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What are Statements Expression Statements Flow-of-Control Statements The if Statement The if...else Statement The switch Statement The while Loop The do Loop The for Loop Jump Statements The break Statement The continue Statement Labeled Statements The goto Statement The using Statement Other Statements

Special workflows configured in your Plone site could have more and different options and workflow states (such as In progress, Open for submissions, etc.; see 7). The last option in the State drop-down list is Advanced. Clicking this will open a form for changing the status of an object, as shown in Figure 3-34.

The first line is required so your graphics card knows each vertex will be carrying position, normal, and texture coordinate data I ve already discussed the next two methods; they generate all the vertices and indices required to render the terrain The GenerateNormalsForTriangleStrip method was explained in recipe 5-7; it adds normal data to your terrain vertices so your terrain can be lit correctly The final method sends your data to your graphics card: private void CreateBuffers(VertexPositionNormalTexture[] vertices, int[] indices) { terrainVertexBuffer = new VertexBuffer(device, VertexPositionNormalTextureSizeInBytes * verticesLength, BufferUsageWriteOnly); terrainVertexBufferSetData(vertices); terrainIndexBuffer = new IndexBuffer(device, typeof(int), indicesLength, BufferUsageWriteOnly); terrainIndexBufferSetData(indices); } You can find an explanation of all the methods and arguments used here in recipe 5-3 With your data uploaded to your graphics card, it s time to finally render your terrain.

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This first part of the code correctly sets the variables of your BasicEffect (including lighting; see recipe 6-1), so add it to your Draw method: int width = heightDataGetLength(0); int height = heightDataGetLength(1); basicEffectWorld = MatrixIdentity; basicEffectView = fpsCamViewMatrix; basicEffectProjection = fpsCamProjectionMatrix; basicEffectTexture = grassTexture; basicEffectTextureEnabled = true; basicEffectEnableDefaultLighting(); basicEffectDirectionalLight0Direction = new Vector3(1, -1, 1); basicEffectDirectionalLight0Enabled = true; basicEffectAmbientLightColor = new Vector3(03f, 03f, 03f); basicEffectDirectionalLight1Enabled = false; basicEffectDirectionalLight2Enabled = false; basicEffectSpecularColor = new Vector3(0, 0, 0); As always when rendering a 3D scene to a 2D screen, you ll need to set the World, View, and Projection matrices (see recipes 2-1 and 4-2) Next, you indicate which texture you want to use to add some color to your terrain.

The statements in C# are very similar to those of C and C++. This chapter will cover the characteristics of a C# statement, as well as the flow-of-control statements provided by the language. A statement is a source code instruction describing a type or telling the program to perform an action. There are three major categories of statements, as follows: Declaration statements: Statements that declare types or variables Labeled statements: Statements to which control can jump Embedded statements: Statements that perform actions or manage flow of control Previous chapters have covered a number of different declaration statements, including declarations of local variables, classes, and class members. This chapter will cover the embedded statements, which do not declare types, variables, or instances. Instead, they use expressions and flow-of-control constructs to work with the objects and variables that have been declared by the declaration statements. A simple statement consists of an expression followed by a semicolon. A block is a sequence of statements enclosed by matching curly braces. The enclosed statements can include the following: Declaration statements Labeled statements Embedded statements Nested blocks The following code gives examples of each: int x = 10; int z; { int y = 20; z = x + y; top: y = 30; ... { ... } } // Simple declaration // Simple declaration // // // // Block Simple declaration Embedded statement Labeled statement

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