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open System.Windows.Media.Media3D open System.Windows.Threading open System.Xml // creates the window and loads the given XAML file into it let createWindow (file : string) = using (XmlReader.Create(file)) (fun stream -> let temp = XamlReader.Load(stream) : > Window temp.Height <- 400.0 temp.Width <- 400.0 temp.Title <- "F# meets Xaml" temp) // finds all the MeshGeometry3D in a given 3D view port let findMeshes ( viewport : Viewport3D ) = viewport.Children |> Seq.choose (function : ModelVisual3D as c -> Some(c.Content) | _ -> None) |> Seq.choose (function : Model3DGroup as mg -> Some(mg.Children) | _ -> None) |> Seq.concat |> Seq.choose (function : GeometryModel3D as mg -> Some(mg.Geometry) | _ -> None) |> Seq.choose (function : MeshGeometry3D as mv -> Some(mv) | _ -> None) // loop function to create all items necessary for a plane let createPlaneItemList f (xRes : int) (yRes : int) = let list = new List<_>() for x = 0 to xRes - 1 do for y = 0 to yRes - 1 do f list x y list // function to initialize a point let point x y = new Point(x, y) // function to initialize a "d point let point3D x y = new Point3D(x, y, 0.0) // create all the points necessary for a square in the plane let createSquare f (xStep : float) (yStep : float) (list : List<_>) (x : int) (y : int) = let x' = float x * xStep let y' = float y * yStep

This line uses the blit member function of the screen Surface object, which takes a source image in this case, our 640 480 background and a tuple containing the destination position. The background will never move; we just want it to cover the entire Pygame window, so we blit to the coordinate (0, 0), which is the top left of the screen.

The user stories have all been estimated, so that the customer now understands what the cost of implementing each feature will be. These are intentionally high-level estimates, to allow everyone to start to understand the size of this project and determine if the project is worth the investment. We are making this determination as soon and as quickly as possible to minimize the upfront costs of the project as much as possible. Table 11-1 summarizes all of our stories and their associated estimates. Note that we are listing the user stories in a table simply for clarity in the book. In reality, you will write the estimates on the cards and lay the user stories out on a table or wall to get the big picture view. Table 11-1. Estimated User Stories

x' y') (x' + xStep) y') (x' + xStep) (y' + yStep)) (x' + xStep) (y' + yStep)) x' (y' + yStep)) x' y')

Tip It is important that you blit to every portion of the screen. If you don t, strange visual effects may occur

// create all items in a plane let createPlanePoints f xRes yRes = let xStep = 1.0 / float xRes let yStep = 1.0 / float yRes createPlaneItemList (createSquare f xStep yStep) xRes yRes // create the 3D positions for a plane, i.e., the thing that says where // the plane will be in 3D space let createPlanePositions xRes yRes = let list = createPlanePoints point3D xRes yRes new Point3DCollection(list) // create the texture mappings for a plane, i.e., the thing that // maps the 2D image to the 3D plane let createPlaneTextures xRes yRes = let list = createPlanePoints point xRes yRes new PointCollection(list) // create indices list for all our triangles let createIndicesPlane width height = let list = new System.Collections.Generic.List<int>() for index = 0 to width * height * 6 do list.Add(index) new Int32Collection(list) // center the plane in the field of view let mapPositionsCenter (positions : Point3DCollection) = let newPositions = positions |> Seq.map (fun position -> new Point3D( (position.X - 0.5 ) * -1.0, (position.Y - 0.5 ) * -1.0, position.Z)) new Point3DCollection(newPositions)

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