float_add_modue_synthesis.v

32位单精度浮点加法器

  );
  FDCE   i_0 (
    .C(CLK_BUFGP_64),
    .CE(_n0954_inv),
    .CLR(RSTn_inv),
    .D(\i[3]_i[3]_wide_mux_132_OUT<0> ),
    .Q(i[0])
  );
  FDCE   i_1 (
    .C(CLK_BUFGP_64),
    .CE(_n0954_inv),
    .CLR(RSTn_inv),
    .D(\i[3]_i[3]_wide_mux_132_OUT<1> ),
    .Q(i[1])
  );
  FDCE   i_2 (
    .C(CLK_BUFGP_64),
    .CE(_n0954_inv),
    .CLR(RSTn_inv),
    .D(\i[3]_i[3]_wide_mux_132_OUT<2> ),
    .Q(i[2])
  );
  FDCE   i_3 (
    .C(CLK_BUFGP_64),
    .CE(_n0954_inv),
    .CLR(RSTn_inv),
    .D(\i[3]_i[3]_wide_mux_132_OUT<3> ),
    .Q(i[3])
  );
  FDCE   isZero (
    .C(CLK_BUFGP_64),
    .CE(_n0721_inv),
    .CLR(RSTn_inv),
    .D(i[2]),
    .Q(isZero_69)
  );
  FDCE   isOver (
    .C(CLK_BUFGP_64),
    .CE(_n0647_inv),
    .CLR(RSTn_inv),
    .D(i[2]),
    .Q(isOver_67)
  );
  FDCE   isUnder (
    .C(CLK_BUFGP_64),
    .CE(_n0679_inv),
    .CLR(RSTn_inv),
    .D(i[2]),
    .Q(isUnder_68)
  );
  FDCE   rExp_0 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[0]),
    .Q(rExp[0])
  );
  FDCE   rExp_1 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[1]),
    .Q(rExp[1])
  );
  FDCE   rExp_2 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[2]),
    .Q(rExp[2])
  );
  FDCE   rExp_3 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[3]),
    .Q(rExp[3])
  );
  FDCE   rExp_4 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[4]),
    .Q(rExp[4])
  );
  FDCE   rExp_5 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[5]),
    .Q(rExp[5])
  );
  FDCE   rExp_6 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[6]),
    .Q(rExp[6])
  );
  FDCE   rExp_7 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[7]),
    .Q(rExp[7])
  );
  FDCE   rExp_8 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[8]),
    .Q(rExp[8])
  );
  FDCE   rExp_9 (
    .C(CLK_BUFGP_64),
    .CE(_n0935_inv),
    .CLR(RSTn_inv),
    .D(_n0865[9]),
    .Q(rExp[9])
  );
  FDCE   rExpDiff_0 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(rExp[0]),
    .Q(rExpDiff[0])
  );
  FDCE   rExpDiff_1 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<1> ),
    .Q(rExpDiff[1])
  );
  FDCE   rExpDiff_2 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<2> ),
    .Q(rExpDiff[2])
  );
  FDCE   rExpDiff_3 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<3> ),
    .Q(rExpDiff[3])
  );
  FDCE   rExpDiff_4 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<4> ),
    .Q(rExpDiff[4])
  );
  FDCE   rExpDiff_5 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<5> ),
    .Q(rExpDiff[5])
  );
  FDCE   rExpDiff_6 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<6> ),
    .Q(rExpDiff[6])
  );
  FDCE   rExpDiff_7 (
    .C(CLK_BUFGP_64),
    .CE(_n0940_inv),
    .CLR(RSTn_inv),
    .D(\rExp[7]_rExp[7]_mux_5_OUT<7> ),
    .Q(rExpDiff[7])
  );
  FDCE   rB_0 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[56] ),
    .Q(\rB[0] )
  );
  FDCE   rB_1 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[55] ),
    .Q(\rB[1] )
  );
  FDCE   rB_2 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[54] ),
    .Q(\rB[2] )
  );
  FDCE   rB_3 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[53] ),
    .Q(\rB[3] )
  );
  FDCE   rB_4 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[52] ),
    .Q(\rB[4] )
  );
  FDCE   rB_5 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[51] ),
    .Q(\rB[5] )
  );
  FDCE   rB_6 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[50] ),
    .Q(\rB[6] )
  );
  FDCE   rB_7 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[49] ),
    .Q(\rB[7] )
  );
  FDCE   rB_8 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[48] ),
    .Q(\rB[8] )
  );
  FDCE   rB_9 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[47] ),
    .Q(\rB[9] )
  );
  FDCE   rB_10 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[46] ),
    .Q(\rB[10] )
  );
  FDCE   rB_11 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[45] ),
    .Q(\rB[11] )
  );
  FDCE   rB_12 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[44] ),
    .Q(\rB[12] )
  );
  FDCE   rB_13 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[43] ),
    .Q(\rB[13] )
  );
  FDCE   rB_14 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[42] ),
    .Q(\rB[14] )
  );
  FDCE   rB_15 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[41] ),
    .Q(\rB[15] )
  );
  FDCE   rB_16 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[40] ),
    .Q(\rB[16] )
  );
  FDCE   rB_17 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[39] ),
    .Q(\rB[17] )
  );
  FDCE   rB_18 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[38] ),
    .Q(\rB[18] )
  );
  FDCE   rB_19 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[37] ),
    .Q(\rB[19] )
  );
  FDCE   rB_20 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[36] ),
    .Q(\rB[20] )
  );
  FDCE   rB_21 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[35] ),
    .Q(\rB[21] )
  );
  FDCE   rB_22 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[34] ),
    .Q(\rB[22] )
  );
  FDCE   rB_23 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[33] ),
    .Q(\rB[23] )
  );
  FDCE   rB_24 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[32] ),
    .Q(\rB[24] )
  );
  FDCE   rB_25 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[31] ),
    .Q(\rB[25] )
  );
  FDCE   rB_26 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[30] ),
    .Q(\rB[26] )
  );
  FDCE   rB_27 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[29] ),
    .Q(\rB[27] )
  );
  FDCE   rB_28 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[28] ),
    .Q(\rB[28] )
  );
  FDCE   rB_29 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[27] ),
    .Q(\rB[29] )
  );
  FDCE   rB_30 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[26] ),
    .Q(\rB[30] )
  );
  FDCE   rB_31 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[25] ),
    .Q(\rB[31] )
  );
  FDCE   rB_32 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[24] ),
    .Q(\rB[32] )
  );
  FDCE   rB_33 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[23] ),
    .Q(\rB[33] )
  );
  FDCE   rB_34 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[22] ),
    .Q(\rB[34] )
  );
  FDCE   rB_35 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[21] ),
    .Q(\rB[35] )
  );
  FDCE   rB_36 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[20] ),
    .Q(\rB[36] )
  );
  FDCE   rB_37 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[19] ),
    .Q(\rB[37] )
  );
  FDCE   rB_38 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[18] ),
    .Q(\rB[38] )
  );
  FDCE   rB_39 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[17] ),
    .Q(\rB[39] )
  );
  FDCE   rB_40 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[16] ),
    .Q(\rB[40] )
  );
  FDCE   rB_41 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[15] ),
    .Q(\rB[41] )
  );
  FDCE   rB_42 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[14] ),
    .Q(\rB[42] )
  );
  FDCE   rB_43 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[13] ),
    .Q(\rB[43] )
  );
  FDCE   rB_44 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[12] ),
    .Q(\rB[44] )
  );
  FDCE   rB_45 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[11] ),
    .Q(\rB[45] )
  );
  FDCE   rB_46 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[10] ),
    .Q(\rB[46] )
  );
  FDCE   rB_48 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[8] ),
    .Q(\rB[48] )
  );
  FDCE   rB_49 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[7] ),
    .Q(\rB[49] )
  );
  FDCE   rB_50 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[6] ),
    .Q(\rB[50] )
  );
  FDCE   rB_51 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[5] ),
    .Q(\rB[51] )
  );
  FDCE   rB_52 (