SE Team 9 GlobalFlyer Cole Hoosier Ryan Hannebaum Leanne Gray Alex Stampbach

Project Statement GlobalFlyer allows a player to fly a Wright brothers-style airplane in 3D space using the OGRE graphic rendering engine and the FMOD sound system.

Iteration Plans Fixup 1: Get music and sound effects working again 2: Get collision detection with buildings working 3: Get the propellor showing up again Visual Environment 1: Add hovering objects to the world 2: Add proximity detection to hovering objects 3: Modify texture of hovering objects based on proximity Icing: Create multiple levels, progressing in difficulty User Interface 1: Add mouse control of camera 2: Add visually-appealing digital readouts of data the user might want 3: Add the ability to toggle sound, gui, etc.

OCL plan Areas that lend themselves well to OCL specifications Collision detection of plane with ground/objects No re-initialization of sound system Placement of bubbles/buildings on terrain (must be within the boundaries of the world) Checking win-condition for a level (must have “touched” all bubbles)

GlobalFlyer Web Site

UML Models

FrameStarted Sequence Diag

Class Diagram Overview

The FrameListener

The Camera

The Plane

The Physics

The Sound OldNew

Source Code

Floating Bubbles!

Lots and lots of bubbles…

Bubbly Source ballNode = mSceneMgr->getRootSceneNode ()->createChildSceneNode ( StringConverter::toString (i), Vector3 ( Math::RangeRandom (1000, 14000), Math::RangeRandom(500,1000), Math::RangeRandom (1000, 14000))); ballEntity = mSceneMgr->createEntity (StringConverter::toString (i), "sphere.mesh"); //ballEntity->setMaterialName("GlobalFlyer/YellowSphere"); ballEntity->setMaterialName("GlobalFlyer/RedSphere"); //ballEntity->setMaterialName("GlobalFlyer/BlueSphere"); ballEntity->setCastShadows(true); ballNode->attachObject(ballEntity); sample_application.cpp

Bubbly Source FileSystem=../../new_media/materials/scripts FileSystem=../../new_media/materials/textures resources.cfg

Bubbly Source Texture_spheremap.png

Bubbly Source material GlobalFlyer/RedSphere {technique {pass {ambient diffuse texture_unit {texture spheremap.png env_map spherical rotate_anim 0.1 }}}} gf.material

Sound, glorious sound

Sound Source bool CFmod::initialized = false; bool CFmod::InitSoundSystem() { if (!initialized) { if (!FSOUND_Init(44100, 32, FSOUND_INIT_GLOBALFOCUS)) { DisplayError(); return false; } initialized = true; } return true; } fmod.cpp

Sound Source void CFmod::FreeSoundSystem() { FSOUND_Close(); initialized = false; } fmod.cpp

Sound Source void CFmod::SetLoop(bool loop, int start, int end) { if (m_pSound != NULL) { if (loop) { FSOUND_Sample_SetMode ( m_pSound, FSOUND_LOOP_NORMAL ); if( start >= 0 && end >= 0) { FSOUND_Sample_SetLoopPoints( m_pSound, start, end); } } else { FSOUND_Sample_SetMode ( m_pSound, FSOUND_LOOP_OFF ); } fmod.cpp

Sound Source // in constructor CFmod::InitSoundSystem(); musicSound.Load("../../new_media/audio/GlobalFlyer.mp3"); musicSound.SetLoop(true, -1, -1); musicSound.Play(); engineSound.Load("../../new_media/audio/engine.wav"); engineSound.SetLoop(true, 5000, 70000); engineSound.Play(); crashSound.Load("../../new_media/audio/crash.wav"); … // at crash// at restart engineSound.Pause();crashSound.Stop(); crashSoundStarted = true;crashSoundStarted = false; crashSound.Play();engineSound.Pause(); ogre_character.cpp

MouseLook MouseListener, MouseMotionListenerMouseListener, MouseMotionListener void mouseDragged(MouseEvent* e) void mouseDragged(MouseEvent* e) mEventProcessor?! mEventProcessor?!

EventProcessor ExampleFrameListener.hExampleFrameListener.h –mEventProcessor always instantiates SampleListener.cppSampleListener.cpp –Initialize mEventProcessor –Add mouse-related event listeners –Start processing events

mouseDragged() void SampleListener::mouseDragged(MouseEvent* e) { //mChar->getCameraNode()->setAutoTracking(false); //mChar->getSightNode()->yaw(Degree(-e->getX()*mRotate)); //mChar->getSightNode()->pitch(Degree(-e->getY()*mRotate)); if (mExCamera) { mExCamera->instantUpdate(mChar->getCameraNode()- >getWorldPosition(), mChar->getCameraNode()- >getWorldPosition() + (100*(Vector3(-e->getX(), -e->getY(), e- >getZ())))); //mExCamera->mouseLook(-e->getRelX(), -e->getRelY(), mRotate); }

Analysis of Iteration 1

DateBCWSBCWPACWPBACEVSPISVCPICV 2/2/ % /9/ %inf %300 2/16/ %inf %570 2/23/ %inf %-360 3/2/ %100.00%087.23%-360 Table of Measurements

Earned Value The sum of the planned values for all completed tasks Shows that tasks were completed at regular intervals up until the 27 th when Iteration 1 was schedule to be completed

Schedule Performance Index Budgeted Cost of Work Performed over Budgeted Cost of Work Scheduled

Schedule Variance Budgeted Cost of Work Performed less the Budgeted Cost of work Scheduled

Cost Performance Index Budgeted Cost of Work Performed over Actual Cost of Work Performed For the first 2 weeks, over estimated For the last 2 week, under estimated

Cost Variance Budgeted Cost of Work Performed over Actual Cost of Work Performed Same as Cost Performance Index

Members Comparison

Plan for Iteration 2

Who has Questions? -Images from texasbestgrok.mu.nu/images/GF2.jpg