public bool AsDPadPushedRepeatRate(Xbox360GamePad.DPadDirection direction, double timeAfterPush, double timeBetweenRepeating)
{
if (AsDPadPushed(direction))
{
return(true);
}
// If this method is called multiple times per frame this line
// of code guarantees that the user will get true every time until
// the next TimeManager.Update (next frame).
bool repeatedThisFrame = mLastDPadPush[(int)direction] == TimeManager.CurrentTime;
if (repeatedThisFrame ||
(
AsDPadDown(direction) &&
TimeManager.CurrentTime - mLastDPadPush[(int)direction] > timeAfterPush &&
TimeManager.CurrentTime - mLastDPadRepeatRate[(int)direction] > timeBetweenRepeating)
)
{
mLastDPadRepeatRate[(int)direction] = TimeManager.CurrentTime;
return(true);
}
return(false);
}
public bool AsDPadPushed(Xbox360GamePad.DPadDirection direction)
{
// If the last was not down and this one is, then report a push.
return(mLastDPadDown[(int)direction] == false && AsDPadDown(direction));
}
public bool AsDPadPushedRepeatRate(Xbox360GamePad.DPadDirection direction)
{
// Ignoring is performed inside this call.
return(AsDPadPushedRepeatRate(direction, .35, .12));
}
public bool AsDPadDown(Xbox360GamePad.DPadDirection direction)
{
switch (direction)
{
case Xbox360GamePad.DPadDirection.Left:
if (mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Left])
{
return(mPosition.X < -DPadOffValue);
}
else
{
return(mPosition.X < -DPadOnValue);
}
//break;
case Xbox360GamePad.DPadDirection.Right:
if (mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Right])
{
return(mPosition.X > DPadOffValue);
}
else
{
return(mPosition.X > DPadOnValue);
}
//break;
case Xbox360GamePad.DPadDirection.Up:
if (mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Up])
{
return(mPosition.Y > DPadOffValue);
}
else
{
return(mPosition.Y > DPadOnValue);
}
//break;
case Xbox360GamePad.DPadDirection.Down:
if (mLastDPadDown[(int)Xbox360GamePad.DPadDirection.Down])
{
return(mPosition.Y < -DPadOffValue);
}
else
{
return(mPosition.Y < -DPadOnValue);
}
//break;
default:
return(false);
//break;
}
}
