private void MitchellBestCandidateSpawner()
{
Vector2[] samples = currentChunk.SamplePointsInChunk(currentChunk.Holes.Count * m + 1); //we sample more as there's numerous holes
Vector2 bestCandidate = samples[0];
float furthestDistance = 0f;
//Get a list of all trackers holes (spawnarea and extra area)
IEnumerable <Hole> allHoles;
if (lastChunk != null)
{
allHoles = currentChunk.Holes.Union(lastChunk.Holes);
}
else
{
allHoles = currentChunk.Holes;
}
//List<Hole> allHoles = sensorSpawnArea.SensedHoles.Union(sensorExtraArea.SensedHoles).ToList();
//Find the best candidate, the furthest away from each point
foreach (Vector2 point in samples)
{
float minDistance = Mathf.Infinity;
//We get the minimum distance between that point and all the holes.
foreach (Hole hole in allHoles)
{
float dist = Vector2.Distance(point, hole.transform.position) - hole.Radius;
if (dist <= 0f)
{
dist = 0f;
minDistance = dist;
//We got the worst dist possible, no need to compute further
break;
}
//Min dist for that point
if (dist < minDistance)
{
minDistance = dist;
}
}
//We keep the maximum minimum distance between all holes
if (minDistance >= furthestDistance)
{
furthestDistance = minDistance;
bestCandidate = point;
}
}
//We got our point, time to get the radius
float maxRadius = Hole.MAX_RADIUS;
float maxRadiusForArea = currentChunk.GetMaxRadiusToFillRemainingArea(targetDensity);
//We calculate the max radius depending on few things
if (furthestDistance <= Hole.MIN_RADIUS)
{
maxRadius = Hole.MIN_RADIUS;
}
else
{
maxRadius = furthestDistance;
}
maxRadius = Mathf.Min(maxRadius, maxRadiusForArea);
currentChunk.SpawnHole(holePrefab, bestCandidate, Hole.GetRandomRadius(maxRadius));
}
