public void InitPrebuiltProcess(CurvedPolygonsNet curvedPolygonsNet,
TessellationOutput output, CPNSubset subSet, short[] loqs,
InterpolationSchemaMap map = null)
{
this.tessellationOutput = output;
CPNGuideEvaluator.CPNGuide_loqs = loqs;
this.curvedPolygonsNet = curvedPolygonsNet;
this.subSet = subSet;
this.map = map;
}
public TessellationOutput InitProcess(CurvedPolygonsNet curvedPolygonsNet, short[] loqs,
InterpolationSchemaMap map = null)
{
tessellationOutput = new TessellationOutput();
CPNGuideEvaluator.CPNGuide_loqs = loqs;
this.curvedPolygonsNet = curvedPolygonsNet;
this.subSet = null;
this.map = map;
return(tessellationOutput);
}
public void RecomputeShape(LoDs lods, int index, CPNSubset cpnSubset = null)
{
CurvedPolyMeshItem[] items = tessellationModels[lods];
if (items != null)
{
if (index < items.Length && items[index].WasGenerated())
{
short[] loqs = lods.availableLoqs[index].values;
items[index].UpdateTessellationItem(loqs, cpnSubset);
}
}
}
public void Execute()
{
CurvedPolygonsNet cpnet = asset.GetCPN();
CurvedPolyVariants cpnVariants = new CurvedPolyVariants();
cpnVariants.SetCPN(cpnet);
short[] loqs = { 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3 };
CPNTessellationProcess tessellationProcess = ProcessesKeeper.GetTessellationProcess();
TessellationOutput output = tessellationProcess.InitProcess(cpnet, loqs);
//Debug.Log("cpnet.GetGeometriesCount() " + cpnet.GetGeometriesCount());
tessellationProcess.BuildProfile();
int[] builtTrianglesCount = output.GetBuiltTrianglesSize();
int builtVerticesCount = output.GetBuiltVerticesSize();
uvs_ = new Vector2[builtVerticesCount];
vertices_ = new Vector3[builtVerticesCount];
normals_ = new Vector3[builtVerticesCount];
indices_ = new int[builtTrianglesCount.Length][];
for (int i = 0; i < builtTrianglesCount.Length; i++)
{
indices_[i] = new int[builtTrianglesCount[i] * 3];
}
OutputMesh mesh = null;
mesh = new OutputMesh(vertices_, uvs_, normals_, indices_);
tessellationProcess.WriteMesh(mesh);
//here
int id = cpnVariants.GetFreeTessellationRecordId();
cpnVariants.SetRecord(id, new OutputMesh(vertices_, uvs_, normals_, indices_), output);
//this.outMesh = cpnVariants.GetMeshOutput(id).GetNewCloneVariant();
CPNSubset subsSet = new CPNSubset();
TessellationOutput output2 = tessellationProcess.InitProcess(cpnet, loqs, subsSet);
this.mesh2 = new OutputMesh(outMesh.GetVertices(), outMesh.GetUVs(),
outMesh.GetNormals(), outMesh.GetTriangles());
tessellationProcess.WriteMesh(mesh2);
}
public void UpdateTessellationItem(short[] loqs, CPNSubset subset = null)
{
curvedPolyVariants.UpdateTessellationVariant(id, loqs, subset);
WriteMesh(storedMesh, curvedPolyVariants.GetMeshOutput(id) /*,useUnityNormals*/);
}
public void RecomputeShape(CPNSubset subset = null)
{
curvedPoly.RecomputeShape(this.lods, this.itemIndex, subset);
}
public void RecomputeShape(LoDs lods, int lodsIndex, CPNSubset subset)
{
meshItemDB.RecomputeShape(lods, lodsIndex, subset);
}