AdaptiveComponentFamilyUtils

Public Class

An interface for Adaptive Component Instances.

Inheritance Hierarchy

System.Object
Autodesk.Revit.DB.AdaptiveComponentFamilyUtils

Assembly: RevitAPI (in RevitAPI.dll) Version: 25.0.0.0 (25.0.0.0)

Syntax

public static class AdaptiveComponentFamilyUtils

The AdaptiveComponentFamilyUtils type exposes the following members.

Methods

Name

Description

Public Method
Static Member

GetNumberOfAdaptivePoints

Gets number of Adaptive Point Elements in Adaptive Component Family.

Public Method
Static Member

GetNumberOfPlacementPoints

Gets number of Placement Point Elements in Adaptive Component Family.

Public Method
Static Member

GetNumberOfShapeHandlePoints

Gets number of Shape Handle Point Elements in Adaptive Component Family.

Public Method
Static Member

GetPlacementNumber

Gets Placement number of an Adaptive Placement Point.

Public Method
Static Member

GetPointConstraintType

Gets constrain type of an Adaptive Shape Handle Point.

Public Method
Static Member

GetPointOrientationType

Gets orientation type of an Adaptive Placement Point.

Public Method
Static Member

IsAdaptiveComponentFamily

Verifies if the Family is an Adaptive Component Family.

Public Method
Static Member

IsAdaptivePlacementPoint

Verifies if the Reference Point is an Adaptive Placement Point.

Public Method
Static Member

IsAdaptivePoint

Verifies if the Reference Point is an Adaptive Point.

Public Method
Static Member

IsAdaptiveShapeHandlePoint

Verifies if the Reference Point is an Adaptive Shape Handle Point.

Public Method
Static Member

MakeAdaptivePoint

Makes Reference Point an Adaptive Point or makes an Adaptive Point a Reference Point.

Public Method
Static Member

SetPlacementNumber

Sets Placement Number of an Adaptive Placement Point.

Public Method
Static Member

SetPointConstraintType

Sets constrain type of an Adaptive Shape Handle Point.

Public Method
Static Member

SetPointOrientationType

Sets orientation type of an Adaptive Placement Point.

Example

private void CreateAdaptiveComponentFamily(Document document)
{
    // check if this family is an Adaptive Component family
    if (!(AdaptiveComponentFamilyUtils.IsAdaptiveComponentFamily(document.OwnerFamily))) return;
    using (Transaction transaction = new Transaction(document))
    {
       int placementCtr = 1;
       ReferencePointArray refPointArray = new ReferencePointArray();
       for (int i = 0; i < 10; i++)
       {
           transaction.SetName("Point" + i);
           transaction.Start();
           ReferencePoint referencePoint = document.FamilyCreate.NewReferencePoint(new XYZ(i, 0, 0));
           if (i % 2 == 0)
           // Even-numbered reference points will be Placement Points
           {
               AdaptiveComponentFamilyUtils.MakeAdaptivePoint(document, referencePoint.Id, AdaptivePointType.PlacementPoint);
               transaction.Commit();
               AdaptiveComponentFamilyUtils.SetPlacementNumber(document, referencePoint.Id, placementCtr);
               placementCtr++;
           }
           else
           // Odd-numbered points will be Shape Handle Points
           {
               AdaptiveComponentFamilyUtils.MakeAdaptivePoint(document, referencePoint.Id, AdaptivePointType.ShapeHandlePoint);
               transaction.Commit();
           }
           refPointArray.Append(referencePoint);
       }
       // Create a curve running through all Reference Points
       if (transaction.GetStatus() == TransactionStatus.Committed)
       {
          transaction.SetName("Curve");
          transaction.Start();
          CurveByPoints curve = document.FamilyCreate.NewCurveByPoints(refPointArray);
          transaction.Commit();
       }
    }
}