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This method contains all the code explained earlier. Based on any (X,Z) coordinate, whether integer or floating point, the method returns the exact height above this point. First you check that the point that is requested is on the terrain. If it isn t, you return a default height of 10. public float GetExactHeightAt(float xCoord, float zCoord) { bool invalid = xCoord < 0; invalid |= zCoord < 0; invalid |= xCoord > heightData.GetLength(0) - 1; invalid |= zCoord > heightData.GetLength(1) - 1; if (invalid) return 10; int xLower = (int)xCoord; int xHigher = xLower + 1; float xRelative = (xCoord - xLower) / ((float)xHigher - (float)xLower); int zLower = (int)zCoord; int zHigher = zLower + 1; float zRelative = (zCoord - zLower) / ((float)zHigher - (float)zLower); float float float float heightLxLz heightLxHz heightHxLz heightHxHz = = = = heightData[xLower, zLower]; heightData[xLower, zHigher]; heightData[xHigher, zLower]; heightData[xHigher, zHigher]; = (xRelative + zRelative < 1);

Matrix cameraRotation = Matrix.CreateRotationX(MathHelper.PiOver4); Vector3 cameraPosition = new Vector3(0, 0, 0); Vector3 cameraOriginalUpVector = new Vector3(0, 1, 0); Vector3 cameraOriginalTarget = new Vector3(0, 0, -1); Vector3 cameraRotatedTarget = Vector3.Transform(cameraOriginalTarget, cameraRotation); Vector3 cameraRotatedUpVector = Vector3.Transform(cameraOriginalUpVector, cameraRotation); viewMatrix = Matrix.CreateLookAt(cameraPosition, cameraRotatedTarget, cameraRotatedUpVector); Here the arbitrary rotation matrix is simply a rotation around the x-axis, so you can still easily visualize it. The same code, however, is capable of handling any rotation, such as the following one, which combines a rotation over the three axes. The following code generates a matrix that combines a rotation of 45 degrees over the z-axis, 22.5 degrees over the y-axis, and 90 degrees over the x-axis: Matrix cameraRotation = Matrix.CreateRotationX(MathHelper.PiOver2)* Matrix.CreateRotationY(MathHelper.Pi/8.0f)* Matrix.CreateRotationZ(-MathHelper.PiOver4); The position of the camera is unchanged, while you have to find the rotated versions of the Forward and Up vectors for your camera.

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The following code shows an example of a generic delegate. In Main, generic delegate MyDelegate is instantiated with an argument of type string and initialized with method PrintString. delegate void MyDelegate<T>(T value); class Trivial { static public void PrintString(string s) { Console.WriteLine(s); } // Generic delegate

In the last section, we stole some visual style magic from the standard Plone news item s template, avoiding having to define our own CSS rules but let s imagine that we need to do it For instance, let s create an info box showing the region information at the top-right of the Regional News template To accomplish this task, we will first register a CSS file of our own as a Zope 3 resource and use the portal_css registry to include it in the standard Plone CSS file Then we will create a new Zope browser view and register it as the default view method for our content type This requires that we discuss theming, which relates to everything in Plone connected with presentation Plone can be skinned quite easily without compromising the application.

In the most general case, you want to set an arbitrary rotation on the camera and specify the position of the camera at a certain point in 3D space. To start with, imagine you position your camera at the (10,20,30) point in 3D space, without rotation. Quite simply, the Position vector of your camera would be (10,20,30). Without rotation, you want the camera to look in the (0,0,-1) Forward direction.

static public void PrintUpperString(string s) // Method matches delegate { Console.WriteLine("{0}", s.ToUpper()); } } class Program { static void Main() { MyDelegate<string> MyDel = // Create inst of delegate new MyDelegate<string>(Trivial.PrintString); MyDel += Trivial.PrintUpperString; // Add a method. MyDel("Hi There."); } } This code produces the following output: Hi There. HI THERE. // Call delegate

Thanks to this, it is simple to separate all the files and templates defining our skin into Plone products Since there are beautiful online tutorials on Ploneorg (http://ploneorg/ documentation/phc_topic_area topic=Visual+Design#creating-theme- roducts), we will p leave these tutorials as an exercise for you For sure, developing a product very often requires some user interface tweaking, and that can be interpreted as theming, because we use the same tools and techniques implemented for core skinning The easy part is to modify our regionalnews_view template, separating style rules from content information: we will implement our own CSS file, containing our style rules Here are the adjustments to the regionalnewsviewpt file: .. <div tal:replace="structure provider:ploneabovecontenttitle" /> <div id="regionalnews_info_box"> <h3> Region: <metal:field se- acro="python:herewidget('region', mode='view')"> u m Region </metal:field> </h3> </div> <div class="rnewsImageContainer" tal:condition="here/image_mini|nothing"> ...

Note Keep in mind that you have to specify the Target point, not the Target direction! Indicating (0,0,-1)

as the Target vector would be wrong, because this would make your camera always look at the (0,0,-1) point. Imagine that later you want to move your camera to the (-10,20,30) point, for example. If you still specify (0,0,-1) as the Target vector, the camera would still be looking at the (0,0,-1) point, so the direction the camera is looking has been changed!

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