User`s guide

3 Working with Real-Time Workshop
3-24
4 Click Apply to register your changes.
5 Generate code and build an executable: Click the Build button, type
Ctrl+B, or select Build Model... from the Real-Time Workshop sub-menu
of the
Tools menu in the model window.
6 When the build concludes, run the executable with the command
!f14rtw
7 The program now produces two message lines, indicating that the
MAT-file has been written.
** starting the model **
** created f14rtw.mat **
8 Load the MAT-file data created by the executable and look at the
workspace variables from simulation and the generated program:
load f14rtw.mat
whos tout* yout*
Name Size Bytes Class
tout 601x1 4808 double array
tout_rt 601x1 4808 double array
yout 601x2 9616 double array
yout_rt 601x2 9616 double array
Grand total is 3606 elements using 28848 bytes
Note that all arrays have the same number of elements.
9 Observe that the variables tout_rt (time) and yout_rt (G Force and Angle
of Attack) have been loaded from the file. Plot G Force as a function of time.
plot(tout_rt,yout_rt(:,2))
This plot is identical to the plot you produced in step 9 of the first part of
this exercise.