public static BeamBase FromSpeckle(SpeckleBrep BaseObj)
{
if ((string)BaseObj.Properties[GlobalVar.discriminator] != "BeamBase")
{
throw new Exception("Can't convert to BeamBase, missing discriminator.");
}
using (RhinoConverter rhConv = new RhinoConverter())
{
var myBeamBase = new BeamBase();
myBeamBase.MainVolume = (Brep)rhConv.ToNative(BaseObj);
myBeamBase.DetailedVolume = (Brep)rhConv.ToNative((SpeckleObject)BaseObj.Properties["DetailedVolume"]);
myBeamBase.TopLeftCurve = (Curve)rhConv.ToNative((SpeckleObject)BaseObj.Properties["TopLeft"]);
myBeamBase.TopRightCurve = (Curve)rhConv.ToNative((SpeckleObject)BaseObj.Properties["TopRight"]);
myBeamBase.BottomRightCurve = (Curve)rhConv.ToNative((SpeckleObject)BaseObj.Properties["BottomRight"]);
myBeamBase.BottomLeftCurve = (Curve)rhConv.ToNative((SpeckleObject)BaseObj.Properties["BottomLeft"]);
return(myBeamBase);
}
}
// Brep fallback
public static Mesh ToNative(this SpeckleBrep brep)
{
if (brep.DisplayValue != null)
{
return(brep.DisplayValue.ToNative());
}
return(null);
}
public SpeckleBrep ToSpeckle()
{
SpeckleBrep speckleBrep = ((BeamBase)this).ToSpeckle();
speckleBrep.Properties[GlobalVar.discriminator] = "DetailedBeam";
speckleBrep.Properties["tolerance"] = Tolerance;
speckleBrep.Properties["densityMat"] = DensityMat;
return(speckleBrep);
}
public SpeckleBrep ToSpeckle()
{
SpeckleBrep speckleBrep = MainVolume.ToSpeckle();
speckleBrep.Properties[GlobalVar.discriminator] = "BeamBase";
speckleBrep.Properties["TopLeft"] = TopLeftCurve.ToSpeckle();
speckleBrep.Properties["TopRight"] = TopRightCurve.ToSpeckle();
speckleBrep.Properties["BottomRight"] = BottomRightCurve.ToSpeckle();
speckleBrep.Properties["BottomLeft"] = BottomLeftCurve.ToSpeckle();
speckleBrep.Properties["DetailedVolume"] = DetailedVolume.ToSpeckle();
return(speckleBrep);
}
public static Brep ToNative(this SpeckleBrep brep)
{
try
{
if (brep.Provenance == "Rhino")
{
var myBrep = JsonConvert.DeserializeObject <Brep>(( string )brep.RawData);
myBrep.UserDictionary.ReplaceContentsWith(brep.Properties.ToNative());
return(myBrep);
}
throw new Exception("Unknown brep provenance: " + brep.Provenance + ". Don't know how to convert from one to the other.");
}
catch
{
System.Diagnostics.Debug.WriteLine("Failed to deserialise brep");
return(null);
}
}
public static Brep ToNative(this SpeckleBrep brep)
{
try
{
if (brep.Provenance == "ON")
{
var myBrep = ( Brep )Converter.getObjFromString(brep.Base64);
myBrep.UserDictionary.ReplaceContentsWith(brep.Properties.ToNative());
return(myBrep);
}
else
{
throw new Exception("Unknown brep provenance: " + brep.Provenance + ". Don't know how to convert from one to the other.");
}
}
catch
{
// Fail silently
return(null);
}
}
/// <summary>
///
/// </summary>
/// <param name="brep"></param>
/// <returns></returns>
public static SpeckleUnityMesh ToNative(this SpeckleBrep brep)
{
SpeckleMesh speckleMesh = brep.DisplayValue;
return(speckleMesh.ToNative());
}
public static DetailedBeam FromSpeckle(SpeckleBrep BaseObj)
{
return(new DetailedBeam());
}
public static GameObject ToNative(this SpeckleBrep brep)
{
var mesh = brep.DisplayValue;
return mesh.ToNative();
}
