public void Generate()
{
GroundMaker gm = null;
Vector3 nextAnchor = Vector3.zero;
while (_segments.Count > segments)
{
GroundMaker segment = _segments[_segments.Count - 1];
_segments.Remove(segment);
Destroy(segment.gameObject);
}
for (int i = 0; i < segments; i++)
{
if (_segments.Count < i + 1)
{
GameObject go = new GameObject();
go.name = string.Format("Terrain Ground {0}", i);
gm = go.AddComponent <GroundMaker>();
_segments.Add(gm);
}
else
{
gm = _segments[i];
}
gm.debug = debug;
float terrainP = terrainAccProbability.Max() * Random.value;
int idT = 0;
while (terrainP > terrainAccProbability[idT] && idT < terrainAccProbability.Count)
{
idT++;
}
gm.stepSize = Random.Range(terrainSegmentStepSizeMin[idT], terrainSegmentStepSizeMax[idT]);
gm.Build(terrainType[idT],
Random.Range(terrainSegmentLengthMin[idT], terrainSegmentLengthMax[idT]),
Random.Range(terrainSegmentStepChaosMin[idT], terrainSemgentStepChaosMax[idT]),
Random.Range(terrainSegmentAmplitudeMin[idT], terrainSegmentAmplitudeMax[idT]));
//nextAnchor -= gm.anchorLeft;
gm.transform.position = nextAnchor - gm.anchorLeft;
nextAnchor = gm.anchorRight + gm.transform.localPosition;
}
levelTarget.position = nextAnchor + levelTargetOffset;
}
//PropertyField[] m_fields;
public void OnEnable()
{
m_Instance = target as GroundMaker;
//m_fields = ExposeProperties.GetProperties( m_Instance );
}