ELC doesn't simulate anything

 Hi All,

I'm having a problem getting elc to run any simulations. I'm currently testing on two small inverters. 

 Whenever I run db_spice I get the following message: 

 [WARNING(db_spice)]No spice simulation to do, please check the cell/process list for any error

I can't find any errors in my configuration files. Would someone please look at them and tell me if they see anything wrong?

Here is my elccfg:

 #Specify the environment variable settings.
EC_SIM_USE_LSF=1;
EC_SIM_LSF_CMD=" ";
EC_SIM_LSF_PARALLEL=2;
EC_SIM_TYPE="hspice";
EC_SIM_NAME="hspice";
EC_SPICE_SIMPLIFY=1;
EC_CHAR="ECSM-TIMING ECSM-POWER";
 
#Specify the characterization inputs.
 
SUBCKT="my_cells.sp";
MODEL="my_typical_models.sp";
DESIGNS="INVX1 INVX2";
SETUP="my_setup.ss";
PROCESS="typical";

And here is my_setup.ss:

 Process my_typical_process {
        voltage = 1.5;
        temp = 25;
        Corner = "typical";
        Vtn = 0.320;
        Vtp = 0.316;
};

Group POWR{
        PIN = VDD;
};

Index inv_index {
        Slew = 0.028n 0.044n 0.076n 0.138n 0.264n 0.516n 1.02n ;
        Load = 0.00079p 0.002054p 0.00474p 0.010112p 0.020856p 0.042186p 0.08532p ;
};

Signal std_cell_sig {
        unit = REL;
        Vh=1.0 1.0;
        Vl=0.0 0.0;
        Vth=0.5 0.5;
        Vsh=0.8 0.8;
        Vsl=0.2 0.2;
        tsmax=2.0n;
};

Signal power_sig {
        unit = ABS;
        Vh=1.5 1.5;
        Vl=0.0 0.0;
        Vth=0.75 0.75;
        Vsh=2.0 2.0;
        Vsl=0.5 0.5;
        tsmax=2.0n;
};

 Margin m0 {
        setup   = 1.0 0.0 ;
        hold    = 1.0 0.0 ;
        release = 1.0 0.0 ;
        removal = 1.0 0.0 ;
        recovery = 1.0 0.0 ;
        width   = 1.0 0.0 ;
        delay   = 1.0 0.0 ;
        power   = 1.0 0.0 ;
        cap     = 1.0 0.0 ;
};

Nominal n0 {
        delay = 0.5 0.5 ;
        power = 0.5 0.5 ;
        cap   = 0.5 0.5 ;
};

Simulation std_cell_sim {
        transient = 0.01 80n 10p;
//      dc = 0.1 4.5 0.1;
        bisec = 6.0n 6.0n 100p;
        resistance = 10MEG;
};

set process(my_typical_process) {
        simulation = std_cell_sim;
        index = inv_index;
        signal = std_cell_sig;
        margin = m0;
        nominal = n0;
};

set signal(my_typical_process) {
        Group(POWR) = power_sig;
};

Thanks!