Object Types and Action Inputs

Note: The object types shown in the below table are the internal type names as displayed in EKL. The same internal type name is used as action input arguments. However in link template, the object type displayed is its corresponding NLS type name (for Piping_Spool it is "Piping Spool" in ENGLISH language settings).
Action Argument Type	Selected Object Type	Description
Piping_Spool Piping_Spool_Inst Piping_Spool_Occurrence	Piping_Part_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping part (ex. Tee, Elbow, etc.)
	Piping_Pipe_Occurrence	Selected 2D geometry or 3D feature must correspond to a rigid/flexible pipe
	Piping_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping insulation
Piping_Insulation Piping_Insulation_Inst Piping_Insulation_Occurrence	Piping_Part_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping part (ex. Tee, Elbow, etc.)
	Piping_Pipe_Occurrence	Selected 2D geometry or 3D feature must correspond to a rigid/flexible pipe
Piping_Pipe Piping_Pipe_Inst Piping_Pipe_Occurrence	Piping_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping insulation
Piping_Part Piping_Part_Inst Piping_Part_Occurrence	Piping_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping insulation
Piping_Line Piping_Line_Inst	Piping_Part_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping part (ex. Tee, Elbow etc) Data must be opened in RFLP mode (i.e. the logical root must also be opened in the session)
	Piping_Pipe_Occurrence	Selected 2D geometry or 3D feature must correspond to a rigid/flexible pipe Data must be opened in RFLP mode (i.e. the logical root must also be opened in the session)
	Piping_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a piping insulation Data must be opened in RFLP mode (i.e. the logical root must also be opened in the session)
HVAC_Spool HVAC_Spool_Inst HVAC_Spool_Occurrence	HVAC_Part_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC part (ex. Tee, Elbow, etc)
	HVAC_Duct_Occurrence	Selected 2D geometry or 3D feature must correspond to a rigid or flexible duct
	HVAC_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC insulation
HVAC_Insulation HVAC_Insulation_Inst HVAC_Insulation_Occurrence	HVAC_Part_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC part (ex. Tee, Elbow, etc)
	HVAC_Duct_Occurrence	Selected 2D geometry or 3D feature must correspond to a rigid/flexible duct
HVAC_Duct HVAC_Duct_Inst HVAC_Duct_Occurrence	HVAC_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC insulation
HVAC_Part HVAC_Part_Inst HVAC_Part_Occurrence	HVAC_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC insulation
HVAC_Line HVAC_Line_Inst	HVAC_Part_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC part (ex. Tee, Elbow etc) Data must be opened in RFLP mode (i.e. the logical root must also be opened in the session)
	HVAC_Duct_Occurrence	Selected 2D geometry or 3D feature must correspond to a rigid/flexible duct Data must be opened in RFLP mode (i.e. the logical root must also be opened in the session)
	HVAC_Insulation_Occurrence	Selected 2D geometry or 3D feature must correspond to a HVAC insulation Data must be opened in RFLP mode (i.e. the logical root must also be opened in the session)
SddPlate	SddOpening	Selected 2D geometry or 3D feature must correspond to a opening feature
SddPlate	SddOpening	Selected 2D geometry or 3D feature must correspond to a stiffener feature
SddProfile	SddStiffener	Selected 2D geometry or 3D feature must correspond to a opening feature
Structure_Plate	SldStiffener	Selected 2D geometry or 3D feature must correspond to a stiffener feature
SldPanel	Feature	Selected 2D geometry or 3D feature must correspond to a stiffener feature
dsc_matref_ref_Core	SddPlate	Selected input feature must have a material defined on it or on its parent feature
DELStrMfgEdgePreparation	SddStiffener	Selected 2D geometry or 3D feature must correspond to a plate feature in assembly drawing
DELStrMfgEdgePreparation	SddProfile	Selected 2D geometry or 3D feature must correspond to a profile feature in assembly drawing