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In this chapter, you ve seen two types of function members that have get and set accessors: properties and indexers. By default, both a member s accessors have the same access level as the member itself. That is, if a property has an access level of public, then both its accessors have that same access level. The same is true of indexers. The accessors of a member can, under certain conditions, have different access levels. For example, in the following code, property Name has an access level of public, but the set accessor has an access level of protected. class MyClass { private string _Name = "John Doe"; public string Name { get { return _Name; } protected set { _Name = value; } } } There are several restrictions on the access modifiers of accessors. The most important ones are the following: An accessor can have an access modifier only if the member (property or indexer) has both a get accessor and a set accessor. Although both accessors must be present, only one of them can have an access modifier. The access modifier of the accessor must be strictly more restrictive than the access level of the member. Figure 6-20 shows the hierarchy of access levels. The access level of an accessor must be strictly lower in the chart than the access level of the member. For example, if a property has an access level of public, you can give any of the four lower access levels on the chart to one of the accessors. But if the property has an access level of protected, the only access modifier you can use on one of the accessors is private.

public void ConvertVideoFromBlob(string _containerName, string _inputName, string _outputName) { string inputName = _inputName.ToLower(); string outputName = _outputName.ToLower(); CloudBlobContainer videoContainer = blobClient.GetContainerReference(_containerName);

The corresponding interfaces are shown here: public interface IDynamicProperty { string Name { get; } } public interface IContributeDynamicSink { IDynamicMessageSink GetDynamicSink(); } The dynamic sink itself, which has to be returned from GetDynamicSink(), implements the following IDynamicMessageSink interface: public interface IDynamicMessageSink { void ProcessMessageStart(IMessage reqMsg, bool bCliSide, bool bAsync); void ProcessMessageFinish(IMessage replyMsg, bool bCliSide, bool bAsync); } As the names imply, the ProcessMessageStart() method is called before the message travels further through the chain, and ProcessMessageFinish() is called when the call has been handled by the sink. The following dynamic sink will simply write a line to the console, whenever a message passes a remoting boundary: public class MyDynamicSinkProvider: IDynamicProperty, IContributeDynamicSink { public string Name { get { return "MyDynamicSinkProvider"; } }

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When you combine two rotations around two different axes, Gimbal lock will occur This happens because the first rotation will also rotate the second axis, as explained in recipe 4-2 In this recipe, you want to rotate your camera around your x-, y-, and z-axes This would imply, however, that the second axis is rotated by the first rotation and that the third axis is rotated by the combination of the first two axes So, it s hard to imagine what is going to be the final result A property of rotations is that there always exists a single rotation that has the same result as the combination of multiple rotations So, the trick you need here is to define only a single axis of rotation around which your camera will be rotated.

GD::Graph defines 8 different types of markers 1 filled square for the points, and each data set is tied to one of these 2 open square types. The types are: horizontal cross The numbered order is also the default order for 3 diagonal cross the markers, i.e., the first (ninth, seventeenth, and so 4 forth) dataset will have a filled square, the second an 5 filled diamond open square, the third a horizontal cross, and so on. 6 open diamond You can set the choice and order of these markers 7 filled circle with the markers attribute, and their size with the 8 open circle markersize attribute. There are four line types to choose from: You can set the order of these with the 1 solid line_types attribute, and the width of 2 dashed the line with line_width. There is one 3 dotted further attribute that controls the visual 4 alternating dots and dashes appearance of lines, line_type_scale, which controls the length of the dashes in the lines. The higher the number, the longer the dashes. If you don t specify a line_types attribute, all data sets will use type 1, and will appear as a solid line.

This can be any axis: it does not have to be one of the x-, y-, or z-axes This axis and the amount of rotation will be stored in a variable, which is called a quaternion A quaternion is perfect to store a rotation, because a quaternion can store an axis and a number that can hold the amount of degrees to rotate around that axis The next question is, how can you calculate this axis You don t It will be created for you automatically during the process You just need to specify a starting axis, and this axis will be updated every time the user moves the mouse, as you will see in the next example Say you start with the Up axis of your camera as the rotation axis and with 0 degrees of rotation, so you re looking Forward.

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