void CDeathmatchObject::StartMovement ( const CPositionRotationAnimation& a_rMoveAnimation )
{
if ( m_pMoveAnimation != NULL )
{
_StopMovement ( true );
}
if ( a_rMoveAnimation.IsRunning () )
{
// Add us to the moving object's manager
m_pMovingObjectsManager->Add ( this );
m_pMoveAnimation = new CPositionRotationAnimation ( a_rMoveAnimation );
}
else
{
SPositionRotation positionRotation;
a_rMoveAnimation.GetFinalValue ( positionRotation );
SetOrientation ( positionRotation.m_vecPosition, positionRotation.m_vecRotation );
}
}
void CObject::Move ( const CPositionRotationAnimation& a_rMoveAnimation )
{
// Are we already moving?
if ( IsMoving () )
{
// Stop our current movement
StopMoving ();
}
if (a_rMoveAnimation.IsRunning() )
{
m_pMoveAnimation = new CPositionRotationAnimation ( a_rMoveAnimation );
// Update the values since they might have changed since StopMoving () was called above
m_pMoveAnimation->SetSourceValue( SPositionRotation ( m_vecPosition, m_vecRotation ) );
}
// If we have a time of 0, move there now
else
{
SPositionRotation positionRotation;
a_rMoveAnimation.GetFinalValue ( positionRotation );
SetPosition ( positionRotation.m_vecPosition );
SetRotation ( positionRotation.m_vecRotation );
}
}
CPositionRotationAnimation* CPositionRotationAnimation::FromBitStream ( NetBitStreamInterface& a_rBitStream )
{
bool bResumeMode;
if ( !a_rBitStream.ReadBit ( bResumeMode ) )
{
return NULL;
}
CPositionRotationAnimation* pAnimation = new CPositionRotationAnimation (); //It's up to the caller do delete it if we return it
if ( bResumeMode )
{
unsigned long ulElaspedTime, ulTimeLeft;
if ( !a_rBitStream.ReadCompressed ( ulElaspedTime ) || !a_rBitStream.ReadCompressed ( ulTimeLeft ) )
{
delete pAnimation;
return NULL;
}
pAnimation->SetDuration ( ulElaspedTime, ulTimeLeft );
}
else
{
unsigned long ulDuration;
if ( !a_rBitStream.ReadCompressed ( ulDuration) )
{
delete pAnimation;
return NULL;
}
pAnimation->SetDuration ( ulDuration );
}
SPositionSync positionSync;
SRotationRadiansSync rotationSync ( true );
if ( !a_rBitStream.Read ( &positionSync ) || !a_rBitStream.Read ( &rotationSync ) )
{
delete pAnimation;
return NULL;
}
pAnimation->SetSourceValue ( SPositionRotation ( positionSync.data.vecPosition, rotationSync.data.vecRotation ) );
bool bDeltaRotationMode;
if ( !a_rBitStream.Read ( &positionSync ) ||
!a_rBitStream.ReadBit( bDeltaRotationMode ) ||
!a_rBitStream.Read ( &rotationSync ) )
{
delete pAnimation;
return NULL;
}
pAnimation->SetTargetValue ( SPositionRotation ( positionSync.data.vecPosition, rotationSync.data.vecRotation ), bDeltaRotationMode );
std::string strEasingType;
double fEasingPeriod, fEasingAmplitude, fEasingOvershoot;
if ( !a_rBitStream.ReadString ( strEasingType) ||
!a_rBitStream.Read ( fEasingPeriod) ||
!a_rBitStream.Read ( fEasingAmplitude) ||
!a_rBitStream.Read ( fEasingOvershoot) )
{
delete pAnimation;
return NULL;
}
CEasingCurve::eType easingType = CEasingCurve::GetEasingTypeFromString ( strEasingType );
if ( easingType == CEasingCurve::EASING_INVALID )
{
// Server asks for a type I don't know, let's use oldschool linear then
easingType = CEasingCurve::Linear;
}
pAnimation->SetEasing ( easingType, fEasingPeriod, fEasingAmplitude, fEasingOvershoot );
return pAnimation;
}