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The RegionalNewsConfigForm class inherits from plone.app.controlpanel.form. ControlPanelForm, so it is easily plugged into the Plone control panel user interface. It just needs to specify a few mandatory attributes, and also specify that it renders the IRegionalNewsConfig interface. Of course, we need to register our new component, so add the following to browser/ configure.zcml: ... <browser:page for="Products.CMFPlone.Portal.PloneSite" n ame="regionalnews- onfig" c class=".configlet.RegionalNewsConfigForm" permission="cmf.ManagePortal" /> ... Next, we need to provide the local utility in which to store our configuration; so, open the config.py file in the root of our package, and add the following code to the bottom: from from from from zope.interface import implements zope.schema.fieldproperty import FieldProperty zope.component import getUtility OFS.SimpleItem import SimpleItem

As final arguments, you need to define the distance between the camera and the near and far clipping planes. Because you put your camera at a distance of 10 units from the boundary of your Model, you will define your near clipping plane at a distance of 10 units from the camera. As you will define in the effect, the parts of the model at a distance of 10 units to the camera will be mapped to distance 0 and will get a completely black color in the final depth map. The distance between the near and far clipping planes must be the size of your BoundingSphere, which equals two times its radius. Matrix projectionMatrix = Matrix.CreateOrthographic(modelSphere.Radius*2, modelSphere.Radius*2, 10, 10 + modelSphere.Radius * 2); Now that you have your View and Projection matrices, you re ready to render your model: Matrix worldMatrix = Matrix.CreateTranslation(-modelSphere.Center); //draw model myModel.CopyAbsoluteBoneTransformsTo(modelTransforms); foreach (ModelMesh mesh in myModel.Meshes) { foreach (Effect currentEffect in mesh.Effects) { currentEffect.CurrentTechnique = currentEffect.Techniques["DepthMap"]; currentEffect.Parameters["worldMatrix"]. SetValue(modelTransforms[mesh.ParentBone.Index]*worldMatrix); currentEffect.Parameters["viewMatrix"].SetValue(viewMatrix); currentEffect.Parameters["projectionMatrix"].SetValue(projectionMatrix); } mesh.Draw(); } You can find the basics behind model rendering using a custom effect in recipe 4-7. The only specific code here is the World matrix, where you specify you want the center of the modelSphere to be positioned at the (0,0,0) 3D origin point.

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The names of many of the methods in Table 23-1 sound as if they are changing the string object. Actually, they are not changing the strings but returning new copies. For a string, any change allocates a new immutable string.

from plonebook.regional_news.interfaces import IRegionalNewsConfig class RegionalNewsConfig(SimpleItem): implements(IRegionalNewsConfig) regions = FieldProperty(IRegionalNewsConfig['regions']) As you can see, we just store our configurations in a Zope SimpleItem class, using zope. schema FieldProperty. This is a convenient way to easily annotate our instance with data coming from our interface. Presently, you will see how to create our local utility at the product s installation time using GenericSetup, naming it regionalnews_config and instantiating it at the site root level. Of course, we need to bind our configlet formlib class with this local utility; so, we register a function as an adapter, returning our local utility and providing IRegionalNewsConfig. So, at the bottom of the config.py file, add the following lines: def rn_config_adapter(context): return getUtility(IRegionalNewsConfig, name='regionalnews_config', context=context)

All that remains is to define the effect that will output the depth as a grayscale value. So, open a new file, and save it as depthmap.fx. These first three lines in your .fx file contain the only variables your HLSL file needs from your XNA application: float4x4 worldMatrix; float4x4 viewMatrix; float4x4 projectionMatrix; These variables are followed by the definition of the data your vertex shader will pass to your pixel shader, and another struct that holds the data your pixel shader will pass to the frame buffer.

For example, the following code declares and initializes a string called s. The first WriteLine statement calls the ToUpper method on s, which returns a copy of the string that is in all uppercase. The last line prints out the value of s, showing that it is unchanged. string s = "Hi there."; Console.WriteLine("{0}", s.ToUpper()); Console.WriteLine("{0}", s); This code produces the following output: HI THERE. Hi there. // Print uppercase copy. // String is unchanged.

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