• Verilog代码之求勾股定理和arctan

    io_outR=√￣(io_inX*io_inX)+(io_inY*io_inY)

    io_outTheta=arctan(io_inY/io_inX)   // |io_inX|<=2^14 和|io_inY|<=2^14

    1. module PqxCordicVm(
    2.   input         clock,
    3.   input         reset,
    4.   input  [31:0] io_inX,
    5.   input  [31:0] io_inY,
    6.   output [31:0] io_outR,
    7.   output [31:0] io_outTheta
    8. );
    9. `ifdef RANDOMIZE_REG_INIT
    10.   reg [31:0] _RAND_0;
    11.   reg [31:0] _RAND_1;
    12.   reg [31:0] _RAND_2;
    13.   reg [31:0] _RAND_3;
    14.   reg [31:0] _RAND_4;
    15.   reg [31:0] _RAND_5;
    16.   reg [31:0] _RAND_6;
    17.   reg [31:0] _RAND_7;
    18.   reg [31:0] _RAND_8;
    19.   reg [31:0] _RAND_9;
    20.   reg [31:0] _RAND_10;
    21.   reg [31:0] _RAND_11;
    22.   reg [31:0] _RAND_12;
    23.   reg [31:0] _RAND_13;
    24.   reg [31:0] _RAND_14;
    25.   reg [31:0] _RAND_15;
    26.   reg [31:0] _RAND_16;
    27.   reg [31:0] _RAND_17;
    28.   reg [31:0] _RAND_18;
    29.   reg [31:0] _RAND_19;
    30.   reg [31:0] _RAND_20;
    31.   reg [31:0] _RAND_21;
    32.   reg [31:0] _RAND_22;
    33.   reg [31:0] _RAND_23;
    34.   reg [31:0] _RAND_24;
    35.   reg [31:0] _RAND_25;
    36.   reg [31:0] _RAND_26;
    37.   reg [31:0] _RAND_27;
    38.   reg [31:0] _RAND_28;
    39. `endif  
    40.   reg [31:0] Xns_0;  
    41.   reg [31:0] Xns_1;  
    42.   reg [31:0] Xns_2;  
    43.   reg [31:0] Xns_3;  
    44.   reg [31:0] Xns_4;  
    45.   reg [31:0] Xns_5;  
    46.   reg [31:0] Xns_6;  
    47.   reg [31:0] Xns_7;  
    48.   reg [31:0] Xns_8;  
    49.   reg [31:0] Xns_9;  
    50.   reg [31:0] Yns_0;  
    51.   reg [31:0] Yns_1;  
    52.   reg [31:0] Yns_2;  
    53.   reg [31:0] Yns_3;  
    54.   reg [31:0] Yns_4;  
    55.   reg [31:0] Yns_5;  
    56.   reg [31:0] Yns_6;  
    57.   reg [31:0] Yns_7;  
    58.   reg [31:0] Yns_8;  
    59.   reg [31:0] Zns_0;  
    60.   reg [31:0] Zns_1;  
    61.   reg [31:0] Zns_2;  
    62.   reg [31:0] Zns_3;  
    63.   reg [31:0] Zns_4;  
    64.   reg [31:0] Zns_5;  
    65.   reg [31:0] Zns_6;  
    66.   reg [31:0] Zns_7;  
    67.   reg [31:0] Zns_8;  
    68.   reg [31:0] Zns_9;  
    69.   wire [31:0] _Xns_0_T_3 = 32'sh0 - $signed(io_inY);  
    70.   wire [31:0] _Xns_0_T_4 = io_inY[31] ? $signed(io_inY) : $signed(_Xns_0_T_3);  
    71.   wire [31:0] _Xns_0_T_7 = $signed(io_inX) - $signed(_Xns_0_T_4);  
    72.   wire [31:0] _Yns_0_T_3 = 32'sh0 - $signed(io_inX);  
    73.   wire [31:0] _Yns_0_T_4 = io_inY[31] ? $signed(io_inX) : $signed(_Yns_0_T_3);  
    74.   wire [31:0] _Yns_0_T_7 = $signed(io_inY) + $signed(_Yns_0_T_4);  
    75.   wire [31:0] _Zns_0_T_3 = 32'sh0 - 32'shc910;  
    76.   wire [30:0] _Xns_1_T = Yns_0[31:1];  
    77.   wire [31:0] _GEN_27 = {{1{_Xns_1_T[30]}},_Xns_1_T};  
    78.   wire [31:0] _Xns_1_T_3 = $signed(Xns_0) - $signed(_GEN_27);  
    79.   wire [30:0] _Yns_1_T = Xns_0[31:1];  
    80.   wire [31:0] _GEN_28 = {{1{_Yns_1_T[30]}},_Yns_1_T};  
    81.   wire [31:0] _Yns_1_T_3 = $signed(Yns_0) + $signed(_GEN_28);  
    82.   wire [31:0] _Zns_1_T_2 = $signed(Zns_0) - 32'sh76b2;  
    83.   wire [31:0] _Xns_1_T_7 = $signed(Xns_0) + $signed(_GEN_27);  
    84.   wire [31:0] _Yns_1_T_7 = $signed(Yns_0) - $signed(_GEN_28);  
    85.   wire [31:0] _Zns_1_T_5 = $signed(Zns_0) + 32'sh76b2;  
    86.   wire [29:0] _Xns_2_T = Yns_1[31:2];  
    87.   wire [31:0] _GEN_31 = {{2{_Xns_2_T[29]}},_Xns_2_T};  
    88.   wire [31:0] _Xns_2_T_3 = $signed(Xns_1) - $signed(_GEN_31);  
    89.   wire [29:0] _Yns_2_T = Xns_1[31:2];  
    90.   wire [31:0] _GEN_32 = {{2{_Yns_2_T[29]}},_Yns_2_T};  
    91.   wire [31:0] _Yns_2_T_3 = $signed(Yns_1) + $signed(_GEN_32);  
    92.   wire [31:0] _Zns_2_T_2 = $signed(Zns_1) - 32'sh3eb7;  
    93.   wire [31:0] _Xns_2_T_7 = $signed(Xns_1) + $signed(_GEN_31);  
    94.   wire [31:0] _Yns_2_T_7 = $signed(Yns_1) - $signed(_GEN_32);  
    95.   wire [31:0] _Zns_2_T_5 = $signed(Zns_1) + 32'sh3eb7;  
    96.   wire [28:0] _Xns_3_T = Yns_2[31:3];  
    97.   wire [31:0] _GEN_35 = {{3{_Xns_3_T[28]}},_Xns_3_T};  
    98.   wire [31:0] _Xns_3_T_3 = $signed(Xns_2) - $signed(_GEN_35);  
    99.   wire [28:0] _Yns_3_T = Xns_2[31:3];  
    100.   wire [31:0] _GEN_36 = {{3{_Yns_3_T[28]}},_Yns_3_T};  
    101.   wire [31:0] _Yns_3_T_3 = $signed(Yns_2) + $signed(_GEN_36);  
    102.   wire [31:0] _Zns_3_T_2 = $signed(Zns_2) - 32'sh1fd6;  
    103.   wire [31:0] _Xns_3_T_7 = $signed(Xns_2) + $signed(_GEN_35);  
    104.   wire [31:0] _Yns_3_T_7 = $signed(Yns_2) - $signed(_GEN_36);  
    105.   wire [31:0] _Zns_3_T_5 = $signed(Zns_2) + 32'sh1fd6;  
    106.   wire [27:0] _Xns_4_T = Yns_3[31:4];  
    107.   wire [31:0] _GEN_39 = {{4{_Xns_4_T[27]}},_Xns_4_T};  
    108.   wire [31:0] _Xns_4_T_3 = $signed(Xns_3) - $signed(_GEN_39);  
    109.   wire [27:0] _Yns_4_T = Xns_3[31:4];  
    110.   wire [31:0] _GEN_40 = {{4{_Yns_4_T[27]}},_Yns_4_T};  
    111.   wire [31:0] _Yns_4_T_3 = $signed(Yns_3) + $signed(_GEN_40);  
    112.   wire [31:0] _Zns_4_T_2 = $signed(Zns_3) - 32'shffb;  
    113.   wire [31:0] _Xns_4_T_7 = $signed(Xns_3) + $signed(_GEN_39);  
    114.   wire [31:0] _Yns_4_T_7 = $signed(Yns_3) - $signed(_GEN_40);  
    115.   wire [31:0] _Zns_4_T_5 = $signed(Zns_3) + 32'shffb;  
    116.   wire [26:0] _Xns_5_T = Yns_4[31:5];  
    117.   wire [31:0] _GEN_43 = {{5{_Xns_5_T[26]}},_Xns_5_T};  
    118.   wire [31:0] _Xns_5_T_3 = $signed(Xns_4) - $signed(_GEN_43);  
    119.   wire [26:0] _Yns_5_T = Xns_4[31:5];  
    120.   wire [31:0] _GEN_44 = {{5{_Yns_5_T[26]}},_Yns_5_T};  
    121.   wire [31:0] _Yns_5_T_3 = $signed(Yns_4) + $signed(_GEN_44);  
    122.   wire [31:0] _Zns_5_T_2 = $signed(Zns_4) - 32'sh7ff;  
    123.   wire [31:0] _Xns_5_T_7 = $signed(Xns_4) + $signed(_GEN_43);  
    124.   wire [31:0] _Yns_5_T_7 = $signed(Yns_4) - $signed(_GEN_44);  
    125.   wire [31:0] _Zns_5_T_5 = $signed(Zns_4) + 32'sh7ff;  
    126.   wire [25:0] _Xns_6_T = Yns_5[31:6];  
    127.   wire [31:0] _GEN_47 = {{6{_Xns_6_T[25]}},_Xns_6_T};  
    128.   wire [31:0] _Xns_6_T_3 = $signed(Xns_5) - $signed(_GEN_47);  
    129.   wire [25:0] _Yns_6_T = Xns_5[31:6];  
    130.   wire [31:0] _GEN_48 = {{6{_Yns_6_T[25]}},_Yns_6_T};  
    131.   wire [31:0] _Yns_6_T_3 = $signed(Yns_5) + $signed(_GEN_48);  
    132.   wire [31:0] _Zns_6_T_2 = $signed(Zns_5) - 32'sh400;  
    133.   wire [31:0] _Xns_6_T_7 = $signed(Xns_5) + $signed(_GEN_47);  
    134.   wire [31:0] _Yns_6_T_7 = $signed(Yns_5) - $signed(_GEN_48);  
    135.   wire [31:0] _Zns_6_T_5 = $signed(Zns_5) + 32'sh400;  
    136.   wire [24:0] _Xns_7_T = Yns_6[31:7];  
    137.   wire [31:0] _GEN_51 = {{7{_Xns_7_T[24]}},_Xns_7_T};  
    138.   wire [31:0] _Xns_7_T_3 = $signed(Xns_6) - $signed(_GEN_51);  
    139.   wire [24:0] _Yns_7_T = Xns_6[31:7];  
    140.   wire [31:0] _GEN_52 = {{7{_Yns_7_T[24]}},_Yns_7_T};  
    141.   wire [31:0] _Yns_7_T_3 = $signed(Yns_6) + $signed(_GEN_52);  
    142.   wire [31:0] _Zns_7_T_2 = $signed(Zns_6) - 32'sh200;  
    143.   wire [31:0] _Xns_7_T_7 = $signed(Xns_6) + $signed(_GEN_51);  
    144.   wire [31:0] _Yns_7_T_7 = $signed(Yns_6) - $signed(_GEN_52);  
    145.   wire [31:0] _Zns_7_T_5 = $signed(Zns_6) + 32'sh200;  
    146.   wire [23:0] _Xns_8_T = Yns_7[31:8];  
    147.   wire [31:0] _GEN_55 = {{8{_Xns_8_T[23]}},_Xns_8_T};  
    148.   wire [31:0] _Xns_8_T_3 = $signed(Xns_7) - $signed(_GEN_55);  
    149.   wire [23:0] _Yns_8_T = Xns_7[31:8];  
    150.   wire [31:0] _GEN_56 = {{8{_Yns_8_T[23]}},_Yns_8_T};  
    151.   wire [31:0] _Yns_8_T_3 = $signed(Yns_7) + $signed(_GEN_56);  
    152.   wire [31:0] _Zns_8_T_2 = $signed(Zns_7) - 32'sh100;  
    153.   wire [31:0] _Xns_8_T_7 = $signed(Xns_7) + $signed(_GEN_55);  
    154.   wire [31:0] _Yns_8_T_7 = $signed(Yns_7) - $signed(_GEN_56);  
    155.   wire [31:0] _Zns_8_T_5 = $signed(Zns_7) + 32'sh100;  
    156.   wire [22:0] _Xns_9_T = Yns_8[31:9];  
    157.   wire [31:0] _GEN_59 = {{9{_Xns_9_T[22]}},_Xns_9_T};  
    158.   wire [31:0] _Xns_9_T_3 = $signed(Xns_8) - $signed(_GEN_59);  
    159.   wire [31:0] _Zns_9_T_2 = $signed(Zns_8) - 32'sh80;  
    160.   wire [31:0] _Xns_9_T_7 = $signed(Xns_8) + $signed(_GEN_59);  
    161.   wire [31:0] _Zns_9_T_5 = $signed(Zns_8) + 32'sh80;  
    162.   wire [63:0] _io_outR_T = $signed(Xns_9) * 32'sh9b75;  
    163.   wire [47:0] _GEN_63 = _io_outR_T[63:16];  
    164.   assign io_outR = _GEN_63[31:0];  
    165.   assign io_outTheta = Zns_9;  
    166.   always @(posedge clock) begin
    167.     if (reset) begin  
    168.       Xns_0 <= 32'sh0;  
    169.     end else begin
    170.       Xns_0 <= _Xns_0_T_7;  
    171.     end
    172.     if (reset) begin  
    173.       Xns_1 <= 32'sh0;  
    174.     end else if (Yns_0[31]) begin  
    175.       Xns_1 <= _Xns_1_T_3;  
    176.     end else begin
    177.       Xns_1 <= _Xns_1_T_7;  
    178.     end
    179.     if (reset) begin  
    180.       Xns_2 <= 32'sh0;  
    181.     end else if (Yns_1[31]) begin  
    182.       Xns_2 <= _Xns_2_T_3;  
    183.     end else begin
    184.       Xns_2 <= _Xns_2_T_7;  
    185.     end
    186.     if (reset) begin  
    187.       Xns_3 <= 32'sh0;  
    188.     end else if (Yns_2[31]) begin  
    189.       Xns_3 <= _Xns_3_T_3;  
    190.     end else begin
    191.       Xns_3 <= _Xns_3_T_7;  
    192.     end
    193.     if (reset) begin  
    194.       Xns_4 <= 32'sh0;  
    195.     end else if (Yns_3[31]) begin  
    196.       Xns_4 <= _Xns_4_T_3;  
    197.     end else begin
    198.       Xns_4 <= _Xns_4_T_7;  
    199.     end
    200.     if (reset) begin  
    201.       Xns_5 <= 32'sh0;  
    202.     end else if (Yns_4[31]) begin  
    203.       Xns_5 <= _Xns_5_T_3;  
    204.     end else begin
    205.       Xns_5 <= _Xns_5_T_7;  
    206.     end
    207.     if (reset) begin  
    208.       Xns_6 <= 32'sh0;  
    209.     end else if (Yns_5[31]) begin  
    210.       Xns_6 <= _Xns_6_T_3;  
    211.     end else begin
    212.       Xns_6 <= _Xns_6_T_7;  
    213.     end
    214.     if (reset) begin  
    215.       Xns_7 <= 32'sh0;  
    216.     end else if (Yns_6[31]) begin  
    217.       Xns_7 <= _Xns_7_T_3;  
    218.     end else begin
    219.       Xns_7 <= _Xns_7_T_7;  
    220.     end
    221.     if (reset) begin  
    222.       Xns_8 <= 32'sh0;  
    223.     end else if (Yns_7[31]) begin  
    224.       Xns_8 <= _Xns_8_T_3;  
    225.     end else begin
    226.       Xns_8 <= _Xns_8_T_7;  
    227.     end
    228.     if (reset) begin  
    229.       Xns_9 <= 32'sh0;  
    230.     end else if (Yns_8[31]) begin  
    231.       Xns_9 <= _Xns_9_T_3;  
    232.     end else begin
    233.       Xns_9 <= _Xns_9_T_7;  
    234.     end
    235.     if (reset) begin  
    236.       Yns_0 <= 32'sh0;  
    237.     end else begin
    238.       Yns_0 <= _Yns_0_T_7;  
    239.     end
    240.     if (reset) begin  
    241.       Yns_1 <= 32'sh0;  
    242.     end else if (Yns_0[31]) begin  
    243.       Yns_1 <= _Yns_1_T_3;  
    244.     end else begin
    245.       Yns_1 <= _Yns_1_T_7;  
    246.     end
    247.     if (reset) begin  
    248.       Yns_2 <= 32'sh0;  
    249.     end else if (Yns_1[31]) begin  
    250.       Yns_2 <= _Yns_2_T_3;  
    251.     end else begin
    252.       Yns_2 <= _Yns_2_T_7;  
    253.     end
    254.     if (reset) begin  
    255.       Yns_3 <= 32'sh0;  
    256.     end else if (Yns_2[31]) begin  
    257.       Yns_3 <= _Yns_3_T_3;  
    258.     end else begin
    259.       Yns_3 <= _Yns_3_T_7;  
    260.     end
    261.     if (reset) begin  
    262.       Yns_4 <= 32'sh0;  
    263.     end else if (Yns_3[31]) begin  
    264.       Yns_4 <= _Yns_4_T_3;  
    265.     end else begin
    266.       Yns_4 <= _Yns_4_T_7;  
    267.     end
    268.     if (reset) begin  
    269.       Yns_5 <= 32'sh0;  
    270.     end else if (Yns_4[31]) begin  
    271.       Yns_5 <= _Yns_5_T_3;  
    272.     end else begin
    273.       Yns_5 <= _Yns_5_T_7;  
    274.     end
    275.     if (reset) begin  
    276.       Yns_6 <= 32'sh0;  
    277.     end else if (Yns_5[31]) begin  
    278.       Yns_6 <= _Yns_6_T_3;  
    279.     end else begin
    280.       Yns_6 <= _Yns_6_T_7;  
    281.     end
    282.     if (reset) begin  
    283.       Yns_7 <= 32'sh0;  
    284.     end else if (Yns_6[31]) begin  
    285.       Yns_7 <= _Yns_7_T_3;  
    286.     end else begin
    287.       Yns_7 <= _Yns_7_T_7;  
    288.     end
    289.     if (reset) begin  
    290.       Yns_8 <= 32'sh0;  
    291.     end else if (Yns_7[31]) begin  
    292.       Yns_8 <= _Yns_8_T_3;  
    293.     end else begin
    294.       Yns_8 <= _Yns_8_T_7;  
    295.     end
    296.     if (reset) begin  
    297.       Zns_0 <= 32'sh0;  
    298.     end else if (io_inY[31]) begin  
    299.       Zns_0 <= _Zns_0_T_3;
    300.     end else begin
    301.       Zns_0 <= 32'shc910;
    302.     end
    303.     if (reset) begin  
    304.       Zns_1 <= 32'sh0;  
    305.     end else if (Yns_0[31]) begin  
    306.       Zns_1 <= _Zns_1_T_2;  
    307.     end else begin
    308.       Zns_1 <= _Zns_1_T_5;  
    309.     end
    310.     if (reset) begin  
    311.       Zns_2 <= 32'sh0;  
    312.     end else if (Yns_1[31]) begin  
    313.       Zns_2 <= _Zns_2_T_2;  
    314.     end else begin
    315.       Zns_2 <= _Zns_2_T_5;  
    316.     end
    317.     if (reset) begin  
    318.       Zns_3 <= 32'sh0;  
    319.     end else if (Yns_2[31]) begin  
    320.       Zns_3 <= _Zns_3_T_2;  
    321.     end else begin
    322.       Zns_3 <= _Zns_3_T_5;  
    323.     end
    324.     if (reset) begin  
    325.       Zns_4 <= 32'sh0;  
    326.     end else if (Yns_3[31]) begin  
    327.       Zns_4 <= _Zns_4_T_2;  
    328.     end else begin
    329.       Zns_4 <= _Zns_4_T_5;  
    330.     end
    331.     if (reset) begin  
    332.       Zns_5 <= 32'sh0;  
    333.     end else if (Yns_4[31]) begin  
    334.       Zns_5 <= _Zns_5_T_2;  
    335.     end else begin
    336.       Zns_5 <= _Zns_5_T_5;  
    337.     end
    338.     if (reset) begin  
    339.       Zns_6 <= 32'sh0;  
    340.     end else if (Yns_5[31]) begin  
    341.       Zns_6 <= _Zns_6_T_2;  
    342.     end else begin
    343.       Zns_6 <= _Zns_6_T_5;  
    344.     end
    345.     if (reset) begin  
    346.       Zns_7 <= 32'sh0;  
    347.     end else if (Yns_6[31]) begin  
    348.       Zns_7 <= _Zns_7_T_2;  
    349.     end else begin
    350.       Zns_7 <= _Zns_7_T_5;  
    351.     end
    352.     if (reset) begin  
    353.       Zns_8 <= 32'sh0;  
    354.     end else if (Yns_7[31]) begin  
    355.       Zns_8 <= _Zns_8_T_2;  
    356.     end else begin
    357.       Zns_8 <= _Zns_8_T_5;  
    358.     end
    359.     if (reset) begin  
    360.       Zns_9 <= 32'sh0;  
    361.     end else if (Yns_8[31]) begin  
    362.       Zns_9 <= _Zns_9_T_2;  
    363.     end else begin
    364.       Zns_9 <= _Zns_9_T_5;  
    365.     end
    366.   end
    367.  
    368. `ifdef RANDOMIZE_GARBAGE_ASSIGN
    369. `define RANDOMIZE
    370. `endif
    371. `ifdef RANDOMIZE_INVALID_ASSIGN
    372. `define RANDOMIZE
    373. `endif
    374. `ifdef RANDOMIZE_REG_INIT
    375. `define RANDOMIZE
    376. `endif
    377. `ifdef RANDOMIZE_MEM_INIT
    378. `define RANDOMIZE
    379. `endif
    380. `ifndef RANDOM
    381. `define RANDOM $random
    382. `endif
    383. `ifdef RANDOMIZE_MEM_INIT
    384.   integer initvar;
    385. `endif
    386. `ifndef SYNTHESIS
    387. `ifdef FIRRTL_BEFORE_INITIAL
    388. `FIRRTL_BEFORE_INITIAL
    389. `endif
    390. initial begin
    391.   `ifdef RANDOMIZE
    392.     `ifdef INIT_RANDOM
    393.       `INIT_RANDOM
    394.     `endif
    395.     `ifndef VERILATOR
    396.       `ifdef RANDOMIZE_DELAY
    397.         #`RANDOMIZE_DELAY begin end
    398.       `else
    399.         #0.002 begin end
    400.       `endif
    401.     `endif
    402. `ifdef RANDOMIZE_REG_INIT
    403.   _RAND_0 = {1{`RANDOM}};
    404.   Xns_0 = _RAND_0[31:0];
    405.   _RAND_1 = {1{`RANDOM}};
    406.   Xns_1 = _RAND_1[31:0];
    407.   _RAND_2 = {1{`RANDOM}};
    408.   Xns_2 = _RAND_2[31:0];
    409.   _RAND_3 = {1{`RANDOM}};
    410.   Xns_3 = _RAND_3[31:0];
    411.   _RAND_4 = {1{`RANDOM}};
    412.   Xns_4 = _RAND_4[31:0];
    413.   _RAND_5 = {1{`RANDOM}};
    414.   Xns_5 = _RAND_5[31:0];
    415.   _RAND_6 = {1{`RANDOM}};
    416.   Xns_6 = _RAND_6[31:0];
    417.   _RAND_7 = {1{`RANDOM}};
    418.   Xns_7 = _RAND_7[31:0];
    419.   _RAND_8 = {1{`RANDOM}};
    420.   Xns_8 = _RAND_8[31:0];
    421.   _RAND_9 = {1{`RANDOM}};
    422.   Xns_9 = _RAND_9[31:0];
    423.   _RAND_10 = {1{`RANDOM}};
    424.   Yns_0 = _RAND_10[31:0];
    425.   _RAND_11 = {1{`RANDOM}};
    426.   Yns_1 = _RAND_11[31:0];
    427.   _RAND_12 = {1{`RANDOM}};
    428.   Yns_2 = _RAND_12[31:0];
    429.   _RAND_13 = {1{`RANDOM}};
    430.   Yns_3 = _RAND_13[31:0];
    431.   _RAND_14 = {1{`RANDOM}};
    432.   Yns_4 = _RAND_14[31:0];
    433.   _RAND_15 = {1{`RANDOM}};
    434.   Yns_5 = _RAND_15[31:0];
    435.   _RAND_16 = {1{`RANDOM}};
    436.   Yns_6 = _RAND_16[31:0];
    437.   _RAND_17 = {1{`RANDOM}};
    438.   Yns_7 = _RAND_17[31:0];
    439.   _RAND_18 = {1{`RANDOM}};
    440.   Yns_8 = _RAND_18[31:0];
    441.   _RAND_19 = {1{`RANDOM}};
    442.   Zns_0 = _RAND_19[31:0];
    443.   _RAND_20 = {1{`RANDOM}};
    444.   Zns_1 = _RAND_20[31:0];
    445.   _RAND_21 = {1{`RANDOM}};
    446.   Zns_2 = _RAND_21[31:0];
    447.   _RAND_22 = {1{`RANDOM}};
    448.   Zns_3 = _RAND_22[31:0];
    449.   _RAND_23 = {1{`RANDOM}};
    450.   Zns_4 = _RAND_23[31:0];
    451.   _RAND_24 = {1{`RANDOM}};
    452.   Zns_5 = _RAND_24[31:0];
    453.   _RAND_25 = {1{`RANDOM}};
    454.   Zns_6 = _RAND_25[31:0];
    455.   _RAND_26 = {1{`RANDOM}};
    456.   Zns_7 = _RAND_26[31:0];
    457.   _RAND_27 = {1{`RANDOM}};
    458.   Zns_8 = _RAND_27[31:0];
    459.   _RAND_28 = {1{`RANDOM}};
    460.   Zns_9 = _RAND_28[31:0];
    461. `endif  
    462.   `endif  
    463. end  
    464. `ifdef FIRRTL_AFTER_INITIAL
    465. `FIRRTL_AFTER_INITIAL
    466. `endif
    467. `endif  
    468. endmodule

     

  • 相关阅读:
    《算法通关之路》chapter17一些通用解题模板
    房地产中介信息管理系统平台源码开发解决方案
    用户社交信息交互卡片
    linux安装SSH
    玩转 GPT4All
    Java Web编程入门--spring boot + shiro
    无人机镜头稳定的原理和相关算法
    JVM学习笔记
    智能交通信号灯控制策略
    计算机Java项目｜基于SpringBoot的飘香水果购物网站
  • 原文地址：https://blog.csdn.net/qq_16069457/article/details/125548174