void FindTheSpotGameEngine::Prepare()
{
if (g_pTile)
{
delete g_pTile;
g_pTile = NULL;
}
g_distance = 0;
Utils::GetLocation(&g_startLocation);
IwRandSeed(s3eTimerGetMs());
IGameHandler* pHandler = (IGameHandler*)g_pGameHandler;
Region* pRegion = pHandler->GetBoundingRegion();
// Calculate a random location within a given radius
int tryCount = 20;
do
{
double angle = PI / 180.0 * IwRandMinMax(-180, 180); // 360 degree range
int32 radius = IwRandMinMax(25, 50); // 50 meters
LiveMaps::CalculateLatLongInDirection(&g_startLocation, radius, angle, &g_randLocation);
if (pRegion->Contains(g_randLocation))
{
break;
}
} while (tryCount-- > 0);
int acx = LiveMaps::LongitudeToXAtZoom(g_randLocation.m_Longitude, LiveMaps::MaxZoom);
int acy = LiveMaps::LatitudeToYAtZoom(g_randLocation.m_Latitude, LiveMaps::MaxZoom);
int tx = acx / 256;
int ty = acy / 256;
int x = tx * 256;
int y = ty * 256;
g_tileLoc.x = (acx - x);
g_tileLoc.y = (acy - y);
char szQuad[20];
int server = 0;
LiveMaps::TileToQuadKey(szQuad, tx, ty, LiveMaps::MaxZoom);
char szImageUrl[256];
sprintf(szImageUrl, "http://r%i.ortho.tiles.virtualearth.net/tiles/%s%s.%s?g=22", server, "h", szQuad, "jpg");
g_topLeft.m_Longitude = LiveMaps::XToLongitudeAtZoom(x, LiveMaps::MaxZoom);
g_topLeft.m_Latitude = LiveMaps::YToLatitudeAtZoom(y, LiveMaps::MaxZoom);
g_botRight.m_Longitude = LiveMaps::XToLongitudeAtZoom(x+256, LiveMaps::MaxZoom);
g_botRight.m_Latitude = LiveMaps::YToLatitudeAtZoom(y+256, LiveMaps::MaxZoom);
Utils::DownloadMapTile(&g_pTile, szImageUrl);
}
int main()
{
char animatingText[] = "... Some Animating Text ...";
uint64 animatingTextTimer;
// seed RNG
int32 ms = (int32)s3eTimerGetMs();
IwRandSeed(ms);
// create our Marmalade UI interface
ExampleUI *ui = new ExampleUI();
ui->Log("main()");
//ui->EnableAllButtons(false);
// Attempt to start up the Store interface
s3eAndroidGooglePlayBillingStart(publicKey);
// register callbacks and pass in our UI pointer which the callback
s3eAndroidGooglePlayBillingRegister(S3E_ANDROIDGOOGLEPLAYBILLING_LIST_PRODUCTS_CALLBACK,ListCallback,ui);
s3eAndroidGooglePlayBillingRegister(S3E_ANDROIDGOOGLEPLAYBILLING_RESTORE_CALLBACK,RestoreCallback,ui);
s3eAndroidGooglePlayBillingRegister(S3E_ANDROIDGOOGLEPLAYBILLING_PURCHASE_CALLBACK,PurchaseCallback,ui);
s3eAndroidGooglePlayBillingRegister(S3E_ANDROIDGOOGLEPLAYBILLING_CONSUME_CALLBACK,ConsumeCallback,ui);
ui->SetStatusText((s3eAndroidGooglePlayBillingIsSupported())?"Initialised":"Unitialised");
// create the Unit Test singleton
//gTests = new UnitTests(ui); // DH: Not implemented for this extension yet
animatingTextTimer = s3eTimerGetMs();
// run the app
while (1)
{
//gTests->Update(); // update the tests if they're running
//s3eAndroidGooglePlayBillingIsSupported()
// animate the text
if (s3eTimerGetMs() > animatingTextTimer + 20)
{
int len = strlen(animatingText);
char c = animatingText[0];
memmove(animatingText,animatingText+1,len-1);
animatingText[len-1] = c;
ui->SetAnimatingText(animatingText);
animatingTextTimer = s3eTimerGetMs();
}
//ui->SetStatusText((s3eAndroidGooglePlayBillingIsSupported())?"Initialised":"Unitialised"); // annoying log spam
ui->Update(); // update the UI
s3eDeviceYield();
}
return 0;
}
void EggDropGameEngine::Start()
{
g_lastTimeAdd = -1000;
g_lineGraph.Clear();
g_distance = 0;
Utils::GetLocation(&g_startLocation);
IwRandSeed(s3eTimerGetMs());
s3eAccelerometerStart();
g_bBroken = false;
g_finalScore = 0;
g_iCrackIter = 0;
}
CameraDefend::CameraDefend() {
IwRandSeed((int32)s3eTimerGetMs());
for (int i = 0; i < DEFEND_TOUCHES_MAX; i++) {
touch[i] = new DefendTouch;
touch[i]->drawing = false;
}
dotTextureGreen = Iw2DCreateImage("textures/defending_dot/defending_dot.png");
dotTextureRed = Iw2DCreateImage("textures/defending_dot/defending_dot_red.png");
dotTexture = dotTextureGreen;
dotAngle = 0;
animTexturePress = new CIwTexture;
animTexturePress->LoadFromFile("textures/defending_dot/defending_anim.png");
animTexturePress->Upload();
animMat = new CIwMaterial;
animMat->SetTexture(animTexturePress);
animMat->CreateAnim();
animMat->SetAnimCelW((double)animTexturePress->GetWidth()/cells);
animMat->SetAnimCelH((double)animTexturePress->GetHeight()/rows);
animMat->SetAnimCelPeriod(2);
animTextureSuccess = new CIwTexture;
animTextureSuccess->LoadFromFile("textures/defending_dot/defending_success.png");
animTextureSuccess->Upload();
animMatSuccess = new CIwMaterial;
animMatSuccess->SetTexture(animTextureSuccess);
animMatSuccess->CreateAnim();
animMatSuccess->SetAnimCelW((double)animTexturePress->GetWidth()/cellsSuccess);
animMatSuccess->SetAnimCelH((double)animTexturePress->GetHeight()/rowsSuccess);
animMatSuccess->SetAnimCelPeriod(2);
reinit();
active = false;
defended = false;
}
void CGame::GenerateRandomScore()
{
IwRandSeed((int32)s3eTimerGetMs());
m_score = IwRand();
((CGUILabel *)m_guicontrols[0])->SetCaptioni(m_score);
}
void CaptureGameEngine::Start()
{
Utils::GetLocation(&g_startLocation);
IwRandSeed(s3eTimerGetMs());
// get the 9 tiles around our location
int acx = LiveMaps::LongitudeToXAtZoom(g_startLocation.m_Longitude, LiveMaps::MaxZoom);
int acy = LiveMaps::LatitudeToYAtZoom(g_startLocation.m_Latitude, LiveMaps::MaxZoom);
int tx = acx / 256;
int ty = acy / 256;
int x = tx * 256;
int y = ty * 256;
g_tileLoc.x = (acx - x);
g_tileLoc.y = (acy - y);
char szQuad[20];
char szImageUrl[256];
g_topLeft.x = x;// + 128;
g_topLeft.y = y;// + 128;
for (int ttx = tx - 1; ttx <= tx + 1; ++ttx)
{
for (int tty = ty - 1; tty <= ty + 1; ++tty)
{
int server = 0;
LiveMaps::TileToQuadKey(szQuad, ttx, tty, LiveMaps::MaxZoom);
sprintf(szImageUrl, "http://r%i.ortho.tiles.virtualearth.net/tiles/%s%s.%s?g=22", server, "h", szQuad, "jpg");
g_pTiles[1 + (ttx-tx)][1 + (tty-ty)] = 0;
Utils::DownloadMapTile(&g_pTiles[1 + (ttx-tx)][1 + (tty-ty)], szImageUrl);
}
}
s3eLocation bottomRight, topLeft, topRight, bottomLeft, center;
bottomRight.m_Latitude = LiveMaps::YToLatitudeAtZoom(y+512, LiveMaps::MaxZoom);
bottomRight.m_Longitude = LiveMaps::XToLongitudeAtZoom(x+512, LiveMaps::MaxZoom);
topLeft.m_Latitude = LiveMaps::YToLatitudeAtZoom(y-256, LiveMaps::MaxZoom);
topLeft.m_Longitude = LiveMaps::XToLongitudeAtZoom(x-256, LiveMaps::MaxZoom);
if (topLeft.m_Longitude > bottomRight.m_Longitude)
{
float longitude = bottomRight.m_Longitude;
bottomRight.m_Longitude = topLeft.m_Longitude;
topLeft.m_Longitude = longitude;
}
if (topLeft.m_Latitude > bottomRight.m_Latitude)
{
float latitude = bottomRight.m_Latitude;
bottomRight.m_Latitude = topLeft.m_Latitude;
topLeft.m_Latitude = latitude;
}
topRight.m_Longitude = topLeft.m_Longitude;
topRight.m_Latitude = bottomRight.m_Latitude;
center.m_Latitude = (bottomRight.m_Latitude + topLeft.m_Latitude) / 2;
center.m_Longitude = (bottomRight.m_Longitude + topLeft.m_Longitude) / 2;
float maxDir = LiveMaps::CalculateDistance(topLeft, topRight) / 2.1;
IGameHandler* pHandler = (IGameHandler*)g_pGameHandler;
Region* pRegion = pHandler->GetBoundingRegion();
for (int i = 0; i < 15; ++i)
{
s3eLocation* randLoc = new s3eLocation;
// Calculate a random location within a given radius
int tryCount = 20;
do
{
double angle = PI / 180.0 * IwRandMinMax(-180, 180); // 360 degree range
int32 radius = IwRandMinMax(5, maxDir); // 50 meters
LiveMaps::CalculateLatLongInDirection(¢er, radius, angle, randLoc);
s3eLocation testLoc = *randLoc;
if (pRegion->Contains(testLoc) && (testLoc.m_Latitude >= topLeft.m_Latitude) && (testLoc.m_Latitude <= bottomRight.m_Latitude) && (testLoc.m_Longitude >= topLeft.m_Longitude) && (testLoc.m_Longitude <= bottomRight.m_Longitude))
{
break;
}
} while (tryCount-- > 0);
g_pCaptures.push_back(randLoc);
}
g_caughtAllTime = 0;
}
void BackgroundManager::loadBackground(string backgroundName, CIwArray<string> extras)
{
IW_CALLSTACK("BackgroundManager::loadBackground");
this->units.clear();
if ( extras.size() != 0)
{
for ( int x = 0; x < (int)extras.size(); ++x)
{
if (extras[x].compare("cloud") == 0)
{
IwRandSeed ( time(NULL) );
int num = IwRandMinMax(1, 6); // how many clouds should be made
for ( int i = 0; i < num ; ++i)
{
CIwSVec2 pos = CIwSVec2( IwRandMinMax(-Screen::getBOXSIZE().x, Screen::getSCREENSIZE().x), IwRandMinMax(0, (int)(Screen::getSCREENSIZE().y * 0.33f)));
float velocity = (float) IwRandMinMax(500 ,2000) / 1000.0f;
int type = IwRandMinMax(1, 10); // the number of cloud pictures we have
Cloud * cloud = new Cloud(pos, velocity, type);
this->units.push_back(cloud);
}
}
else if (extras[x].compare("bird") == 0 )
{
CIwSVec2 pos = CIwSVec2(IwRandMinMax(0, Screen::getSCREENSIZE().x), IwRandMinMax(0, (int)(Screen::getSCREENSIZE().y * 0.4f)));
float velocity = IwRandMinMax(1000, 4000)/100.0f;
Bird * bird = new Bird(pos, velocity);
this->units.push_back(bird);
}
else if (extras[x].compare("gear") == 0 )
{
CIwSVec2 pos = CIwSVec2((int)(Screen::getSCREENSIZE().x * 0.3f), (int)(Screen::getSCREENSIZE().y * 0.4f));
float velocity = (float)IwRandMinMax(1, 1000) / 10.0f;
Gear * gear = new Gear(0);
Gear * gear1 = new Gear(1);
Gear * gear2 = new Gear(2);
this->units.push_back(gear);
this->units.push_back(gear1);
this->units.push_back(gear2);
}
else if (extras[x].compare("spiral") == 0)
{
this->units.push_back(new Spiral(CIwSVec2(Screen::getSCREENSIZE().x * 0.5 - 268/2, Screen::getSCREENSIZE().y * 0.5 - 268/2)));
//this->units.push_back(new Spiral(CIwSVec2(Screen::getSCREENSIZE().x * 0.75 - 268/4, Screen::getSCREENSIZE().y * 0.5 - 272/4)));
}
}
}
this->backgroundSegments.clear();
//if background is undefined no background is shown
if ( backgroundName.compare("") == 0)
{
return;
}
// format has to follow backgroundName + "piece number"
this->backgroundSegments.push_back(ImageManager::getImage( (backgroundName+"0").c_str() ));
this->backgroundSegments.push_back(ImageManager::getImage( (backgroundName+"1").c_str() ));
this->backgroundSegments.push_back(ImageManager::getImage( (backgroundName+"2").c_str() ));
this->backgroundSegments.push_back(ImageManager::getImage( (backgroundName+"3").c_str() ));
}
