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Window, text

This script file produces the root locus shown in Figure 5.24 and allows the user to select the value of K furthest from the imaginary axis that corresponds to ( = 0.7. The command window text is... [Pg.392]

Running examp75.m produces command window text... [Pg.398]

FID- and Spectrum Window Preview Window Relaxation Window Text Window Appendix... [Pg.81]

In an MVC framework, Model is the data or business logic that produces the data. View is the graphic components such as windows, text fields, and buttons. [Pg.65]

In general, Windows 98 uses more text-based commands than Windows 2000, and a number of standard commands are stored in the Windows 98 command directory. This can be found in whichever directory (usually Windows) that Windows 98 is installed into. See Table 12.1 for a list of Windows text commands, some of which are available only in Windows 98, while others are available in Windows 2000 as well. [Pg.494]

The type of the input/output files is the ordinary MS DOS or Windows text filetype, corresponding to the. txt extension. This enables one to edit the files using familiar editors. Also, this feature makes it easy to produce initial files of experimental data automatically, via any suitable analogue-to-digital data converter. [Pg.623]

Eig. 4. Transmission profile for a siUca-based glass fiber. Region A represents electronic transitions B, the transmission window and C, molecular vibrations. Point LL is the lowest loss observed in an optical fiber. Absorption profiles for (-) OH and ( ) Fe are also shown. See text. [Pg.251]

Fig. 9. Fabrication sequence for an oxide-isolated -weU CMOS process, where is boron and X is arsenic. See text, (a) Formation of blanket pod oxide and Si N layer resist patterning (mask 1) ion implantation of channel stoppers (chanstop) (steps 1—3). (b) Growth of isolation field oxide removal of resist, Si N, and pod oxide growth of thin (<200 nm) Si02 gate oxide layer (steps 4—6). (c) Deposition and patterning of polysihcon gate formation of -source and drain (steps 7,8). (d) Deposition of thick Si02 blanket layer etch to form contact windows down to source, drain, and gate (step 9). (e) Metallisation of contact windows with W blanket deposition of Al patterning of metal (steps 10,11). The deposition of intermetal dielectric or final... Fig. 9. Fabrication sequence for an oxide-isolated -weU CMOS process, where is boron and X is arsenic. See text, (a) Formation of blanket pod oxide and Si N layer resist patterning (mask 1) ion implantation of channel stoppers (chanstop) (steps 1—3). (b) Growth of isolation field oxide removal of resist, Si N, and pod oxide growth of thin (<200 nm) Si02 gate oxide layer (steps 4—6). (c) Deposition and patterning of polysihcon gate formation of -source and drain (steps 7,8). (d) Deposition of thick Si02 blanket layer etch to form contact windows down to source, drain, and gate (step 9). (e) Metallisation of contact windows with W blanket deposition of Al patterning of metal (steps 10,11). The deposition of intermetal dielectric or final...
This tutorial introduees the reader to matrix operations using MATLAB. All text in eourier font is either typed into, or printed into the eommand window. [Pg.380]

Under Windows, use the built-in search command in your preferred text editor to locate this line if present. [Pg.71]

For VMS and Windows systems, the appropriate disk name must be prepended to the directory location. There are subdirectories under the explore directory named examples and exercise, which hold the input files for the examples in the text and for the exercises at the end of each chapter, respectively (the corresponding filename is given in the margin at the start of each example and exercise) the input files for the Quick Start section are located in the subdirectory quick in the same location. If you do not find these files in the designated location on your system, contact your system administrator for assistance in determining where Gaussian is installed. [Pg.315]

Fig. 4.8 Four snapshots of the Henon attractor for a = 1.4 and (3 = 0.3. Plots (b), (c) and (d) provide enlargements of the small window regions shown in plots (a), (b) and (c), respectively see text. Fig. 4.8 Four snapshots of the Henon attractor for a = 1.4 and (3 = 0.3. Plots (b), (c) and (d) provide enlargements of the small window regions shown in plots (a), (b) and (c), respectively see text.
Figure 10 shows the voltage windows of chelatoborates. The question mark ( ) indicates the formation of lithium-ion conducting films, preventing the electrolyte from decomposition the numbers refer to the compounds mentioned in this section of the text. [Pg.478]

In the examples described above, the UltraLink is associated with the extracted concepts. To augment its flexibility and applicability, we allow for a dynamic UltraLink construction from a portion of text selected by the user. When the user selects a section of a document with the mouse, a list of UltraLinks is generated on the fly on release of the mouse button as shown in Figure 31.4A. Furthermore, the Web Interface allows for several UltraLink windows to be opened simultaneously as shown in Figure 31.4B. [Pg.745]

Figure 31.4 Further features of the UltraLink. A. UltraLinks can be generated for any section of text, by simply selecting a portion thereof with the mouse and releasing the mouse button. B. Multiple UltraLink windows can be kept when the pin icon is clicked. Figure 31.4 Further features of the UltraLink. A. UltraLinks can be generated for any section of text, by simply selecting a portion thereof with the mouse and releasing the mouse button. B. Multiple UltraLink windows can be kept when the pin icon is clicked.
RTF stands for Rich Text Format, which is Microsoft s open markup language for defining the content of documents. If you have an RTF file, simply clicking on it within a Microsoft Windows environment causes Microsoft Word or WordPad to open the file. There are several ways to create RTF files, and thus Microsoft Word files, with SAS. [Pg.192]

PROC EXPORT provides a quick way to create ASCII text files from SAS data sets. You can call PROC EXPORT by typing in the SAS code, or you can use the convenient SAS windowing environment Export Wizard that builds the PROC EXPORT code for you. Let s start by looking at using the SAS 9.1 windowing environment Export Wizard... [Pg.276]

You can see how the (pipe) character is entered as the delimiter in the Options dialog box. If you have more complex requirements for the ASCII text file you want to export, you can invoke External File Interface in the Select Export Type window, write customized DATA step code with FILE and PUT statements, or use some of the ODS tagsets supplied by SAS, found at http //support.sas.com/md/base/topics/odsmarkup/, that have the ability to create numerous types of ASCII text formats. [Pg.280]

Another approach to exporting text files with SAS is to use the SAS Enterprise Guide interface. The following example exports the DM data set to a CSV file using SAS Enterprise Guide 3.0. With the DM data set selected in the Process Flow window, click File and then select Export dm from the drop-down list as follows ... [Pg.281]

You may find that you need to export your SAS data as something other than regular ASCII text or Microsoft Office files. In this case, the export wizards in the SAS windowing environment in SAS 9 and SAS Enterprise Guide 3.0 can easily export the following file formats ... [Pg.287]

A box with the figure legend will appear in the Graph Window. Use the mouse to drag the box to where you want it to be. We can also add text to annotate the plot with ... [Pg.220]

There is another easy way to "cheat." On UNIX/Linux workstations, open up a new text editor and enter your frequently used statements there. On Windows, you can use the really nice MATLAB Editor. You can copy-and-paste multiple commands back and forth between the text editor window and the MATLAB window easily. If you want to save the commands, you certainly can add comments and annotations. You can consider this text file as a "free-format notebook" without having to launch the Microsoft Word Notebook for MATLAB. [Pg.221]

Figure 2.10 Secondary and tertiary structure of the copper enzyme azurin visualized using Wavefunction, Inc. Spartan 02 for Windows from PDB data deposited as 1JOI. See text for visualization details. Printed with permission of Wavefunction, Inc., Irvine, CA. (See color plate.)... Figure 2.10 Secondary and tertiary structure of the copper enzyme azurin visualized using Wavefunction, Inc. Spartan 02 for Windows from PDB data deposited as 1JOI. See text for visualization details. Printed with permission of Wavefunction, Inc., Irvine, CA. (See color plate.)...

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