public GeometryDrawServerInputs CreateMerged(GeometryDrawServerInputs _other)
{
return(Merge(new List <GeometryDrawServerInputs>()
{
this, _other
}));
}
public List <GeometryDrawServerInputs> SplitSelf()
{
int maxSize = 10000;
//for each storage type, split stored geometry
var nonTransMeshLists = this.NonTransFaceBuffer.Meshes.DivideListMaxSize(maxSize);
var transMeshLists = this.TransFaceBuffer.Meshes.DivideListMaxSize(maxSize);
var nonTransTriangleLists = this.NonTransTriangleBuffer.Triangles.DivideListMaxSize(maxSize);
var transTriangleLists = this.TransTriangleBuffer.Triangles.DivideListMaxSize(maxSize);
var pointLists = this.PointBuffer.Points.DivideListMaxSize(maxSize);
var edgeLists = this.EdgeBuffer.Edges.DivideListMaxSize(maxSize);
var maxCount = new List <int>()
{
nonTransMeshLists.Count, transMeshLists.Count,
nonTransTriangleLists.Count, transTriangleLists.Count,
pointLists.Count, edgeLists.Count
}
.Max();
var inputList = new List <GeometryDrawServerInputs>();
for (int i = 0; i < maxCount; i++)
{
var nonTransMesh = i > nonTransMeshLists.Count - 1
? new List <MeshInfo>()
: nonTransMeshLists[i];
var transMesh = i > transMeshLists.Count - 1
? new List <MeshInfo>()
: transMeshLists[i];
var nonTransTriangle = i > nonTransTriangleLists.Count - 1
? new List <TriangleInfo>()
: nonTransTriangleLists[i];
var transTriangle = i > transTriangleLists.Count - 1
? new List <TriangleInfo>()
: transTriangleLists[i];
var pointList = i > pointLists.Count - 1
? new List <PointInfo>()
: pointLists[i];
var edgeList = i > edgeLists.Count - 1
? new List <EdgeInfo>()
: edgeLists[i];
var newInput = new GeometryDrawServerInputs(this.Outline, this.EnableFaceNormal);
newInput.NonTransFaceBuffer = new RenderingPassBufferStorage(nonTransMesh);
newInput.TransFaceBuffer = new RenderingPassBufferStorage(transMesh);
newInput.NonTransTriangleBuffer = new RenderingPassBufferStorage(nonTransTriangle);
newInput.TransTriangleBuffer = new RenderingPassBufferStorage(transTriangle);
newInput.PointBuffer = new RenderingPassBufferStorage(pointList);
newInput.EdgeBuffer = new RenderingPassBufferStorage(edgeList);
inputList.Add(newInput);
}
return(inputList);
}
public static GeometryDrawServerInputs Merge(IEnumerable <GeometryDrawServerInputs> _inputs)
{
var outlines = _inputs.Select(x => x.Outline.ToBoundingBox()).GetBoundingBox().ToOutLine();
var input = new GeometryDrawServerInputs(outlines, _inputs.First().EnableFaceNormal);
input.NonTransFaceBuffer = RenderingPassBufferStorage.Merge(_inputs.Select(x => x.NonTransFaceBuffer).ToList());
input.TransFaceBuffer = RenderingPassBufferStorage.Merge(_inputs.Select(x => x.TransFaceBuffer).ToList());
input.NonTransTriangleBuffer = RenderingPassBufferStorage.Merge(_inputs.Select(x => x.NonTransTriangleBuffer).ToList());
input.TransTriangleBuffer = RenderingPassBufferStorage.Merge(_inputs.Select(x => x.TransTriangleBuffer).ToList());
input.EdgeBuffer = RenderingPassBufferStorage.Merge(_inputs.Select(x => x.EdgeBuffer).ToList());
input.PointBuffer = RenderingPassBufferStorage.Merge(_inputs.Select(x => x.PointBuffer).ToList());
return(input);
}
/// <summary>
/// Call this method to display geometry on screen.
/// Call UIDocument.RefreshActiveView() to display geometry.
/// The servers will be automaticly created and registered.
/// </summary>
/// <param name="_serverInputs"></param>
/// <param name="_addinId"></param>
public static void ShowGraphics
(GeometryDrawServerInputs _serverInputs, string _addinId, bool _clearServerOfSameAddin = true)
{
if (_serverInputs == null || _addinId == null)
{
return;
}
//there is an un-documented limit on server buffer size.
//need to split input into multiple ones, create one server for each,
//to not to exceed that limit.
var inputList = _serverInputs.SplitSelf();
ShowGraphics(inputList, _addinId, _clearServerOfSameAddin);
}
public GeometryDrawServer(UIDocument _uiDoc, string _addinId, GeometryDrawServerInputs _inputs)
: this(_uiDoc, _addinId)
{
this.Inputs = _inputs;
}