File pull-down menu

Now, go to the LTI Viewer window and select Import under the File pull-down menu. A dialog box will pop out to help import the transfer function objects. By default, a unit step response will be generated. Click on the axis with the right mouse button to retrieve a popup menu that will provide options for other plot types, for toggling the object to be plotted, and other features. With a step response plot, the Characteristics feature of the pop-up menu can identify the peak time, rise time, and settling time of an underdamped response. 

All we need is to drag-and-drop the icons that we need from the toolboxes into a blank model window. If this window is not there, open a new one with the File pull-down menu. From here on, putting a feedback loop together to do a simulation is largely a point-and-click activity. An example of what Simulink can generate is shown in Fig. M5.3. 

Similar to the LTI Viewer, the root locus tool runs in its own functional space. We have to import the transfer functions under the File pull-down menu. 

Now that we have finished the schematic, we need to save it. Select File and then Save from the menus. The File pull-down menu will appear ... 

If you re using Microsoft Word to create your resume and then save it in ASCII format, use the "Save As" feature found under the File pull-down menu. When asked for the "Save As Type" (under the filename), choose "Text Only." If your document contains special formatting, or symbols such as bullets, you may be asked if you want the software to fix your document and edit it so it fits properly into the ASCII format. Choose "Yes" to ensure your document will be easily readable. Much of the formatting will be lost, so you should review and edit the text file yourself. 

If using Word 97 or Word 2000, start the Resume Wizard by selecting "New" under the File pull-down menu. This brings up a window with multiple tabs. Select the "Other Documents" tab. Within that interface, icons for several different templates and Wizards will appear. Scroll down and then double-click on the Resume Wizard icon. 

Once you ve entered all of the information within the resume template, you can save the document just as you would any other Word document. Move the cursor to the File pull-down menu and click on the Save option. You can then enter a filename and choose the file format in which you want your resume saved. The default option is in Word format, but you can also save the file in Text Rich Format, Text Only Format (ASCII), formats compatible with older versions of Word, or as a WordPerfect file. Printing the document is as easy as selecting the Print option from the File pull-down menu. 

Start the 1D WIN-NMR program by clicking on the corresponding icon. From the File pull-down menu choose the Open option and select in the dialog box the directory D NMRDATA FORMAT XWINNMR 1D H HUX. Check the UNIX symbol UX (in red) in front of the filenames in the selected subdirectory. Do not click on any of the data files in this moment, but use the Cancel key to leave this dialog box. 

For automatic data transfer and data conversion choose the Open option from the File pull-down menu in either ID WIN-NMR or 2D WIN-NMR in exactly the same way as for data files already stored on your PC hard disk. Open directly transfers and automatically converts (UXNMR/XWINNMR-data) ID or 2D data sets and shows the NMR data in the corresponding WIN-NMR application window for immediate processing. The processed data will not automatically be stored in the WINNMR format. 

A second alternative, available for both ID WIN-NMR and 2D WIN-NMR, is similar to the Filecopy Convert method just discussed. From the File pull-down menu choose the File Transfer option to load the GETFILE program. From the File pull-down menu in the GETFILE dialog box choose the Copy Convert UNIX-Files. .. option to transfer and automatically convert the selected file into the specified destination directory. 

If you have installed the NMR data on your hard disk, assume that your CD-ROM disk (denoted E ) is now a NFS mounted remote disk. Start the 1D WINNMR program and from the File pull-down menu choose the Open option to read in a ID NMR data file in the UXNMR/XWINNMR format. The Open dialog box appears on the screen. Select the directory E NMRDATA FORMAT XWINNMR 1 D H HUX on your CD-ROM disk, and mark the... 

To save the converted file, from the File pull-down menu choose the Save as. .. option. Use the default name in the dialog box that appears on the screen C DEM01D DAT ASPX32 HUX 001001.FID. Click on the OK button in this dialog box to initialise the save operation. The converted file will now be stored on your PC. Check the new entry in the corresponding directory. 

The NMR data will be converted and will automatically be saved in the WINNMR format as C DEM01D DAT ASP3000 HDIS 001001.FID, but may also be stored under another name using the Save as. .. option in the File pull-down menu. Make sure that the binary format has been selected in the dialog box appearing on the screen and click the OK button which will initialize the save operation. 

The corresponding 2D data file in the WINNMR format has been stored as D NMRDATA FORMAT DISNMR 2D HH HHDIS 001001.SER. Check this with 2D WIN-NMR or with your WINDOWS file manager (WINDOWS Explorer). To start this file manager from within 2D WIN-NMR select File Manager in the File pull-down menu. The original DISNMR format 2D file, stored in the D NMRDATA FORMAT DISNMR 2D HH directory is not visible from within 2D WIN-NMR. 

Start 1D WIN-NMR and from the File pull-down menu choose the Open... submenu. Select and load the ID proton spectrum of glucose D NMRDATA GLUCOSEM D H GH 001999.1 R by clicking the OK button (Fig. 4.5). 

Now choose the File Manager option in the ID WIN-NMR File pull-down menu which will show the 1D WIN-NMR application window and the WINDOWS file manager window in a dual display mode (Fig. 4.6). In the directory D NMRDATA GLUCOSE 1D H GH check that there is a new entry for the 1D proton spectrum stored above. 

Check reloading of previously displayed data sets. In the box just above the Exit command in the 1D WIN-NMR File pull-down menu, click on the proton spectrum of glucose D NMRDATA GLUCOSE 1D H GH 001999.1R. It will be immediately reloaded and displayed. 

From the File pull-down menu of 1D WIN-NMR choose the Filecopy Convert option and decompose the original NOE data measured for peracetylated glucose D NMRDATA GLUCOSE 1D H GHNO 2D 001001. SER (see chapter 2). Be aware that with this operation the original 2D ser-file will be replaced by a series of ID files (8 in this case). The original 2D file is no longer available on your harddisk, but may be copied from your CD if necessary. 

For processing a series of data files, e.g. NOE or T, data files, in an unattended way, the same pre-defined or user defined job files may used. To select the data files to be processed a special Automatic Serial Processing dialog must be opened with the Serial Processing command located in the File pull-down menu (Fig. 5.33). 

From the File pull-down menu choose the Serial Processing option. Select the files D NMRDATA SERPROC 001001.FID to. .. 005001. FID and choose the use different Jobs option. Click the Define diff. Jobs... button and in the new dialog box use the Select Job... button to assign the previously saved job files H.JOB, C.JOB and CDEPT.JOB to the correct data files e.g. H.JOB to. .. SERPROC 001001.FID. Start the serial processing with the Excecute button and inspect the result. If you are not satisfied with the result adjust the individual jobs to suit your requirements. 

The loading of a configuration file (cfg files) is done using the Load from file... command in the File pull-down menu. In the Check its this operation is described by the short hand notation File Experiment setup Load from file. A left-hand mouse button click on the command field opens a standard Windows file list box. In this file list box it is possible to select a specific cfg file either directly from the keyboard or by using the mouse it is also possible to change the directory and/or disk drive if necessary. 

Fig. 1.7 Loading a configuration file - the File pull-down menu and Experiment setup Load from file... dialog box.

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