angle(Q),
'(ch2p1)' % Display label.
'How are you?' % Display string.
-3.96 % Display scalar number -3.96.
-4+7i % Display complex number -4+7i.
-5-6j % Display complex number -5-6j.
(-4+7i)+(-5-6i) % Add two complex numbers and
% display sum.
(-4+7j)*(-5-6j) % Multiply two complex numbers and
% display product.
M=5 % Assign 5 to M and display.
N=6 % Assign 6 to N and display.
P=M+N % Assign M+N to P and display.
Q=3+4j % Define complex number, Q.
MagQ=abs(Q) % Find magnitude of Q.
ThetaQ=(180/pi)*angle(Q) % Find the angle of Q in degrees.