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Regardless of the approach you take for task sign-up, it is very likely that the developers will have task points left over or some tasks will remain unassigned. If developers still have task points, you need to look at possibly taking on more work in the iteration. If you have tasks left unassigned, you need to either simplify the user story to the point where those tasks can be eliminated or remove the entire user story and select a simpler user story to include in the iteration. In our example, it turned out that the tasks for all the user stories in this iteration were assigned. All of the developers used up their task points, except for one. The developer with the initials HM did not use all of her task points; she has 7 task points left over. Here s how the coach might present the situation to the customer: Coach: It looks like we have 7 extra points to spend. Is there anything else that you d like to move into this iteration Customer: Well, I d like to move the Display Shopping Cart Contents story into the iteration, but it s 1 story point, which equals 8 task points. This would put me over by 1 task point. Coach: Why don t we task that story out and see if we can get a more granular estimate Customer: Great. Let s give it to the developers. Coach: Well, what do you know The developers estimated the story s tasks to total exactly 7 task points. Figure 12-13 shows the Display Shopping Cart Contents story tasks and assignments.

Formsdll: open open open open open System SystemThreading SystemWindowsForms SystemDrawingImaging SystemDrawing.

def draw_quick(self): if self.display_list_id is None: # Generate and compile a display list that renders the geometry self.display_list_id = glGenLists(1) glNewList(self.display_list_id, GL_COMPILE) self.draw() glEndList() glCallList(self.display_list_id) Sending the geometry one vertex at a time can be slow, so there is also a draw_quick method that compiles a display list containing the model geometry, which can then be rendered with a single call to glCallList. The Model3D class now contains everything we need to load and render a 3D model, but before we use it we should write the code to clean up the OpenGL resources we have used. Listing 11-7 adds a free_resources method to Model3D that deletes the display list and any texture that were created. This method can be called when you no longer need the model, or you can let it be called automatically by the __del__ method, which is called by Python when there are no more references left to the object.

// the width & height for the simulation let width, height = 500, 600 // the bitmap that will hold the output data let bitmap = new Bitmap(width, height, PixelFormat.Format24bppRgb) // a form to display the bitmap let form = new Form(Width = width, Height = height, BackgroundImage = bitmap) // the function which recieves that points to be plotted // and marshals to the GUI thread to plot them let printPoints points = form.Invoke(new Action(fun () -> List.iter bitmap.SetPixel points form.Invalidate())) |> ignore // the mailbox that will be used to collect the data let mailbox = MailboxProcessor.Start(fun mb -> // main loop to read from the message queue // the parameter "points" holds the working data let rec loop points = async { // read a message let! msg = mb.Receive() // if we have over 100 messages write // message to the GUI if List.length points > 100 then printPoints points return! loop [] // otherwise append message and loop return! loop (msg :: points) } loop []) // start a worker thread running our fake simulation let startWorkerThread() = // function that loops infinitely generating random // "simulation" data let fakeSimulation() = let rand = new Random() let colors = [| Color.Red; Color.Green; Color.Blue |] while true do // post the random data to the mailbox // then sleep to simulate work being done