OK,  thanks for taking a look at this post  :)

I have a verilogA model that contains some laplace_nd() function calls.

Some of the coefficients for the numerator and denominator of the laplace function need to be calculated at run time so I pass them into the block as voltages.

These voltages have zero AC component themselves but their DC component is used to set various pole and zero locations using the laplace_nd function.

It doesn't seem to be working as I had hoped and I am thinking rather than having the voltage enter the verilogA block as the bias point number I wish, that instead it is coming in as the AC value of zero.  

Is this making sense at all?   I can post the model if anyone has the patience to look further.

Bottom line is...   am I able to send in a number calculated at run time - as a voltage- into my verilogA block and into the terms of a laplace_nd()
function.  

ps-  I do understand the array variable requriement of laplace_nd()  (I think)  :)

THANK YOU