IManagedConstraintsAddInsert Method

Function AddInsert ( 
	constraintName As String,
	component1 As ComponentArgument,
	entityName1 As String,
	component2 As ComponentArgument,
	entityName2 As String,
	Optional axesOpposed As Boolean = false,
	Optional distance As Object = Nothing,
	Optional lockRotation As Boolean = false,
	Optional biasPoint1 As Object = Nothing,
	Optional biasPoint2 As Object = Nothing
) As IManagedConstraint

IManagedConstraint AddInsert(
	string constraintName,
	ComponentArgument component1,
	string entityName1,
	ComponentArgument component2,
	string entityName2,
	bool axesOpposed = false,
	Object distance = null,
	bool lockRotation = false,
	Object biasPoint1 = null,
	Object biasPoint2 = null
)

Parameters

constraintName

Type: SystemString
The constraint name.

component1

Type: Autodesk.iLogic.TypesComponentArgument
The occurrence that contains the first entity. Examples: "Part:1" or {"Subassembly:1", "Part:1"}.

entityName1

Type: SystemString
The first entity name. This can be named or work geometry.

component2

Type: Autodesk.iLogic.TypesComponentArgument
The occurrence that contains the second entity. Examples: "Part:2" or {"Subassembly:2", "Part:2"}.

entityName2

Type: SystemString
The second entity name. This can be named or work geometry.

axesOpposed (Optional)

Type: SystemBoolean
Optional input Boolean that specifies whether the direction of the axes of the input entities are in the same direction or opposed.

distance (Optional)

Type: SystemObject
Optional input that defines the offset between the two entities. This can be either a numeric value or a string. Default: 0.

lockRotation (Optional)

Type: SystemBoolean
Optional input Boolean that specifies whether the rotation is locked.

biasPoint1 (Optional)

Type: SystemObject
Optional input object that is used to help in determining the initial position of the first occurrence. The occurrences are repositioned in an attempt to make the two bias points coincident.

biasPoint2 (Optional)

Type: SystemObject
Optional input object that is used to help in determining the initial position of the second occurrence. The occurrences are repositioned in an attempt to make the two bias points coincident.

Return Value

Reference