);  X_MUX2 \sc<4>/CYMUXF2_167  (    .IA(\sc<4>/LOGIC_ZERO ),    .IB(\sc<4>/LOGIC_ZERO ),    .SEL(\sc<4>/CYSELF ),    .O(\sc<4>/CYMUXF2 )  );  X_BUF \sc<4>/CYINIT_168  (    .I(\serial_sc__n0000<3>_cyo ),    .O(\sc<4>/CYINIT )  );  X_BUF \sc<4>/CYSELF_169  (    .I(\sc<4>/F ),    .O(\sc<4>/CYSELF )  );  X_BUF \sc<4>/DYMUX_170  (    .I(\sc<4>/XORG ),    .O(\sc<4>/DYMUX )  );  X_XOR2 \sc<4>/XORG_171  (    .I0(\serial_sc__n0000<4>_cyo ),    .I1(\sc<4>/G ),    .O(\sc<4>/XORG )  );  X_BUF \sc<4>/FASTCARRY_172  (    .I(\serial_sc__n0000<3>_cyo ),    .O(\sc<4>/FASTCARRY )  );  X_AND2 \sc<4>/CYAND_173  (    .I0(\sc<4>/CYSELG ),    .I1(\sc<4>/CYSELF ),    .O(\sc<4>/CYAND )  );  X_MUX2 \sc<4>/CYMUXFAST_174  (    .IA(\sc<4>/CYMUXG2 ),    .IB(\sc<4>/FASTCARRY ),    .SEL(\sc<4>/CYAND ),    .O(\sc<4>/CYMUXFAST )  );  X_MUX2 \sc<4>/CYMUXG2_175  (    .IA(\sc<4>/LOGIC_ZERO ),    .IB(\sc<4>/CYMUXF2 ),    .SEL(\sc<4>/CYSELG ),    .O(\sc<4>/CYMUXG2 )  );  X_BUF \sc<4>/CYSELG_176  (    .I(\sc<4>/G ),    .O(\sc<4>/CYSELG )  );  X_INV \sc<4>/SRINV  (    .I(rst_IBUF),    .O(\sc<4>/SRINVNOT )  );  X_BUF \sc<4>/CLKINV_177  (    .I(clk_BUFGP),    .O(\sc<4>/CLKINV )  );  X_BUF \sc<4>/CEINV_178  (    .I(_n0038_0),    .O(\sc<4>/CEINV )  );  X_ZERO \sc<6>/LOGIC_ZERO_179  (    .O(\sc<6>/LOGIC_ZERO )  );  X_BUF \sc<6>/DXMUX_180  (    .I(\sc<6>/XORF ),    .O(\sc<6>/DXMUX )  );  X_XOR2 \sc<6>/XORF_181  (    .I0(\sc<6>/CYINIT ),    .I1(\sc<6>/F ),    .O(\sc<6>/XORF )  );  X_MUX2 \sc<6>/CYMUXF  (    .IA(\sc<6>/LOGIC_ZERO ),    .IB(\sc<6>/CYINIT ),    .SEL(\sc<6>/CYSELF ),    .O(\serial_sc__n0000<6>_cyo )  );  X_BUF \sc<6>/CYINIT_182  (    .I(\sc<4>/CYMUXFAST ),    .O(\sc<6>/CYINIT )  );  X_BUF \sc<6>/CYSELF_183  (    .I(\sc<6>/F ),    .O(\sc<6>/CYSELF )  );  X_BUF \sc<6>/DYMUX_184  (    .I(\sc<6>/XORG ),    .O(\sc<6>/DYMUX )  );  X_XOR2 \sc<6>/XORG_185  (    .I0(\serial_sc__n0000<6>_cyo ),    .I1(\sc<7>_rt ),    .O(\sc<6>/XORG )  );  X_INV \sc<6>/SRINV  (    .I(rst_IBUF),    .O(\sc<6>/SRINVNOT )  );  X_BUF \sc<6>/CLKINV_186  (    .I(clk_BUFGP),    .O(\sc<6>/CLKINV )  );  X_BUF \sc<6>/CEINV_187  (    .I(_n0038_0),    .O(\sc<6>/CEINV )  );  defparam \sc<7>_rt_188 .INIT = 16'hCCCC;  X_LUT4 \sc<7>_rt_188  (    .ADR0(VCC),    .ADR1(\sc<7> ),    .ADR2(VCC),    .ADR3(VCC),    .O(\sc<7>_rt )  );  X_ZERO \_n0025<1>/LOGIC_ZERO_189  (    .O(\_n0025<1>/LOGIC_ZERO )  );  X_ONE \_n0025<1>/LOGIC_ONE_190  (    .O(\_n0025<1>/LOGIC_ONE )  );  X_MUX2 \_n0025<1>/CYMUXF  (    .IA(\_n0025<1>/LOGIC_ONE ),    .IB(\_n0025<1>/CYINIT ),    .SEL(\_n0025<1>/CYSELF ),    .O(\serial__n0025<0>_cyo )  );  X_BUF \_n0025<1>/CYINIT_191  (    .I(GLOBAL_LOGIC0),    .O(\_n0025<1>/CYINIT )  );  X_BUF \_n0025<1>/CYSELF_192  (    .I(N6),    .O(\_n0025<1>/CYSELF )  );  X_BUF \_n0025<1>/YUSED  (    .I(\_n0025<1>/XORG ),    .O(\_n0025<1> )  );  X_XOR2 \_n0025<1>/XORG_193  (    .I0(\serial__n0025<0>_cyo ),    .I1(\_n0025<1>/G ),    .O(\_n0025<1>/XORG )  );  X_BUF \_n0025<1>/COUTUSED  (    .I(\_n0025<1>/CYMUXG ),    .O(\serial__n0025<1>_cyo )  );  X_MUX2 \_n0025<1>/CYMUXG_194  (    .IA(\_n0025<1>/LOGIC_ZERO ),    .IB(\serial__n0025<0>_cyo ),    .SEL(\_n0025<1>/CYSELG ),    .O(\_n0025<1>/CYMUXG )  );  X_BUF \_n0025<1>/CYSELG_195  (    .I(\_n0025<1>/G ),    .O(\_n0025<1>/CYSELG )  );  X_ZERO \_n0025<2>/LOGIC_ZERO_196  (    .O(\_n0025<2>/LOGIC_ZERO )  );  X_BUF \_n0025<2>/XUSED  (    .I(\_n0025<2>/XORF ),    .O(\_n0025<2> )  );  X_XOR2 \_n0025<2>/XORF_197  (    .I0(\_n0025<2>/CYINIT ),    .I1(\_n0025<2>/F ),    .O(\_n0025<2>/XORF )  );  X_MUX2 \_n0025<2>/CYMUXF  (    .IA(\_n0025<2>/LOGIC_ZERO ),    .IB(\_n0025<2>/CYINIT ),    .SEL(\_n0025<2>/CYSELF ),    .O(\serial__n0025<2>_cyo )  );  X_MUX2 \_n0025<2>/CYMUXF2_198  (    .IA(\_n0025<2>/LOGIC_ZERO ),    .IB(\_n0025<2>/LOGIC_ZERO ),    .SEL(\_n0025<2>/CYSELF ),    .O(\_n0025<2>/CYMUXF2 )  );  X_BUF \_n0025<2>/CYINIT_199  (    .I(\serial__n0025<1>_cyo ),    .O(\_n0025<2>/CYINIT )  );  X_BUF \_n0025<2>/CYSELF_200  (    .I(\_n0025<2>/F ),    .O(\_n0025<2>/CYSELF )  );  X_BUF \_n0025<2>/YUSED  (    .I(\_n0025<2>/XORG ),    .O(\_n0025<3> )  );  X_XOR2 \_n0025<2>/XORG_201  (    .I0(\serial__n0025<2>_cyo ),    .I1(\_n0025<2>/G ),    .O(\_n0025<2>/XORG )  );  X_BUF \_n0025<2>/COUTUSED  (    .I(\_n0025<2>/CYMUXFAST ),    .O(\serial__n0025<3>_cyo )  );  X_BUF \_n0025<2>/FASTCARRY_202  (    .I(\serial__n0025<1>_cyo ),    .O(\_n0025<2>/FASTCARRY )  );  X_AND2 \_n0025<2>/CYAND_203  (    .I0(\_n0025<2>/CYSELG ),    .I1(\_n0025<2>/CYSELF ),    .O(\_n0025<2>/CYAND )  );  X_MUX2 \_n0025<2>/CYMUXFAST_204  (    .IA(\_n0025<2>/CYMUXG2 ),    .IB(\_n0025<2>/FASTCARRY ),    .SEL(\_n0025<2>/CYAND ),    .O(\_n0025<2>/CYMUXFAST )  );  X_MUX2 \_n0025<2>/CYMUXG2_205  (    .IA(\_n0025<2>/LOGIC_ZERO ),    .IB(\_n0025<2>/CYMUXF2 ),    .SEL(\_n0025<2>/CYSELG ),    .O(\_n0025<2>/CYMUXG2 )  );  X_BUF \_n0025<2>/CYSELG_206  (    .I(\_n0025<2>/G ),    .O(\_n0025<2>/CYSELG )  );  X_ZERO \_n0025<4>/LOGIC_ZERO_207  (    .O(\_n0025<4>/LOGIC_ZERO )  );  X_BUF \_n0025<4>/XUSED  (    .I(\_n0025<4>/XORF ),    .O(\_n0025<4> )  );  X_XOR2 \_n0025<4>/XORF_208  (    .I0(\_n0025<4>/CYINIT ),    .I1(\_n0025<4>/F ),    .O(\_n0025<4>/XORF )  );  X_MUX2 \_n0025<4>/CYMUXF  (    .IA(\_n0025<4>/LOGIC_ZERO ),    .IB(\_n0025<4>/CYINIT ),    .SEL(\_n0025<4>/CYSELF ),    .O(\serial__n0025<4>_cyo )  );  X_MUX2 \_n0025<4>/CYMUXF2_209  (    .IA(\_n0025<4>/LOGIC_ZERO ),    .IB(\_n0025<4>/LOGIC_ZERO ),    .SEL(\_n0025<4>/CYSELF ),    .O(\_n0025<4>/CYMUXF2 )  );  X_BUF \_n0025<4>/CYINIT_210  (    .I(\serial__n0025<3>_cyo ),    .O(\_n0025<4>/CYINIT )  );  X_BUF \_n0025<4>/CYSELF_211  (    .I(\_n0025<4>/F ),    .O(\_n0025<4>/CYSELF )  );  X_BUF \_n0025<4>/YUSED  (    .I(\_n0025<4>/XORG ),    .O(\_n0025<5> )  );  X_XOR2 \_n0025<4>/XORG_212  (    .I0(\serial__n0025<4>_cyo ),    .I1(\_n0025<4>/G ),    .O(\_n0025<4>/XORG )  );  X_BUF \_n0025<4>/FASTCARRY_213  (    .I(\serial__n0025<3>_cyo ),    .O(\_n0025<4>/FASTCARRY )  );  X_AND2 \_n0025<4>/CYAND_214  (    .I0(\_n0025<4>/CYSELG ),    .I1(\_n0025<4>/CYSELF ),    .O(\_n0025<4>/CYAND )  );  X_MUX2 \_n0025<4>/CYMUXFAST_215  (    .IA(\_n0025<4>/CYMUXG2 ),    .IB(\_n0025<4>/FASTCARRY ),    .SEL(\_n0025<4>/CYAND ),    .O(\_n0025<4>/CYMUXFAST )  );  X_MUX2 \_n0025<4>/CYMUXG2_216  (    .IA(\_n0025<4>/LOGIC_ZERO ),    .IB(\_n0025<4>/CYMUXF2 ),    .SEL(\_n0025<4>/CYSELG ),    .O(\_n0025<4>/CYMUXG2 )  );  X_BUF \_n0025<4>/CYSELG_217  (    .I(\_n0025<4>/G ),    .O(\_n0025<4>/CYSELG )  );  defparam \sb<7>_rt_218 .INIT = 16'hF0F0;  X_LUT4 \sb<7>_rt_218  (    .ADR0(VCC),    .ADR1(VCC),    .ADR2(\sb<7> ),    .ADR3(VCC),    .O(\sb<7>_rt )  );  X_ZERO \_n0025<6>/LOGIC_ZERO_219  (    .O(\_n0025<6>/LOGIC_ZERO )  );  X_BUF \_n0025<6>/XUSED  (    .I(\_n0025<6>/XORF ),    .O(\_n0025<6> )  );  X_XOR2 \_n0025<6>/XORF_220  (    .I0(\_n0025<6>/CYINIT ),    .I1(\_n0025<6>/F ),    .O(\_n0025<6>/XORF )  );  X_MUX2 \_n0025<6>/CYMUXF  (    .IA(\_n0025<6>/LOGIC_ZERO ),    .IB(\_n0025<6>/CYINIT ),    .SEL(\_n0025<6>/CYSELF ),    .O(\serial__n0025<6>_cyo )  );  X_BUF \_n0025<6>/CYINIT_221  (    .I(\_n0025<4>/CYMUXFAST ),    .O(\_n0025<6>/CYINIT )  );  X_BUF \_n0025<6>/CYSELF_222  (    .I(\_n0025<6>/F ),    .O(\_n0025<6>/CYSELF )  );  X_BUF \_n0025<6>/YUSED  (    .I(\_n0025<6>/XORG ),    .O(\_n0025<7> )  );  X_XOR2 \_n0025<6>/XORG_223  (    .I0(\serial__n0025<6>_cyo ),    .I1(\sb<7>_rt ),    .O(\_n0025<6>/XORG )  );  X_OPAD \sload/PAD  (    .PAD(sload)  );  X_TRI sload_OBUF_224 (    .I(\sload/O ),    .CTL(\sload/ENABLE ),    .O(sload)  );  X_INV \sload/ENABLEINV  (    .I(GTS),    .O(\sload/ENABLE )  );  X_IPAD \clk/PAD  (    .PAD(clk)  );  X_BUF \clk_BUFGP/IBUFG_225  (    .I(clk),    .O(\clk/INBUF )  );  X_BUF \clk/IFF/IMUX  (    .I(\clk/INBUF ),    .O(\clk_BUFGP/IBUFG )  );  X_OPAD \sclk/PAD  (    .PAD(sclk)  );  X_TRI sclk_OBUF_226 (    .I(\sclk/O ),    .CTL(\sclk/ENABLE ),    .O(sclk)  );  X_INV \sclk/ENABLEINV  (    .I(GTS),    .O(\sclk/ENABLE )  );  defparam sa_7.INIT = 1'b0;  X_SFF sa_7 (    .I(\sa<6>/DYMUX ),    .CE(\sa<6>/CEINV ),    .CLK(\sa<6>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sa<6>/SRINVNOT ),    .O(\sa<7> )  );  defparam sc_7.INIT = 1'b0;  X_SFF sc_7 (    .I(\sc<6>/DYMUX ),    .CE(\sc<6>/CEINV ),    .CLK(\sc<6>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sc<6>/SRINVNOT ),    .O(\sc<7> )  );  defparam \serial__n0026<0>lut_INV_0 .INIT = 16'h00FF;  X_LUT4 \serial__n0026<0>lut_INV_0  (    .ADR0(VCC),    .ADR1(VCC),    .ADR2(VCC),    .ADR3(\sd<0> ),    .O(N7)  );  defparam sa_1.INIT = 1'b0;  X_SFF sa_1 (    .I(\sa<0>/DYMUX ),    .CE(\sa<0>/CEINV ),    .CLK(\sa<0>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sa<0>/SRINVNOT ),    .O(\sa<1> )  );  X_BUF \reset/OUTPUT/OTCLK1INV_227  (    .I(clk_BUFGP),    .O(\reset/OUTPUT/OTCLK1INV )  );  defparam _n00201_G.INIT = 16'hE2E2;  X_LUT4 _n00201_G (    .ADR0(sload_OBUF),    .ADR1(s3_FFd1),    .ADR2(\s4_FFd1-In_0 ),    .ADR3(VCC),    .O(\_n00201_G/O )  );  defparam \_n0021<0>471 .INIT = 16'hCA30;  X_LUT4 \_n0021<0>471  (    .ADR0(_n0008_0),    .ADR1(\s4_FFd1-In_0 ),    .ADR2(s3_FFd1),    .ADR3(\sb<0> ),    .O(\_n0021<0>471/O )  );  defparam _n00141.INIT = 16'h0002;  X_LUT4 _n00141 (    .ADR0(\sd<1> ),    .ADR1(N240_0),    .ADR2(N28),    .ADR3(\sd<0> ),    .O(\_n00141/O_pack_1 )  );  defparam \_n0024<6>1 .INIT = 16'h8C8C;  X_LUT4 \_n0024<6>1  (    .ADR0(N224),    .ADR1(\_n0026<6> ),    .ADR2(N81_0),    .ADR3(VCC),    .O(\_n0024<6>1/O )  );  defparam \s5_FFd1-In11 .INIT = 16'h0040;  X_LUT4 \s5_FFd1-In11  (    .ADR0(\sd<0> ),    .ADR1(N81_0),    .ADR2(\sd<1> ),    .ADR3(s5_FFd1),    .O(\s5_FFd1-In11/O )  );  defparam Ker111.INIT = 16'hA8AA;  X_LUT4 Ker111 (    .ADR0(s5_FFd1),    .ADR1(N28),    .ADR2(\Ker8_SW1/O ),    .ADR3(\sd<0> ),    .O(N111)  );  defparam sclk_228.INIT = 1'b1;  X_SFF sclk_228 (    .I(\sd<0>/DYMUX ),    .CE(VCC),    .CLK(\sd<0>/CLKINV ),    .SET(GSR),    .RST(GND),    .SSET(\sd<0>/SRINVNOT ),    .SRST(GND),    .O(sclk_OBUF)  );  defparam \_n0024<0> .INIT = 16'h5D15;  X_LUT4 \_n0024<0>  (    .ADR0(\sd<0> ),    .ADR1(N81_0),    .ADR2(\sd<1> ),    .ADR3(s5_FFd1),    .O(\_n0024<0>/O )  );  defparam sd_0.INIT = 1'b0;  X_SFF sd_0 (    .I(\sd<0>/DXMUX ),    .CE(VCC),    .CLK(\sd<0>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sd<0>/SRINVNOT ),    .O(\sd<0> )  );  defparam sb_0.INIT = 1'b0;  X_SFF sb_0 (    .I(\sb<0>/DYMUX ),    .CE(VCC),    .CLK(\sb<0>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(\sb<0>/REVUSED ),    .SRST(\sb<0>/SRINVNOT ),    .O(\sb<0> )  );  defparam _n00361.INIT = 16'h0505;  X_LUT4 _n00361 (    .ADR0(_n0008_0),    .ADR1(VCC),    .ADR2(s3_FFd1),    .ADR3(VCC),    .O(_n0036)  );  defparam \_n0021<1>1 .INIT = 16'hEAC0;  X_LUT4 \_n0021<1>1  (    .ADR0(N4_0),    .ADR1(\_n0025<1> ),    .ADR2(N01),    .ADR3(\sb<1> ),    .O(\_n0021<1>1/O )  );  defparam sb_1.INIT = 1'b0;  X_SFF sb_1 (    .I(\sb<1>/DXMUX ),    .CE(VCC),    .CLK(\sb<1>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sb<1>/SRINVNOT ),    .O(\sb<1> )  );  defparam \_n0024<7>1 .INIT = 16'h888A;  X_LUT4 \_n0024<7>1  (    .ADR0(\_n0026<7> ),    .ADR1(N111_0),    .ADR2(\_n00141/O ),    .ADR3(s5_FFd1),    .O(\_n0024<7>1/O )  );  defparam sd_7.INIT = 1'b0;  X_SFF sd_7 (    .I(\sd<7>/DXMUX ),    .CE(VCC),    .CLK(\sd<7>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sd<7>/SRINVNOT ),    .O(\sd<7> )  );  defparam sb_2.INIT = 1'b0;  X_SFF sb_2 (    .I(\sb<3>/DYMUX ),    .CE(VCC),    .CLK(\sb<3>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sb<3>/SRINVNOT ),    .O(\sb<2> )  );  defparam \_n0021<3>1 .INIT = 16'hECA0;  X_LUT4 \_n0021<3>1  (    .ADR0(\_n0025<3> ),    .ADR1(N4_0),    .ADR2(N01),    .ADR3(\sb<3> ),    .O(\_n0021<3>1/O )  );  defparam sb_3.INIT = 1'b0;  X_SFF sb_3 (    .I(\sb<3>/DXMUX ),    .CE(VCC),    .CLK(\sb<3>/CLKINV ),    .SET(GND),    .RST(GSR),    .SSET(GND),    .SRST(\sb<3>/SRINVNOT ),    .O(\sb<3> )  );  defparam sload_229.INIT = 1'b1;  X_SFF sload_229 (    .I(\sload_OBUF/DXMUX ),    .CE(VCC),    .CLK(\sload_OBUF/CLKINV ),    .SET(GSR),    .RST(GND),    .SSET(\sload_OBUF/SRINVNOT ),    .SRST(GND),    .O(sload_OBUF)  );  defparam _n00371.INIT = 16'h000F;  X_LUT4 _n00371 (    .ADR0(VCC),    .ADR1(VCC),    .ADR2(_n0000),    .ADR3(s1_FFd1),    .O(_n0037)  );  defparam _n00381.INIT = 16'h0004;  X_LUT4 _n00381 (    .ADR0(_n0008_0),    .ADR1(N91_0),    .ADR2(\sb<6> ),    .ADR3(\_n00381_SW0/O ),    .O(_n0038)  );  defparam \_n0024<1>1 .INIT = 16'hCC0C;  X_LUT4 \_n0024<1>1  (    .ADR0(VCC),    .ADR1(\_n0026<1> ),    .ADR2(N81_0),