Recently a question was asked on the AutoCAD MEP forums about how to put the elevation of a Mass Element in a property set definition when neither the location or the elevation was available as an automatic property. You can view the original post here. Since this was very similar to a post that was covered previously on this blog it was an easy solution. First I created a new property set definition that referenced a mass element and then added the automatic property definition OBJECTID. Once that was complete I created a new formula definition and added the following code. Make sure to replace the [OBJECTID] in the code below with a reference to the automatic property!
On Error Resume Next
DecimalPlaces = 8
Set acadApp = GetObject(,"AutoCAD.Application")
'MEP 2010 = "18.0s (LMS Tech)"
'MEP 2011 = "18.1s (LMS Tech)"
'MEP 2012 = "18.2s (LMS Tech)"
'MEP 2013 = "19.0s (LMS Tech)"
'MEP 2014 = "19.1s (LMS Tech)"
'MEP 2015 = "20.0s (LMS Tech)"
acadVerString = acadApp.ActiveDocument.GetVariable("ACADVER")
'Set ACA application string, based on version running:
Select Case acadVerString
Case "18.0s (LMS Tech)" 'MEP-2010
aecBaseVer = "AecX.AecBaseApplication.6.0"
Case "18.1s (LMS Tech)" 'MEP-2011
aecBaseVer = "AecX.AecBaseApplication.6.5"
Case "18.2s (LMS Tech)" 'MEP-2012
aecBaseVer = "AecX.AecBaseApplication.6.7"
Case "19.0s (LMS Tech)" 'MEP-2013
aecBaseVer = "AecX.AecBaseApplication.7.0"
Case "19.1s (LMS Tech)" 'MEP-2014
aecBaseVer = "AecX.AecBaseApplication.7.5"
Case "20.0s (LMS Tech)" 'MEP-2015
aecBaseVer = "AecX.AecBaseApplication.7.7"
aecBaseVer = "Unknown"
If aecBaseVer = "Unknown" Then
RESULT = "Unknown Version"
Set aecBase = acadApp.GetInterfaceObject(aecBaseVer)
Set MassElementObject = acadApp.ActiveDocument.ObjectIDToObject([ObjectID])
Set UtilityObject = aecBase.ActiveDocument.Utility
' Get the Normal of the Object and break down into individual X, Y, and Z parts
MassElementObjectNormal = UtilityObject.ConvertToVariantArray(MassElementObject.Location)
NormalX = Round(MassElementObjectNormal(0), DecimalPlaces)
NormalY = Round(MassElementObjectNormal(1), DecimalPlaces)
NormalZ = Round(MassElementObjectNormal(2), DecimalPlaces)
'Return the results
RESULT = Cdbl(NormalZ)
Download Sample Drawing