HEADER( 
   LIBRARY("iit018_stdcells")
   VENDOR("Cadence")
   Environment("Nominal")
   TLF_VERSION("4.4")
   GENERATED_BY("Syn2tlf5.1-s096")
)
// User properties section 
   DEFINE_ATTRIBUTE(in_place_swap_mode (LIBRARY) (STRING))
   DEFINE_ATTRIBUTE(cell_footprint (CELL) (STRING))
   DEFINE_ATTRIBUTE(state_variable_map (PIN) (STRING))
   in_place_swap_mode("match_footprint")
// model section 
TIMING_Model(delay_template_5x1Mod 
   (Spline
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
         data()
   )
)
TIMING_Model(delay_template_5x5Mod 
   (Spline
      (LOAD_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
         data()
   )
)
TIMING_Model(delay_template_5x6Mod 
   (Spline
      (LOAD_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
         data()
   )
)
TIMING_Model(delay_template_6x6Mod 
   (Spline
      (LOAD_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
         data()
   )
)
ENERGY_Model(energy_template_5x5Mod 
   (Spline
      (LOAD_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
         data()
   )
)
ENERGY_Model(energy_template_5x6Mod 
   (Spline
      (LOAD_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
         data()
   )
)
ENERGY_Model(energy_template_6x6Mod 
   (Spline
      (LOAD_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
         data()
   )
)
ENERGY_Model(passive_energy_template_5x1Mod 
   (Spline
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
         data()
   )
)
ENERGY_Model(passive_energy_template_6x1Mod 
   (Spline
      (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
         data()
   )
)
// properties section
PROPERTIES(
UNIT(
   AREA_UNIT(1squ)
   CAP_UNIT(1pF)
   CONDUCTANCE_UNIT(1mS)
   CURRENT_UNIT(1uA)
   INDUCTANCE_UNIT(1pH)
   RES_UNIT(1kohm)
   TIME_UNIT(1ns)
   TEMPERATURE_UNIT(1C)
   VOLT_UNIT(1V)
   POWER_UNIT(1nW)
   PULL_RESISTANCE_UNIT(1kohm)
)
   Proc_Var(1.000000)
   Voltage(1.800000)
   Temperature(25.000000)
   Proc_Mult(1.000000)
   Volt_Mult(1.000000)
   Temp_Mult(1.000000)
   Input_Threshold_Pct(RISE(50.000000) FALL(50.000000))
   Output_Threshold_Pct(RISE(50.000000) FALL(50.000000))
   Slew_Lower_Threshold_Pct(RISE(20.000000) FALL(20.000000))
   Slew_Upper_Threshold_Pct(RISE(80.000000) FALL(80.000000))
   Slew_Measure_Lower_Threshold_Pct(RISE(20.000000) FALL(20.000000))
   Slew_Measure_Upper_Threshold_Pct(RISE(80.000000) FALL(80.000000))
//PVT Conditions
   PVT_CONDS(typical
      VOLTAGE(1.800000)
      PROC_VAR(1.000000)
      TEMPERATURE(25.000000)
   )
DEFAULT_PVT_CONDS(typical)
// WireLoad  Models 
)
CELL(AND2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.063670 0.070461 0.076801 0.076477 0.064975)
                  (0.078318 0.085985 0.097551 0.097523 0.084151)
                  (0.101102 0.106523 0.116541 0.120640 0.109008)
                  (0.186369 0.192402 0.202130 0.204066 0.197112)
                  (0.311845 0.327388 0.329449 0.331209 0.325543)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.076128 0.106375 0.152212 0.183594 0.267424)
                  (0.089908 0.120622 0.171438 0.198723 0.290365)
                  (0.111016 0.141837 0.194222 0.221808 0.312359)
                  (0.184884 0.217444 0.268203 0.297785 0.394616)
                  (0.295351 0.333462 0.380054 0.411544 0.506596)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030020 0.034126 0.049111 0.051622 0.058375)
                  (0.043159 0.047719 0.058470 0.060600 0.075000)
                  (0.073800 0.072600 0.078600 0.088200 0.093600)
                  (0.188400 0.189000 0.190800 0.192000 0.196800)
                  (0.366000 0.366600 0.368400 0.369000 0.373200)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.023191 0.030696 0.049255 0.052220 0.062400)
                  (0.038144 0.042236 0.054779 0.066000 0.070200)
                  (0.064800 0.064200 0.074400 0.074400 0.087600)
                  (0.150600 0.151200 0.153000 0.156600 0.160800)
                  (0.291000 0.291600 0.292800 0.292800 0.296400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.065215 0.070029 0.065114 0.067970 0.030044)
                  (0.080046 0.085518 0.084303 0.085736 0.052763)
                  (0.102829 0.108928 0.108632 0.109566 0.080609)
                  (0.188114 0.194154 0.198690 0.195568 0.171942)
                  (0.313575 0.323664 0.324790 0.321763 0.301292)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.086342 0.123374 0.175522 0.217083 0.314459)
                  (0.101176 0.139097 0.191667 0.230985 0.335929)
                  (0.121305 0.161170 0.214390 0.251706 0.358423)
                  (0.194820 0.235530 0.289847 0.328581 0.439064)
                  (0.306582 0.349002 0.400715 0.439677 0.549921)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.025680 0.030953 0.040555 0.052662 0.058886)
                  (0.041750 0.049456 0.060000 0.069600 0.076800)
                  (0.073800 0.071400 0.080400 0.087000 0.093000)
                  (0.188400 0.187800 0.190800 0.192600 0.199200)
                  (0.366000 0.366600 0.367200 0.368400 0.374400)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.025127 0.029204 0.033360 0.051446 0.049241)
                  (0.039160 0.041168 0.047199 0.055391 0.064800)
                  (0.063600 0.069000 0.067800 0.078000 0.077400)
                  (0.151200 0.151800 0.153600 0.154800 0.157800)
                  (0.291000 0.290400 0.291000 0.292800 0.294600)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.012351 0.017530 0.032859 0.046092 0.090803)
                  (0.013339 0.017698 0.032616 0.045498 0.089530)
                  (0.013729 0.018863 0.033136 0.045572 0.088510)
                  (0.014763 0.019558 0.033444 0.045067 0.086251)
                  (0.015252 0.020471 0.033879 0.045469 0.086416)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.051843 0.061484 0.075909 0.087394 0.131465)
                  (0.053948 0.063015 0.075339 0.087007 0.129259)
                  (0.054045 0.062985 0.075370 0.086885 0.128300)
                  (0.054653 0.062832 0.075179 0.087109 0.127955)
                  (0.054850 0.062533 0.075430 0.087243 0.127915)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.013537 0.018652 0.030058 0.044763 0.088650)
                  (0.014079 0.018327 0.030221 0.044563 0.086591)
                  (0.014302 0.018522 0.030189 0.043793 0.085708)
                  (0.015240 0.018832 0.030544 0.042699 0.085217)
                  (0.015577 0.018888 0.031139 0.043193 0.085027)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.062565 0.073373 0.086577 0.101110 0.145200)
                  (0.065226 0.072689 0.085935 0.100245 0.143405)
                  (0.065879 0.073131 0.086345 0.099667 0.142411)
                  (0.067520 0.073740 0.087980 0.099495 0.141641)
                  (0.067305 0.074406 0.088460 0.100126 0.141826)
               )
      )
   )
// properties section 
   Area(32.000000)
   CELL_SPOWER(0.074679)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012908 RISE(0.012908) FALL(0.012884))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012530 RISE(0.012530) FALL(0.012259))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (A & B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.505476)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(AND2X2 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.079151 0.091168 0.112401 0.116815 0.110012)
                  (0.094906 0.109298 0.130095 0.135144 0.128830)
                  (0.119494 0.131824 0.155457 0.159344 0.157233)
                  (0.206917 0.222384 0.241527 0.246456 0.248042)
                  (0.336707 0.351629 0.370971 0.375914 0.378028)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.093907 0.134030 0.188570 0.218416 0.321760)
                  (0.109237 0.152590 0.205536 0.241165 0.340988)
                  (0.132441 0.175416 0.229071 0.263575 0.366037)
                  (0.214386 0.257165 0.311103 0.348813 0.453364)
                  (0.334685 0.376026 0.432567 0.467960 0.572264)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035696 0.039511 0.054169 0.056270 0.070200)
                  (0.051008 0.056876 0.070200 0.072600 0.079800)
                  (0.075600 0.079800 0.089400 0.091800 0.105600)
                  (0.193200 0.196800 0.197400 0.199200 0.205800)
                  (0.378000 0.378000 0.379800 0.381000 0.384000)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032309 0.035034 0.053938 0.061800 0.065400)
                  (0.054496 0.058100 0.069000 0.069600 0.076800)
                  (0.073200 0.075000 0.078600 0.087600 0.097800)
                  (0.163200 0.166200 0.166800 0.170400 0.176400)
                  (0.315600 0.315000 0.315600 0.317400 0.320400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.081559 0.090357 0.092534 0.091354 0.070717)
                  (0.097397 0.107931 0.113633 0.110762 0.095186)
                  (0.121832 0.129937 0.138311 0.139972 0.121990)
                  (0.208737 0.218082 0.225122 0.227706 0.215280)
                  (0.338379 0.353386 0.358576 0.359126 0.346878)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.103564 0.145068 0.207945 0.242964 0.357798)
                  (0.119673 0.162172 0.227495 0.263905 0.381804)
                  (0.143018 0.187723 0.250938 0.290462 0.406679)
                  (0.224466 0.268745 0.332739 0.372766 0.491968)
                  (0.345577 0.387664 0.450550 0.491515 0.610706)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036916 0.048718 0.047469 0.059474 0.068400)
                  (0.051050 0.055258 0.063000 0.068400 0.079200)
                  (0.075600 0.079200 0.090600 0.091200 0.101400)
                  (0.193800 0.196200 0.196800 0.199200 0.206400)
                  (0.378000 0.378000 0.379200 0.380400 0.385200)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030793 0.033285 0.041193 0.049891 0.060600)
                  (0.051182 0.054372 0.059680 0.069600 0.072600)
                  (0.072000 0.069000 0.084600 0.087600 0.092400)
                  (0.166800 0.166800 0.168600 0.168600 0.172200)
                  (0.315600 0.315600 0.316800 0.316800 0.318000)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035999 0.038715 0.059579 0.073077 0.118449)
                  (0.037968 0.039043 0.059066 0.071390 0.114840)
                  (0.038182 0.039703 0.057496 0.069577 0.112525)
                  (0.039912 0.043893 0.056441 0.066690 0.107963)
                  (0.040724 0.045150 0.056218 0.067369 0.107406)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.074272 0.081015 0.097734 0.112162 0.158445)
                  (0.073801 0.081767 0.096117 0.108499 0.153047)
                  (0.076291 0.082021 0.095328 0.107162 0.149707)
                  (0.078079 0.082673 0.096068 0.107066 0.147203)
                  (0.078100 0.083521 0.096298 0.107338 0.147001)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038631 0.040743 0.056450 0.068737 0.116469)
                  (0.040765 0.040589 0.055418 0.067048 0.112598)
                  (0.040617 0.040473 0.054706 0.065860 0.110001)
                  (0.041329 0.041845 0.054698 0.065431 0.106110)
                  (0.041651 0.042621 0.054878 0.065731 0.105909)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.084865 0.091870 0.111881 0.123101 0.172144)
                  (0.087084 0.092993 0.111047 0.120415 0.168159)
                  (0.088325 0.092270 0.108629 0.121633 0.165087)
                  (0.090064 0.094995 0.109267 0.120689 0.161319)
                  (0.090229 0.095784 0.109314 0.120709 0.161502)
               )
      )
   )
// properties section 
   Area(32.000000)
   CELL_SPOWER(0.090278)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012907 RISE(0.012870) FALL(0.012907))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012512 RISE(0.012512) FALL(0.012268))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (A & B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.975557)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(AOI21X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.064718 0.082701 0.106751 0.125102 0.180744)
                  (0.080174 0.098818 0.126855 0.147241 0.210669)
                  (0.100295 0.124476 0.155884 0.179478 0.251019)
                  (0.189553 0.211130 0.256309 0.285843 0.375986)
                  (0.316220 0.336614 0.386991 0.424065 0.529812)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047915 0.060212 0.067163 0.069103 0.070089)
                  (0.059090 0.074221 0.083070 0.091160 0.096894)
                  (0.076858 0.094301 0.110559 0.120474 0.134719)
                  (0.138820 0.160652 0.194186 0.212651 0.254514)
                  (0.231208 0.253692 0.295337 0.321981 0.388552)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.048645 0.067800 0.091800 0.114600 0.157800)
                  (0.060000 0.081600 0.112800 0.127800 0.179400)
                  (0.090000 0.106800 0.135000 0.153000 0.214800)
                  (0.208200 0.212400 0.238800 0.261000 0.326400)
                  (0.385800 0.385200 0.399600 0.418800 0.492000)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.034132 0.063000 0.090600 0.111600 0.168000)
                  (0.052839 0.073200 0.108000 0.127200 0.193200)
                  (0.067200 0.088200 0.124200 0.144000 0.219000)
                  (0.146400 0.153600 0.187800 0.216600 0.302400)
                  (0.267600 0.268800 0.291000 0.316200 0.405600)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.055077 0.073278 0.084771 0.098675 0.132128)
                  (0.070455 0.087716 0.108600 0.124224 0.167364)
                  (0.092563 0.114522 0.141653 0.160472 0.214472)
                  (0.181857 0.201909 0.245085 0.272242 0.351721)
                  (0.309465 0.328400 0.377731 0.413032 0.511912)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.049492 0.060665 0.079308 0.091203 0.113010)
                  (0.059982 0.083223 0.105699 0.115734 0.142968)
                  (0.075933 0.103030 0.132388 0.150129 0.184911)
                  (0.138897 0.172235 0.225315 0.253245 0.316038)
                  (0.232339 0.264177 0.331505 0.373206 0.467627)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.039657 0.057392 0.091800 0.110400 0.154800)
                  (0.051732 0.075000 0.100800 0.124800 0.179400)
                  (0.082800 0.096600 0.128400 0.151800 0.210000)
                  (0.198600 0.202200 0.229800 0.253200 0.323400)
                  (0.375600 0.376200 0.391200 0.411000 0.486000)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036341 0.060000 0.102000 0.121200 0.179400)
                  (0.054499 0.082800 0.114000 0.137400 0.201000)
                  (0.066600 0.094800 0.134400 0.159000 0.237600)
                  (0.146400 0.157200 0.207600 0.238800 0.334800)
                  (0.267600 0.268200 0.303000 0.340800 0.454200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047529 0.066647 0.090407 0.101830 0.137361)
                  (0.059937 0.084705 0.114419 0.133901 0.177228)
                  (0.078431 0.112276 0.150614 0.173776 0.230771)
                  (0.154015 0.191568 0.259108 0.296207 0.387531)
                  (0.265695 0.302125 0.380136 0.434427 0.565985)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.040927 0.054774 0.074180 0.082139 0.103563)
                  (0.055377 0.076133 0.100949 0.114073 0.146048)
                  (0.074977 0.103939 0.138062 0.157255 0.201662)
                  (0.150359 0.185939 0.249198 0.282431 0.362184)
                  (0.263086 0.297154 0.370960 0.422663 0.541719)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.041826 0.074700 0.089700 0.111000 0.156900)
                  (0.053506 0.084900 0.113400 0.129300 0.186300)
                  (0.076800 0.104400 0.141000 0.161100 0.226800)
                  (0.179100 0.186000 0.232500 0.267900 0.353100)
                  (0.333900 0.334500 0.360300 0.394500 0.509400)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032516 0.062798 0.097500 0.120300 0.172800)
                  (0.048692 0.077400 0.113400 0.137100 0.202200)
                  (0.066300 0.090600 0.138000 0.164100 0.238200)
                  (0.160200 0.167100 0.216600 0.254100 0.352800)
                  (0.299400 0.299700 0.325800 0.363000 0.489900)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.091023 0.091252 0.108402 0.124045 0.182645)
                  (0.089299 0.091534 0.106940 0.121957 0.179202)
                  (0.090732 0.091004 0.104261 0.118649 0.174125)
                  (0.090760 0.090645 0.100016 0.111306 0.158859)
                  (0.091388 0.091076 0.097453 0.106102 0.145954)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018840 0.015378 0.002987 0.018991 0.076233)
                  (0.018379 0.014956 0.000845 0.016266 0.071924)
                  (0.018063 0.015186 0.001440 0.012644 0.065864)
                  (0.017216 0.016158 0.006591 0.004175 0.049430)
                  (0.016838 0.016602 0.009608 0.001584 0.035332)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.076734 0.079298 0.095157 0.110941 0.166091)
                  (0.077202 0.079040 0.093620 0.107950 0.162013)
                  (0.078600 0.078901 0.091229 0.104690 0.156162)
                  (0.080713 0.079266 0.087636 0.097937 0.141470)
                  (0.082064 0.080484 0.085746 0.093548 0.129674)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018566 0.013046 0.004696 0.020236 0.074908)
                  (0.018223 0.013620 0.002409 0.017471 0.070868)
                  (0.017705 0.013684 0.000170 0.013747 0.065047)
                  (0.017097 0.015358 0.005946 0.004681 0.048729)
                  (0.016861 0.016115 0.009462 0.001479 0.034466)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052359 0.058578 0.072513 0.084065 0.125476)
                  (0.052467 0.057513 0.070505 0.081461 0.121554)
                  (0.052973 0.056219 0.067995 0.078279 0.116559)
                  (0.054189 0.054888 0.063141 0.071481 0.104394)
                  (0.054944 0.055102 0.060377 0.066747 0.094347)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018953 0.013695 0.002159 0.014727 0.058473)
                  (0.018108 0.014132 0.000778 0.011816 0.054292)
                  (0.016648 0.014865 0.002678 0.008304 0.048784)
                  (0.014337 0.014426 0.007209 0.000966 0.034909)
                  (0.013051 0.013508 0.009310 0.003460 0.023891)
               )
      )
   )
// properties section 
   Area(32.000000)
   CELL_SPOWER(0.051521)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017359 RISE(0.017070) FALL(0.017359))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017973 RISE(0.017494) FALL(0.017973))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.015080 RISE(0.015058) FALL(0.015080))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((A & B) | C)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.494067)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(AOI22X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.077033 0.098810 0.125826 0.145776 0.206338)
                  (0.089617 0.113047 0.142975 0.164835 0.231783)
                  (0.107809 0.134820 0.170236 0.194768 0.268272)
                  (0.184454 0.210985 0.262028 0.293560 0.386243)
                  (0.296011 0.322621 0.379046 0.419790 0.531586)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.059558 0.073754 0.085031 0.092370 0.102238)
                  (0.070580 0.086236 0.101938 0.110973 0.125485)
                  (0.086388 0.104904 0.127903 0.139455 0.161089)
                  (0.149571 0.171416 0.206445 0.227382 0.273242)
                  (0.242188 0.264574 0.306552 0.334379 0.404558)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.057564 0.073200 0.101700 0.125700 0.174300)
                  (0.070588 0.086400 0.119100 0.139500 0.195300)
                  (0.095700 0.108300 0.143700 0.163500 0.225900)
                  (0.198600 0.204000 0.232200 0.257700 0.330000)
                  (0.354900 0.354600 0.372000 0.394500 0.475800)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.051245 0.071700 0.106500 0.129600 0.190800)
                  (0.062189 0.080400 0.116700 0.139800 0.207600)
                  (0.081000 0.097200 0.133500 0.159300 0.232800)
                  (0.160500 0.166200 0.201300 0.227700 0.311700)
                  (0.280200 0.281400 0.301800 0.327300 0.417300)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.069362 0.087059 0.107361 0.122199 0.163316)
                  (0.081873 0.103323 0.128196 0.144999 0.193609)
                  (0.101220 0.125231 0.156939 0.177262 0.235215)
                  (0.177716 0.203377 0.251819 0.281169 0.363544)
                  (0.289870 0.315506 0.370789 0.409941 0.515064)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.060499 0.083279 0.106107 0.118099 0.147539)
                  (0.070377 0.096739 0.123079 0.139748 0.174430)
                  (0.086504 0.115719 0.152173 0.169862 0.213697)
                  (0.149623 0.182660 0.239418 0.268681 0.337737)
                  (0.243324 0.274964 0.342875 0.386367 0.485573)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047614 0.067200 0.095700 0.120900 0.177900)
                  (0.061365 0.079800 0.114000 0.134400 0.197700)
                  (0.088500 0.100800 0.137400 0.158400 0.225000)
                  (0.190500 0.195000 0.226200 0.252900 0.327900)
                  (0.346800 0.346200 0.364500 0.387000 0.471900)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.051394 0.080400 0.115500 0.138900 0.204000)
                  (0.062424 0.086700 0.125700 0.153300 0.222900)
                  (0.081600 0.102900 0.147000 0.176100 0.254400)
                  (0.160800 0.170400 0.219000 0.252600 0.349500)
                  (0.280200 0.281700 0.313800 0.351000 0.467400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.063545 0.094871 0.136401 0.161420 0.242981)
                  (0.074830 0.110500 0.154295 0.185845 0.272672)
                  (0.094749 0.132305 0.185895 0.218339 0.313591)
                  (0.169409 0.208046 0.283047 0.327487 0.447253)
                  (0.281497 0.318212 0.398529 0.457162 0.610092)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.043116 0.051263 0.049222 0.046851 0.028806)
                  (0.053362 0.064879 0.070894 0.070263 0.060648)
                  (0.070468 0.084656 0.098411 0.103026 0.103853)
                  (0.133327 0.154566 0.184787 0.200938 0.231736)
                  (0.225667 0.247620 0.288028 0.313230 0.372808)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052268 0.082800 0.104100 0.123300 0.165300)
                  (0.070018 0.092400 0.125400 0.138300 0.192000)
                  (0.090900 0.109500 0.149100 0.168900 0.227100)
                  (0.195000 0.201600 0.241500 0.273000 0.351600)
                  (0.349200 0.350100 0.372300 0.403800 0.509100)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.034602 0.063000 0.092100 0.115200 0.170400)
                  (0.048178 0.075000 0.104400 0.126900 0.189300)
                  (0.065700 0.088200 0.120600 0.144000 0.216600)
                  (0.144300 0.153600 0.187200 0.214800 0.298500)
                  (0.264900 0.266700 0.289200 0.315300 0.403800)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.055133 0.083033 0.112962 0.137088 0.197110)
                  (0.066932 0.099166 0.137730 0.161212 0.231136)
                  (0.087392 0.123134 0.169512 0.198112 0.278480)
                  (0.163047 0.200404 0.272061 0.313522 0.422928)
                  (0.275586 0.311250 0.390389 0.447510 0.592551)
               )
      )
   )
   TIMING_Model(ioDelayFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.042736 0.053327 0.064886 0.066692 0.066033)
                  (0.054666 0.069528 0.085321 0.092299 0.100861)
                  (0.070329 0.094855 0.118569 0.128733 0.148953)
                  (0.133457 0.165786 0.215247 0.238769 0.290855)
                  (0.227208 0.258062 0.324137 0.363734 0.449975)
               )
      )
   )
   TIMING_Model(SlopeRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045942 0.073800 0.101700 0.111900 0.164400)
                  (0.059367 0.088200 0.116700 0.133800 0.189000)
                  (0.083400 0.105000 0.143700 0.165000 0.226800)
                  (0.187200 0.192300 0.236100 0.267900 0.349500)
                  (0.341700 0.342300 0.365400 0.397500 0.505200)
               )
      )
   )
   TIMING_Model(SlopeFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036357 0.066300 0.096300 0.118200 0.179700)
                  (0.049069 0.073800 0.117000 0.135900 0.204600)
                  (0.067200 0.094500 0.133800 0.159600 0.235500)
                  (0.144300 0.156300 0.204900 0.238200 0.334500)
                  (0.264900 0.266100 0.301200 0.339900 0.454200)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.115446 0.116135 0.129847 0.144513 0.201731)
                  (0.116415 0.116075 0.128039 0.142387 0.198152)
                  (0.116086 0.116647 0.126483 0.139869 0.193572)
                  (0.116179 0.116861 0.123363 0.133721 0.179649)
                  (0.116614 0.115892 0.121362 0.129414 0.167706)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.017252 0.014504 0.002012 0.017593 0.073678)
                  (0.016991 0.014085 0.001121 0.015296 0.070035)
                  (0.016430 0.014244 0.001354 0.012311 0.064843)
                  (0.015710 0.014909 0.005640 0.005010 0.050029)
                  (0.015323 0.015251 0.008357 0.001706 0.036823)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.103614 0.103917 0.116687 0.130781 0.184576)
                  (0.104035 0.104344 0.115506 0.128643 0.180928)
                  (0.104894 0.104706 0.113914 0.126271 0.175692)
                  (0.106145 0.105647 0.111102 0.120551 0.162396)
                  (0.107214 0.105361 0.109731 0.116971 0.151643)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.016981 0.012866 0.003748 0.018859 0.072511)
                  (0.016622 0.013066 0.002135 0.016484 0.069066)
                  (0.016337 0.013530 0.001276 0.013404 0.064006)
                  (0.015625 0.014455 0.004950 0.005528 0.049308)
                  (0.015302 0.014761 0.008174 0.001762 0.036019)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.079176 0.085628 0.102380 0.116879 0.166948)
                  (0.079246 0.084479 0.100338 0.114328 0.163665)
                  (0.079457 0.083914 0.097961 0.111276 0.159308)
                  (0.080706 0.081878 0.092798 0.103830 0.146816)
                  (0.081347 0.081968 0.089357 0.097961 0.134919)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.019796 0.015099 0.002586 0.017576 0.070439)
                  (0.018534 0.015991 0.000882 0.014832 0.066302)
                  (0.017084 0.016253 0.001670 0.011388 0.060581)
                  (0.014548 0.015105 0.005856 0.004036 0.045500)
                  (0.013335 0.013840 0.007841 0.000506 0.033248)
               )
      )
   )
   ENERGY_Model(PowerRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.067102 0.073574 0.089864 0.103549 0.151461)
                  (0.067404 0.073003 0.087748 0.101072 0.147805)
                  (0.068244 0.072128 0.085450 0.097900 0.143101)
                  (0.070645 0.070678 0.080594 0.090759 0.130749)
                  (0.071950 0.071514 0.077661 0.085554 0.119758)
               )
      )
   )
   ENERGY_Model(PowerFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018921 0.013487 0.004758 0.019294 0.070418)
                  (0.018072 0.013734 0.002565 0.016448 0.066247)
                  (0.016721 0.013837 0.000845 0.012859 0.060584)
                  (0.014450 0.014048 0.005005 0.004885 0.045461)
                  (0.013184 0.013269 0.007554 0.000456 0.033016)
               )
      )
   )
// properties section 
   Area(40.000000)
   CELL_SPOWER(0.058865)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017372 RISE(0.017085) FALL(0.017372))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017997 RISE(0.017503) FALL(0.017997))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.018238 RISE(0.018238) FALL(0.018028))
   )

   PIN(D
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.018655 RISE(0.018634) FALL(0.018655))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((A & B) | (C & D))))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.484829)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )
Path( D => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel3) SLEW(SlopeRiseModel3) )
Path( D => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel3) SLEW(SlopeFallModel3) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(D => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(D => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
)

CELL(BUFX2 
   cell_footprint("buf")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.080192 0.099332 0.125551 0.141601 0.160879)
                  (0.095270 0.119121 0.146424 0.159624 0.180791)
                  (0.119549 0.142384 0.170285 0.182826 0.208459)
                  (0.206725 0.226318 0.258778 0.269216 0.296820)
                  (0.336459 0.356012 0.387945 0.399852 0.425204)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.089994 0.120328 0.164981 0.192952 0.273426)
                  (0.105036 0.137433 0.188120 0.215291 0.293841)
                  (0.126393 0.161711 0.209388 0.240117 0.319216)
                  (0.207389 0.241744 0.292741 0.321104 0.405447)
                  (0.326255 0.363651 0.411543 0.440746 0.523808)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035642 0.045563 0.054071 0.057308 0.071400)
                  (0.050072 0.056113 0.063600 0.073800 0.078600)
                  (0.075000 0.084000 0.087000 0.089400 0.100200)
                  (0.193200 0.193800 0.195600 0.198000 0.204600)
                  (0.378000 0.378000 0.378000 0.379200 0.381600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.039104 0.036002 0.057053 0.062400 0.070800)
                  (0.045857 0.047088 0.068400 0.070200 0.076800)
                  (0.072600 0.074400 0.078600 0.084000 0.097200)
                  (0.165000 0.165600 0.166800 0.169200 0.176400)
                  (0.315000 0.315600 0.316800 0.316200 0.319800)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036580 0.038910 0.056883 0.069415 0.110890)
                  (0.038085 0.039057 0.055117 0.067529 0.106812)
                  (0.038003 0.039633 0.053668 0.064651 0.102782)
                  (0.039700 0.044023 0.054656 0.064068 0.099339)
                  (0.040525 0.044916 0.055363 0.064444 0.098589)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.065076 0.073013 0.086097 0.096905 0.139646)
                  (0.064781 0.072449 0.084139 0.093176 0.133610)
                  (0.066108 0.072526 0.082909 0.094136 0.129964)
                  (0.067710 0.073062 0.083144 0.093032 0.127476)
                  (0.068291 0.073042 0.083768 0.092995 0.127196)
               )
      )
   )
// properties section 
   Area(24.000000)
   CELL_SPOWER(0.066064)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.009332 RISE(0.009306) FALL(0.009332))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( A)
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.975984)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(BUFX4 
   cell_footprint("buf")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.094477 0.118917 0.151175 0.170545 0.198697)
                  (0.108268 0.136412 0.172120 0.189943 0.218536)
                  (0.131873 0.161346 0.197906 0.213426 0.248242)
                  (0.219765 0.247810 0.283692 0.300935 0.338057)
                  (0.352268 0.380624 0.412859 0.429202 0.465845)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.096657 0.137402 0.190461 0.220804 0.300489)
                  (0.114807 0.156287 0.204939 0.239659 0.321534)
                  (0.138395 0.179398 0.231548 0.262645 0.349399)
                  (0.220463 0.261654 0.314512 0.347774 0.436449)
                  (0.340880 0.380615 0.434973 0.466641 0.554835)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.046281 0.039491 0.057229 0.058188 0.071400)
                  (0.050589 0.052795 0.066000 0.076200 0.087600)
                  (0.080400 0.082200 0.092400 0.096000 0.111000)
                  (0.196800 0.195000 0.198600 0.200400 0.208800)
                  (0.378000 0.378600 0.379800 0.379800 0.383400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.042949 0.037058 0.055890 0.056171 0.070800)
                  (0.057430 0.061200 0.067800 0.073200 0.083400)
                  (0.077400 0.078600 0.083400 0.092400 0.104400)
                  (0.166800 0.168600 0.168600 0.172800 0.181800)
                  (0.316800 0.316800 0.317400 0.319200 0.322800)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.079355 0.092501 0.114694 0.133098 0.198540)
                  (0.080820 0.089804 0.108722 0.128010 0.185272)
                  (0.081934 0.089236 0.106385 0.124121 0.177529)
                  (0.085841 0.089194 0.104203 0.115974 0.170571)
                  (0.086429 0.090348 0.104476 0.116805 0.167856)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.113213 0.128563 0.154335 0.175638 0.240473)
                  (0.118931 0.129253 0.143695 0.166165 0.225257)
                  (0.120815 0.128692 0.144521 0.161484 0.216890)
                  (0.123609 0.128749 0.144859 0.158581 0.208574)
                  (0.123005 0.130448 0.145475 0.158960 0.207448)
               )
      )
   )
// properties section 
   Area(32.000000)
   CELL_SPOWER(0.112874)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.013985 RISE(0.013985) FALL(0.013977))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( A)
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(1.950390)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(CLKBUF1 
   cell_footprint("buf")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.168143 0.183015 0.204676 0.218411 0.224292 0.227969)
                  (0.340692 0.357090 0.379018 0.392042 0.404133 0.411802)
                  (0.642727 0.659179 0.681041 0.704111 0.705919 0.713961)
                  (1.419860 1.436380 1.458330 1.481080 1.486030 1.491360)
                  (1.852160 1.868010 1.889290 1.913100 1.917670 1.922580)
                  (2.283720 2.300180 2.321540 2.344380 2.349840 2.354280)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.171898 0.209013 0.238962 0.289989 0.323338 0.374155)
                  (0.330297 0.368254 0.398808 0.448915 0.482008 0.538509)
                  (0.606906 0.645017 0.675653 0.725812 0.758901 0.815565)
                  (1.318730 1.356850 1.387120 1.437710 1.470290 1.527490)
                  (1.714310 1.752460 1.782410 1.833260 1.866220 1.923060)
                  (2.109660 2.147630 2.178120 2.228790 2.261120 2.318610)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.076800 0.072000 0.073800 0.076200 0.074400 0.076800)
                  (0.315600 0.315600 0.315000 0.315000 0.315600 0.315600)
                  (0.745200 0.745200 0.744000 0.745200 0.745200 0.744600)
                  (1.850400 1.850400 1.850400 1.851000 1.850400 1.851000)
                  (2.466000 2.465400 2.466000 2.466600 2.464800 2.466000)
                  (3.080400 3.081000 3.079800 3.079800 3.080400 3.080400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.064800 0.063000 0.066600 0.068400 0.061800 0.068400)
                  (0.261600 0.261600 0.262800 0.262800 0.262800 0.262800)
                  (0.616800 0.616800 0.616200 0.616800 0.616800 0.616800)
                  (1.531200 1.530000 1.530600 1.531200 1.531200 1.530600)
                  (2.039400 2.039400 2.038200 2.039400 2.039400 2.038800)
                  (2.547600 2.547600 2.546400 2.547600 2.545800 2.547600)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.230035 0.255216 0.321324 0.420025 0.492297 0.633715)
                  (0.234501 0.258663 0.327011 0.423913 0.490504 0.638684)
                  (0.235402 0.259609 0.328388 0.412522 0.491125 0.640630)
                  (0.234015 0.260022 0.328987 0.413020 0.488217 0.641615)
                  (0.233949 0.260150 0.329310 0.413420 0.488070 0.641990)
                  (0.234280 0.260070 0.329220 0.413416 0.488471 0.642000)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.353671 0.385256 0.429396 0.538556 0.609563 0.759305)
                  (0.355170 0.387780 0.431764 0.541422 0.612262 0.761955)
                  (0.355302 0.388239 0.432452 0.541993 0.613065 0.763151)
                  (0.355385 0.388522 0.432782 0.542278 0.613428 0.763567)
                  (0.355551 0.388693 0.433049 0.542469 0.613581 0.763856)
                  (0.355600 0.388816 0.432977 0.542237 0.613660 0.763712)
               )
      )
   )
// properties section 
   Area(72.000000)
   CELL_SPOWER(0.352221)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.037391 RISE(0.037391) FALL(0.037376))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( A)
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(1.959280)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(CLKBUF2 
   cell_footprint("buf")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.231101 0.250980 0.270172 0.286134 0.291134 0.293352)
                  (0.407523 0.424195 0.441497 0.457232 0.464429 0.467226)
                  (0.709412 0.726144 0.743538 0.759384 0.766413 0.772549)
                  (1.485870 1.502770 1.520510 1.536340 1.542920 1.549110)
                  (1.917800 1.934260 1.952170 1.967970 1.975240 1.981520)
                  (2.349820 2.366440 2.383810 2.400130 2.406610 2.413160)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.237151 0.273513 0.303669 0.357429 0.387150 0.439064)
                  (0.395538 0.432664 0.462126 0.516443 0.546053 0.597581)
                  (0.672499 0.712585 0.739108 0.793170 0.822941 0.874386)
                  (1.383860 1.424050 1.450770 1.505160 1.534670 1.586340)
                  (1.779450 1.819790 1.846060 1.900700 1.930370 1.981710)
                  (2.175470 2.215090 2.241420 2.295930 2.325640 2.376480)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.075600 0.072000 0.072000 0.073800 0.072600 0.072600)
                  (0.314400 0.315600 0.315600 0.315600 0.315600 0.315600)
                  (0.744600 0.744600 0.744600 0.745200 0.744600 0.744600)
                  (1.849800 1.850400 1.851000 1.850400 1.850400 1.850400)
                  (2.464800 2.466000 2.466000 2.465400 2.465400 2.465400)
                  (3.079800 3.080400 3.079800 3.081000 3.080400 3.079200)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.062400 0.067800 0.065400 0.061800 0.066600 0.064200)
                  (0.262200 0.262200 0.261600 0.262800 0.262800 0.262800)
                  (0.616800 0.616800 0.616800 0.616800 0.616200 0.616800)
                  (1.531200 1.530600 1.530600 1.531200 1.530600 1.530000)
                  (2.038800 2.038800 2.037600 2.038800 2.038800 2.038200)
                  (2.547600 2.546400 2.545800 2.547600 2.548200 2.546400)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.407535 0.427450 0.493283 0.589349 0.665537 0.813485)
                  (0.416735 0.433198 0.504101 0.601088 0.669970 0.818487)
                  (0.417986 0.434291 0.505001 0.601282 0.670891 0.807780)
                  (0.418682 0.434887 0.505709 0.602170 0.671759 0.808482)
                  (0.418933 0.434931 0.505977 0.602236 0.671561 0.808550)
                  (0.418900 0.435265 0.505945 0.602361 0.671877 0.808502)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.528849 0.563066 0.602892 0.706677 0.780092 0.934708)
                  (0.532688 0.567377 0.606397 0.710320 0.783573 0.937407)
                  (0.533324 0.559561 0.606931 0.711026 0.784325 0.937969)
                  (0.533553 0.560266 0.607245 0.711439 0.784616 0.938267)
                  (0.533579 0.560528 0.607400 0.711702 0.784756 0.938157)
                  (0.533815 0.559945 0.607495 0.711832 0.784615 0.938139)
               )
      )
   )
// properties section 
   Area(104.000000)
   CELL_SPOWER(0.548764)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.037409 RISE(0.037409) FALL(0.037377))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( A)
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(1.961950)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(CLKBUF3 
   cell_footprint("buf")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.294709 0.311690 0.335590 0.351998 0.355536 0.360151)
                  (0.476517 0.485640 0.506710 0.522794 0.529119 0.533172)
                  (0.778644 0.787463 0.808733 0.824881 0.831107 0.835158)
                  (1.555870 1.564670 1.585670 1.601040 1.608140 1.611620)
                  (1.987560 1.995620 2.017490 2.032780 2.039780 2.043880)
                  (2.419220 2.427620 2.449640 2.463980 2.471310 2.475880)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.301525 0.339234 0.367700 0.420709 0.452070 0.503376)
                  (0.460268 0.497618 0.526095 0.579533 0.610902 0.661892)
                  (0.737156 0.774426 0.802781 0.856206 0.887576 0.938553)
                  (1.448910 1.486290 1.514610 1.568210 1.599630 1.650060)
                  (1.844230 1.881880 1.909530 1.963780 1.995190 2.046170)
                  (2.239850 2.277540 2.305200 2.359090 2.390740 2.441390)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.076200 0.073800 0.073800 0.073800 0.076200 0.074400)
                  (0.315600 0.314400 0.315600 0.315000 0.315600 0.316200)
                  (0.744600 0.744600 0.745200 0.744600 0.744000 0.744600)
                  (1.851000 1.850400 1.850400 1.849800 1.850400 1.850400)
                  (2.466000 2.466000 2.465400 2.466000 2.465400 2.466000)
                  (3.080400 3.081000 3.081000 3.080400 3.080400 3.080400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.064800 0.064800 0.060600 0.066600 0.066600 0.062400)
                  (0.262200 0.261600 0.262800 0.262200 0.262200 0.262200)
                  (0.616800 0.616800 0.616800 0.616800 0.616800 0.616800)
                  (1.530000 1.531200 1.530600 1.531200 1.531200 1.530600)
                  (2.038800 2.039400 2.038800 2.038800 2.038800 2.038800)
                  (2.546400 2.547600 2.545800 2.548200 2.547600 2.547600)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.584981 0.606793 0.669461 0.761461 0.842257 0.980551)
                  (0.577744 0.611346 0.681401 0.773839 0.845194 0.985074)
                  (0.579438 0.612296 0.681589 0.774684 0.846157 0.985993)
                  (0.580153 0.612788 0.683058 0.775150 0.846696 0.986721)
                  (0.580353 0.613088 0.683115 0.775092 0.846890 0.986983)
                  (0.580756 0.612984 0.683275 0.775178 0.846676 0.987227)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.704098 0.731354 0.778711 0.879269 0.954459 1.110270)
                  (0.705941 0.735162 0.782427 0.882782 0.957859 1.112240)
                  (0.706445 0.735857 0.783021 0.883380 0.958398 1.112960)
                  (0.706452 0.736107 0.783299 0.883745 0.958796 1.113180)
                  (0.706528 0.736197 0.783541 0.883923 0.958804 1.113050)
                  (0.706534 0.736049 0.783693 0.883944 0.958701 1.113450)
               )
      )
   )
// properties section 
   Area(136.000000)
   CELL_SPOWER(0.745304)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.037394 RISE(0.037394) FALL(0.037367))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( A)
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(1.960850)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(DFFNEGX1 
// model section 
   TIMING_Model(hold_template_3x5DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
            data()
      )
   )
   TIMING_Model(setup_template_3x5DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
            data()
      )
   )
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.127171 0.157261 0.193197 0.242742 0.272567 0.320526)
                  (0.138941 0.168471 0.203551 0.253043 0.281605 0.331377)
                  (0.152581 0.183347 0.217393 0.266999 0.293007 0.344469)
                  (0.202583 0.230235 0.266411 0.316181 0.341026 0.393926)
                  (0.268294 0.296675 0.332037 0.382057 0.409008 0.460614)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.121940 0.172988 0.224116 0.298592 0.344721 0.429327)
                  (0.132048 0.183020 0.234315 0.309127 0.356930 0.443335)
                  (0.147217 0.198460 0.251230 0.324558 0.372696 0.459914)
                  (0.198327 0.250554 0.302789 0.377794 0.426431 0.515884)
                  (0.262685 0.314083 0.366272 0.443553 0.492671 0.583101)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.035941 0.036804 0.041981 0.042554 0.039872 0.044075)
                  (0.047854 0.048167 0.048199 0.048987 0.049388 0.059309)
                  (0.057766 0.060600 0.060600 0.061200 0.063000 0.062400)
                  (0.119400 0.118200 0.120000 0.121200 0.120000 0.120000)
                  (0.204600 0.205800 0.204000 0.205800 0.205800 0.206400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.041908 0.046796 0.056173 0.074400 0.076200 0.088800)
                  (0.048334 0.053789 0.061800 0.079200 0.087000 0.098400)
                  (0.060600 0.066000 0.078000 0.084000 0.094200 0.108000)
                  (0.112200 0.113400 0.120000 0.131400 0.137400 0.147600)
                  (0.179400 0.181200 0.187800 0.193200 0.197400 0.206400)
               )
      )
   )
   TIMING_Model(TchkRiseModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.000000 -0.087500 -0.075000 -0.112500 -0.081250)
                  (-0.106250 -0.100000 -0.087500 -0.125000 -0.187500)
                  (-0.168750 -0.162500 -0.150000 -0.187500 -0.250000)
               )
      )
   )
   TIMING_Model(TchkFallModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.000000 -0.087500 -0.075000 -0.112500 -0.175000)
                  (-0.012500 -0.006250 -0.087500 -0.125000 -0.187500)
                  (0.018750 0.025000 -0.056250 -0.093750 -0.062500)
               )
      )
   )
   TIMING_Model(TchkRiseModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.187500 0.181250 0.168750 0.206250 0.268750)
                  (0.200000 0.193750 0.181250 0.218750 0.281250)
                  (0.262500 0.443750 0.243750 0.281250 0.718750)
               )
      )
   )
   TIMING_Model(TchkFallModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.187500 0.181250 0.262500 0.300000 0.362500)
                  (0.200000 0.193750 0.275000 0.218750 0.375000)
                  (0.168750 0.162500 0.243750 0.187500 0.343750)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.037284 0.040960 0.059148 0.107824 0.143700 0.218602)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.086451 0.105124 0.131012 0.175654 0.209051 0.277005)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030829 0.032759 0.042528 0.055396 0.083943)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.097866 0.100952 0.108957 0.117496 0.148741)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.146359 0.162663 0.190528 0.240766 0.277657 0.349249)
                  (0.146218 0.162653 0.191643 0.241715 0.277774 0.348517)
                  (0.146337 0.162754 0.191394 0.240994 0.276402 0.347480)
                  (0.146945 0.163341 0.191810 0.241151 0.277252 0.346929)
                  (0.148527 0.163953 0.193025 0.242309 0.277088 0.347497)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.144274 0.170803 0.212085 0.283695 0.336170 0.436977)
                  (0.143072 0.168248 0.207577 0.278710 0.330148 0.431632)
                  (0.142643 0.167591 0.203680 0.273148 0.323676 0.424924)
                  (0.143936 0.165886 0.200500 0.267703 0.316550 0.415050)
                  (0.144450 0.165176 0.199606 0.265547 0.313716 0.411094)
               )
      )
   )
// properties section 
   Area(96.000000)
   CELL_SPOWER(0.155885)
   PIN(CLK
      PINTYPE(INPUT )
      CLOCK_PIN
// properties section 
      Capacitance(0.029563 RISE(0.029358) FALL(0.029563))
      INTERNAL_ENERGY(RISE(PowerRiseModel0) FALL(PowerFallModel0))
   )

   PIN(D
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.008901 RISE(0.008816) FALL(0.008901))
      INTERNAL_ENERGY(RISE(PowerRiseModel1) FALL(PowerFallModel1))
   )

   PIN(Q
      PINTYPE(OUTPUT )
      state_variable_map("DS0000")
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.992362)
   )

   REGISTER( 
      CLOCK((~CLK))
      INPUT(D)
      OUTPUT(Q)
   )

// pinrels
Path( CLK => Q 10 01 QUALIFIER(TRIGGER) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( CLK => Q 10 10 QUALIFIER(TRIGGER) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
MPWL( CLK (Const(0.104504)) )
MPWH( CLK (Const(0.093941)) )
Hold( D => CLK 01 negedge TchkRiseModel0 )
Setup( D => CLK 01 negedge TchkRiseModel1 )
Hold( D => CLK 10 negedge TchkFallModel0 )
Setup( D => CLK 10 negedge TchkFallModel1 )

// powerSI arc
   PATH(CLK => Q 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(CLK => Q 10 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(DFFPOSX1 
// model section 
   TIMING_Model(hold_template_3x5DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
            data()
      )
   )
   TIMING_Model(setup_template_3x5DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000)
            data()
      )
   )
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.093526 0.121034 0.134210 0.134398 0.122773 0.092600)
                  (0.104030 0.130762 0.143181 0.144557 0.132377 0.104697)
                  (0.118023 0.146060 0.158231 0.158041 0.151991 0.121227)
                  (0.166235 0.192972 0.208222 0.211247 0.203428 0.179357)
                  (0.233467 0.259728 0.276539 0.279342 0.271987 0.248208)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.159821 0.176886 0.193318 0.207708 0.211849 0.213209)
                  (0.169871 0.187740 0.204315 0.217111 0.221269 0.221151)
                  (0.186934 0.201494 0.219369 0.229968 0.234471 0.239765)
                  (0.235597 0.250463 0.267087 0.281010 0.285745 0.288909)
                  (0.300793 0.314188 0.331092 0.344623 0.351457 0.352857)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.036088 0.043386 0.051719 0.067800 0.070200 0.077400)
                  (0.044090 0.050885 0.060600 0.076200 0.076200 0.084000)
                  (0.057821 0.065400 0.074400 0.084600 0.096000 0.102600)
                  (0.118200 0.122400 0.128400 0.136800 0.139800 0.147600)
                  (0.205200 0.207000 0.209400 0.216000 0.220800 0.228600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.041962 0.042070 0.045013 0.042772 0.042610 0.043690)
                  (0.052151 0.051175 0.049987 0.050183 0.052505 0.051007)
                  (0.066000 0.062400 0.065400 0.063600 0.061800 0.067800)
                  (0.108600 0.108600 0.106800 0.109800 0.108000 0.111600)
                  (0.179400 0.180000 0.178800 0.181200 0.181200 0.182400)
               )
      )
   )
   TIMING_Model(TchkRiseModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.000000 0.006250 -0.075000 -0.018750 -0.081250)
                  (-0.012500 -0.006250 0.006250 -0.031250 0.000000)
                  (0.018750 -0.068750 -0.056250 0.000000 -0.062500)
               )
      )
   )
   TIMING_Model(TchkFallModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (-0.093750 -0.087500 -0.075000 -0.112500 -0.175000)
                  (-0.106250 -0.193750 -0.181250 -0.218750 -0.281250)
                  (0.112500 0.118750 -0.056250 -0.093750 -0.250000)
               )
      )
   )
   TIMING_Model(TchkRiseModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.187500 0.181250 0.168750 0.206250 0.268750)
                  (0.200000 0.287500 0.275000 0.312500 0.281250)
                  (0.450000 0.350000 0.337500 0.468750 0.531250)
               )
      )
   )
   TIMING_Model(TchkFallModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.187500 0.181250 0.262500 0.300000 0.362500)
                  (0.293750 0.287500 0.275000 0.312500 0.375000)
                  (0.918750 0.350000 0.525000 0.656250 0.437500)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.006865 0.006943 0.030508 0.076138 0.112244 0.183321)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.110340 0.129769 0.160216 0.216283 0.258089 0.338194)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045424 0.045977 0.055651 0.063033 0.096119)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.088410 0.087952 0.097074 0.107295 0.139032)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.040752 0.064070 0.099137 0.162883 0.207764 0.296269)
                  (0.041217 0.062027 0.097688 0.158665 0.203554 0.289681)
                  (0.040990 0.061849 0.095190 0.156194 0.200043 0.285303)
                  (0.043452 0.061538 0.092194 0.152786 0.194912 0.280997)
                  (0.044433 0.062080 0.091836 0.150899 0.194246 0.279888)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.064773 0.076646 0.104009 0.152643 0.185108 0.255024)
                  (0.063395 0.075613 0.102582 0.150636 0.183907 0.254132)
                  (0.060938 0.076343 0.099156 0.149918 0.183611 0.253480)
                  (0.062326 0.075376 0.099814 0.149755 0.183003 0.253934)
                  (0.062787 0.075640 0.100256 0.149373 0.182383 0.253656)
               )
      )
   )
// properties section 
   Area(96.000000)
   CELL_SPOWER(0.160725)
   PIN(CLK
      PINTYPE(INPUT )
      CLOCK_PIN
// properties section 
      Capacitance(0.027924 RISE(0.027924) FALL(0.027463))
      INTERNAL_ENERGY(RISE(PowerRiseModel0) FALL(PowerFallModel0))
   )

   PIN(D
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.008829 RISE(0.008829) FALL(0.008810))
      INTERNAL_ENERGY(RISE(PowerRiseModel1) FALL(PowerFallModel1))
   )

   PIN(Q
      PINTYPE(OUTPUT )
      state_variable_map("DS0000")
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.967534)
   )

   REGISTER( 
      CLOCK(CLK)
      INPUT(D)
      OUTPUT(Q)
   )

// pinrels
Path( CLK => Q 01 01 QUALIFIER(TRIGGER) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( CLK => Q 01 10 QUALIFIER(TRIGGER) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
MPWL( CLK (Const(0.099270)) )
MPWH( CLK (Const(0.106969)) )
Hold( D => CLK 01 posedge TchkRiseModel0 )
Setup( D => CLK 01 posedge TchkRiseModel1 )
Hold( D => CLK 10 posedge TchkFallModel0 )
Setup( D => CLK 10 posedge TchkFallModel1 )

// powerSI arc
   PATH(CLK => Q 01 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(CLK => Q 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(DFFSR 
// model section 
   TIMING_Model(hold_template_3x6DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(setup_template_3x6DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(recovery_template_3x6DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(recovery_template_6x6DDCellMod 
      (Spline
         (INPUT_SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(removal_template_3x6DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.387715 0.424200 0.449241 0.479863 0.493378 0.510336)
                  (1.059300 1.096100 1.121320 1.150770 1.165180 1.181910)
                  (2.233850 2.271460 2.296570 2.325820 2.339690 2.356960)
                  (5.255300 5.292200 5.318320 5.348030 5.360540 5.376950)
                  (6.932940 6.969360 6.994780 7.024960 7.040160 7.055350)
                  (8.612010 8.648570 8.674360 8.702360 8.716210 8.732830)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.381095 0.414212 0.432258 0.455285 0.464189 0.473544)
                  (0.969567 1.002580 1.020770 1.043740 1.052860 1.061940)
                  (1.998520 2.032010 2.050370 2.072860 2.082600 2.091480)
                  (4.647360 4.680530 4.698360 4.721750 4.730480 4.740110)
                  (6.118460 6.151740 6.168490 6.192710 6.201700 6.207690)
                  (7.589700 7.621140 7.638290 7.662140 7.672620 7.679160)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.249000 0.249000 0.249000 0.249000 0.247800 0.249000)
                  (1.201800 1.200000 1.202400 1.200600 1.201800 1.200600)
                  (2.872800 2.874000 2.873400 2.873400 2.872800 2.874000)
                  (7.171800 7.171800 7.172400 7.171200 7.172400 7.172400)
                  (9.560400 9.560400 9.561000 9.560400 9.560400 9.561000)
                  (11.949000 11.949000 11.948400 11.949000 11.949600 11.949000)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.199200 0.199800 0.199200 0.199800 0.199200 0.198000)
                  (0.949800 0.949800 0.949800 0.949200 0.949200 0.949800)
                  (2.271000 2.271000 2.270400 2.271000 2.271000 2.269800)
                  (5.668800 5.668200 5.668200 5.667600 5.668200 5.668200)
                  (7.555200 7.554600 7.552200 7.554600 7.555200 7.549200)
                  (9.441600 9.441000 9.438000 9.441000 9.441600 9.438000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.255245 0.267211 0.272748 0.270558 0.263299 0.239588)
                  (0.927233 0.939028 0.945323 0.943953 0.937484 0.919010)
                  (2.102420 2.113910 2.120600 2.118800 2.113370 2.094410)
                  (5.122600 5.135580 5.142390 5.141080 5.134470 5.117020)
                  (6.801400 6.812380 6.820600 6.820460 6.814260 6.794900)
                  (8.480410 8.489810 8.496790 8.496280 8.492570 8.471790)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.262875 0.324685 0.387813 0.478452 0.536493 0.645793)
                  (0.851442 0.913295 0.975835 1.066760 1.124960 1.233480)
                  (1.880880 1.942770 2.005260 2.096520 2.154130 2.263510)
                  (4.529220 4.591010 4.653220 4.743430 4.800870 4.910830)
                  (6.000470 6.062230 6.124840 6.214600 6.271930 6.380370)
                  (7.471380 7.533060 7.595930 7.686520 7.744170 7.851510)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.248400 0.247200 0.248400 0.253200 0.257400 0.265200)
                  (1.200000 1.200600 1.201200 1.201800 1.202400 1.204800)
                  (2.874600 2.874000 2.874000 2.874000 2.874000 2.872200)
                  (7.172400 7.171200 7.172400 7.172400 7.171800 7.172400)
                  (9.560400 9.561000 9.559800 9.558600 9.557400 9.560400)
                  (11.948400 11.949000 11.949000 11.949600 11.949000 11.949600)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.199200 0.200700 0.201300 0.202800 0.204000 0.205200)
                  (0.948600 0.948900 0.949200 0.950100 0.950400 0.951000)
                  (2.269800 2.270700 2.269800 2.269800 2.270400 2.270400)
                  (5.666400 5.667900 5.665200 5.667000 5.665200 5.664900)
                  (7.551600 7.553400 7.553400 7.552500 7.549800 7.549800)
                  (9.438600 9.441900 9.441300 9.441900 9.439200 9.438600)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.344773 0.399864 0.446316 0.525767 0.573992 0.666461)
                  (1.018650 1.071880 1.118300 1.199330 1.248190 1.338080)
                  (2.193430 2.246810 2.292880 2.374230 2.423210 2.513280)
                  (5.215040 5.267720 5.314230 5.396340 5.444780 5.534290)
                  (6.893810 6.945550 6.992410 7.073900 7.122650 7.212440)
                  (8.570890 8.625680 8.671730 8.750220 8.800490 8.889910)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.248100 0.248700 0.248400 0.248400 0.248700 0.248400)
                  (1.202100 1.201200 1.201500 1.201800 1.201500 1.201200)
                  (2.872800 2.873700 2.872500 2.872800 2.873400 2.873400)
                  (7.171200 7.172100 7.172100 7.171800 7.172100 7.171800)
                  (9.559800 9.560700 9.560400 9.560400 9.560100 9.560400)
                  (11.949300 11.948700 11.949000 11.949000 11.949300 11.949000)
               )
      )
   )
   TIMING_Model(TchkRiseModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.000000 -0.037500 -0.025000 -0.050000 -0.081250 -0.050000)
                  (-0.012500 -0.050000 -0.037500 -0.062500 -0.093750 -0.062500)
                  (0.018750 -0.018750 -0.006250 -0.031250 -0.062500 -0.125000)
               )
      )
   )
   TIMING_Model(TchkFallModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.000000 -0.037500 -0.025000 -0.143750 -0.175000 -0.237500)
                  (0.081250 0.043750 -0.037500 -0.062500 -0.093750 -0.156250)
                  (0.112500 0.075000 -0.006250 -0.031250 -0.062500 -0.218750)
               )
      )
   )
   TIMING_Model(TchkRiseModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.093750 0.131250 0.212500 0.237500 0.175000 0.237500)
                  (0.106250 0.143750 0.131250 0.156250 0.187500 0.156250)
                  (0.075000 0.112500 0.100000 0.125000 0.156250 0.218750)
               )
      )
   )
   TIMING_Model(TchkFallModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.093750 0.131250 0.212500 0.237500 0.268750 0.331250)
                  (0.106250 0.143750 0.131250 0.250000 0.281250 0.343750)
                  (0.075000 0.112500 0.193750 0.218750 0.250000 0.312500)
               )
      )
   )
   TIMING_Model(TchkRiseModel2 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (-0.093750 -0.056250 0.025000 0.050000 0.175000 0.331250)
                  (-0.081250 -0.137500 -0.056250 -0.031250 0.000000 0.250000)
                  (-0.112500 -0.168750 -0.087500 -0.062500 -0.031250 0.125000)
               )
      )
   )
   TIMING_Model(TchkRiseModel3 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.000000 0.056250 0.068750 0.043750 0.106250 0.137500)
                  (0.037500 0.000000 0.012500 0.081250 0.050000 0.128125)
                  (0.025000 0.034375 0.000000 0.068750 0.084375 0.115625)
                  (0.003125 0.012500 0.025000 0.046875 0.062500 0.093750)
                  (-0.012500 -0.003125 -0.037500 0.031250 0.046875 0.078125)
                  (-0.043750 -0.034375 -0.068750 0.000000 -0.031250 0.046875)
               )
      )
   )
   TIMING_Model(TchkRiseModel4 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.187500 0.243750 0.256250 0.325000 0.387500 0.418750)
                  (0.268750 0.231250 0.243750 0.312500 0.375000 0.500000)
                  (0.300000 0.262500 0.275000 0.343750 0.406250 0.437500)
               )
      )
   )
   TIMING_Model(TchkRiseModel5 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.000000 0.037500 0.025000 0.143750 0.081250 0.237500)
                  (0.012500 0.050000 0.037500 0.062500 0.093750 0.156250)
                  (-0.018750 0.018750 0.006250 0.031250 0.062500 0.218750)
               )
      )
   )
   TIMING_Model(TchkRiseModel6 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.093750 0.056250 0.068750 0.090625 0.106250 0.137500)
                  (0.037500 0.093750 0.106250 0.081250 0.096875 0.128125)
                  (0.025000 0.081250 0.093750 0.068750 0.084375 0.162500)
                  (0.050000 0.012500 0.025000 0.046875 0.062500 0.093750)
                  (0.034375 0.043750 0.009375 0.031250 0.046875 0.125000)
                  (0.003125 -0.034375 -0.021875 0.000000 0.015625 0.046875)
               )
      )
   )
   TIMING_Model(TchkRiseModel7 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.093750 0.056250 0.068750 0.043750 0.106250 0.043750)
                  (0.175000 0.137500 0.056250 0.125000 0.093750 0.125000)
                  (0.112500 0.168750 0.087500 0.062500 0.125000 0.156250)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.041704 0.046706 0.061572 0.084344 0.106433 0.145893)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.123008 0.130168 0.141509 0.169250 0.188732 0.226953)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.088283 0.087505 0.100628 0.129385 0.145716 0.182119)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.117272 0.124444 0.140190 0.164994 0.182539 0.221408)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.151048 0.158622 0.171511 0.198768 0.218728 0.261211)
                  (0.151825 0.159701 0.172467 0.200096 0.219924 0.261879)
                  (0.151940 0.160143 0.172798 0.200608 0.220285 0.262227)
                  (0.151944 0.160856 0.173235 0.201487 0.221175 0.262197)
                  (0.152164 0.161005 0.173711 0.201586 0.222216 0.262550)
                  (0.151740 0.161323 0.173527 0.201327 0.220975 0.263137)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.141227 0.150979 0.161428 0.189053 0.207561 0.246194)
                  (0.141671 0.151133 0.161697 0.189503 0.207945 0.246892)
                  (0.141959 0.151299 0.161897 0.189700 0.207945 0.246928)
                  (0.142566 0.151503 0.161463 0.189777 0.208281 0.247071)
                  (0.142479 0.151289 0.161790 0.189948 0.208155 0.247255)
                  (0.142818 0.151617 0.161884 0.189640 0.207948 0.247395)
               )
      )
   )
   ENERGY_Model(PowerRiseModel3 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.045492 0.062305 0.088334 0.143928 0.185508 0.269919)
                  (0.046712 0.063494 0.089542 0.145009 0.186228 0.269839)
                  (0.047174 0.063914 0.089887 0.145658 0.186844 0.270401)
                  (0.047779 0.064828 0.090518 0.146173 0.187214 0.271169)
                  (0.048538 0.064695 0.090025 0.146270 0.188292 0.270964)
                  (0.049886 0.064719 0.090939 0.145803 0.187952 0.271418)
               )
      )
   )
   ENERGY_Model(PowerFallModel3 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.155704 0.173754 0.203811 0.256892 0.290550 0.350772)
                  (0.156347 0.174395 0.204230 0.256484 0.289596 0.349078)
                  (0.156642 0.174668 0.204576 0.256703 0.289826 0.349161)
                  (0.156902 0.174751 0.204971 0.257079 0.290016 0.349805)
                  (0.157086 0.174650 0.205296 0.257578 0.290391 0.349282)
                  (0.157219 0.175227 0.205143 0.257570 0.290435 0.349746)
               )
      )
   )
   ENERGY_Model(PowerModel4 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.156280 0.170156 0.192690 0.238568 0.270569 0.331301)
                  (0.156928 0.171426 0.193829 0.238900 0.271492 0.332601)
                  (0.157284 0.171847 0.194132 0.239121 0.271853 0.333062)
                  (0.158082 0.172581 0.194372 0.239638 0.272424 0.333474)
                  (0.158841 0.172592 0.194391 0.239616 0.273092 0.333673)
                  (0.158095 0.172153 0.193866 0.239884 0.272390 0.334038)
               )
      )
   )
   ENERGY_Model(PowerRiseModel5 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.036159 0.033603 0.035396 0.034302 0.033581 0.034303)
               )
      )
   )
   ENERGY_Model(PowerFallModel5 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.000000 0.000000 0.000000 0.000000 0.000000 0.000000)
               )
      )
   )
// properties section 
   Area(176.000000)
   CELL_SPOWER(0.277270)
   PIN(CLK
      PINTYPE(INPUT )
      CLOCK_PIN
// properties section 
      Capacitance(0.009375 RISE(0.009323) FALL(0.009375))
      INTERNAL_ENERGY(RISE(PowerRiseModel0) FALL(PowerFallModel0))
   )

   PIN(D
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.009409 RISE(0.009409) FALL(0.009330))
      INTERNAL_ENERGY(RISE(PowerRiseModel1) FALL(PowerFallModel1))
   )

   PIN(Q
      PINTYPE(OUTPUT )
      state_variable_map("P0002")
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.468113)
   )

   PIN(R
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.025505 RISE(0.025505) FALL(0.022034))
   )

   PIN(S
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.023061 RISE(0.014153) FALL(0.023061))
      INTERNAL_ENERGY(RISE(PowerRiseModel5) FALL(PowerFallModel5))
   )

   REGISTER( 
      CLOCK(CLK)
      INPUT(D)
      OUTPUT(Q)
      SET((~S))
      CLEAR((~R))
      CLEAR_PRESET_VAR1(0)
   )

// pinrels
Path( CLK => Q 01 01 QUALIFIER(TRIGGER) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( CLK => Q 01 10 QUALIFIER(TRIGGER) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( R => Q 01 01 QUALIFIER(CLEAR) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( R => Q 10 10 QUALIFIER(CLEAR) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( S => Q 10 01 QUALIFIER(SET) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
MPWL( CLK (Const(0.205581)) )
MPWH( CLK (Const(0.283301)) )
Hold( D => CLK 01 posedge COND(S & R) TchkRiseModel0 )
Setup( D => CLK 01 posedge COND(S & R) TchkRiseModel1 )
Hold( D => CLK 10 posedge COND(S & R) TchkFallModel0 )
Setup( D => CLK 10 posedge COND(S & R) TchkFallModel1 )
MPWL( R (Const(0.152176)) )
Recovery( R => CLK 01 posedge COND(D & S) TchkRiseModel2 )
Removal( R => CLK 01 posedge COND(D & S) TchkRiseModel4 )
Recovery( R => S 01 posedge TchkRiseModel3 )
MPWL( S (Const(0.199049)) )
Recovery( S => CLK 01 posedge COND(~D & R) TchkRiseModel5 )
Removal( S => CLK 01 posedge COND(~D & R) TchkRiseModel7 )
Recovery( S => R 01 posedge TchkRiseModel6 )

// powerSI arc
   PATH(CLK => Q 01 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(CLK => Q 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(R => Q 10 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(R => Q 10 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
   PATH(S => Q 10 01 
      INTERNAL_ENERGY(PowerModel4)
   )
   PATH(S => Q 10 10 
      INTERNAL_ENERGY(PowerModel4)
   )
)

CELL(FAX1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.110961 0.128075 0.151600 0.167167 0.190781)
                  (0.130601 0.147139 0.171029 0.186307 0.212628)
                  (0.154326 0.172367 0.200121 0.213629 0.243016)
                  (0.244814 0.262639 0.291037 0.305225 0.339785)
                  (0.372364 0.389878 0.418591 0.432655 0.468862)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.133895 0.155633 0.191369 0.217500 0.293908)
                  (0.152322 0.174355 0.212242 0.238006 0.316257)
                  (0.177897 0.200656 0.239699 0.266038 0.348160)
                  (0.263185 0.285715 0.327493 0.355817 0.442452)
                  (0.375727 0.398327 0.440573 0.470266 0.558082)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.034724 0.036496 0.040349 0.052320 0.055130)
                  (0.054070 0.054239 0.058178 0.066300 0.074700)
                  (0.077700 0.083400 0.090300 0.091200 0.100200)
                  (0.193800 0.194400 0.195900 0.198900 0.205500)
                  (0.368700 0.369000 0.370500 0.371400 0.374700)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.039038 0.038593 0.050291 0.051711 0.061636)
                  (0.052901 0.050905 0.062400 0.061602 0.070500)
                  (0.074100 0.075300 0.083100 0.084900 0.093600)
                  (0.162300 0.163200 0.166200 0.168900 0.178200)
                  (0.295800 0.295500 0.297300 0.299100 0.303000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.114760 0.135987 0.161210 0.173508 0.200806)
                  (0.133581 0.154327 0.181009 0.194579 0.222158)
                  (0.159361 0.180709 0.209291 0.223078 0.253170)
                  (0.249995 0.271007 0.302020 0.316622 0.350916)
                  (0.377283 0.398337 0.430290 0.445191 0.480202)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.134739 0.162025 0.203580 0.230737 0.313007)
                  (0.153404 0.181647 0.223749 0.253855 0.339344)
                  (0.180482 0.208858 0.251188 0.283223 0.369465)
                  (0.267421 0.295778 0.342971 0.375215 0.465786)
                  (0.380838 0.409362 0.458422 0.491805 0.583521)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038642 0.039314 0.045251 0.043585 0.058504)
                  (0.052925 0.054573 0.062700 0.064800 0.072900)
                  (0.082800 0.083400 0.089700 0.092400 0.102900)
                  (0.195000 0.195600 0.199200 0.200700 0.207900)
                  (0.369300 0.368400 0.371100 0.372900 0.376200)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044455 0.036854 0.041074 0.047622 0.056824)
                  (0.052948 0.053563 0.059850 0.063435 0.073500)
                  (0.078000 0.080400 0.083400 0.090600 0.096600)
                  (0.163800 0.165900 0.171300 0.174600 0.181500)
                  (0.297000 0.297300 0.301200 0.304200 0.307800)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.109702 0.132682 0.165136 0.180248 0.211225)
                  (0.125675 0.151973 0.186540 0.202286 0.235363)
                  (0.150952 0.178149 0.214452 0.230656 0.266633)
                  (0.241765 0.268351 0.305137 0.323826 0.364625)
                  (0.369534 0.395458 0.432847 0.451560 0.492283)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.121862 0.159349 0.209459 0.244319 0.337679)
                  (0.142508 0.178687 0.232523 0.266623 0.361761)
                  (0.169443 0.207156 0.263743 0.296007 0.397463)
                  (0.256454 0.294002 0.354327 0.389602 0.493712)
                  (0.369994 0.407462 0.468873 0.505373 0.609741)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.039084 0.036944 0.045434 0.048910 0.058904)
                  (0.052615 0.054065 0.065100 0.070800 0.081600)
                  (0.079800 0.080700 0.093300 0.095700 0.105000)
                  (0.194100 0.195300 0.197700 0.200400 0.206100)
                  (0.369000 0.369000 0.370200 0.370800 0.373500)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037254 0.040396 0.054151 0.055881 0.071400)
                  (0.053461 0.052410 0.063300 0.068700 0.081000)
                  (0.075000 0.077400 0.086100 0.089400 0.103200)
                  (0.166200 0.165300 0.171600 0.173100 0.181500)
                  (0.297000 0.297300 0.299700 0.301800 0.305700)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.198183 0.220630 0.259412 0.287266 0.367605)
                  (0.213770 0.235995 0.273259 0.300061 0.383530)
                  (0.236314 0.258625 0.298370 0.323221 0.405175)
                  (0.321968 0.343793 0.382244 0.407984 0.488959)
                  (0.447254 0.469405 0.506264 0.534698 0.617398)
               )
      )
   )
   TIMING_Model(ioDelayFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.179906 0.198864 0.221325 0.236640 0.262513)
                  (0.197175 0.214473 0.238905 0.255863 0.280951)
                  (0.223018 0.240051 0.265965 0.279625 0.304494)
                  (0.303623 0.320228 0.345878 0.359077 0.383134)
                  (0.414797 0.431443 0.456678 0.468045 0.494199)
               )
      )
   )
   TIMING_Model(SlopeRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037797 0.039201 0.036730 0.038477 0.039783)
                  (0.050172 0.052297 0.053855 0.054360 0.056819)
                  (0.076200 0.077400 0.075600 0.078900 0.078900)
                  (0.189900 0.190500 0.189600 0.188700 0.190800)
                  (0.366000 0.366300 0.366600 0.366600 0.366600)
               )
      )
   )
   TIMING_Model(SlopeFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035764 0.038967 0.037141 0.034726 0.035765)
                  (0.048585 0.051730 0.053486 0.054128 0.055150)
                  (0.072300 0.073200 0.075600 0.075900 0.076800)
                  (0.158100 0.158400 0.159000 0.158100 0.159300)
                  (0.293700 0.292800 0.292800 0.293400 0.292500)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel4 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.202117 0.231199 0.276088 0.304101 0.392641)
                  (0.218949 0.245499 0.292062 0.321212 0.408316)
                  (0.241450 0.268402 0.310025 0.343549 0.427760)
                  (0.326680 0.353530 0.395463 0.429470 0.513406)
                  (0.452468 0.479998 0.521574 0.555072 0.638960)
               )
      )
   )
   TIMING_Model(ioDelayFallModel4 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.185393 0.203530 0.232740 0.244705 0.274081)
                  (0.204116 0.222138 0.249310 0.261169 0.289819)
                  (0.228238 0.246207 0.274022 0.286163 0.312778)
                  (0.309031 0.325896 0.352465 0.365124 0.391495)
                  (0.420284 0.436555 0.465196 0.475751 0.504204)
               )
      )
   )
   TIMING_Model(SlopeRiseModel4 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037337 0.044051 0.039734 0.040894 0.035759)
                  (0.050144 0.055434 0.055747 0.057998 0.055340)
                  (0.081600 0.080100 0.076500 0.079800 0.076800)
                  (0.190200 0.189900 0.190200 0.188400 0.190500)
                  (0.366900 0.366600 0.366900 0.366900 0.366600)
               )
      )
   )
   TIMING_Model(SlopeFallModel4 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038540 0.036548 0.034395 0.034800 0.034625)
                  (0.050765 0.054813 0.051472 0.051291 0.055094)
                  (0.073800 0.073800 0.074100 0.074400 0.078300)
                  (0.156900 0.157800 0.155700 0.156600 0.158100)
                  (0.293700 0.293700 0.292800 0.292500 0.293400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel5 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.198886 0.231292 0.283268 0.317909 0.415721)
                  (0.209685 0.244193 0.297881 0.330434 0.428519)
                  (0.232007 0.267345 0.319887 0.352255 0.448891)
                  (0.317976 0.354153 0.405449 0.439606 0.533600)
                  (0.444198 0.482263 0.531046 0.568327 0.661703)
               )
      )
   )
   TIMING_Model(ioDelayFallModel5 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.182744 0.205478 0.235746 0.249718 0.282904)
                  (0.199541 0.217120 0.251752 0.267096 0.300069)
                  (0.221615 0.240859 0.273688 0.287033 0.320866)
                  (0.299374 0.317787 0.349653 0.363724 0.396233)
                  (0.410155 0.430433 0.460409 0.475767 0.506940)
               )
      )
   )
   TIMING_Model(SlopeRiseModel5 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.040325 0.041068 0.032710 0.040722 0.038196)
                  (0.050494 0.052706 0.049769 0.053343 0.051024)
                  (0.077400 0.078300 0.074100 0.075900 0.078300)
                  (0.189600 0.190800 0.189900 0.189300 0.190500)
                  (0.367800 0.366900 0.367800 0.367800 0.367500)
               )
      )
   )
   TIMING_Model(SlopeFallModel5 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031091 0.038205 0.032021 0.031051 0.033051)
                  (0.044424 0.051680 0.051882 0.048639 0.054146)
                  (0.070500 0.068400 0.067500 0.070200 0.074700)
                  (0.155400 0.155400 0.154800 0.154500 0.155100)
                  (0.292500 0.291900 0.292200 0.291900 0.292800)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.007466 0.006824 0.019945 0.030237 0.060247)
                  (0.007781 0.009663 0.019533 0.028757 0.058276)
                  (0.009603 0.011510 0.020750 0.028254 0.057467)
                  (0.011239 0.012692 0.020968 0.028039 0.056866)
                  (0.011618 0.012838 0.020969 0.028073 0.056587)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.137117 0.137859 0.147519 0.157900 0.188671)
                  (0.139337 0.139992 0.146761 0.155933 0.187897)
                  (0.140148 0.140413 0.148995 0.155314 0.186999)
                  (0.140706 0.141603 0.149331 0.156135 0.186049)
                  (0.141124 0.142050 0.149664 0.156595 0.186534)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.020977 0.016769 0.028506 0.037122 0.065750)
                  (0.021323 0.021127 0.027771 0.037435 0.064538)
                  (0.022990 0.022180 0.028788 0.036974 0.064550)
                  (0.024243 0.023590 0.029653 0.036487 0.063384)
                  (0.024575 0.024024 0.029942 0.036647 0.062954)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.127293 0.127927 0.133519 0.143645 0.173349)
                  (0.128426 0.128439 0.136064 0.144179 0.172543)
                  (0.129915 0.129742 0.136701 0.143946 0.171524)
                  (0.130654 0.130271 0.137166 0.144830 0.170651)
                  (0.131043 0.130674 0.137556 0.145110 0.171284)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035808 0.035489 0.044592 0.051538 0.079147)
                  (0.036017 0.035802 0.043906 0.051867 0.077981)
                  (0.037705 0.036801 0.044343 0.051059 0.077119)
                  (0.039283 0.038198 0.044045 0.051184 0.076567)
                  (0.039825 0.038450 0.044375 0.051195 0.076650)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.109316 0.111416 0.117667 0.128347 0.156639)
                  (0.112156 0.112979 0.120978 0.127124 0.155339)
                  (0.112995 0.114118 0.121699 0.126441 0.153897)
                  (0.113217 0.114428 0.121547 0.127901 0.152452)
                  (0.113603 0.114684 0.121592 0.127952 0.152668)
               )
      )
   )
   ENERGY_Model(PowerRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.137117 0.137859 0.147519 0.157900 0.188671)
                  (0.139337 0.139992 0.146761 0.155933 0.187897)
                  (0.140148 0.140413 0.148995 0.155314 0.186999)
                  (0.140706 0.141603 0.149331 0.156135 0.186049)
                  (0.141124 0.142050 0.149664 0.156595 0.186534)
               )
      )
   )
   ENERGY_Model(PowerFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.007466 0.006824 0.019945 0.030237 0.060247)
                  (0.007781 0.009663 0.019533 0.028757 0.058276)
                  (0.009603 0.011510 0.020750 0.028254 0.057467)
                  (0.011239 0.012692 0.020968 0.028039 0.056866)
                  (0.011618 0.012838 0.020969 0.028073 0.056587)
               )
      )
   )
   ENERGY_Model(PowerRiseModel4 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.127293 0.127927 0.133519 0.143645 0.173349)
                  (0.128426 0.128439 0.136064 0.144179 0.172543)
                  (0.129915 0.129742 0.136701 0.143946 0.171524)
                  (0.130654 0.130271 0.137166 0.144830 0.170651)
                  (0.131043 0.130674 0.137556 0.145110 0.171284)
               )
      )
   )
   ENERGY_Model(PowerFallModel4 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.020977 0.016769 0.028506 0.037122 0.065750)
                  (0.021323 0.021127 0.027771 0.037435 0.064538)
                  (0.022990 0.022180 0.028788 0.036974 0.064550)
                  (0.024243 0.023590 0.029653 0.036487 0.063384)
                  (0.024575 0.024024 0.029942 0.036647 0.062954)
               )
      )
   )
   ENERGY_Model(PowerRiseModel5 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.109316 0.111416 0.117667 0.128347 0.156639)
                  (0.112156 0.112979 0.120978 0.127124 0.155339)
                  (0.112995 0.114118 0.121699 0.126441 0.153897)
                  (0.113217 0.114428 0.121547 0.127901 0.152452)
                  (0.113603 0.114684 0.121592 0.127952 0.152668)
               )
      )
   )
   ENERGY_Model(PowerFallModel5 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035808 0.035489 0.044592 0.051538 0.079147)
                  (0.036017 0.035802 0.043906 0.051867 0.077981)
                  (0.037705 0.036801 0.044343 0.051059 0.077119)
                  (0.039283 0.038198 0.044045 0.051184 0.076567)
                  (0.039825 0.038450 0.044375 0.051195 0.076650)
               )
      )
   )
// properties section 
   Area(120.000000)
   CELL_SPOWER(0.230647)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.061305 RISE(0.060635) FALL(0.061305))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.056920 RISE(0.056920) FALL(0.054932))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.041600 RISE(0.041600) FALL(0.041560))
   )

   PIN(YC
      PINTYPE(OUTPUT )
      FUNCTION( (((A & B) | (B & C)) | (C & A)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.497776)
   )

   PIN(YS
      PINTYPE(OUTPUT )
      FUNCTION( ((A ^ B) ^ C))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.489093)
   )

// pinrels
Path( A => YC 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => YC 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => YC 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => YC 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => YC 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => YC 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )
Path( A => YS 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel3) SLEW(SlopeRiseModel3) )
Path( A => YS 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel3) SLEW(SlopeRiseModel3) )
Path( A => YS 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel3) SLEW(SlopeFallModel3) )
Path( A => YS 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel3) SLEW(SlopeFallModel3) )
Path( B => YS 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel4) SLEW(SlopeRiseModel4) )
Path( B => YS 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel4) SLEW(SlopeRiseModel4) )
Path( B => YS 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel4) SLEW(SlopeFallModel4) )
Path( B => YS 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel4) SLEW(SlopeFallModel4) )
Path( C => YS 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel5) SLEW(SlopeRiseModel5) )
Path( C => YS 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel5) SLEW(SlopeRiseModel5) )
Path( C => YS 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel5) SLEW(SlopeFallModel5) )
Path( C => YS 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel5) SLEW(SlopeFallModel5) )

// powerSI arc
   PATH(A => YC 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => YC 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => YC 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => YC 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => YC 01 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => YC 10 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(A => YS 01 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(A => YS 10 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(A => YS 01 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
   PATH(A => YS 10 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
   PATH(B => YS 01 01 
      INTERNAL_ENERGY(PowerRiseModel4)
   )
   PATH(B => YS 10 01 
      INTERNAL_ENERGY(PowerRiseModel4)
   )
   PATH(B => YS 01 10 
      INTERNAL_ENERGY(PowerFallModel4)
   )
   PATH(B => YS 10 10 
      INTERNAL_ENERGY(PowerFallModel4)
   )
   PATH(C => YS 01 01 
      INTERNAL_ENERGY(PowerRiseModel5)
   )
   PATH(C => YS 10 01 
      INTERNAL_ENERGY(PowerRiseModel5)
   )
   PATH(C => YS 01 10 
      INTERNAL_ENERGY(PowerFallModel5)
   )
   PATH(C => YS 10 10 
      INTERNAL_ENERGY(PowerFallModel5)
   )
)

CELL(HAX1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.085358 0.094012 0.100275 0.099453 0.082882)
                  (0.101778 0.112779 0.119221 0.119581 0.104536)
                  (0.125066 0.136490 0.147553 0.148647 0.135188)
                  (0.211867 0.223640 0.234494 0.238289 0.228946)
                  (0.338223 0.349942 0.361144 0.364776 0.357490)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.108843 0.148356 0.210329 0.252769 0.367948)
                  (0.125339 0.165200 0.233502 0.272277 0.389844)
                  (0.148700 0.188581 0.257852 0.298306 0.419765)
                  (0.227414 0.267177 0.338186 0.379907 0.504804)
                  (0.338046 0.377809 0.449292 0.490981 0.616712)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.029846 0.033511 0.039111 0.042072 0.067800)
                  (0.047394 0.054259 0.056519 0.059846 0.076800)
                  (0.076800 0.078000 0.085800 0.088800 0.096600)
                  (0.190200 0.190800 0.192000 0.195600 0.202200)
                  (0.366600 0.366600 0.367800 0.369000 0.373200)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030945 0.034479 0.041411 0.043358 0.069000)
                  (0.049692 0.046589 0.060000 0.058864 0.076200)
                  (0.066000 0.069600 0.076800 0.078600 0.090000)
                  (0.154200 0.154200 0.159000 0.160800 0.169200)
                  (0.291600 0.292200 0.292200 0.294000 0.297000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.083223 0.097317 0.114316 0.119069 0.118286)
                  (0.099521 0.115173 0.133598 0.139531 0.142715)
                  (0.122739 0.137849 0.159080 0.168142 0.170798)
                  (0.209715 0.226246 0.247335 0.256975 0.264658)
                  (0.336211 0.352081 0.374516 0.383711 0.391929)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.097136 0.136274 0.188809 0.226182 0.327261)
                  (0.114498 0.156371 0.207832 0.245453 0.352140)
                  (0.137501 0.179508 0.235227 0.272065 0.380852)
                  (0.216183 0.258107 0.316202 0.356775 0.466672)
                  (0.327126 0.368600 0.427276 0.468319 0.579168)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.029604 0.034946 0.039841 0.042991 0.056287)
                  (0.047447 0.052190 0.059766 0.059756 0.075000)
                  (0.078000 0.078000 0.083400 0.088800 0.095400)
                  (0.190200 0.190800 0.192600 0.195000 0.202200)
                  (0.367200 0.366600 0.369000 0.369000 0.372000)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.029882 0.039079 0.036229 0.045811 0.052498)
                  (0.044321 0.053219 0.054172 0.056233 0.070800)
                  (0.064200 0.066000 0.076200 0.078600 0.092400)
                  (0.154200 0.153600 0.157800 0.159600 0.167400)
                  (0.291000 0.292200 0.294000 0.294600 0.298200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.149058 0.187598 0.252874 0.291453 0.413224)
                  (0.166689 0.201554 0.268490 0.306329 0.427747)
                  (0.187902 0.225297 0.288655 0.327550 0.446103)
                  (0.271378 0.309285 0.372234 0.412365 0.530283)
                  (0.396693 0.435959 0.497742 0.537539 0.660354)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.152679 0.158520 0.169659 0.172068 0.162800)
                  (0.167175 0.176611 0.183469 0.185952 0.174854)
                  (0.186688 0.194728 0.207833 0.209996 0.196142)
                  (0.261489 0.269263 0.281771 0.283352 0.268541)
                  (0.371628 0.379829 0.391784 0.396291 0.377902)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030674 0.030087 0.035974 0.030274 0.044562)
                  (0.051086 0.046192 0.048796 0.048319 0.053992)
                  (0.072600 0.071400 0.075000 0.076200 0.078000)
                  (0.189000 0.188400 0.189000 0.187200 0.189000)
                  (0.365400 0.366600 0.364800 0.365400 0.366000)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033564 0.036382 0.028424 0.032597 0.031600)
                  (0.043892 0.044254 0.042472 0.043167 0.044107)
                  (0.064200 0.060600 0.071400 0.071400 0.067200)
                  (0.153600 0.152400 0.150000 0.150600 0.154200)
                  (0.290400 0.291600 0.290400 0.289800 0.289800)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.142672 0.185479 0.237913 0.273327 0.380148)
                  (0.158280 0.200628 0.251440 0.286961 0.396714)
                  (0.180359 0.222974 0.273734 0.308942 0.414381)
                  (0.265809 0.307628 0.357495 0.398085 0.495232)
                  (0.398108 0.433179 0.483931 0.523541 0.626210)
               )
      )
   )
   TIMING_Model(ioDelayFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.148831 0.160485 0.184599 0.192589 0.200687)
                  (0.163236 0.176722 0.199978 0.204137 0.213631)
                  (0.182718 0.193019 0.220361 0.225654 0.232882)
                  (0.257382 0.268235 0.292415 0.298886 0.307103)
                  (0.367566 0.378594 0.401833 0.413160 0.417643)
               )
      )
   )
   TIMING_Model(SlopeRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.029969 0.037745 0.032326 0.030433 0.032778)
                  (0.047823 0.049030 0.049120 0.048363 0.054818)
                  (0.072600 0.073200 0.075600 0.074400 0.075000)
                  (0.189600 0.189600 0.187800 0.186600 0.187800)
                  (0.366600 0.365400 0.366000 0.366000 0.366000)
               )
      )
   )
   TIMING_Model(SlopeFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032374 0.037431 0.032683 0.031342 0.037325)
                  (0.044998 0.044215 0.050212 0.042560 0.045854)
                  (0.062400 0.062400 0.073800 0.064800 0.067800)
                  (0.153000 0.150600 0.150000 0.150000 0.154200)
                  (0.291000 0.291600 0.289200 0.288600 0.292200)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037026 0.033786 0.042761 0.048825 0.072809)
                  (0.037638 0.034849 0.042862 0.048604 0.071392)
                  (0.038414 0.035234 0.043727 0.049392 0.070211)
                  (0.039016 0.036021 0.042980 0.049002 0.069506)
                  (0.039300 0.036454 0.043253 0.048934 0.069391)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.077084 0.078004 0.086945 0.094421 0.118606)
                  (0.077440 0.078311 0.088214 0.094018 0.116461)
                  (0.077756 0.078449 0.088388 0.093451 0.115465)
                  (0.078677 0.079201 0.088598 0.093644 0.115553)
                  (0.079144 0.079244 0.088865 0.094032 0.116101)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047187 0.043010 0.052467 0.058987 0.084861)
                  (0.047188 0.043824 0.053109 0.059138 0.083706)
                  (0.047529 0.043539 0.052945 0.059775 0.082777)
                  (0.048555 0.044674 0.052352 0.059345 0.083031)
                  (0.049041 0.045208 0.052753 0.059207 0.083092)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.067650 0.070247 0.075598 0.081985 0.106254)
                  (0.067897 0.069771 0.075292 0.081491 0.104973)
                  (0.068347 0.069856 0.076452 0.081147 0.104028)
                  (0.068946 0.070314 0.076640 0.082397 0.102172)
                  (0.068601 0.070691 0.076904 0.082678 0.102693)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.077084 0.078004 0.086945 0.094421 0.118606)
                  (0.077440 0.078311 0.088214 0.094018 0.116461)
                  (0.077756 0.078449 0.088388 0.093451 0.115465)
                  (0.078677 0.079201 0.088598 0.093644 0.115553)
                  (0.079144 0.079244 0.088865 0.094032 0.116101)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037026 0.033786 0.042761 0.048825 0.072809)
                  (0.037638 0.034849 0.042862 0.048604 0.071392)
                  (0.038414 0.035234 0.043727 0.049392 0.070211)
                  (0.039016 0.036021 0.042980 0.049002 0.069506)
                  (0.039300 0.036454 0.043253 0.048934 0.069391)
               )
      )
   )
   ENERGY_Model(PowerRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.067650 0.070247 0.075598 0.081985 0.106254)
                  (0.067897 0.069771 0.075292 0.081491 0.104973)
                  (0.068347 0.069856 0.076452 0.081147 0.104028)
                  (0.068946 0.070314 0.076640 0.082397 0.102172)
                  (0.068601 0.070691 0.076904 0.082678 0.102693)
               )
      )
   )
   ENERGY_Model(PowerFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047187 0.043010 0.052467 0.058987 0.084861)
                  (0.047188 0.043824 0.053109 0.059138 0.083706)
                  (0.047529 0.043539 0.052945 0.059775 0.082777)
                  (0.048555 0.044674 0.052352 0.059345 0.083031)
                  (0.049041 0.045208 0.052753 0.059207 0.083092)
               )
      )
   )
// properties section 
   Area(80.000000)
   CELL_SPOWER(0.161137)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.024717 RISE(0.024633) FALL(0.024717))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.021111 RISE(0.021111) FALL(0.021019))
   )

   PIN(YC
      PINTYPE(OUTPUT )
      FUNCTION( (A & B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.502594)
   )

   PIN(YS
      PINTYPE(OUTPUT )
      FUNCTION( (A ^ B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.481203)
   )

// pinrels
Path( A => YC 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => YC 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => YC 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => YC 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( A => YS 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( A => YS 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( A => YS 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )
Path( A => YS 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )
Path( B => YS 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel3) SLEW(SlopeRiseModel3) )
Path( B => YS 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel3) SLEW(SlopeRiseModel3) )
Path( B => YS 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel3) SLEW(SlopeFallModel3) )
Path( B => YS 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel3) SLEW(SlopeFallModel3) )

// powerSI arc
   PATH(A => YC 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => YC 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => YC 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => YC 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(A => YS 01 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(A => YS 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(A => YS 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(A => YS 10 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(B => YS 01 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(B => YS 10 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(B => YS 01 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
   PATH(B => YS 10 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
)

CELL(INVX1 
   cell_footprint("inv")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037639 0.056898 0.083401 0.104927 0.156652)
                  (0.052580 0.083003 0.119028 0.141927 0.207952)
                  (0.074020 0.112622 0.162437 0.191122 0.271755)
                  (0.157670 0.201007 0.284096 0.331746 0.452958)
                  (0.285016 0.326868 0.415086 0.481337 0.653064)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030906 0.037434 0.038584 0.039088 0.030318)
                  (0.044640 0.057551 0.073142 0.077841 0.081003)
                  (0.064368 0.091076 0.115570 0.126352 0.144944)
                  (0.139135 0.174422 0.232659 0.261317 0.321043)
                  (0.249412 0.284340 0.357694 0.406534 0.511870)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031447 0.059488 0.084600 0.091800 0.138000)
                  (0.047167 0.078600 0.104400 0.122400 0.173400)
                  (0.072000 0.096000 0.139800 0.157800 0.222000)
                  (0.186600 0.191400 0.235800 0.274800 0.369600)
                  (0.364800 0.364800 0.384000 0.414600 0.538800)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032269 0.064800 0.087000 0.103200 0.147600)
                  (0.036025 0.072600 0.104400 0.123600 0.183000)
                  (0.060000 0.088200 0.131400 0.155400 0.228600)
                  (0.149400 0.157800 0.212400 0.250800 0.352800)
                  (0.288000 0.289200 0.319200 0.357600 0.492000)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.023555 0.029044 0.041387 0.051684 0.087278)
                  (0.023165 0.028621 0.039211 0.048916 0.083039)
                  (0.023574 0.027520 0.036904 0.045723 0.077971)
                  (0.024479 0.025247 0.032268 0.039242 0.066587)
                  (0.024942 0.025187 0.029612 0.034835 0.057524)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.009213 0.004772 0.008230 0.018532 0.054083)
                  (0.009047 0.005677 0.005713 0.015244 0.049453)
                  (0.008669 0.006332 0.002998 0.011590 0.043680)
                  (0.007879 0.007243 0.001451 0.004701 0.030385)
                  (0.007605 0.007297 0.003652 0.000737 0.020842)
               )
      )
   )
// properties section 
   Area(16.000000)
   CELL_SPOWER(0.022174)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.009325 RISE(0.009322) FALL(0.009325))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~A))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.503808)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(INVX2 
   cell_footprint("inv")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038051 0.057734 0.082403 0.102222 0.150603)
                  (0.053300 0.083516 0.118618 0.140573 0.203618)
                  (0.075541 0.113686 0.162856 0.190874 0.268952)
                  (0.161729 0.204229 0.286885 0.334269 0.453778)
                  (0.292363 0.333831 0.421093 0.486676 0.657729)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032632 0.040337 0.044681 0.046667 0.042356)
                  (0.047211 0.061414 0.078874 0.085600 0.094405)
                  (0.069131 0.094604 0.122770 0.135433 0.160039)
                  (0.148168 0.183302 0.244679 0.274903 0.341248)
                  (0.266972 0.301575 0.374804 0.425712 0.538987)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031721 0.067200 0.085800 0.094800 0.138000)
                  (0.048370 0.079800 0.106200 0.124800 0.176400)
                  (0.074400 0.097800 0.142200 0.160800 0.226800)
                  (0.192600 0.197400 0.240000 0.280200 0.376800)
                  (0.374400 0.375000 0.393600 0.423600 0.549600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032323 0.064800 0.085200 0.102000 0.144000)
                  (0.036499 0.074400 0.107400 0.125400 0.189000)
                  (0.063600 0.092400 0.133200 0.156600 0.232800)
                  (0.160800 0.168600 0.219600 0.259200 0.362400)
                  (0.311400 0.310800 0.337200 0.373800 0.507600)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.046998 0.056527 0.081025 0.100533 0.168537)
                  (0.046437 0.056470 0.076599 0.095106 0.160317)
                  (0.047242 0.054342 0.072097 0.088869 0.150394)
                  (0.049072 0.050295 0.063214 0.076296 0.128133)
                  (0.049968 0.050297 0.058330 0.067964 0.110555)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018859 0.010481 0.014322 0.033889 0.101780)
                  (0.018371 0.012213 0.009374 0.027508 0.092642)
                  (0.017216 0.013581 0.004141 0.020413 0.081386)
                  (0.015819 0.014850 0.004200 0.007301 0.055731)
                  (0.015240 0.014813 0.008230 0.000114 0.037520)
               )
      )
   )
// properties section 
   Area(16.000000)
   CELL_SPOWER(0.036751)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.018657 RISE(0.018646) FALL(0.018657))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~A))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.984408)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(INVX4 
   cell_footprint("inv")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038051 0.057734 0.082403 0.102222 0.150603)
                  (0.053300 0.083516 0.118618 0.140573 0.203618)
                  (0.075541 0.113686 0.162856 0.190874 0.268952)
                  (0.161729 0.204229 0.286885 0.334269 0.453778)
                  (0.292363 0.333831 0.421093 0.486676 0.657729)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032632 0.040337 0.044681 0.046667 0.042356)
                  (0.047211 0.061414 0.078874 0.085600 0.094405)
                  (0.069131 0.094604 0.122770 0.135433 0.160039)
                  (0.148168 0.183302 0.244679 0.274903 0.341248)
                  (0.266972 0.301575 0.374804 0.425712 0.538987)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031721 0.067200 0.085800 0.094800 0.138000)
                  (0.048370 0.079800 0.106200 0.124800 0.176400)
                  (0.074400 0.097800 0.142200 0.160800 0.226800)
                  (0.192600 0.197400 0.240000 0.280200 0.376800)
                  (0.374400 0.375000 0.393600 0.423600 0.549600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032323 0.064800 0.085200 0.102000 0.144000)
                  (0.036499 0.074400 0.107400 0.125400 0.189000)
                  (0.063600 0.092400 0.133200 0.156600 0.232800)
                  (0.160800 0.168600 0.219600 0.259200 0.362400)
                  (0.311400 0.310800 0.337200 0.373800 0.507600)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.093996 0.113054 0.162050 0.201065 0.337073)
                  (0.092874 0.112940 0.153197 0.190211 0.320633)
                  (0.094485 0.108685 0.144194 0.177737 0.300787)
                  (0.098145 0.100590 0.126429 0.152592 0.256266)
                  (0.099936 0.100595 0.116661 0.135929 0.221109)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.020000 0.050000 0.100000 0.300000 0.600000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037717 0.020962 0.028643 0.067778 0.203560)
                  (0.036742 0.024427 0.018748 0.055015 0.185284)
                  (0.034433 0.027162 0.008282 0.040826 0.162772)
                  (0.031638 0.029700 0.008400 0.014602 0.111461)
                  (0.030481 0.029626 0.016461 0.000227 0.075041)
               )
      )
   )
// properties section 
   Area(24.000000)
   CELL_SPOWER(0.073502)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.037313 RISE(0.037292) FALL(0.037313))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~A))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(1.968820)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(INVX8 
   cell_footprint("inv")
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.040000 0.100000 0.200000 0.600000 1.200000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038051 0.057734 0.082403 0.102222 0.150603)
                  (0.053300 0.083516 0.118618 0.140573 0.203618)
                  (0.075541 0.113686 0.162856 0.190874 0.268952)
                  (0.161729 0.204229 0.286885 0.334269 0.453778)
                  (0.292363 0.333831 0.421093 0.486676 0.657729)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.040000 0.100000 0.200000 0.600000 1.200000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032632 0.040337 0.044681 0.046667 0.042356)
                  (0.047211 0.061414 0.078874 0.085600 0.094405)
                  (0.069131 0.094604 0.122770 0.135433 0.160039)
                  (0.148168 0.183302 0.244679 0.274903 0.341248)
                  (0.266972 0.301575 0.374804 0.425712 0.538987)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.040000 0.100000 0.200000 0.600000 1.200000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031721 0.067200 0.085800 0.094800 0.138000)
                  (0.048370 0.079800 0.106200 0.124800 0.176400)
                  (0.074400 0.097800 0.142200 0.160800 0.226800)
                  (0.192600 0.197400 0.240000 0.280200 0.376800)
                  (0.374400 0.375000 0.393600 0.423600 0.549600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.040000 0.100000 0.200000 0.600000 1.200000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032323 0.064800 0.085200 0.102000 0.144000)
                  (0.036499 0.074400 0.107400 0.125400 0.189000)
                  (0.063600 0.092400 0.133200 0.156600 0.232800)
                  (0.160800 0.168600 0.219600 0.259200 0.362400)
                  (0.311400 0.310800 0.337200 0.373800 0.507600)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.040000 0.100000 0.200000 0.600000 1.200000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.187992 0.226109 0.324100 0.402131 0.674147)
                  (0.185747 0.225880 0.306395 0.380423 0.641267)
                  (0.188970 0.217370 0.288388 0.355474 0.601575)
                  (0.196289 0.201179 0.252858 0.305184 0.512532)
                  (0.199872 0.201189 0.233321 0.271857 0.442219)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.040000 0.100000 0.200000 0.600000 1.200000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.075435 0.041924 0.057286 0.135557 0.407120)
                  (0.073484 0.048853 0.037496 0.110031 0.370568)
                  (0.068865 0.054324 0.016565 0.081653 0.325545)
                  (0.063277 0.059400 0.016800 0.029205 0.222922)
                  (0.060961 0.059253 0.032921 0.000455 0.150081)
               )
      )
   )
// properties section 
   Area(40.000000)
   CELL_SPOWER(0.147006)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.074627 RISE(0.074584) FALL(0.074627))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~A))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(3.937630)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
)

CELL(LATCH 
// model section 
   TIMING_Model(hold_template_3x6DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(setup_template_3x6DCCellMod 
      (Spline
         (CLOCK_SLEW_AXIS 1000.000000 1001.000000 1002.000000)
         (SLEW_AXIS 1000.000000 1001.000000 1002.000000 1003.000000 1004.000000 1005.000000)
            data()
      )
   )
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.189090 0.218413 0.231870 0.233755 0.226597 0.200201)
                  (0.536777 0.565286 0.578688 0.580569 0.573314 0.549413)
                  (1.140960 1.169750 1.183420 1.184770 1.178040 1.154320)
                  (2.694770 2.723250 2.737070 2.739410 2.731710 2.707080)
                  (3.557910 3.586350 3.599910 3.602700 3.595200 3.571630)
                  (4.421630 4.449750 4.461960 4.464880 4.458450 4.434380)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.246125 0.260752 0.272064 0.280557 0.277834 0.276812)
                  (0.568379 0.581956 0.592678 0.602286 0.598830 0.600004)
                  (1.122430 1.136020 1.146930 1.155990 1.152240 1.152830)
                  (2.546200 2.559730 2.570840 2.580010 2.576190 2.575400)
                  (3.337200 3.350760 3.361990 3.371030 3.366120 3.365780)
                  (4.127790 4.141720 4.152800 4.162230 4.156780 4.158090)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.145800 0.148800 0.156600 0.165000 0.168600 0.180000)
                  (0.633000 0.632400 0.633600 0.635400 0.636600 0.640800)
                  (1.493400 1.492800 1.492200 1.492800 1.494000 1.497000)
                  (3.705000 3.705000 3.704400 3.706800 3.706200 3.703800)
                  (4.933800 4.933200 4.935600 4.933800 4.935000 4.934400)
                  (6.165000 6.165000 6.165000 6.163800 6.163800 6.163200)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.134400 0.132600 0.132600 0.135000 0.133800 0.132600)
                  (0.528000 0.528000 0.528000 0.527400 0.528000 0.528600)
                  (1.238400 1.237800 1.237800 1.238400 1.236600 1.236000)
                  (3.067200 3.066600 3.068400 3.067800 3.067200 3.064800)
                  (4.084200 4.084200 4.084200 4.084800 4.081200 4.082400)
                  (5.100600 5.100600 5.100600 5.100000 5.097600 5.096400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.210937 0.237525 0.263286 0.292353 0.303925 0.321076)
                  (0.557971 0.585911 0.611315 0.638968 0.652981 0.673186)
                  (1.162960 1.190630 1.216100 1.244100 1.257490 1.278420)
                  (2.717050 2.744300 2.769520 2.798320 2.811970 2.832330)
                  (3.578520 3.606310 3.632290 3.661720 3.675760 3.696070)
                  (4.441600 4.470230 4.494940 4.524910 4.538900 4.558710)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.244037 0.281305 0.320272 0.387479 0.430721 0.509293)
                  (0.564118 0.601547 0.642835 0.711297 0.754387 0.837102)
                  (1.117840 1.155630 1.196620 1.265240 1.308880 1.391000)
                  (2.541410 2.579490 2.620270 2.688360 2.732720 2.814660)
                  (3.332360 3.368950 3.411050 3.479900 3.523220 3.604480)
                  (4.123320 4.160640 4.202410 4.270680 4.312740 4.394830)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.147600 0.149400 0.150600 0.158400 0.159600 0.171600)
                  (0.632400 0.631800 0.633000 0.634200 0.635400 0.640200)
                  (1.492800 1.492800 1.492200 1.494000 1.492800 1.494600)
                  (3.706200 3.703800 3.704400 3.707400 3.705600 3.707400)
                  (4.934400 4.933800 4.935000 4.932600 4.933200 4.933200)
                  (6.164400 6.164400 6.164400 6.163800 6.163800 6.162000)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.132600 0.132600 0.136800 0.146400 0.149400 0.159600)
                  (0.528000 0.527400 0.528600 0.531000 0.531600 0.535200)
                  (1.237200 1.237200 1.237200 1.239600 1.239600 1.240200)
                  (3.067800 3.067800 3.067200 3.066600 3.065400 3.067800)
                  (4.084200 4.081800 4.082400 4.080600 4.081200 4.082400)
                  (5.100600 5.098800 5.100600 5.096400 5.098800 5.098200)
               )
      )
   )
   TIMING_Model(TchkRiseModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (-0.093750 -0.131250 -0.118750 -0.143750 -0.175000 -0.143750)
                  (-0.106250 -0.143750 -0.131250 -0.156250 -0.187500 -0.156250)
                  (-0.168750 -0.206250 -0.193750 -0.218750 -0.250000 -0.218750)
               )
      )
   )
   TIMING_Model(TchkFallModel0 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (-0.093750 -0.131250 -0.118750 -0.143750 -0.268750 -0.331250)
                  (-0.012500 -0.050000 -0.131250 -0.156250 -0.187500 -0.250000)
                  (0.018750 -0.018750 -0.100000 -0.125000 -0.156250 -0.312500)
               )
      )
   )
   TIMING_Model(TchkRiseModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.187500 0.225000 0.212500 0.237500 0.268750 0.518750)
                  (0.293750 0.331250 0.318750 0.343750 0.375000 0.718750)
                  (0.450000 0.581250 0.568750 0.406250 0.437500 0.968750)
               )
      )
   )
   TIMING_Model(TchkFallModel1 
      (Spline
         (CLOCK_SLEW_AXIS 0.060000 0.300000 0.600000)
         (SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.187500 0.225000 0.306250 0.331250 0.362500 0.518750)
                  (0.200000 0.237500 0.412500 0.343750 0.375000 0.437500)
                  (0.168750 0.206250 0.287500 0.312500 0.343750 0.406250)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.010031 0.006536 0.033284 0.079262 0.115653 0.184439)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.060818 0.076387 0.102454 0.148100 0.183716 0.253190)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.038408 0.057367 0.089036 0.151470 0.193000 0.278585)
                  (0.040739 0.058496 0.089776 0.148617 0.191407 0.279096)
                  (0.041182 0.059146 0.090506 0.149199 0.191888 0.278470)
                  (0.041362 0.059391 0.090869 0.149687 0.192335 0.278863)
                  (0.041312 0.059343 0.090857 0.149704 0.192434 0.278866)
                  (0.041312 0.059323 0.090902 0.149735 0.192502 0.279014)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.063540 0.075317 0.100798 0.151019 0.186273 0.257456)
                  (0.063927 0.076894 0.103062 0.151788 0.186149 0.256750)
                  (0.064656 0.077581 0.103802 0.152681 0.186584 0.257130)
                  (0.064959 0.077968 0.104174 0.153068 0.186931 0.257520)
                  (0.065018 0.078043 0.104238 0.153221 0.186986 0.257588)
                  (0.064996 0.078001 0.104263 0.153232 0.187050 0.257639)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.047217 0.052308 0.061774 0.081600 0.096724 0.130191)
                  (0.050227 0.053368 0.061075 0.080069 0.094248 0.124788)
                  (0.050887 0.053854 0.061829 0.080544 0.094615 0.124458)
                  (0.051097 0.054029 0.062242 0.080966 0.095056 0.124728)
                  (0.051069 0.054041 0.062245 0.081016 0.095081 0.124789)
                  (0.051137 0.054041 0.062266 0.081062 0.095215 0.124888)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.100000 0.500000 1.200000 3.000000 4.000000 5.000000)
         (INPUT_SLEW_AXIS 0.060000 0.240000 0.480000 0.900000 1.200000 1.800000)
            data
               (
                  (0.098675 0.100019 0.108217 0.128369 0.144286 0.177070)
                  (0.098990 0.100602 0.108735 0.128095 0.142828 0.173275)
                  (0.098898 0.101152 0.109334 0.128556 0.143306 0.173336)
                  (0.099044 0.101398 0.109702 0.128973 0.143726 0.173639)
                  (0.099079 0.101443 0.109769 0.129053 0.143888 0.173690)
                  (0.099072 0.101448 0.109865 0.129071 0.143883 0.173680)
               )
      )
   )
// properties section 
   Area(0.000000)
   CELL_SPOWER(0.103166)
   PIN(CLK
      PINTYPE(INPUT )
      CLOCK_PIN
// properties section 
      Capacitance(0.022252 RISE(0.022252) FALL(0.022252))
      INTERNAL_ENERGY(RISE(PowerRiseModel0) FALL(PowerFallModel0))
   )

   PIN(D
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.008735 RISE(0.008670) FALL(0.008735))
   )

   PIN(Q
      PINTYPE(OUTPUT )
      state_variable_map("DS0000")
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.973513)
   )

   LATCH( 
      CLOCK(CLK)
      INPUT(D)
      OUTPUT(Q)
   )

// pinrels
Path( CLK => Q 01 01 QUALIFIER(TRIGGER) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( CLK => Q 01 10 QUALIFIER(TRIGGER) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( D => Q 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( D => Q 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
MPWH( CLK (Const(0.149322)) )
Hold( D => CLK 01 negedge TchkRiseModel0 )
Setup( D => CLK 01 negedge TchkRiseModel1 )
Hold( D => CLK 10 negedge TchkFallModel0 )
Setup( D => CLK 10 negedge TchkFallModel1 )

// powerSI arc
   PATH(CLK => Q 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(CLK => Q 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(D => Q 01 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(D => Q 10 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(MUX2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.072351 0.086817 0.114778 0.134772 0.193395)
                  (0.086412 0.103969 0.133000 0.154627 0.220414)
                  (0.107326 0.128553 0.161634 0.186654 0.259106)
                  (0.193250 0.214026 0.261158 0.291116 0.382551)
                  (0.320216 0.341082 0.391527 0.428828 0.535310)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.049841 0.062439 0.070817 0.074619 0.075764)
                  (0.060380 0.076407 0.087308 0.094530 0.103520)
                  (0.077941 0.096048 0.113817 0.124416 0.139745)
                  (0.140170 0.162075 0.195951 0.214682 0.257299)
                  (0.232475 0.254972 0.296829 0.323596 0.390580)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052306 0.076200 0.098400 0.116400 0.168000)
                  (0.075000 0.088200 0.119400 0.133800 0.187800)
                  (0.100200 0.115800 0.142200 0.163800 0.220800)
                  (0.219000 0.223200 0.247800 0.270000 0.336000)
                  (0.396000 0.396000 0.410400 0.427200 0.499800)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.039692 0.066000 0.098400 0.120600 0.180000)
                  (0.056615 0.075600 0.112200 0.133200 0.200400)
                  (0.071400 0.091800 0.127200 0.148800 0.223800)
                  (0.150600 0.156600 0.192600 0.219600 0.306000)
                  (0.271200 0.271800 0.294000 0.318600 0.409200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.066015 0.084920 0.112810 0.132989 0.191892)
                  (0.081067 0.100589 0.131696 0.153589 0.219376)
                  (0.102628 0.125139 0.160090 0.185256 0.258795)
                  (0.189337 0.211033 0.259234 0.289464 0.381313)
                  (0.316367 0.338345 0.389351 0.427169 0.534114)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.054662 0.063511 0.071265 0.074915 0.075865)
                  (0.065546 0.078306 0.087650 0.094949 0.104013)
                  (0.082423 0.097893 0.114535 0.125138 0.140125)
                  (0.146105 0.164949 0.197303 0.215761 0.257086)
                  (0.238500 0.258003 0.298933 0.325026 0.391418)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.053671 0.072000 0.100200 0.118200 0.166800)
                  (0.070200 0.088800 0.120600 0.135000 0.188400)
                  (0.098400 0.112800 0.142800 0.164400 0.220800)
                  (0.217800 0.222000 0.247200 0.269400 0.334200)
                  (0.394200 0.394200 0.408600 0.426000 0.499800)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045140 0.064800 0.096600 0.118200 0.177600)
                  (0.058413 0.075600 0.110400 0.131400 0.198600)
                  (0.078600 0.092400 0.126600 0.147600 0.222600)
                  (0.153600 0.159000 0.193800 0.220200 0.303000)
                  (0.274200 0.274200 0.296400 0.321000 0.409200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.100427 0.115951 0.142823 0.157884 0.175710)
                  (0.113348 0.128794 0.159753 0.171618 0.192833)
                  (0.134710 0.151395 0.180934 0.194907 0.216615)
                  (0.215914 0.238688 0.263760 0.275954 0.299918)
                  (0.340180 0.366220 0.388128 0.399598 0.424692)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.099458 0.130249 0.180656 0.211869 0.290180)
                  (0.109448 0.140076 0.191393 0.223325 0.301373)
                  (0.125309 0.156202 0.210391 0.241790 0.319929)
                  (0.184790 0.217556 0.271307 0.302384 0.386655)
                  (0.274707 0.307295 0.359763 0.393482 0.477327)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.054070 0.051470 0.056280 0.067800 0.072000)
                  (0.069600 0.066600 0.081600 0.080400 0.092400)
                  (0.100800 0.099600 0.101400 0.104400 0.113400)
                  (0.218400 0.219000 0.211200 0.210600 0.215400)
                  (0.395400 0.396000 0.390600 0.388800 0.390000)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045961 0.044488 0.046733 0.068400 0.072600)
                  (0.057213 0.056881 0.058283 0.070200 0.078000)
                  (0.078000 0.078600 0.085200 0.086400 0.091200)
                  (0.154800 0.154800 0.150600 0.153600 0.158400)
                  (0.274200 0.273600 0.270000 0.269400 0.271200)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.095161 0.097884 0.115213 0.131187 0.188970)
                  (0.095544 0.097404 0.113725 0.128530 0.185696)
                  (0.095780 0.097049 0.110996 0.125270 0.180604)
                  (0.096304 0.095756 0.106670 0.118000 0.166020)
                  (0.096814 0.096191 0.103844 0.112461 0.153060)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.019070 0.014997 0.002981 0.018697 0.075579)
                  (0.018751 0.014696 0.000905 0.016170 0.071480)
                  (0.018262 0.014954 0.001323 0.012540 0.065647)
                  (0.017453 0.016036 0.006445 0.004280 0.049438)
                  (0.017013 0.016548 0.009485 0.001448 0.035417)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.072685 0.075745 0.093126 0.109042 0.167212)
                  (0.072538 0.075094 0.091529 0.106543 0.163512)
                  (0.072993 0.074866 0.088590 0.103206 0.158549)
                  (0.073629 0.072972 0.084054 0.095490 0.143675)
                  (0.074120 0.073345 0.081069 0.089851 0.130439)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.004462 0.007633 0.026336 0.042227 0.098755)
                  (0.004829 0.008638 0.024477 0.039507 0.094670)
                  (0.005725 0.008503 0.022190 0.035927 0.088849)
                  (0.006188 0.007371 0.016870 0.027553 0.072835)
                  (0.006544 0.006814 0.013810 0.021918 0.058831)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.056455 0.052970 0.066123 0.077991 0.117024)
                  (0.056071 0.052690 0.066661 0.077470 0.114947)
                  (0.054560 0.053053 0.065867 0.076629 0.111982)
                  (0.051875 0.054102 0.065763 0.074375 0.109935)
                  (0.049442 0.052849 0.065156 0.074353 0.109384)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.091443 0.091747 0.105716 0.115072 0.152010)
                  (0.090143 0.091197 0.105630 0.115065 0.150487)
                  (0.088359 0.090468 0.104825 0.114881 0.149389)
                  (0.084078 0.087722 0.102949 0.113106 0.148234)
                  (0.081489 0.085188 0.100644 0.110980 0.146933)
               )
      )
   )
// properties section 
   Area(48.000000)
   CELL_SPOWER(0.087003)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017345 RISE(0.017098) FALL(0.017345))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017354 RISE(0.017088) FALL(0.017354))
   )

   PIN(S
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.020413 RISE(0.020392) FALL(0.020413))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((S & A) | (~S & B))))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.488958)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( S => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( S => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( S => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )
Path( S => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(S => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(S => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(S => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(S => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(NAND2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.053827 0.090888 0.133161 0.166997 0.264866)
                  (0.067464 0.106570 0.161276 0.195685 0.302267)
                  (0.089222 0.133733 0.196269 0.235206 0.351820)
                  (0.174217 0.217849 0.306733 0.361281 0.507810)
                  (0.300777 0.343074 0.433282 0.502219 0.692285)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032849 0.032709 0.021290 0.009771 -0.035525)
                  (0.046123 0.052511 0.044962 0.037843 0.002168)
                  (0.059313 0.074012 0.077906 0.076127 0.052445)
                  (0.121841 0.143174 0.169505 0.181730 0.193629)
                  (0.212833 0.235422 0.274283 0.296982 0.343816)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038295 0.073800 0.097200 0.100800 0.147600)
                  (0.058110 0.083400 0.111600 0.130800 0.174000)
                  (0.086400 0.102000 0.144600 0.165600 0.221400)
                  (0.202200 0.207000 0.244800 0.279000 0.366600)
                  (0.379200 0.378600 0.394200 0.422400 0.536400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.025252 0.049961 0.081000 0.096000 0.153600)
                  (0.037379 0.064800 0.094800 0.117000 0.172800)
                  (0.057307 0.082200 0.114600 0.136800 0.204600)
                  (0.133200 0.144000 0.178800 0.205800 0.292800)
                  (0.252000 0.255600 0.279000 0.307200 0.400200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045793 0.070459 0.110903 0.134724 0.213257)
                  (0.058061 0.095510 0.138201 0.168916 0.257647)
                  (0.081600 0.122132 0.178125 0.213621 0.314956)
                  (0.166583 0.208768 0.294841 0.346518 0.483296)
                  (0.294084 0.335175 0.424091 0.492226 0.675060)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.030722 0.034691 0.027547 0.022497 -0.007891)
                  (0.043530 0.052352 0.058464 0.056301 0.034194)
                  (0.060204 0.080310 0.093530 0.097676 0.089812)
                  (0.123247 0.154435 0.197787 0.216233 0.247288)
                  (0.214218 0.245642 0.310520 0.346173 0.417032)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033941 0.067800 0.084000 0.102600 0.142200)
                  (0.051455 0.079800 0.109200 0.121800 0.172200)
                  (0.078000 0.096000 0.136800 0.160800 0.217200)
                  (0.192600 0.197400 0.237000 0.273600 0.362400)
                  (0.369000 0.369600 0.387000 0.414600 0.533400)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031340 0.067200 0.088200 0.103200 0.148800)
                  (0.038445 0.069600 0.098400 0.120600 0.182400)
                  (0.058960 0.088200 0.125400 0.148200 0.222000)
                  (0.133200 0.150000 0.201000 0.234600 0.329400)
                  (0.252000 0.256200 0.292800 0.334200 0.453000)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044515 0.051923 0.065621 0.078039 0.120250)
                  (0.045446 0.050600 0.064109 0.075644 0.117275)
                  (0.045658 0.049805 0.061891 0.072736 0.112950)
                  (0.046510 0.047725 0.056845 0.066045 0.101402)
                  (0.046968 0.047565 0.053711 0.060733 0.090902)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.010032 0.006113 0.007211 0.019388 0.061254)
                  (0.009375 0.006717 0.005324 0.016391 0.056772)
                  (0.009041 0.007682 0.003309 0.013056 0.050950)
                  (0.008135 0.007795 0.000701 0.006495 0.037106)
                  (0.007774 0.007571 0.002795 0.002532 0.026865)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033560 0.040104 0.053535 0.065719 0.106691)
                  (0.033477 0.039273 0.051799 0.062943 0.102839)
                  (0.034205 0.038195 0.049476 0.059868 0.098022)
                  (0.036401 0.036373 0.044702 0.053256 0.086446)
                  (0.037565 0.037037 0.042043 0.048458 0.076596)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.009782 0.004814 0.009821 0.021834 0.062952)
                  (0.009413 0.005752 0.007389 0.018537 0.058347)
                  (0.008958 0.006344 0.004695 0.014766 0.052390)
                  (0.008019 0.007148 0.000149 0.007260 0.037972)
                  (0.007680 0.007240 0.002621 0.002774 0.027187)
               )
      )
   )
// properties section 
   Area(24.000000)
   CELL_SPOWER(0.039366)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012500 RISE(0.012500) FALL(0.012273))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012904 RISE(0.012900) FALL(0.012904))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~(A & B)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.499794)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(NAND3X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.077000 0.119013 0.180545 0.222936 0.354109)
                  (0.090156 0.136337 0.205620 0.249079 0.379150)
                  (0.113300 0.158718 0.234505 0.282237 0.421754)
                  (0.199333 0.243004 0.335391 0.396853 0.563156)
                  (0.326751 0.369094 0.459816 0.530231 0.735888)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.041160 0.040614 0.023919 0.003135 -0.064874)
                  (0.049935 0.052803 0.040610 0.024900 -0.035024)
                  (0.065293 0.074215 0.066043 0.056796 0.007393)
                  (0.124514 0.134562 0.144799 0.145727 0.128775)
                  (0.208279 0.220458 0.239093 0.247928 0.259065)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.059051 0.078000 0.115800 0.129000 0.169200)
                  (0.081000 0.094200 0.133200 0.148800 0.195000)
                  (0.106200 0.118800 0.161400 0.184200 0.240600)
                  (0.225600 0.227400 0.256800 0.292200 0.379800)
                  (0.402600 0.402600 0.415200 0.438600 0.546600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.028160 0.050762 0.079200 0.100200 0.163200)
                  (0.039580 0.060600 0.087000 0.109200 0.177000)
                  (0.055365 0.073800 0.106200 0.129600 0.195000)
                  (0.131400 0.138000 0.167400 0.191400 0.268800)
                  (0.244800 0.246000 0.267600 0.288000 0.366000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.066118 0.104122 0.160287 0.196007 0.307907)
                  (0.080033 0.121617 0.180486 0.220316 0.338661)
                  (0.101665 0.146495 0.215252 0.259065 0.385102)
                  (0.188061 0.230673 0.320771 0.378484 0.534861)
                  (0.315536 0.356535 0.446461 0.516294 0.714324)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038822 0.040187 0.027228 0.013603 -0.036291)
                  (0.049400 0.054505 0.049118 0.040383 -0.001952)
                  (0.064463 0.078196 0.079944 0.075989 0.045320)
                  (0.122908 0.142917 0.168173 0.177670 0.182216)
                  (0.208718 0.228463 0.268061 0.289581 0.329475)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052328 0.075600 0.098400 0.118800 0.153000)
                  (0.063000 0.083400 0.123000 0.141000 0.185400)
                  (0.093600 0.108600 0.154200 0.171600 0.226200)
                  (0.213000 0.216000 0.249600 0.282600 0.370800)
                  (0.390000 0.389400 0.402600 0.428400 0.538800)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.029743 0.053801 0.091800 0.107400 0.168000)
                  (0.042422 0.069600 0.098400 0.123000 0.187200)
                  (0.058678 0.081000 0.119400 0.141600 0.214200)
                  (0.132000 0.143400 0.181200 0.211200 0.296400)
                  (0.244200 0.248400 0.276000 0.306600 0.400200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.051521 0.085749 0.126629 0.157693 0.248486)
                  (0.064751 0.104177 0.154098 0.186653 0.288056)
                  (0.088648 0.130864 0.190543 0.229086 0.342298)
                  (0.175149 0.216689 0.304292 0.358342 0.504462)
                  (0.303176 0.343349 0.432222 0.500994 0.691157)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032603 0.036382 0.026123 0.018569 -0.022063)
                  (0.044522 0.052032 0.053463 0.047809 0.016461)
                  (0.059652 0.076280 0.085372 0.085773 0.067297)
                  (0.118645 0.147080 0.183081 0.197710 0.215072)
                  (0.202474 0.232142 0.290379 0.320385 0.375619)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037306 0.071400 0.091800 0.099000 0.144600)
                  (0.053744 0.081000 0.108000 0.127200 0.176400)
                  (0.082200 0.098400 0.139800 0.160800 0.219000)
                  (0.198000 0.202200 0.240600 0.274800 0.361200)
                  (0.375600 0.374400 0.389400 0.417000 0.531000)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.034546 0.069600 0.091200 0.105000 0.160200)
                  (0.041983 0.072000 0.103200 0.124200 0.184800)
                  (0.060000 0.087000 0.126600 0.147600 0.221400)
                  (0.132600 0.148800 0.197400 0.228000 0.322800)
                  (0.245400 0.249000 0.289800 0.328800 0.439800)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.078173 0.083800 0.098208 0.112082 0.158646)
                  (0.078445 0.083496 0.097570 0.110399 0.156182)
                  (0.078850 0.082611 0.096067 0.107872 0.152181)
                  (0.080510 0.081852 0.091836 0.101879 0.141566)
                  (0.081202 0.082003 0.088784 0.096782 0.131078)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.010223 0.007778 0.004387 0.015797 0.060932)
                  (0.009631 0.007971 0.003056 0.013509 0.057066)
                  (0.008955 0.008071 0.000958 0.011261 0.052029)
                  (0.008113 0.007956 0.001637 0.006035 0.039606)
                  (0.007727 0.007726 0.003233 0.002633 0.029842)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.062656 0.067136 0.082427 0.094475 0.139019)
                  (0.062127 0.066670 0.080442 0.092370 0.136319)
                  (0.063336 0.066255 0.078446 0.090276 0.132354)
                  (0.065110 0.065218 0.074310 0.083944 0.121697)
                  (0.066163 0.065839 0.071643 0.079074 0.111649)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.009754 0.006571 0.005699 0.018144 0.061969)
                  (0.009288 0.006691 0.004204 0.015552 0.057728)
                  (0.008783 0.006458 0.002528 0.012680 0.052145)
                  (0.008020 0.006860 0.000893 0.006527 0.038603)
                  (0.007622 0.007098 0.002825 0.002708 0.028343)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.042867 0.050017 0.064505 0.076887 0.121021)
                  (0.043975 0.049037 0.062676 0.074655 0.117504)
                  (0.044988 0.048248 0.060394 0.071801 0.112996)
                  (0.048348 0.047480 0.056002 0.065379 0.101725)
                  (0.050303 0.048868 0.053668 0.060673 0.091712)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.010951 0.005335 0.009988 0.022814 0.066842)
                  (0.009889 0.006175 0.007602 0.019637 0.062399)
                  (0.009320 0.006698 0.005089 0.015884 0.056505)
                  (0.008196 0.007286 0.000252 0.008310 0.041775)
                  (0.007777 0.007328 0.002254 0.003670 0.030458)
               )
      )
   )
// properties section 
   Area(36.000000)
   CELL_SPOWER(0.056087)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.015881 RISE(0.015881) FALL(0.015464))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.015925 RISE(0.015925) FALL(0.015549))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.016493 RISE(0.016476) FALL(0.016493))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((A & B) & C)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.490658)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(NOR2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.048757 0.062084 0.070199 0.073994 0.084854)
                  (0.062221 0.079679 0.092833 0.102291 0.123883)
                  (0.086501 0.104512 0.127895 0.141506 0.175016)
                  (0.170492 0.192451 0.233670 0.257634 0.321480)
                  (0.296670 0.318563 0.367261 0.400499 0.488101)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052024 0.072786 0.102719 0.116867 0.162886)
                  (0.063687 0.092509 0.123179 0.144568 0.197323)
                  (0.082815 0.115218 0.159103 0.181266 0.244335)
                  (0.158166 0.194702 0.262053 0.298892 0.389987)
                  (0.269742 0.305373 0.380148 0.433551 0.561665)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032304 0.059129 0.088800 0.110400 0.155400)
                  (0.049568 0.075000 0.102600 0.126000 0.181200)
                  (0.081600 0.094800 0.128400 0.151800 0.214800)
                  (0.196200 0.199800 0.229200 0.254400 0.328800)
                  (0.373200 0.373800 0.390000 0.411000 0.490800)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036399 0.073800 0.100200 0.112800 0.172200)
                  (0.054750 0.081000 0.114600 0.135000 0.201000)
                  (0.075600 0.094800 0.138000 0.165600 0.239400)
                  (0.165000 0.170400 0.218400 0.255000 0.355200)
                  (0.305400 0.305400 0.330600 0.365400 0.492000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044051 0.061971 0.080920 0.095749 0.131115)
                  (0.058156 0.083838 0.112761 0.129467 0.176890)
                  (0.081817 0.112785 0.152170 0.174951 0.236316)
                  (0.166398 0.201667 0.271342 0.309874 0.406624)
                  (0.293225 0.328511 0.404142 0.460926 0.599617)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038401 0.051255 0.067423 0.073413 0.087652)
                  (0.053990 0.073396 0.095386 0.108254 0.132269)
                  (0.074059 0.102031 0.133828 0.151972 0.190359)
                  (0.148582 0.184191 0.246340 0.278312 0.355503)
                  (0.261225 0.295056 0.368683 0.419628 0.537104)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037234 0.072000 0.092400 0.105600 0.147000)
                  (0.055595 0.084600 0.106800 0.127800 0.180600)
                  (0.081600 0.105000 0.144000 0.162600 0.225000)
                  (0.196200 0.201600 0.246000 0.280200 0.364800)
                  (0.372600 0.373800 0.395400 0.426600 0.539400)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.028747 0.057397 0.082200 0.103800 0.149400)
                  (0.043383 0.075000 0.105000 0.124200 0.184200)
                  (0.059564 0.087000 0.129000 0.154800 0.226200)
                  (0.153600 0.160200 0.211200 0.248400 0.345000)
                  (0.293400 0.292800 0.319800 0.357000 0.484200)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.066001 0.069582 0.082161 0.094720 0.141145)
                  (0.065447 0.068030 0.080177 0.091723 0.136925)
                  (0.066374 0.067808 0.078361 0.088556 0.131286)
                  (0.067107 0.067859 0.074216 0.082288 0.117562)
                  (0.067494 0.066515 0.072152 0.078228 0.107165)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018356 0.013100 0.001603 0.014903 0.060850)
                  (0.018158 0.013817 0.000223 0.012170 0.057082)
                  (0.017620 0.014309 0.002784 0.008760 0.051711)
                  (0.017041 0.016110 0.008021 0.000741 0.037068)
                  (0.016886 0.016278 0.011013 0.004623 0.024639)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.042481 0.049241 0.064378 0.076077 0.118202)
                  (0.043117 0.048688 0.062041 0.073351 0.113998)
                  (0.042961 0.047646 0.059000 0.069816 0.108553)
                  (0.044725 0.045628 0.054048 0.062479 0.095792)
                  (0.045588 0.045761 0.051097 0.057527 0.085382)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018437 0.013232 0.001761 0.013882 0.056136)
                  (0.017733 0.013814 0.000637 0.010912 0.051918)
                  (0.016174 0.014633 0.003143 0.007407 0.046348)
                  (0.013581 0.013860 0.007313 0.000341 0.032650)
                  (0.012265 0.012835 0.009099 0.003692 0.022040)
               )
      )
   )
// properties section 
   Area(24.000000)
   CELL_SPOWER(0.035234)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.014419 RISE(0.013923) FALL(0.014419))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.015064 RISE(0.015047) FALL(0.015064))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~(A | B)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.499994)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(NOR3X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.069909 0.073929 0.080230 0.076139 0.052404)
                  (0.085164 0.093090 0.099796 0.096392 0.083598)
                  (0.104666 0.115656 0.125517 0.129858 0.127650)
                  (0.187664 0.200206 0.223859 0.234315 0.259507)
                  (0.312311 0.329068 0.354596 0.371168 0.413719)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.076871 0.106060 0.158872 0.183447 0.266465)
                  (0.088527 0.125424 0.174443 0.208561 0.294195)
                  (0.111325 0.148061 0.206591 0.238597 0.331966)
                  (0.189341 0.225103 0.299550 0.344010 0.460418)
                  (0.302144 0.337536 0.412874 0.470200 0.618393)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045431 0.063000 0.087600 0.112200 0.183000)
                  (0.064800 0.074400 0.105600 0.123600 0.196800)
                  (0.091200 0.100800 0.127800 0.145800 0.222600)
                  (0.205200 0.208800 0.231000 0.250800 0.321600)
                  (0.379800 0.379800 0.393600 0.409800 0.476400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.058223 0.081000 0.119400 0.144000 0.207000)
                  (0.077400 0.090000 0.137400 0.157800 0.229800)
                  (0.098400 0.111000 0.159000 0.186000 0.262800)
                  (0.192600 0.196800 0.233400 0.271800 0.370800)
                  (0.332400 0.331800 0.352800 0.382800 0.504600)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.064655 0.079822 0.083453 0.086884 0.097565)
                  (0.082182 0.093537 0.105767 0.114885 0.134595)
                  (0.101800 0.120256 0.140036 0.152587 0.184222)
                  (0.185832 0.205941 0.246301 0.269893 0.331185)
                  (0.310591 0.331576 0.379585 0.412394 0.498942)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.068849 0.095688 0.127268 0.154714 0.210724)
                  (0.079996 0.108585 0.153332 0.174270 0.240398)
                  (0.100051 0.135085 0.181355 0.210878 0.284047)
                  (0.176406 0.211894 0.281169 0.321477 0.423449)
                  (0.289198 0.323504 0.397401 0.453334 0.589861)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.046543 0.070800 0.102600 0.121800 0.181800)
                  (0.064200 0.083400 0.113400 0.138000 0.204600)
                  (0.091800 0.109200 0.141600 0.166200 0.233400)
                  (0.205200 0.211800 0.243600 0.267600 0.343800)
                  (0.379800 0.379800 0.397200 0.420000 0.502200)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.049642 0.073200 0.106800 0.123600 0.183000)
                  (0.058798 0.081000 0.120600 0.145200 0.205200)
                  (0.084000 0.097200 0.144600 0.170400 0.245400)
                  (0.175800 0.178800 0.221400 0.260400 0.357000)
                  (0.314400 0.315600 0.336600 0.369600 0.492000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.048038 0.060277 0.081576 0.094022 0.121654)
                  (0.061349 0.083504 0.110641 0.124847 0.163462)
                  (0.084246 0.111371 0.146871 0.167459 0.218769)
                  (0.168268 0.200077 0.262494 0.296121 0.380560)
                  (0.294847 0.325559 0.394508 0.445322 0.567066)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.049253 0.065453 0.085113 0.098590 0.126765)
                  (0.061801 0.089237 0.113584 0.128372 0.167715)
                  (0.083005 0.113224 0.149947 0.170137 0.221808)
                  (0.159204 0.193903 0.258385 0.292894 0.379522)
                  (0.272977 0.305990 0.378974 0.431398 0.556954)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047776 0.068400 0.100800 0.114000 0.161400)
                  (0.061200 0.088200 0.114600 0.133800 0.187800)
                  (0.090600 0.111600 0.149400 0.168600 0.232200)
                  (0.205200 0.211200 0.255600 0.285600 0.365400)
                  (0.379800 0.379800 0.402000 0.433800 0.539400)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.028055 0.064800 0.091800 0.105600 0.156600)
                  (0.047042 0.074400 0.100200 0.125400 0.184200)
                  (0.067200 0.088200 0.129000 0.155400 0.226800)
                  (0.157200 0.164400 0.209400 0.245400 0.344400)
                  (0.297600 0.297000 0.321600 0.355800 0.481200)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.129942 0.128505 0.139221 0.151344 0.201205)
                  (0.129007 0.129143 0.137979 0.149512 0.197738)
                  (0.130109 0.129464 0.136986 0.147122 0.192639)
                  (0.129762 0.129999 0.133531 0.141899 0.180073)
                  (0.130143 0.128216 0.132427 0.138908 0.170323)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.025205 0.021520 0.006799 0.007184 0.058865)
                  (0.024991 0.022186 0.008507 0.005074 0.055661)
                  (0.024643 0.022794 0.010657 0.002115 0.050769)
                  (0.024847 0.023754 0.015317 0.005432 0.036517)
                  (0.024637 0.024070 0.018302 0.010944 0.023455)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.098522 0.098636 0.110707 0.123703 0.171273)
                  (0.097781 0.098547 0.109313 0.121495 0.167171)
                  (0.098846 0.098619 0.107854 0.118412 0.161800)
                  (0.099190 0.098540 0.104673 0.112699 0.148701)
                  (0.099580 0.098941 0.102927 0.109030 0.138547)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.025223 0.020958 0.007024 0.006114 0.053913)
                  (0.024242 0.021517 0.008620 0.004159 0.050783)
                  (0.023324 0.021920 0.010464 0.001305 0.046197)
                  (0.021475 0.021725 0.014491 0.005407 0.033118)
                  (0.020745 0.020975 0.016530 0.009965 0.021452)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.061416 0.068335 0.085477 0.098636 0.144568)
                  (0.062746 0.067937 0.082860 0.095599 0.140434)
                  (0.063382 0.066171 0.080249 0.092331 0.135239)
                  (0.065345 0.065867 0.075162 0.084450 0.121518)
                  (0.066193 0.066184 0.072130 0.079278 0.110330)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.027552 0.020566 0.006692 0.006538 0.052570)
                  (0.025623 0.021375 0.008487 0.003916 0.048747)
                  (0.023652 0.022761 0.010481 0.000852 0.043534)
                  (0.019502 0.020434 0.014151 0.005826 0.030195)
                  (0.017080 0.018356 0.015231 0.009413 0.019481)
               )
      )
   )
// properties section 
   Area(64.000000)
   CELL_SPOWER(0.054482)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.019824 RISE(0.018966) FALL(0.019824))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.019861 RISE(0.019116) FALL(0.019861))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.020795 RISE(0.020795) FALL(0.020788))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((A | B) | C)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.496256)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(OAI21X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.066360 0.082462 0.109861 0.129336 0.185817)
                  (0.079896 0.098822 0.128611 0.150180 0.214932)
                  (0.101528 0.123397 0.157357 0.182618 0.255190)
                  (0.187502 0.209100 0.256950 0.287180 0.378424)
                  (0.314294 0.336292 0.387248 0.424793 0.531463)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.050325 0.057085 0.066352 0.068086 0.066582)
                  (0.060667 0.071919 0.082473 0.088237 0.094215)
                  (0.078659 0.093795 0.110040 0.119249 0.133857)
                  (0.139451 0.160094 0.193758 0.212360 0.252028)
                  (0.233183 0.251846 0.294996 0.321324 0.387541)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047893 0.070800 0.093600 0.112200 0.157800)
                  (0.068400 0.084600 0.115200 0.129000 0.181200)
                  (0.092400 0.106800 0.137400 0.156600 0.214800)
                  (0.212400 0.216600 0.241800 0.264600 0.328800)
                  (0.389400 0.388200 0.402600 0.421200 0.494400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.035583 0.062400 0.090000 0.111000 0.171000)
                  (0.053443 0.075000 0.106800 0.127200 0.191400)
                  (0.066000 0.087000 0.123000 0.147600 0.219600)
                  (0.145200 0.153000 0.186000 0.213000 0.298800)
                  (0.265800 0.267600 0.289200 0.314400 0.404400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.061377 0.093315 0.129089 0.160577 0.243063)
                  (0.076361 0.108471 0.155686 0.183668 0.274717)
                  (0.097182 0.134979 0.187382 0.221318 0.321338)
                  (0.183636 0.219950 0.295982 0.342008 0.467320)
                  (0.310652 0.346271 0.424503 0.484776 0.644796)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.040373 0.047321 0.038756 0.033316 0.006630)
                  (0.051860 0.059625 0.063447 0.059755 0.041286)
                  (0.069880 0.083375 0.091961 0.095018 0.087812)
                  (0.132425 0.151768 0.181549 0.195974 0.221793)
                  (0.225913 0.244307 0.284934 0.309451 0.366210)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052219 0.079800 0.102600 0.110400 0.153000)
                  (0.063600 0.091200 0.118800 0.135000 0.182400)
                  (0.093600 0.111600 0.147600 0.169800 0.224400)
                  (0.212400 0.216600 0.254400 0.286800 0.363000)
                  (0.389400 0.388800 0.406800 0.433800 0.538200)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.025325 0.053700 0.085200 0.106800 0.151800)
                  (0.039169 0.065400 0.092400 0.118800 0.175800)
                  (0.058635 0.080400 0.114000 0.135000 0.202800)
                  (0.134400 0.145800 0.178800 0.206400 0.291600)
                  (0.255600 0.257400 0.280800 0.304800 0.397200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.048662 0.078567 0.117933 0.144234 0.227348)
                  (0.060660 0.098848 0.144445 0.176018 0.269238)
                  (0.083527 0.125211 0.183347 0.219699 0.324741)
                  (0.169097 0.211738 0.298397 0.350866 0.490398)
                  (0.297295 0.338311 0.427365 0.495540 0.680418)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.037624 0.043049 0.044183 0.040205 0.013363)
                  (0.048078 0.061126 0.067591 0.067291 0.048412)
                  (0.063468 0.084020 0.100195 0.104135 0.097648)
                  (0.118810 0.151859 0.195555 0.213795 0.242847)
                  (0.202257 0.234917 0.299596 0.334852 0.402116)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044344 0.079200 0.105000 0.122400 0.171900)
                  (0.062280 0.091200 0.124800 0.142500 0.198900)
                  (0.090300 0.107700 0.151800 0.178200 0.239100)
                  (0.205800 0.211200 0.249900 0.285300 0.377700)
                  (0.383100 0.383400 0.400200 0.428400 0.545400)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033797 0.065100 0.088200 0.103800 0.163800)
                  (0.044453 0.074700 0.107100 0.126900 0.188100)
                  (0.059372 0.088200 0.128400 0.151800 0.225900)
                  (0.126300 0.141900 0.193800 0.228600 0.325800)
                  (0.234000 0.237300 0.279000 0.320400 0.439500)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.089044 0.090850 0.108868 0.125145 0.183339)
                  (0.088461 0.090928 0.107231 0.122356 0.179741)
                  (0.089179 0.090498 0.104539 0.119015 0.174668)
                  (0.089631 0.088873 0.099997 0.111464 0.159659)
                  (0.090342 0.089451 0.097192 0.106057 0.146696)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.018723 0.014238 0.001983 0.018123 0.075260)
                  (0.018122 0.014881 0.000135 0.015197 0.070956)
                  (0.017686 0.015479 0.002313 0.011625 0.064988)
                  (0.016929 0.015839 0.007254 0.003499 0.048592)
                  (0.016853 0.016207 0.010085 0.002104 0.034591)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.066762 0.072538 0.090248 0.104895 0.155460)
                  (0.065332 0.071990 0.088088 0.102370 0.152160)
                  (0.066238 0.070774 0.085574 0.098853 0.147574)
                  (0.067370 0.068716 0.079910 0.091097 0.134530)
                  (0.068412 0.068914 0.076394 0.085061 0.122330)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.019052 0.014394 0.000774 0.015232 0.066066)
                  (0.017746 0.014642 0.000829 0.012586 0.061780)
                  (0.016049 0.014626 0.003057 0.009235 0.056008)
                  (0.013470 0.014441 0.006801 0.002407 0.041314)
                  (0.012413 0.013303 0.008302 0.001594 0.029812)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.047560 0.054784 0.068020 0.079563 0.120585)
                  (0.048287 0.053660 0.066094 0.077303 0.116962)
                  (0.048478 0.052817 0.063736 0.074433 0.112426)
                  (0.050771 0.050991 0.059436 0.068012 0.101195)
                  (0.052018 0.051602 0.056970 0.063407 0.091420)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.008486 0.004525 0.009596 0.021217 0.062131)
                  (0.008129 0.005131 0.007570 0.018451 0.058110)
                  (0.007702 0.005480 0.005134 0.015205 0.052773)
                  (0.007117 0.006209 0.000690 0.007930 0.039352)
                  (0.006723 0.006292 0.001795 0.003483 0.028537)
               )
      )
   )
// properties section 
   Area(23.000000)
   CELL_SPOWER(0.048095)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017346 RISE(0.017061) FALL(0.017346))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.018204 RISE(0.018204) FALL(0.018009))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.012914 RISE(0.012903) FALL(0.012914))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((A | B) & C)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.494927)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
)

CELL(OAI22X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.077733 0.095387 0.125319 0.146992 0.211626)
                  (0.090794 0.111725 0.143830 0.167047 0.236529)
                  (0.112250 0.134730 0.171245 0.197120 0.273778)
                  (0.198101 0.220017 0.268744 0.299981 0.394127)
                  (0.325360 0.346952 0.397934 0.436406 0.545596)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.060160 0.073032 0.084423 0.088825 0.095558)
                  (0.069165 0.086162 0.100108 0.108628 0.118443)
                  (0.083119 0.102253 0.126173 0.135763 0.154182)
                  (0.139063 0.163394 0.202734 0.223668 0.266586)
                  (0.220012 0.245088 0.296496 0.326863 0.397378)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.065334 0.085200 0.118200 0.132300 0.186000)
                  (0.087000 0.100800 0.133200 0.149700 0.208500)
                  (0.113100 0.125400 0.157500 0.179400 0.237900)
                  (0.231900 0.235200 0.260400 0.283200 0.349800)
                  (0.409200 0.409500 0.423600 0.440700 0.514200)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045128 0.070500 0.100200 0.121800 0.188100)
                  (0.053045 0.078000 0.112200 0.134100 0.204300)
                  (0.068801 0.091200 0.125700 0.154200 0.228300)
                  (0.138600 0.148200 0.187500 0.215700 0.304500)
                  (0.244500 0.248400 0.274800 0.305100 0.403200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.073247 0.105332 0.151373 0.179464 0.270525)
                  (0.086142 0.121936 0.171264 0.204960 0.301166)
                  (0.107653 0.146587 0.204129 0.239319 0.344187)
                  (0.194237 0.230621 0.308492 0.356446 0.485377)
                  (0.321779 0.356940 0.435344 0.496080 0.660458)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.051510 0.060465 0.063048 0.061274 0.042453)
                  (0.061943 0.074237 0.082147 0.082626 0.070710)
                  (0.076815 0.094316 0.108959 0.114803 0.112485)
                  (0.132159 0.155919 0.191293 0.208379 0.238377)
                  (0.213665 0.238067 0.287659 0.315888 0.377010)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.067236 0.096600 0.125400 0.138000 0.189900)
                  (0.085200 0.106800 0.143100 0.159900 0.214200)
                  (0.112800 0.129300 0.171300 0.194100 0.251400)
                  (0.231300 0.235200 0.272100 0.304500 0.386700)
                  (0.409800 0.409200 0.425400 0.453900 0.558600)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036093 0.061975 0.091500 0.112800 0.170400)
                  (0.046244 0.070200 0.102600 0.124200 0.188400)
                  (0.062251 0.085800 0.120000 0.142200 0.215700)
                  (0.130800 0.139500 0.181200 0.209700 0.298200)
                  (0.235200 0.237900 0.267300 0.297900 0.396000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.059449 0.075272 0.094237 0.111085 0.154366)
                  (0.074351 0.090094 0.117580 0.135410 0.185901)
                  (0.096161 0.117012 0.147609 0.168548 0.229845)
                  (0.182886 0.204011 0.249368 0.277440 0.362175)
                  (0.310322 0.331170 0.381313 0.417547 0.519562)
               )
      )
   )
   TIMING_Model(ioDelayFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.053980 0.072430 0.092176 0.099839 0.122773)
                  (0.063520 0.085993 0.108984 0.123743 0.147693)
                  (0.077727 0.106334 0.137729 0.151751 0.186886)
                  (0.134309 0.168377 0.221736 0.247548 0.307417)
                  (0.217388 0.251301 0.319304 0.359668 0.449860)
               )
      )
   )
   TIMING_Model(SlopeRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.053455 0.075900 0.106200 0.129900 0.184500)
                  (0.070500 0.088800 0.122700 0.143100 0.203400)
                  (0.099000 0.112800 0.147000 0.168000 0.231300)
                  (0.216300 0.222000 0.248700 0.272700 0.341400)
                  (0.395100 0.394800 0.409500 0.428700 0.503700)
               )
      )
   )
   TIMING_Model(SlopeFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.041495 0.073200 0.102300 0.127500 0.189900)
                  (0.053381 0.083400 0.119400 0.139800 0.211800)
                  (0.072000 0.094800 0.137100 0.164100 0.239700)
                  (0.140100 0.150600 0.201300 0.236700 0.332400)
                  (0.246600 0.250800 0.286500 0.325500 0.441600)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.055444 0.082719 0.116205 0.138642 0.208765)
                  (0.069406 0.101469 0.139643 0.167417 0.245163)
                  (0.091810 0.127057 0.175951 0.207243 0.295839)
                  (0.178669 0.214068 0.288041 0.331864 0.450015)
                  (0.306614 0.341553 0.418676 0.477770 0.632508)
               )
      )
   )
   TIMING_Model(ioDelayFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.046730 0.058194 0.066330 0.069168 0.063403)
                  (0.055969 0.073908 0.089203 0.093486 0.094877)
                  (0.071400 0.096729 0.118099 0.128717 0.140128)
                  (0.127420 0.160859 0.208430 0.231550 0.275782)
                  (0.211177 0.244102 0.310118 0.347777 0.427534)
               )
      )
   )
   TIMING_Model(SlopeRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.057140 0.087600 0.111900 0.130800 0.183000)
                  (0.071635 0.101400 0.131700 0.149400 0.206700)
                  (0.099600 0.119400 0.159600 0.181500 0.243300)
                  (0.216600 0.222000 0.261000 0.295500 0.375600)
                  (0.394800 0.394500 0.414000 0.441600 0.548400)
               )
      )
   )
   TIMING_Model(SlopeFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038192 0.063000 0.096900 0.114900 0.171600)
                  (0.042920 0.076500 0.107100 0.131400 0.193200)
                  (0.064449 0.089100 0.127500 0.152100 0.228000)
                  (0.131700 0.142200 0.195900 0.227700 0.323100)
                  (0.238500 0.241500 0.278700 0.318600 0.434400)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.112422 0.113974 0.131040 0.146958 0.205294)
                  (0.112574 0.114271 0.129790 0.144487 0.201913)
                  (0.113257 0.114203 0.127288 0.141996 0.196990)
                  (0.113691 0.112943 0.123627 0.135019 0.182798)
                  (0.114525 0.113647 0.121258 0.130044 0.170212)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.017562 0.014759 0.000335 0.015012 0.070477)
                  (0.017111 0.015126 0.001669 0.012611 0.066817)
                  (0.016697 0.015541 0.003658 0.009814 0.061505)
                  (0.016252 0.015715 0.007546 0.002529 0.046659)
                  (0.015931 0.015886 0.009905 0.002384 0.033457)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.089981 0.096048 0.112410 0.127280 0.177386)
                  (0.089727 0.094778 0.110532 0.124845 0.174326)
                  (0.090205 0.094819 0.108963 0.121594 0.169905)
                  (0.091397 0.092843 0.103634 0.114649 0.157667)
                  (0.092604 0.093016 0.100361 0.108956 0.145889)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.017144 0.014619 0.001271 0.012193 0.061306)
                  (0.016197 0.014525 0.002611 0.010221 0.057711)
                  (0.014629 0.014265 0.004191 0.007549 0.052747)
                  (0.012586 0.013349 0.006915 0.001708 0.039693)
                  (0.011452 0.012410 0.007994 0.001671 0.028757)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.093156 0.095361 0.111723 0.127152 0.182382)
                  (0.092831 0.095022 0.110357 0.124792 0.178611)
                  (0.093798 0.095787 0.108621 0.121669 0.173221)
                  (0.096133 0.095927 0.104496 0.115010 0.158922)
                  (0.097380 0.095435 0.102503 0.110385 0.147241)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.017478 0.012462 0.004997 0.020509 0.075758)
                  (0.017135 0.012897 0.003169 0.017899 0.072007)
                  (0.016892 0.013031 0.000911 0.014650 0.066586)
                  (0.016253 0.014443 0.005125 0.005913 0.051036)
                  (0.015931 0.015161 0.008589 0.000735 0.036910)
               )
      )
   )
   ENERGY_Model(PowerRiseModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.069807 0.077626 0.093855 0.107715 0.156254)
                  (0.069992 0.077089 0.091752 0.105239 0.152541)
                  (0.070690 0.076043 0.089621 0.102250 0.147737)
                  (0.073660 0.074231 0.084359 0.094964 0.135221)
                  (0.075428 0.074960 0.081679 0.089612 0.124010)
               )
      )
   )
   ENERGY_Model(PowerFallModel3 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.016831 0.012249 0.004293 0.018126 0.067473)
                  (0.015778 0.012371 0.002509 0.015742 0.063722)
                  (0.014726 0.012727 0.000710 0.012528 0.058456)
                  (0.012623 0.012420 0.004521 0.005026 0.044403)
                  (0.011431 0.011595 0.006595 0.000886 0.032474)
               )
      )
   )
// properties section 
   Area(40.000000)
   CELL_SPOWER(0.060312)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017350 RISE(0.017083) FALL(0.017350))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.018226 RISE(0.018226) FALL(0.018002))
   )

   PIN(C
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017986 RISE(0.017506) FALL(0.017986))
   )

   PIN(D
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.018643 RISE(0.018643) FALL(0.018632))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~((A | B) & (C | D))))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.485105)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( C => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel2) SLEW(SlopeRiseModel2) )
Path( C => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel2) SLEW(SlopeFallModel2) )
Path( D => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel3) SLEW(SlopeRiseModel3) )
Path( D => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel3) SLEW(SlopeFallModel3) )

// powerSI arc
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(C => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel2)
   )
   PATH(C => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel2)
   )
   PATH(D => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel3)
   )
   PATH(D => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel3)
   )
)

CELL(OR2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.074088 0.088543 0.114376 0.128922 0.160855)
                  (0.087117 0.103311 0.131779 0.149540 0.180326)
                  (0.108726 0.125541 0.160740 0.174611 0.206457)
                  (0.194003 0.212138 0.244354 0.255317 0.293178)
                  (0.319717 0.338201 0.370455 0.384970 0.420931)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.076098 0.093906 0.122996 0.138911 0.191344)
                  (0.093089 0.112754 0.143254 0.161889 0.206502)
                  (0.111772 0.135006 0.166691 0.185670 0.234000)
                  (0.187200 0.208300 0.240171 0.262003 0.315947)
                  (0.297543 0.318547 0.352616 0.374480 0.428930)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.024600 0.031921 0.039648 0.052834 0.059059)
                  (0.041267 0.047301 0.059193 0.060600 0.075600)
                  (0.072600 0.071400 0.082200 0.086400 0.094800)
                  (0.187800 0.188400 0.187800 0.191400 0.196800)
                  (0.366600 0.366000 0.367200 0.367800 0.370800)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.027491 0.035329 0.047022 0.053044 0.063600)
                  (0.044071 0.051605 0.056120 0.059508 0.069000)
                  (0.067200 0.067200 0.075600 0.078600 0.088800)
                  (0.150600 0.154200 0.157800 0.157200 0.164400)
                  (0.291600 0.291000 0.294000 0.295200 0.299400)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.086234 0.112975 0.148468 0.168584 0.226102)
                  (0.100057 0.127593 0.169077 0.188679 0.248868)
                  (0.122236 0.149125 0.191451 0.212179 0.271900)
                  (0.207921 0.234475 0.273261 0.298511 0.359211)
                  (0.335749 0.368066 0.400532 0.424288 0.485293)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.080548 0.091170 0.112416 0.114419 0.140167)
                  (0.098565 0.111047 0.127873 0.139055 0.157277)
                  (0.117853 0.130630 0.151745 0.160730 0.187337)
                  (0.193063 0.206830 0.230881 0.243181 0.274411)
                  (0.303476 0.324185 0.342530 0.354380 0.389078)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.027031 0.032091 0.046796 0.046293 0.056707)
                  (0.043310 0.044407 0.058669 0.060600 0.070800)
                  (0.075000 0.075000 0.085800 0.087600 0.088800)
                  (0.189000 0.189000 0.189600 0.190800 0.195000)
                  (0.365400 0.366600 0.366600 0.367800 0.369600)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033557 0.035170 0.050033 0.053557 0.063600)
                  (0.042412 0.052454 0.064800 0.066000 0.071400)
                  (0.067800 0.063600 0.074400 0.081600 0.092400)
                  (0.150600 0.153600 0.155400 0.157200 0.169200)
                  (0.291600 0.291600 0.292800 0.292800 0.301200)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.004755 0.008056 0.024782 0.038470 0.084138)
                  (0.005505 0.007831 0.024786 0.037840 0.082816)
                  (0.005661 0.008241 0.024988 0.037645 0.081888)
                  (0.006986 0.011904 0.024903 0.037263 0.080331)
                  (0.007316 0.012522 0.025505 0.038129 0.079708)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.062057 0.066892 0.084137 0.097042 0.142031)
                  (0.063442 0.069887 0.083670 0.097934 0.140457)
                  (0.064450 0.070032 0.083880 0.097493 0.139831)
                  (0.065119 0.071216 0.085353 0.097511 0.138904)
                  (0.065286 0.071412 0.085769 0.097685 0.138986)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.004733 0.011010 0.026233 0.039317 0.088493)
                  (0.005232 0.010867 0.025800 0.038812 0.086891)
                  (0.005494 0.010867 0.025750 0.038564 0.086060)
                  (0.006589 0.011051 0.025480 0.038324 0.084742)
                  (0.006416 0.011798 0.026405 0.038696 0.084448)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.084150 0.087001 0.103508 0.116397 0.164914)
                  (0.086183 0.088562 0.103184 0.115700 0.163291)
                  (0.087580 0.089603 0.102913 0.115221 0.162843)
                  (0.088158 0.090514 0.103925 0.115995 0.162004)
                  (0.088394 0.090653 0.104301 0.116544 0.162066)
               )
      )
   )
// properties section 
   Area(32.000000)
   CELL_SPOWER(0.074815)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.015062 RISE(0.015062) FALL(0.015011))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.014426 RISE(0.013952) FALL(0.014426))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (A | B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.496203)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(OR2X2 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.092748 0.115340 0.147044 0.170377 0.209236)
                  (0.105163 0.131964 0.168501 0.188932 0.229679)
                  (0.127873 0.154473 0.192015 0.212224 0.256945)
                  (0.215635 0.243019 0.279405 0.299185 0.347166)
                  (0.348599 0.377045 0.409530 0.428060 0.475780)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.094395 0.121405 0.162844 0.183048 0.241838)
                  (0.110629 0.139466 0.179953 0.200199 0.259153)
                  (0.134446 0.165239 0.203714 0.225755 0.288823)
                  (0.217269 0.247281 0.287395 0.311905 0.375816)
                  (0.337989 0.369425 0.408627 0.431979 0.495641)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.036098 0.036610 0.052655 0.055718 0.070800)
                  (0.048273 0.050006 0.063600 0.073200 0.078000)
                  (0.077400 0.078000 0.090600 0.091800 0.106200)
                  (0.195000 0.193200 0.196800 0.198600 0.204600)
                  (0.377400 0.378000 0.379200 0.379200 0.382200)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.032610 0.036977 0.054118 0.064800 0.068400)
                  (0.055949 0.049370 0.069600 0.066000 0.081600)
                  (0.075000 0.076800 0.086400 0.085200 0.094200)
                  (0.166800 0.166200 0.171600 0.173400 0.179400)
                  (0.315600 0.315000 0.318600 0.319200 0.322200)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.100325 0.136854 0.175223 0.201311 0.270082)
                  (0.116601 0.155024 0.196406 0.222548 0.290586)
                  (0.141180 0.178808 0.219855 0.246222 0.315043)
                  (0.228893 0.262516 0.308898 0.333366 0.403605)
                  (0.361227 0.392360 0.438202 0.461073 0.532183)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.099191 0.112322 0.139636 0.148957 0.184156)
                  (0.118460 0.134406 0.157571 0.171043 0.202547)
                  (0.139498 0.158523 0.181649 0.196023 0.233489)
                  (0.223423 0.241205 0.266009 0.284006 0.325223)
                  (0.342801 0.360178 0.387822 0.403561 0.446859)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.042962 0.042230 0.053030 0.056197 0.060600)
                  (0.055203 0.061200 0.063000 0.065400 0.078600)
                  (0.080400 0.084000 0.090000 0.092400 0.100800)
                  (0.195600 0.196200 0.196800 0.197400 0.202200)
                  (0.378000 0.377400 0.378000 0.379800 0.381000)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045354 0.034645 0.052590 0.063000 0.069000)
                  (0.050227 0.054125 0.068400 0.067800 0.079200)
                  (0.073800 0.074400 0.080400 0.085200 0.094200)
                  (0.165000 0.167400 0.168000 0.173400 0.183000)
                  (0.315000 0.316200 0.316200 0.318600 0.324000)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.028268 0.036539 0.051709 0.065795 0.112807)
                  (0.029479 0.035527 0.050000 0.063866 0.108982)
                  (0.030782 0.035705 0.049051 0.062111 0.106378)
                  (0.032939 0.035902 0.048567 0.059235 0.101800)
                  (0.032340 0.036435 0.048527 0.059887 0.101074)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.082522 0.094224 0.109379 0.120218 0.168590)
                  (0.084899 0.090599 0.107506 0.116691 0.163860)
                  (0.085614 0.091836 0.105569 0.115473 0.160612)
                  (0.088428 0.093183 0.105805 0.117227 0.157955)
                  (0.087152 0.093443 0.106217 0.117485 0.157884)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.026845 0.035611 0.050860 0.066854 0.118216)
                  (0.027091 0.035137 0.049317 0.064078 0.114832)
                  (0.028048 0.034239 0.048794 0.063426 0.111912)
                  (0.030188 0.034382 0.048649 0.061691 0.106650)
                  (0.031509 0.035609 0.049233 0.061680 0.105996)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.010000 0.025000 0.050000 0.150000 0.300000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.101072 0.099311 0.124491 0.138346 0.190263)
                  (0.106213 0.105045 0.123271 0.135463 0.185861)
                  (0.108396 0.107939 0.124352 0.134467 0.182935)
                  (0.109445 0.113301 0.124705 0.136106 0.180962)
                  (0.110309 0.113879 0.124997 0.136365 0.180642)
               )
      )
   )
// properties section 
   Area(32.000000)
   CELL_SPOWER(0.089580)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.015065 RISE(0.015065) FALL(0.015015))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.014364 RISE(0.013982) FALL(0.014364))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (A | B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.966451)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(TBUFX1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.009520 0.017020 0.029520 0.079520 0.154520)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.062271 0.077788 0.100334 0.118909 0.175323)
                  (0.077230 0.093371 0.122319 0.143131 0.204215)
                  (0.099178 0.119908 0.152326 0.175597 0.245967)
                  (0.185036 0.205418 0.252499 0.282020 0.372340)
                  (0.311685 0.332857 0.383618 0.420732 0.526388)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.009537 0.017037 0.029537 0.079537 0.154537)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.043176 0.055180 0.060921 0.062454 0.060269)
                  (0.054804 0.067387 0.077411 0.084234 0.086866)
                  (0.072569 0.089938 0.106777 0.113667 0.126816)
                  (0.134726 0.156680 0.189730 0.207478 0.247926)
                  (0.227061 0.249623 0.291187 0.317493 0.383277)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.009520 0.017020 0.029520 0.079520 0.154520)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045342 0.061800 0.089400 0.109800 0.150600)
                  (0.058523 0.081000 0.106200 0.121200 0.175200)
                  (0.092400 0.105600 0.133800 0.151800 0.207000)
                  (0.208200 0.212400 0.237600 0.261000 0.324600)
                  (0.384600 0.384000 0.399000 0.418200 0.489000)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.009537 0.017037 0.029537 0.079537 0.154537)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033122 0.063000 0.088800 0.106800 0.163800)
                  (0.047344 0.073200 0.105000 0.123600 0.186600)
                  (0.064200 0.086400 0.119400 0.141600 0.214800)
                  (0.143400 0.150600 0.185400 0.211800 0.298800)
                  (0.263400 0.265800 0.288000 0.313800 0.402000)
               )
      )
   )
   TIMING_Model(ioDelayZenableRiseModel1 
      (Spline
         (LOAD_AXIS 0.009520 0.017020 0.029520 0.079520 0.154520)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.064314 0.075634 0.088454 0.091437 0.095397)
                  (0.077397 0.090966 0.107025 0.113114 0.117077)
                  (0.099421 0.119163 0.132762 0.137814 0.147518)
                  (0.185263 0.202177 0.218933 0.224960 0.236135)
                  (0.311767 0.327156 0.343820 0.351651 0.363551)
               )
      )
   )
   TIMING_Model(ioDelayZenableFallModel1 
      (Spline
         (LOAD_AXIS 0.009537 0.017037 0.029537 0.079537 0.154537)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.021064 0.015498 -0.019901 -0.055757 -0.191401)
                  (0.032761 0.034951 0.012881 -0.013632 -0.126721)
                  (0.049862 0.060812 0.053914 0.036454 -0.048650)
                  (0.108674 0.137861 0.169017 0.174161 0.144200)
                  (0.199976 0.230503 0.291584 0.319131 0.349211)
               )
      )
   )
   TIMING_Model(SlopeZenableRiseModel1 
      (Spline
         (LOAD_AXIS 0.009520 0.017020 0.029520 0.079520 0.154520)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.050547 0.048832 0.059620 0.062400 0.082800)
                  (0.060600 0.061200 0.068400 0.073200 0.093000)
                  (0.088800 0.092400 0.097800 0.096600 0.111000)
                  (0.207600 0.204600 0.200400 0.202800 0.209400)
                  (0.384600 0.384600 0.379800 0.379200 0.381000)
               )
      )
   )
   TIMING_Model(SlopeZenableFallModel1 
      (Spline
         (LOAD_AXIS 0.009537 0.017037 0.029537 0.079537 0.154537)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.022631 0.054736 0.075600 0.090600 0.144600)
                  (0.036730 0.071400 0.088800 0.114000 0.174600)
                  (0.053948 0.085200 0.120000 0.141000 0.214200)
                  (0.137400 0.156600 0.212400 0.247800 0.343200)
                  (0.263400 0.269400 0.318600 0.366000 0.490200)
               )
      )
   )
   TIMING_Model(ioDelayZdisableRiseModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044417 0.074028 0.133250 0.177667 0.325722)
               )
      )
   )
   TIMING_Model(ioDelayZdisableFallModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.058908 0.097486 0.140526 0.167860 0.242557)
               )
      )
   )
   TIMING_Model(SlopeZdisableRiseModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044417 0.074028 0.133250 0.177667 0.325722)
               )
      )
   )
   TIMING_Model(SlopeZdisableFallModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.058908 0.097486 0.140526 0.167860 0.242557)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.000000 0.000000 0.000000 0.000000 0.000000)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.031447 0.037009 0.050629 0.060911 0.096281)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.009520 0.017020 0.029520 0.079520 0.154520)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.081639 0.083922 0.101537 0.118189 0.176864)
                  (0.080072 0.083431 0.099818 0.115188 0.172995)
                  (0.081234 0.082681 0.097459 0.111718 0.167725)
                  (0.081747 0.081121 0.092339 0.103912 0.152468)
                  (0.082336 0.081605 0.089401 0.098251 0.139201)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.009537 0.017037 0.029537 0.079537 0.154537)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.019351 0.014825 0.003997 0.020433 0.078322)
                  (0.018837 0.015273 0.001933 0.017405 0.073780)
                  (0.018469 0.014849 0.000845 0.013604 0.067528)
                  (0.017526 0.016039 0.006211 0.004735 0.050506)
                  (0.017053 0.016587 0.009417 0.001248 0.036027)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.009520 0.017020 0.029520 0.079520 0.154520)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.028687 0.030603 0.045048 0.054651 0.090733)
                  (0.028319 0.031610 0.045186 0.055485 0.090639)
                  (0.028929 0.033082 0.045696 0.055971 0.091190)
                  (0.029286 0.033243 0.045698 0.056076 0.091671)
                  (0.029608 0.033829 0.046152 0.056419 0.091818)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.009537 0.017037 0.029537 0.079537 0.154537)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.006980 0.000216 0.014399 0.025998 0.064783)
                  (0.006220 0.001328 0.012957 0.024394 0.062690)
                  (0.006376 0.001583 0.012128 0.023177 0.060675)
                  (0.006415 0.001927 0.011265 0.022000 0.058368)
                  (0.006522 0.002240 0.011200 0.021529 0.057516)
               )
      )
   )
// properties section 
   Area(40.000000)
   CELL_SPOWER(0.046689)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.017353 RISE(0.017097) FALL(0.017353))
   )

   PIN(EN
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.013760 RISE(0.013519) FALL(0.013760))
      SC_ENERGY(RISE(PowerRiseModel0) FALL(PowerFallModel0))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~A))
      ENABLE( ~((~EN)))
// properties section 
      Capacitance(0.004537 RISE(0.004520) FALL(0.004537))
      Load_Limit(0.498495)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( EN => Y 01 Z1 DELAY(ioDelayZenableRiseModel1) SLEW(SlopeZenableRiseModel1) )
Path( EN => Y 01 Z0 DELAY(ioDelayZenableFallModel1) SLEW(SlopeZenableFallModel1) )
Path( EN => Y 10 0Z DELAY(ioDelayZdisableRiseModel2) SLEW(SlopeZdisableRiseModel2) )
Path( EN => Y 10 1Z DELAY(ioDelayZdisableFallModel2) SLEW(SlopeZdisableFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      SC_ENERGY(PowerRiseModel1)
   )
   PATH(A => Y 01 10 
      SC_ENERGY(PowerFallModel1)
   )
   PATH(EN => Y 01 01 
      SC_ENERGY(PowerRiseModel2)
   )
   PATH(EN => Y 01 10 
      SC_ENERGY(PowerFallModel2)
   )
)

CELL(TBUFX2 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.019016 0.034016 0.059016 0.159016 0.309016)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.062470 0.077821 0.100341 0.118895 0.175315)
                  (0.078889 0.093447 0.122337 0.143140 0.204216)
                  (0.099451 0.119999 0.152375 0.175636 0.245983)
                  (0.185320 0.205590 0.252590 0.282085 0.372382)
                  (0.311985 0.333031 0.383740 0.420831 0.526453)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.019066 0.034067 0.059067 0.159067 0.309067)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044570 0.055083 0.060858 0.062407 0.060244)
                  (0.054697 0.067330 0.077377 0.084191 0.086853)
                  (0.072464 0.089869 0.106729 0.113639 0.126801)
                  (0.134688 0.156645 0.189702 0.207454 0.247911)
                  (0.227040 0.249605 0.291170 0.317427 0.383264)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.019016 0.034016 0.059016 0.159016 0.309016)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045431 0.061800 0.089400 0.109800 0.150600)
                  (0.059153 0.081000 0.106200 0.121200 0.174600)
                  (0.092400 0.105600 0.133800 0.151800 0.207000)
                  (0.208200 0.212400 0.237600 0.261000 0.324600)
                  (0.385200 0.384000 0.399000 0.418200 0.489600)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.019066 0.034067 0.059067 0.159067 0.309067)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.033796 0.063600 0.088800 0.107400 0.163800)
                  (0.047400 0.073200 0.105600 0.123600 0.186600)
                  (0.064800 0.086400 0.120000 0.141600 0.214800)
                  (0.143400 0.151200 0.185400 0.211800 0.298800)
                  (0.263400 0.265800 0.288000 0.313800 0.402000)
               )
      )
   )
   TIMING_Model(ioDelayZenableRiseModel1 
      (Spline
         (LOAD_AXIS 0.019016 0.034016 0.059016 0.159016 0.309016)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.066588 0.080398 0.094432 0.100823 0.106736)
                  (0.079877 0.097954 0.112500 0.120284 0.130820)
                  (0.102207 0.119803 0.137962 0.147594 0.158875)
                  (0.187132 0.203404 0.222751 0.232505 0.249202)
                  (0.313694 0.330805 0.349255 0.358947 0.376056)
               )
      )
   )
   TIMING_Model(ioDelayZenableFallModel1 
      (Spline
         (LOAD_AXIS 0.019066 0.034067 0.059067 0.159067 0.309067)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.021354 0.015834 -0.019419 -0.055411 -0.191188)
                  (0.033098 0.035485 0.013371 -0.013026 -0.126362)
                  (0.050079 0.061022 0.054814 0.037301 -0.047837)
                  (0.108148 0.138809 0.169548 0.174168 0.145170)
                  (0.200483 0.229963 0.291060 0.319072 0.349126)
               )
      )
   )
   TIMING_Model(SlopeZenableRiseModel1 
      (Spline
         (LOAD_AXIS 0.019016 0.034016 0.059016 0.159016 0.309016)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052406 0.050364 0.055330 0.058774 0.084000)
                  (0.063000 0.070800 0.071400 0.075000 0.090600)
                  (0.088200 0.087600 0.094800 0.099000 0.113400)
                  (0.207600 0.205200 0.201600 0.203400 0.207600)
                  (0.384600 0.384600 0.380400 0.379800 0.381000)
               )
      )
   )
   TIMING_Model(SlopeZenableFallModel1 
      (Spline
         (LOAD_AXIS 0.019066 0.034067 0.059067 0.159067 0.309067)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.022651 0.054683 0.076200 0.091200 0.144600)
                  (0.036458 0.071400 0.088800 0.114600 0.175200)
                  (0.053472 0.084600 0.119400 0.141000 0.214800)
                  (0.136200 0.156600 0.211200 0.246600 0.342600)
                  (0.263400 0.269400 0.318000 0.364800 0.487200)
               )
      )
   )
   TIMING_Model(ioDelayZdisableRiseModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044417 0.074028 0.133250 0.177667 0.325722)
               )
      )
   )
   TIMING_Model(ioDelayZdisableFallModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.059734 0.097960 0.140369 0.166485 0.239306)
               )
      )
   )
   TIMING_Model(SlopeZdisableRiseModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.044417 0.074028 0.133250 0.177667 0.325722)
               )
      )
   )
   TIMING_Model(SlopeZdisableFallModel2 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.059734 0.097960 0.140369 0.166485 0.239306)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.000000 0.000000 0.000000 0.000000 0.000000)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.062739 0.073294 0.098928 0.119047 0.186594)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.019016 0.034016 0.059016 0.159016 0.309016)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.163232 0.167827 0.203050 0.236356 0.353708)
                  (0.160526 0.166881 0.199619 0.230353 0.345985)
                  (0.162813 0.165372 0.194900 0.223452 0.335436)
                  (0.163482 0.162264 0.184678 0.207814 0.304926)
                  (0.164667 0.163230 0.178799 0.196500 0.278394)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.019066 0.034067 0.059067 0.159067 0.309067)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038244 0.029621 0.008064 0.040933 0.156704)
                  (0.037693 0.030513 0.003916 0.034866 0.147679)
                  (0.036945 0.029670 0.001652 0.027250 0.135151)
                  (0.035059 0.032067 0.012407 0.009487 0.101033)
                  (0.034108 0.033171 0.018826 0.002481 0.072067)
               )
      )
   )
   ENERGY_Model(PowerRiseModel2 
      (Spline
         (LOAD_AXIS 0.019016 0.034016 0.059016 0.159016 0.309016)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.056886 0.060621 0.088211 0.105801 0.173874)
                  (0.057098 0.063190 0.088306 0.107701 0.174900)
                  (0.058831 0.065433 0.088894 0.107365 0.175218)
                  (0.058212 0.065873 0.088645 0.109154 0.176158)
                  (0.058720 0.066891 0.089925 0.109705 0.176717)
               )
      )
   )
   ENERGY_Model(PowerFallModel2 
      (Spline
         (LOAD_AXIS 0.019066 0.034067 0.059067 0.159067 0.309067)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.014255 0.000418 0.026879 0.049231 0.123502)
                  (0.012904 0.003527 0.023934 0.045870 0.119437)
                  (0.013059 0.004035 0.022247 0.043362 0.115328)
                  (0.013488 0.004551 0.020922 0.040849 0.110477)
                  (0.013268 0.005206 0.020131 0.040127 0.108755)
               )
      )
   )
// properties section 
   Area(56.000000)
   CELL_SPOWER(0.085303)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.034706 RISE(0.034195) FALL(0.034706))
   )

   PIN(EN
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.027501 RISE(0.027043) FALL(0.027501))
      SC_ENERGY(RISE(PowerRiseModel0) FALL(PowerFallModel0))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~A))
      ENABLE( ~((~EN)))
// properties section 
      Capacitance(0.009067 RISE(0.009016) FALL(0.009067))
      Load_Limit(0.997443)
   )

// pinrels
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( EN => Y 01 Z1 DELAY(ioDelayZenableRiseModel1) SLEW(SlopeZenableRiseModel1) )
Path( EN => Y 01 Z0 DELAY(ioDelayZenableFallModel1) SLEW(SlopeZenableFallModel1) )
Path( EN => Y 10 0Z DELAY(ioDelayZdisableRiseModel2) SLEW(SlopeZdisableRiseModel2) )
Path( EN => Y 10 1Z DELAY(ioDelayZdisableFallModel2) SLEW(SlopeZdisableFallModel2) )

// powerSI arc
   PATH(A => Y 10 01 
      SC_ENERGY(PowerRiseModel1)
   )
   PATH(A => Y 01 10 
      SC_ENERGY(PowerFallModel1)
   )
   PATH(EN => Y 01 01 
      SC_ENERGY(PowerRiseModel2)
   )
   PATH(EN => Y 01 10 
      SC_ENERGY(PowerFallModel2)
   )
)

CELL(XNOR2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.084544 0.100187 0.114213 0.123541 0.136185)
                  (0.097758 0.113674 0.126363 0.138852 0.150601)
                  (0.119347 0.133769 0.150698 0.160444 0.175328)
                  (0.200286 0.209259 0.234451 0.245612 0.260619)
                  (0.324789 0.342562 0.359971 0.370257 0.387423)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.080598 0.104814 0.144070 0.166460 0.230823)
                  (0.090007 0.114398 0.158715 0.181250 0.244904)
                  (0.105009 0.129684 0.174764 0.197639 0.261251)
                  (0.164452 0.191059 0.235757 0.259450 0.326304)
                  (0.254746 0.281259 0.324243 0.349894 0.419368)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052523 0.057076 0.053423 0.061800 0.073800)
                  (0.071400 0.069000 0.070800 0.081000 0.082800)
                  (0.102000 0.099000 0.097200 0.101400 0.106200)
                  (0.217800 0.214800 0.207000 0.209400 0.213000)
                  (0.394800 0.395400 0.389400 0.387000 0.389400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.045290 0.040774 0.050768 0.044716 0.069600)
                  (0.053465 0.052244 0.062400 0.063000 0.073800)
                  (0.075600 0.069000 0.077400 0.079200 0.084000)
                  (0.151200 0.151200 0.148200 0.148800 0.153600)
                  (0.272400 0.273000 0.268200 0.265200 0.270000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.100430 0.112224 0.127373 0.134943 0.151000)
                  (0.114693 0.125678 0.141086 0.148733 0.165698)
                  (0.134581 0.147375 0.163947 0.172141 0.187238)
                  (0.219625 0.233512 0.248511 0.256184 0.272455)
                  (0.345830 0.360056 0.375552 0.389966 0.399734)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.088851 0.113426 0.147155 0.170376 0.234997)
                  (0.099159 0.123811 0.160163 0.180288 0.246878)
                  (0.115930 0.140664 0.175175 0.198865 0.265918)
                  (0.178962 0.203622 0.239327 0.262263 0.328548)
                  (0.270984 0.295933 0.331436 0.354428 0.421444)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.057964 0.053126 0.056893 0.057661 0.068400)
                  (0.070200 0.068400 0.070800 0.075000 0.084000)
                  (0.099600 0.097800 0.101400 0.103800 0.111000)
                  (0.218400 0.218400 0.217200 0.219000 0.221400)
                  (0.394800 0.395400 0.394800 0.395400 0.396600)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038498 0.040763 0.053891 0.049019 0.062400)
                  (0.051011 0.050726 0.062400 0.059128 0.068400)
                  (0.070800 0.073800 0.078600 0.078000 0.087600)
                  (0.150000 0.152400 0.151200 0.153600 0.156600)
                  (0.271200 0.271200 0.271800 0.270600 0.273000)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.043470 0.047419 0.069645 0.092194 0.168622)
                  (0.043836 0.046995 0.070428 0.091803 0.165958)
                  (0.042241 0.046473 0.070214 0.091468 0.162393)
                  (0.039645 0.047232 0.070839 0.092026 0.158857)
                  (0.037719 0.046566 0.071058 0.091224 0.158921)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.109542 0.118976 0.145870 0.165122 0.232870)
                  (0.108958 0.118223 0.145165 0.165146 0.232197)
                  (0.108499 0.117602 0.144445 0.164886 0.231277)
                  (0.103556 0.114346 0.142765 0.163112 0.230403)
                  (0.101638 0.111971 0.140610 0.160075 0.229342)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.051682 0.059125 0.082205 0.101964 0.173332)
                  (0.050197 0.059498 0.082730 0.102347 0.172834)
                  (0.050515 0.060544 0.082443 0.101904 0.172822)
                  (0.050393 0.061573 0.083208 0.102791 0.171525)
                  (0.050581 0.062061 0.083892 0.102759 0.171009)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.110748 0.120302 0.144257 0.164108 0.234096)
                  (0.111537 0.120649 0.143740 0.164163 0.233653)
                  (0.112110 0.121157 0.144867 0.163574 0.233201)
                  (0.112552 0.122391 0.145428 0.164597 0.232813)
                  (0.112929 0.122933 0.146023 0.165021 0.232390)
               )
      )
   )
// properties section 
   Area(56.000000)
   CELL_SPOWER(0.160592)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.029666 RISE(0.029653) FALL(0.029666))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.034272 RISE(0.033995) FALL(0.034272))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (~(A ^ B)))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.484641)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( B => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(B => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)

CELL(XOR2X1 
// model section 
   TIMING_Model(ioDelayRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.084668 0.100252 0.114250 0.123569 0.136197)
                  (0.097915 0.113723 0.126398 0.138879 0.150616)
                  (0.119426 0.133803 0.150727 0.160469 0.175347)
                  (0.200291 0.211090 0.234434 0.245604 0.260628)
                  (0.324762 0.343132 0.359931 0.370218 0.387403)
               )
      )
   )
   TIMING_Model(ioDelayFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.080217 0.104741 0.144050 0.166439 0.230805)
                  (0.089887 0.114359 0.158704 0.181241 0.244897)
                  (0.104894 0.129666 0.174768 0.197644 0.261257)
                  (0.164496 0.191140 0.235815 0.259502 0.326338)
                  (0.254884 0.281399 0.324471 0.350019 0.419374)
               )
      )
   )
   TIMING_Model(SlopeRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.052475 0.057100 0.053443 0.061800 0.073800)
                  (0.071400 0.069000 0.070800 0.081000 0.082800)
                  (0.102000 0.098400 0.097200 0.101400 0.106200)
                  (0.217800 0.214800 0.206400 0.209400 0.213000)
                  (0.394200 0.394800 0.389400 0.387000 0.389400)
               )
      )
   )
   TIMING_Model(SlopeFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.041331 0.040781 0.050767 0.044749 0.069600)
                  (0.053453 0.052285 0.062400 0.063000 0.073800)
                  (0.075600 0.069000 0.078000 0.079200 0.084000)
                  (0.151800 0.151200 0.148200 0.148800 0.153600)
                  (0.273000 0.273000 0.268200 0.265200 0.270000)
               )
      )
   )
   TIMING_Model(ioDelayRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.095856 0.109639 0.124914 0.132649 0.149393)
                  (0.112134 0.122918 0.138721 0.146560 0.164175)
                  (0.132565 0.144856 0.161456 0.170028 0.185654)
                  (0.217554 0.231394 0.246536 0.255419 0.270720)
                  (0.343798 0.357936 0.373613 0.388316 0.398061)
               )
      )
   )
   TIMING_Model(ioDelayFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.090864 0.115106 0.148564 0.176005 0.236451)
                  (0.101631 0.126046 0.162396 0.186432 0.247857)
                  (0.118398 0.142704 0.177128 0.201290 0.267362)
                  (0.181148 0.206000 0.241266 0.265038 0.330296)
                  (0.273354 0.298267 0.333521 0.357100 0.423520)
               )
      )
   )
   TIMING_Model(SlopeRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.058266 0.053422 0.056738 0.058408 0.068400)
                  (0.069600 0.068400 0.071400 0.075600 0.084600)
                  (0.099600 0.098400 0.100800 0.102600 0.111000)
                  (0.217800 0.218400 0.216000 0.218400 0.220800)
                  (0.394200 0.394200 0.394200 0.394200 0.395400)
               )
      )
   )
   TIMING_Model(SlopeFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.038733 0.040560 0.054628 0.057339 0.062400)
                  (0.051463 0.051355 0.063000 0.061800 0.068400)
                  (0.073200 0.074400 0.079200 0.077400 0.088200)
                  (0.152400 0.154200 0.151800 0.154200 0.158400)
                  (0.272400 0.272400 0.273600 0.272400 0.274800)
               )
      )
   )
   ENERGY_Model(PowerRiseModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.039147 0.043066 0.065269 0.087649 0.161009)
                  (0.039465 0.042689 0.066020 0.087383 0.159416)
                  (0.037848 0.042114 0.065867 0.087082 0.157005)
                  (0.035203 0.043327 0.066417 0.087567 0.154421)
                  (0.033256 0.041973 0.066668 0.086833 0.154458)
               )
      )
   )
   ENERGY_Model(PowerFallModel0 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.115486 0.124065 0.150891 0.170160 0.238191)
                  (0.114470 0.123220 0.150245 0.170238 0.237468)
                  (0.113772 0.122815 0.149439 0.170003 0.236493)
                  (0.108866 0.119919 0.148098 0.168247 0.235659)
                  (0.107123 0.117629 0.146091 0.165491 0.234547)
               )
      )
   )
   ENERGY_Model(PowerRiseModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.026559 0.035590 0.058419 0.078185 0.149262)
                  (0.025608 0.036149 0.058793 0.078541 0.148897)
                  (0.026126 0.037049 0.058739 0.078407 0.148412)
                  (0.026155 0.037809 0.059428 0.078443 0.147670)
                  (0.026354 0.038386 0.060015 0.078495 0.146955)
               )
      )
   )
   ENERGY_Model(PowerFallModel1 
      (Spline
         (LOAD_AXIS 0.005000 0.012500 0.025000 0.075000 0.150000)
         (INPUT_SLEW_AXIS 0.060000 0.180000 0.420000 0.600000 1.200000)
            data
               (
                  (0.135123 0.144361 0.167778 0.187770 0.258031)
                  (0.135422 0.144299 0.167404 0.187571 0.257476)
                  (0.135526 0.145303 0.167795 0.187325 0.256994)
                  (0.135659 0.146275 0.168727 0.188040 0.256332)
                  (0.135952 0.146808 0.169391 0.188500 0.255797)
               )
      )
   )
// properties section 
   Area(56.000000)
   CELL_SPOWER(0.161354)
   PIN(A
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.029653 RISE(0.029651) FALL(0.029653))
   )

   PIN(B
      PINTYPE(INPUT )
// properties section 
      Capacitance(0.034266 RISE(0.033992) FALL(0.034266))
   )

   PIN(Y
      PINTYPE(OUTPUT )
      FUNCTION( (A ^ B))
// properties section 
      Capacitance(0.000000 RISE(0.000000) FALL(0.000000))
      Load_Limit(0.484395)
   )

// pinrels
Path( A => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel0) SLEW(SlopeRiseModel0) )
Path( A => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( A => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel0) SLEW(SlopeFallModel0) )
Path( B => Y 01 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 10 01 QUALIFIER(COMBINATIONAL) DELAY(ioDelayRiseModel1) SLEW(SlopeRiseModel1) )
Path( B => Y 01 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )
Path( B => Y 10 10 QUALIFIER(COMBINATIONAL) DELAY(ioDelayFallModel1) SLEW(SlopeFallModel1) )

// powerSI arc
   PATH(A => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel0)
   )
   PATH(A => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(A => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel0)
   )
   PATH(B => Y 01 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 10 01 
      INTERNAL_ENERGY(PowerRiseModel1)
   )
   PATH(B => Y 01 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
   PATH(B => Y 10 10 
      INTERNAL_ENERGY(PowerFallModel1)
   )
)