Simple .NET/ASP.NET PDF document editor web control SDK

The AnimatedModelData class is responsible for storing the model s skeleton and animations. You store the model skeleton as an array of bones, where each bone is represented as a matrix. You construct the bone array through a depth traversal of the model s skeleton. The depth traversal starts in the root bone of the skeleton and goes to the deepest bone, backtracking until all bones have been visited. For example, a depth traversal of the hierarchy of Figure 12-6 returns the array root bone, neck, left shoulder, left forearm, left hand, left end bone, right shoulder, right forearm, right hand, and right end bone.

winforms pdf 417 reader, winforms qr code reader, winforms upc-a reader, winforms data matrix reader, winforms ean 128 reader, winforms ean 13 reader, c# remove text from pdf, pdfsharp replace text c#, winforms code 39 reader, c# remove text from pdf,

The Spring HTTP invoker receives incoming HTTP requests from the client, parses them into its internal format, converts them to service invocations, makes the invocation, and encodes the results as a response page for processing by the client. To get access to the incoming requests, the invoker must therefore be mapped to URLs in the web application s namespace. This is done in the normal Spring manner by configuring a DispatcherServlet to pass the incoming Java EE web requests to the Spring request handlers. In principle, we could use the same dispatcher servlet that we established for handling conventional web requests in 6, but this would add some complexity to the URLmapping configuration and require us to intermingle the web controllers with the remoting request handlers. Instead, as shown in Listing 9-6, we configure a custom dispatcher for these requests and map it to incoming requests on the invoker path of the application context.

Figure 12-6. An example of a skeleton hierarchy You store the skeleton s bones in its bind pose configuration. The bind pose is the pose in which the bones were linked to the model s mesh and is the starting pose of any animation. When the model is not being animated or when the animation starts, all the model s bones are in the bind pose.

org.springframework.web.servlet.DispatcherServlet </servlet-class> <init-param> <param-name>contextConfigLocation</param-name> <param-value>classpath:invoker-servlet.xml</param-value> </init-param> <load-on-startup>5</load-on-startup> </servlet> ... <servlet-mapping> <servlet-name>invoker</servlet-name> <url-pattern>/invoker/*</url-pattern> </servlet-mapping> Individual services are mapped to paths beneath this one, so that our eventual URL will have the form http://server:port/context/invoker/service. Listing 9-7 shows the mapping of the service name within this path to the HttpInvokerServiceExporter implementation that will handle the incoming requests and forward them to the service.

In the AnimatedModelData class, you should create two attributes of type XNA Matrix array for storing the skeleton s bones, one attribute of type int array for storing the skeleton s bones hierarchy, and one attribute of type AnimationData array for storing the model s animation. The AnimatedModelData class code follows: public class AnimatedModelData { Matrix[] bonesBindPose; Matrix[] bonesInverseBindPose; int[] bonesParent; AnimationData[] animations; // Properties ... public int[] BonesParent { get { return bonesParent; } set { bonesParent = value; } } public Matrix[] BonesBindPose { get { return bonesBindPose; } set { bonesBindPose = value; } } public Matrix[] BonesInverseBindPose { get { return bonesInverseBindPose; } set { bonesInverseBindPose = value; } } public AnimationData[] Animations { get { return animations; } set { animations = value; } } public AnimatedModelData(Matrix[] bonesBindPose, Matrix[] bonesInverseBindPose, int[] bonesParent, AnimationData[] animations) { this.bonesParent = bonesParent; this.bonesBindPose = bonesBindPose; this.bonesInverseBindPose = bonesInverseBindPose; this.animations = animations; } }

<bean name="/userAccountService" class= "org.springframework.remoting.httpinvoker.HttpInvokerServiceExporter"> <property name="service" ref="userAccountService"/> <property name="serviceInterface" value="com.apress.timesheets.service.UserAccountService"/> </bean> We supply this with a reference to the service that we are exporting, which is again the user account service. We also supply the service interface that we are exporting again, as with RMI, this is mandatory because otherwise we might accidentally expose inappropriate service methods to the caller. The path on which the service is accessed is defined by the web application context bean name and is appended to the dispatcher path. Assuming that the server is running locally on port 8080, and that the web application context is timesheet, the full path to this service will therefore be http://localhost:8080/timesheet/invoker/userAccountService. This is how we will configure the client in the next section.