);  defparam \_n0002<5>1_SW0 .INIT = 16'hACCC;  X_LUT4 \_n0002<5>1_SW0  (    .ADR0(datain_5),    .ADR1(datain_4),    .ADR2(zhuangtai_1),    .ADR3(zhuangtai_0),    .O(\_n0002<5>1_SW0/O_pack_1 )  );  defparam \_n0002<6>1_SW0 .INIT = 16'hF780;  X_LUT4 \_n0002<6>1_SW0  (    .ADR0(zhuangtai_0),    .ADR1(zhuangtai_1),    .ADR2(datain_6),    .ADR3(datain_5),    .O(\_n0002<6>1_SW0/O_pack_1 )  );  defparam \_n0002<4>161 .INIT = 16'hCA02;  X_LUT4 \_n0002<4>161  (    .ADR0(_n0008_0),    .ADR1(zhuangtai_1),    .ADR2(zhuangtai_0),    .ADR3(datain_4),    .O(\_n0002<4>161/O )  );  defparam \_n0002<9>1_SW0 .INIT = 16'hACCC;  X_LUT4 \_n0002<9>1_SW0  (    .ADR0(datain_9),    .ADR1(datain_8),    .ADR2(zhuangtai_1),    .ADR3(zhuangtai_0),    .O(\_n0002<9>1_SW0/O_pack_1 )  );  defparam \_n0001<3>_SW0_SW0 .INIT = 16'h3FFF;  X_LUT4 \_n0001<3>_SW0_SW0  (    .ADR0(VCC),    .ADR1(count_2),    .ADR2(count_1),    .ADR3(count_0),    .O(N200)  );  defparam zhuangtai_0_1_36.INIT = 1'b0;  X_SFF zhuangtai_0_1_36 (    .I(\zhuangtai_0_1/DYMUX ),    .CE(VCC),    .CLK(\zhuangtai_0_1/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\zhuangtai_0_1/SRINVNOT ),    .O(zhuangtai_0_1)  );  defparam zhuangtai_0_2_37.INIT = 1'b0;  X_SFF zhuangtai_0_2_37 (    .I(\zhuangtai_0_2/DYMUX ),    .CE(VCC),    .CLK(\zhuangtai_0_2/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\zhuangtai_0_2/SRINVNOT ),    .O(zhuangtai_0_2)  );  defparam zhuangtai_1_1_38.INIT = 1'b0;  X_SFF zhuangtai_1_1_38 (    .I(\zhuangtai_1_1/DXMUX ),    .CE(VCC),    .CLK(\zhuangtai_1_1/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\zhuangtai_1_1/REVUSED ),    .SRST(\zhuangtai_1_1/SRINVNOT ),    .O(zhuangtai_1_1)  );  defparam _n0008_SW9.INIT = 16'hBB33;  X_LUT4 _n0008_SW9 (    .ADR0(zhuangtai_1_1),    .ADR1(datain_11),    .ADR2(VCC),    .ADR3(zhuangtai_0_1),    .O(N197)  );  defparam \_n0001<4> .INIT = 16'hD0DF;  X_LUT4 \_n0001<4>  (    .ADR0(\_n0001<4>_SW1/O ),    .ADR1(N11_0),    .ADR2(count_4),    .ADR3(N71_0),    .O(\_n0001<4>/O )  );  defparam count_4_39.INIT = 1'b0;  X_SFF count_4_39 (    .I(\count_4/DXMUX ),    .CE(VCC),    .CLK(\count_4/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\count_4/SRINVNOT ),    .O(count_4)  );  defparam datain_13_40.INIT = 1'b0;  X_SFF datain_13_40 (    .I(\datain_13/DYMUX ),    .CE(VCC),    .CLK(\datain_13/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\datain_13/REVUSED ),    .SRST(\datain_13/SRINVNOT ),    .O(datain_13)  );  defparam \_n0002<13>211_SW0 .INIT = 16'hEA2A;  X_LUT4 \_n0002<13>211_SW0  (    .ADR0(datain_12),    .ADR1(zhuangtai_1),    .ADR2(zhuangtai_0),    .ADR3(datain_13),    .O(\_n0002<13>211_SW0/O_pack_1 )  );  defparam \_n0002<10>1 .INIT = 16'h8F80;  X_LUT4 \_n0002<10>1  (    .ADR0(datain_10),    .ADR1(zhuangtai_1),    .ADR2(_n0008_0),    .ADR3(\_n0002<10>1_SW0/O ),    .O(\_n0002<10>1/O )  );  defparam datain_10_41.INIT = 1'b0;  X_SFF datain_10_41 (    .I(\datain_10/DXMUX ),    .CE(VCC),    .CLK(\datain_10/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_10/SRINVNOT ),    .O(datain_10)  );  defparam Ker111.INIT = 16'hDC00;  X_LUT4 Ker111 (    .ADR0(count_3),    .ADR1(zhuangtai_0),    .ADR2(\Ker111_SW0/O ),    .ADR3(zhuangtai_1),    .O(N11)  );  defparam \_n0002<11>1 .INIT = 16'h8F80;  X_LUT4 \_n0002<11>1  (    .ADR0(datain_11),    .ADR1(zhuangtai_1),    .ADR2(_n0008_0),    .ADR3(\_n0002<11>1_SW0/O ),    .O(\_n0002<11>1/O )  );  defparam datain_11_42.INIT = 1'b0;  X_SFF datain_11_42 (    .I(\datain_11/DXMUX ),    .CE(VCC),    .CLK(\datain_11/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_11/SRINVNOT ),    .O(datain_11)  );  defparam datain_12_43.INIT = 1'b0;  X_SFF datain_12_43 (    .I(\datain_12/DYMUX ),    .CE(VCC),    .CLK(\datain_12/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\datain_12/REVUSED ),    .SRST(\datain_12/SRINVNOT ),    .O(datain_12)  );  defparam Ker10_SW0.INIT = 16'hA0A0;  X_LUT4 Ker10_SW0 (    .ADR0(zhuangtai_0),    .ADR1(VCC),    .ADR2(zhuangtai_1),    .ADR3(VCC),    .O(N26)  );  defparam \_n0001<2>2 .INIT = 16'h6CCC;  X_LUT4 \_n0001<2>2  (    .ADR0(\_n0001<2>1/O ),    .ADR1(count_2),    .ADR2(count_0),    .ADR3(count_1),    .O(\_n0001<2>2/O )  );  defparam count_2_44.INIT = 1'b0;  X_SFF count_2_44 (    .I(\count_2/DXMUX ),    .CE(VCC),    .CLK(\count_2/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\count_2/SRINVNOT ),    .O(count_2)  );  defparam _n000013.INIT = 16'hB1A0;  X_LUT4 _n000013 (    .ADR0(zhuangtai_1),    .ADR1(N75),    .ADR2(\_n0008_SW3/O ),    .ADR3(N175_0),    .O(CHOICE732)  );  defparam count_0_45.INIT = 1'b0;  X_SFF count_0_45 (    .I(\count_1/DYMUX ),    .CE(VCC),    .CLK(\count_1/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\count_1/SRINVNOT ),    .O(count_0)  );  defparam \_n0001<1>1 .INIT = 16'hC666;  X_LUT4 \_n0001<1>1  (    .ADR0(count_0),    .ADR1(count_1),    .ADR2(zhuangtai_0),    .ADR3(zhuangtai_1),    .O(_n0001[1])  );  defparam count_1_46.INIT = 1'b0;  X_SFF count_1_46 (    .I(\count_1/DXMUX ),    .CE(VCC),    .CLK(\count_1/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\count_1/SRINVNOT ),    .O(count_1)  );  defparam \_n0001<3> .INIT = 16'hC0D1;  X_LUT4 \_n0001<3>  (    .ADR0(N26_0),    .ADR1(count_3),    .ADR2(\_n0001<3>_SW2/O ),    .ADR3(N200_0),    .O(\_n0001<3>/O )  );  defparam count_3_47.INIT = 1'b0;  X_SFF count_3_47 (    .I(\count_3/DXMUX ),    .CE(VCC),    .CLK(\count_3/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\count_3/SRINVNOT ),    .O(count_3)  );  defparam \_n0002<14>1 .INIT = 16'h8F80;  X_LUT4 \_n0002<14>1  (    .ADR0(zhuangtai_1),    .ADR1(datain_14),    .ADR2(_n0008_0),    .ADR3(\_n0002<14>1_SW0/O ),    .O(\_n0002<14>1/O )  );  defparam datain_14_48.INIT = 1'b0;  X_SFF datain_14_48 (    .I(\datain_14/DXMUX ),    .CE(VCC),    .CLK(\datain_14/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_14/SRINVNOT ),    .O(datain_14)  );  defparam \_n0001<4>_SW0 .INIT = 16'hFF7F;  X_LUT4 \_n0001<4>_SW0  (    .ADR0(count_2),    .ADR1(count_1),    .ADR2(count_3),    .ADR3(\_n0001<4>_SW0_SW1/O ),    .O(N71)  );  defparam sdata_49.INIT = 1'b0;  X_SFF sdata_49 (    .I(\sdata_OBUF/DYMUX ),    .CE(VCC),    .CLK(\sdata_OBUF/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\sdata_OBUF/REVUSED ),    .SRST(\sdata_OBUF/SRINVNOT ),    .O(sdata_OBUF)  );  defparam \_n0002<8>16_SW0 .INIT = 16'hF780;  X_LUT4 \_n0002<8>16_SW0  (    .ADR0(zhuangtai_0),    .ADR1(zhuangtai_1),    .ADR2(datain_8),    .ADR3(datain_7),    .O(N149)  );  defparam \_n0002<15>1 .INIT = 16'h8F80;  X_LUT4 \_n0002<15>1  (    .ADR0(datain_15),    .ADR1(zhuangtai_1),    .ADR2(_n0008_0),    .ADR3(\_n0002<15>1_SW0/O ),    .O(\_n0002<15>1/O )  );  defparam datain_15_50.INIT = 1'b0;  X_SFF datain_15_50 (    .I(\datain_15/DXMUX ),    .CE(VCC),    .CLK(\datain_15/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_15/SRINVNOT ),    .O(datain_15)  );  defparam \_n0002<4>0 .INIT = 16'h4755;  X_LUT4 \_n0002<4>0  (    .ADR0(N194_0),    .ADR1(N75),    .ADR2(\_n0008_SW8/O ),    .ADR3(count_4),    .O(CHOICE743)  );  defparam \_n0002<5>1 .INIT = 16'hB830;  X_LUT4 \_n0002<5>1  (    .ADR0(datain_5),    .ADR1(_n0008_0),    .ADR2(\_n0002<5>1_SW0/O ),    .ADR3(zhuangtai_1),    .O(\_n0002<5>1/O )  );  defparam datain_5_51.INIT = 1'b0;  X_SFF datain_5_51 (    .I(\datain_5/DXMUX ),    .CE(VCC),    .CLK(\datain_5/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_5/SRINVNOT ),    .O(datain_5)  );  defparam datain_8_52.INIT = 1'b1;  X_SFF datain_8_52 (    .I(\datain_8/DXMUX ),    .CE(VCC),    .CLK(\datain_8/CLKINVNOT ),    .SET(GSR),    .RST(GND),    .SSET(\datain_8/SRINVNOT ),    .SRST(GND),    .O(datain_8)  );  defparam \_n0002<9>1 .INIT = 16'h8F80;  X_LUT4 \_n0002<9>1  (    .ADR0(zhuangtai_1),    .ADR1(datain_9),    .ADR2(_n0008_0),    .ADR3(\_n0002<9>1_SW0/O ),    .O(\_n0002<9>1/O )  );  defparam datain_9_53.INIT = 1'b0;  X_SFF datain_9_53 (    .I(\datain_9/DXMUX ),    .CE(VCC),    .CLK(\datain_9/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_9/SRINVNOT ),    .O(datain_9)  );  defparam \_n0003<1>11 .INIT = 16'hF000;  X_LUT4 \_n0003<1>11  (    .ADR0(VCC),    .ADR1(VCC),    .ADR2(_n0008_0),    .ADR3(zhuangtai_0),    .O(N137)  );  defparam zhuangtai_1_54.INIT = 1'b0;  X_SFF zhuangtai_1_54 (    .I(\zhuangtai_1/DYMUX ),    .CE(VCC),    .CLK(\zhuangtai_1/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\zhuangtai_1/REVUSED ),    .SRST(\zhuangtai_1/SRINVNOT ),    .O(zhuangtai_1)  );  defparam \_n0002<12>0 .INIT = 16'h551D;  X_LUT4 \_n0002<12>0  (    .ADR0(N197_0),    .ADR1(count_4),    .ADR2(\_n0008_SW10/O ),    .ADR3(N75),    .O(CHOICE751)  );  defparam \_n0002<13>5 .INIT = 16'h0004;  X_LUT4 \_n0002<13>5  (    .ADR0(zhuangtai_1),    .ADR1(zhuangtai_0),    .ADR2(count_0),    .ADR3(\_n0002<13>5_SW0/O ),    .O(CHOICE736)  );  defparam _n0008_55.INIT = 16'h0004;  X_LUT4 _n0008_55 (    .ADR0(count_1),    .ADR1(count_4),    .ADR2(count_0),    .ADR3(N75),    .O(_n0008)  );  defparam _n0008_SW6_SW0.INIT = 16'hFAFA;  X_LUT4 _n0008_SW6_SW0 (    .ADR0(count_1),    .ADR1(VCC),    .ADR2(count_0),    .ADR3(VCC),    .O(N213)  );  defparam _n0008_SW5.INIT = 16'h0202;  X_LUT4 _n0008_SW5 (    .ADR0(count_4),    .ADR1(count_1),    .ADR2(count_0),    .ADR3(VCC),    .O(N180)  );  defparam \_n0002<6>1 .INIT = 16'hCA0A;  X_LUT4 \_n0002<6>1  (    .ADR0(\_n0002<6>1_SW0/O ),    .ADR1(zhuangtai_1),    .ADR2(_n0008_0),    .ADR3(datain_6),    .O(\_n0002<6>1/O )  );  defparam datain_6_56.INIT = 1'b0;  X_SFF datain_6_56 (    .I(\datain_6/DXMUX ),    .CE(VCC),    .CLK(\datain_6/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\datain_6/SRINVNOT ),    .O(datain_6)  );  defparam datain_3_57.INIT = 1'b0;  X_SFF datain_3_57 (    .I(\zhuangtai_0/DYMUX ),    .CE(VCC),    .CLK(\zhuangtai_0/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\zhuangtai_0/SRINVNOT ),    .O(datain_3)  );  defparam \_n0003<0>1 .INIT = 16'h9A9A;  X_LUT4 \_n0003<0>1  (    .ADR0(zhuangtai_0),    .ADR1(zhuangtai_1),    .ADR2(_n0008_0),    .ADR3(VCC),    .O(_n0003[0])  );  defparam zhuangtai_0_58.INIT = 1'b0;  X_SFF zhuangtai_0_58 (    .I(\zhuangtai_0/DXMUX ),    .CE(VCC),    .CLK(\zhuangtai_0/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\zhuangtai_0/SRINVNOT ),    .O(zhuangtai_0)  );  defparam datain_4_59.INIT = 1'b0;  X_SFF datain_4_59 (    .I(\datain_4/DYMUX ),    .CE(VCC),    .CLK(\datain_4/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\datain_4/REVUSED ),    .SRST(\datain_4/SRINVNOT ),    .O(datain_4)  );  defparam \_n0001<3>_SW2_SW3 .INIT = 16'hD5FF;  X_LUT4 \_n0001<3>_SW2_SW3  (    .ADR0(count_1),    .ADR1(zhuangtai_1),    .ADR2(zhuangtai_0),    .ADR3(count_0),    .O(N203)  );  defparam \_n0002<7>0 .INIT = 16'h313B;  X_LUT4 \_n0002<7>0  (    .ADR0(count_4),    .ADR1(N191_0),    .ADR2(N75),    .ADR3(\_n0008_SW6/O ),    .O(CHOICE767)  );  defparam \_n0002<7>161 .INIT = 16'hA08C;  X_LUT4 \_n0002<7>161  (    .ADR0(datain_7),    .ADR1(_n0008_0),    .ADR2(zhuangtai_1),    .ADR3(zhuangtai_0),    .O(\_n0002<7>161/O )  );  defparam datain_7_60.INIT = 1'b0;  X_SFF datain_7_60 (    .I(\datain_7/DYMUX ),    .CE(VCC),    .CLK(\datain_7/CLKINVNOT ),    .SET(GND),    .RST(GSR),    .SSET(\datain_7/REVUSED ),    .SRST(\datain_7/SRINVNOT ),    .O(datain_7)  );  defparam \_n0002<8>16 .INIT = 16'hEE44;  X_LUT4 \_n0002<8>16  (    .ADR0(_n0008_0),    .ADR1(N149_0),    .ADR2(VCC),    .ADR3(\_n0002<8>16_SW1/O ),    .O(\_n0002<8>16/O )  );  X_ZERO GLOBAL_LOGIC0_GND (    .O(GLOBAL_LOGIC0)  );  X_ONE GLOBAL_LOGIC1_VCC (    .O(GLOBAL_LOGIC1)  );  X_BUF \datain<4>/OUTPUT/OFF/OMUX  (    .I(datain_4),    .O(\datain<4>/O )  );  X_BUF \datain<5>/OUTPUT/OFF/OMUX  (    .I(datain_5),    .O(\datain<5>/O )  );  X_BUF \datain<6>/OUTPUT/OFF/OMUX  (    .I(datain_6),    .O(\datain<6>/O )  );  X_BUF \datain<7>/OUTPUT/OFF/OMUX  (    .I(datain_7),    .O(\datain<7>/O )  );  X_BUF \datain<8>/OUTPUT/OFF/OMUX  (    .I(datain_8),    .O(\datain<8>/O )  );  X_BUF \datain<9>/OUTPUT/OFF/OMUX  (    .I(datain_9),    .O(\datain<9>/O )  );  X_BUF \datain<10>/OUTPUT/OFF/OMUX  (    .I(datain_10),    .O(\datain<10>/O )  );  X_BUF \datain<11>/OUTPUT/OFF/OMUX  (    .I(datain_11),    .O(\datain<11>/O )  );  X_BUF \datain<12>/OUTPUT/OFF/OMUX  (    .I(datain_12),    .O(\datain<12>/O )  );  X_BUF \zhuangtai<0>/OUTPUT/OFF/OMUX  (    .I(zhuangtai_0),    .O(\zhuangtai<0>/O )  );  X_BUF \datain<13>/OUTPUT/OFF/OMUX  (    .I(datain_13),    .O(\datain<13>/O )  );  X_BUF \zhuangtai<1>/OUTPUT/OFF/OMUX  (    .I(zhuangtai_1),    .O(\zhuangtai<1>/O )  );  X_BUF \datain<14>/OUTPUT/OFF/OMUX  (    .I(datain_14),    .O(\datain<14>/O )  );  X_BUF \zhuangtai<2>/OUTPUT/OFF/OMUX  (    .I(GLOBAL_LOGIC0),    .O(\zhuangtai<2>/O )  );  X_BUF \datain<15>/OUTPUT/OFF/OMUX  (    .I(datain_15),    .O(\datain<15>/O )  );  X_BUF \zhuangtai<3>/OUTPUT/OFF/OMUX  (    .I(GLOBAL_LOGIC0),    .O(\zhuangtai<3>/O )  );  X_BUF \zhuangtai<4>/OUTPUT/OFF/OMUX  (    .I(GLOBAL_LOGIC0),    .O(\zhuangtai<4>/O )  );  X_BUF \count<0>/OUTPUT/OFF/OMUX  (    .I(count_0),    .O(\count<0>/O )  );  X_BUF \count<1>/OUTPUT/OFF/OMUX  (    .I(count_1),    .O(\count<1>/O )  );  X_BUF \count<2>/OUTPUT/OFF/OMUX  (    .I(count_2),    .O(\count<2>/O )  );  X_BUF \count<3>/OUTPUT/OFF/OMUX  (    .I(count_3),    .O(\count<3>/O )  );  X_BUF \count<4>/OUTPUT/OFF/OMUX  (    .I(count_4),    .O(\count<4>/O )  );  X_BUF \sdata/OUTPUT/OFF/OMUX  (    .I(sdata_OBUF),    .O(\sdata/O )  );  X_BUF \datain<0>/OUTPUT/OFF/OMUX  (    .I(GLOBAL_LOGIC0),    .O(\datain<0>/O )  );  X_BUF \datain<1>/OUTPUT/OFF/OMUX  (    .I(GLOBAL_LOGIC0),    .O(\datain<1>/O )  );  X_BUF \datain<2>/OUTPUT/OFF/OMUX  (    .I(GLOBAL_LOGIC0),    .O(\datain<2>/O )  );  X_BUF \datain<3>/OUTPUT/OFF/OMUX  (    .I(datain_3),    .O(\datain<3>/O )  );  X_ONE NlwBlock_shuju_VCC (    .O(VCC)  );  X_ZERO NlwBlock_shuju_GND (    .O(GND)  );endmodule