float_add_modue_synthesis.v

32位单精度浮点加法器

    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[4] ),
    .Q(\rB[52] )
  );
  FDCE   rB_53 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[3] ),
    .Q(\rB[53] )
  );
  FDCE   rB_54 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[2] ),
    .Q(\rB[54] )
  );
  FDCE   rB_55 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[1] ),
    .Q(\rB[55] )
  );
  FDCE   rB_56 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0759[0] ),
    .Q(\rB[56] )
  );
  FDCE   TempB_0 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[0]_rB[47]_MUX_552_o ),
    .Q(TempB[0])
  );
  FDCE   TempB_1 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[1]_rB[47]_MUX_551_o ),
    .Q(TempB[1])
  );
  FDCE   TempB_2 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[2]_rB[47]_MUX_550_o ),
    .Q(TempB[2])
  );
  FDCE   TempB_3 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[3]_rB[47]_MUX_549_o ),
    .Q(TempB[3])
  );
  FDCE   TempB_4 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[4]_rB[47]_MUX_548_o ),
    .Q(TempB[4])
  );
  FDCE   TempB_5 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[5]_rB[47]_MUX_547_o ),
    .Q(TempB[5])
  );
  FDCE   TempB_6 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[6]_rB[47]_MUX_546_o ),
    .Q(TempB[6])
  );
  FDCE   TempB_7 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[7]_rB[47]_MUX_545_o ),
    .Q(TempB[7])
  );
  FDCE   TempB_8 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[8]_rB[47]_MUX_544_o ),
    .Q(TempB[8])
  );
  FDCE   TempB_9 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[9]_rB[47]_MUX_543_o ),
    .Q(TempB[9])
  );
  FDCE   TempB_10 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[10]_rB[47]_MUX_542_o ),
    .Q(TempB[10])
  );
  FDCE   TempB_11 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[11]_rB[47]_MUX_541_o ),
    .Q(TempB[11])
  );
  FDCE   TempB_12 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[12]_rB[47]_MUX_540_o ),
    .Q(TempB[12])
  );
  FDCE   TempB_13 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[13]_rB[47]_MUX_539_o ),
    .Q(TempB[13])
  );
  FDCE   TempB_14 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[14]_rB[47]_MUX_538_o ),
    .Q(TempB[14])
  );
  FDCE   TempB_15 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[15]_rB[47]_MUX_537_o ),
    .Q(TempB[15])
  );
  FDCE   TempB_16 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[16]_rB[47]_MUX_536_o ),
    .Q(TempB[16])
  );
  FDCE   TempB_17 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[17]_rB[47]_MUX_535_o ),
    .Q(TempB[17])
  );
  FDCE   TempB_18 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[18]_rB[47]_MUX_534_o ),
    .Q(TempB[18])
  );
  FDCE   TempB_19 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[19]_rB[47]_MUX_533_o ),
    .Q(TempB[19])
  );
  FDCE   TempB_20 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[20]_rB[47]_MUX_532_o ),
    .Q(TempB[20])
  );
  FDCE   TempB_21 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[21]_rB[47]_MUX_531_o ),
    .Q(TempB[21])
  );
  FDCE   TempB_22 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[22]_rB[47]_MUX_530_o ),
    .Q(TempB[22])
  );
  FDCE   TempB_23 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[23]_rB[47]_MUX_529_o ),
    .Q(TempB[23])
  );
  FDCE   TempB_24 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[24]_rB[47]_MUX_528_o ),
    .Q(TempB[24])
  );
  FDCE   TempB_25 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[25]_rB[47]_MUX_527_o ),
    .Q(TempB[25])
  );
  FDCE   TempB_26 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[26]_rB[47]_MUX_526_o ),
    .Q(TempB[26])
  );
  FDCE   TempB_27 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[27]_rB[47]_MUX_525_o ),
    .Q(TempB[27])
  );
  FDCE   TempB_28 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[28]_rB[47]_MUX_524_o ),
    .Q(TempB[28])
  );
  FDCE   TempB_29 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[29]_rB[47]_MUX_523_o ),
    .Q(TempB[29])
  );
  FDCE   TempB_30 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[30]_rB[47]_MUX_522_o ),
    .Q(TempB[30])
  );
  FDCE   TempB_31 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[31]_rB[47]_MUX_521_o ),
    .Q(TempB[31])
  );
  FDCE   TempB_32 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[32]_rB[47]_MUX_520_o ),
    .Q(TempB[32])
  );
  FDCE   TempB_33 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[33]_rB[47]_MUX_519_o ),
    .Q(TempB[33])
  );
  FDCE   TempB_34 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[34]_rB[47]_MUX_518_o ),
    .Q(TempB[34])
  );
  FDCE   TempB_35 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[35]_rB[47]_MUX_517_o ),
    .Q(TempB[35])
  );
  FDCE   TempB_36 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[36]_rB[47]_MUX_516_o ),
    .Q(TempB[36])
  );
  FDCE   TempB_37 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[37]_rB[47]_MUX_515_o ),
    .Q(TempB[37])
  );
  FDCE   TempB_38 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[38]_rB[47]_MUX_514_o ),
    .Q(TempB[38])
  );
  FDCE   TempB_39 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[39]_rB[47]_MUX_513_o ),
    .Q(TempB[39])
  );
  FDCE   TempB_40 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[40]_rB[47]_MUX_512_o ),
    .Q(TempB[40])
  );
  FDCE   TempB_41 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[41]_rB[47]_MUX_511_o ),
    .Q(TempB[41])
  );
  FDCE   TempB_42 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[42]_rB[47]_MUX_510_o ),
    .Q(TempB[42])
  );
  FDCE   TempB_43 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[43]_rB[47]_MUX_509_o ),
    .Q(TempB[43])
  );
  FDCE   TempB_44 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[44]_rB[47]_MUX_508_o ),
    .Q(TempB[44])
  );
  FDCE   TempB_45 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[45]_rB[47]_MUX_507_o ),
    .Q(TempB[45])
  );
  FDCE   TempB_46 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[46]_rB[47]_MUX_506_o ),
    .Q(TempB[46])
  );
  FDCE   TempB_47 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[47]_rB[47]_MUX_505_o ),
    .Q(TempB[47])
  );
  FDCE   TempB_48 (
    .C(CLK_BUFGP_64),
    .CE(_n0780_inv),
    .CLR(RSTn_inv),
    .D(\rB[56] ),
    .Q(TempB[48])
  );
  FDCE   rA_0 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[56] ),
    .Q(\rA[0] )
  );
  FDCE   rA_1 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[55] ),
    .Q(\rA[1] )
  );
  FDCE   rA_2 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[54] ),
    .Q(\rA[2] )
  );
  FDCE   rA_3 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[53] ),
    .Q(\rA[3] )
  );
  FDCE   rA_4 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[52] ),
    .Q(\rA[4] )
  );
  FDCE   rA_5 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[51] ),
    .Q(\rA[5] )
  );
  FDCE   rA_6 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[50] ),
    .Q(\rA[6] )
  );
  FDCE   rA_7 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[49] ),
    .Q(\rA[7] )
  );
  FDCE   rA_8 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[48] ),
    .Q(\rA[8] )
  );
  FDCE   rA_9 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[47] ),
    .Q(\rA[9] )
  );
  FDCE   rA_10 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[46] ),
    .Q(\rA[10] )
  );
  FDCE   rA_11 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[45] ),
    .Q(\rA[11] )
  );
  FDCE   rA_12 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[44] ),
    .Q(\rA[12] )
  );
  FDCE   rA_13 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[43] ),
    .Q(\rA[13] )
  );
  FDCE   rA_14 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[42] ),
    .Q(\rA[14] )
  );
  FDCE   rA_15 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[41] ),
    .Q(\rA[15] )
  );
  FDCE   rA_16 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[40] ),
    .Q(\rA[16] )
  );
  FDCE   rA_17 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[39] ),
    .Q(\rA[17] )
  );
  FDCE   rA_18 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[38] ),
    .Q(\rA[18] )
  );
  FDCE   rA_19 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[37] ),
    .Q(\rA[19] )
  );
  FDCE   rA_20 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[36] ),
    .Q(\rA[20] )
  );
  FDCE   rA_21 (
    .C(CLK_BUFGP_64),
    .CE(_n0756_inv),
    .CLR(RSTn_inv),
    .D(\_n0739[35] ),
    .Q(\rA[21] )
  );
  FDCE   rA_22