private void addFrequencyEvent(WaveData waveData)
{
//no shower, use collision timing safeguards, potentially different directions
for (int i=0; i<waveData.frequency.count; i++) {
BlobData blobData = worldManager.getBlobDataFromPrefab (waveData.blobPrefab);
applyWaveData (blobData, waveData, i);
float deltaTime = waveData.getDeltaTimeFromIndex (i);
float spawnTime = waveData.getStartTime () + deltaTime;
addSpawnEvent (blobData, spawnTime, true);
}
}
private void addShowerEvent(WaveData waveData)
{
//shower, ignore collision timing safeguards, same direction
//gen direction and size to use on all shower blobs
BlobData showerBlobData = worldManager.getBlobDataFromPrefab (waveData.blobPrefab);
applyWaveData (showerBlobData, waveData, 0);
int[,,] mainMapData = worldManager.getMainBlob ().getMapData ();
IntVector3 direction=showerBlobData.getMoveDirectionUnitVector();
IntVector2 areaSize = MDCollision.getCollisionArraySize (mainMapData, direction);
IntVector2 cellSize = MDCollision.getCollisionArraySize (showerBlobData.getSizeVector(), direction);
//Debug.Log ("cellsize: "+ZTools.toString(cellSize));
int count=waveData.frequency.count;
int spacing=waveData.frequency.showerSpacing;
ArrayList points = ZTools.getGridSquares (areaSize, cellSize, count,spacing);
ZTools.shuffleArraylist(points);
int iterIndex = -1;
foreach (IntVector2 point in points) {
iterIndex++;
BlobData blobData = worldManager.getBlobDataFromPrefab (waveData.blobPrefab);
blobData.setMoveDirection (showerBlobData.getMoveDirection ());
blobData.size = showerBlobData.size;
blobData.setOffset (point);
blobData.offset.guarenteeHit=false;
float deltaTime = waveData.getDeltaTimeFromIndex (iterIndex);
float spawnTime = waveData.getStartTime () + deltaTime;
addSpawnEvent (blobData, spawnTime, false);
}
}
