########## netlist_file ##########
include "etc/corners.scs"

// Library name: Cell
// Cell name: NAND2
// View name: schematic

subckt NAND2 A B Z gnd gnds vdd vdds
M5 (net023 B net247 gnds) nmos w=199.0n l=22.0n as=(76n)*(199.0n)  \
         ad=(76n)*(199.0n) ps=2*((1)*(76n)+(199.0n))  pd=2*((1)*(76n)+(199.0n)) \
        nf=(1)*(1) sb=(76n) sd=114n ptwell=1 sca=-1 scb=-1 scc=-1 \
        pre_layout_local=-1 p_la=0 lpccnr=0 covpccnr=0 ngcon=1 wrxcnr=0 \
        nsig_delvto_uo1=0 nsig_delvto_uo2=0 soa=1 swshe=0 swrg=1 \
        mismatch=1 m=1 xpos=-1 ypos=-1 plorient=1 plsnf=0 pcpastrx_top=-1 \
        pcpastrx_bot=-1 mx=1 my=1 deltax=-1 deltay=-1
M2 (net247 A gnd gnds) nmos w=199.0n l=22.0n as=(76n)*(199.0n)  \
         ad=(76n)*(199.0n) ps=2*((1)*(76n)+(199.0n))  pd=2*((1)*(76n)+(199.0n)) \
        nf=(1)*(1) sb=(76n) sd=114n ptwell=1 sca=-1 scb=-1 scc=-1 \
        pre_layout_local=-1 p_la=0 lpccnr=0 covpccnr=0 ngcon=1 wrxcnr=0 \
        nsig_delvto_uo1=0 nsig_delvto_uo2=0 soa=1 swshe=0 swrg=1 \
        mismatch=1 m=1 xpos=-1 ypos=-1 plorient=1 plsnf=0 pcpastrx_top=-1 \
        pcpastrx_bot=-1 mx=1 my=1 deltax=-1 deltay=-1
M0 (Z net023 gnd gnds) nmos w=378.0n l=22.0n as=(76n)*(378.0n)  \
         ad=(76n)*(378.0n) ps=2*((1)*(76n)+(378.0n))  pd=2*((1)*(76n)+(378.0n)) \
        nf=(1)*(1) sb=76.0n sd=114n ptwell=0 par=1 sca=-1 scb=-1 scc=-1 \
        pre_layout_local=-1 p_la=0 lpccnr=0 covpccnr=0 ngcon=1 wrxcnr=0 \
        nsig_delvto_uo1=0 nsig_delvto_uo2=0 soa=1 swshe=0 swrg=1 \
        mismatch=1 m=1 xpos=-1 ypos=-1 plorient=1 plsnf=0 pcpastrx_top=-1 \
        pcpastrx_bot=-1 mx=1 my=1 deltax=-1 deltay=-1
M4 (net023 B vdd vdds) pmos w=242.0n l=22.0n as=(76n)*(242.0n)  \
         ad=(76n)*(242.0n) ps=2*((1)*(76n)+(242.0n))  pd=2*((1)*(76n)+(242.0n)) \
        nf=(1)*(1) sb=(76n) sd=114n ptwell=0 sca=-1 scb=-1 scc=-1 \
        pre_layout_local=-1 p_la=0 lpccnr=0 covpccnr=0 ngcon=1 wrxcnr=0 \
        nsig_delvto_uo1=0 nsig_delvto_uo2=0 soa=1 swshe=0 swrg=1 \
        mismatch=1 m=1 xpos=-1 ypos=-1 plorient=1 plsnf=0 pcpastrx_top=-1 \
        pcpastrx_bot=-1 mx=1 my=1 deltax=-1 deltay=-1
M3 (net023 A vdd vdds) pmos w=242.0n l=22.0n as=(76n)*(242.0n)  \
         ad=(76n)*(242.0n) ps=2*((1)*(76n)+(242.0n))  pd=2*((1)*(76n)+(242.0n)) \
        nf=(1)*(1) sb=(76n) sd=114n ptwell=0 sca=-1 scb=-1 scc=-1 \
        pre_layout_local=-1 p_la=0 lpccnr=0 covpccnr=0 ngcon=1 wrxcnr=0 \
        nsig_delvto_uo1=0 nsig_delvto_uo2=0 soa=1 swshe=0 swrg=1 \
        mismatch=1 m=1 xpos=-1 ypos=-1 plorient=1 plsnf=0 pcpastrx_top=-1 \
        pcpastrx_bot=-1 mx=1 my=1 deltax=-1 deltay=-1
M1 (Z net023 vdd vdds) pmos w=538.0n l=22.0n as=(76n)*(538.0n)  \
         ad=(76n)*(538.0n) ps=2*((1)*(76n)+(538.0n))  pd=2*((1)*(76n)+(538.0n)) \
        nf=(1)*(1) sb=76.0n sd=114n ptwell=0 par=1 sca=-1 scb=-1 scc=-1 \
        pre_layout_local=-1 p_la=0 lpccnr=0 covpccnr=0 ngcon=1 wrxcnr=0 \
        nsig_delvto_uo1=0 nsig_delvto_uo2=0 soa=1 swshe=0 swrg=1 \
        mismatch=1 m=1 xpos=-1 ypos=-1 plorient=1 plsnf=0 pcpastrx_top=-1 \
        pcpastrx_bot=-1 mx=1 my=1 deltax=-1 deltay=-1
ends NAND2
// End of subcircuit definition.

V0 (vdd! 0) vsource dc=1 type=dc
V1 (vdds! 0) vsource dc=1 type=dc
V2 (gnds! 0) vsource dc=0 type=dc
C0 (Z 0) capacitor c=1f
I0 (gnds! gnds! Z 0 gnds! vdd! vdds!) NAND2


########## core.il ##########
paths_file_folder = "etc/simulator_spectre/" 
electrical_simulation_path = "etc/simulations/" 
cell_name = "NAND2" 
modelFile_path = '("etc/corners.scs" "") 
path_psf = strcat(electrical_simulation_path cell_name "/spectre/schematic") 
path_netlist = strcat(electrical_simulation_path cell_name "/spectre/schematic/netlist/netlist") 
time_hit = 1.8e-08 
outputstart_electrical_sim = "1e-08" 
stop_electrical_sim = "3e-08" 
temperature = 25 
vdd_core = 1.0 
results_wvspt_folder = "etc/waveform/" 
load strcat(paths_file_folder "simulation_options.il") 
load strcat(paths_file_folder "run_simulation.il") 
exit() 


########## simulation_options.il ##########
simulator( 'spectre )
design(	 path_netlist )
resultsDir( path_psf )
modelFile( modelFile_path )
analysis('tran ?outputstart outputstart_electrical_sim ?stop stop_electrical_sim ?skipdc "yes")

envOption(
        'cmd64bit  t 
	'analysisOrder  list("tran") 
)
option( 'dochecklimit "no"
)

temp( temperature )

saveOption( ?simOutputFormat "psf" )
saveOption( 'currents "none" )
saveOption( 'save "selected") 


########## run_simulation.il ##########
run()

;Open results from psf
openResults(path_psf)

;Select transient results, only voltage in this case
all_signals_v = outputs(?result "tran" ?resultsDir path_psf)

;Save operations in the specified file
symmaryFile=outfile(strcat(results_wvspt_folder "all_signals_voltages") "w")

foreach(cell_name all_signals_v
  cell_voltage=value(v(cell_name ?result "tran") time_hit)
  when(cell_voltage
    fprintf(symmaryFile "%s %g \n" cell_name cell_voltage)
  )
)

close(symmaryFile)