public List <SyncMesh> BuildMeshAry()
{
List <SyncMesh> meshAry = new List <SyncMesh>();
for (int i = 0; i < obj.MeshList.Count; i++)
{
Obj curObj = obj.MeshList[i];
// Create a hardcoded quad mesh
SyncMesh syncmesh = new SyncMesh(new SyncId(curObj.Name), curObj.Name);
foreach (ObjParser.Types.Vertex vertex in curObj.VertexList)
{
syncmesh.Vertices.Add(new Vector3((float)vertex.X, (float)vertex.Y, (float)vertex.Z));
}
foreach (ObjParser.Types.Vertex normal in curObj.VertexList)
{
syncmesh.Normals.Add(new Vector3(0, 0, 1));
}
foreach (ObjParser.Types.TextureVertex uv in curObj.TextureList)
{
syncmesh.Uvs.Add(new Vector2((float)uv.X, (float)uv.Y));
}
meshAry.Add(syncmesh);
}
return(meshAry);
}
SyncObject BuildObject(SyncMesh mesh, SyncMaterial material)
{
// Create a parent object
var parentObject = new SyncObject(new SyncId("Parent id"), "Quad Object Parent")
{
Transform = SyncTransform.Identity
};
// Create a child object with geometry
var childObject = new SyncObject(new SyncId("Child id"), "Quad Object Child")
{
MeshId = mesh.Id,
MaterialIds = new List <SyncId> {
material.Id
},
Transform = SyncTransform.Identity
};
parentObject.Children.Add(childObject);
// Fill the object with metadata
parentObject.Metadata.Add("Key 1", new SyncParameter("Value", "Group", true));
parentObject.Metadata.Add("Key 2", new SyncParameter("Other value", "Group", true));
parentObject.Metadata.Add("名前", new SyncParameter("テストデータくん", "Group", true));
// Uncomment the following line to add the "Merge" metadata key.
// Because of the rules.json file, this would trigger the MergeChildObjects action.
//parentObject.Metadata.Add("Merge", new SyncParameter("", "Rules", true));
return(parentObject);
}
public SyncMesh BuildMesh(Obj curObj)
{
SyncMesh syncmesh = new SyncMesh(new SyncId("MeshId_" + curObj.Name), "Mesh_" + curObj.Name);
// Faceの定義に従う。無駄は多くなる
syncmesh.SubMeshes = new List <SyncSubMesh>();
SyncSubMesh submesh = new SyncSubMesh();
for (int j = 0; j < curObj.FaceList.Count; j++)
{
ObjParser.Types.Face face = curObj.FaceList[j];
for (int i = 0; i < face.VertexIndexList.Length; i++)
{
//idx
int vertexIdx = face.VertexIndexList[i] - 1;
int uvIdx = face.TextureVertexIndexList[i] - 1;
int normalIdx = face.NormalIndexList[i] - 1;
//Console.WriteLine(string.Format("index[{0}] vert[{1}] uv[{2}] normal[{3}]",i, vertexIdx+1, uvIdx+1, normalIdx+1));
//ObjParser.Types.Vertex vertex = curObj.VertexList[vertexIdx];
//ObjParser.Types.TextureVertex uv = curObj.TextureList[uvIdx];
//ObjParser.Types.VertexNormal normal = curObj.VertexNormalList[normalIdx];
ObjParser.Types.Vertex vertex = obj.VertexList[vertexIdx];
ObjParser.Types.TextureVertex uv = obj.TextureList[uvIdx];
ObjParser.Types.VertexNormal normal = obj.VertexNormalList[normalIdx];
//頂点
// OpenGL->DirectX変換のため、Xは反転する
syncmesh.Vertices.Add(new Vector3(vertex.X * -1.0f, vertex.Y, vertex.Z)); // 2021.5.26 X軸を反転
syncmesh.Uvs.Add(new Vector2(uv.X, uv.Y));
syncmesh.Normals.Add(new Vector3(normal.X * -1.0f, normal.Y, normal.Z)); // 2021.5.26 X軸を反転
//syncmesh.Normals.Add(new Vector3(0,0,1));
//Console.WriteLine(string.Format("vert={0}\t{1}\t{2}", (float)vertex.X, (float)vertex.Y, (float)vertex.Z));
//index
//submesh.Triangles.Add(i + j * face.VertexIndexList.Length);
// OpenGL->DirectX変換のため、逆順でセットする
submesh.Triangles.Add((face.VertexIndexList.Length - 1 - i) + j * face.VertexIndexList.Length);
}
}
syncmesh.SubMeshes.Add(submesh);
return(syncmesh);
}
public SyncMesh BuildMesh_Legacy(Obj curObj)
{
SyncMesh syncmesh = new SyncMesh(new SyncId("MeshId_" + curObj.Name), "Mesh_" + curObj.Name);
foreach (ObjParser.Types.Vertex vertex in curObj.VertexList)
{
syncmesh.Vertices.Add(new Vector3((float)vertex.X, (float)vertex.Y, (float)vertex.Z));
}
foreach (ObjParser.Types.VertexNormal normal in curObj.VertexNormalList)
{
syncmesh.Normals.Add(new Vector3((float)normal.X, (float)normal.Y, (float)normal.Z));
}
foreach (ObjParser.Types.TextureVertex uv in curObj.TextureList)
{
syncmesh.Uvs.Add(new Vector2((float)uv.X, (float)uv.Y));
}
syncmesh.SubMeshes = new List <SyncSubMesh>();
SyncSubMesh submesh = new SyncSubMesh();
foreach (ObjParser.Types.Face face in curObj.FaceList)
{
//string[] line = face.ToString().Split(' ');
//foreach (string data in line)
//{
// string[] facegeom = data.Split('/');
// int result = 0;
// if (int.TryParse(data, out result))
// {
// submesh.Triangles.Add(result);
// }
//}
foreach (int idx in face.VertexIndexList)
{
submesh.Triangles.Add(idx);
}
}
syncmesh.SubMeshes.Add(submesh);
return(syncmesh);
}
public SyncObject BuildObject(SyncMesh mesh, SyncMaterial material, int idx)
{
// Create a parent object
var parentObject = new SyncObject(new SyncId("ParentId_") + mesh.Id.ToString(), "ObjectParent_" + mesh.Name)
{
Transform = SyncTransform.Identity
};
// Create a child object with geometry
var childObject = new SyncObject(new SyncId("ChildId_") + mesh.Id.ToString(), "ObjectChild_" + mesh.Name)
{
MeshId = mesh.Id,
MaterialIds = new List <SyncId> {
material.Id
},
Transform = SyncTransform.Identity
};
parentObject.Children.Add(childObject);
// Fill the object with metadata
parentObject.Metadata.Add("Key 1", new SyncParameter("Value", "Group", true));
parentObject.Metadata.Add("Key 2", new SyncParameter("Other value", "Group", true));
parentObject.Metadata.Add("メッシュID", new SyncParameter(mesh.Id.ToString(), "Group", true));
parentObject.Metadata.Add("マテリアルID", new SyncParameter(material.Id.ToString(), "Group", true));
parentObject.Metadata.Add("図形名", new SyncParameter(obj.MeshList[idx].Name, "Group", true));
parentObject.Metadata.Add("マテリアル名", new SyncParameter(obj.MeshList[idx].UseMtl, "Group", true));
parentObject.Metadata.Add("頂点数", new SyncParameter(obj.MeshList[idx].VertexList.Count.ToString(), "Group", true));
parentObject.Metadata.Add("ポリゴン数", new SyncParameter(mesh.TriangleCount.ToString(), "Group", true));
// Uncomment the following line to add the "Merge" metadata key.
// Because of the rules.json file, this would trigger the MergeChildObjects action.
//parentObject.Metadata.Add("Merge", new SyncParameter("", "Rules", true));
return(parentObject);
}
void PerformExportTransaction()
{
// Report the progress of the export to 0%
m_PublisherClient.ReportProgress(0);
// Start a transaction ; note that the publisher client can only run one transaction at a time.
PublisherTransaction transaction = m_PublisherClient.StartTransaction();
// add sample plane //
{
// Build a SyncMesh and send it to the server
var mesh = BuildMesh();
transaction.Send(mesh);
// Build a SyncMaterial and send it to the server
var material = BuildMaterial(SyncColor.White);
transaction.Send(material);
// Report in between parsing progress
m_PublisherClient.ReportProgress(50);
// Build a SyncObject and send it to the server.
var obj = BuildObject(mesh, material);
transaction.Send(obj);
// Build a SyncObjectInstance and send it to the server
var instance = BuildObjectInstance(obj);
transaction.Send(instance);
}
// add sample plane //
// objファイルを開く //
DataUtil meshData = new DataUtil();
meshData.fileName = @"D:\model\house.obj";
meshData.OpenObj(@"D:\model\house.obj");
int num = meshData.obj.MeshList.Count;
for (int i = 0; i < num; i++)
{
ObjParser.Obj currentObj = meshData.obj.MeshList[i];
Console.WriteLine("Mesh: " + currentObj.Name);
SyncMesh mesh = meshData.BuildMesh(currentObj);
transaction.Send(mesh);
Console.WriteLine("\tMesh Id: " + mesh.Id);
Console.WriteLine("\tMesh Name: " + mesh.Name);
SyncMaterial material = meshData.BuildMaterial(currentObj, transaction);
transaction.Send(material);
Console.WriteLine("\tMaterial Id: " + material.Id);
Console.WriteLine("\tMaterial Name: " + material.Name);
// Report in between parsing progress
m_PublisherClient.ReportProgress(i * num / 100);
// Build a SyncObject and send it to the server.
var obj = meshData.BuildObject(mesh, material, i);
transaction.Send(obj);
Console.WriteLine("\tObject Id: " + obj.Id);
Console.WriteLine("\tObject Name: " + obj.Name);
// Build a SyncObjectInstance and send it to the server
var instance = meshData.BuildObjectInstance(obj);
transaction.Send(instance);
Console.WriteLine("\tObject Instance Id: " + instance.Id);
Console.WriteLine("\tObject Instance Name: " + instance.Name);
}
#if false
for (int i = 0; i < meshData.obj.MeshList.Count; i++)
{
List <SyncMesh> meshAry = meshData.BuildMesh();
foreach (SyncMesh mesh in meshAry)
{
transaction.Send(mesh);
}
List <SyncMaterial> materialAry = meshData.BuildMaterial();
foreach (SyncMaterial material in materialAry)
{
transaction.Send(material);
}
// Report in between parsing progress
//m_PublisherClient.ReportProgress(50);
// Build a SyncObject and send it to the server.
foreach (SyncMesh mesh in meshAry)
{
var obj = meshData.BuildObject(mesh);
transaction.Send(obj);
// Build a SyncObjectInstance and send it to the server
var instance = meshData.BuildObjectInstance(obj);
transaction.Send(instance);
}
}
#endif
// Commit the transaction, then detach it from the publisher client.
transaction.Commit();
// Report the completion of the export
m_PublisherClient.ReportProgress(100);
}
