// Library = EvoApprox 12x12 // Circuit = mul12x12_038 // Area (45) = 1918 // Delay (45) = 1.560 // Power (45) = 1.18 // MAE = 905.10000 // MSE = 1273720.70000 // MRE = 0.26 % // WCE = 4193 // WCRE = 26100 % // EP = 99.8 % module mul12x12_038(A, B, O); input [11:0] A, B; output [23:0] O; wire n_1508, n_1750, n_1618, n_1208, n_1669, n_1610, n_1612, n_1614, n_708, n_1812; wire n_1810, n_1816, n_1500, n_1818, n_1682, n_1680, n_892, n_1686, n_1688, n_894; wire n_800, n_701, n_1506, n_1106, n_703, n_1102, n_1108, n_750, n_158, n_1294; wire n_1290, n_1292, n_152, n_153, n_154, n_1298, n_156, n_1378, n_1704, n_1862; wire n_1860, n_481, n_1868, n_238, n_723, n_230, n_721, n_720, n_235, n_234; wire n_725, n_236, n_2034, n_2030, n_2032, n_637, n_2038, n_554, n_555, n_556; wire n_557, n_550, n_128, n_552, n_553, n_657, n_124, n_655, n_654, n_653; wire n_120, n_123, n_122, n_345, n_344, n_346, n_340, n_424, n_1038, n_426; wire n_746, n_420, n_348, n_422, n_423, n_18, n_19, n_16, n_17, n_14; wire n_15, n_12, n_13, n_10, n_11, n_1480, n_2022, n_1814, n_982, n_330; wire n_880, n_334, n_336, n_338, n_1484, n_1530, n_2010, n_1532, n_1242, n_1716; wire n_1246, n_1338, n_1244, n_1248, n_903, n_902, n_1086, n_1080, n_906, n_904; wire n_1324, n_908, n_1088, n_1492, n_1322, n_81, n_80, n_84, n_86, n_89; wire n_88, n_1504, n_1330, n_1340, n_770, n_1666, n_771, n_1668, n_1140, n_1142; wire n_1144, n_1146, n_1390, n_1392, n_1394, n_1396, n_1398, n_1828, n_1822, n_777; wire n_1826, n_1824, n_950, n_569, n_568, n_951, n_565, n_564, n_567, n_566; wire n_561, n_560, n_563, n_562, n_1052, n_288, n_163, n_162, n_636, n_166; wire n_280, n_168, n_282, n_284, n_518, n_946, n_510, n_511, n_514, n_515; wire n_516, n_517, n_266, n_264, n_260, n_261, n_300, n_302, n_304, n_268; wire n_306, n_1420, n_1580, n_641, n_1588, n_644, n_794, n_645, n_606, n_607; wire n_600, n_601, n_602, n_603, n_767, n_766, n_765, n_764, n_608, n_609; wire n_760, n_415, n_414, n_417, n_416, n_790, n_413, n_412, n_1368, n_791; wire n_419, n_418, n_948, n_45, n_44, n_47, n_46, n_41, n_40, n_43; wire n_42, n_864, n_1042, n_789, n_48, n_1594, n_1462, n_1384, n_1556, n_462; wire n_463, n_464, n_465, n_466, n_467, n_1586, n_1440, n_1568, n_1624, n_980; wire n_1620, n_1188, n_1622, n_1000, n_1186, n_1628, n_1180, n_986, n_1748, n_1214; wire n_1216, n_1210, n_1212, n_795, n_1780, n_1690, n_1692, n_1696, n_792, n_1464; wire n_1438, n_793, n_1166, n_1465, n_745, n_1864, n_1870, n_1872, n_1516, n_182; wire n_180, n_186, n_635, n_634, n_220, n_188, n_630, n_633, n_632, n_1032; wire n_2020, n_2026, n_2028, n_1518, n_742, n_648, n_520, n_523, n_522, n_527; wire n_526, n_640, n_528, n_642, n_643, n_132, n_133, n_130, n_647, n_356; wire n_458, n_988, n_352, n_350, n_1632, n_451, n_450, n_453, n_452, n_455; wire n_454, n_358, n_984, n_744, n_1634, n_734, n_735, n_736, n_737, n_730; wire n_731, n_732, n_722, n_1522, n_1520, n_738, n_739, n_1250, n_1700, n_747; wire n_778, n_727, n_733, n_726, n_1318, n_1090, n_850, n_852, n_914, n_1312; wire n_724, n_1314, n_1316, n_779, n_74, n_72, n_73, n_1416, n_926, n_1798; wire n_1412, n_1794, n_1790, n_1419, n_1418, n_1174, n_1176, n_1170, n_1702, n_1178; wire n_1732, n_1772, n_1678, n_1676, n_1674, n_1730, n_1254, n_1386, n_1256, n_1382; wire n_1380, n_1838, n_1734, n_1258, n_1830, n_1834, n_1836, n_1708, n_1670, n_769; wire n_578, n_576, n_577, n_574, n_575, n_572, n_573, n_170, n_176, n_177; wire n_174, n_178, n_1096, n_318, n_256, n_254, n_312, n_704, n_310, n_258; wire n_316, n_700, n_314, n_702, n_1310, n_1528, n_942, n_380, n_383, n_382; wire n_385, n_384, n_386, n_1574, n_940, n_2016, n_2014, n_671, n_670, n_675; wire n_674, n_677, n_676, n_679, n_678, n_772, n_773, n_776, n_551, n_406; wire n_407, n_404, n_405, n_402, n_403, n_1428, n_1050, n_1426, n_1424, n_658; wire n_408, n_409, n_30, n_31, n_32, n_33, n_34, n_35, n_36, n_37; wire n_38, n_39, n_1584, n_798, n_799, n_785, n_1590, n_1576, n_784, n_1598; wire n_868, n_652, n_1596, n_1510, n_1458, n_499, n_498, n_1514, n_495, n_494; wire n_497, n_496, n_1560, n_493, n_492, n_1633, n_1408, n_1630, n_783, n_836; wire n_782, n_1018, n_1040, n_1738, n_834, n_1220, n_1222, n_649, n_1224, n_928; wire n_1226, n_1034, n_1044, n_788, n_1414, n_1402, n_1404, n_421, n_1642, n_1406; wire n_1648, n_781, n_1840, n_1844, n_1792, n_1846, n_1848, n_586, n_585, n_584; wire n_198, n_628, n_580, n_196, n_625, n_190, n_620, n_588, n_1566, n_532; wire n_533, n_530, n_531, n_534, n_535, n_102, n_538, n_100, n_1562, n_1498; wire n_362, n_448, n_360, n_1526, n_364, n_442, n_443, n_440, n_368, n_446; wire n_447, n_1014, n_693, n_692, n_691, n_690, n_697, n_696, n_699, n_698; wire n_2044, n_2040, n_2042, n_1364, n_216, n_743, n_214, n_213, n_212, n_211; wire n_210, n_749, n_748, n_1496, n_1430, n_1306, n_1304, n_1302, n_1300, n_2018; wire n_1266, n_1260, n_964, n_848, n_966, n_68, n_66, n_64, n_63, n_62; wire n_60, n_994, n_716, n_1788, n_1466, n_992, n_717, n_1494, n_1782, n_683; wire n_714, n_1784, n_1162, n_8, n_9, n_1164, n_4, n_5, n_6, n_7; wire n_0, n_1, n_2, n_3, n_1564, n_1608, n_710, n_1602, n_1600, n_1182; wire n_1606, n_1804, n_1806, n_1800, n_1802, n_1714, n_549, n_548, n_543, n_542; wire n_541, n_540, n_545, n_544, n_1114, n_1112, n_1110, n_1746, n_1710, n_1118; wire n_646, n_1284, n_1744, n_1282, n_1712, n_148, n_146, n_1030, n_142, n_1288; wire n_1742, n_756, n_624, n_1100, n_248, n_2008, n_244, n_622, n_246, n_715; wire n_712, n_713, n_242, n_621, n_392, n_1084, n_390, n_396, n_397, n_394; wire n_398, n_399, n_662, n_666, n_664, n_668, n_1168, n_1328, n_433, n_432; wire n_1020, n_1348, n_437, n_436, n_768, n_1028, n_438, n_1346, n_1344, n_23; wire n_22, n_21, n_20, n_27, n_26, n_25, n_24, n_802, n_803, n_29; wire n_28, n_804, n_805, n_1326, n_326, n_324, n_322, n_488, n_896, n_486; wire n_898, n_484, n_485, n_482, n_483, n_480, n_328, n_1236, n_1234, n_1232; wire n_1230, n_1238, n_936, n_1482, n_932, n_930, n_1336, n_1720, n_1334, n_1722; wire n_1724, n_938, n_1726, n_96, n_97, n_94, n_90, n_98, n_780, n_1736; wire n_1022, n_1654, n_1158, n_1656, n_1152, n_1026, n_1156, n_1658, n_1154, n_1027; wire n_1076, n_108, n_1048, n_1858, n_1856, n_1852, n_1850, n_590, n_619, n_618; wire n_594, n_595, n_596, n_597, n_613, n_612, n_611, n_610, n_615, n_614; wire n_1094, n_1432, n_539, n_110, n_112, n_298, n_294, n_118, n_292, n_290; wire n_1540, n_509, n_508, n_507, n_506, n_505, n_504, n_501, n_500, n_1578; wire n_276, n_378, n_270, n_272, n_374, n_1572, n_370, n_278, n_372, n_1486; wire n_449, n_688, n_689, n_684, n_685, n_686, n_687, n_680, n_681, n_682; wire n_659, n_801, n_202, n_751, n_204, n_754, n_208, n_758, n_1472, n_1372; wire n_441, n_1374, n_1098, n_1476, n_1488, n_1016, n_872, n_870, n_1078, n_874; wire n_972, n_1074, n_970, n_878, n_976, n_974, n_1148, n_52, n_53, n_50; wire n_56, n_57, n_54, n_55, n_477, n_476, n_475, n_474, n_473, n_472; wire n_471, n_470, n_656, n_1474; assign n_0 = A[0]; assign n_1 = A[0]; assign n_2 = A[1]; assign n_3 = A[1]; assign n_4 = A[2]; assign n_5 = A[2]; assign n_6 = A[3]; assign n_7 = A[3]; assign n_8 = A[4]; assign n_9 = A[4]; assign n_10 = A[5]; assign n_11 = A[5]; assign n_12 = A[6]; assign n_13 = A[6]; assign n_14 = A[7]; assign n_15 = A[7]; assign n_16 = A[8]; assign n_17 = A[8]; assign n_18 = A[9]; assign n_19 = A[9]; assign n_20 = A[10]; assign n_21 = A[10]; assign n_22 = A[11]; assign n_23 = A[11]; assign n_24 = B[0]; assign n_25 = B[0]; assign n_26 = B[1]; assign n_27 = B[1]; assign n_28 = B[2]; assign n_29 = B[2]; assign n_30 = B[3]; assign n_31 = B[3]; assign n_32 = B[4]; assign n_33 = B[4]; assign n_34 = B[5]; assign n_35 = B[5]; assign n_36 = B[6]; assign n_37 = B[6]; assign n_38 = B[7]; assign n_39 = B[7]; assign n_40 = B[8]; assign n_41 = B[8]; assign n_42 = B[9]; assign n_43 = B[9]; assign n_44 = B[10]; assign n_45 = B[10]; assign n_46 = B[11]; assign n_47 = B[11]; assign n_48 = n_18 & n_24; assign n_50 = n_2 & n_24; assign n_52 = ~(n_26 | n_44 | n_0); assign n_53 = n_52; assign n_54 = n_6 & n_0; assign n_55 = n_54; assign n_56 = n_8 & n_54; assign n_57 = n_56; assign n_60 = n_57 & n_24; assign n_62 = n_34 & n_24; assign n_63 = n_62; assign n_64 = n_57 & n_24; assign n_66 = n_16 & n_4; assign n_68 = n_18 & n_24; assign n_72 = n_20 & n_24; assign n_73 = n_72; assign n_74 = n_22 & n_24; assign n_80 = n_4 & n_26; assign n_81 = n_80; assign n_84 = n_6 & n_26; assign n_86 = n_81 & n_26; assign n_88 = n_10 & n_26; assign n_89 = n_88; assign n_90 = n_12 & n_26; assign n_94 = n_14 & n_26; assign n_96 = n_16 & n_54; assign n_97 = n_96; assign n_98 = n_18 & n_26; assign n_100 = n_20 & n_26; assign n_102 = n_22 & n_26; assign n_108 = n_53 & n_90; assign n_110 = n_55 & n_28; assign n_112 = n_73 & n_28; assign n_118 = n_10 & n_28; assign n_120 = n_12 & n_28; assign n_122 = n_14 & n_28; assign n_123 = n_122; assign n_124 = n_16 & n_28; assign n_128 = n_18 & n_28; assign n_130 = n_20 & n_28; assign n_132 = n_22 & n_28; assign n_133 = n_132; assign n_142 = n_133 & n_68; assign n_146 = n_97 & n_30; assign n_148 = n_12 & n_30; assign n_152 = n_14 & n_30; assign n_153 = n_152; assign n_154 = n_16 & n_30; assign n_156 = n_18 & n_30; assign n_158 = n_20 & n_30; assign n_162 = n_22 & n_30; assign n_163 = n_162; assign n_166 = n_63 & n_32; assign n_168 = n_4 & n_166; assign n_170 = n_163 & n_32; assign n_174 = n_26 & n_32; assign n_176 = n_89 & n_32; assign n_177 = n_176; assign n_178 = n_12 & n_32; assign n_180 = n_14 & n_32; assign n_182 = n_16 & n_32; assign n_186 = n_18 & n_32; assign n_188 = n_20 & n_32; assign n_190 = n_22 & n_32; assign n_196 = n_2 & n_34; assign n_198 = n_4 & n_34; assign n_202 = n_177 & n_50; assign n_204 = n_10 & n_34; assign n_208 = n_12 & n_34; assign n_210 = n_14 & n_34; assign n_211 = n_210; assign n_212 = n_16 & n_34; assign n_213 = n_212; assign n_214 = n_18 & n_34; assign n_216 = n_20 & n_34; assign n_220 = n_22 & n_34; assign n_230 = n_123 & n_212; assign n_234 = n_10 & n_36; assign n_235 = n_234; assign n_236 = n_12 & n_36; assign n_238 = n_14 & n_36; assign n_242 = n_16 & n_36; assign n_244 = n_18 & n_36; assign n_246 = n_20 & n_36; assign n_248 = n_22 & n_36; assign n_254 = n_2 & n_38; assign n_256 = n_4 & n_38; assign n_258 = n_6 & n_36; assign n_260 = n_8 & n_38; assign n_261 = n_260; assign n_264 = n_10 & n_38; assign n_266 = n_12 & n_38; assign n_268 = n_14 & n_38; assign n_270 = n_16 & n_38; assign n_272 = n_18 & n_38; assign n_276 = n_20 & n_38; assign n_278 = n_22 & n_38; assign n_280 = n_0 & n_40; assign n_282 = n_57 & n_40; assign n_284 = n_4 & n_40; assign n_288 = n_6 & n_40; assign n_290 = n_8 & n_40; assign n_292 = n_10 & n_40; assign n_294 = n_12 & n_40; assign n_298 = n_14 & n_40; assign n_300 = n_16 & n_40; assign n_302 = n_18 & n_40; assign n_304 = n_20 & n_40; assign n_306 = n_22 & n_40; assign n_310 = n_0 & n_42; assign n_312 = n_2 & n_42; assign n_314 = n_4 & n_42; assign n_316 = n_6 & n_42; assign n_318 = n_8 & n_42; assign n_322 = n_10 & n_42; assign n_324 = n_12 & n_42; assign n_326 = n_14 & n_42; assign n_328 = n_16 & n_42; assign n_330 = n_18 & n_42; assign n_334 = n_20 & n_42; assign n_336 = n_22 & n_42; assign n_338 = n_0 & n_44; assign n_340 = n_2 & n_44; assign n_344 = n_4 & n_44; assign n_345 = n_344; assign n_346 = n_6 & n_44; assign n_348 = n_8 & n_44; assign n_350 = n_10 & n_44; assign n_352 = n_12 & n_44; assign n_356 = n_14 & n_44; assign n_358 = n_16 & n_44; assign n_360 = n_18 & n_44; assign n_362 = n_20 & n_44; assign n_364 = n_22 & n_44; assign n_368 = n_0 & n_46; assign n_370 = n_2 & n_46; assign n_372 = n_4 & n_46; assign n_374 = n_6 & n_46; assign n_378 = n_8 & n_46; assign n_380 = n_10 & n_46; assign n_382 = n_12 & n_46; assign n_383 = n_382; assign n_384 = n_14 & n_46; assign n_385 = n_384; assign n_386 = n_16 & n_46; assign n_390 = n_18 & n_46; assign n_392 = n_20 & n_46; assign n_394 = n_22 & n_46; HAX1 tmp207(.YS(n_396), .YC(n_397), .A(n_133), .B(n_230)); assign n_398 = n_52; assign n_399 = n_398; FAX1 tmp210(.YS(n_402), .YC(n_403), .A(n_54), .B(n_368), .C(n_108)); assign n_404 = n_56 & n_84; assign n_405 = n_404; FAX1 tmp213(.YS(n_406), .YC(n_407), .A(n_60), .B(n_86), .C(n_112)); assign n_408 = n_62 | n_214; assign n_409 = n_408; FAX1 tmp216(.YS(n_412), .YC(n_413), .A(n_64), .B(n_90), .C(n_118)); FAX1 tmp217(.YS(n_414), .YC(n_415), .A(n_66), .B(n_94), .C(n_120)); FAX1 tmp218(.YS(n_416), .YC(n_417), .A(n_68), .B(n_96), .C(n_122)); FAX1 tmp219(.YS(n_418), .YC(n_419), .A(n_72), .B(n_98), .C(n_124)); FAX1 tmp220(.YS(n_420), .YC(n_421), .A(n_74), .B(n_100), .C(n_128)); HAX1 tmp221(.YS(n_422), .YC(n_423), .A(n_211), .B(n_162)); assign n_424 = n_102 & n_130; assign n_426 = n_102 ^ n_130; FAX1 tmp224(.YS(n_432), .YC(n_433), .A(n_142), .B(n_168), .C(n_196)); FAX1 tmp225(.YS(n_436), .YC(n_437), .A(n_421), .B(n_170), .C(n_198)); assign n_438 = n_146 & n_174; FAX1 tmp227(.YS(n_440), .YC(n_441), .A(n_148), .B(n_176), .C(n_202)); FAX1 tmp228(.YS(n_442), .YC(n_443), .A(n_152), .B(n_178), .C(n_204)); FAX1 tmp229(.YS(n_446), .YC(n_447), .A(n_154), .B(n_180), .C(n_208)); FAX1 tmp230(.YS(n_448), .YC(n_449), .A(n_156), .B(n_182), .C(n_210)); FAX1 tmp231(.YS(n_450), .YC(n_451), .A(n_158), .B(n_186), .C(n_213)); FAX1 tmp232(.YS(n_452), .YC(n_453), .A(n_162), .B(n_188), .C(n_214)); assign n_454 = n_190 & n_216; assign n_455 = n_454; assign n_458 = n_190 ^ n_216; FAX1 tmp236(.YS(n_462), .YC(n_463), .A(n_22), .B(n_254), .C(n_280)); FAX1 tmp237(.YS(n_464), .YC(n_465), .A(n_230), .B(n_256), .C(n_282)); FAX1 tmp238(.YS(n_466), .YC(n_467), .A(n_235), .B(n_258), .C(n_284)); FAX1 tmp239(.YS(n_470), .YC(n_471), .A(n_234), .B(n_260), .C(n_288)); FAX1 tmp240(.YS(n_472), .YC(n_473), .A(n_236), .B(n_264), .C(n_290)); FAX1 tmp241(.YS(n_474), .YC(n_475), .A(n_238), .B(n_266), .C(n_292)); FAX1 tmp242(.YS(n_476), .YC(n_477), .A(n_242), .B(n_268), .C(n_294)); FAX1 tmp243(.YS(n_480), .YC(n_481), .A(n_244), .B(n_270), .C(n_298)); FAX1 tmp244(.YS(n_482), .YC(n_483), .A(n_246), .B(n_272), .C(n_300)); FAX1 tmp245(.YS(n_484), .YC(n_485), .A(n_248), .B(n_276), .C(n_302)); assign n_486 = n_278 & n_304; assign n_488 = n_278 ^ n_304; HAX1 tmp248(.YS(n_492), .YC(n_493), .A(n_312), .B(n_338)); FAX1 tmp249(.YS(n_494), .YC(n_495), .A(n_314), .B(n_340), .C(n_368)); FAX1 tmp250(.YS(n_496), .YC(n_497), .A(n_316), .B(n_344), .C(n_370)); FAX1 tmp251(.YS(n_498), .YC(n_499), .A(n_318), .B(n_346), .C(n_372)); FAX1 tmp252(.YS(n_500), .YC(n_501), .A(n_322), .B(n_348), .C(n_374)); FAX1 tmp253(.YS(n_504), .YC(n_505), .A(n_324), .B(n_350), .C(n_378)); FAX1 tmp254(.YS(n_506), .YC(n_507), .A(n_326), .B(n_352), .C(n_380)); FAX1 tmp255(.YS(n_508), .YC(n_509), .A(n_328), .B(n_356), .C(n_382)); FAX1 tmp256(.YS(n_510), .YC(n_511), .A(n_330), .B(n_358), .C(n_384)); FAX1 tmp257(.YS(n_514), .YC(n_515), .A(n_334), .B(n_360), .C(n_386)); FAX1 tmp258(.YS(n_516), .YC(n_517), .A(n_336), .B(n_362), .C(n_390)); assign n_518 = n_364 & n_392; assign n_520 = n_364 ^ n_392; HAX1 tmp261(.YS(n_522), .YC(n_523), .A(n_398), .B(n_397)); FAX1 tmp262(.YS(n_526), .YC(n_527), .A(n_402), .B(n_399), .C(n_413)); assign n_528 = n_404; HAX1 tmp264(.YS(n_530), .YC(n_531), .A(n_406), .B(n_405)); FAX1 tmp265(.YS(n_532), .YC(n_533), .A(n_408), .B(n_407), .C(n_432)); FAX1 tmp266(.YS(n_534), .YC(n_535), .A(n_455), .B(n_409), .C(n_436)); FAX1 tmp267(.YS(n_538), .YC(n_539), .A(n_414), .B(n_413), .C(n_438)); FAX1 tmp268(.YS(n_540), .YC(n_541), .A(n_416), .B(n_415), .C(n_440)); FAX1 tmp269(.YS(n_542), .YC(n_543), .A(n_261), .B(n_417), .C(n_442)); FAX1 tmp270(.YS(n_544), .YC(n_545), .A(n_420), .B(n_419), .C(n_446)); FAX1 tmp271(.YS(n_548), .YC(n_549), .A(n_426), .B(n_421), .C(n_448)); FAX1 tmp272(.YS(n_550), .YC(n_551), .A(n_132), .B(n_424), .C(n_450)); HAX1 tmp273(.YS(n_552), .YC(n_553), .A(n_385), .B(n_182)); HAX1 tmp274(.YS(n_554), .YC(n_555), .A(n_433), .B(n_16)); FAX1 tmp275(.YS(n_556), .YC(n_557), .A(n_437), .B(n_462), .C(n_415)); FAX1 tmp276(.YS(n_560), .YC(n_561), .A(n_2), .B(n_464), .C(n_463)); FAX1 tmp277(.YS(n_562), .YC(n_563), .A(n_441), .B(n_466), .C(n_465)); FAX1 tmp278(.YS(n_564), .YC(n_565), .A(n_443), .B(n_470), .C(n_467)); FAX1 tmp279(.YS(n_566), .YC(n_567), .A(n_447), .B(n_472), .C(n_471)); FAX1 tmp280(.YS(n_568), .YC(n_569), .A(n_449), .B(n_474), .C(n_473)); FAX1 tmp281(.YS(n_572), .YC(n_573), .A(n_451), .B(n_476), .C(n_475)); FAX1 tmp282(.YS(n_574), .YC(n_575), .A(n_453), .B(n_480), .C(n_477)); FAX1 tmp283(.YS(n_576), .YC(n_577), .A(n_454), .B(n_482), .C(n_481)); assign n_578 = n_484 & n_483; assign n_580 = n_484 ^ n_483; assign n_584 = n_488 & n_485; assign n_585 = n_584; assign n_586 = n_488 ^ n_485; assign n_588 = n_306 & n_486; assign n_590 = n_306 ^ n_486; HAX1 tmp291(.YS(n_594), .YC(n_595), .A(n_526), .B(n_523)); HAX1 tmp292(.YS(n_596), .YC(n_597), .A(n_528), .B(n_527)); FAX1 tmp293(.YS(n_600), .YC(n_601), .A(n_345), .B(n_531), .C(n_563)); FAX1 tmp294(.YS(n_602), .YC(n_603), .A(n_534), .B(n_533), .C(n_554)); FAX1 tmp295(.YS(n_606), .YC(n_607), .A(n_538), .B(n_535), .C(n_556)); FAX1 tmp296(.YS(n_608), .YC(n_609), .A(n_540), .B(n_382), .C(n_560)); FAX1 tmp297(.YS(n_610), .YC(n_611), .A(n_542), .B(n_541), .C(n_562)); FAX1 tmp298(.YS(n_612), .YC(n_613), .A(n_544), .B(n_543), .C(n_564)); FAX1 tmp299(.YS(n_614), .YC(n_615), .A(n_548), .B(n_545), .C(n_566)); FAX1 tmp300(.YS(n_618), .YC(n_619), .A(n_550), .B(n_549), .C(n_568)); FAX1 tmp301(.YS(n_620), .YC(n_621), .A(n_452), .B(n_551), .C(n_572)); assign n_622 = n_458 & n_574; HAX1 tmp303(.YS(n_624), .YC(n_625), .A(n_458), .B(n_574)); assign n_628 = n_220 & n_576; assign n_630 = n_220 ^ n_576; HAX1 tmp306(.YS(n_632), .YC(n_633), .A(n_557), .B(n_310)); HAX1 tmp307(.YS(n_634), .YC(n_635), .A(n_561), .B(n_492)); FAX1 tmp308(.YS(n_636), .YC(n_637), .A(n_563), .B(n_494), .C(n_493)); FAX1 tmp309(.YS(n_640), .YC(n_641), .A(n_565), .B(n_496), .C(n_495)); FAX1 tmp310(.YS(n_642), .YC(n_643), .A(n_567), .B(n_498), .C(n_497)); FAX1 tmp311(.YS(n_644), .YC(n_645), .A(n_569), .B(n_500), .C(n_499)); FAX1 tmp312(.YS(n_646), .YC(n_647), .A(n_573), .B(n_504), .C(n_501)); FAX1 tmp313(.YS(n_648), .YC(n_649), .A(n_575), .B(n_506), .C(n_505)); FAX1 tmp314(.YS(n_652), .YC(n_653), .A(n_577), .B(n_508), .C(n_507)); FAX1 tmp315(.YS(n_654), .YC(n_655), .A(n_578), .B(n_510), .C(n_509)); FAX1 tmp316(.YS(n_656), .YC(n_657), .A(n_584), .B(n_514), .C(n_511)); FAX1 tmp317(.YS(n_658), .YC(n_659), .A(n_588), .B(n_516), .C(n_515)); assign n_662 = n_520 & n_517; assign n_664 = n_520 ^ n_517; assign n_666 = n_394 & n_518; assign n_668 = n_394 ^ n_518; HAX1 tmp322(.YS(n_670), .YC(n_671), .A(n_596), .B(n_595)); HAX1 tmp323(.YS(n_674), .YC(n_675), .A(n_383), .B(n_597)); HAX1 tmp324(.YS(n_676), .YC(n_677), .A(n_600), .B(n_178)); FAX1 tmp325(.YS(n_678), .YC(n_679), .A(n_602), .B(n_601), .C(n_553)); FAX1 tmp326(.YS(n_680), .YC(n_681), .A(n_606), .B(n_603), .C(n_555)); FAX1 tmp327(.YS(n_682), .YC(n_683), .A(n_608), .B(n_607), .C(n_632)); assign n_684 = ~n_2; assign n_685 = n_684; FAX1 tmp330(.YS(n_686), .YC(n_687), .A(n_610), .B(n_609), .C(n_634)); FAX1 tmp331(.YS(n_688), .YC(n_689), .A(n_612), .B(n_611), .C(n_636)); FAX1 tmp332(.YS(n_690), .YC(n_691), .A(n_614), .B(n_613), .C(n_640)); FAX1 tmp333(.YS(n_692), .YC(n_693), .A(n_618), .B(n_615), .C(n_642)); FAX1 tmp334(.YS(n_696), .YC(n_697), .A(n_620), .B(n_619), .C(n_644)); FAX1 tmp335(.YS(n_698), .YC(n_699), .A(n_624), .B(n_621), .C(n_646)); FAX1 tmp336(.YS(n_700), .YC(n_701), .A(n_630), .B(n_622), .C(n_648)); FAX1 tmp337(.YS(n_702), .YC(n_703), .A(n_580), .B(n_628), .C(n_652)); assign n_704 = n_586 & n_654; assign n_708 = n_586 ^ n_654; assign n_710 = n_590 & n_656; HAX1 tmp341(.YS(n_712), .YC(n_713), .A(n_590), .B(n_656)); HAX1 tmp342(.YS(n_714), .YC(n_715), .A(n_423), .B(n_671)); HAX1 tmp343(.YS(n_716), .YC(n_717), .A(n_676), .B(n_675)); HAX1 tmp344(.YS(n_720), .YC(n_721), .A(n_678), .B(n_677)); HAX1 tmp345(.YS(n_722), .YC(n_723), .A(n_680), .B(n_679)); HAX1 tmp346(.YS(n_724), .YC(n_725), .A(n_682), .B(n_681)); FAX1 tmp347(.YS(n_726), .YC(n_727), .A(n_686), .B(n_683), .C(n_633)); FAX1 tmp348(.YS(n_730), .YC(n_731), .A(n_688), .B(n_687), .C(n_635)); FAX1 tmp349(.YS(n_732), .YC(n_733), .A(n_690), .B(n_689), .C(n_637)); FAX1 tmp350(.YS(n_734), .YC(n_735), .A(n_692), .B(n_691), .C(n_641)); FAX1 tmp351(.YS(n_736), .YC(n_737), .A(n_696), .B(n_693), .C(n_643)); FAX1 tmp352(.YS(n_738), .YC(n_739), .A(n_698), .B(n_697), .C(n_645)); FAX1 tmp353(.YS(n_742), .YC(n_743), .A(n_700), .B(n_699), .C(n_647)); FAX1 tmp354(.YS(n_744), .YC(n_745), .A(n_702), .B(n_701), .C(n_649)); FAX1 tmp355(.YS(n_746), .YC(n_747), .A(n_708), .B(n_703), .C(n_653)); FAX1 tmp356(.YS(n_748), .YC(n_749), .A(n_712), .B(n_704), .C(n_655)); FAX1 tmp357(.YS(n_750), .YC(n_751), .A(n_658), .B(n_710), .C(n_657)); assign n_754 = n_664 & n_659; assign n_756 = n_664 ^ n_659; assign n_758 = n_668 & n_662; assign n_760 = n_668 ^ n_662; HAX1 tmp362(.YS(n_764), .YC(n_765), .A(n_716), .B(n_715)); assign n_766 = n_467 & n_717; assign n_767 = n_766; HAX1 tmp365(.YS(n_768), .YC(n_769), .A(n_722), .B(n_721)); HAX1 tmp366(.YS(n_770), .YC(n_771), .A(n_724), .B(n_723)); HAX1 tmp367(.YS(n_772), .YC(n_773), .A(n_726), .B(n_725)); HAX1 tmp368(.YS(n_776), .YC(n_777), .A(n_730), .B(n_727)); HAX1 tmp369(.YS(n_778), .YC(n_779), .A(n_732), .B(n_731)); HAX1 tmp370(.YS(n_780), .YC(n_781), .A(n_734), .B(n_733)); HAX1 tmp371(.YS(n_782), .YC(n_783), .A(n_736), .B(n_735)); HAX1 tmp372(.YS(n_784), .YC(n_785), .A(n_738), .B(n_737)); HAX1 tmp373(.YS(n_788), .YC(n_789), .A(n_742), .B(n_739)); HAX1 tmp374(.YS(n_790), .YC(n_791), .A(n_744), .B(n_743)); HAX1 tmp375(.YS(n_792), .YC(n_793), .A(n_746), .B(n_745)); HAX1 tmp376(.YS(n_794), .YC(n_795), .A(n_748), .B(n_747)); HAX1 tmp377(.YS(n_798), .YC(n_799), .A(n_750), .B(n_749)); HAX1 tmp378(.YS(n_800), .YC(n_801), .A(n_756), .B(n_751)); HAX1 tmp379(.YS(n_802), .YC(n_803), .A(n_760), .B(n_754)); HAX1 tmp380(.YS(n_804), .YC(n_805), .A(n_666), .B(n_758)); assign n_834 = n_766 & n_765; assign n_836 = n_767 | n_834; assign n_848 = n_768 & n_767; assign n_850 = n_769 | n_848; assign n_852 = n_850; assign n_864 = n_585 & n_834; assign n_868 = n_770 & n_848; assign n_870 = n_770 & n_769; assign n_872 = n_771 | n_870; assign n_874 = n_868 | n_864; assign n_878 = n_872 | n_874; assign n_880 = n_609 & n_770; assign n_892 = n_153 & n_864; assign n_894 = n_880 & n_848; assign n_896 = n_772 & n_870; assign n_898 = n_772 & n_771; assign n_902 = n_773 | n_898; assign n_903 = n_902; assign n_904 = n_896 | n_894; assign n_906 = n_902 | n_904; assign n_908 = n_906 | n_892; assign n_914 = n_776 & n_772; assign n_926 = n_914 & n_864; assign n_928 = n_776 & n_894; assign n_930 = n_914 & n_870; assign n_932 = n_776 & n_898; assign n_936 = n_776 & n_773; assign n_938 = n_777 | n_936; assign n_940 = n_932 | n_930; assign n_942 = n_928 | n_926; assign n_946 = n_938 | n_940; assign n_948 = n_946 | n_942; assign n_950 = n_778 & n_776; assign n_951 = n_950; assign n_964 = n_778 & n_110; assign n_966 = n_964 & n_864; assign n_970 = n_950 & n_894; assign n_972 = n_778 & n_930; assign n_974 = n_951 & n_898; assign n_976 = n_778 & n_936; assign n_980 = n_778 & n_777; assign n_982 = n_779 | n_980; assign n_984 = n_976 | n_974; assign n_986 = n_972 | n_970; assign n_988 = n_982 | n_984; assign n_992 = n_986 | n_966; assign n_994 = n_988 | n_992; assign n_1000 = n_780 & n_778; assign n_1014 = n_1000 & n_914; assign n_1016 = n_1014 & n_864; assign n_1018 = n_780 & n_950; assign n_1020 = n_1018 & n_894; assign n_1022 = n_1000 & n_930; assign n_1026 = n_780 & n_974; assign n_1027 = n_1026; assign n_1028 = n_1000 & n_936; assign n_1030 = n_780 & n_980; assign n_1032 = n_780 & n_779; assign n_1034 = n_781 | n_1032; assign n_1038 = n_1030 | n_1028; assign n_1040 = n_1026 | n_1022; assign n_1042 = n_1020 | n_1016; assign n_1044 = n_1034 | n_1038; assign n_1048 = n_1040 | n_1042; assign n_1050 = n_1044 | n_1048; assign n_1052 = n_782 & n_780; assign n_1074 = n_611 & n_1016; assign n_1076 = n_1052 & n_1074; assign n_1078 = n_1076 & n_894; assign n_1080 = n_782 & n_1000; assign n_1084 = n_1080 & n_930; assign n_1086 = n_1052 & n_974; assign n_1088 = n_782 & n_1028; assign n_1090 = n_1052 & n_980; assign n_1094 = n_782 & n_1032; assign n_1096 = n_782 & n_781; assign n_1098 = n_783 | n_1096; assign n_1100 = n_1094 | n_1090; assign n_1102 = n_1088 | n_1086; assign n_1106 = n_1084 | n_1078; assign n_1108 = n_1098 | n_1100; assign n_1110 = n_1102 | n_1106; assign n_1112 = n_1108 | n_1110; assign n_1114 = n_1112 | n_1074; assign n_1118 = n_784 & n_782; assign n_1140 = n_1118 & n_1090; assign n_1142 = n_784 & n_1078; assign n_1144 = n_1118 & n_1000; assign n_1146 = n_1144 & n_930; assign n_1148 = n_784 & n_1052; assign n_1152 = n_1148 & n_974; assign n_1154 = n_1118 & n_1028; assign n_1156 = n_784 & n_1090; assign n_1158 = n_1118 & n_1032; assign n_1162 = n_784 & n_1096; assign n_1164 = n_784 & n_783; assign n_1166 = n_785 | n_1164; assign n_1168 = n_1162 | n_1158; assign n_1170 = n_1156 | n_1154; assign n_1174 = n_1152 | n_1146; assign n_1176 = n_1142 | n_1140; assign n_1178 = n_1166 | n_1168; assign n_1180 = n_1170 | n_1174; assign n_1182 = n_1178 | n_1180; assign n_1186 = n_1182 | n_1176; assign n_1188 = n_788 & n_784; assign n_1208 = n_81 & n_1118; assign n_1210 = n_1208 & n_1016; assign n_1212 = n_1188 & n_1078; assign n_1214 = n_788 & n_1146; assign n_1216 = n_1188 & n_1052; assign n_1220 = n_1216 & n_974; assign n_1222 = n_788 & n_1118; assign n_1224 = n_1222 & n_1028; assign n_1226 = n_1188 & n_1090; assign n_1230 = n_788 & n_1158; assign n_1232 = n_1188 & n_1096; assign n_1234 = n_788 & n_1164; assign n_1236 = n_788 & n_785; assign n_1238 = n_789 | n_1236; assign n_1242 = n_1234 | n_1232; assign n_1244 = n_1230 | n_1226; assign n_1246 = n_1224 | n_1220; assign n_1248 = n_1214 | n_1212; assign n_1250 = n_1238 | n_1242; assign n_1254 = n_1244 | n_1246; assign n_1256 = n_1248 | n_1210; assign n_1258 = n_1250 | n_1254; assign n_1260 = n_1258 | n_1256; assign n_1266 = n_790 & n_788; assign n_1282 = n_655 & n_1118; assign n_1284 = n_1282 & n_1016; assign n_1288 = n_790 & n_1188; assign n_1290 = n_1288 & n_1078; assign n_1292 = n_1266 & n_1146; assign n_1294 = n_790 & n_1220; assign n_1298 = n_1266 & n_1118; assign n_1300 = n_1298 & n_1028; assign n_1302 = n_790 & n_1188; assign n_1304 = n_1302 & n_1090; assign n_1306 = n_1266 & n_1158; assign n_1310 = n_790 & n_1232; assign n_1312 = n_1266 & n_1164; assign n_1314 = n_790 & n_1236; assign n_1316 = n_790 & n_789; assign n_1318 = n_791 | n_1316; assign n_1322 = n_1314 | n_1312; assign n_1324 = n_1310 | n_1306; assign n_1326 = n_1304 ^ n_1300; assign n_1328 = n_1294 | n_1292; assign n_1330 = n_1290 | n_1284; assign n_1334 = n_1318 | n_1322; assign n_1336 = n_1324 | n_1326; assign n_1338 = n_1328 | n_1330; assign n_1340 = n_1334 | n_1336; assign n_1344 = n_1340 | n_1338; assign n_1346 = n_792 & n_790; assign n_1348 = n_1346 & n_1188; assign n_1364 = n_792 & n_1254; assign n_1368 = n_1364 & n_1302; assign n_1372 = n_765 & n_1078; assign n_1374 = n_792 & n_1266; assign n_1378 = n_1374 & n_1146; assign n_1380 = n_1346 & n_1220; assign n_1382 = n_792 & n_1300; assign n_1384 = n_1346 & n_1188; assign n_1386 = n_1384 & n_1090; assign n_1390 = n_792 & n_1266; assign n_1392 = n_1390 & n_1158; assign n_1394 = n_1346 & n_1232; assign n_1396 = n_792 & n_1312; assign n_1398 = n_1346 & n_1236; assign n_1402 = n_792 & n_1316; assign n_1404 = n_792 & n_791; assign n_1406 = n_793 | n_1404; assign n_1408 = n_1402 | n_1398; assign n_1412 = n_1396 | n_1394; assign n_1414 = n_1392 | n_1386; assign n_1416 = n_1382 | n_1380; HAX1 tmp560(.YS(n_1418), .YC(n_1419), .A(n_1378), .B(n_1372)); assign n_1420 = n_1406 | n_1408; assign n_1424 = n_1412 | n_1414; assign n_1426 = n_1416 | n_1418; assign n_1428 = n_1420 | n_1424; assign n_1430 = n_1426 | n_1368; assign n_1432 = n_1428 | n_1430; assign n_1438 = n_794 & n_792; assign n_1440 = n_1438 & n_1266; assign n_1458 = n_555 & n_1016; assign n_1462 = n_1027 & n_1078; assign n_1464 = n_1438 & n_1266; assign n_1465 = n_1464; assign n_1466 = n_1464 & n_1146; assign n_1472 = n_1465 & n_1220; assign n_1474 = n_1438 & n_1300; assign n_1476 = n_794 & n_1386; assign n_1480 = n_1438 & n_1266; assign n_1482 = n_1480 & n_1158; assign n_1484 = n_794 & n_1346; assign n_1486 = n_1484 & n_1232; assign n_1488 = n_1438 & n_1312; assign n_1492 = n_794 & n_1398; assign n_1494 = n_1438 & n_1316; assign n_1496 = n_794 & n_1404; assign n_1498 = n_794 & n_793; assign n_1500 = n_795 | n_1498; assign n_1504 = n_1496 | n_1494; assign n_1506 = n_1492 | n_1488; assign n_1508 = n_1486 | n_1482; assign n_1510 = n_1476 | n_1474; assign n_1514 = n_1472 | n_1466; assign n_1516 = n_1462 | n_1458; assign n_1518 = n_1500 | n_1504; assign n_1520 = n_1506 | n_1508; assign n_1522 = n_1510 | n_1514; assign n_1526 = n_1518 | n_1520; assign n_1528 = n_1522 | n_1516; assign n_1530 = n_1526 | n_1528; assign n_1532 = n_798 & n_794; assign n_1540 = n_1532 & n_1346; assign n_1556 = n_1532 & n_1348; assign n_1560 = n_1556 & n_1078; assign n_1562 = n_798 & n_1440; assign n_1564 = n_1562 & n_1146; assign n_1566 = n_1532 & n_1346; assign n_1568 = n_1566 & n_1220; assign n_1572 = n_798 & n_1438; assign n_1574 = n_1572 & n_1300; assign n_1576 = n_1532 & n_1386; assign n_1578 = n_798 & n_1482; assign n_1580 = n_1532 & n_1346; assign n_1584 = n_1580 & n_1232; assign n_1586 = n_798 & n_1438; assign n_1588 = n_1586 & n_1312; assign n_1590 = n_1532 & n_1398; assign n_1594 = n_798 & n_1494; assign n_1596 = n_1532 & n_1404; assign n_1598 = n_798 & n_1498; assign n_1600 = n_798 & n_795; assign n_1602 = n_799 | n_1600; assign n_1606 = n_1598 | n_1596; assign n_1608 = n_1594 | n_1590; assign n_1610 = n_1588 | n_1584; assign n_1612 = n_1578 | n_1576; assign n_1614 = n_1574 | n_1568; assign n_1618 = n_1564 | n_1560; assign n_1620 = n_1602 | n_1606; assign n_1622 = n_1608 | n_1610; assign n_1624 = n_1612 | n_1614; assign n_1628 = n_1618 | n_1602; assign n_1630 = n_1620 | n_1622; HAX1 tmp632(.YS(n_1632), .YC(n_1633), .A(n_1624), .B(n_1628)); assign n_1634 = n_1630 | n_1632; assign n_1642 = n_800 & n_798; assign n_1648 = n_1642 & n_1438; assign n_1654 = n_659; assign n_1656 = n_1654 & n_1282; assign n_1658 = n_1656 & n_1016; assign n_1666 = n_685 & n_1078; assign n_1668 = n_1642 & n_1440; assign n_1669 = n_1668; assign n_1670 = n_1668 & n_1146; assign n_1674 = n_800 & n_1540; assign n_1676 = n_1674 & n_1220; assign n_1678 = n_1642 & n_1438; assign n_1680 = n_1678 & n_1382; assign n_1682 = n_800 & n_1532; assign n_1686 = n_1682 & n_1386; assign n_1688 = n_1642 & n_1482; assign n_1690 = n_800 & n_1584; assign n_1692 = n_1642 & n_1438; assign n_1696 = n_1692 & n_1312; assign n_1700 = n_1669 & n_1398; assign n_1702 = n_1642 & n_1494; assign n_1704 = n_800 & n_1596; assign n_1708 = n_1642 & n_1498; assign n_1710 = n_800 & n_1600; assign n_1712 = n_800 & n_799; assign n_1714 = n_801 | n_1712; assign n_1716 = n_1710 | n_1708; assign n_1720 = n_1704 | n_1702; assign n_1722 = n_1700 | n_1696; assign n_1724 = n_1690 | n_1688; assign n_1726 = n_1686 | n_1680; assign n_1730 = n_1676 | n_1670; assign n_1732 = n_1666 | n_1658; assign n_1734 = n_1714 | n_1716; assign n_1736 = n_1720 | n_1722; assign n_1738 = n_1724 | n_1726; assign n_1742 = n_1730 | n_1732; assign n_1744 = n_1734 | n_1736; assign n_1746 = n_1738 | n_1742; assign n_1748 = n_1744 | n_1746; assign n_1750 = n_802 & n_800; assign n_1772 = n_802 & n_1658; assign n_1780 = n_801 & n_1078; assign n_1782 = n_802 & n_1642; assign n_1784 = n_1782 & n_1440; assign n_1788 = n_1784 & n_1146; assign n_1790 = n_1750 & n_1540; assign n_1792 = n_1790 & n_1220; assign n_1794 = n_802 & n_1648; assign n_1798 = n_1794 & n_1300; assign n_1800 = n_1750 & n_1532; assign n_1802 = n_1800 & n_1386; assign n_1804 = n_802 & n_1642; assign n_1806 = n_1804 & n_1482; assign n_1810 = n_1750 & n_1584; assign n_1812 = n_802 & n_1696; assign n_1814 = n_1750 & n_1532; assign n_1816 = n_1814 & n_1398; assign n_1818 = n_802 & n_1642; assign n_1822 = n_1818 & n_1494; assign n_1824 = n_1750 & n_1596; assign n_1826 = n_802 & n_1708; assign n_1828 = n_1750 & n_1600; assign n_1830 = n_802 & n_1712; assign n_1834 = n_802 & n_801; assign n_1836 = n_803 | n_1834; assign n_1838 = n_1830 | n_1828; assign n_1840 = n_1826 | n_1824; assign n_1844 = n_1822 | n_1816; assign n_1846 = n_1812 | n_1810; assign n_1848 = n_1806 | n_1802; assign n_1850 = n_1798 | n_1792; assign n_1852 = n_1788 | n_1780; assign n_1856 = n_1836 | n_1838; assign n_1858 = n_1840 | n_1844; assign n_1860 = n_1846 | n_1848; assign n_1862 = n_1850 | n_1852; assign n_1864 = n_1856 | n_1858; assign n_1868 = n_1860 | n_1862; assign n_1870 = n_1864 | n_1868; assign n_1872 = n_1870 | n_1772; assign n_2008 = n_768 ^ n_836; assign n_2010 = n_770 ^ n_852; assign n_2014 = n_772 ^ n_878; assign n_2016 = n_776 ^ n_908; assign n_2018 = n_778 ^ n_948; assign n_2020 = n_780 ^ n_994; assign n_2022 = n_782 ^ n_1050; assign n_2026 = n_784 ^ n_1114; assign n_2028 = n_788 ^ n_1186; assign n_2030 = n_790 ^ n_1260; assign n_2032 = n_792 ^ n_1344; assign n_2034 = n_794 ^ n_1432; assign n_2038 = n_798 ^ n_1530; assign n_2040 = n_800 ^ n_1634; assign n_2042 = n_802 ^ n_1748; assign n_2044 = n_804 ^ n_1872; assign O[0] = n_48; assign O[1] = n_396; assign O[2] = n_522; assign O[3] = n_594; assign O[4] = n_670; assign O[5] = n_714; assign O[6] = n_903; assign O[7] = n_1836; assign O[8] = n_2008; assign O[9] = n_2010; assign O[10] = n_2014; assign O[11] = n_2016; assign O[12] = n_2018; assign O[13] = n_2020; assign O[14] = n_2022; assign O[15] = n_2026; assign O[16] = n_2028; assign O[17] = n_2030; assign O[18] = n_2032; assign O[19] = n_2034; assign O[20] = n_2038; assign O[21] = n_2040; assign O[22] = n_2042; assign O[23] = n_2044; endmodule