how to generate qr code in asp.net core

how to generate qr code in asp net core

how to generate qr code in asp.net core

how to generate qr code in asp.net core

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// create a plane and add it to the given mesh let addPlaneToMesh (mesh : MeshGeometry3D) xRes yRes = mesh.Positions <- mapPositionsCenter (createPlanePositions xRes yRes) mesh.TextureCoordinates <- createPlaneTextures xRes yRes mesh.TriangleIndices <- createIndicesPlane xRes yRes let movingWaves (t : float) x y = (Math.Cos((x + t) * Math.PI * 4.0) / 3.0) * (Math.Cos(y * Math.PI * 2.0) / 3.0) // create our window let window = createWindow "Window2.xaml" let mesh = // grab the 3D view port let viewport = window.FindName("ViewPort") : > Viewport3D // find all the meshes and get the first one let meshes = findMeshes viewport let mesh = Seq.head meshes // add plane to the mesh addPlaneToMesh mesh 20 20 mesh let changePositions () = let dispatcherTimer = new DispatcherTimer() dispatcherTimer.Tick.Add (fun e -> let t = (float DateTime.Now.Millisecond) / 2000.0 let newPositions = mesh.Positions |> Seq.map (fun position -> let z = movingWaves t position.X position.Y new Point3D(position.X, position.Y, z)) mesh.Positions <- new Point3DCollection(newPositions)) dispatcherTimer.Interval <- new TimeSpan(0,0,0,0,100) dispatcherTimer.Start() let main() = let app = new Application() changePositions()

when you animate things, and your game may look different on each computer it is run on. Try commenting out the call to screen.blit to see what happens.

// show the window app.Run(window) |> ignore [<STAThread>] do main() Executing the code in Listing 8-8 produces the window shown in Figure 8-8. It doesn t show off the animated results, but you should try out the application and see the animated effects for yourself.

1.0 3.0 3.5 3.0 3.5 7.0 4.0 2.0 2.0 1.5 2.5 1.0 1.0 5.5 2.0 1.0 43.50

After we draw the background, we want to draw mouse_cursor underneath the usual mouse pointer: x, y = pygamemouseget_pos() x -= mouse_cursorget_width()/2 y -= mouse_cursorget_height()/2 screenblit(mouse_cursor, (x, y)) Getting the position of the mouse is nice and simple; the pygamemouse module contains all we need to work with the mouse, including get_pos, which returns a tuple containing the mouse coordinates The first line unpacks this tuple into two values for convenience: x and y We could use these two values as coordinates when we blit the mouse cursor, but that would place the top-left corner of the image under the mouse, and we want the center of the image to be under the mouse.

Figure 8-8. A 3D scene created using XAML and F# You should also play with this sample in fsi. You can subtly alter the sample to run inside fsi, and then dynamically alter the function you apply to the plane. You must alter the original script in several small ways.

So we do a little math (fear not!) to adjust x and y so that the mouse image is moved up by half its height and left by half its width Using these coordinates places the center of the image right under the mouse pointer, which looks better At least it does for an image of a fish if you want to use a more typical pointer image, adjust the coordinates so that the tip lies underneath the real mouse coordinates Blitting the mouse image is done in the same way as blitting the background, but we use the coordinates we calculated rather than (0, 0) This is enough to create the effect we are looking for, but there is one more thing we have to do before we can see anything: pygamedisplay.

Now the planning game phase begins The developers and testers talk to the customer about how often the customer would like to see progress during development They tell the customer that they can deliver new functionality in as little time as every week and as long as every three weeks, but every two weeks is ideal The customer agrees that delivery of new features every two weeks is good for him Next, the customer asks when all the features described can be delivered Because this is a new development team, without any XP team history, the team s tracker does a quick one-time calculation There are four developers on the team and it was just decided that the team will deliver in two-week iterations The calculation shows that this team will deliver all the requested features in four iterations or two months, as follows: 1.