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Figure 20-17: The Label Offset tab of the Label Template dialog box. 7. In the Leader Offset text boxes, type an X and Y offset (in units). This offset represents the X and Y distances between the point of the leader arrow and the insertion point of the text. (If this distance is too small to fit an arrow, the arrow is suppressed.) 8. In the Tip Offset text boxes, type an X and Y offset (in units). This offset represents the distance between the point of the leader arrow and the object to which it points. By default, this is set to 0,0 so that the point of the leader arrow touches its object. 9. Click OK to close the Label Template dialog box and place the label. After you create the label template, you can create attached and freestanding labels. The settings on the Label Offset tab apply only to attached labels. You can edit a label template to change the included fields or the formatting. To edit a label template, choose dbConnect Templates Edit Label Template. In the Select a Database Object dialog box, choose the label template that you want to edit and then click Continue. Then use the Label Template dialog box to edit the label template using the same steps that you used to create it. Click OK after you re done.

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rst to the end of the transfer that ends the last The result is plotted in Figure 149b Error bar in Figure 149b shows standard deviation of the set of results measured Two observations can be made from Figure 149a First, the per-processor throughput at site M measured by netperf has very small amount of uctuation for all abstract domain sizes tested And the elapsed time during data transfer is roughly in reverse proportion to the throughput achieved in the same measurement Second, effective system throughput achieved during the wide-area data coupling experiment, as shown in Figure 149b, is much higher than per-processor throughput shown in Figure 149a The higher system throughput is achieved via data transfer overlaps on concurrent systems Single processor data transfer is not able to take advantage of the concurrency Furthermore, from Figure 14.

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Once a raw ber has been converted into a nished fabric, it then must be cut and joined into an end-use product or into a combination with other materials into a textile-containing product (e.g., furniture, automotive seat, briefcase). This typically produces large amounts of fabric waste. In addition, any inef ciencies at the point of product fabrication result in production of upstream waste without realization of the equivalent amount of product. Pattern marker cutting ef ciency is a critical factor in the amount of cutting room waste generated. Cutting room waste levels are variable depending on product style, panel adjacency requirements, and other product speci c factors. Table 7.35 gives some typical values.

Note Proteins separated in the presence of SDS (see Section 5.3.1).

The sys.argv variable is a list containing the command-line parameters passed to the program on startup. Save the tiny program in Listing 10-1 to a file called args.py and try the following example from a command prompt:

9b, we can also observe that the system throughput increases with the system size at site M Such increasing trend is due to the increased concurrency level of data transfer when the system size of site M becomes large In the Fusion project, XGC site throughput is a key requirement that must be met by the coupling framework An initial conjecture of the transfer rate from XGC to mesh interpolation module is 120 Mbps By running test in a wide-area environment as in the experiments presented above, one can analyze the feasibility of Seine meeting the requirement Since in real Fusion production XGC will be running on a large-scale platform with 40 I/O nodes, we look at the results measured for 32 processors in the gures The estimated effective system throughput is around 84 Mbps .

Sound can provide background for you page, playing as soon as the page loads. However, it is more effective to use sound to add punch to your page, having it play within a timeframe or as the result of a user action. One of the most frequently requested effects is to have a sound play as the result of a user s action. For example, you might want to have the sound of a camera shutter clicking when visitors click a camera image on your page. The possibilities are endless when you have this technology and an imagination. The problem is browser support. Can it be done Yes, via JavaScript that uses Java as well. Can all browsers (or just the big two) accommodate it No. Unfortunately, Internet Explorer for the Mac cannot play sound on demand due to its programming. The Netscape browsers have all supported JavaScript audio playback on all platforms since Version 3, when Netscape introduced its LiveAudio plug-in (installed by default as part of their browsers). But with Internet Explorer, support is not consistent. The Mac simply does not have a mechanism for JavaScript triggers. (No sound effect will work on any version 2.x browser on any platform.)

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