InsertionPoint and ConstraintStatus of SketchBlock

[Maxim-CADman77]

Even so I do use 2D Sketch Blocks I don't like the limitation regarding possibility to add/change the insert point.

I also disturbed with fact that I never saw the fully constrained Sketch Block.

I believe the quantity of dimensions needed to fully constrain the Block depends on whether insert point was set (two for blocks without insert point and four for those with insert point).

However, when I try to determine the presence of Insert point in Block by iLogic:

Dim compDef = ThisDoc.Document.ComponentDefinition
Dim msgBody As String
For Each skbd In compDef.SketchBlockDefinitions
   msgBody &= vbLf & vbTab & skbd.Name & ", " & ".InsertPoint: " & If(skbd.InsertionPoint Is Nothing, "-", "+")
Next
msgBox(msgBody, , "Block quantity = " & compDef.SketchBlockDefinitions.Count)

I get the positive result even for empty blocks.

I create empty block performing the below steps:
1. Create new IPT-file
2. Create new 2D Sketch, create a circle, Call "Create Block" command, select the circle for Geometry and save the Block with OK button
3. Close the Sketch
4. Call Create Block command from context menu of Block node in Model Browser.
5. Run the above iLogic rule and get message with "+" in each line....

What I'm missing?

[bradeneuropeArthur]

Blocks seem to have always a default insertion point.

MsgBox (skbd.InsertionPoint.Geometry.X &" "& skbd.InsertionPoint.Geometry.Y)

[Maxim-CADman77]

@bradeneuropeArthur 
Not sure what you mean.

Different blocks do have different coordinates of insert point:

 This is get with iLogic-code:

Dim compDef = ThisDoc.Document.ComponentDefinition
Dim msgBody As String
For Each skbd In compDef.SketchBlockDefinitions
	Dim insPnt = skbd.InsertionPoint.Geometry
   msgBody &= skbd.Name & ":" & vbLf & vbTab & ".InsertPoint: " & If(skbd.InsertionPoint Is Nothing, "-", "+") & vbLf & vbTab & insPnt.X & " , " & insPnt.Y & vbLf
Next
MsgBox(msgBody, , "Block quantity = " & compDef.SketchBlockDefinitions.Count)

On the sample attached (the above rule is embedded).