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As shown in Figure 20-4, your universe also may include predefined conditions, such as Last Year or Christmas Period Predefined conditions are a particular kind of object that has built-in operators and values to restrict the number of rows returned and to display only the data you are interested in analyzing For example, your universe may contain a predefined condition called Current 3 Months that automatically filters your data to retrieve the latest three months worth of information The conditions and SQL in a predefined condition can be quite complex, performing multiple SQL translations and comparisons See 11, under Condition Objects, for a more thorough discussion on how these are built Predefined conditions are denoted with a filter icon To add a predefined condition to the query, double-click the predefined condition to add it to the Query Filters pane or drag the object to the Query Filters pane In Figure 20-4, the two predefined conditions have the same filtering effect as selecting Year = 2005 and Weeks Between 46 and 53

// Invoke methods using reflection using System; using SystemReflection; class MyClass { int x; int y; public MyClass(int i, int j) { x = i; y = j; } public int Sum() { return x+y; } public bool IsBetween(int i) { if((x < i) && (i < y)) return true; else return false; } public void Set(int a, int b) { ConsoleWrite("Inside Set(int, int) "); x = a;

Part I:

FIGURE 1515 Kinematic sketch of the linkage in Sandia s microengine driven by two coordinated electrostatic comb-drive linear actuators

Part III:

y = b; Show(); } // Overload set public void Set(double a, double b) { ConsoleWrite("Inside Set(double, double) "); x = (int) a; y = (int) b; Show(); } public void Show() { ConsoleWriteLine("Values are x: {0}, y: {1}", x, y); } } class InvokeMethDemo { static void Main() { Type t = typeof(MyClass); MyClass reflectOb = new MyClass(10, 20); int val; ConsoleWriteLine("Invoking methods in " + tName); ConsoleWriteLine(); MethodInfo[] mi = tGetMethods(); // Invoke each method foreach(MethodInfo m in mi) { // Get the parameters ParameterInfo[] pi = mGetParameters(); if(mNameEquals("Set", StringComparisonOrdinal) && pi[0]ParameterType == typeof(int)) { object[] args = new object[2]; args[0] = 9; args[1] = 18; mInvoke(reflectOb, args); } else if(mNameEquals("Set", StringComparisonOrdinal) && pi[0]ParameterType == typeof(double)) { object[] args = new object[2]; args[0] = 112; args[1] = 234; mInvoke(reflectOb, args); } else if(mNameEquals("Sum", StringComparisonOrdinal)) { val = (int) mInvoke(reflectOb, null); ConsoleWriteLine("sum is " + val); } else if(mNameEquals("IsBetween", StringComparisonOrdinal)) { object[] args = new object[1]; args[0] = 14; if((bool) mInvoke(reflectOb, args))

17:

As seen in 18, under Handling Prompts and Lists of Values, prompts allow you to refresh a query interactively Prompts are useful when your query filters periodically change or if you are a report author creating a document for other users When you set the operand to Prompt, Web Intelligence automatically creates a prompt for you, such as: Enter value(s) for Object: In developing prompts, follow these guidelines: If a list of values is available, start the prompt question with Select If a list of values is not available, start the prompt question with Enter Modify the default prompt to provide information on the format, particularly when a list of values is not present, such as Enter Part Number as NNN-NN If a document will contain multiple queries with similar query filters, ensure you enter the prompt message exactly the same so that users are prompted only once You can cut and paste your prompt message to ensure consistency For example, in Figure 20-5, you have two queries within the same document that each contain a

There is a simple, yet fundamental scaling effect to keep in mind in the design, manufacture, and operation of MEMS devices: surface area decreases as the square of the linear dimension, while volume decreases as the cube Therefore, when the size decreases by a factor of 106 from macro- (meter) to micro- (meter) scale, the surface area decreases by a factor of 1012 but the volume decreases by 1018 The implication for MEMS is that surfacedependent forces such as surface tension, friction, and viscous drag are more dominant than volume-dependent forces such as gravity and inertia The problems associated with the detrimental surface-dependent forces were recognized at the inception of the MEMS eld When the sacri cial layer is dissolved in an etchant solution to release the movable parts of structures, the surface tension forces tend to bend the released structures down and make them stick to the newly exposed surfaces beneath This effect, called the stiction, can be overcome using a variety of means such as adding small protrusions to the underside of the structures, supercritical drying, etc The same stiction can also occur during the operation of the MEMS devices between surfaces that move relative to each other Friction forces tend to be relatively larger at the microscale than they are at the macroscale because of the scaling effect described above Wear is believed to be the dominant cause of failure of MEMS devices It has been observed in some studies that the

ConsoleWriteLine("14 is between x and y"); } else if(mNameEquals("Show", StringComparisonOrdinal)) { mInvoke(reflectOb, null); } } } }

The output is shown here: