public void DrawMeshOnEachBranch()
{
CombineInstance[] finalMeshes = new CombineInstance[SplinePlus.SPData.DictBranches.Count];
foreach (var branch in SplinePlus.SPData.DictBranches)
{
var mesh = DrawMesh(branch.Value);
finalMeshes[branch.Key].mesh = mesh;
finalMeshes[branch.Key].transform = transform.worldToLocalMatrix * transform.localToWorldMatrix;
}
var finalMesh = new Mesh();
finalMesh.CombineMeshes(finalMeshes, true, true);
finalMesh.RecalculateNormals(60.0f);
if (TwoSided)
{
var tempMesh = FacesSettings.TwoSided(finalMesh);
finalMesh = tempMesh;
}
if (FlipFaces)
{
finalMesh = FacesSettings.FlipFaces(finalMesh);
}
Mesh.sharedMesh = finalMesh;
}
public void DrawMeshOnEachBranch()
{
var finalMeshes = new List <CombineInstance>();
foreach (var branch in SplinePlus.SPData.DictBranches)
{
if (branch.Value.Nodes.Count <= 1)
{
continue;
}
var temp = new CombineInstance();
var mesh = DrawMesh(branch.Value, branch.Key);
temp.mesh = mesh;
temp.transform = transform.worldToLocalMatrix * transform.localToWorldMatrix;
finalMeshes.Add(temp);
}
var finalMesh = new Mesh();
finalMesh.CombineMeshes(finalMeshes.ToArray(), true, true);
finalMesh.RecalculateNormals(60.0f);
if (TwoSided)
{
finalMesh = FacesSettings.TwoSided(finalMesh);
}
if (FlipFaces)
{
finalMesh = FacesSettings.FlipFaces(finalMesh);
}
Mesh.sharedMesh = finalMesh;
MeshRenderer.sharedMaterial = Material;
}
public void DrawMesh( )
{
var rings = SPData.Vertices.Count;
var vertexNumber = ((Segments + 1) * rings);
_Data.Vertices = new Vector3[vertexNumber];
_Data.Normals = new Vector3[vertexNumber];
_Data.Tangents = new Vector4[vertexNumber];
_Data.Triangles = new int[(Segments * (rings - 1) * 6)];
_Data.Uvs = new Vector2[vertexNumber];
for (int n = 0, t = 0; n < rings; n++)
{
var branchVert = SPData.Vertices[n];
var branchNormal = SPData.Normals[n];
var branchTangent = SPData.Tangents[n];
Quaternion rot = Quaternion.LookRotation(branchTangent, branchNormal);
for (int i = 0; i <= Segments; i++, t++)
{
Vertices(t, n, rot, i);
Tangents(t, n);
Normals(t, n);
Uvs(t, n, i);
}
}
int u = 0;
for (int n = 0; n < _Data.Vertices.Length - (Segments + 1); n++)
{
if (n % (Segments + 1) == 0)
{
continue;
}
u = Triangles(n, u);
}
var finalMesh = CreateMesh();
if (TwoSided == Switch.On)
{
finalMesh = FacesSettings.TwoSided(finalMesh);
}
if (FlipFaces == Switch.On)
{
finalMesh = FacesSettings.FlipFaces(finalMesh);
}
Mesh.sharedMesh = finalMesh;
MeshRenderer.sharedMaterial = Material;
}
public void DrawMeshOnEachBranch()
{
if (BranchData.Count < SplinePlus.SPData.DictBranches.Count)
{
for (int n = BranchData.Count; n < SplinePlus.SPData.DictBranches.Count; n++)
{
BranchData.Add(new BranchData());
}
}
else if (BranchData.Count > SplinePlus.SPData.DictBranches.Count)
{
BranchData.RemoveRange(SplinePlus.SPData.DictBranches.Count, (BranchData.Count - SplinePlus.SPData.DictBranches.Count));
}
List <CombineInstance> finalMeshes = new List <CombineInstance>();
int i = 0;
foreach (var branch in SplinePlus.SPData.DictBranches)
{
if (branch.Value.Nodes.Count > 1)
{
var temp = new CombineInstance();
var mesh = DrawMesh(branch.Value, i);
temp.mesh = mesh;
temp.transform = transform.worldToLocalMatrix;
finalMeshes.Add(temp);
}
i++;
}
var finalMesh = new Mesh();
finalMesh.CombineMeshes(finalMeshes.ToArray(), true, true);
if (TwoSided)
{
finalMesh = FacesSettings.TwoSided(finalMesh);
}
if (FlipFaces)
{
finalMesh = FacesSettings.FlipFaces(finalMesh);
}
Mesh.sharedMesh = finalMesh;
MeshRenderer.sharedMaterial = Material;
}
public void DrawMesh()
{
if (SPData.Vertices.Count < 2)
{
return;
}
vertices.Clear();
normals.Clear();
tangents.Clear();
for (int i = 0; i < SPData.Vertices.Count; i++)//vertices normals tangents
{
Vertices(i);
Normals(i);
Tangents(i);
}
Triangles();
Uvs();
var finalMesh = CreateMesh();
if (TwoSided == Switch.On)
{
finalMesh = FacesSettings.TwoSided(finalMesh);
}
if (FlipFaces == Switch.On)
{
finalMesh = FacesSettings.FlipFaces(finalMesh);
}
Mesh.sharedMesh = finalMesh;
MeshRenderer.sharedMaterial = Material;
if (SPData.MeshUpdate != null)
{
SPData.MeshUpdate.Update();
}
}