public void AddConnectionInfo(VertConnections vc, int connectedID, float length)
{
vc.connectionIDs.Add(connectedID);
vc.connectionLengths.Add(length);
fullConnectionID1List.Add(vc.vertID);
fullConnectionID2List.Add(connectedID);
fullConnectionLengthList.Add(length);
}
public void AddConnectionInfo(Vector3 vertPos, int nX, int nY, VertConnections vc, float[] toIndexData)
{
int nID = getID(nX, nY);
Vector3 otherVert = new Vector3();
otherVert.x = toIndexData[nID * toIndex.structSize + 0];
otherVert.y = toIndexData[nID * toIndex.structSize + 1];
otherVert.z = toIndexData[nID * toIndex.structSize + 2];
float cLength = (vertPos - otherVert).magnitude;
cLength *= connectionLengthMultiplier;
AddConnectionInfo(vc, nID, cLength);
}
public override void Embody()
{
float[] toIndexData = toIndex.GetData();
connectionList = new List <VertConnections>();
fullConnectionID1List = new List <int>();
fullConnectionID2List = new List <int>();
fullConnectionLengthList = new List <float>();
// building out our full connection list and info!
for (int i = 0; i < cols; i++)
{
for (int j = 0; j < rows; j++)
{
int id = i * rows + j;
// Grabbing position form our original data
Vector3 vertPos = new Vector3();
vertPos.x = toIndexData[id * toIndex.structSize + 0];
vertPos.y = toIndexData[id * toIndex.structSize + 1];
vertPos.z = toIndexData[id * toIndex.structSize + 2];
Vector2 vertUV = new Vector2();
vertUV.x = toIndexData[id * toIndex.structSize + 12];
vertUV.y = toIndexData[id * toIndex.structSize + 13];
float radius = Mathf.Lerp(Mathf.Pow(vertUV.y, .3f), (vertUV.y * vertUV.y) * 1.2f, vertUV.y);
VertConnections vc = new VertConnections();
vc.vertID = id;
vc.idInConnectionList = fullConnectionLengthList.Count;
vc.connectionIDs = new List <int>();
vc.connectionLengths = new List <float>();
int nX; int nY;
// Connections to row beneath
if (j != 0)
{
nY = j - 1;
nX = i - 1;
if (nX < 0)
{
nX += cols;
}
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
nX = i;
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
nX = i + 1;
if (nX >= cols)
{
nX -= cols;
}
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
}
// connection to same row
nY = j;
nX = i - 1;
if (nX < 0)
{
nX += cols;
}
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
nX = i + 1;
if (nX >= cols)
{
nX -= cols;
}
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
// connection to rowAbove
if (j < rows - 1)
{
nY = j + 1;
nX = i - 1;
if (nX < 0)
{
nX += cols;
}
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
nX = i;
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
nX = i + 1;
if (nX >= cols)
{
nX -= cols;
}
AddConnectionInfo(vertPos, radius, nX, nY, vc, toIndexData);
}
// if( j == 0 ){
//connecting across
nY = j;
nX = (i + (int)((float)cols / 2));
// if( nX >= cols ){ nX -= cols; }
// AddConnectionInfo( vertPos, radius , nX,nY,vc);
// nX = (i+1+ (int)((float)cols / 2) );
// if( nX >= cols ){ nX -= cols; }
// AddConnectionInfo( vertPos, radius , nX,nY,vc);
// nX = (i-1 + (int)((float)cols / 2) );
// if( nX >= cols ){ nX -= cols; }
// AddConnectionInfo( vertPos, radius , nX,nY,vc);
//}
vc.totalNumberConnections = vc.connectionIDs.Count;
connectionList.Add(vc);
}
}
// Build our own buffer
float[] values = new float[count * structSize];
for (int i = 0; i < count; i++)
{
values[i * 3 + 0] = fullConnectionID1List[i];
values[i * 3 + 1] = fullConnectionID2List[i];
values[i * 3 + 2] = fullConnectionLengthList[i];
}
SetData(values);
print(toIndex.count);
print(connectionList.Count);
// Then we need to INSERT that information into the vert buffer
for (int i = 0; i < toIndex.count; i++)
{
VertConnections vc = connectionList[i];
toIndexData[(i + 1) * toIndex.structSize - 2] = vc.idInConnectionList;
toIndexData[(i + 1) * toIndex.structSize - 1] = vc.totalNumberConnections;
}
// And reset that data!
toIndex.SetData(toIndexData);
}
public void AddConnectionInfo(Vector3 vertPos, float length, int nX, int nY, VertConnections vc)
{
int nID = getID(nX, nY);
AddConnectionInfo(vc, nID, length);
}