private void FVmeshVertexColor(FigureDataStruct fv)
{
GameObject meshInstance = BuilderFunctions.InstantiateMesh(fv.Vertices, fv.Faces, transform, fv.shootability[0], fv.id[0]);
BuilderFunctions.AddMat(fv.Opacity, meshInstance, _vertexColors, _opaqueVertexColors);
meshInstance.GetComponent <MeshFilter>().mesh.colors = fv.VertColorList[0];
}
private void FVmeshSingleColor(FigureDataStruct fv)
{
GameObject meshInstance = BuilderFunctions.InstantiateMesh(fv.Vertices, fv.Faces, transform, fv.shootability[0], fv.id[0]);
BuilderFunctions.AddMat(fv.Opacity, meshInstance, _singleColor, _opaqueSingleColor);
meshInstance.GetComponent <MeshRenderer>().material.SetColor("_color", fv.SingleColor);
}
private void FVmeshMultiVertColor(FigureDataStruct fv)
{
GameObject meshInstance = BuilderFunctions.InstantiateMesh(fv.Vertices, fv.Faces, multiMeshContainer, fv.shootability[0], fv.id[0]);
List <Color[]> _multiVertColorList = fv.VertColorList;
multiMeshContainer.GetComponent <MultiVertColUpdater>().SetStuff(_multiVertColorList, meshInstance);
meshInstance.GetComponent <MeshFilter>().mesh.colors = _multiVertColorList[0];
BuilderFunctions.AddMat(fv.Opacity, meshInstance, _vertexColors, _opaqueVertexColors);
}
public static GameObject InstantiateMesh(Vector3[] vertices, int[] faces, Transform targetTransform, int shootability, int id)
{
GameObject meshInstance = BuilderFunctions.FVmesh(vertices, faces);
meshInstance.AddComponent <EmissionController>().SetShootability(shootability);
meshInstance.transform.parent = targetTransform;
meshInstance.name = "target_" + id.ToString();
return(meshInstance);
}
// matType Functions
private void FVmeshSingleColor(MatNode fv)
{
Vector3[] vertices = DataParser.MatrixToVectorArray(fv.Fields["vertices"].GetValue <double[, ]>());
int[] faces = DataParser.MatrixTo1DArray(fv.Fields["faces"].GetValue <int[, ]>());
GameObject meshInstance = BuilderFunctions.InstantiateMesh(vertices, faces, transform);
Color color = ColorParser.GetColor(fv.Fields["color"].GetValue <double[, ]>());
double[,] temp = fv.Fields["opacity"].GetValue <double[, ]>();
float opacity = (float)temp[0, 0];
BuilderFunctions.AddMat(opacity, meshInstance, _singleColor, _opaqueSingleColor);
meshInstance.GetComponent <MeshRenderer>().material.SetColor("_color", color);
}
private void FVmeshVertexColor(MatNode fv)
{
Vector3[] vertices = DataParser.MatrixToVectorArray(fv.Fields["vertices"].GetValue <double[, ]>());
int[] faces = DataParser.MatrixTo1DArray(fv.Fields["faces"].GetValue <int[, ]>());
GameObject meshInstance = BuilderFunctions.InstantiateMesh(vertices, faces, transform);
double[,] temp = fv.Fields["opacity"].GetValue <double[, ]>();
float opacity = (float)temp[0, 0];
BuilderFunctions.AddMat(opacity, meshInstance, _vertexColors, _opaqueVertexColors);
double[,] col = fv.Fields["colors"].GetValue <double[, ]>();
List <Color[]> vertexColorList = ColorParser.GetVertexColorList(col, fv.Fields["map"].GetValue <double[, ]>());
meshInstance.GetComponent <MeshFilter>().mesh.colors = vertexColorList[0];
}
private void scatter3(FigureDataStruct sc) => BuilderFunctions.SpawnScatterSpheres(sc.Vertices, sc.PointSize, sc.SingleColor, _opaqueSingleColor, transform, sc.shootability, sc.id);
