@User this can be done, but you need do specify the instance name and the electrical parameter you are interested in (gm, rds, cgs, id, ....) then there are so many variations on how the actual name is to be build. Currents are wrapped into I(...) , voltages are wrapped into V(...), while other parameters are no t wrapped into parenthesis. What i have so far is a mechanism to get the hierarchy path automatically built by xschem. Think of a top circuit, you run a spice operating point on it, this top circuit contains multiple instances of a sub block, the sub block contains annotators and they get annotate with the right parameters. the picture below shows a bridged amplifier containing 2 power amplifiers (x0 and x1) then you specify

node=i(@r.${path}xm1.rd[i])

and in the lower level block you use

${path}

instead of x0. or x1 that will work only for one (or the other) instance.

I don't quite follow this @Stefan Schippers but ill play around a bit and see if i can figure it out