Unified Reliability Interface for a macro model

Hi,

I try do design a shared library for the unified reliability interface. The model I design it for, is a macro model or uses a subckt:

//inline subckt modhb ( d g s b t psub )

subckt modhb ( d g s b t psub )

// Parameters: w l nrd nrs ad as pd ps

parameters ...

+ isoVoltage=50

+ extract=extracted

+ rd_lin=0

+ delta_vth=0

rpoly2 ( d d1 ) bsource r=(rd_lin/exp(-0.1))*exp(-v(d,s))*(1-1/(1+100**(v(g,s)-1)))

//

modhb ( d1 g s b ) moshb w=w l=l nrd=1-07/w nrs=1-07/w ad=ad as=as pd=pd ps=ps m=ng

// Parasitic diodes

if (extract==0) {

xdsub ( psub t ) modnimdn_ps area=((l+1-06)*(w+2.4e-06)) perimeter=(2*(l+1-06+w+1e-06))

d1 ( b t ) tubtow area=((w+2.4e-6)*(l+4.1e-6)) perim=2*((w+2.4e-6)+(l+4.1e-6))

}

model tubtow diode level=1 \

     is=...    isw=...       n=...   \

    cjo=...      m=... \

    cjsw=...     mjsw=...     fc=...     vj=...  vjsw=...  \

      eg=...     xti=...      af=1 

model moshb bsim3v3 version=...  type=n  capmod=... \

 mobmod=...  nqsmod=...  noimod=3 \

 ...

end modhb (The values are erased or changed) 

In the shared libary I get the voltages and the currents for the calculations from the terminals of the MosVar structure.

I wanted to use the uri_mode=appendage, but I get this message:

Warning(RELXP-379): There is no subckt specified to replace in URI function getNewModelName(), appendage mode will be ignored.

Expanding subckt start...

Expanding subckt completed

Generating aged netlist start...

Generating aged netlist completed

Note: 2 deivces are not aged:

        M0.M_subinst_01.modnm

        M1.M_subinst_01.modnm

I used the standard getNewModelName() as written in the Unified Reliability Interface Reference:

int nmosnmGetNewModelName( URI_Model* model, const char* name, char* newname)

{

        sprintf(newname,"% aged",name)

        return 0;

}.

My question is: How do I have to change this function or the model.scs file, that the appendage mode can be used and the devices are aged? 

Best regards,

Julian