dakies/OSS_Verilog huggingface dataset:
module add12u_0XY(A, B, O);
  input [11:0] A, B;
  output [12:0] O;
  wire n_414, n_251, n_256, n_293, n_196, n_419, n_354, n_237, n_23, n_22;
  wire n_21, n_20, n_358, n_28, n_405, n_186, n_289, n_382, n_84, n_386;
  wire n_89, n_410, n_200, n_326, n_349, n_205, n_103, n_391, n_126, n_107;
  wire n_233, n_335, n_303, n_344, n_228, n_265, n_8, n_9, n_400, n_4;
  wire n_5, n_6, n_7, n_0, n_1, n_2, n_3, n_93, n_224, n_18;
  wire n_19, n_16, n_17, n_14, n_15, n_12, n_13, n_10, n_11, n_172;
  wire n_340, n_117, n_396, n_79, n_112, n_298, n_75, n_70, n_98, n_330;
  wire n_214, n_219, n_121, n_210, n_130;
  assign n_0 = A[0];
  assign n_1 = A[1];
  assign n_2 = A[2];
  assign n_3 = A[3];
  assign n_4 = A[4];
  assign n_5 = A[5];
  assign n_6 = A[6];
  assign n_7 = A[7];
  assign n_8 = A[8];
  assign n_9 = A[9];
  assign n_10 = A[10];
  assign n_11 = A[11];
  assign n_12 = B[0];
  assign n_13 = B[1];
  assign n_14 = B[2];
  assign n_15 = B[3];
  assign n_16 = B[4];
  assign n_17 = B[5];
  assign n_18 = B[6];
  assign n_19 = B[7];
  assign n_20 = B[8];
  assign n_21 = B[9];
  assign n_22 = B[10];
  assign n_23 = B[11];
  assign n_28 = n_4;
  assign n_70 = n_5 ^ n_17;
  assign n_75 = n_5 & n_17;
  assign n_79 = n_6 ^ n_18;
  assign n_84 = n_6 & n_18;
  assign n_89 = n_7 ^ n_19;
  assign n_93 = n_7 & n_19;
  assign n_98 = n_8 ^ n_20;
  assign n_103 = n_8 & n_20;
  assign n_107 = n_9 ^ n_21;
  assign n_112 = n_9 & n_21;
  assign n_117 = n_10 ^ n_22;
  assign n_121 = n_10 & n_22;
  assign n_126 = n_11 ^ n_23;
  assign n_130 = n_11 & n_23;
  assign n_172 = n_4;
  assign n_186 = n_5 & n_79;
  assign n_196 = n_70 & n_79;
  assign n_200 = n_17 & n_186;
  assign n_205 = n_200 | n_84;
  assign n_210 = n_205 & n_89;
  assign n_214 = n_210 | n_93;
  assign n_219 = n_196;
  assign n_224 = n_219 & n_89;
  assign n_228 = n_103 & n_107;
  assign n_233 = n_228 | n_112;
  assign n_237 = n_98 & n_107;
  assign n_251 = n_233 & n_117;
  assign n_256 = n_251 | n_121;
  assign n_265 = n_237 & n_117;
  assign n_289 = n_28 & n_224;
  assign n_293 = n_289 | n_214;
  assign n_298 = n_293 & n_265;
  assign n_303 = n_298 | n_256;
  assign n_326 = n_4 & n_70;
  assign n_330 = n_326 | n_75;
  assign n_335 = n_4 & n_196;
  assign n_340 = n_335 | n_205;
  assign n_344 = n_293 & n_98;
  assign n_349 = n_344 | n_103;
  assign n_354 = n_344 & n_237;
  assign n_358 = n_354 | n_233;
  assign n_382 = n_70 ^ n_172;
  assign n_386 = n_79 ^ n_330;
  assign n_391 = n_89 ^ n_340;
  assign n_396 = n_98 ^ n_293;
  assign n_400 = n_107 ^ n_349;
  assign n_405 = n_117 ^ n_358;
  assign n_410 = n_126 ^ n_303;
  assign n_414 = n_126 & n_303;
  assign n_419 = n_130 | n_414;
  assign O[0] = n_14;
  assign O[1] = n_1;
  assign O[2] = n_10;
  assign O[3] = n_15;
  assign O[4] = n_16;
  assign O[5] = n_382;
  assign O[6] = n_386;
  assign O[7] = n_391;
  assign O[8] = n_396;
  assign O[9] = n_400;
  assign O[10] = n_405;
  assign O[11] = n_410;
  assign O[12] = n_419;
endmodule
module add8u_5EZ(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENHAX1 n32(.A(N[28]), .B(N[12]), .YS(N[32]), .YC(N[33]));
  PDKGENOR2X1 n36(.A(N[24]), .B(N[8]), .Y(N[36]));
  PDKGENXNOR2X1 n42(.A(N[2]), .B(N[2]), .Y(N[42]));
  assign N[43] = N[42];
  PDKGENHAX1 n62(.A(N[6]), .B(N[22]), .YS(N[62]), .YC(N[63]));
  PDKGENHAX1 n72(.A(N[8]), .B(N[24]), .YS(N[72]), .YC(N[73]));
  PDKGENHAX1 n82(.A(N[10]), .B(N[26]), .YS(N[82]), .YC(N[83]));
  PDKGENHAX1 n92(.A(N[12]), .B(N[28]), .YS(N[92]), .YC(N[93]));
  PDKGENBUFX2 n94(.A(N[83]), .Y(N[94]));
  PDKGENHAX1 n102(.A(N[14]), .B(N[30]), .YS(N[102]), .YC(N[103]));
  PDKGENAND2X1 n142(.A(N[36]), .B(N[63]), .Y(N[142]));
  assign N[143] = N[142];
  PDKGENOR2X1 n162(.A(N[73]), .B(N[143]), .Y(N[162]));
  assign N[163] = N[162];
  PDKGENBUFX2 n168(.A(N[82]), .Y(N[168]));
  assign N[169] = N[168];
  PDKGENAND2X1 n172(.A(N[32]), .B(N[94]), .Y(N[172]));
  assign N[173] = N[172];
  PDKGENAND2X1 n182(.A(N[32]), .B(N[169]), .Y(N[182]));
  PDKGENOR2X1 n192(.A(N[93]), .B(N[173]), .Y(N[192]));
  assign N[193] = N[192];
  PDKGENAND2X1 n222(.A(N[182]), .B(N[163]), .Y(N[222]));
  assign N[223] = N[222];
  PDKGENBUFX2 n230(.A(N[162]), .Y(N[230]));
  PDKGENOR2X1 n242(.A(N[193]), .B(N[223]), .Y(N[242]));
  PDKGENBUFX2 n262(.A(N[230]), .Y(N[262]));
  assign N[263] = N[262];
  PDKGENBUFX2 n322(.A(N[63]), .Y(N[322]));
  PDKGENAND2X1 n332(.A(N[168]), .B(N[263]), .Y(N[332]));
  PDKGENOR2X1 n342(.A(N[94]), .B(N[332]), .Y(N[342]));
  PDKGENHAX1 n382(.A(N[72]), .B(N[322]), .YS(N[382]), .YC(N[383]));
  PDKGENHAX1 n392(.A(N[168]), .B(N[263]), .YS(N[392]), .YC(N[393]));
  PDKGENHAX1 n402(.A(N[92]), .B(N[342]), .YS(N[402]), .YC(N[403]));
  PDKGENHAX1 n412(.A(N[102]), .B(N[242]), .YS(N[412]), .YC(N[413]));
  PDKGENOR2X1 n422(.A(N[103]), .B(N[413]), .Y(N[422]));
  assign O[0] = N[20];
  assign O[1] = N[4];
  assign O[2] = N[43];
  assign O[3] = N[62];
  assign O[4] = N[382];
  assign O[5] = N[392];
  assign O[6] = N[402];
  assign O[7] = N[412];
  assign O[8] = N[422];
endmodule
module PDKGENAND2X1(input A, input B, output Y );
     assign Y = A & B;
endmodule
module PDKGENOR2X1(input A, input B, output Y );
     assign Y = A | B;
endmodule
module PDKGENBUFX2(input A, output Y );
     assign Y = A;
endmodule
module PDKGENXNOR2X1(input A, input B, output Y );
     assign Y = ~(A ^ B);
endmodule
module add8u_1DK(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire n_304, n_411, n_410, n_23, n_22, n_21, n_20, n_27, n_26, n_25;
  wire n_24, n_262, n_29, n_28, n_263, n_240, n_82, n_346, n_389, n_388;
  wire n_284, n_285, n_326, n_38, n_127, n_126, n_220, n_241, n_347, n_221;
  wire n_8, n_9, n_368, n_159, n_4, n_5, n_6, n_7, n_0, n_1;
  wire n_2, n_3, n_30, n_31, n_117, n_18, n_19, n_16, n_17, n_14;
  wire n_15, n_12, n_13, n_10, n_11, n_158, n_45, n_94, n_95, n_44;
  wire n_178, n_179, n_136, n_137, n_305, n_116;
  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 = B[0];
  assign n_17 = B[0];
  assign n_18 = B[1];
  assign n_19 = B[1];
  assign n_20 = B[2];
  assign n_21 = B[2];
  assign n_22 = B[3];
  assign n_23 = B[3];
  assign n_24 = B[4];
  assign n_25 = B[4];
  assign n_26 = B[5];
  assign n_27 = B[5];
  assign n_28 = B[6];
  assign n_29 = B[6];
  assign n_30 = B[7];
  assign n_31 = B[7];
  assign n_38 = n_6 & n_4;
  HAX1 tmp44(.YS(n_44), .YC(n_45), .A(n_22), .B(n_22));
  assign n_82 = n_38 & n_22;
  assign n_94 = n_20 & n_82;
  assign n_95 = n_94;
  HAX1 tmp48(.YS(n_116), .YC(n_117), .A(n_8), .B(n_24));
  assign n_126 = ~n_44;
  assign n_127 = n_126;
  FAX1 tmp51(.YS(n_136), .YC(n_137), .A(n_10), .B(n_26), .C(n_117));
  FAX1 tmp52(.YS(n_158), .YC(n_159), .A(n_12), .B(n_28), .C(n_137));
  FAX1 tmp53(.YS(n_178), .YC(n_179), .A(n_14), .B(n_30), .C(n_159));
  assign n_220 = ~(n_116 & n_95);
  assign n_221 = n_220;
  assign n_240 = ~n_221;
  assign n_241 = n_240;
  FAX1 tmp58(.YS(n_262), .YC(n_263), .A(n_10), .B(n_26), .C(n_127));
  FAX1 tmp59(.YS(n_284), .YC(n_285), .A(n_12), .B(n_28), .C(n_263));
  FAX1 tmp60(.YS(n_304), .YC(n_305), .A(n_14), .B(n_30), .C(n_285));
  MUX2X1 tmp61(.Y(n_326), .A(n_116), .B(n_220), .S(n_95));
  MUX2X1 tmp62(.Y(n_346), .A(n_136), .B(n_262), .S(n_240));
  assign n_347 = n_346;
  MUX2X1 tmp64(.Y(n_368), .A(n_158), .B(n_284), .S(n_240));
  MUX2X1 tmp65(.Y(n_388), .A(n_178), .B(n_304), .S(n_241));
  assign n_389 = n_388;
  MUX2X1 tmp67(.Y(n_410), .A(n_179), .B(n_305), .S(n_241));
  assign n_411 = n_410;
  assign O[0] = n_6;
  assign O[1] = n_18;
  assign O[2] = n_126;
  assign O[3] = n_127;
  assign O[4] = n_326;
  assign O[5] = n_347;
  assign O[6] = n_368;
  assign O[7] = n_389;
  assign O[8] = n_411;
endmodule
module add8u_0H4(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire n_198, n_44, n_42, n_149, n_147, n_12, n_182, n_180, n_8, n_9;
  wire n_184, n_4, n_5, n_6, n_7, n_0, n_1, n_2, n_3, n_37;
  wire n_38, n_14, n_15, n_16, n_13, n_10, n_11, n_213, n_211;
  assign n_0 = A[0];
  assign n_1 = A[1];
  assign n_2 = A[2];
  assign n_3 = A[3];
  assign n_4 = A[4];
  assign n_5 = A[5];
  assign n_6 = A[6];
  assign n_7 = A[7];
  assign n_8 = B[0];
  assign n_9 = B[1];
  assign n_10 = B[2];
  assign n_11 = B[3];
  assign n_12 = B[4];
  assign n_13 = B[5];
  assign n_14 = B[6];
  assign n_15 = B[7];
  assign n_16 = n_15 | n_7;
  assign n_37 = n_7 & n_15;
  assign n_38 = n_15 ^ n_7;
  assign n_42 = n_6 ^ n_14;
  assign n_44 = n_6 & n_14;
  assign n_147 = n_42 & n_5;
  assign n_149 = ~(n_44 | n_147);
  assign n_180 = n_16 & n_147;
  assign n_182 = n_16 & n_44;
  assign n_184 = n_37 | n_182;
  assign n_198 = n_184 | n_180;
  assign n_211 = n_42 ^ n_5;
  assign n_213 = ~(n_38 ^ n_149);
  assign O[0] = n_4;
  assign O[1] = n_7;
  assign O[2] = n_9;
  assign O[3] = n_4;
  assign O[4] = n_8;
  assign O[5] = n_13;
  assign O[6] = n_211;
  assign O[7] = n_213;
  assign O[8] = n_198;
endmodule
module add8u_2XT(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire n_193, n_44, n_47, n_40, n_42, n_187, n_49, n_149, n_147, n_144;
  wire n_209, n_182, n_180, n_8, n_9, n_184, n_4, n_5, n_6, n_7;
  wire n_0, n_1, n_2, n_3, n_37, n_38, n_14, n_15, n_12, n_13;
  wire n_10, n_11, n_116, n_178, n_118, n_156, n_213, n_211;
  assign n_0 = A[0];
  assign n_1 = A[1];
  assign n_2 = A[2];
  assign n_3 = A[3];
  assign n_4 = A[4];
  assign n_5 = A[5];
  assign n_6 = A[6];
  assign n_7 = A[7];
  assign n_8 = B[0];
  assign n_9 = B[1];
  assign n_10 = B[2];
  assign n_11 = B[3];
  assign n_12 = B[4];
  assign n_13 = B[5];
  assign n_14 = B[6];
  assign n_15 = B[7];
  assign n_37 = n_7 | n_15;
  assign n_38 = n_5 ^ n_13;
  assign n_40 = n_5 & n_13;
  assign n_42 = n_6 ^ n_14;
  assign n_44 = n_6 & n_14;
  assign n_47 = ~(n_7 ^ n_15);
  assign n_49 = n_7 & n_15;
  assign n_116 = n_38 & n_12;
  assign n_118 = ~(n_40 | n_116);
  assign n_144 = n_42 & n_116;
  assign n_147 = n_42 & n_40;
  assign n_149 = n_44 | n_147;
  assign n_156 = ~(n_149 | n_144);
  assign n_178 = n_37 & n_144;
  assign n_180 = n_37 & n_147;
  assign n_182 = n_37 & n_44;
  assign n_184 = n_49 | n_182;
  assign n_187 = n_180 | n_178;
  assign n_193 = n_184 | n_187;
  assign n_209 = n_38 ^ n_12;
  assign n_211 = ~(n_42 ^ n_118);
  assign n_213 = n_47 ^ n_156;
  assign O[0] = n_0;
  assign O[1] = n_5;
  assign O[2] = n_5;
  assign O[3] = n_11;
  assign O[4] = n_4;
  assign O[5] = n_209;
  assign O[6] = n_211;
  assign O[7] = n_213;
  assign O[8] = n_193;
endmodule
module add8u_5EZ(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  HAX1 n32(.A(N[28]), .B(N[12]), .YS(N[32]), .YC(N[33]));
  OR2X1 n36(.A(N[24]), .B(N[8]), .Y(N[36]));
  XNOR2X1 n42(.A(N[2]), .B(N[2]), .Y(N[42]));
  assign N[43] = N[42];
  HAX1 n62(.A(N[6]), .B(N[22]), .YS(N[62]), .YC(N[63]));
  HAX1 n72(.A(N[8]), .B(N[24]), .YS(N[72]), .YC(N[73]));
  HAX1 n82(.A(N[10]), .B(N[26]), .YS(N[82]), .YC(N[83]));
  HAX1 n92(.A(N[12]), .B(N[28]), .YS(N[92]), .YC(N[93]));
  BUFX2 n94(.A(N[83]), .Y(N[94]));
  HAX1 n102(.A(N[14]), .B(N[30]), .YS(N[102]), .YC(N[103]));
  AND2X1 n142(.A(N[36]), .B(N[63]), .Y(N[142]));
  assign N[143] = N[142];
  OR2X1 n162(.A(N[73]), .B(N[143]), .Y(N[162]));
  assign N[163] = N[162];
  BUFX2 n168(.A(N[82]), .Y(N[168]));
  assign N[169] = N[168];
  AND2X1 n172(.A(N[32]), .B(N[94]), .Y(N[172]));
  assign N[173] = N[172];
  AND2X1 n182(.A(N[32]), .B(N[169]), .Y(N[182]));
  OR2X1 n192(.A(N[93]), .B(N[173]), .Y(N[192]));
  assign N[193] = N[192];
  AND2X1 n222(.A(N[182]), .B(N[163]), .Y(N[222]));
  assign N[223] = N[222];
  BUFX2 n230(.A(N[162]), .Y(N[230]));
  OR2X1 n242(.A(N[193]), .B(N[223]), .Y(N[242]));
  BUFX2 n262(.A(N[230]), .Y(N[262]));
  assign N[263] = N[262];
  BUFX2 n322(.A(N[63]), .Y(N[322]));
  AND2X1 n332(.A(N[168]), .B(N[263]), .Y(N[332]));
  OR2X1 n342(.A(N[94]), .B(N[332]), .Y(N[342]));
  HAX1 n382(.A(N[72]), .B(N[322]), .YS(N[382]), .YC(N[383]));
  HAX1 n392(.A(N[168]), .B(N[263]), .YS(N[392]), .YC(N[393]));
  HAX1 n402(.A(N[92]), .B(N[342]), .YS(N[402]), .YC(N[403]));
  HAX1 n412(.A(N[102]), .B(N[242]), .YS(N[412]), .YC(N[413]));
  OR2X1 n422(.A(N[103]), .B(N[413]), .Y(N[422]));
  assign O[0] = N[20];
  assign O[1] = N[4];
  assign O[2] = N[43];
  assign O[3] = N[62];
  assign O[4] = N[382];
  assign O[5] = N[392];
  assign O[6] = N[402];
  assign O[7] = N[412];
  assign O[8] = N[422];
endmodule
module add8u_04A(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  assign O[3] = 1'b1;
  assign O[2] = 1'b1;
  assign O[6] = 1'b0;
  assign O[0] = A[7];
  assign O[1] = A[0];
  assign O[4] = A[5];
  assign O[5] = A[3];
  assign O[7] = B[7];
  assign O[8] = O[0];
endmodule
module add8u_01R(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire sig_24, sig_27, sig_28, sig_29, sig_30, sig_32;
  wire sig_33, sig_34, sig_35, sig_37, sig_38, sig_39;
  wire sig_40, sig_42, sig_43, sig_44, sig_45, sig_47;
  wire sig_48, sig_49, sig_50;
  assign O[1] = 1'b1;
  assign O[2] = B[2] ^ A[2];
  assign sig_24 = A[2] & B[2];
  assign sig_27 = sig_24;
  assign sig_28 = A[3] ^ B[3];
  assign sig_29 = A[3] & B[3];
  assign sig_30 = sig_28 & sig_27;
  assign O[3] = sig_28 ^ sig_27;
  assign sig_32 = sig_29 | sig_30;
  assign sig_33 = A[4] ^ B[4];
  assign sig_34 = A[4] & B[4];
  assign sig_35 = sig_33 & sig_32;
  assign O[4] = sig_33 ^ sig_32;
  assign sig_37 = sig_34 | sig_35;
  assign sig_38 = A[5] ^ B[5];
  assign sig_39 = A[5] & B[5];
  assign sig_40 = sig_38 & sig_37;
  assign O[5] = sig_38 ^ sig_37;
  assign sig_42 = sig_39 | sig_40;
  assign sig_43 = A[6] ^ B[6];
  assign sig_44 = A[6] & B[6];
  assign sig_45 = sig_43 & sig_42;
  assign O[6] = sig_43 ^ sig_42;
  assign sig_47 = sig_44 | sig_45;
  assign sig_48 = A[7] ^ B[7];
  assign sig_49 = A[7] & B[7];
  assign sig_50 = sig_48 & sig_47;
  assign O[7] = sig_48 ^ sig_47;
  assign O[8] = sig_49 | sig_50;
  assign O[0] = B[1];
endmodule
module add8u_1DK(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire n_304, n_411, n_410, n_23, n_22, n_21, n_20, n_27, n_26, n_25;
  wire n_24, n_262, n_29, n_28, n_263, n_240, n_82, n_346, n_389, n_388;
  wire n_284, n_285, n_326, n_38, n_127, n_126, n_220, n_241, n_347, n_221;
  wire n_8, n_9, n_368, n_159, n_4, n_5, n_6, n_7, n_0, n_1;
  wire n_2, n_3, n_30, n_31, n_117, n_18, n_19, n_16, n_17, n_14;
  wire n_15, n_12, n_13, n_10, n_11, n_158, n_45, n_94, n_95, n_44;
  wire n_178, n_179, n_136, n_137, n_305, n_116;
  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 = B[0];
  assign n_17 = B[0];
  assign n_18 = B[1];
  assign n_19 = B[1];
  assign n_20 = B[2];
  assign n_21 = B[2];
  assign n_22 = B[3];
  assign n_23 = B[3];
  assign n_24 = B[4];
  assign n_25 = B[4];
  assign n_26 = B[5];
  assign n_27 = B[5];
  assign n_28 = B[6];
  assign n_29 = B[6];
  assign n_30 = B[7];
  assign n_31 = B[7];
  assign n_38 = n_6 & n_4;
  PDKGENHAX1 tmp44(.YS(n_44), .YC(n_45), .A(n_22), .B(n_22));
  assign n_82 = n_38 & n_22;
  assign n_94 = n_20 & n_82;
  assign n_95 = n_94;
  PDKGENHAX1 tmp48(.YS(n_116), .YC(n_117), .A(n_8), .B(n_24));
  assign n_126 = ~n_44;
  assign n_127 = n_126;
  PDKGENFAX1 tmp51(.YS(n_136), .YC(n_137), .A(n_10), .B(n_26), .C(n_117));
  PDKGENFAX1 tmp52(.YS(n_158), .YC(n_159), .A(n_12), .B(n_28), .C(n_137));
  PDKGENFAX1 tmp53(.YS(n_178), .YC(n_179), .A(n_14), .B(n_30), .C(n_159));
  assign n_220 = ~(n_116 & n_95);
  assign n_221 = n_220;
  assign n_240 = ~n_221;
  assign n_241 = n_240;
  PDKGENFAX1 tmp58(.YS(n_262), .YC(n_263), .A(n_10), .B(n_26), .C(n_127));
  PDKGENFAX1 tmp59(.YS(n_284), .YC(n_285), .A(n_12), .B(n_28), .C(n_263));
  PDKGENFAX1 tmp60(.YS(n_304), .YC(n_305), .A(n_14), .B(n_30), .C(n_285));
  PDKGENMUX2X1 tmp61(.Y(n_326), .A(n_116), .B(n_220), .S(n_95));
  PDKGENMUX2X1 tmp62(.Y(n_346), .A(n_136), .B(n_262), .S(n_240));
  assign n_347 = n_346;
  PDKGENMUX2X1 tmp64(.Y(n_368), .A(n_158), .B(n_284), .S(n_240));
  PDKGENMUX2X1 tmp65(.Y(n_388), .A(n_178), .B(n_304), .S(n_241));
  assign n_389 = n_388;
  PDKGENMUX2X1 tmp67(.Y(n_410), .A(n_179), .B(n_305), .S(n_241));
  assign n_411 = n_410;
  assign O[0] = n_6;
  assign O[1] = n_18;
  assign O[2] = n_126;
  assign O[3] = n_127;
  assign O[4] = n_326;
  assign O[5] = n_347;
  assign O[6] = n_368;
  assign O[7] = n_389;
  assign O[8] = n_411;
endmodule
module PDKGENMUX2X1( input A, input B, input S, output Y );
    assign Y = (A & ~S) | (B & S);
endmodule
module add8u_8AS(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire sig_48, sig_49, sig_50;
  assign O[5] = 1'b1;
  assign O[1] = 1'b1;
  assign O[4] = 1'b0;
  assign sig_48 = A[7] ^ B[7];
  assign sig_49 = A[7] & B[7];
  assign sig_50 = sig_48 & B[6];
  assign O[7] = sig_48 ^ B[6];
  assign O[8] = sig_49 | sig_50;
  assign O[0] = B[0];
  assign O[2] = A[5];
  assign O[3] = A[4];
  assign O[6] = A[6];
endmodule
module add8u_4T8(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire n_196, n_192, n_23, n_46, n_27, n_42, n_85, n_69, n_166, n_89;
  wire n_66, n_62, n_200, n_108, n_204, n_208, n_127, n_100, n_189, n_104;
  wire n_8, n_9, n_185, n_4, n_5, n_6, n_7, n_0, n_1, n_2;
  wire n_3, n_31, n_35, n_16, n_39, n_14, n_15, n_12, n_13, n_10;
  wire n_11, n_96, n_173, n_58, n_92, n_177, n_50, n_77, n_154, n_119;
  wire n_54, n_73, n_169, n_212, n_139, n_135, n_131;
  assign n_0 = A[0];
  assign n_1 = A[1];
  assign n_2 = A[2];
  assign n_3 = A[3];
  assign n_4 = A[4];
  assign n_5 = A[5];
  assign n_6 = A[6];
  assign n_7 = A[7];
  assign n_8 = B[0];
  assign n_9 = B[1];
  assign n_10 = B[2];
  assign n_11 = B[3];
  assign n_12 = B[4];
  assign n_13 = B[5];
  assign n_14 = B[6];
  assign n_15 = B[7];
  assign n_16 = n_3 | n_11;
  assign n_23 = n_1 ^ n_9;
  assign n_27 = n_1 & n_9;
  assign n_31 = n_10 ^ n_2;
  assign n_35 = n_2 & n_10;
  assign n_39 = n_3 ^ n_11;
  assign n_42 = n_3 & n_11;
  assign n_46 = n_4 ^ n_12;
  assign n_50 = n_4 & n_12;
  assign n_54 = n_5 ^ n_13;
  assign n_58 = n_13 & n_5;
  assign n_62 = n_6 ^ n_14;
  assign n_66 = n_6 & n_14;
  assign n_69 = n_7 ^ n_15;
  assign n_73 = n_7 & n_15;
  assign n_77 = n_31 & n_27;
  assign n_85 = n_35 | n_77;
  assign n_89 = n_46 & n_42;
  assign n_92 = n_46 & n_39;
  assign n_96 = n_50 | n_89;
  assign n_100 = n_62 & n_58;
  assign n_104 = n_62 & n_54;
  assign n_108 = n_66 | n_100;
  assign n_119 = n_92 & n_85;
  assign n_127 = n_96 | n_119;
  assign n_131 = n_104 & n_96;
  assign n_135 = n_104 & n_119;
  assign n_139 = n_108 | n_131;
  assign n_154 = n_139 | n_135;
  assign n_166 = n_16 & n_85;
  assign n_169 = n_42 | n_166;
  assign n_173 = n_54 & n_127;
  assign n_177 = n_58 | n_173;
  assign n_185 = n_31 ^ n_27;
  assign n_189 = n_39 ^ n_85;
  assign n_192 = n_46 ^ n_169;
  assign n_196 = n_54 ^ n_127;
  assign n_200 = n_62 ^ n_177;
  assign n_204 = n_69 ^ n_154;
  assign n_208 = n_69 & n_154;
  assign n_212 = n_73 | n_208;
  assign O[0] = n_0;
  assign O[1] = n_23;
  assign O[2] = n_185;
  assign O[3] = n_189;
  assign O[4] = n_192;
  assign O[5] = n_196;
  assign O[6] = n_200;
  assign O[7] = n_204;
  assign O[8] = n_212;
endmodule
module add8u_8KZ(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire sig_39, sig_42, sig_43, sig_44, sig_45, sig_47;
  wire sig_48, sig_49, sig_50;
  assign O[0] = A[0] | B[0];
  assign O[4] = B[4] | A[4];
  assign O[2] = B[2] | A[2];
  assign O[3] = 1'b1;
  assign sig_39 = A[5] & B[5];
  assign O[5] = B[5] ^ A[5];
  assign sig_42 = sig_39;
  assign sig_43 = A[6] ^ B[6];
  assign sig_44 = A[6] & B[6];
  assign sig_45 = sig_43 & sig_42;
  assign O[6] = sig_43 ^ sig_42;
  assign sig_47 = sig_44 | sig_45;
  assign sig_48 = A[7] ^ B[7];
  assign sig_49 = A[7] & B[7];
  assign sig_50 = sig_48 & sig_47;
  assign O[7] = sig_48 ^ sig_47;
  assign O[8] = sig_49 | sig_50;
  assign O[1] = B[1];
endmodule
module add8u_5QL(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENOR2X1 n32(.A(N[12]), .B(N[28]), .Y(N[32]));
  assign N[33] = N[32];
  PDKGENOR2X1 n34(.A(N[0]), .B(N[16]), .Y(N[34]));
  assign N[35] = N[34];
  PDKGENNAND2X1 n36(.A(N[4]), .B(N[20]), .Y(N[36]));
  assign N[37] = N[36];
  PDKGENINVX1 n38(.A(N[37]), .Y(N[38]));
  PDKGENBUFX2 n42(.A(N[38]), .Y(N[42]));
  assign N[43] = N[42];
  PDKGENNOR2X1 n46(.A(N[18]), .B(N[2]), .Y(N[46]));
  PDKGENHAX1 n50(.A(N[4]), .B(N[20]), .YS(N[50]), .YC(N[51]));
  PDKGENBUFX2 n56(.A(N[43]), .Y(N[56]));
  PDKGENFAX1 n58(.A(N[6]), .B(N[22]), .C(N[56]), .YS(N[58]), .YC(N[59]));
  PDKGENHAX1 n68(.A(N[8]), .B(N[24]), .YS(N[68]), .YC(N[69]));
  PDKGENBUFX2 n76(.A(N[68]), .Y(N[76]));
  assign N[77] = N[76];
  PDKGENHAX1 n78(.A(N[10]), .B(N[26]), .YS(N[78]), .YC(N[79]));
  PDKGENBUFX2 n84(.A(N[59]), .Y(N[84]));
  PDKGENHAX1 n86(.A(N[12]), .B(N[28]), .YS(N[86]), .YC(N[87]));
  PDKGENBUFX2 n92(.A(N[78]), .Y(N[92]));
  PDKGENHAX1 n96(.A(N[14]), .B(N[30]), .YS(N[96]), .YC(N[97]));
  PDKGENINVX1 n110(.A(N[46]), .Y(N[110]));
  PDKGENBUFX2 n122(.A(N[77]), .Y(N[122]));
  PDKGENBUFX2 n126(.A(N[69]), .Y(N[126]));
  assign N[127] = N[126];
  PDKGENAND2X1 n134(.A(N[77]), .B(N[84]), .Y(N[134]));
  PDKGENOR2X1 n152(.A(N[127]), .B(N[134]), .Y(N[152]));
  PDKGENAND2X1 n162(.A(N[33]), .B(N[79]), .Y(N[162]));
  PDKGENAND2X1 n170(.A(N[86]), .B(N[78]), .Y(N[170]));
  assign N[171] = N[170];
  PDKGENOR2X1 n180(.A(N[87]), .B(N[162]), .Y(N[180]));
  PDKGENBUFX2 n198(.A(N[152]), .Y(N[198]));
  assign N[199] = N[198];
  PDKGENAND2X1 n226(.A(N[92]), .B(N[199]), .Y(N[226]));
  PDKGENINVX1 n240(.A(N[84]), .Y(N[240]));
  PDKGENOR2X1 n244(.A(N[79]), .B(N[226]), .Y(N[244]));
  PDKGENAND2X1 n254(.A(N[171]), .B(N[198]), .Y(N[254]));
  PDKGENOR2X1 n272(.A(N[180]), .B(N[254]), .Y(N[272]));
  PDKGENXNOR2X1 n390(.A(N[240]), .B(N[122]), .Y(N[390]));
  assign N[391] = N[390];
  PDKGENHAX1 n394(.A(N[78]), .B(N[198]), .YS(N[394]), .YC(N[395]));
  PDKGENXOR2X1 n404(.A(N[86]), .B(N[244]), .Y(N[404]));
  PDKGENHAX1 n412(.A(N[96]), .B(N[272]), .YS(N[412]), .YC(N[413]));
  PDKGENOR2X1 n422(.A(N[97]), .B(N[413]), .Y(N[422]));
  assign N[423] = N[422];
  assign O[0] = N[35];
  assign O[1] = N[110];
  assign O[2] = N[50];
  assign O[3] = N[58];
  assign O[4] = N[391];
  assign O[5] = N[394];
  assign O[6] = N[404];
  assign O[7] = N[412];
  assign O[8] = N[423];
endmodule
module PDKGENINVX1(input A, output Y );
     assign Y = ~A;
endmodule
module PDKGENXOR2X1(input A, input B, output Y );
     assign Y = A ^ B;
endmodule
module PDKGENNOR2X1(input A, input B, output Y );
     assign Y = ~(A | B);
endmodule
module PDKGENNAND2X1(input A, input B, output Y );
     assign Y = ~(A & B);
endmodule
module add8u_88L(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  assign O[2] = 1'b0;
  assign O[6] = 1'b1;
  assign O[7] = B[7];
  assign O[0] = B[3];
  assign O[1] = B[7];
  assign O[3] = A[3];
  assign O[4] = B[4];
  assign O[5] = A[7];
  assign O[8] = A[6];
endmodule
module add8u_5QL(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  OR2X1 n32(.A(N[12]), .B(N[28]), .Y(N[32]));
  assign N[33] = N[32];
  OR2X1 n34(.A(N[0]), .B(N[16]), .Y(N[34]));
  assign N[35] = N[34];
  NAND2X1 n36(.A(N[4]), .B(N[20]), .Y(N[36]));
  assign N[37] = N[36];
  INVX1 n38(.A(N[37]), .Y(N[38]));
  BUFX2 n42(.A(N[38]), .Y(N[42]));
  assign N[43] = N[42];
  NOR2X1 n46(.A(N[18]), .B(N[2]), .Y(N[46]));
  HAX1 n50(.A(N[4]), .B(N[20]), .YS(N[50]), .YC(N[51]));
  BUFX2 n56(.A(N[43]), .Y(N[56]));
  FAX1 n58(.A(N[6]), .B(N[22]), .C(N[56]), .YS(N[58]), .YC(N[59]));
  HAX1 n68(.A(N[8]), .B(N[24]), .YS(N[68]), .YC(N[69]));
  BUFX2 n76(.A(N[68]), .Y(N[76]));
  assign N[77] = N[76];
  HAX1 n78(.A(N[10]), .B(N[26]), .YS(N[78]), .YC(N[79]));
  BUFX2 n84(.A(N[59]), .Y(N[84]));
  HAX1 n86(.A(N[12]), .B(N[28]), .YS(N[86]), .YC(N[87]));
  BUFX2 n92(.A(N[78]), .Y(N[92]));
  HAX1 n96(.A(N[14]), .B(N[30]), .YS(N[96]), .YC(N[97]));
  INVX1 n110(.A(N[46]), .Y(N[110]));
  BUFX2 n122(.A(N[77]), .Y(N[122]));
  BUFX2 n126(.A(N[69]), .Y(N[126]));
  assign N[127] = N[126];
  AND2X1 n134(.A(N[77]), .B(N[84]), .Y(N[134]));
  OR2X1 n152(.A(N[127]), .B(N[134]), .Y(N[152]));
  AND2X1 n162(.A(N[33]), .B(N[79]), .Y(N[162]));
  AND2X1 n170(.A(N[86]), .B(N[78]), .Y(N[170]));
  assign N[171] = N[170];
  OR2X1 n180(.A(N[87]), .B(N[162]), .Y(N[180]));
  BUFX2 n198(.A(N[152]), .Y(N[198]));
  assign N[199] = N[198];
  AND2X1 n226(.A(N[92]), .B(N[199]), .Y(N[226]));
  INVX1 n240(.A(N[84]), .Y(N[240]));
  OR2X1 n244(.A(N[79]), .B(N[226]), .Y(N[244]));
  AND2X1 n254(.A(N[171]), .B(N[198]), .Y(N[254]));
  OR2X1 n272(.A(N[180]), .B(N[254]), .Y(N[272]));
  XNOR2X1 n390(.A(N[240]), .B(N[122]), .Y(N[390]));
  assign N[391] = N[390];
  HAX1 n394(.A(N[78]), .B(N[198]), .YS(N[394]), .YC(N[395]));
  XOR2X1 n404(.A(N[86]), .B(N[244]), .Y(N[404]));
  HAX1 n412(.A(N[96]), .B(N[272]), .YS(N[412]), .YC(N[413]));
  OR2X1 n422(.A(N[97]), .B(N[413]), .Y(N[422]));
  assign N[423] = N[422];
  assign O[0] = N[35];
  assign O[1] = N[110];
  assign O[2] = N[50];
  assign O[3] = N[58];
  assign O[4] = N[391];
  assign O[5] = N[394];
  assign O[6] = N[404];
  assign O[7] = N[412];
  assign O[8] = N[423];
endmodule
module add8u_5ME(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENXNOR2X1 n48(.A(N[4]), .B(N[4]), .Y(N[48]));
  PDKGENOR2X1 n82(.A(N[2]), .B(N[18]), .Y(N[82]));
  PDKGENOR2X1 n132(.A(N[4]), .B(N[20]), .Y(N[132]));
  PDKGENHAX1 n182(.A(N[6]), .B(N[22]), .YS(N[182]), .YC(N[183]));
  PDKGENFAX1 n232(.A(N[8]), .B(N[24]), .C(N[183]), .YS(N[232]), .YC(N[233]));
  PDKGENFAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  PDKGENFAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  PDKGENFAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[48];
  assign O[1] = N[82];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5R3(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENOR2X1 n76(.A(N[0]), .B(N[16]), .Y(N[76]));
  PDKGENHAX1 n82(.A(N[2]), .B(N[18]), .YS(N[82]), .YC(N[83]));
  PDKGENBUFX2 n112(.A(N[83]), .Y(N[112]));
  assign N[113] = N[112];
  PDKGENFAX1 n132(.A(N[4]), .B(N[20]), .C(N[113]), .YS(N[132]), .YC(N[133]));
  PDKGENBUFX2 n174(.A(N[133]), .Y(N[174]));
  PDKGENFAX1 n182(.A(N[6]), .B(N[22]), .C(N[174]), .YS(N[182]), .YC(N[183]));
  PDKGENBUFX2 n208(.A(N[183]), .Y(N[208]));
  PDKGENFAX1 n232(.A(N[8]), .B(N[24]), .C(N[208]), .YS(N[232]), .YC(N[233]));
  PDKGENFAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  PDKGENFAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  PDKGENFAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[76];
  assign O[1] = N[82];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5G5(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  XNOR2X1 n36(.A(N[4]), .B(N[4]), .Y(N[36]));
  NOR2X1 n52(.A(N[6]), .B(N[36]), .Y(N[52]));
  BUFX2 n66(.A(N[52]), .Y(N[66]));
  BUFX2 n74(.A(N[66]), .Y(N[74]));
  assign N[75] = N[74];
  BUFX2 n78(.A(N[75]), .Y(N[78]));
  assign N[79] = N[78];
  INVX1 n126(.A(N[79]), .Y(N[126]));
  assign N[127] = N[126];
  OR2X1 n182(.A(N[6]), .B(N[22]), .Y(N[182]));
  assign N[183] = N[182];
  FAX1 n232(.A(N[8]), .B(N[24]), .C(N[78]), .YS(N[232]), .YC(N[233]));
  FAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  FAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  FAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[4];
  assign O[1] = N[126];
  assign O[2] = N[127];
  assign O[3] = N[183];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5ME(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  XNOR2X1 n48(.A(N[4]), .B(N[4]), .Y(N[48]));
  OR2X1 n82(.A(N[2]), .B(N[18]), .Y(N[82]));
  OR2X1 n132(.A(N[4]), .B(N[20]), .Y(N[132]));
  HAX1 n182(.A(N[6]), .B(N[22]), .YS(N[182]), .YC(N[183]));
  FAX1 n232(.A(N[8]), .B(N[24]), .C(N[183]), .YS(N[232]), .YC(N[233]));
  FAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  FAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  FAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[48];
  assign O[1] = N[82];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_8GM(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  assign O[7] = B[7] ^ A[7];
  assign O[6] = 1'b1;
  assign O[3] = 1'b0;
  assign O[0] = 1'b1;
  assign O[8] = A[7] & B[7];
  assign O[1] = B[6];
  assign O[2] = B[1];
  assign O[4] = A[2];
  assign O[5] = B[6];
endmodule
module add8u_5G5(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENXNOR2X1 n36(.A(N[4]), .B(N[4]), .Y(N[36]));
  PDKGENNOR2X1 n52(.A(N[6]), .B(N[36]), .Y(N[52]));
  PDKGENBUFX2 n66(.A(N[52]), .Y(N[66]));
  PDKGENBUFX2 n74(.A(N[66]), .Y(N[74]));
  assign N[75] = N[74];
  PDKGENBUFX2 n78(.A(N[75]), .Y(N[78]));
  assign N[79] = N[78];
  PDKGENINVX1 n126(.A(N[79]), .Y(N[126]));
  assign N[127] = N[126];
  PDKGENOR2X1 n182(.A(N[6]), .B(N[22]), .Y(N[182]));
  assign N[183] = N[182];
  PDKGENFAX1 n232(.A(N[8]), .B(N[24]), .C(N[78]), .YS(N[232]), .YC(N[233]));
  PDKGENFAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  PDKGENFAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  PDKGENFAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[4];
  assign O[1] = N[126];
  assign O[2] = N[127];
  assign O[3] = N[183];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5R3(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  OR2X1 n76(.A(N[0]), .B(N[16]), .Y(N[76]));
  HAX1 n82(.A(N[2]), .B(N[18]), .YS(N[82]), .YC(N[83]));
  BUFX2 n112(.A(N[83]), .Y(N[112]));
  assign N[113] = N[112];
  FAX1 n132(.A(N[4]), .B(N[20]), .C(N[113]), .YS(N[132]), .YC(N[133]));
  BUFX2 n174(.A(N[133]), .Y(N[174]));
  FAX1 n182(.A(N[6]), .B(N[22]), .C(N[174]), .YS(N[182]), .YC(N[183]));
  BUFX2 n208(.A(N[183]), .Y(N[208]));
  FAX1 n232(.A(N[8]), .B(N[24]), .C(N[208]), .YS(N[232]), .YC(N[233]));
  FAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  FAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  FAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[76];
  assign O[1] = N[82];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5SY(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  OAI21X1 n108(.A(N[20]), .B(N[24]), .C(N[24]), .Y(N[108]));
  FAX1 n282(.A(N[10]), .B(N[26]), .C(N[24]), .YS(N[282]), .YC(N[283]));
  FAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  FAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[16];
  assign O[1] = N[4];
  assign O[2] = N[6];
  assign O[3] = N[108];
  assign O[4] = N[8];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5LT(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  NAND3X1 n34(.A(N[2]), .B(N[4]), .C(N[18]), .Y(N[34]));
  NOR3X1 n36(.A(N[34]), .B(N[22]), .C(N[6]), .Y(N[36]));
  AND2X1 n50(.A(N[20]), .B(N[36]), .Y(N[50]));
  AND2X1 n66(.A(N[4]), .B(N[50]), .Y(N[66]));
  OR2X1 n82(.A(N[2]), .B(N[18]), .Y(N[82]));
  BUFX2 n84(.A(N[66]), .Y(N[84]));
  assign N[85] = N[84];
  NAND2X1 n126(.A(N[22]), .B(N[85]), .Y(N[126]));
  OR2X1 n132(.A(N[4]), .B(N[20]), .Y(N[132]));
  FAX1 n182(.A(N[6]), .B(N[22]), .C(N[85]), .YS(N[182]), .YC(N[183]));
  FAX1 n232(.A(N[8]), .B(N[24]), .C(N[183]), .YS(N[232]), .YC(N[233]));
  FAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  FAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  FAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[126];
  assign O[1] = N[82];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_5HQ(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENNAND3X1 n32(.A(N[22]), .B(N[20]), .C(N[6]), .Y(N[32]));
  assign N[33] = N[32];
  PDKGENHAX1 n40(.A(N[20]), .B(N[20]), .YS(N[40]), .YC(N[41]));
  PDKGENOR2X1 n42(.A(N[10]), .B(N[33]), .Y(N[42]));
  assign N[43] = N[42];
  PDKGENNOR2X1 n48(.A(N[43]), .B(N[30]), .Y(N[48]));
  assign N[49] = N[48];
  PDKGENAND2X1 n52(.A(N[4]), .B(N[49]), .Y(N[52]));
  PDKGENBUFX2 n78(.A(N[52]), .Y(N[78]));
  PDKGENINVX1 n126(.A(N[40]), .Y(N[126]));
  assign N[127] = N[126];
  PDKGENOR2X1 n132(.A(N[4]), .B(N[20]), .Y(N[132]));
  PDKGENINVX1 n144(.A(N[78]), .Y(N[144]));
  PDKGENOR2X1 n182(.A(N[6]), .B(N[22]), .Y(N[182]));
  PDKGENFAX1 n232(.A(N[8]), .B(N[24]), .C(N[78]), .YS(N[232]), .YC(N[233]));
  PDKGENFAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  PDKGENFAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  PDKGENFAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[127];
  assign O[1] = N[144];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module PDKGENNAND3X1(input A, input B, input C, output Y );
     assign Y = ~((A & B) & C);
endmodule
module add8u_5HQ(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  NAND3X1 n32(.A(N[22]), .B(N[20]), .C(N[6]), .Y(N[32]));
  assign N[33] = N[32];
  HAX1 n40(.A(N[20]), .B(N[20]), .YS(N[40]), .YC(N[41]));
  OR2X1 n42(.A(N[10]), .B(N[33]), .Y(N[42]));
  assign N[43] = N[42];
  NOR2X1 n48(.A(N[43]), .B(N[30]), .Y(N[48]));
  assign N[49] = N[48];
  AND2X1 n52(.A(N[4]), .B(N[49]), .Y(N[52]));
  BUFX2 n78(.A(N[52]), .Y(N[78]));
  INVX1 n126(.A(N[40]), .Y(N[126]));
  assign N[127] = N[126];
  OR2X1 n132(.A(N[4]), .B(N[20]), .Y(N[132]));
  INVX1 n144(.A(N[78]), .Y(N[144]));
  OR2X1 n182(.A(N[6]), .B(N[22]), .Y(N[182]));
  FAX1 n232(.A(N[8]), .B(N[24]), .C(N[78]), .YS(N[232]), .YC(N[233]));
  FAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  FAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  FAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[127];
  assign O[1] = N[144];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module add8u_8LL(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire sig_42, sig_43, sig_44, sig_45, sig_47, sig_48;
  wire sig_49, sig_50;
  assign O[2] = 1'b0;
  assign O[5] = !(A[5] ^ B[5]);
  assign sig_42 = B[5] | A[5];
  assign sig_43 = A[6] ^ B[6];
  assign sig_44 = A[6] & B[6];
  assign sig_45 = sig_43 & sig_42;
  assign O[6] = sig_43 ^ sig_42;
  assign sig_47 = sig_44 | sig_45;
  assign sig_48 = A[7] ^ B[7];
  assign sig_49 = A[7] & B[7];
  assign sig_50 = sig_48 & sig_47;
  assign O[7] = sig_48 ^ sig_47;
  assign O[8] = sig_49 | sig_50;
  assign O[0] = B[3];
  assign O[1] = A[4];
  assign O[3] = A[4];
  assign O[4] = O[2];
endmodule
module add8u_006(A, B, O);
  input [7:0] A, B;
  output [8:0] O;
  wire sig_47, sig_48, sig_49, sig_50;
  assign O[5] = A[6] & B[6];
  assign O[3] = 1'b0;
  assign O[6] = !(A[6] | B[6]);
  assign O[4] = B[7];
  assign sig_47 = B[6] | A[6];
  assign sig_48 = A[7] ^ B[7];
  assign sig_49 = A[7] & B[7];
  assign sig_50 = sig_48 & sig_47;
  assign O[7] = sig_48 ^ sig_47;
  assign O[0] = sig_49 | sig_50;
  assign O[1] = A[3];
  assign O[2] = A[7];
  assign O[8] = O[0];
endmodule
module add8u_5LT(A, B, O);
  input [7:0] A;
  input [7:0] B;
  output [8:0] O;
  wire [2031:0] N;
  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] = B[0];
  assign N[17] = B[0];
  assign N[18] = B[1];
  assign N[19] = B[1];
  assign N[20] = B[2];
  assign N[21] = B[2];
  assign N[22] = B[3];
  assign N[23] = B[3];
  assign N[24] = B[4];
  assign N[25] = B[4];
  assign N[26] = B[5];
  assign N[27] = B[5];
  assign N[28] = B[6];
  assign N[29] = B[6];
  assign N[30] = B[7];
  assign N[31] = B[7];
  PDKGENNAND3X1 n34(.A(N[2]), .B(N[4]), .C(N[18]), .Y(N[34]));
  PDKGENNOR3X1 n36(.A(N[34]), .B(N[22]), .C(N[6]), .Y(N[36]));
  PDKGENAND2X1 n50(.A(N[20]), .B(N[36]), .Y(N[50]));
  PDKGENAND2X1 n66(.A(N[4]), .B(N[50]), .Y(N[66]));
  PDKGENOR2X1 n82(.A(N[2]), .B(N[18]), .Y(N[82]));
  PDKGENBUFX2 n84(.A(N[66]), .Y(N[84]));
  assign N[85] = N[84];
  PDKGENNAND2X1 n126(.A(N[22]), .B(N[85]), .Y(N[126]));
  PDKGENOR2X1 n132(.A(N[4]), .B(N[20]), .Y(N[132]));
  PDKGENFAX1 n182(.A(N[6]), .B(N[22]), .C(N[85]), .YS(N[182]), .YC(N[183]));
  PDKGENFAX1 n232(.A(N[8]), .B(N[24]), .C(N[183]), .YS(N[232]), .YC(N[233]));
  PDKGENFAX1 n282(.A(N[10]), .B(N[26]), .C(N[233]), .YS(N[282]), .YC(N[283]));
  PDKGENFAX1 n332(.A(N[12]), .B(N[28]), .C(N[283]), .YS(N[332]), .YC(N[333]));
  PDKGENFAX1 n382(.A(N[14]), .B(N[30]), .C(N[333]), .YS(N[382]), .YC(N[383]));
  assign O[0] = N[126];
  assign O[1] = N[82];
  assign O[2] = N[132];
  assign O[3] = N[182];
  assign O[4] = N[232];
  assign O[5] = N[282];
  assign O[6] = N[332];
  assign O[7] = N[382];
  assign O[8] = N[383];
endmodule
module PDKGENNOR3X1(input A, input B, input C, output Y );
     assign Y = ~((A | B) | C);
endmodule