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Figure 5.2 Diffused lighting on a presenter. Another type of lighting is a small camera light. A camera light provides direct front light and typically attaches to a connector on the video camera. If you need to use a camera light, you can soften or diffuse the light by pointing the light at the ceiling instead of directly at your subject, or by taping a piece of frosted gel over the light. A gel is translucent material that allows light to pass through it. Gels are sold in various sizes and colors at many camera stores and stores that sell equipment for theater productions and motion pictures. A small piece of frosted gel can be taped over a light, such as a camera light. When you tape the gel to the light source, be sure to leave an opening so the heat from the light can escape. Frosted gels can be re-used, and they are ideal for turning hard, directional light into soft, diffused lighting, which often results in better lighting and overall quality of the video. If the office has windows, use the blinds to adjust the amount of sunlight in the office. If you would like to record the video with the setting outside the office still showing, you can adjust the blinds to reduce the amount of direct sunlight, but still allow the outdoor scenery to show through. However, it s best to reduce the amount of direct sunlight. For example, if you are recording and your presenter is turned sideways and there is sunlight directly on the speaker s face, his or her facial expressions can be lost in shadow. In this case, reducing the amount of direct sunlight will help to accentuate the speaker s

using System; using System.Diagnostics; using System.Windows.Forms; class App { static void Main() { // Register the MgdUEFilter callback method with the AppDomain // so that it gets called when an unhandled exception occurs. AppDomain.CurrentDomain.UnhandledException += new UnhandledExceptionEventHandler(MgdUEPolicy); // The rest of the application code goes here. try { // Simulate an exception here for testing purposes: Object o = null; o.GetType(); // throws a NullReferenceException } finally { Console.WriteLine("In finally"); } } ////////////////////////////////////////////////////////////////////////////// // The following method is called when an unhandled exception is // encountered. static void MgdUEPolicy(object sender, UnhandledExceptionEventArgs e) { // This string contains the information to display or log. String info; // Initialize the contents of the string. Exception ex = e.ExceptionObject as Exception; if (ex != null) { // An unhandled CLS compliant exception was thrown. // Do whatever: you can access the fields of Exception. // (Message, StackTrace, HelpLink, InnerException, etc.) info = ex.ToString(); } else { // An unhandled non CLS compliant exception was thrown. // Do whatever: all you can call are the methods defined by Object. // (ToString, GetType, etc.) info = String.Format("Non CLS Compliant exception: Type={0}, String={1}", e.ExceptionObject.GetType(), e.ExceptionObject.ToString()); } #if DEBUG // For debug builds of the application, launch the debugger // to understand what happened and to fix it. if (!e.IsTerminating) {

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A type parameter can specify zero primary constraints or one primary constraint . A primary constraint can be a reference type that identifies a class that is not sealed . You cannot specify one of the following special reference types: System.Object, System.Array, System.Delegate, System.MulticastDelegate, System.ValueType, System.Enum, or System.Void . When specifying a reference type constraint, you are promising the compiler that a specified type argument will either be of the same type or of a type derived from the constraint type . For example, see the following generic class: