// ---------------------------------------------------------------------------------------------------- // Advances on a network using specified distance, mode and direction // ---------------------------------------------------------------------------------------------------- public abstract void Advance(ref PositionInformation _positionInformation, float _distance, Network.Mode _mode, ref bool _reverseDirection);
// ----------------------------------------------------------------------------------------------------
// Moves for a specified distance, mode and direction
// ----------------------------------------------------------------------------------------------------
public void MoveFor(float _distance, Network.Mode _mode, ref bool _reverseDirection)
{
m_Network.Advance(ref m_PositionInformation, _distance, _mode, ref _reverseDirection);
}
// ----------------------------------------------------------------------------------------------------
// Advances on a network using specified distance, mode and direction
// ----------------------------------------------------------------------------------------------------
public override void Advance(ref PositionInformation _positionInformation, float _distance, Network.Mode _mode, ref bool _reverseDirection)
{
_positionInformation.m_TotalDistance += _reverseDirection ? -_distance : _distance;
// Reached the end of the network
if (_positionInformation.m_TotalDistance < 0.0f || _positionInformation.m_TotalDistance > m_Length)
{
switch (_mode)
{
case Mode.Forward:
End(ref _positionInformation, _reverseDirection);
break;
case Mode.Loop:
Loop(ref _positionInformation, _distance, ref _reverseDirection);
break;
case Mode.BackAndForth:
Reverse(ref _positionInformation, _distance, ref _reverseDirection);
break;
}
}
else
{
_positionInformation.m_SegmentDistance += _reverseDirection ? -_distance : _distance;
while (_positionInformation.m_SegmentDistance < 0.0f || _positionInformation.m_SegmentDistance > m_SegmentLength[_positionInformation.m_Segment])
{
_positionInformation.m_SegmentDistance -= _reverseDirection ? -m_SegmentLength[_positionInformation.m_Segment - 1] : m_SegmentLength[_positionInformation.m_Segment];
_positionInformation.m_Segment += _reverseDirection ? -1 : 1;
Assertion.Assert(_positionInformation.m_Segment != -1, "Bad segment number");
}
_positionInformation.m_SegmentRatio = _positionInformation.m_SegmentDistance / m_SegmentLength[_positionInformation.m_Segment];
_positionInformation.m_Position = m_Nodes[_positionInformation.m_Segment] + (m_SegmentDirection[_positionInformation.m_Segment] * _positionInformation.m_SegmentDistance);
}
}