Directory create

The on-line directories created by Wriedt [266] and Flatau [67] provide links to several electromagnetics programs. In order to validate our software package we consider several computer programs relying on different methods. This section briefly reviews these methods without entering into deep details. More information can be found in the literature cited. 

Procedure, a) Using the procedure shown in constructing the ethylene input file, construct an approximate input file for HjO. The atom type for oxygen is 6. The approximate input geometry can be taken as in File 4-.5, where all of the c-eourdinates are set at 0. Go to the tinker directory in the MS-DOS operating system and create an input (ile for your II2O calculation. Be sure the extension of the input file is. xyz. Rename or edit the (ile as neeessaiy. 

In Windows 3.1, go to the file manager click on the hard drive, click on file, click on create directory type FTAPSUIT, and copy the A drive to this directoiy. In Windows 95 go to the explorer, click on hard drive, right click and choose make folder and copy disk to it. 

Both of these export methods create a SAS XPORT format transport file called dm.xpt. Although any file extension could be used, xpt is the FDA-expected file extension for the transport file. Also note that the libref dm is strange in that it contains an actual filename and not just a directory path. This makes creating a series of SAS XPORT files a bit more challenging. You could create a series of XPORT files with a SAS macro such as the following. 

In the Windows version, two files are created directly in the working directory, with the same name as that given to the synthesis, but with. ATS and. TRE extensions. 

New industrial chemicals notification and assessment schemes have been established in the majority of OECD Member countries, creating a range of notification and assessment requirements. The OECD has created a New Industrial Chemicals Information Directory, which provides readily accessible information about notification and assessment schemes, contact points, sources of information on notification and assessment schemes, and sources of information on specific chemicals for a number of countries. 

You can use this dialog box to change the current directory and to create a new directory. Select a directory in which to save your circuit files and then click the OK button ... 

When we first created the project, we specified a name and directory location for the project, so we do not need to specify them here. 

Note that the Location or directory in which the project will be created is the same directory we specified on page 6 when we created the first project. This location will always be the location you specified for the last project. This is the directory I wish to use so I will not change it. Enter a name for the new project and make sure that the Analog OT MIXBd A/D option is selected. I chose the name Section 112 ... 

I will create a new directory in which to place the project. Click the BftJWSe button to select a directory ... 

Before proceeding, you must select the directory you just created ... 

Click the OK button to create the archive. The .exe file is now displayed by WinRAR in the directory ... 

We can now close WinRAR. The archive file, SBCtlOP 2P.BXB, can now be emailed as an attachment. The recipient can then place the file in its own directory and run the file. It will self extract and create all of the files that were placed in the archive. The recipient should then be able to open your project with Oread Capture and run it. 

We have created a new library in the default directory. We can now add a part to that library. 

If the line was highlighted in red or yellow, chances are that Capture cannot locate the symbol for the part. There are three possibilities (1) You did not create the part. (2) The library that contains the part is not in the directory OrcadLite Capture Library. (3) You specified the wrong name in the Symbol Name column of the database. Since my line is highlighted in green, I can use the part. To place the highlighted part, click the RIGHT mouse button on the highlighted line and then select Place Database Part from the menu that appears. Place a few copies of the part in your schematic ... 

Several parts have been created for Oread Capture to make this text easier for students to use. In order to have your circuits look like those shown in this manual, you must install the libraries specific to this text. This section shows how to install those libraries. This installation will do two things (1) It will install the parts libraries used in this text. (2) It will copy all circuit files used as examples in this text onto your hard disk so that you can look at and run the example files. The libraries will be copied to the standard library subdirectory. The circuit files will be copied to a directory named Book Circuits in the installation directory. 

Session file for persistence and design sharing No Limited. SDF file of various reactants and products are created and stored in user directory during design Yes, intermediate results of a design session can all be saved into a single XML-based session file for later use or share with collaborators... 

In the following instructions describing the installation of the educational versions of ID WIN-NMR, 2D WIN-NMR and GETFILE it is assumed that you want to install them in a subdirectory on disk C of your PC. Note that for this educational versions a directory TEACH should be created on your harddisk to avoid any problems with the full versions of ID WIN-NMR, 2D WIN-NMR and GETFILE which you will eventually use for your later work and which will be stored in the directories WIN ID, WIN2D and GETFILE respectively. 

Start the WINDOWS Explorer and check there is 150-200 MBytes of space available on one of your hard disk(s). Follow one of the standard procedures for copying files from one to another directory. Consult the WINDOWS manual, or first study the Check it instructions for copying a file or directory given in the next section (2.5.6), if necessary. Select in your CD-ROM the directory NMRDATA or any of its subdirectories and copy it to disk D on your PC. The directory NMRDATA GLUCOSE 1D H and a few auxiliary directories therein (see 2.5.4) have already been created during installation of ID WIN-NMR. Answer the corresponding question for overwriting all files stored under the same name with yes. Use the WINDOWS Explorer) to inspect the newly created NMR data directory NMRDATA on your hard disk. Click on several items in this directory and familiarise yourself with the directory structure. 

Consult your WINDOWS 98 manual and study the section for creating a new directory or folder. Double-click My Computer and then double-click the disk drive or directory D NMRDATA in which you want to place the new folder. On the File menu point to New and then click Folder. Type the name of the new folders TEST1, TEST2 and TESTS and press the Enter key. Check the three newly created subdirectories of D NMRDATA. 

The PCs of the system administrator and a few special users have direct access to the DRX-spectrometer.s via the central Server using the FTP protocol. This special group have direct access to any files in the spectrometer s data system, i.e. data files, variou.s lists, pulse programs,... and may transfer files to and from the spectrometers. In addition, they also have the option to create or delete directories, to modify pulse programs and to do other jobs on the spectrometer s data system. As is usual in security sensitive situations, this special group require a password to acces.s the spectrometer. 

Set up a serial job file to process the standard H, standard C and three C-DEPT FIDs of peracetylated glucose, D NMRDATA GLUCOSE 1D H GH 001001.FID. D NMRDATA GLUCOSE 1D H GH 001001.FID and D NMR DATA GLUCOSE 1D H GH 001001 to. .. 003001.FID respectively. Create a subdirectory D NMRDATA SERPROC and copy the five files into this directory using increasing experimental numbers ... 

Web addresses that are useful for biochemical research are presented in Tables El.l and E1.2. Many of the current Web sites you will need are listed here however, what about new Web sites that have been established since publication of this book Millions of new Web sites are created every year. To access these new sites, you need the help of a search engine, a searchable directory that organizes Web pages by subject classification. Major search engines include AltaVista, Excite, HotBot, Lycos, Netscape Search, and Yahoo As you surf the Web, you may find sites you wish to save and review at a later date. You may use the bookmark (Netscape) or favorite (Explorer) function to save it for the future. 

You can store your laboriously generated mutants by saving them as binary backbone files (see command write bbn). The files are created in your current working directory. To restore them, use the command read bbn. You can organize your. bbn files in several folders and use the variable bbn.dir to tell ProSa where they are located. 

In the previous sections we have used MATLAB commands that were typed in on the desktop command line, as well as MATLAB commands that invoke special stored MATLAB files, called m files. When starting to work with MATLAB, we advise our users to create a special folder for their personal MATLAB m files once and to continue to use this folder to store personal m files. To access the stored m files from the MATLAB desktop, the user has to point the small desktop window called Current Directory to the personal m file folder. Then all stored m files, as well as all built in MATLAB functions can be accessed, called upon, and used from the command line. All stored personal... 

If this function m file is stored as f unct. m in the current desktop working directory, it can be called and executed in MATLAB by typing funct(3,5,17) or x=3 z=5 k=17 [yy.sign] = f unct (x, z, k) for example. These calls will create the following sequence of outputs. 

When working with MATLAB we advise our readers to first create a separate folder or directory on his/her hard drive that is used exclusively for MATLAB m files, such as one called matlabin, for example. 

As PHREEQC for Windows does not use an extension for saving (like e.g. .doc for word documents), it is advisable to either create an extension of one s own (e.g. phr ) or to save all input files in a separate directory. The input files are plain ASCII files that can be read and edited with any editor. 

A directory c matlabrxx work will be created where the results of your session will be stored unless you specify differently. There are several commands to manage directories. The cd command changes directory so that cd c changes the directory to c . If the new directory does not exist you must first create it with the mkdir command. It is best not to include a space in the name of the directory. The following code creates a directory called results on the c drive and makes this the current Matlab directory ... 

These files store the workspace or variables created during a session. All matrices, vectors and scalars with unique names are saved. Many chemometricians exchange data in this format. The command save places all this information into a file called matlab.mat in the current working directory. Alternatively, you can use the Save Workspace item on die File menu. Normally you wish to save the information as a named file, in which case you enter the filename after the save command. The following code saves the results of a session as a file called mydata in the directory c results, the first line being dependent on the current working directory and requires you to have created this first ... 

Often it is useful to create programs which can be run again. This is done via m files. The same rales about directories apply as discussed above. 

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