public void StorePath(IPath path)
{
_isNonUniformPath = path is NonUniformPath;
_nonUniformPath = path as NonUniformPath;
_isUniformPath = path is UniformPath;
_uniformPath = path as UniformPath;
}
public override void CachePath()
{
if (LockedAxis != Axis.None)
{
LockAxis(LockedAxis);
}
if (_path == null)
{
_path = GetComponent <PathComponent>();
}
if (_cachedPositions == null)
{
_cachedPositions = new List <Vector3>();
}
else
{
_cachedPositions.Clear();
}
if (_uniformPoinsts == null)
{
_uniformPoinsts = new List <Vector3>();
}
else
{
_uniformPoinsts.Clear();
}
_cachedPositions.Add(GetPointPosition(0));
for (int i = 0; i < Points.Length - 1; i++)
{
SegmentingSection(i, i + 1, SegmentsPerUnit, _cachedPositions);
}
if (IsCyclic)
{
SegmentingSection(Points.Length - 1, 0, SegmentsPerUnit, _cachedPositions);
}
var distances = DistanceCalculator.CalculateDistances(_cachedPositions);
float totalDistance = 0;
foreach (var distance in distances)
{
totalDistance += distance;
}
var pointsCount = Mathf.CeilToInt(totalDistance * SegmentsPerUnit);
var segmentLength = totalDistance / pointsCount;
DistanceCalculator.ToUniformPath(_cachedPositions, distances, segmentLength, _uniformPoinsts);
var uniform = new UniformPath
{
TotalLength = totalDistance,
SegmentLength = segmentLength,
Points = _uniformPoinsts.ToArray()
};
_path.StorePath(uniform);
}