public float getLaneCenterOffset(int laneNum, bool direction)
{
if (laneNum < 0 || laneNum >= validLaneCount(direction))
{
Debug.Assert(false);
return(0);
}
laneNum = direction ? totalLaneCount - 1 - laneNum : laneNum;
for (int foundLanes = 0, j = 0; foundLanes <= laneNum; j++)
{
if (laneconfigure[j] == "lane")
{
foundLanes++;
}
if (foundLanes == laneNum + 1)
{
return(RoadRenderer.getConfigureWidth(laneconfigure.GetRange(0, j)) +
0.5f * RoadRenderer.getConfigureWidth(laneconfigure.GetRange(j, 1)) -
0.5f * width);
}
}
Debug.Assert(false);
return(0);
}
void updateLaneCenterOffsetBackend()
{
forwardLaneCenterOffsetBackend = new float[totalLaneCount];
for (int foundLanes = 0, j = 0; foundLanes != totalLaneCount; ++j)
{
if (laneconfigure[j] == "lane")
{
forwardLaneCenterOffsetBackend[foundLanes] = RoadRenderer.getConfigureWidth(laneconfigure.GetRange(0, j)) +
0.5f * RoadRenderer.getConfigureWidth(laneconfigure.GetRange(j, 1)) -
0.5f * width;
foundLanes++;
}
}
}