1. Destroy the Castle – Example Instructions

2. Functional Decomposition2 Lab 1 Activity 1 Build, Run, and Benchmark

3. Functional Decomposition3 Lab 1 Activity 1 Step 1 Open ParallelDemo.sln

4. Functional Decomposition4 Lab 1 Activity 1 Step 2 Set Main as StartUp Project

5. Functional Decomposition5 Lab 1 Activity 1 Step 3a Set Project Properties Include Path to point to DX7SDK/include directory Set Project Properties Library Path to point to DX7SDK/Lib Build in Debug Mode and run. ◦ Notice abysmal performance ◦ Why is this the case?

6. Functional Decomposition6 Lab 1 Activity 1 Steps 3-4 Switch to Release Mode or

7. Functional Decomposition7 Lab 1 Activity 1 Steps 5-6 Build and Run

8. Functional Decomposition8 Lab 1 Activity 1 Steps 7-11 Benchmark the Castle Demo

9. Functional Decomposition 9 Lab 1 Activity 1 Results – Single Threaded Run 1Run 2Run 3Average 47 FPS48 FPS47 FPS

10. Functional Decomposition10 Lab 1 Activity 2 Data Synchronization

11. Functional Decomposition11 Lab 1 Activity 2 Step 1 Open ParallelDemo.cpp

12. Functional Decomposition12 Lab 1 Activity 2 Steps 2-3 Declare Variable for Physics ////////////////////////////////////////////////////////////////////////// /// /// Lab 1 Activity 2: Declare Variable /// /// /// Declare variable pointer for the physics (Dynamics*) /// /// Initialize to NULL /// /// /// ------------------------- INSERT CODE HERE ----------------------- /// Dynamics* pDynamics = NULL; /// //////////////////////////////////////////////////////////////////////////

13. Functional Decomposition13 Lab 1 Activity 2 Steps 4-5 Get Physics Data ////////////////////////////////////////////////////////////////////////// /// /// Lab 1 Activity 2: Get Physics Data /// /// /// Call the GetDynamics function of the castle simulation class /// /// (s_pCastleSimulation) /// /// /// ------------------------- INSERT CODE HERE ----------------------- /// pDynamics = s_pCastleSimulation->GetDynamics(); /// //////////////////////////////////////////////////////////////////////////

14. Functional Decomposition14 Lab 1 Activity 2 Steps 6-7 Replace with Variable ////////////////////////////////////////////////////////////////////////// /// /// Lab 1 Activity 2: Replace Dynamics /// /// /// Replace call to GetDynamics with the newly created variable /// /// /// ------------------------- INSERT CODE HERE ----------------------- /// s_pBugs->Update( s_pCastleSimulation->GetDynamics() ); /// ////////////////////////////////////////////////////////////////////////// pDynamics

15. Functional Decomposition15 Lab 1 Activity 2 Steps 8-9 Get Insect Data ////////////////////////////////////////////////////////////////////////// /// /// Lab 1 Activity 2: Get Bug Data /// /// /// Call the GetInstances function of the bugs class (s_pBugs) /// /// /// ------------------------- INSERT CODE HERE ----------------------- /// s_pBugs->GetInstances( &pBugInstances ); /// //////////////////////////////////////////////////////////////////////////

16. Functional Decomposition16 Lab 1 Activity 2 Steps 10-12 Replace with Variable ////////////////////////////////////////////////////////////////////////// /// /// Lab 1 Activity 2: Replace Dynamics and Bugs /// /// /// Replace call to GetDynamics with the newly created variable /// /// Remove the call to get bug information /// /// /// ------------------------- INSERT CODE HERE ----------------------- /// s_pBugs->GetInstances( &pBugInstances ); s_pParticles->Update( s_pCastleSimulation->GetDynamics(), g_pCamera, pBugInstances, ( s_bPauseSimulation || s_bPauseParticles ) ); /// ////////////////////////////////////////////////////////////////////////// pDynamics

17. Functional Decomposition17 Lab 1 Activity 2 Step 13 Build and Run

18. Functional Decomposition18 Lab 1 Activity 3 Implement Functional Decomposition Physics AI Particles Main

19. Functional Decomposition19 Lab 1 Activity 3 Steps 1-3 Create Synchronization Events s_hTickDoneEvent[n] = CreateEvent( NULL, TRUE, FALSE, NULL );

20. Functional Decomposition20 Lab 1 Activity 3 Steps 4-6 Destroy Synchronization Events WaitForMultipleObjects( NUM_EVENTS, s_hTickDoneEvent, TRUE, INFINITE ); … CloseHandle( s_hTickDoneEvent[n] );

21. Functional Decomposition21 Lab 1 Activity 3 Steps 7-8 Wait for Threads WaitForMultipleObjects( NUM_EVENTS, s_hTickDoneEvent, TRUE, INFINITE );

22. Functional Decomposition22 Lab 1 Activity 3 Steps 9-12 Thread Functional Block ResetEvent( s_hTickDoneEvent[n] ); QueueUserWorkItem( …ThreadProc, NULL, WT_EXECUTELONGFUNCTION );

23. Functional Decomposition23 Lab 1 Activity 3 Steps 13-15 Implement Threaded Functional Block s_pCastleSimulation->Tick(); or s_pBugs->Tick(); or s_pParticles->Tick(); SetEvent( s_hTickDoneEvent[n] );

24. Functional Decomposition24 Lab 1 Activity 3 Step 16 Build and Run

25. Functional Decomposition25 Lab 1 Activity 3 Steps 17-18 Benchmark Multi-Threaded Version

26. Functional Decomposition 26 Lab 1 Activity 3 Results – Multi-Threaded Run 1Run 2Run 3 AverageSpeed Up 77 FPS79 FPS78 FPS 1.7x