public List <ApplicationPlaceholderObject> AlignmentToNative(Alignment alignment)
{
var docObj = GetExistingElementByApplicationId(alignment.applicationId);
//delete and re-create line
//TODO: check if can be modified
if (docObj != null)
{
Doc.Delete(docObj.Id);
}
var curves = CurveToNative(alignment.curves);
var placeholders = new List <ApplicationPlaceholderObject>();
var curveEnumerator = curves.GetEnumerator();
while (curveEnumerator.MoveNext() && curveEnumerator.Current != null)
{
var baseCurve = curveEnumerator.Current as DB.Curve;
DB.ModelCurve revitCurve = Doc.Create.NewModelCurve(baseCurve, NewSketchPlaneFromCurve(baseCurve, Doc));
var lineStyles = revitCurve.GetLineStyleIds().First();
placeholders.Add(new ApplicationPlaceholderObject()
{
applicationId = alignment.applicationId, ApplicationGeneratedId = revitCurve.UniqueId, NativeObject = revitCurve
});
}
return(placeholders);
}
public CifGM.Alignment AlignmentToNative(Alignment alignment)
{
var baseCurve = alignment.baseCurve;
var nativeCurve = CurveToNative(baseCurve);
ConsensusConnectionEdit con = ConsensusConnectionEdit.GetActive();
con.StartTransientMode();
AlignmentEdit alignmentEdit = (CifGM.Alignment.CreateFromElement(con, nativeCurve)) as AlignmentEdit;
if (alignmentEdit.DomainObject == null)
{
return(null);
}
alignmentEdit.AddStationing(0, alignment.startStation, true);
if (alignment.stationEquations != null)
{
var formatted = (List <string>)alignment["formattedStationEquations"];
for (int i = 0; i < formatted.Count(); i++)
{
var locationAlong = alignment.stationEquations[(i * 3) + 1];
var ahead = formatted[i];
alignmentEdit.AddStationEquation(ahead, locationAlong);
}
}
con.PersistTransients();
return(null);
}
public Alignment AlignmentToSpeckle(CivilDB.Alignment alignment)
{
var _alignment = new Alignment();
// get the alignment subentity curves
List <ICurve> curves = new List <ICurve>();
var stations = new List <double>();
for (int i = 0; i < alignment.Entities.Count; i++)
{
var entity = alignment.Entities.GetEntityByOrder(i);
var polycurve = new Polycurve(units: ModelUnits, applicationId: entity.EntityId.ToString());
var segments = new List <ICurve>();
double length = 0;
for (int j = 0; j < entity.SubEntityCount; j++)
{
CivilDB.AlignmentSubEntity subEntity = entity[j];
ICurve segment = null;
switch (subEntity.SubEntityType)
{
case CivilDB.AlignmentSubEntityType.Arc:
var arc = subEntity as CivilDB.AlignmentSubEntityArc;
segment = AlignmentArcToSpeckle(arc);
break;
case CivilDB.AlignmentSubEntityType.Line:
var line = subEntity as CivilDB.AlignmentSubEntityLine;
segment = AlignmentLineToSpeckle(line);
break;
case CivilDB.AlignmentSubEntityType.Spiral:
var spiral = subEntity as CivilDB.AlignmentSubEntitySpiral;
segment = AlignmentSpiralToSpeckle(spiral, alignment);
break;
}
if (segment != null)
{
length += subEntity.Length;
segments.Add(segment);
}
}
if (segments.Count == 1)
{
curves.Add(segments[0]);
}
else
{
polycurve.segments = segments;
polycurve.length = length;
// add additional props like entity type
polycurve["alignmentType"] = entity.EntityType.ToString();
curves.Add(polycurve);
}
}
// get display poly
var poly = alignment.BaseCurve as Autodesk.AutoCAD.DatabaseServices.Polyline;
using (Polyline2d poly2d = poly.ConvertTo(false))
{
_alignment.displayValue = CurveToSpeckle(poly2d.Spline.ToPolyline()) as Polyline;
}
_alignment.curves = curves;
if (alignment.DisplayName != null)
{
_alignment.name = alignment.DisplayName;
}
if (alignment.StartingStation != null)
{
_alignment.startStation = alignment.StartingStation;
}
if (alignment.EndingStation != null)
{
_alignment.endStation = alignment.EndingStation;
}
// handle station equations
var equations = new List <double>();
var directions = new List <bool>();
foreach (var stationEquation in alignment.StationEquations)
{
equations.AddRange(new List <double> {
stationEquation.RawStationBack, stationEquation.StationBack, stationEquation.StationAhead
});
bool equationIncreasing = (stationEquation.EquationType.Equals(CivilDB.StationEquationType.Increasing)) ? true : false;
directions.Add(equationIncreasing);
}
_alignment.stationEquations = equations;
_alignment.stationEquationDirections = directions;
_alignment.units = ModelUnits;
// add civil3d props if they exist
if (alignment.SiteName != null)
{
_alignment["site"] = alignment.SiteName;
}
if (alignment.StyleName != null)
{
_alignment["style"] = alignment.StyleName;
}
return(_alignment);
}
public CivilDB.Alignment AlignmentToNative(Alignment alignment)
{
var name = alignment.name ?? string.Empty;
var layer = Doc.Database.LayerZero;
BlockTableRecord modelSpaceRecord = Doc.Database.GetModelSpace();
var civilDoc = CivilApplication.ActiveDocument;
if (civilDoc == null)
{
return(null);
}
#region properties
var site = ObjectId.Null;
var style = civilDoc.Styles.AlignmentStyles.First();
var label = civilDoc.Styles.LabelSetStyles.AlignmentLabelSetStyles.First();
// get site
if (alignment["site"] != null)
{
var _site = alignment["site"] as string;
if (_site != string.Empty)
{
foreach (ObjectId docSite in civilDoc.GetSiteIds())
{
var siteEntity = Trans.GetObject(docSite, OpenMode.ForRead) as CivilDB.Site;
if (siteEntity.Name.Equals(_site))
{
site = docSite;
break;
}
}
}
}
// get style
if (alignment["style"] != null)
{
var _style = alignment["style"] as string;
foreach (var docStyle in civilDoc.Styles.AlignmentStyles)
{
var styleEntity = Trans.GetObject(docStyle, OpenMode.ForRead) as CivilDB.Styles.AlignmentStyle;
if (styleEntity.Name.Equals(_style))
{
style = docStyle;
break;
}
}
}
// get labelset
if (alignment["label"] != null)
{
var _label = alignment["label"] as string;
foreach (var docLabelSet in civilDoc.Styles.LabelSetStyles.AlignmentLabelSetStyles)
{
var labelEntity = Trans.GetObject(docLabelSet, OpenMode.ForRead) as CivilDB.Styles.AlignmentLabelSetStyle;
if (labelEntity.Name.Equals(_label))
{
label = docLabelSet;
break;
}
}
}
#endregion
// create alignment entity curves
var id = CivilDB.Alignment.Create(civilDoc, name, site, layer, style, label);
if (id == ObjectId.Null)
{
return(null);
}
var _alignment = Trans.GetObject(id, OpenMode.ForWrite) as CivilDB.Alignment;
var entities = _alignment.Entities;
foreach (var curve in alignment.curves)
{
AddAlignmentEntity(curve, ref entities);
}
return(_alignment);
}
// alignments
public Alignment AlignmentToSpeckle(CifGM.Alignment alignment)
{
var _alignment = new Alignment();
CifGM.StationFormatSettings settings = CifGM.StationFormatSettings.GetStationFormatSettingsForModel(Model);
var stationFormatter = new CifGM.StationingFormatter(alignment);
_alignment.baseCurve = CurveToSpeckle(alignment.Element as DisplayableElement, ModelUnits);
if (alignment.Name != null)
{
_alignment.name = alignment.Name;
}
if (alignment.FeatureName != null)
{
_alignment["featureName"] = alignment.FeatureName;
}
if (alignment.FeatureDefinition != null)
{
_alignment["featureDefinitionName"] = alignment.FeatureDefinition.Name;
}
var stationing = alignment.Stationing;
if (stationing != null)
{
_alignment.startStation = stationing.StartStation;
_alignment.endStation = alignment.LinearGeometry.Length; // swap for end station
var region = stationing.GetStationRegionFromDistanceAlong(stationing.StartStation);
// handle station equations
var equations = new List <double>();
var formattedEquation = new List <string>();
//var directions = new List<bool>();
foreach (var stationEquation in stationing.StationEquations)
{
string stnVal = "";
stationFormatter.FormatStation(ref stnVal, stationEquation.DistanceAlong, settings);
formattedEquation.Add(stnVal);
// DistanceAlong represents Back Station/BackLocation, EquivalentStation represents Ahead Station
equations.AddRange(new List <double> {
stationEquation.DistanceAlong, stationEquation.DistanceAlong, stationEquation.EquivalentStation
});
}
_alignment.stationEquations = equations;
_alignment["formattedStationEquations"] = formattedEquation;
//_alignment.stationEquationDirections = directions;
}
else
{
_alignment.startStation = 0;
}
_alignment.units = ModelUnits;
return(_alignment);
}