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There are a number of indicators in PerformancePoint Server from which to choose. So far the images shown have only included a simple, three position indicator called the Stoplight. There are, however, a number of additional indicators and these include some with more than just three positions. Currently available indicators are displayed in the Workspace Browser, but more can be added by clicking on the Indicator button on the Create ribbon. This opens the Select An Indicator template dialog box. There are two basic categories of indicators: Centered and Standard. Centered indicators are those used when the scoring pattern for a KPI is Closer to Target is Better. This is the case when a variance either
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FIGURE 5.1 Entity Relationship Diagram Illustrating Basic Symbols
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The prototype for cprintf( ) is in <conio.h>. The cprintf( ) function works like the printf( ) function except that it writes to the current text window instead of stdout. Its output may not be redirected, and it automatically prevents the boundaries of the window from being overrun. See the printf( ) function for details. The cprintf( ) function does not translate the newline (\n) into the linefeed, carriage return pair as does the printf( ) function, so it is necessary to manually insert a carriage return (\r) where desired. The cprintf( ) function returns the number of characters actually printed. A negative return value indicates that an error has taken place.
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electrostatic comb drives. This and other actuators used in MEMS are discussed in the next section.
6: Information Asset Protection
Congratulations! If you have read and worked through all the 15 chapters, then you can call yourself a C# programmer. Of course, there are still many, many things to learn about C#, its libraries, and subsystems, but you now have a solid foundation upon which you can build your knowledge and expertise. Here are a few of the topics that you will want to learn more about:
Advantages of VCSELs include lower production cost, lower packaging cost, increased reliability lower power requirements, and simplified fiber , coupling. The lower production cost results in the ability of VCSELs to be processed in batches of thousands of units at the same time. In comparison, edge-emitting lasers are created via a crystal-cleaving process that occurs either on an individual basis or on a row of devices. Although part of the production cost, packaging must also be considered. Edge-emitting lasers are hermetically sealed, which adds to their production cost. In VCSELs, however the active regions are buried sever, al micrometers beneath the VCSEL surface. This means that VCSELs have no exposed active parts and do not require hermetic packaging. In addition, this also means that VCSELs can be packaged in plastics instead of ceramics, which further reduces the manufacturing cost. Because VCSELs have no exposed active parts, they have a higher level of reliability than do edge-emitting devices, where the active material is exposed. Because the VCSEL is considerably smaller than an edge emitter it can support less costly light-coupling methods. In fact, connector , coupling tolerances for VCSELs can be as liberal as 5 to 10 m, compared to the much tighter 1- m tolerance required by edge emitters. Although VCSELs have many advantages, they are not problem-free. One key problem associated with the VCSEL is the fact that p-type material absorbs light much more strongly at 1300 nm than at 850 nm. As a result, it is difficult to design a VCSEL structure that has a sufficiently low level of absorption but is still laser-capable. Until the year 2000, this was the key problem preventing the development of longwavelength VCSELs. However, during that year several manufacturers developed techniques that enable VCSELs to be fabricated with nonabsorbing mirrors. In addition, the use of different materials combined with nonabsorbing mirrors resulted in the creation of very efficient 1.3nm VCSEL devices whose use in W AN communication systems is expected to represent a viable emerging technology.
In the program, the outer loop runs i from 2 through 100. The inner loop successively tests all numbers from 2 up to i, printing those that evenly divide i.
Here Here Here Here is is is is nums1: 0 1 2 3 4 5 6 7 8 9 nums2: 0 -1 -2 -3 -4 -5 -6 -7 -8 -9 nums2 after assignment: 0 1 2 3 4 5 6 7 8 9 nums1 after change through nums2: 0 1 2 99 4 5 6 7 8 9
Solution: Th~s a straight line parallel to the x-axis as is shown in Fig. 4-1. Further, it is a horizontal line. The derivative of y = 4 is zero.
Exploring the C# Library
Extrude can be applied interactively using the Interactive Extrude Tool, located in the Toolbox with other interactive tools, or you can choose from the Presets list to instantly create a 3D object.
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What are uterine leiomyomas Benign tumors of the smooth muscle cells (myometrium) of the uterus; Also known as fibroids, fibromyomas, or myomas 1. Intramural located within the wall of the myometrium and may distort the shape of the uterine cavity and surface 2. Submucosal originate in the myometrium and grow toward the endometrial cavity, protruding into the uterine lumen 3. Subserosal originate in the myometrium and grow out toward the serosal surface of the uterus; extend from the uterine surface into the peritoneum and abdominal cavity
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// Reverse an array. using System; class RevCopy { static void Main() { int i,j; int[] nums1 = new int[10]; int[] nums2 = new int[10]; for(i=0; i < nums1.Length; i++) nums1[i] = i; Console.Write("Original contents: "); for(i=0; i < nums2.Length; i++) Console.Write(nums1[i] + " "); Console.WriteLine(); // Reverse copy nums1 to nums2. if(nums2.Length >= nums1.Length) // make sure nums2 is long enough for(i=0, j=nums1.Length-1; i < nums1.Length; i++, j--) nums2[j] = nums1[i]; Console.Write("Reversed contents: "); for(i=0; i < nums2.Length; i++) Console.Write(nums2[i] + " "); Console.WriteLine(); } }
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