void CCApplication::ccAccelerationUpdate()
{
CCAcceleration AccValue;
AccValue.x = (double)s3eAccelerometerGetX()/200;
AccValue.y = (double)s3eAccelerometerGetY()/200;
AccValue.z = (double)s3eAccelerometerGetZ()/200;
AccValue.timestamp = (double) 50/ 100;
// call delegates' didAccelerate function
CCAccelerometer::sharedAccelerometer()->didAccelerate(&AccValue);
}
void EggDropGameEngine::Update(uint64 remainingTime, float* pfScore, char szUnits[100])
{
s3eLocation curLoc;
Utils::GetLocation(&curLoc);
int requiredDistance = 50;
double distance = LiveMaps::CalculateDistance(g_startLocation, curLoc);
// Get the accelerometer values here...
int32 x = s3eAccelerometerGetX();
int32 y = s3eAccelerometerGetY();
int32 z = s3eAccelerometerGetZ();
if (g_finalScore != 0)
{
*pfScore = 0;
}
else if (g_bBroken)
{
*pfScore = 0;
g_finalScore = -1;
}
else if (ABS(x) > 450)
{
*pfScore = 0;
// we break;
g_bBroken = true;
g_iCrackIter = 0;
fallingRot = rot;
g_finalScore = (distance - requiredDistance);
}
else if (distance > requiredDistance)
{
g_finalScore = (GetGameLength() - remainingTime);
*pfScore = 0;
}
else
{
*pfScore = (requiredDistance - distance);
rot = -(x / 1000.0) / 2;
}
strcpy(szUnits, "meters remaining");
}
void AccelerometerHandler::Start(float minShakeMagnitude, int shakeCount, uint64 maxShakeDuration)
{
s3eAccelerometerStart();
g_minShakeMagnitude = minShakeMagnitude;
g_shakeCount = shakeCount;
g_maxShakeDuration = maxShakeDuration;
g_prevX = s3eAccelerometerGetX();
g_prevY = s3eAccelerometerGetY();
g_prevZ = s3eAccelerometerGetZ();
g_prevDirX = 0;
g_prevDirY = 0;
g_prevDirZ = 0;
g_bIsInit = true;
}
void AccelerometerHandler::Update()
{
if (g_bIsInit)
{
uint64 timerMs = s3eTimerGetMs();
int32 x = s3eAccelerometerGetX();
int32 y = s3eAccelerometerGetY();
int32 z = s3eAccelerometerGetZ();
int32 diffX = (x - g_prevX);
int32 diffY = (y - g_prevY);
int32 diffZ = (z - g_prevZ);
// Get the change in magnitude
float magnitude = (float)sqrt((diffX*diffX) + (diffY*diffY) + (diffZ*diffZ));
// Clear out old events
std::list<ShakeEvent*>::iterator shakeIter = g_shakeTimes.begin();
std::list<ShakeEvent*> oldEvents;
while (shakeIter != g_shakeTimes.end())
{
if ((timerMs-(*shakeIter)->timerMs) > g_maxShakeDuration)
{
oldEvents.push_back(*shakeIter);
}
shakeIter++;
}
shakeIter = oldEvents.begin();
while (shakeIter != oldEvents.end())
{
g_shakeTimes.remove(*shakeIter);
delete *shakeIter;
shakeIter++;
}
int32 dirX = SIGN(x);
int32 dirY = SIGN(y);
int32 dirZ = SIGN(z);
bool hasDirChange = false;
if ( (dirX != g_prevDirX) || (dirY != g_prevDirY) || (dirZ != g_prevDirZ) )
{
hasDirChange = true;
g_prevDirX = dirX;
g_prevDirY = dirY;
g_prevDirZ = dirZ;
}
if (hasDirChange && magnitude > g_minShakeMagnitude)
{
ShakeEvent* pEvent = new ShakeEvent;
pEvent->timerMs = timerMs;
pEvent->shakeMag = magnitude;
g_shakeTimes.push_back(pEvent);
}
g_prevX = x;
g_prevY = y;
g_prevZ = z;
}
}
void CCApplication::ccAccelerationUpdate()
{
// Accelerometer doesn't work on Marmalade X86 MacOS-X simulator
#if !(defined(__APPLE__) && defined(I3D_ARCH_X86))
CCDirector* pDirector = CCDirector::sharedDirector();
pDirector->getAccelerometer()->update((float)s3eAccelerometerGetX(), (float)s3eAccelerometerGetY(), (float)s3eAccelerometerGetZ(), s3eTimerGetMs()); // MH: Added casting to float
#endif
}
void CIwGameInput::Update()
{
// Update the pointer if it is available
if (PointerAvailable)
s3ePointerUpdate();
// Update key system if it is available
s3eKeyboardUpdate();
Tapped = false;
int num_touches = getTouchCount();
DragDelta.x = 0;
DragDelta.y = 0;
if (num_touches == 0)
Dragging = false;
else
Dragging = true;
// User has just pressed screen so start timer
if (PreviousNumTouches == 0 && num_touches == 1)
{
TapTimer.setDuration(TAP_TIME_MS);
TouchedPos.x = getTouch(0)->x;
TouchedPos.y = getTouch(0)->y;
}
// User has stopped pressing screen so check to see if press was a short press (a tap)
if (PreviousNumTouches == 1 && num_touches == 0)
{
// Only check if touch hasnt moved much
int dx = getTouch(0)->x - TouchedPos.x;
int dy = getTouch(0)->y - TouchedPos.y;
int d = dx * dx + dy * dy;
DragDelta.x = dx;
DragDelta.y = dy;
if (d <= TAP_SENSITIVITY)
{
if (TapTimer.HasTimedOut())
{
TapTimer.Stop();
Tapped = true;
}
}
else
{
TapTimer.Stop();
}
}
PreviousNumTouches = num_touches;
// Update buttons
BackPressed = false;
bool back_released = (s3eKeyboardGetState(s3eKeyBack) & S3E_KEY_STATE_RELEASED) == S3E_KEY_STATE_RELEASED || (s3eKeyboardGetState(s3eKeyAbsBSK) & S3E_KEY_STATE_RELEASED) == S3E_KEY_STATE_RELEASED;
if (back_released)
BackPressed = true;
MenuPressed = false;
bool menu_released = (s3eKeyboardGetState(s3eKeyMenu) & S3E_KEY_STATE_RELEASED) == S3E_KEY_STATE_RELEASED || (s3eKeyboardGetState(s3eKeyAbsASK) & S3E_KEY_STATE_RELEASED) == S3E_KEY_STATE_RELEASED;
if (menu_released)
MenuPressed = true;
// Update accelerometer
if (AccelerometerActive)
{
AccelerometerPosition.x = s3eAccelerometerGetX();
AccelerometerPosition.y = s3eAccelerometerGetY();
AccelerometerPosition.z = s3eAccelerometerGetZ();
}
// Update compass
if (CompassActive)
{
CompassDirection = s3eCompassGet();
s3eCompassHeading heading = { 0, 0, 0 };
if (s3eCompassGetHeading(&heading) != S3E_RESULT_SUCCESS)
{
CompassHeading.x = heading.m_X;
CompassHeading.y = heading.m_Y;
CompassHeading.z = heading.m_Z;
}
}
}
void CCApplication::ccAccelerationUpdate()
{
CCAccelerometer::sharedAccelerometer()->update(s3eAccelerometerGetX(),s3eAccelerometerGetY(),s3eAccelerometerGetZ(),s3eTimerGetMs());
}
