keypadscan_timesim.v

一个veriloghdl编写的键盘扫描程序

  X_OR2 \out<0>_MC.D2_15  (
    .I0(\out<0>_MC.D2_PT_0 ),
    .I1(\out<0>_MC.D2_PT_1 ),
    .O(\out<0>_MC.D2 )
  );
  X_BUF \outreg<0>  (
    .I(\outreg<0>_MC.Q ),
    .O(outreg[0])
  );
  X_LATCHE \outreg<0>_MC.REG  (
    .I(\outreg<0>_MC.D ),
    .GE(Vcc),
    .CLK(\outreg<0>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4 ),
    .SET(Gnd),
    .RST(PRLD),
    .O(\outreg<0>_MC.Q )
  );
  X_INV \outreg<0>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4_16  (
    .I(\FOOBAR1__ctinst/4 ),
    .O(\outreg<0>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4 )
  );
  X_ZERO Gnd_17 (
    .O(Gnd)
  );
  X_ONE Vcc_18 (
    .O(Vcc)
  );
  X_XOR2 \outreg<0>_MC.D_19  (
    .I0(\outreg<0>_MC.D1 ),
    .I1(\outreg<0>_MC.D2 ),
    .O(\outreg<0>_MC.D )
  );
  X_ZERO \outreg<0>_MC.D1_20  (
    .O(\outreg<0>_MC.D1 )
  );
  X_AND8 \outreg<0>_MC.D2_PT_0_21  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\NlwInverterSignal_outreg<0>_MC.D2_PT_0/IN7 ),
    .O(\outreg<0>_MC.D2_PT_0 )
  );
  X_AND8 \outreg<0>_MC.D2_PT_1_22  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\NlwInverterSignal_outreg<0>_MC.D2_PT_1/IN5 ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<0>_MC.D2_PT_1 )
  );
  X_AND8 \outreg<0>_MC.D2_PT_2_23  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\NlwInverterSignal_outreg<0>_MC.D2_PT_2/IN3 ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<0>_MC.D2_PT_2 )
  );
  X_AND8 \outreg<0>_MC.D2_PT_3_24  (
    .I0(\column<0>_II/UIM ),
    .I1(\NlwInverterSignal_outreg<0>_MC.D2_PT_3/IN1 ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<0>_MC.D2_PT_3 )
  );
  X_OR4 \outreg<0>_MC.D2_25  (
    .I0(\outreg<0>_MC.D2_PT_0 ),
    .I1(\outreg<0>_MC.D2_PT_1 ),
    .I2(\outreg<0>_MC.D2_PT_2 ),
    .I3(\outreg<0>_MC.D2_PT_3 ),
    .O(\outreg<0>_MC.D2 )
  );
  X_BUF _n010237_26 (
    .I(\_n010237_MC.Q ),
    .O(_n010237)
  );
  X_BUF \_n010237_MC.Q_27  (
    .I(\_n010237_MC.D ),
    .O(\_n010237_MC.Q )
  );
  X_XOR2 \_n010237_MC.D_28  (
    .I0(\_n010237_MC.D1 ),
    .I1(\_n010237_MC.D2 ),
    .O(\_n010237_MC.D )
  );
  X_ZERO \_n010237_MC.D1_29  (
    .O(\_n010237_MC.D1 )
  );
  X_AND8 \_n010237_MC.D2_PT_0_30  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\NlwInverterSignal__n010237_MC.D2_PT_0/IN7 ),
    .O(\_n010237_MC.D2_PT_0 )
  );
  X_AND8 \_n010237_MC.D2_PT_1_31  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\NlwInverterSignal__n010237_MC.D2_PT_1/IN5 ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\_n010237_MC.D2_PT_1 )
  );
  X_AND8 \_n010237_MC.D2_PT_2_32  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\NlwInverterSignal__n010237_MC.D2_PT_2/IN4 ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\_n010237_MC.D2_PT_2 )
  );
  X_AND8 \_n010237_MC.D2_PT_3_33  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\NlwInverterSignal__n010237_MC.D2_PT_3/IN3 ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\_n010237_MC.D2_PT_3 )
  );
  X_AND8 \_n010237_MC.D2_PT_4_34  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\NlwInverterSignal__n010237_MC.D2_PT_4/IN2 ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\_n010237_MC.D2_PT_4 )
  );
  X_AND8 \_n010237_MC.D2_PT_5_35  (
    .I0(\column<0>_II/UIM ),
    .I1(\NlwInverterSignal__n010237_MC.D2_PT_5/IN1 ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\_n010237_MC.D2_PT_5 )
  );
  X_AND8 \_n010237_MC.D2_PT_6_36  (
    .I0(\NlwInverterSignal__n010237_MC.D2_PT_6/IN0 ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\_n010237_MC.D2_PT_6 )
  );
  X_OR7 \_n010237_MC.D2_37  (
    .I0(\_n010237_MC.D2_PT_0 ),
    .I1(\_n010237_MC.D2_PT_1 ),
    .I2(\_n010237_MC.D2_PT_2 ),
    .I3(\_n010237_MC.D2_PT_3 ),
    .I4(\_n010237_MC.D2_PT_4 ),
    .I5(\_n010237_MC.D2_PT_5 ),
    .I6(\_n010237_MC.D2_PT_6 ),
    .O(\_n010237_MC.D2 )
  );
  X_BUF N_PZ_96_38 (
    .I(\N_PZ_96_MC.Q ),
    .O(N_PZ_96)
  );
  X_BUF \N_PZ_96_MC.Q_39  (
    .I(\N_PZ_96_MC.D ),
    .O(\N_PZ_96_MC.Q )
  );
  X_XOR2 \N_PZ_96_MC.D_40  (
    .I0(\N_PZ_96_MC.D1 ),
    .I1(\N_PZ_96_MC.D2 ),
    .O(\N_PZ_96_MC.D )
  );
  X_AND8 \N_PZ_96_MC.D1_41  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\NlwInverterSignal_N_PZ_96_MC.D1/IN6 ),
    .I7(\column<7>_II/UIM ),
    .O(\N_PZ_96_MC.D1 )
  );
  X_ZERO \N_PZ_96_MC.D2_42  (
    .O(\N_PZ_96_MC.D2 )
  );
  X_BUF \out<1>_MC.Q_43  (
    .I(\out<1>_MC.Q_tsimrenamed_net_ ),
    .O(\out<1>_MC.Q )
  );
  X_BUF \out<1>_MC.Q_tsimrenamed_net__44  (
    .I(\out<1>_MC.D ),
    .O(\out<1>_MC.Q_tsimrenamed_net_ )
  );
  X_XOR2 \out<1>_MC.D_45  (
    .I0(\out<1>_MC.D1 ),
    .I1(\out<1>_MC.D2 ),
    .O(\out<1>_MC.D )
  );
  X_ZERO \out<1>_MC.D1_46  (
    .O(\out<1>_MC.D1 )
  );
  X_AND2 \out<1>_MC.D2_PT_0_47  (
    .I0(outreg[1]),
    .I1(outreg[1]),
    .O(\out<1>_MC.D2_PT_0 )
  );
  X_AND8 \out<1>_MC.D2_PT_1_48  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\out<1>_MC.D2_PT_1 )
  );
  X_OR2 \out<1>_MC.D2_49  (
    .I0(\out<1>_MC.D2_PT_0 ),
    .I1(\out<1>_MC.D2_PT_1 ),
    .O(\out<1>_MC.D2 )
  );
  X_BUF \outreg<1>  (
    .I(\outreg<1>_MC.Q ),
    .O(outreg[1])
  );
  X_LATCHE \outreg<1>_MC.REG  (
    .I(\outreg<1>_MC.D ),
    .GE(Vcc),
    .CLK(\outreg<1>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4 ),
    .SET(Gnd),
    .RST(PRLD),
    .O(\outreg<1>_MC.Q )
  );
  X_INV \outreg<1>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4_50  (
    .I(\FOOBAR1__ctinst/4 ),
    .O(\outreg<1>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4 )
  );
  X_XOR2 \outreg<1>_MC.D_51  (
    .I0(\outreg<1>_MC.D1 ),
    .I1(\outreg<1>_MC.D2 ),
    .O(\outreg<1>_MC.D )
  );
  X_ZERO \outreg<1>_MC.D1_52  (
    .O(\outreg<1>_MC.D1 )
  );
  X_AND2 \outreg<1>_MC.D2_PT_0_53  (
    .I0(N_PZ_96),
    .I1(N_PZ_96),
    .O(\outreg<1>_MC.D2_PT_0 )
  );
  X_AND8 \outreg<1>_MC.D2_PT_1_54  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\NlwInverterSignal_outreg<1>_MC.D2_PT_1/IN7 ),
    .O(\outreg<1>_MC.D2_PT_1 )
  );
  X_AND8 \outreg<1>_MC.D2_PT_2_55  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\NlwInverterSignal_outreg<1>_MC.D2_PT_2/IN3 ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<1>_MC.D2_PT_2 )
  );
  X_AND8 \outreg<1>_MC.D2_PT_3_56  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\NlwInverterSignal_outreg<1>_MC.D2_PT_3/IN2 ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<1>_MC.D2_PT_3 )
  );
  X_OR4 \outreg<1>_MC.D2_57  (
    .I0(\outreg<1>_MC.D2_PT_0 ),
    .I1(\outreg<1>_MC.D2_PT_1 ),
    .I2(\outreg<1>_MC.D2_PT_2 ),
    .I3(\outreg<1>_MC.D2_PT_3 ),
    .O(\outreg<1>_MC.D2 )
  );
  X_BUF \out<2>_MC.Q_58  (
    .I(\out<2>_MC.Q_tsimrenamed_net_ ),
    .O(\out<2>_MC.Q )
  );
  X_BUF \out<2>_MC.Q_tsimrenamed_net__59  (
    .I(\out<2>_MC.D ),
    .O(\out<2>_MC.Q_tsimrenamed_net_ )
  );
  X_XOR2 \out<2>_MC.D_60  (
    .I0(\out<2>_MC.D1 ),
    .I1(\out<2>_MC.D2 ),
    .O(\out<2>_MC.D )
  );
  X_ZERO \out<2>_MC.D1_61  (
    .O(\out<2>_MC.D1 )
  );
  X_AND2 \out<2>_MC.D2_PT_0_62  (
    .I0(outreg[2]),
    .I1(outreg[2]),
    .O(\out<2>_MC.D2_PT_0 )
  );
  X_AND8 \out<2>_MC.D2_PT_1_63  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\out<2>_MC.D2_PT_1 )
  );
  X_OR2 \out<2>_MC.D2_64  (
    .I0(\out<2>_MC.D2_PT_0 ),
    .I1(\out<2>_MC.D2_PT_1 ),
    .O(\out<2>_MC.D2 )
  );
  X_BUF \outreg<2>  (
    .I(\outreg<2>_MC.Q ),
    .O(outreg[2])
  );
  X_LATCHE \outreg<2>_MC.REG  (
    .I(\outreg<2>_MC.D ),
    .GE(Vcc),
    .CLK(\outreg<2>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4 ),
    .SET(Gnd),
    .RST(PRLD),
    .O(\outreg<2>_MC.Q )
  );
  X_INV \outreg<2>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4_65  (
    .I(\FOOBAR1__ctinst/4 ),
    .O(\outreg<2>_MC.REG_tsimcreated_inv_FOOBAR1__ctinst/4 )
  );
  X_XOR2 \outreg<2>_MC.D_66  (
    .I0(\outreg<2>_MC.D1 ),
    .I1(\outreg<2>_MC.D2 ),
    .O(\outreg<2>_MC.D )
  );
  X_ZERO \outreg<2>_MC.D1_67  (
    .O(\outreg<2>_MC.D1 )
  );
  X_AND2 \outreg<2>_MC.D2_PT_0_68  (
    .I0(N_PZ_96),
    .I1(N_PZ_96),
    .O(\outreg<2>_MC.D2_PT_0 )
  );
  X_AND8 \outreg<2>_MC.D2_PT_1_69  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\NlwInverterSignal_outreg<2>_MC.D2_PT_1/IN7 ),
    .O(\outreg<2>_MC.D2_PT_1 )
  );
  X_AND8 \outreg<2>_MC.D2_PT_2_70  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\NlwInverterSignal_outreg<2>_MC.D2_PT_2/IN5 ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<2>_MC.D2_PT_2 )
  );
  X_AND8 \outreg<2>_MC.D2_PT_3_71  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\NlwInverterSignal_outreg<2>_MC.D2_PT_3/IN4 ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\outreg<2>_MC.D2_PT_3 )
  );
  X_OR4 \outreg<2>_MC.D2_72  (
    .I0(\outreg<2>_MC.D2_PT_0 ),
    .I1(\outreg<2>_MC.D2_PT_1 ),
    .I2(\outreg<2>_MC.D2_PT_2 ),
    .I3(\outreg<2>_MC.D2_PT_3 ),
    .O(\outreg<2>_MC.D2 )
  );
  X_BUF \out<3>_MC.Q_73  (
    .I(\out<3>_MC.Q_tsimrenamed_net_ ),
    .O(\out<3>_MC.Q )
  );
  X_BUF \out<3>_MC.Q_tsimrenamed_net__74  (
    .I(\out<3>_MC.D ),
    .O(\out<3>_MC.Q_tsimrenamed_net_ )
  );
  X_XOR2 \out<3>_MC.D_75  (
    .I0(\out<3>_MC.D1 ),
    .I1(\out<3>_MC.D2 ),
    .O(\out<3>_MC.D )
  );
  X_ZERO \out<3>_MC.D1_76  (
    .O(\out<3>_MC.D1 )
  );
  X_AND2 \out<3>_MC.D2_PT_0_77  (
    .I0(outreg[3]),
    .I1(outreg[3]),
    .O(\out<3>_MC.D2_PT_0 )
  );
  X_AND8 \out<3>_MC.D2_PT_1_78  (
    .I0(\column<0>_II/UIM ),
    .I1(\column<1>_II/UIM ),
    .I2(\column<2>_II/UIM ),
    .I3(\column<3>_II/UIM ),
    .I4(\column<4>_II/UIM ),
    .I5(\column<5>_II/UIM ),
    .I6(\column<6>_II/UIM ),
    .I7(\column<7>_II/UIM ),
    .O(\out<3>_MC.D2_PT_1 )