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The alignment specifier represents the minimum width of the field in terms of characters. The alignment specifier has the following characteristics: It is optional and separated from the index with a comma. It consists of a positive or negative integer. The integer represents the minimum number of characters to use for the field. The sign represents either right or left alignment. Positive specifies right alignment; negative specifies left alignment. Index -- use 0th item in the list. Console.WriteLine("{0, 10}", 500); Alignment specifier -- right-align in a field of 10 characters. For example, the following code shows two format items, formatting the value of int variable MyInt. In the first case, the value of MyInt is displayed as a right-aligned string of ten characters. In the second case, it is left aligned. The format items are between two vertical bars, just to show in the output their limits on each side. int MyInt = 500; Console.WriteLine("|{0, 10}|", MyInt); Console.WriteLine("|{0,-10}|", MyInt);

However, because the processor is dealing with Models instead of textures, the input and output will be different, as indicated in both images.

def __call__(self, context): rn_config_utility = rn_config_adapter(context) items = rn_config_utility.regions if not items: items = (u"n.d.",) items = [SimpleTerm(el, el) for el in items] return SimpleVocabulary(items) RegionsVocabularyFactory = RegionsVocabulary() As you can see, we just get rid of the REGIONS constant to pick up the regions stored in our local utility. Also, our rn_config_utility function turned out to be useful to easily get the local utility in this module, too. Just restart the Zope service, and add a new Regional News item in the site root. You will get the regions you specified through the configlet.

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By extending the Process method, you gain full control of the contents of the Model object, before it is loaded into your XNA project. In this case, you want to hijack the way the materials inside the Models are processed, because effects are stored inside the material information. So in step 4 of the checklist presented in recipe 4-9, inside your custom Model processor class, you don t have to override the Process method as shown in that example, but the ConvertMaterial method. This method is called by the default Process method each time a material is encountered in the Model that needs loading. So, replace the dummy Process method you see in your new file with this one: [ContentProcessor] public class ModelCustomEffectProcessor : ModelProcessor { protected override MaterialContent ConvertMaterial(MaterialContent material, ContentProcessorContext context) { return context.Convert<MaterialContent, MaterialContent>(material, "MaterialCustomEffectProcessor"); } } This will create a ModelCustomEffectProcessor class that you can select from your dropdown list when importing a Model file to process it. This processor will process the geometrical information the same way as the default ModelProcessor would, because you are overriding only the ConvertMaterial method that is called every time a material is encountered in the Model. In the ConvertMaterial method, you indicate that the materials should be processed by the MaterialCustomEffectProcessor, which you ll define now. After your ModelCustomEffectProcessor class, add this class: [ContentProcessor] public class MaterialCustomEffectProcessor : MaterialProcessor { public override MaterialContent Process(MaterialContent input, ContentProcessorContext context) { return base.Process(input, context); } }

This code produces the following output; there are ten characters between the vertical bars: | |500 500| |

As its attribute indicates, it s a content processor by itself. Instead of processing Models or textures, it can process materials. By inheriting from the MaterialProcessor, you indicate it will receive a MaterialContent as input, process it, and return the updated MaterialContent. This time, you ll want to override the Process method of your MaterialCustomEffectProcessor, because you want to change the way the MaterialContent object is processed.

Summary

objects encountered in the NodeObject are handled. Similar to this, since textures and effects are stored in MaterialContent objects, you can change the way EffectContent and TextureContent objects are handled by overriding the BuildEffect or BuildTexture method inside your MaterialCustomEffectProcessor class, respectively.

The actual representation of the value might take more or fewer characters than specified in the alignment specifier: If the representation takes fewer characters than is specified in the alignment specifier, the remaining characters are padded with spaces. If the representation takes more characters than specified, the alignment specifier is ignored, and the representation uses as many characters as is needed.

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