// Use this for initialization
void Start ()
{
int numChunksTotal = (int)(m_numberOfChunks.x * m_numberOfChunks.y * m_numberOfChunks.z);
m_chunkList = new List<Chunk>(numChunksTotal);
switch(m_chosenPass)
{
case Passes.NAIVE:
m_passes = new BasePass[2];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new NaiveGenVerticesPass();
break;
case Passes.APPENDING:
m_passes = new BasePass[3];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new AppendGenVerticesPass();
break;
case Passes.NONEMPTY:
m_passes = new BasePass[3];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new NonemptyGenVerticesPass();
break;
case Passes.NONEMPTY_MEDICAL:
m_passes = new BasePass[3];
m_passes[0] = new BuildDensityMedicalPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new AppendGenVerticesPass();
break;
case Passes.INDICES:
m_passes = new BasePass[4];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new SplatGenVerticesPass();
m_passes[3] = new GenIndicesPass();
break;
case Passes.INDICES_MEDICAL:
m_passes = new BasePass[4];
m_passes[0] = new BuildDensityMedicalPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new SplatGenVerticesPass();
m_passes[3] = new GenIndicesPass();
break;
}
m_densityTexture = Helper.CreateDensityTexture(32);
float startTime = Time.realtimeSinceStartup;
m_worldGameObject = new GameObject("World");
CreateChunks();
//if ((m_chosenPass == Passes.APPENDING || m_chosenPass == Passes.NONEMPTY) && m_chunkList.Count > 1)
//{
// int prev = m_chunkList[0].triangleCount;
// for (int i = 1; i < m_chunkList.Count; i++)
// {
// int temp = m_chunkList[i].triangleCount;
// m_chunkList[i].triangleCount = prev;
// prev = temp;
// }
// m_chunkList[0].triangleCount = prev;
//}
float endTime = Time.realtimeSinceStartup;
if (DEBUG)
{
print("Total Creation time:" + (float)(endTime - startTime));
print("Chunk Creation time: " + m_totalChunkCreationTime);
print("Mesh Creation time:" + m_totalMeshCreationTime);
print("Number of chunks generated: " + m_chunkList.Count);
print("Chunks per second: " + (float)(m_chunkList.Count / m_totalChunkCreationTime));
}
}
// Use this for initialization
void Start()
{
int numChunksTotal = (int)(m_numberOfChunks.x * m_numberOfChunks.y * m_numberOfChunks.z);
m_chunkList = new List <Chunk>(numChunksTotal);
switch (m_chosenPass)
{
case Passes.NAIVE:
m_passes = new BasePass[2];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new NaiveGenVerticesPass();
break;
case Passes.APPENDING:
m_passes = new BasePass[3];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new AppendGenVerticesPass();
break;
case Passes.NONEMPTY:
m_passes = new BasePass[3];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new NonemptyGenVerticesPass();
break;
case Passes.NONEMPTY_MEDICAL:
m_passes = new BasePass[3];
m_passes[0] = new BuildDensityMedicalPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new AppendGenVerticesPass();
break;
case Passes.INDICES:
m_passes = new BasePass[4];
m_passes[0] = new BuildDensityPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new SplatGenVerticesPass();
m_passes[3] = new GenIndicesPass();
break;
case Passes.INDICES_MEDICAL:
m_passes = new BasePass[4];
m_passes[0] = new BuildDensityMedicalPass();
m_passes[1] = new ListNonemptyCellsPass();
m_passes[2] = new SplatGenVerticesPass();
m_passes[3] = new GenIndicesPass();
break;
}
m_densityTexture = Helper.CreateDensityTexture(32);
float startTime = Time.realtimeSinceStartup;
m_worldGameObject = new GameObject("World");
CreateChunks();
//if ((m_chosenPass == Passes.APPENDING || m_chosenPass == Passes.NONEMPTY) && m_chunkList.Count > 1)
//{
// int prev = m_chunkList[0].triangleCount;
// for (int i = 1; i < m_chunkList.Count; i++)
// {
// int temp = m_chunkList[i].triangleCount;
// m_chunkList[i].triangleCount = prev;
// prev = temp;
// }
// m_chunkList[0].triangleCount = prev;
//}
float endTime = Time.realtimeSinceStartup;
if (DEBUG)
{
print("Total Creation time:" + (float)(endTime - startTime));
print("Chunk Creation time: " + m_totalChunkCreationTime);
print("Mesh Creation time:" + m_totalMeshCreationTime);
print("Number of chunks generated: " + m_chunkList.Count);
print("Chunks per second: " + (float)(m_chunkList.Count / m_totalChunkCreationTime));
}
}