I hope other nets will be opened and wiring will be done automatically. Is there a script or technique that fits this?

It's not entirely clear what you're expecting here - but if you are wanting to draw what's on the left, and then have it chop the horizontal track into pieces around any crossing track on a different net, then there's nothing built in as far as I know. It could be written with SKILL - below is a rough outline of how this could be done (note that this is using dbLayerAndNot to generate the new shape rather than leChopShape which would preserve the pathSegs - but that was more complex as you would then potentially have a growing number of shapes as each chop was done - I decided that I couldn't spend that long on an unclear requirement). Anyway hopefully this will give you some ideas as to how you could do this or something like it in SKILL:

procedure(CCFchopAroundCrossingNets(chopDistance @optional (objects geGetSelSet()))
    let((overlaps cv (tempLayer "y0") anded grown choppedShapes)
        foreach(mapcan object objects 
            cv=object~>cellView
            ; find all shapes in the same region as the shape being chopped
            ; and then filter to just find those which are on a different net
            overlaps=dbShapeQuery(cv object~>lpp object~>bBox 0 0)
            overlaps=setof(overlap overlaps overlap~>net!=object~>net)
            ; now find just the pieces anded with the original shape,
            ; oversize by the chop distance
            anded=dbLayerAnd(cv tempLayer overlaps list(object))
            grown=dbLayerSize(cv tempLayer anded chopDistance)
            ; simplest to do the chop using dbLayerAndNot so that it
            ; does it in one go. Also add the result to the net the original
            ; shape was on
            choppedShapes=dbLayerAndNot(cv object~>lpp list(object) grown)
            choppedShapes~>net=object~>net
            choppedShapes~>lxStickyNet=t
            ; delete all the temporary stuff created along the way
            foreach(listOfShapes list(grown anded list(object))
                foreach(shape listOfShapes
                    dbDeleteObject(shape)
                )
            )
            ; foreach finishes with the resulting list so that foreach
            ; mapcan returns all the generated shapes
            choppedShapes
        )
    )
)

Regards,

Andrew

I meant to say, to use this, select the VDD track, and then use:

CCFchopAroundCrossingNets(0.2) ; or whatever distance you want to allow around each crossing track. It only chops around crossing tracks that are on different nets.

Andrew

Thank you so much! Can you recognize the net of the inner instance and cut it?

chanho said:

Thank you so much! Can you recognize the net of the inner instance and cut it?

I don't understand your question. What do you mean by "the inner instance" here?

Andrew

cellname =cksgh  

It refers to an instance called csf in a cell called cksgh. Sorry for my bad English.

No, the code I wrote was just an example - it won't edit shapes within the cell (can't you do an edit-in-place first and then use the SKILL code?).

Regards,

Andrew

I want to use the SKILL code including the information of the subcells.

As shown in the picture, you can't cut it because you can't see the net information of the lower cells.

That picture doesn't help clarify anything, but it's more to do with the fact that you can't select the VDD track in the lower level cell instance because you can only select things in the cell being edited not lower down in the hierarchy.

Either way, the code is an example - if you want it to start traversing the hierarchy and looking for lower level shapes to edit, you'll need to make that change yourself.

Kind Regards,

Andrew

Thank you. It was a big help.

 Overlaps=dbShapeQuery(cv object~>lpp object~>bBox 0 32)
sub-PCell을 인식하고 수행하는 방법을 연구하고 있습니다. 레이어를 인식하지만 dbLayerAnd에는 반영되지 않는 것 같습니다. 왜 그런지 아세요?

procedure(ChopAroundCrossingNets(chopDistance @optional (objects geGetSelSet()))
let((overlaps cv (tempLayer "y0") anded grown choppedShapes)
foreach(mapcan object objects
cv=object~>cellView
inst=cv~>instnaces
overlaps=dbShapeQuery(cv object~>lpp object~>bBox 0 32 inst~>trnasform )
overlaps=setof(overlap overlaps overlap~>net!=object~>net)
anded=dbLayerAnd(cv tempLayer overlaps list(object))
grown=dbLayerSize(cv tempLayer anded chopDistance)
choppedShapes=dbLayerAndNot(cv object~>lpp list(object) grown)
choppedShapes~>net=object~>net
choppedShapes~>lxStickyNet=t

)
choppedShapes
)
)