public GeometryConverter(PointConverter ptConv, PipeConverter <rg.Plane, ppg.Plane> planeConv)
{
//converting various types of curves
CurveConverter = new CurveConverter(ptConv, planeConv);
AddConverter(CurveConverter);
MeshConverter = new MeshConverter(ptConv);
AddConverter(MeshConverter);
SolidConverter = new SolidConverter(MeshConverter);
AddConverter(SolidConverter);
/*
* Commenting out the Revit Polyline conversion because revit does not treat polylines as geometry
* that means it has to be added as a set of lines, and that makes change tracking and updating
* gemetry difficult so I am not supporting polylines until I can think of a better strategy.
*/
//converting polylines: for some reasons polyline class doesn't inherit from curves in revit
//var polylineConv = AddConverter(new PipeConverter<rg.PolyLine, ppc.Polyline>(
// (rpl) =>
// {
// List<rg.XYZ> pts = rpl.GetCoordinates().ToList();
// return new ppc.Polyline(pts.Select((pt) => ptConv.ToPipe<rg.XYZ, ppg.Vec>(pt)).ToList());
// },
// (ppl) =>
// {
// return rg.PolyLine.Create(ppl.Points.Select((pt) => ptConv.FromPipe<rg.XYZ, ppg.Vec>(pt)).ToList());
// }
//));
}
public void First()
{
PipeConverter con = new PipeConverter();
con.Converters.Add(new BooleanToNegateBooleanConverter());
con.Converters.Add(new BooleanToVisibilityConverter());
var res = con.Convert(false, typeof(bool), null, CultureInfo.CurrentCulture);
Assert.Equal(Visibility.Visible, res);
}
public CurveConverter(PointConverter ptConv, PipeConverter <rg.Plane, ppg.Plane> planeConv)
{
//converting lines
var lineConv = AddConverter(new PipeConverter <rg.Line, ppc.Line>(
(rl) => {
return(new ppc.Line(ptConv.ToPipe <rg.XYZ, ppg.Vec>(rl.GetEndPoint(0)),
ptConv.ToPipe <rg.XYZ, ppg.Vec>(rl.GetEndPoint(1))));
},
(ppl) => {
return(rg.Line.CreateBound(ptConv.FromPipe <rg.XYZ, ppg.Vec>(ppl.StartPoint),
ptConv.FromPipe <rg.XYZ, ppg.Vec>(ppl.EndPoint)));
}
));
//converting arcs
var arcConv = AddConverter(new PipeConverter <rg.Arc, ppc.Arc>(
(rarc) => {
ppg.Vec startPt = ptConv.ToPipe <rg.XYZ, ppg.Vec>(rarc.GetEndPoint(0));
ppg.Vec endPt = ptConv.ToPipe <rg.XYZ, ppg.Vec>(rarc.GetEndPoint(1));
ppg.Vec midPt = ptConv.ToPipe <rg.XYZ, ppg.Vec>(rarc.Evaluate(0.5, true));
return(new ppc.Arc(startPt, endPt, midPt));
},
(parc) => {
return(rg.Arc.Create(planeConv.FromPipe <rg.Plane, ppg.Plane>(parc.Plane), parc.Radius,
parc.StartAngle, parc.EndAngle));
}
));
//converting nurbs curves
var nurbsConv = AddConverter(new PipeConverter <rg.NurbSpline, ppc.NurbsCurve>(
(rnc) => {
return(new ppc.NurbsCurve(rnc.CtrlPoints.Select(
(pt) => ptConv.ToPipe <rg.XYZ, ppg.Vec>(pt)).ToList(), rnc.Degree, rnc.Weights.Cast <double>().ToList(),
rnc.Knots.Cast <double>().ToList(), rnc.isClosed));
},
null
));
var nurbsConv2 = AddConverter(new PipeConverter <rg.Curve, ppc.NurbsCurve>(
null,
(pnc) => {
if (pnc.IsClosed)
{
//revit doesn't support closed nurbs curves
Utils.RevitPipeUtil.ShowMessage("Conversion failed", "Closed NurbSplines are not supported",
"Revit doesn't support closed Nurbs curves. Revit's website says you can instead close one" +
"Nurbs curve with another.");
return(null);
}
var ptList = pnc.ControlPoints.Select((pt) => ptConv.FromPipe <rg.XYZ, ppg.Vec>(pt)).ToList();
return(rg.NurbSpline.CreateCurve(ptList, pnc.Weights.ToList()));
}
));
}
internal SurfaceConverter(VectorConverter vecConv, PointConverter ptConv, CurveConverter curveConv)
{
//NURBS surface
/*
* Nurbs Surfaces from the pipe cannot be converted to dynamo nurbs because they could have trims.
* In Dynamo trimmed surfaces are instances of the Surface class. So it has to be another converter.
* This converter has to be a one way mapping, hence one of the conversion delegates is null
*/
var nurbsConv = new PipeConverter <dg.NurbsSurface, pps.NurbsSurface>(
(dns) => {
var nurbs = new pps.NurbsSurface(dns.NumControlPointsU, dns.NumControlPointsV, dns.DegreeU, dns.DegreeV);
dg.Point[][] pts = dns.ControlPoints();
double[][] weights = dns.Weights();
for (int u = 0; u < dns.NumControlPointsU; u++)
{
for (int v = 0; v < dns.NumControlPointsV; v++)
{
nurbs.SetControlPoint(ptConv.ToPipe <dg.Point, pp.Vec>(pts[u][v]), u, v);
nurbs.SetWeight(weights[u][v], u, v);
}
}
nurbs.UKnots = dns.UKnots().ToList();
nurbs.VKnots = dns.VKnots().ToList();
nurbs.SurfaceNormal = vecConv.ToPipe <dg.Vector, pp.Vec>(dns.NormalAtParameter(0.5, 0.5));
return(nurbs);
},
null
);
AddConverter(nurbsConv);
/*
* ThePipe Extrusions can be mapped to surfaces in dynamo but all surfaces should not be mapped to extrusions.
* So this mapping has to be one way, hence the first conversion delegate is null.
*/
AddConverter(new PipeConverter <dg.Surface, pps.Extrusion>(
null, //null because of one way mapping
(pe) => {
var extrVec = pp.Vec.Multiply(pe.Direction, pe.Height);
var path = curveConv.FromPipe <dg.Curve, ppc.Curve>(new ppc.Line(pe.ProfileCurve.StartPoint,
pp.Vec.Sum(pe.ProfileCurve.StartPoint, extrVec)));
var profile = curveConv.FromPipe <dg.Curve, ppc.Curve>(pe.ProfileCurve);
var extr = dg.Surface.BySweep(profile, path);
if (!profile.IsClosed)
{
var cutPt = profile.PointAtSegmentLength(1e-4);
profile = profile.TrimByParameter(0, profile.ParameterAtPoint(cutPt));
var profile2 = dg.PolyCurve.ByJoinedCurves(new List <dg.Curve>()
{
profile
}).CloseWithLine();
if (!profile2.IsClosed)
{
return(extr);
}
profile = profile2;
}
try
{
var cap1 = dg.Surface.ByPatch(profile);
var cap2 = dg.Surface.ByPatch((dg.Curve)profile.Translate(vecConv.FromPipe <dg.Vector, pp.Vec>(extrVec)));
if (pe.CappedAtStart)
{
extr = dg.PolySurface.ByJoinedSurfaces(new List <dg.Surface>()
{
extr, cap1
});
}
if (pe.CappedAtEnd)
{
extr = dg.PolySurface.ByJoinedSurfaces(new List <dg.Surface>()
{
extr, cap2
});
}
}
catch (Exception e)
{
//do nothing
}
if (extr.NormalAtParameter(0.5, 0.5).Dot(vecConv.FromPipe <dg.Vector, pp.Vec>(pe.SurfaceNormal)) < 0)
{
extr.FlipNormalDirection();
}
return(extr);
}
));
/*
* Surface is not an abstract class in dynamo, so there needs to be concrete conversion logic for them.
* They are being mapped to Pipe's NurbsSurface class.
*/
AddConverter(new PipeConverter <dg.Surface, pps.NurbsSurface>(
(ds) => {
var nurbs = nurbsConv.ToPipe <dg.NurbsSurface, pps.NurbsSurface>(ds.ToNurbsSurface());
nurbs.OuterTrims.Clear();
try
{
var closedTrim = dg.PolyCurve.ByJoinedCurves(ds.Edges.Select((e) => e.CurveGeometry));
nurbs.OuterTrims.Add(curveConv.ToPipe <dg.Curve, ppc.Curve>(closedTrim));
}
catch (Exception e)
{
//do nothing
//nurbs.OuterTrims.AddRange(ds.Edges.Select((edge) => curveConv.ToPipe<dg.Curve, ppc.Curve>(edge.CurveGeometry)));
}
nurbs.SurfaceNormal = vecConv.ToPipe <dg.Vector, pp.Vec>(ds.NormalAtParameter(0.5, 0.5));
return(nurbs);
},
(pns) => {
if (pns.IsClosedInU || pns.IsClosedInV)
{
throw new PipeDataModel.Exceptions.PipeConversionException(pns.GetType(), typeof(dg.Surface), "Closed Nurbs surfaces are not " +
"supported in dynamo, please try converting this geometry to split-open surfaces or meshes before sending it through the pipe.");
}
List <List <dg.Point> > pts = new List <List <dg.Point> >();
List <List <double> > weights = new List <List <double> >();
for (int u = 0; u < pns.UCount; u++)
{
List <dg.Point> ptRow = new List <dg.Point>();
List <double> wRow = new List <double>();
for (int v = 0; v < pns.VCount; v++)
{
ptRow.Add(ptConv.FromPipe <dg.Point, pp.Vec>(pns.GetControlPointAt(u, v)));
wRow.Add(pns.GetWeightAt(u, v));
}
pts.Add(ptRow);
weights.Add(wRow);
}
dg.Surface nurbs;
try
{
nurbs = dg.NurbsSurface.ByControlPointsWeightsKnots(pts.Select((r) => r.ToArray()).ToArray(),
weights.Select((r) => r.ToArray()).ToArray(), pns.UKnots.ToArray(), pns.VKnots.ToArray(), pns.UDegree, pns.VDegree);
}
catch (Exception e)
{
nurbs = dg.NurbsSurface.ByControlPoints(pts.Select((r) => r.ToArray()).ToArray(), pns.UDegree, pns.VDegree);
}
if (pns.OuterTrims.Count > 0)
{
var trims = pns.OuterTrims.Select((t) =>
((dg.PolyCurve)curveConv.FromPipe <dg.Curve, ppc.Curve>(t.AsPolyCurve()))?.CloseWithLine()).ToList();
try
{
nurbs = nurbs.TrimWithEdgeLoops(trims);
}
catch (Exception e)
{
//do nothing
}
}
if (nurbs.NormalAtParameter(0.5, 0.5).Dot(vecConv.FromPipe <dg.Vector, pp.Vec>(pns.SurfaceNormal)) < 0)
{
nurbs.FlipNormalDirection();
}
return(nurbs);
}
));
//Polysurfaces
AddConverter(new PipeConverter <dg.PolySurface, pps.PolySurface>(
(dps) => {
List <List <int> > adjacency = new List <List <int> >();
var faces = dps.Faces.Select((f) => {
var dgSurf = f.SurfaceGeometry().ToNurbsSurface();
var surf = nurbsConv.ToPipe <dg.NurbsSurface, pps.NurbsSurface>(dgSurf);
// add edges as trim curves
surf.OuterTrims.Clear();
try
{
var closedTrim = dg.PolyCurve.ByJoinedCurves(f.Edges.Select((e) => e.CurveGeometry));
surf.OuterTrims.Add(curveConv.ToPipe <dg.Curve, ppc.Curve>(closedTrim));
}
catch (Exception e)
{
//do nothing
//surf.OuterTrims.AddRange(f.Edges.Select((edge) => curveConv.ToPipe<dg.Curve, ppc.Curve>(edge.CurveGeometry)));
}
adjacency.Add(f.Edges.SelectMany((e) => e.AdjacentFaces.ToList()).Distinct().Select((af) =>
dps.Faces.ToList().IndexOf(af)).ToList());
return((pps.Surface)surf);
}).ToList();
var polySurf = new pps.PolySurface(faces, adjacency);
return(polySurf);
},
(ps) => {
return(dg.PolySurface.ByJoinedSurfaces(ps.Surfaces.Select((s) => {
var surf = FromPipe <dg.Surface, pps.Surface>(s);
//if (typeof(pps.NurbsSurface).IsAssignableFrom(s.GetType())
// && ((pps.NurbsSurface)s).OuterTrims.Count > 0)
//{
// surf = surf.TrimWithEdgeLoops(((pps.NurbsSurface)s).OuterTrims.Select((c) =>
// (dg.PolyCurve)curveConv.FromPipe<dg.Curve, ppc.Curve>(c.AsPolyCurve())));
//}
return surf;
})));
}
));
}
internal CurveConverter(PointConverter ptConv, VectorConverter vecConv)
{
var lineConv = new LineConverter(ptConv);
AddConverter(lineConv);
var arcConv = new ArcConverter(ptConv, vecConv);
AddConverter(arcConv);
//to convert nurbs curves
var nurbsConv = new PipeConverter <dg.NurbsCurve, ppc.NurbsCurve>(
(dc) => {
////just to smooth out anything weird about this curve
//dc = dc.ToNurbsCurve();
ppc.NurbsCurve cur;
List <dg.Point> pts = dc.ControlPoints().ToList();
List <double> knots = dc.Knots().ToList();
var startParam = dc.StartParameter();
var endParam = dc.EndParameter();
knots = knots.Select((k) => (k - startParam) / (endParam - startParam)).ToList();
//making sure all the weights are not zeros by setting them to 1 if they are
double tolerance = 1e-4;
List <double> weights = dc.Weights().ToList();
if (weights.Any((w) => w <= tolerance))
{
weights = weights.Select((w) => 1.0).ToList();
}
cur = new ppc.NurbsCurve(pts.Select((pt) => ptConv.ToPipe <dg.Point, ppg.Vec>(pt)).ToList(),
dc.Degree, weights, knots, dc.IsClosed);
return(cur);
},
(pnc) => {
dg.NurbsCurve cur;
try
{
cur = dg.NurbsCurve.ByControlPointsWeightsKnots(
pnc.ControlPoints.Select((pt) => ptConv.FromPipe <dg.Point, ppg.Vec>(pt)),
pnc.Weights.ToArray(), pnc.Knots.ToArray(), pnc.Degree);
if (pnc.IsClosed != cur.IsClosed)
{
cur = dg.NurbsCurve.ByControlPoints(
pnc.ControlPoints.Select((pt) => ptConv.FromPipe <dg.Point, ppg.Vec>(pt)), pnc.Degree,
pnc.IsClosed);
}
}
catch (Exception e)
{
cur = dg.NurbsCurve.ByControlPoints(
pnc.ControlPoints.Select((pt) => ptConv.FromPipe <dg.Point, ppg.Vec>(pt)), pnc.Degree,
pnc.IsClosed);
}
return(cur);
}
);
AddConverter(nurbsConv);
//generic curves - one way conversion, hence one of the conversion delegates is null
AddConverter(new PipeConverter <dg.Curve, ppc.Curve>(
(dc) => {
return(nurbsConv.ToPipe <dg.NurbsCurve, ppc.NurbsCurve>(dc.ToNurbsCurve()));
},
null
));
//conversion for polycurves
var polyCurveConv = new PipeConverter <dg.PolyCurve, ppc.PolyCurve>(
(dpc) => {
dg.Curve[] curs = dpc.Curves();
return(new ppc.PolyCurve(curs.Select((c) => ToPipe <dg.Curve, ppc.Curve>(c)).ToList()));
},
(ppcrv) => {
try
{
List <dg.Curve> curves = ppcrv.Segments.Select((c) => FromPipe <dg.Curve, ppc.Curve>(c)).ToList();
return(dg.PolyCurve.ByJoinedCurves(curves));
}
catch (Exception e)
{
return(null);
}
}
);
AddConverter(polyCurveConv);
//one way conversion for incoming polylines
var plineConv = new PipeConverter <dg.PolyCurve, ppc.Polyline>(
null,
(ppl) => {
return(polyCurveConv.FromPipe <dg.PolyCurve, ppc.PolyCurve>(ppl.AsPolyCurve()));
}
);
}
