.ADR2(\sc<2> ),    .ADR3(\sc<0> ),    .O(\s3_FFd1-In1_SW0/O_pack_1 )  );  X_BUF \N4/XUSED  (    .I(N4),    .O(N4_0)  );  X_BUF \N4/YUSED  (    .I(_n0012_pack_1),    .O(_n0012)  );  defparam _n001216.INIT = 16'h8000;  X_LUT4 _n001216 (    .ADR0(\sb<3> ),    .ADR1(CHOICE34_0),    .ADR2(CHOICE28_0),    .ADR3(\sb<2> ),    .O(_n0012_pack_1)  );  X_BUF \CHOICE17/XUSED  (    .I(CHOICE17),    .O(CHOICE17_0)  );  defparam _n00086.INIT = 16'h0505;  X_LUT4 _n00086 (    .ADR0(\sc<3> ),    .ADR1(VCC),    .ADR2(\sc<2> ),    .ADR3(VCC),    .O(CHOICE17)  );  X_BUF \N240/XUSED  (    .I(N240),    .O(N240_0)  );  defparam Ker8_SW2.INIT = 16'hFFEE;  X_LUT4 Ker8_SW2 (    .ADR0(\sd<4> ),    .ADR1(\sd<5> ),    .ADR2(VCC),    .ADR3(\sd<6> ),    .O(N240)  );  X_BUF \CHOICE11/XUSED  (    .I(CHOICE11),    .O(CHOICE11_0)  );  defparam _n000021.INIT = 16'h0001;  X_LUT4 _n000021 (    .ADR0(\sa<4> ),    .ADR1(\sa<7> ),    .ADR2(\sa<5> ),    .ADR3(\sa<6> ),    .O(CHOICE11)  );  X_BUF \N206/XUSED  (    .I(N206),    .O(N206_0)  );  X_BUF \N206/YUSED  (    .I(CHOICE63),    .O(CHOICE63_0)  );  defparam Ker023.INIT = 16'h00CC;  X_LUT4 Ker023 (    .ADR0(VCC),    .ADR1(s3_FFd1),    .ADR2(VCC),    .ADR3(s4_FFd1),    .O(CHOICE63)  );  X_BUF \s1_FFd1/DXMUX_109  (    .I(s1_FFd1),    .O(\s1_FFd1/DXMUX )  );  X_BUF \s1_FFd1/REVUSED_110  (    .I(_n0000),    .O(\s1_FFd1/REVUSED )  );  X_INV \s1_FFd1/SRINV  (    .I(rst_IBUF),    .O(\s1_FFd1/SRINVNOT )  );  X_BUF \s1_FFd1/CLKINV_111  (    .I(clk_BUFGP),    .O(\s1_FFd1/CLKINV )  );  X_BUF \N197/XUSED  (    .I(N197),    .O(N197_0)  );  X_BUF \N197/YUSED  (    .I(CHOICE34),    .O(CHOICE34_0)  );  defparam _n001213.INIT = 16'h0400;  X_LUT4 _n001213 (    .ADR0(\sb<7> ),    .ADR1(\sb<1> ),    .ADR2(\sb<6> ),    .ADR3(\sb<0> ),    .O(CHOICE34)  );  X_BUF \N215/XUSED  (    .I(N215),    .O(N215_0)  );  X_BUF \N215/YUSED  (    .I(N199),    .O(N199_0)  );  defparam \s2_FFd1-In1_SW0 .INIT = 16'hCD4C;  X_LUT4 \s2_FFd1-In1_SW0  (    .ADR0(\sb<0> ),    .ADR1(s2_FFd1),    .ADR2(\sb<1> ),    .ADR3(\sb<6> ),    .O(N199)  );  X_BUF \CHOICE3/XUSED  (    .I(CHOICE3),    .O(CHOICE3_0)  );  defparam _n00004.INIT = 16'h0033;  X_LUT4 _n00004 (    .ADR0(VCC),    .ADR1(\sa<2> ),    .ADR2(VCC),    .ADR3(\sa<3> ),    .O(CHOICE3)  );  X_BUF \s3_FFd1/DYMUX_112  (    .I(GLOBAL_LOGIC1),    .O(\s3_FFd1/DYMUX )  );  X_INV \s3_FFd1/SRINV  (    .I(rst_IBUF),    .O(\s3_FFd1/SRINVNOT )  );  X_BUF \s3_FFd1/CLKINV_113  (    .I(clk_BUFGP),    .O(\s3_FFd1/CLKINV )  );  X_BUF \s3_FFd1/CEINV_114  (    .I(_n0008_0),    .O(\s3_FFd1/CEINV )  );  X_BUF \CHOICE28/XUSED  (    .I(CHOICE28),    .O(CHOICE28_0)  );  defparam _n00121.INIT = 16'hC0C0;  X_LUT4 _n00121 (    .ADR0(VCC),    .ADR1(\sb<4> ),    .ADR2(\sb<5> ),    .ADR3(VCC),    .O(CHOICE28)  );  X_IPAD \rst/PAD  (    .PAD(rst)  );  X_BUF rst_IBUF_115 (    .I(rst),    .O(\rst/INBUF )  );  X_BUF \rst/IFF/IMUX  (    .I(\rst/INBUF ),    .O(rst_IBUF)  );  X_OPAD \reset/PAD  (    .PAD(reset)  );  X_TRI reset_OBUF_116 (    .I(\reset/O ),    .CTL(\reset/ENABLE ),    .O(reset)  );  X_INV \reset/ENABLEINV  (    .I(GTS),    .O(\reset/ENABLE )  );  X_BUFGMUX \clk_BUFGP/BUFG  (    .I0(\clk_BUFGP/IBUFG ),    .I1(GND),    .S(\clk_BUFGP/BUFG/S_INVNOT ),    .O(clk_BUFGP),    .GSR(GSR)  );  X_INV \clk_BUFGP/BUFG/SINV  (    .I(GLOBAL_LOGIC1),    .O(\clk_BUFGP/BUFG/S_INVNOT )  );  X_BUF \sload_OBUF/DXMUX_117  (    .I(\sload_OBUF/F5MUX ),    .O(\sload_OBUF/DXMUX )  );  X_MUX2 \sload_OBUF/F5MUX_118  (    .IA(\_n00201_F/O ),    .IB(\_n00201_G/O ),    .SEL(\sload_OBUF/BXINV ),    .O(\sload_OBUF/F5MUX )  );  X_BUF \sload_OBUF/BXINV_119  (    .I(_n0008_0),    .O(\sload_OBUF/BXINV )  );  X_INV \sload_OBUF/SRINV  (    .I(rst_IBUF),    .O(\sload_OBUF/SRINVNOT )  );  X_BUF \sload_OBUF/CLKINV_120  (    .I(clk_BUFGP),    .O(\sload_OBUF/CLKINV )  );  defparam _n00201_F.INIT = 16'hFCB8;  X_LUT4 _n00201_F (    .ADR0(_n0012),    .ADR1(s3_FFd1),    .ADR2(\s2_FFd1-In_0 ),    .ADR3(s4_FFd1),    .O(\_n00201_F/O )  );  X_BUF \_n0037/XUSED  (    .I(_n0037),    .O(_n0037_0)  );  X_BUF \_n0037/YUSED  (    .I(_n0000_pack_1),    .O(_n0000)  );  defparam _n000024.INIT = 16'h8000;  X_LUT4 _n000024 (    .ADR0(CHOICE11_0),    .ADR1(\sa<0> ),    .ADR2(\sa<1> ),    .ADR3(CHOICE3_0),    .O(_n0000_pack_1)  );  X_BUF \_n0038/XUSED  (    .I(_n0038),    .O(_n0038_0)  );  X_BUF \_n0038/YUSED  (    .I(\_n00381_SW0/O_pack_1 ),    .O(\_n00381_SW0/O )  );  defparam _n00381_SW0.INIT = 16'hDFFF;  X_LUT4 _n00381_SW0 (    .ADR0(\sb<1> ),    .ADR1(s3_FFd1),    .ADR2(s2_FFd1),    .ADR3(\sb<0> ),    .O(\_n00381_SW0/O_pack_1 )  );  X_BUF \sd<1>/DXMUX_121  (    .I(\_n0024<1>1/O ),    .O(\sd<1>/DXMUX )  );  X_BUF \sd<1>/YUSED  (    .I(N224_pack_1),    .O(N224)  );  X_INV \sd<1>/SRINV  (    .I(rst_IBUF),    .O(\sd<1>/SRINVNOT )  );  X_BUF \sd<1>/CLKINV_122  (    .I(clk_BUFGP),    .O(\sd<1>/CLKINV )  );  defparam \_n0024<2>1_SW0 .INIT = 16'hF5AF;  X_LUT4 \_n0024<2>1_SW0  (    .ADR0(\sd<0> ),    .ADR1(VCC),    .ADR2(\sd<1> ),    .ADR3(s5_FFd1),    .O(N224_pack_1)  );  X_BUF \CHOICE58/XUSED  (    .I(CHOICE58),    .O(CHOICE58_0)  );  X_BUF \CHOICE58/YUSED  (    .I(\Ker011_SW1/O_pack_1 ),    .O(\Ker011_SW1/O )  );  defparam Ker011_SW1.INIT = 16'hFEFE;  X_LUT4 Ker011_SW1 (    .ADR0(\sb<3> ),    .ADR1(\sb<2> ),    .ADR2(\sb<4> ),    .ADR3(VCC),    .O(\Ker011_SW1/O_pack_1 )  );  X_BUF \s4_FFd1/DXMUX_123  (    .I(\s4_FFd1/FXMUX ),    .O(\s4_FFd1/DXMUX )  );  X_BUF \s4_FFd1/XUSED  (    .I(\s4_FFd1/FXMUX ),    .O(\s4_FFd1-In_0 )  );  X_BUF \s4_FFd1/FXMUX_124  (    .I(\s4_FFd1-In ),    .O(\s4_FFd1/FXMUX )  );  X_BUF \s4_FFd1/YUSED  (    .I(\s4_FFd1-In1_SW0/O_pack_1 ),    .O(\s4_FFd1-In1_SW0/O )  );  X_INV \s4_FFd1/SRINV  (    .I(rst_IBUF),    .O(\s4_FFd1/SRINVNOT )  );  X_BUF \s4_FFd1/CLKINV_125  (    .I(clk_BUFGP),    .O(\s4_FFd1/CLKINV )  );  X_BUF \s4_FFd1/CEINV_126  (    .I(s3_FFd1),    .O(\s4_FFd1/CEINV )  );  X_BUF \N111/XUSED  (    .I(N111),    .O(N111_0)  );  X_BUF \N111/YUSED  (    .I(\Ker8_SW1/O_pack_1 ),    .O(\Ker8_SW1/O )  );  defparam Ker8_SW1.INIT = 16'hFFFE;  X_LUT4 Ker8_SW1 (    .ADR0(\sd<4> ),    .ADR1(\sd<1> ),    .ADR2(\sd<5> ),    .ADR3(\sd<6> ),    .O(\Ker8_SW1/O_pack_1 )  );  X_BUF \sd<0>/DXMUX_127  (    .I(\_n0024<0>/O ),    .O(\sd<0>/DXMUX )  );  X_BUF \sd<0>/DYMUX_128  (    .I(\_n00231/O ),    .O(\sd<0>/DYMUX )  );  X_INV \sd<0>/SRINV  (    .I(rst_IBUF),    .O(\sd<0>/SRINVNOT )  );  X_BUF \sd<0>/CLKINV_129  (    .I(clk_BUFGP),    .O(\sd<0>/CLKINV )  );  defparam _n00231.INIT = 16'hD888;  X_LUT4 _n00231 (    .ADR0(N81_0),    .ADR1(N220_0),    .ADR2(sclk_OBUF),    .ADR3(s5_FFd1),    .O(\_n00231/O )  );  X_BUF \sb<0>/REVUSED_130  (    .I(CHOICE44),    .O(\sb<0>/REVUSED )  );  X_BUF \sb<0>/DYMUX_131  (    .I(\_n0021<0>471/O ),    .O(\sb<0>/DYMUX )  );  X_INV \sb<0>/SRINV  (    .I(rst_IBUF),    .O(\sb<0>/SRINVNOT )  );  X_BUF \sb<0>/CLKINV_132  (    .I(clk_BUFGP),    .O(\sb<0>/CLKINV )  );  defparam Ker030.INIT = 16'h4F44;  X_LUT4 Ker030 (    .ADR0(\s3_FFd1-In_0 ),    .ADR1(CHOICE58_0),    .ADR2(_n0012),    .ADR3(CHOICE63_0),    .O(N01_pack_1)  );  X_BUF \sb<1>/DXMUX_133  (    .I(\_n0021<1>1/O ),    .O(\sb<1>/DXMUX )  );  X_BUF \sb<1>/YUSED  (    .I(N01_pack_1),    .O(N01)  );  X_INV \sb<1>/SRINV  (    .I(rst_IBUF),    .O(\sb<1>/SRINVNOT )  );  X_BUF \sb<1>/CLKINV_134  (    .I(clk_BUFGP),    .O(\sb<1>/CLKINV )  );  X_BUF \sd<7>/DXMUX_135  (    .I(\_n0024<7>1/O ),    .O(\sd<7>/DXMUX )  );  X_BUF \sd<7>/YUSED  (    .I(\_n00141/O_pack_1 ),    .O(\_n00141/O )  );  X_INV \sd<7>/SRINV  (    .I(rst_IBUF),    .O(\sd<7>/SRINVNOT )  );  X_BUF \sd<7>/CLKINV_136  (    .I(clk_BUFGP),    .O(\sd<7>/CLKINV )  );  X_BUF \sb<3>/DXMUX_137  (    .I(\_n0021<3>1/O ),    .O(\sb<3>/DXMUX )  );  X_BUF \sb<3>/DYMUX_138  (    .I(\_n0021<2>1/O ),    .O(\sb<3>/DYMUX )  );  X_INV \sb<3>/SRINV  (    .I(rst_IBUF),    .O(\sb<3>/SRINVNOT )  );  X_BUF \sb<3>/CLKINV_139  (    .I(clk_BUFGP),    .O(\sb<3>/CLKINV )  );  defparam \_n0021<2>1 .INIT = 16'hEAC0;  X_LUT4 \_n0021<2>1  (    .ADR0(N01),    .ADR1(N4_0),    .ADR2(\sb<2> ),    .ADR3(\_n0025<2> ),    .O(\_n0021<2>1/O )  );  X_BUF \sb<5>/DXMUX_140  (    .I(\_n0021<5>1/O ),    .O(\sb<5>/DXMUX )  );  X_BUF \sb<5>/DYMUX_141  (    .I(\_n0021<4>1/O ),    .O(\sb<5>/DYMUX )  );  X_INV \sb<5>/SRINV  (    .I(rst_IBUF),    .O(\sb<5>/SRINVNOT )  );  X_BUF \sb<5>/CLKINV_142  (    .I(clk_BUFGP),    .O(\sb<5>/CLKINV )  );  defparam \_n0021<4>1 .INIT = 16'hECA0;  X_LUT4 \_n0021<4>1  (    .ADR0(N01),    .ADR1(N4_0),    .ADR2(\_n0025<4> ),    .ADR3(\sb<4> ),    .O(\_n0021<4>1/O )  );  X_BUF \sb<7>/DXMUX_143  (    .I(\_n0021<7>1/O ),    .O(\sb<7>/DXMUX )  );  X_BUF \sb<7>/DYMUX_144  (    .I(\_n0021<6>1/O ),    .O(\sb<7>/DYMUX )  );  X_INV \sb<7>/SRINV  (    .I(rst_IBUF),    .O(\sb<7>/SRINVNOT )  );  X_BUF \sb<7>/CLKINV_145  (    .I(clk_BUFGP),    .O(\sb<7>/CLKINV )  );  defparam \_n0021<6>1 .INIT = 16'hF888;  X_LUT4 \_n0021<6>1  (    .ADR0(\sb<6> ),    .ADR1(N4_0),    .ADR2(N01),    .ADR3(\_n0025<6> ),    .O(\_n0021<6>1/O )  );  defparam \_n0024<2>1 .INIT = 16'hCC0C;  X_LUT4 \_n0024<2>1  (    .ADR0(VCC),    .ADR1(\_n0026<2> ),    .ADR2(N81_0),    .ADR3(N224),    .O(\_n0024<2>1/O )  );  X_BUF \sd<3>/DXMUX_146  (    .I(\_n0024<3>1/O ),    .O(\sd<3>/DXMUX )  );  X_BUF \sd<3>/DYMUX_147  (    .I(\_n0024<2>1/O ),    .O(\sd<3>/DYMUX )  );  X_INV \sd<3>/SRINV  (    .I(rst_IBUF),    .O(\sd<3>/SRINVNOT )  );  X_BUF \sd<3>/CLKINV_148  (    .I(clk_BUFGP),    .O(\sd<3>/CLKINV )  );  X_ZERO \sc<2>/LOGIC_ZERO_149  (    .O(\sc<2>/LOGIC_ZERO )  );  X_BUF \sc<2>/DXMUX_150  (    .I(\sc<2>/XORF ),    .O(\sc<2>/DXMUX )  );  X_XOR2 \sc<2>/XORF_151  (    .I0(\sc<2>/CYINIT ),    .I1(\sc<2>/F ),    .O(\sc<2>/XORF )  );  X_MUX2 \sc<2>/CYMUXF  (    .IA(\sc<2>/LOGIC_ZERO ),    .IB(\sc<2>/CYINIT ),    .SEL(\sc<2>/CYSELF ),    .O(\serial_sc__n0000<2>_cyo )  );  X_MUX2 \sc<2>/CYMUXF2_152  (    .IA(\sc<2>/LOGIC_ZERO ),    .IB(\sc<2>/LOGIC_ZERO ),    .SEL(\sc<2>/CYSELF ),    .O(\sc<2>/CYMUXF2 )  );  X_BUF \sc<2>/CYINIT_153  (    .I(\serial_sc__n0000<1>_cyo ),    .O(\sc<2>/CYINIT )  );  X_BUF \sc<2>/CYSELF_154  (    .I(\sc<2>/F ),    .O(\sc<2>/CYSELF )  );  X_BUF \sc<2>/DYMUX_155  (    .I(\sc<2>/XORG ),    .O(\sc<2>/DYMUX )  );  X_XOR2 \sc<2>/XORG_156  (    .I0(\serial_sc__n0000<2>_cyo ),    .I1(\sc<2>/G ),    .O(\sc<2>/XORG )  );  X_BUF \sc<2>/COUTUSED  (    .I(\sc<2>/CYMUXFAST ),    .O(\serial_sc__n0000<3>_cyo )  );  X_BUF \sc<2>/FASTCARRY_157  (    .I(\serial_sc__n0000<1>_cyo ),    .O(\sc<2>/FASTCARRY )  );  X_AND2 \sc<2>/CYAND_158  (    .I0(\sc<2>/CYSELG ),    .I1(\sc<2>/CYSELF ),    .O(\sc<2>/CYAND )  );  X_MUX2 \sc<2>/CYMUXFAST_159  (    .IA(\sc<2>/CYMUXG2 ),    .IB(\sc<2>/FASTCARRY ),    .SEL(\sc<2>/CYAND ),    .O(\sc<2>/CYMUXFAST )  );  X_MUX2 \sc<2>/CYMUXG2_160  (    .IA(\sc<2>/LOGIC_ZERO ),    .IB(\sc<2>/CYMUXF2 ),    .SEL(\sc<2>/CYSELG ),    .O(\sc<2>/CYMUXG2 )  );  X_BUF \sc<2>/CYSELG_161  (    .I(\sc<2>/G ),    .O(\sc<2>/CYSELG )  );  X_INV \sc<2>/SRINV  (    .I(rst_IBUF),    .O(\sc<2>/SRINVNOT )  );  X_BUF \sc<2>/CLKINV_162  (    .I(clk_BUFGP),    .O(\sc<2>/CLKINV )  );  X_BUF \sc<2>/CEINV_163  (    .I(_n0038_0),    .O(\sc<2>/CEINV )  );  X_ZERO \sc<4>/LOGIC_ZERO_164  (    .O(\sc<4>/LOGIC_ZERO )  );  X_BUF \sc<4>/DXMUX_165  (    .I(\sc<4>/XORF ),    .O(\sc<4>/DXMUX )  );  X_XOR2 \sc<4>/XORF_166  (    .I0(\sc<4>/CYINIT ),    .I1(\sc<4>/F ),    .O(\sc<4>/XORF )  );  X_MUX2 \sc<4>/CYMUXF  (    .IA(\sc<4>/LOGIC_ZERO ),    .IB(\sc<4>/CYINIT ),    .SEL(\sc<4>/CYSELF ),    .O(\serial_sc__n0000<4>_cyo )