private List <string> saveComposition(string filename)
{
List <string> files = new List <string>();
for (int i = 0; i < ProjectManager.Instance.CurrentProject.projectSettings.PrinterSettings.Extruders.Count; i++)
{
List <PrintModel> models = ProjectManager.Instance.CurrentProject.ListObjects().Where(x => x.ExtruderNumber == i).ToList();
if (models.Count > 0)
{
TopoModel model = new TopoModel();
foreach (PrintModel stl in models)
{
stl.UpdateMatrix();
model.Merge(stl.ActiveModel, stl.trans);
}
model.exportSTL(filename + "composition" + i + ".stl", writeSTLBinary);
files.Add(filename + "composition" + i + ".stl");
}
else
{
files.Add("-");
}
}
return(files);
}
//---
public TopoTriangle(TopoModel model, TopoVertex v1, TopoVertex v2, TopoVertex v3, double nx, double ny, double nz)
{
vertices[0] = v1;
vertices[1] = v2;
vertices[2] = v3;
normal = new RHVector3(nx, ny, nz);
}
public TopoTriangle(TopoModel model, TopoVertex v1, TopoVertex v2, TopoVertex v3)
{
vertices[0] = v1;
vertices[1] = v2;
vertices[2] = v3;
RecomputeNormal();
}
public TopoTriangle(TopoModel model, TopoVertex v1, TopoVertex v2, TopoVertex v3, double nx, double ny, double nz)
{
vertices[0] = v1;
vertices[1] = v2;
vertices[2] = v3;
RHVector3 normalTest = new RHVector3(nx, ny, nz);
//normal.NormalizeSafe();
edges[0] = model.getOrCreateEdgeBetween(v1, v2);
edges[1] = model.getOrCreateEdgeBetween(v2, v3);
edges[2] = model.getOrCreateEdgeBetween(v3, v1);
edges[0].connectFace(this);
edges[1].connectFace(this);
edges[2].connectFace(this);
v1.connectFace(this);
v2.connectFace(this);
v3.connectFace(this);
boundingBox.Add(v1.pos);
boundingBox.Add(v2.pos);
boundingBox.Add(v3.pos);
RecomputeNormal();
if (normalTest.ScalarProduct(normal) < 0)
{
FlipDirection();
}
/* double d1 = edges[0].EdgeLength;
* double d2 = edges[1].EdgeLength;
* double d3 = edges[2].EdgeLength;
* if (d1 < epsilonZero || d2 < epsilonZero || d3 < epsilonZero)
* Console.WriteLine("Df:" + this);*/
}
public void DeepAnalysis(InfoProgressPanel ipp)
{
originalModel.ipp = ipp;
originalModel.Analyse();
if (ipp.IsKilled)
{
return;
}
originalModel.updateBad();
if (originalModel.intersectingTriangles.Count > 0 || originalModel.badTriangles > 0 || originalModel.manifold == false || originalModel.manyShardEdges != 0 || originalModel.loopEdges != 0 || originalModel.normalsOriented == false)
{
if (repairedModel == null)
{
repairedModel = originalModel.Copy();
}
repairedModel.ipp = ipp;
repairedModel.RepairUnobtrusive();
repairedModel.Analyse();
originalModel.Analyse();
if (ipp.IsKilled)
{
originalModel.clear();
repairedModel.clear();
return;
}
repairedModel.updateBad();
ShowRepaired(true);
repairedModel.ipp = null;
}
originalModel.ipp = null;
}
public void LaplaceRelaxation(TopoModel model)
{
double n = 2;
RHVector3 newPos = new RHVector3(pos);
newPos.AddInternal(pos);
foreach (TopoTriangle t in connectedFacesList)
{
int idx = t.VertexIndexFor(this);
n += 2;
newPos.AddInternal(t.vertices[(idx + 1) % 3].pos);
newPos.AddInternal(t.vertices[(idx + 2) % 3].pos);
}
newPos.Scale(1.0 / n);
// validate newPos does not create intersecting triangles or bad shapes
foreach (TopoTriangle t in connectedFacesList)
{
int idx = t.VertexIndexFor(this);
RHVector3 d1 = t.vertices[(idx + 1) % 3].pos.Subtract(newPos);
RHVector3 d2 = t.vertices[(idx + 2) % 3].pos.Subtract(t.vertices[(idx + 1) % 3].pos);
RHVector3 normal = d1.CrossProduct(d2);
if (normal.ScalarProduct(t.normal) < 0)
{
return;
}
double angle = t.AngleEdgePoint((idx + 1) % 3, newPos);
if (angle < 0.088 || angle > 2.96)
{
return; // Angle gets to small
}
}
model.vertices.ChangeCoordinates(this, newPos);
}
public TopoTriangle(TopoModel model, TopoVertex v1, TopoVertex v2, TopoVertex v3)
{
vertices[0] = v1;
vertices[1] = v2;
vertices[2] = v3;
RecomputeNormal();
edges[0] = model.getOrCreateEdgeBetween(v1, v2);
edges[1] = model.getOrCreateEdgeBetween(v2, v3);
edges[2] = model.getOrCreateEdgeBetween(v3, v1);
edges[0].connectFace(this);
edges[1].connectFace(this);
edges[2].connectFace(this);
v1.connectFace(this);
v2.connectFace(this);
v3.connectFace(this);
boundingBox.Add(v1.pos);
boundingBox.Add(v2.pos);
boundingBox.Add(v3.pos);
/*double d1 = edges[0].EdgeLength;
* double d2 = edges[1].EdgeLength;
* double d3 = edges[2].EdgeLength;
* if (d1 < epsilonZero || d2 < epsilonZero || d3 < epsilonZero)
* Console.WriteLine("Df:" + this);*/
}
//QFont font;
//float arrow_length;
internal Coordinate()
{
submesh = new Submesh[3];
model = new TopoModel[3];
//arrow_length = Convert.ToSingle(Math.Abs(model.boundingBox.zMax - model.boundingBox.zMin));
// override mesh color
for (int i = 0; i < 3; i++)
{
// import mesh from STL.
model[i] = new TopoModel();
model[i].importSTL(Application.StartupPath + Path.DirectorySeparatorChar + names[i], 1);
submesh[i] = new Submesh();
model[i].FillMeshTrianglesOnly(submesh[i], 0);
submesh[i].Compress(true, coordinate_colors[i]);
submesh[i].vertices.Clear();
}
model = null; // release memory
// config font
/*font = new QFont("data/HappySans.ttf",
* label_font_size, new QFontBuilderConfiguration(true));
* font.Options.DropShadowActive = false;*/
}
//QFont font;
//float arrow_length;
internal Coordinate(ThreeDControl ctrl)
{
submesh = new Submesh[3];
model = new TopoModel[3];
this.ctrl = ctrl;
//arrow_length = Convert.ToSingle(Math.Abs(model.boundingBox.zMax - model.boundingBox.zMin));
// override mesh color
for (int i = 0; i < 3; i++)
{
// import mesh from STL.
model[i] = new TopoModel();
string file = System.AppDomain.CurrentDomain.BaseDirectory + Path.DirectorySeparatorChar + names[i];
model[i].importSTL(File.ReadAllBytes(file), file, 1);
submesh[i] = new Submesh();
model[i].FillMeshTrianglesOnly(submesh[i], 0);
submesh[i].Compress(true, coordinate_colors[i]);
submesh[i].vertices.Clear();
}
model = null; // release memory
// config font
/*font = new QFont("data/HappySans.ttf",
* label_font_size, new QFontBuilderConfiguration(true));
* font.Options.DropShadowActive = false;*/
}
public void disconnectFace(TopoTriangle face, TopoModel model)
{
faces.Remove(face);
if (faces.Count == 0)
{
model.edges.Remove(this);
}
}
public void Unlink(TopoModel model)
{
edges[0].disconnectFace(this, model);
edges[1].disconnectFace(this, model);
edges[2].disconnectFace(this, model);
vertices[0].disconnectFace(this);
vertices[1].disconnectFace(this);
vertices[2].disconnectFace(this);
}
public void Load(string file, InfoProgressPanel ipp)
{
filename = file;
DateTime lastModified2 = File.GetLastWriteTime(filename);
lastModified = lastModified2.Ticks;
originalModel.ipp = ipp;
string lname = filename.ToLower();
if (lname.EndsWith(".stl"))
{
originalModel.importSTL(filename);
}
else if (lname.EndsWith(".obj"))
{
originalModel.importObj(filename);
}
FileInfo info = new FileInfo(file);
name = info.Name;
originalModel.Analyse();
if (ipp.IsKilled)
{
originalModel.clear();
return;
}
originalModel.Analyse();
if (ipp.IsKilled)
{
originalModel.clear();
return;
}
originalModel.updateBad();
if (originalModel.intersectingTriangles.Count > 0 || originalModel.badTriangles > 0 || originalModel.manifold == false || originalModel.manyShardEdges != 0 || originalModel.loopEdges != 0 || originalModel.normalsOriented == false)
{
if (repairedModel == null)
{
repairedModel = originalModel.Copy();
}
repairedModel.ipp = ipp;
repairedModel.RepairUnobtrusive();
repairedModel.Analyse();
originalModel.Analyse();
if (ipp.IsKilled)
{
originalModel.clear();
repairedModel.clear();
return;
}
repairedModel.updateBad();
ShowRepaired(true);
repairedModel.ipp = null;
}
originalModel.ipp = null;
}
public void FixNormals()
{
if (repairedModel == null)
{
repairedModel = originalModel.Copy();
}
repairedModel.UpdateNormals();
repairedModel.AnalyseFast();
//repairedModel.updateBad();
ShowRepaired(true);
}
void TestInplane3D_1()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(3.67848944664001, -2.6547646522522, 1.38814495312454E-14));
TopoVertex v2 = model.addVertex(new RHVector3(1.62981510162354, -1.05116808414459, 1.83297828141877E-14));
TopoVertex v3 = model.addVertex(new RHVector3(2.29873323440552, -0.79055267572403, 2.11497486191092E-14));
TopoVertex v4 = model.addVertex(new RHVector3(1.63205575942993, -1.05116808414459, 2.78849697113037));
TopoVertex v5 = model.addVertex(new RHVector3(0.916237592697144, -1.1297744512558, 1.83297828141877E-14));
TopoVertex v6 = model.addVertex(new RHVector3(1.38571500778198, -1.07829427719116, 2.67316389083862));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v4, v5, v6));
}
void TestInplaneSameVertex()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(10, 10, 0));
TopoVertex v4 = model.addVertex(new RHVector3(10, -1, 0));
TopoVertex v5 = model.addVertex(new RHVector3(7, 1, 0));
TopoVertex v6 = model.addVertex(new RHVector3(1, -7, 0));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v1, v4, v6));
}
void TestInplaneInsideSameEdgeIntersects()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(10, 10, 0));
TopoVertex v4 = model.addVertex(new RHVector3(1, 1, 0));
TopoVertex v5 = model.addVertex(new RHVector3(7, 1, 0));
TopoVertex v6 = model.addVertex(new RHVector3(5, 3, 0));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v1, v2, v6));
}
public void Analyse(PrintModel model)
{
TopoModel m = null;
if (model != null)
{
m = new TopoModel();
m.Merge(model.Model, model.trans);
}
ProjectManager.Instance.CurrentProject.projectSettings.PrintStatistic.UpadateModelInfo(m, model);
}
void TestInplaneOutside()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(10, 10, 0));
TopoVertex v4 = model.addVertex(new RHVector3(11, 1, 0));
TopoVertex v5 = model.addVertex(new RHVector3(17, 1, 0));
TopoVertex v6 = model.addVertex(new RHVector3(11, 7, 0));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v4, v5, v6));
}
void TestRightAngle()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(5, 5, 0));
TopoVertex v4 = model.addVertex(new RHVector3(0, 0, -5));
TopoVertex v5 = model.addVertex(new RHVector3(10, 0, -5));
TopoVertex v6 = model.addVertex(new RHVector3(5, 0, 5));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v4, v5, v6));
}
public override void Paint()
{
TopoModel model = ActiveModel;
if (Visible)
{
if (false) //**Main.main.objectPlacement.checkCutFaces.Checked)
{
// int cutpos = Main.main.objectPlacement.cutPositionSlider.Value;
if (ForceRefresh || ctrl.updateCuts || lastRendered != 1 || activeModel != activeSubmesh ||
lastShowEdges != SettingsProvider.Instance.ThreeDSettings.ShowEdges || lastSelected != Selected)
{
RHVector3 normpoint = ctrl.cutPos.Add(ctrl.cutDirection);
RHVector3 point = new RHVector3(0, 0, 0);
ReverseTransformPoint(ctrl.cutPos, point);
ReverseTransformPoint(normpoint, normpoint);
RHVector3 normal = normpoint.Subtract(point);
submesh.Clear();
model.CutMesh(submesh, normal, point,
outside ? Submesh.MESHCOLOR_OUTSIDE : Submesh.MESHCOLOR_FRONTBACK);
submesh.selected = Selected;
submesh.Compress();
lastShowEdges = SettingsProvider.Instance.ThreeDSettings.ShowEdges;
lastSelected = Selected;
activeSubmesh = activeModel;
lastRendered = 1;
}
}
else
{
if (ForceRefresh || ctrl.updateCuts || lastRendered != 0 || activeModel != activeSubmesh ||
lastShowEdges != SettingsProvider.Instance.ThreeDSettings.ShowEdges)
{
submesh.Clear();
submesh.defaultColor =
ProjectManager.Instance.CurrentProject.projectSettings.PrinterSettings.Extruders[ExtruderNumber].ExtruderColor;
model.FillMesh(submesh, outside ? Submesh.MESHCOLOR_OUTSIDE : Submesh.MESHCOLOR_FRONTBACK);
submesh.selected = Selected;
submesh.Compress();
lastShowEdges = SettingsProvider.Instance.ThreeDSettings.ShowEdges;
lastSelected = Selected;
activeSubmesh = activeModel;
lastRendered = 0;
}
}
// submesh.Draw(SettingsProvider.Instance.ThreeDSettings.drawMethod,ctrl.cam.EdgeTranslation());
submesh.Draw(2, ctrl.cam.EdgeTranslation());
}
ForceRefresh = false;
}
public void RunTest()
{
if (repairedModel == null)
{
repairedModel = originalModel.Copy();
repairedModel.RepairUnobtrusive();
}
repairedModel.RetestIntersectingTriangles();
//repairedModel.JoinTouchedOpenEdges(0.1);
//repairedModel.UpdateNormals();
repairedModel.Analyse();
repairedModel.updateBad();
ShowRepaired(true);
}
void TestInplaneOutside()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(10, 10, 0));
TopoVertex v4 = model.addVertex(new RHVector3(11, 1, 0));
TopoVertex v5 = model.addVertex(new RHVector3(17, 1, 0));
TopoVertex v6 = model.addVertex(new RHVector3(11, 7, 0));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v4, v5, v6));
if (t1.Intersects(t2))
{
faildTests++;
Console.WriteLine("Failed test:TestInplaneOutside");
}
}
void TestInplaneInsideSameEdgeIntersects()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(10, 10, 0));
TopoVertex v4 = model.addVertex(new RHVector3(1, 1, 0));
TopoVertex v5 = model.addVertex(new RHVector3(7, 1, 0));
TopoVertex v6 = model.addVertex(new RHVector3(5, 3, 0));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v1, v2, v6));
if (!t1.Intersects(t2))
{
faildTests++;
Console.WriteLine("Failed test:TestInplaneInsideSameEdgeIntersects");
}
}
void TestSharedPointIntersect()
{
TopoModel model = new TopoModel();
TopoVertex v1 = model.addVertex(new RHVector3(0, 0, 0));
TopoVertex v2 = model.addVertex(new RHVector3(10, 0, 0));
TopoVertex v3 = model.addVertex(new RHVector3(5, 5, 0));
TopoVertex v4 = model.addVertex(new RHVector3(0, 0, -5));
TopoVertex v5 = model.addVertex(new RHVector3(10, 0, -5));
TopoVertex v6 = model.addVertex(new RHVector3(5, 0, 5));
TopoTriangle t1 = model.AddTriangle(new TopoTriangle(model, v1, v2, v3));
TopoTriangle t2 = model.AddTriangle(new TopoTriangle(model, v1, v5, v6));
if (!t1.Intersects(t2))
{
faildTests++;
Console.WriteLine("Failed test:TestSharedPointIntersect");
}
}
public override void Paint()
{
TopoModel model = ActiveModel;
if (Main.main.objectPlacement.checkCutFaces.Checked)
{
int cutpos = Main.main.objectPlacement.cutPositionSlider.Value;
if (ForceRefresh || Main.main.threedview.updateCuts || lastRendered != 1 || activeModel != activeSubmesh || lastShowEdges != Main.threeDSettings.ShowEdges || lastSelected != Selected)
{
RHVector3 normpoint = Main.main.threedview.cutPos.Add(Main.main.threedview.cutDirection);
RHVector3 point = new RHVector3(0, 0, 0);
ReverseTransformPoint(Main.main.threedview.cutPos, point);
ReverseTransformPoint(normpoint, normpoint);
RHVector3 normal = normpoint.Subtract(point);
submesh.Clear();
model.CutMesh(submesh, normal, point, outside ? Submesh.MESHCOLOR_OUTSIDE : Submesh.MESHCOLOR_FRONTBACK);
submesh.selected = Selected;
submesh.Compress();
lastShowEdges = Main.threeDSettings.ShowEdges;
lastSelected = Selected;
activeSubmesh = activeModel;
lastRendered = 1;
}
}
else
{
if (ForceRefresh || Main.main.threedview.updateCuts || lastRendered != 0 || activeModel != activeSubmesh || lastShowEdges != Main.threeDSettings.ShowEdges)
{
submesh.Clear();
model.FillMesh(submesh, outside ? Submesh.MESHCOLOR_OUTSIDE : Submesh.MESHCOLOR_FRONTBACK);
submesh.selected = Selected;
submesh.Compress();
lastShowEdges = Main.threeDSettings.ShowEdges;
lastSelected = Selected;
activeSubmesh = activeModel;
lastRendered = 0;
}
}
submesh.Draw(Main.threeDSettings.drawMethod, Main.main.threedview.cam.EdgeTranslation());
ForceRefresh = false;
}
private void saveComposition(string filename)
{
TopoModel model = new TopoModel();
foreach (PrintModel stl in ListObjects(false))
{
stl.UpdateMatrix();
model.Merge(stl.ActiveModel, stl.trans);
}
if (filename.EndsWith(".obj") || filename.EndsWith(".OBJ"))
{
model.exportObj(filename, true);
}
else
{
model.exportSTL(filename, writeSTLBinary);
}
Slicer.lastBox.Clear();
Slicer.lastBox.Add(model.boundingBox);
}
public bool SmoothAspectRatio(TopoModel model, double maxRatio)
{
double maxLen, minLen;
int maxIdx, minIdx;
LongestShortestEdgeLength(out maxIdx, out maxLen, out minIdx, out minLen);
if (minLen == 0)
{
return(false);
}
if (maxLen > 1 && maxLen / minLen > maxRatio)
{
RHVector3 center = edges[maxIdx].v1.pos.Add(edges[maxIdx].v2.pos);
center.Scale(0.5);
TopoVertex newVertex = new TopoVertex(0, center);
model.addVertex(newVertex);
edges[maxIdx].InsertVertex(model, newVertex);
return(true);
}
return(false);
}
public TopoTriangle BuildTriangle(TopoModel model)
{
TopoVertex sharedPoint = null;
TopoVertex p1 = null, p2 = null;
if (edgeA.v1 == edgeB.v1)
{
sharedPoint = edgeA.v1;
p1 = edgeA.v2;
p2 = edgeB.v2;
}
else if (edgeA.v1 == edgeB.v2)
{
sharedPoint = edgeA.v1;
p1 = edgeA.v2;
p2 = edgeB.v1;
}
else if (edgeA.v2 == edgeB.v1)
{
sharedPoint = edgeA.v1;
p1 = edgeA.v1;
p2 = edgeB.v2;
}
else if (edgeA.v2 == edgeB.v2)
{
sharedPoint = edgeA.v2;
p1 = edgeA.v1;
p2 = edgeB.v1;
}
TopoTriangle faceA = edgeA.faces.First.Value;
TopoTriangle newTriangle = new TopoTriangle(model, sharedPoint, p1, p2, 0, 0, 1);
if (newTriangle.SameNormalOrientation(faceA) == false)
{
newTriangle.FlipDirection();
}
newTriangle.RecomputeNormal();
model.AddTriangle(newTriangle);
return(newTriangle);
}
public void Analyse(PrintModel pm)
{
TopoModel m = new TopoModel();
m.Merge(pm.Model, pm.trans);
infoVolume.Text = (0.001 * m.Volume()).ToString("0.0000") + " cm³";
infoSurface.Text = (0.01 * m.Surface()).ToString("0.0000") + " cm²";
infoShells.Text = pm.Model.shells.ToString();
infoPoints.Text = pm.Model.vertices.Count.ToString();
infoEdges.Text = pm.Model.edges.Count.ToString();
infoFaces.Text = pm.Model.triangles.Count.ToString();
infoMinX.Text = m.boundingBox.minPoint.x.ToString("0.00") + " mm";
infoMaxX.Text = m.boundingBox.maxPoint.x.ToString("0.00") + " mm";
infoSizeX.Text = m.boundingBox.Size.x.ToString("0.00") + " mm";
infoMinY.Text = m.boundingBox.minPoint.y.ToString("0.00") + " mm";
infoMaxY.Text = m.boundingBox.maxPoint.y.ToString("0.00") + " mm";
infoSizeY.Text = m.boundingBox.Size.y.ToString("0.00") + " mm";
infoMinZ.Text = m.boundingBox.minPoint.z.ToString("0.00") + " mm";
infoMaxZ.Text = m.boundingBox.maxPoint.z.ToString("0.00") + " mm";
infoSizeZ.Text = m.boundingBox.Size.z.ToString("0.00") + " mm";
groupBox1.Text = pm.name;
}
public void UpadateModelInfo(TopoModel m, PrintModel pm)
{
if (pm != null)
{
Volume = (0.001 * m.Volume()).ToString("0.00") + " cm³";
Surface = (0.01 * m.Surface()).ToString("0.00") + " cm²";
// infoShells.Text = pm.Model.shells.ToString();
Points = pm.Model.vertices.Count.ToString();
Edges = pm.Model.edges.Count.ToString();
Faces = pm.Model.triangles.Count.ToString();
SizeX = m.boundingBox.Size.x.ToString("0.00") + " mm";
SizeY = m.boundingBox.Size.y.ToString("0.00") + " mm";
SizeZ = m.boundingBox.Size.z.ToString("0.00") + " mm";
/*
* infoMinX.Text = m.boundingBox.minPoint.x.ToString("0.00") + " mm";
* infoMaxX.Text = m.boundingBox.maxPoint.x.ToString("0.00") + " mm";
* infoMinY.Text = m.boundingBox.minPoint.y.ToString("0.00") + " mm";
* infoMaxY.Text = m.boundingBox.maxPoint.y.ToString("0.00") + " mm";
* infoMinZ.Text = m.boundingBox.minPoint.z.ToString("0.00") + " mm";
* infoMaxZ.Text = m.boundingBox.maxPoint.z.ToString("0.00") + " mm";
* groupBox1.Text = pm.name;
*/
}
else
{
Volume = "";
Surface = "";
// infoShells.Text = pm.Model.shells.ToString();
Points = "";
Edges = "";
Faces = "";
SizeX = "";
SizeY = "";
SizeZ = "";
}
}
