Document.NewAreaBoundaryConditions
Description:
Creates a new Area BoundaryConditions element on a reference.
Creates a new Area BoundaryConditions element on a reference.
Remarks:
This method will only function with the Autodesk Revit Structure application.
This method will only function with the Autodesk Revit Structure application.
Overloads (2):
NewAreaBoundaryConditions(Reference,TranslationRotationValue,Double,TranslationRotationValue,Double,TranslationRotationValue,Double)
public BoundaryConditions NewAreaBoundaryConditions(
Reference reference,
TranslationRotationValue X_Translation,
double X_TranslationSpringModulus,
TranslationRotationValue Y_Translation,
double Y_TranslationSpringModulus,
TranslationRotationValue Z_Translation,
double Z_TranslationSpringModulus
)
-
referenceThe Geometry reference obtained from a Wall, Slab or Slab Foundation.
-
X_TranslationA value indicating the X axis translation option.
-
DoubleX_TranslationSpringModulusTranslation Spring Modulus for X axis. Ignored if X_Translation is not "Spring".
-
Y_TranslationA value indicating the Y axis translation option.
-
DoubleY_TranslationSpringModulusTranslation Spring Modulus for Y axis. Ignored if Y_Translation is not "Spring".
-
Z_TranslationA value indicating the Z axis translation option.
-
DoubleZ_TranslationSpringModulusTranslation Spring Modulus for Z axis. Ignored if Z_Translation is not "Spring".
Return Value
nullNothingnullptr
If successful, NewAreaBoundaryConditions returns an object for the newly created BoundaryConditions
with the BoundaryType = 2 - "Area". null Nothing nullptr a null reference ( Nothing in Visual Basic) is returned if the operation fails.
bool CreateAreaConditionWithReference(AnalyticalPanel wall, Autodesk.Revit.Creation.Document docCreation)
{
// Get the Geometry reference to the wall
Reference profileReference = null;
if (null == wall)
{
return false; // the profile reference can't be retrieved.
}
// loop through the curves of the wall and get the first one as a reference
foreach (Curve curve in wall.GetOuterContour())
{
AnalyticalModelSelector selector = new AnalyticalModelSelector(curve);
profileReference = wall.GetReference(selector);
if (null != profileReference)
{
break;
}
}
BoundaryConditions condition = null;
// Create the Area Boundary Conditions if we have a profileReference
if (null != profileReference)
{
// Create Area Boundary Conditions with profile reference.
condition = docCreation.NewAreaBoundaryConditions(profileReference, TranslationRotationValue.Fixed, 0,
TranslationRotationValue.Fixed, 0,
TranslationRotationValue.Fixed, 0);
}
return (null != condition);
}