public void Execute(int index)
{
SideCellInfo info = infoArray[index];
topVertexCalculator.CalculateVertices(index, info.info, info.topVerts, vertices);
bottomVertexCalculator.CalculateVertices(index, info.info, info.bottomVerts, vertices);
}
static public SideCellInfo GenerateInfoNoTriangles(float cornerDistance, float rightDistance, float topRightDistance, float topDistance, ref int nextVertex, ref int nextTriIndex)
{
byte config = CalcConfiguration(cornerDistance, rightDistance, topRightDistance, topDistance);
SideCellInfo info = new SideCellInfo
{
info = new CellInfo {
config = config, cornerDist = cornerDistance, rightDist = rightDistance, topDist = topDistance
},
topVerts = CreateCellVertices(config, ref nextVertex),
bottomVerts = CreateCellVertices(config, ref nextVertex),
tris = new IndexSpan(nextTriIndex, 0)
};
return(info);
}
public void Execute(int index)
{
int cellColNum = cornerColNum - 1;
int x = index % cellColNum;
int y = index / cellColNum;
index = y * cornerColNum + x;
SideCellInfo bl = infoArray[index];
SideCellInfo br = infoArray[index + 1];
SideCellInfo tl = infoArray[index + cornerColNum];
SideCellInfo tr = infoArray[index + cornerColNum + 1];
int triangleIndex = bl.tris.start;
triangleIndex = CalculateSideIndices(topOrderer, triangleIndex, bl, br, tl, triangles);
triangleIndex = CalculateIndices(topOrderer, bl.info.config, triangleIndex, bl.tris, bl.topVerts, br.topVerts, tr.topVerts, tl.topVerts, triangles);
CalculateIndices(bottomOrderer, bl.info.config, triangleIndex, bl.tris, bl.bottomVerts, br.bottomVerts, tr.bottomVerts, tl.bottomVerts, triangles);
}
public void CalculateUvs(SideCellInfo info, NativeArray <float3> vertices, NativeArray <float2> uvs)
{
SetSideUV(info.topVerts.leftEdge, info.bottomVerts.leftEdge, vertices, uvs, scaleU, scaleV);
SetSideUV(info.topVerts.bottomEdge, info.bottomVerts.bottomEdge, vertices, uvs, scaleU, scaleV);
}
