void SecretBoxArea::Init(GameCondition gameCondition)
{
secretboxes.clear();
boxSize = getBoxSize(gameCondition.resolution, 8, 12);
bool xy[8][16];
for(int i = 0; i < 8; i++)
for(int j = 0; j < 12; j++)
xy[i][j] = false;
while(secretboxes.size() < 8 * 12) {
BoxType randomBoxType = (BoxType)IwRandMinMax(1, 4);
for(int i = 0; i < 2; i++) {
int32 x, y;
do {
x = IwRandMinMax(0, 8);
y = IwRandMinMax(0, 12);
} while (xy[x][y]);
xy[x][y] = true;
SecretBox *s = new SecretBox(randomBoxType);
s->position = new CIwSVec2(y * boxSize->x + PADDING * (y + 1), x * boxSize->y + PADDING * (x + 1));
s->size = boxSize;
secretboxes.push_back(s);
}
}
}
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);
}
Scythe::Scythe(CIwSVec2 i2Position): LethalUnit()
{
IW_CALLSTACK("Scythe::Scythe");
this->tTextureList.push_back(ImageManager::getImage("scythe"));
this->tTextureList.push_back(ImageManager::getImage("bloodyscythe"));
this->sSoundList.push_back(SoundManager::getSound("scythe_kill"));
this->sSoundList.push_back(SoundManager::getSound("swoosh3"));
this->iSoundIndex = 5;
this->i2Position = i2Position;
this->sName="scythe";
this->brBoundingBox = BoundingRectangle(this->i2Position, this->i2Size, CIwSVec2((int)(this->i2Size.x * 0.7f), (int)(this->i2Size.y * 0.7f)));
this->bUpdate = false;
this->bIsMoving = true;
this->bDrawn = false;
this->mRot = CIwMat2D();
this->iLength = 0;
this->fAngularAcceleration = 0;
this->fAngularVel = 0;
this->fAngle = 0;
this->iCapDeathCount = 1000;
this->DarkGreen.Set(46, 139, 87, 255);
this->LightGreen.Set(0, 255, 127, 255);
this->green = IwRandMinMax(0 , 255);
this->up = true;
ClassTracker::addUnit(this);
}
void Mouse::update(uint64 time)
{
IW_CALLSTACK("Mouse::update");
if(GameState::getState() != GameState::PLAY)
{
return;
}
this->iTime = time;
this->iTimePassed += time;
this->brBoundingBox.setPosition(this->getPosition(), true);
if(this->bDead == false)
{
if(this->bUpdate == true)
{
this->iSoundIndex = IwRandMinMax(0, 4);
this->bDead = true;
this->bDrawn = true;
this->bUpdate = false;
this->setNotShiny();
for(int i = 0; i < (int)uAffectList.size(); ++i)
{
dynamic_cast<ShinyUnit*>(this->uAffectList[i])->setNotShiny();
dynamic_cast<Food*>(this->uAffectList[i])->bEmpty = true;
}
}
}
ShinyUnit::update();
}
void Leader::update() {
if (framesUntilUpdate == 0) {
curFrame = IwRandMinMax(0, numFrames-1);
framesUntilUpdate = 24;
} else {
--framesUntilUpdate;
}
}
// Purchase fluidtest.100coins
bool OnButton3Click(void* data, CButton* button)
{
ExampleUI *ui = (ExampleUI*)data;
ui->Log("Attempting to purchase fluidtest.100coins");
string randomPayload = string_format("TestPayload%d",IwRandMinMax(1,10000)); // let's be clear this is a test - in your code either don't set it or use something sensible you can check later on a different device
s3eAndroidGooglePlayBillingRequestPurchase(inAppSkus[0],true,randomPayload.c_str());
//s3eAndroidGooglePlayBillingRequestPurchase(subSkus[1],false,randomPayload.c_str());
return true;
}
void LethalUnit::deathSound()
{
IW_CALLSTACK("LethalUnit::deathSound");
if(this->iSoundIndex >= 0)
{
SoundManager::playSound(this->sSoundList[this->iSoundIndex]);
}
SoundManager::playSound(this->sSoundList[IwRandMinMax(0, 4)]);
}
bool Mouse::scaredMove(Box* bCurr, Box* bNext)
{
IW_CALLSTACK("Mouse::scaredMove");
CIwFVec2 ftemp = this->f2AbsPosition;
if(bCurr->i2Position == uTarget->i2Position)
{
this->bDead = true;
this->bUpdate = false;
this->bDrawn = true;
this->fShininess = -1;
return true;
}
else if(bCurr->getUnit("bucket") != NULL)
{
bCurr->getUnit("bucket")->bUpdate = true;
bCurr->getUnit("bucket")->bAffectUpdate = true;
this->bDead = true;
this->bUpdate = false;
this->bDrawn = true;
this->fShininess = -1;
return true;
}
else
{
this->iSoundIndex = IwRandMinMax(0, 4);
SoundManager::playSound(this->sSoundList[this->iSoundIndex]);
if(this->bMoveLeft == true)
{
this->f2AbsPosition.x -= this->f2Velocity.x * this->iTime * Screen::getMOVEMULTIPLIER().x;
this->i2Position.x = (int)this->f2AbsPosition.x;
}
else
{
this->f2AbsPosition.x += this->f2Velocity.x * this->iTime * Screen::getMOVEMULTIPLIER().x;
this->i2Position.x = (int)this->f2AbsPosition.x;
}
}
if((bNext == NULL || bCurr->bIsFilled == true || bNext->bIsFilled == true || bCurr->bIsWalkable == false || bNext->bIsWalkable == false))
{
if(this->bMoveLeft == true)
{
this->f2AbsPosition = ftemp;
//this->f2AbsPosition.x -= this->f2Velocity.x * this->iTime * Screen::getMOVEMULTIPLIER().x;
this->i2Position.x = (int)this->f2AbsPosition.x;
}
else
{
this->f2AbsPosition = ftemp;
//this->f2AbsPosition.x += this->f2Velocity.x * this->iTime * Screen::getMOVEMULTIPLIER().x;
this->i2Position.x = (int)this->f2AbsPosition.x;
}
}
return false;
}
void CatEvent::update(uint64 time)
{
IW_CALLSTACK("CatEventt::update");
this->iTime = time;
this->iTimePassed += time;
ShinyUnit::update();
this->brBoundingBox.setPosition(this->i2Position, true);
if(CatState::getState() == CatState::TRANSITIONING)
{
//cout << "cat event: TRANNY " << endl;
this->fShininess = (float)IwRandMinMax(0, 1000);
if(this->fShininess != 999)
{
this->fShininess = (float)IwRandMinMax(-4, 4);
}
this->setEvent();
//cout << "Cat event base shininess " << this->fShininess << endl;
}
}
GhostAttack::GhostAttack(Player* player, GhostType ghostType) {
if (IwRandMinMax(0, 11) == 11) {
// Critical hit
hit = 50;
} else {
hit = ((double)IwRandMinMax(PLAYER_MAX_MANA*27, PLAYER_MAX_MANA*40))/PLAYER_MAX_MANA;
}
this->player = player;
float strength;
if (getGameState()->getIntroState() == INTRO_ATTACK) {
strength = 0.2f;
} else {
strength = ghostType.getStrength();
}
hit = hit*strength;
lastTime = clock();
interval = 3000;
over = false;
}
void Food::update(uint64 time)
{
IW_CALLSTACK("Food::update");
this->iTime = time;
this->iTimePassed += time;
if(this->bAffectUpdate == true)
{
if(this->iTextureIndex == 0)
this->bEmpty = false;
if(this->bEmpty == false)
this->setShiny();
this->bAffectUpdate = false;
}
if(this->bUpdate == true)
{
if(this->bEmpty == false)
{
this->bEmpty = true;
this->iSoundIndex = IwRandMinMax(0, 5);
this->changeTexture(1);
this->bUpdate = false;
this->setNotShiny();
for(int i = 0; i <(int)uAffectList.size(); ++i)
{
this->uAffectList[i]->bAffectUpdate = true;
}
for( int i = 0; i < (int)this->uAttatchedToList.size(); ++i)
{
int x = this->uAttatchedToList.size();
if(dynamic_cast<Food*>(uAttatchedToList[i])->bEmpty == false)
{
dynamic_cast<Food*>(this->uAttatchedToList[i])->setNotShiny();
dynamic_cast<Food*>(this->uAttatchedToList[i])->bEmpty = true;
}
}
}
ShinyUnit::update();
this->bUpdate = false;
}
}
void LitterBox::update(uint64 time)
{
IW_CALLSTACK("LitterBox::update");
if (GameState::getState() != GameState::PLAY)
{
return;
}
this->iTime = time;
this->iTimePassed += time;
if(this->bAffectUpdate == true)
{
if(this->iTextureIndex == 0)
this->bFull = false;
if(this->bFull == false)
this->setShiny();
this->bAffectUpdate = false;
}
if(this->bUpdate == true)
{
if(this->bFull == false)
{
this->iSoundIndex = IwRandMinMax(0, 4);
this->bFull = true;
this->changeTexture(1);
for( int i = 0; i <(int) this->uAffectList.size(); ++i)
{
this->uAffectList[i]->bAffectUpdate = true;
}
for(int i = 0; i <(int)this->uAttatchedToList.size(); ++i)
{
dynamic_cast<ShinyUnit*>( this->uAttatchedToList[i])->setNotShiny();
dynamic_cast<LitterBox*>(this->uAttatchedToList[i])->bFull = true;
}
}
ShinyUnit::update();
this->bUpdate = false;
}
}
void CatEvent::setEvent()
{
IW_CALLSTACK("CatEventt::setEvent");
int iRandomNum = IwRandMinMax(7, 10);
switch(iRandomNum)
{
case 7:
// cout << "LICK" << endl;
this->csPlayWith = CatState::LICKINGSELF;
break;
case 8:
//cout << "SCRATCH" << endl;
this->csPlayWith = CatState::SCRATCHINGSELF;
break;
case 9:
//cout << "STRETCH" << endl;
this->csPlayWith = CatState::STRETCHING;
break;
default:
IwAssertMsg(MYAPP, false, ("Invalid CatState"));
this->csPlayWith = CatState::IDLING;
}
}
Icing::Icing(const CIwFVec2 position, Game* game, Player* owner) : owner(owner), scale(0.02f), finalScale(.12f), WorldObject(position, game) {
angle = TO_RADIANS(IwRandMinMax(0, 360));
texture_names.push_back(IwHashString("icing"));
}
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() ));
}
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 CameraDefend::reinit() {
float width = (float)IwGxGetScreenWidth()*0.15f;
//width = width > 120 ? 120 : width;
float height = width;
float padding = (float)IwGxGetScreenWidth()*0.05f;
int mid = IwGxGetScreenHeight()/2;
int heightSqrt = sqrt(IwGxGetScreenHeight()/2);
bool leftAboveMid;
float locPadding = (float)IwGxGetScreenHeight()*0.10f;
{
// The dot prefers corners
int positionFromMid = IwRandMinMax(0, heightSqrt) * IwRandMinMax(0, heightSqrt);
positionFromMid = IwGxGetScreenHeight()/2 - positionFromMid;
leftAboveMid = IwRandMinMax(0, 9) < 5;
int leftSpotY = leftAboveMid ?
mid - positionFromMid + locPadding :
mid + positionFromMid - locPadding - height;
dotVertsTopLeftLeft = CIwFVec2(padding, leftSpotY);
dotVertsSizeLeft = CIwFVec2(width, height);
animVertsLeft[0] = CIwFVec2(dotVertsTopLeftLeft.x - width, dotVertsTopLeftLeft.y - height);
animVertsLeft[1] = CIwFVec2(dotVertsTopLeftLeft.x - width, dotVertsTopLeftLeft.y + height*2);
animVertsLeft[2] = CIwFVec2(dotVertsTopLeftLeft.x + width*2, dotVertsTopLeftLeft.y + height*2);
animVertsLeft[3] = CIwFVec2(dotVertsTopLeftLeft.x + width*2, dotVertsTopLeftLeft.y - height);
animVertsLeftSuccess[0] = animVertsLeft[0];
animVertsLeftSuccess[1] = animVertsLeft[1];
animVertsLeftSuccess[2] = animVertsLeft[2];
animVertsLeftSuccess[3] = animVertsLeft[3];
}
{
int positionFromMid = IwRandMinMax(0, heightSqrt) * IwRandMinMax(0, heightSqrt);
positionFromMid = IwGxGetScreenHeight()/2 - positionFromMid;
// The dot prefers the opposite corner
bool rightAboveMid = leftAboveMid ? IwRandMinMax(0, 9) < 2 : IwRandMinMax(0, 9) >= 2;
int rightSpotY = rightAboveMid ?
mid - positionFromMid + locPadding :
mid + positionFromMid - locPadding - height;
int screenW = IwGxGetScreenWidth();
dotVertsTopLeftRight = CIwFVec2(screenW-padding-width, rightSpotY);
dotVertsSizeRight = CIwFVec2(width, height);
animVertsRight[0] = CIwFVec2(dotVertsTopLeftRight.x - width, dotVertsTopLeftRight.y - height);
animVertsRight[1] = CIwFVec2(dotVertsTopLeftRight.x - width, dotVertsTopLeftRight.y + height*2);
animVertsRight[2] = CIwFVec2(dotVertsTopLeftRight.x + width*2, dotVertsTopLeftRight.y + height*2);
animVertsRight[3] = CIwFVec2(dotVertsTopLeftRight.x + width*2, dotVertsTopLeftRight.y - height);
animVertsRightSuccess[0] = animVertsRight[0];
animVertsRightSuccess[1] = animVertsRight[1];
animVertsRightSuccess[2] = animVertsRight[2];
animVertsRightSuccess[3] = animVertsRight[3];
}
for (int i = 0; i < DEFEND_TOUCHES_MAX; i++) {
touch[i]->drawing = false;
}
}
void PatteRunGameEngine::Activate()
{
/*
g_pBall->Reset();
g_pCompPaddle->Reset();
g_pUserPaddle->Reset();
*/
int width = Iw2DGetSurfaceWidth();
int height = Iw2DGetSurfaceHeight();
CIwFVec2 accuracy = g_pGameHandler->GetAccuracy();
double widthMeter = g_pGameHandler->GetScaler()->GetMetersPerPixelX() * width;
double heightMeter = g_pGameHandler->GetScaler()->GetMetersPerPixelY() * height;
float maxAccuracy = MIN(accuracy.x, accuracy.y);
double xWidth = widthMeter / maxAccuracy;
double yWidth = heightMeter / maxAccuracy;
int iRows = MAX(3, ceil(yWidth));
int iCols = MAX(3, ceil(xWidth));
int tileWidth = ceil((double)width / iCols);
int tileHeight = ceil((double)height / iRows);
std::list<CGridTile*>::iterator iter = g_pTiles.begin();
while (iter != g_pTiles.end())
{
delete *iter;
iter++;
}
g_pTiles.clear();
for (int i = 0; i < iCols; ++i)
{
for (int j = 0; j < iRows; ++j)
{
bool isDark = ((i + j) % 2) == 0;
CIwRect bounds(i * tileWidth, j * tileHeight, tileWidth, tileHeight);
CGridTile* pTile = new CGridTile(g_pGameHandler, bounds, isDark);
g_pTiles.push_back(pTile);
}
}
int lastX = -1;
int lastY = -1;
for (int i = 0; i < 20; ++i)
{
int xRand, yRand;
do
{
xRand = IwRandMinMax(0, iCols);
yRand = IwRandMinMax(0, iRows);
}
while (xRand == lastX && yRand == lastY);
g_pCoords[i] = xRand + iCols * yRand;
lastX = xRand;
lastY = yRand;
}
g_iLevel = 0;
g_iCounter = -1;
g_iGameCounter = 0;
g_iScore = g_iDisplayedScore = 0;
g_handler.Start(1500, 3, 1000);
}