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;
}
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);
}
