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Using the Tangent Edges as Phantom setting is an easy way to evaluate a large number of edges all at once. This feature does not do what the Zebra Stripes tool does, but it gives you a good indication of the tangency across a large number of edges. Although this is an easy method to use, it is not completely reliable. I have not seen this function deliver false positives (edges displayed as tangent when in fact they were not), but I have seen many false negatives (edges that display as non-tangent when in fact they were). Figure 11.20 shows a situation where the edges are displayed with solid edges, but Deviation Analysis shows them to have a zero-degree maximum deviation.

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If you skipped the Library Setup portion of Optional Setup described earlier, or simply want to add or remove monitored media folders, you can do so here.

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These icons point out and describe techniques and settings that are either recommended or not recommended for specific reasons. Best Practice is usually considered to be very conservative usage, where the stability of the parametrics and performance (a euphemism for rebuild speed) are the ultimate goals. These two aspects of SolidWorks models are usually weighed against modeling speed (how long it takes you to create the model). Best Practice and Performance recommendations need to be taken seriously, but you should treat them as guidelines rather than as rules. When it comes right down to it, the only hard and fast rule about SolidWorks is that there are no hard and fast rules. In fact, I believe that the only reason to

One quick way to get started with both data warehousing and Analysis Services is to let the Business Intelligence Development Studio build the Analysis Services database and associated warehouse tables for you, based on the structures defined in the AdventureWorks sample database. Begin by identifying or creating a SQL Server warehouse database. Then open Business Intelligence Development Studio and create a new Analysis Services project. Right-click on the Cubes node in the Solution Explorer and choose New Cube to begin the Cube Wizard. On the first page of the wizard, Select Build Method, choose Build the cube without using a data source, enable the Use a Cube Template option, and choose the template from the list that corresponds to your edition of SQL Server. Work through the rest of the wizard, accepting the defaults except for the Define Time Periods page pause here long enough to check a few extra time periods (e.g., Year/Quarter/Month) to make the time dimension interesting.

There are no surprises here; when you create a Lineitem, it will have an item name, description, quantity, and unit price. Save this file as Lineitem.rb, again in the same directory as the other files you ve created. You can also test this in the console:

Two important shooting settings are not accessible through the Quick Navigation screen: the Focus mode and the Metering mode.

An abstract class named DataObject.vb provides ancestor functionality when creating memento data objects. This abstract class contains reflective methods to clone the object, test for equality, and reset the object s values. This is the base class for the mementos used in the online code.

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Summing up this subsection on the different mechanisms that occur in HC stressing of n- and p-MOS transistors, Table 6.1 shows the various types of damage arising during stress. Interface states, hole traps, several types of electron traps, and their slow trap counterparts are seen to be created in both transistor types. Each type of damage is closely linked to the gate current species that is injected into the oxide. It can be seen that most types of damage that occur in n-MOS also occur in p-MOS. The conditions for damage creation are very similar, the gate current species are also identical, and the capture cross-section values are also similar enough to suggest that the same type of damage is being created in n-MOS as in p-MOS transistors. There are, however, some exceptions. For instance, hole-generated electron traps and their slow-state counterparts have not, as yet, been detected in p-MOS-the injection conditions give rise to ambiguities in the results. Furthermore, not as much research has been carried out on the p-MOS transistor and it is possible that further work will reveal that these are, indeed, created. In addition, HC-NBTI damage in n-MOS has not been detected.