public SocketMorphologyCallbacks(ComputeCraterGeometry computeCraterGeometry)
{
receivedDataFromPython = false;
mComputeCraterGeometry = computeCraterGeometry;
UnityEngine.Debug.Log ("SocketMorphologyCallbacks "+mComputeCraterGeometry);
w = new float[5];
}
// Crater crater;
public GridObj(ComputeCraterGeometry ccG)
{
computeCraterGeometry = ccG;
/*
UnityEngine.Debug.Log ("GridObj");
hasResult = false;
currentRes = null;
// listen for incomming python connections
*/
}
public int initGrid(float [][] heightMap,ComputeCraterGeometry ccg)
{
SamplesY = heightMap.GetLength(0);
SamplesX = heightMap[0].GetLength(0);
mCCG = ccg;
UnityEngine.Debug.Log("initGrid "+SamplesX+" "+SamplesY);
// GetComponent<MeshFilter> ().mesh = mesh;
// MeshFilter meshFilter = (MeshFilter)plane.AddComponent(typeof(MeshFilter));
// meshFilter.mesh = mesh;
//float Width = 10;
//Samples = 100;
float edgeX = Width / (SamplesX - 1);
float edgeY = Height / (SamplesY - 1);
// updateVertices = false;
// Create the vertices and texture coords
vertices = new Vector3[SamplesX * SamplesY];
uvs = new Vector2[SamplesX * SamplesY];
// Fill in the data
for (int j = 0, p = 0; j < SamplesY; j++) {
string s = "";
for (int i = 0; i < SamplesX; i++) {
// Current vertex
var center = new Vector3(i * edgeX-Width/2.0f,heightMap[j][i], j * edgeY-Height/2.0f);
// s+= heightMap[j][i]+", ";
// s += center.x+", ";
// Height of this vertex (from heightmap)
// float h = SampleHeight(center.x, center.z);
// center.y = h;
vertices[p] = center;
// UV coords in [0,1] space
uvs[p++] = new Vector2(i/(SamplesX - 1f),
j/(SamplesY - 1f));
}
// UnityEngine.Debug.Log(s);
}
// this should be fixxed
int quadCount = (SamplesX-1 ) * (SamplesY-2 );
triangles = new int[3 * 2 * quadCount];
UnityEngine.Debug.Log ("QUads: " + quadCount);
for (int t = 0; t < quadCount; t++) {
int i = t % (SamplesX - 1);
int j = t / (SamplesX - 1);
triangles[6 * t + 0] = i + j *SamplesX; // CalculateIndex(i + 1, j);
triangles[6 * t + 2] = i+1 + j *SamplesX;
triangles[6 * t + 1] = i + (1+j) *SamplesX;
triangles[6 * t + 3] = i+1 + j *SamplesX;
triangles[6 * t + 5] = i+1 + (j+1)*SamplesX;
triangles[6 * t + 4] = i + (j+1)*SamplesX;
}
// grid updated
gridUpdated = true;
return 0;
}
