/// Start
void Start()
{
/// Read in grid files from ActiveCell folder
string[] cellFiles = GetCellFiles(hhCellFolder, activeCellFolder);
Grid grid1d = new Grid(new Mesh(), "1D cell");
grid1d.Attach(new DiameterAttachment());
VertexAttachementAccessor <DiameterData> diams = new VertexAttachementAccessor <DiameterData> (grid1d);
UGXReader.Validate = false;
UGXReader.ReadUGX(cellFiles[1], ref grid1d);
Grid grid2d = new Grid(new Mesh(), "2D cell");
UGXReader.Validate = false;
UGXReader.ReadUGX(cellFiles[2], ref grid2d);
/// Add visual components
go = new GameObject(grid1d.Mesh.name);
go.AddComponent <MeshFilter>();
go.AddComponent <MeshRenderer>();
Vector3[] vertices = grid1d.Mesh.vertices;
Vector3[] vertices2d = grid2d.Mesh.vertices;
/// 1D within 3D cell test
if (isModelGeometryVisible)
{
foreach (var edge in grid1d.Edges)
{
int from = edge.From.Id;
int to = edge.To.Id;
UnityEngine.Debug.Log("Draw line");
/// DrawLine(vertices[from], vertices[to], Color.red, Color.red);
}
}
go.GetComponent <MeshRenderer>().material = new Material(Shader.Find("Particles/Standard Surface"));
if (isMappingChecked)
{
MappingInfo mapping = MapUtils.BuildMap(cellFiles[1], cellFiles[0], false, cellFiles[2]);
foreach (var item in mapping.Data)
{
if (Vector3.Distance(vertices2d[item.Key], vertices[item.Value.Item1]) > (thresh * diams[item.Key].Diameter))
{
UnityEngine.Debug.LogError("Above threhsold");
}
}
}
/// Check winding order
if (CheckWindingOrderConsistency(grid2d.Mesh))
{
UnityEngine.Debug.LogError("Inconsistent winding order");
}
/// Check read-in normals from ug4 with calculated from Unity
if (!CheckNormalsConsistency(grid2d))
{
UnityEngine.Debug.LogError("inconsistent normals read-in vs. computed normals from Unity");
}
}