📄 ctsimhlp.m
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function ctsimhlp
% CTSIMHLP Help file for CTSIMGUI
% ADSP Toolbox: Version 2.0
% For use with "Analog and Digital Signal Processing", 2nd Ed.
% Published by PWS Publishing Co.
%
% Ashok Ambardar, EE Dept. MTU, Houghton, MI 49931, USA
% http://www.ee.mtu/faculty/akambard.html
% e-mail: akambard@mtu.edu
% Copyright (c) 1998
%============================================================
tit_str= 'CT SYSTEM RESPONSE SIMULATION';
page1= ...
[' '
' This GUI allows you to simulate the response '
' of a CT system using numerical integration. '
' '
' Edit the numerator and denominator coefficient '
' arrays of the system transfer function (or the '
' coefficient arrays of the RHS and LHS of the '
' differential equation, respectively). '
' Edit the initial conditions, if nonzero. '
' '
' Edit the signal and its range. The signal must '
' be an expression (a function of t). '
' '
' Choose the plot time and the time step. '
' Click on the pop-up to select the numerical '
' integration method or to re-edit values. '
' '
' Plots are updated only after the numerical '
' integration algorithm is selected. '];
page2= ...
[' SPECIAL FEATURES '
' '
' CURSOR: Turn it on and then move and click '
' the mouse button inside a plot to activate. '
' The co-ordinates of the mouse are displayed in '
' the upper right corner as you move the mouse. '
' '
' To maximize or minimize a plot, move mouse '
' into the plot area and DOUBLE CLICK. '
' '
' You can enter variable names HNUM, HDEN '
' into the numerator and denominator fields if '
' you first make them global. Enter the command '
' >> global HNUM HDEN %from command line '
' '
' '
' M-FILE NAME: ctsimgui '];
helpgui(tit_str,page1,page2);
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