Matlab creating figures

The last step is to push the Finish button, whereby the variables (i.e., vectors) are created. In addition, an M-file is created that summarizes the entire process of data importing from, say. Excel into the MATLAB environment. Figure 5.4 shows MATLAB s Workspace window where the variables are created into MATLAB s environment holding the same name as those of the columns. 

Figure 9.9 shows that MATLAB created myds which is a dataset that contains 72 entries (i.e., rows) by 16 columns the first column for velocity, the second column for angle, and the other 14 columns for stress data for both right and left wings. 

Figure 10.12 MATLAB creates a frame struct called F that can be played via implay(F). Here, the frame 35 of 50 is shown in the picture as the movie is paused at that position.

Note that r locus and r locf ind works for both continuous and discrete systems. The statement squar e provides square axes and so provides a round unit circle. The command zgr id creates a unit circle together with contours of constant natural frequency and damping, within the unit circle. When examp76.m has been run, using r locf ind at the MATLAB prompt allows points on the loci to be selected and values of K identified (see Figure 7.20)... 

Project II Create a color contour MATLAB plotting routine for the nonadiabatic case, just as adiabNisocolorcontour. m did for a and y in the adiabatic case in Figure 3.7. The aim is to create a color-contoured version of Figure 3. 16. 

The last three phase plots were all created from the same 3D graphics MATLAB window of Figure 4.34 by clicking on the Rotate MATLAB figure icon, then dragging the mouse and thereby rotating the 3D image in the window until the base plane becomes one of the three 2D phase planes. 

Create a MATLAB m file that draws the zero-contour curves F(y, K) = 0 of Figures 4.26 or 4.30 directly. 

Starting with a 10 cm X 10 cm sheet of paper, what is the largest volume you can create by cutting out cm X x cm from each corner of the sheet and then foldii up the sides See Figure 15.11. Use MATLAB to obtain the solution. 

A MATLAB program ex41.m has been created to solve this problem. The differential equations are defined in file model41.m. Results of running the problem are shown in Figure 4.3. The maximum amount of monochlorobenzene occurs at 0.78 hours and that for dichlorobenzene at 1.75 hours. 

Figure 5.3 The second screen of the MATLAB Import Data wizard, in which vectors (i.e.. Workspace variables) are created from sheet columns using the same column header or name.

Figure 5.4 MATLAB s Workspace window showing the vectors (or variables) created via the import process.

Second, create callmultiode.m (a script M-file) that contains the initial value for eachy the lower and upper limit for integration the options attributes, which is a structure of optional parameters that change the default integration properties a call to the MATLAB ode45 solver and a plot command fory as a function of t. Figure 7.7 embodies such a list of commands. 

Figure 9.9 MATLAB s Workspace showing the created dataset named myds, which has 16 columns that represent the velocity, angle, and 14 stress datasets for right and left wing.

Figure 10.12 shows the movie player for the concentration profile that is created by the MATLAB command ... 

Close the entire MATLAB application and go to the location of the Output folder (as shown in Fig. 11.301 and run the executable file (BMI.exe) created by the MATLAB compiler. A DOS blank screen will pop up, followed by the same GUI we created during the design phase and that was uploaded as a shared resource during the deployment phase. Figure 11.31 shows the results of the execution process. Notice that the Results.txt file is created in the root directory where the application file resides. 

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