public PositionRotation GetPositionRotation(TunnelDetail detail, TunnelVector3 localPosition)
{
PositionRotation cutPositionRotation = detail.TunnelDetailCut.GetLocalPositionRotation(localPosition);
PositionRotation curvePositionRotation = GetCentralPoint(detail, localPosition.Depth);
return(curvePositionRotation + cutPositionRotation);
}
public void PutInCenter(Transform transform, float depth)
{
float localDepth;
TunnelDetail detail = _detailMap.GetDetail(depth, out localDepth);
PositionRotation position = _positionRotationCalculator.GetCentralPoint(detail, localDepth);
position.SetPosition(transform);
}
public void PutInTunnel(Transform transform, TunnelVector3 globalPosition)
{
float localDepth;
TunnelDetail detail = _detailMap.GetDetail(globalPosition.Depth, out localDepth);
globalPosition.Depth = localDepth;
PositionRotation position = _positionRotationCalculator.GetPositionRotation(detail, globalPosition);
position.SetPosition(transform);
}
public PositionRotation GetCentralPoint(TunnelDetail detail, float depth)
{
Quaternion beginning = Quaternion.Euler(detail.RotationAtTheBeginning.Value, 0, 0);
Quaternion beginningReversed = Quaternion.Euler(-detail.RotationAtTheBeginning.Value, 0, 0);
PositionRotation local = beginning * detail.PositionCurve.GetPositionRotation(depth);
local.Rotation *= beginningReversed;
return(detail.GlobalStartPoint + local);
}
private void FillDetails()
{
_details = new TunnelDetail[_count];
IPositionRotationCalculator calculator = new SimplePositionRotationCalculator();
PositionRotation start = PositionRotation.Identity;
ITunnelDetailCut cut = new SimpleCut(_radius);
IPositionCurve[] curves = new IPositionCurve[3];
curves[0] = new SimpleCurvedCurve(10);
curves[1] = new SimpleCurvedCurve(30);
curves[2] = new SimpleCurve();
for (int i = 0; i < _count; i++)
{
_details[i] = new TunnelDetail(cut, curves[i % curves.Length], start, _length, new Angle(Random.Range(0, 360f)));
start = calculator.GetCentralPoint(_details[i], _details[i].Length);
}
}
