//
// Copyright (c) 2014-2019 by 1801BM1@gmail.com
//
// 1801VM2 programmable logic matrices (PLM)
//______________________________________________________________________________
//
// Original autogenerated matrix. For debug and reference purposes only, not
// used in model.
//
module vm2_plm_model
(
   input  [15:0] ir,
   input  [2:0]  ix,
   input  [2:0]  ri,
   input  [5:0]  ia,
   output [36:0] sp
);
wire [199:2] p;
wire [36:0] pl;

function cmp
(
   input [27:0] ai,
   input [27:0] mi
);
begin
   casex(ai)
      mi:      cmp = 1'b1;
      default: cmp = 1'b0;
   endcase
end
endfunction

assign p[2]   = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxx111, 3'bxxx, 3'bxxx, 6'b110x11});
assign p[3]   = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx11xxxx, 3'bxxx, 3'bxxx, 6'b0x1100});
assign p[4]   = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx11xxxx, 3'bxxx, 3'bxxx, 6'b110x1x});
assign p[5]   = cmp({ir, ix, ri, ia}, {16'bxxxx1x1010xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[6]   = cmp({ir, ix, ri, ia}, {16'b0x10xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[7]   = cmp({ir, ix, ri, ia}, {16'bxxxxx1x00xxxxxxx, 3'b0xx, 3'bxxx, 6'b001x00});
assign p[8]   = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx000xxx, 3'bxxx, 3'b1xx, 6'b001101});
assign p[9]   = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx0111xx, 3'bxxx, 3'bx1x, 6'b111010});
assign p[10]  = cmp({ir, ix, ri, ia}, {16'bxxxx001xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[11]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxx111, 3'bxxx, 3'bxxx, 6'bx0xx00});
assign p[12]  = cmp({ir, ix, ri, ia}, {16'bxxxxx01xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b11x001});
assign p[13]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx01101x, 3'bxxx, 3'bx1x, 6'b111010});
assign p[14]  = cmp({ir, ix, ri, ia}, {16'bxxxx010xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001010});
assign p[15]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'b1xx, 6'b11x10x});
assign p[16]  = cmp({ir, ix, ri, ia}, {16'bx101xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[17]  = cmp({ir, ix, ri, ia}, {16'bxxx11xxxxxxxxxxx, 3'bx1x, 3'bxxx, 6'b001x10});
assign p[18]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx000xxx, 3'bxxx, 3'bxxx, 6'b001101});
assign p[19]  = cmp({ir, ix, ri, ia}, {16'bx0xxxx1101xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[20]  = cmp({ir, ix, ri, ia}, {16'bxxxxx0x1xxxxxxxx, 3'bxxx, 3'bxxx, 6'b111010});
assign p[21]  = cmp({ir, ix, ri, ia}, {16'bxxx1x00xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10011});
assign p[22]  = cmp({ir, ix, ri, ia}, {16'bx1111xxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[23]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'b11x, 6'bx11001});
assign p[24]  = cmp({ir, ix, ri, ia}, {16'bx100xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[25]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx000xxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[26]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'b1xx, 3'bxxx, 6'b001100});
assign p[27]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxx10xxxxxxx, 3'bxxx, 3'bxxx, 6'bxx010x});
assign p[28]  = cmp({ir, ix, ri, ia}, {16'bxxxx010xxxxxxxxx, 3'bx11, 3'bxxx, 6'b110x0x});
assign p[29]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx000x11, 3'bxxx, 3'bxxx, 6'b111010});
assign p[30]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bx1x, 3'bxxx, 6'b010010});
assign p[31]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxx01xxxxxxx, 3'bxxx, 3'bxxx, 6'bxx0101});
assign p[32]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxx0xxxxx1xx, 3'bxxx, 3'bxxx, 6'b001010});
assign p[33]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx000xxx, 3'bxxx, 3'b1xx, 6'b110x00});
assign p[34]  = cmp({ir, ix, ri, ia}, {16'bxxxxx11xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10011});
assign p[35]  = cmp({ir, ix, ri, ia}, {16'bxxxxx00xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00101});
assign p[36]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx1xxxxx, 3'bxxx, 3'bxxx, 6'b111010});
assign p[37]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx000xxx, 3'bxxx, 3'bxxx, 6'b110x00});
assign p[38]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'b0xx, 6'b1011x0});
assign p[39]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx011xx1, 3'bxxx, 3'bxxx, 6'b011000});
assign p[40]  = cmp({ir, ix, ri, ia}, {16'bx0xxxxx0xxxx10xx, 3'bx0x, 3'bxxx, 6'b001x10});
assign p[41]  = cmp({ir, ix, ri, ia}, {16'bxxxxx11xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx001x1});
assign p[42]  = cmp({ir, ix, ri, ia}, {16'bxxxx00xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x00});
assign p[43]  = cmp({ir, ix, ri, ia}, {16'b1xxxx1x111xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[44]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b101101});
assign p[45]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx011000, 3'bxxx, 3'bx1x, 6'b111010});
assign p[46]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx01xxxx, 3'bxxx, 3'bx0x, 6'b111010});
assign p[47]  = cmp({ir, ix, ri, ia}, {16'bxxxxxx00xxxxxx0x, 3'bxxx, 3'bxxx, 6'b100110});
assign p[48]  = cmp({ir, ix, ri, ia}, {16'bxxx1x0xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110011});
assign p[49]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00000});
assign p[50]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx0010xx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[51]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b11100x});
assign p[52]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b101111});
assign p[53]  = cmp({ir, ix, ri, ia}, {16'bx111x00xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[54]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxx1xxxxxxx, 3'bxxx, 3'bxxx, 6'b1100x1});
assign p[55]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b010001});
assign p[56]  = cmp({ir, ix, ri, ia}, {16'bxxxxxx0xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b100001});
assign p[57]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx001xxx, 3'bxxx, 3'bx0x, 6'b111010});
assign p[58]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx0001x1, 3'bxxx, 3'bxxx, 6'b111010});
assign p[59]  = cmp({ir, ix, ri, ia}, {16'bx011xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[60]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx011xx0, 3'bxxx, 3'bxxx, 6'b011000});
assign p[61]  = cmp({ir, ix, ri, ia}, {16'bxxxx010xxxxxxxxx, 3'bx0x, 3'bxxx, 6'b110x0x});
assign p[62]  = cmp({ir, ix, ri, ia}, {16'bxxxx001xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001010});
assign p[63]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b010011});
assign p[64]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b000110});
assign p[65]  = cmp({ir, ix, ri, ia}, {16'bx0xx0xxx11xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[66]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx000001, 3'bxxx, 3'bxxx, 6'b111010});
assign p[67]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx0x0xxx, 3'bxx1, 3'bxx1, 6'b101000});
assign p[68]  = cmp({ir, ix, ri, ia}, {16'bxxxx11xxxxxxxxxx, 3'bx0x, 3'bxxx, 6'b011000});
assign p[69]  = cmp({ir, ix, ri, ia}, {16'bxxx1xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00111});
assign p[70]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxx11xxxxxxx, 3'bxxx, 3'bxxx, 6'bxx010x});
assign p[71]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'b000, 6'bx11110});
assign p[72]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxx1xxxxxx, 3'bxxx, 3'bxxx, 6'bxx010x});
assign p[73]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxx1xxxxxx, 3'bxxx, 3'bxxx, 6'b1100xx});
assign p[74]  = cmp({ir, ix, ri, ia}, {16'bxxxx0x0xxxxxxx1x, 3'bxxx, 3'bxxx, 6'b001110});
assign p[75]  = cmp({ir, ix, ri, ia}, {16'bxxxxx0xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00101});
assign p[76]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001101});
assign p[77]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxx0xx10000, 3'bxxx, 3'bx1x, 6'b111010});
assign p[78]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx00xxxx, 3'bxxx, 3'bxxx, 6'b101000});
assign p[79]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx11xxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[80]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bx0x, 3'bxxx, 6'b1110x1});
assign p[81]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxx1xxxxxxxx, 3'bxxx, 3'bxxx, 6'b001010});
assign p[82]  = cmp({ir, ix, ri, ia}, {16'bxx0xxxxxxxxxxxxx, 3'b1xx, 3'bxxx, 6'bx0x100});
assign p[83]  = cmp({ir, ix, ri, ia}, {16'bxxxxxx1100xxxxxx, 3'b0xx, 3'bxxx, 6'b001x00});
assign p[84]  = cmp({ir, ix, ri, ia}, {16'bxxxx0x0xxxxx0xxx, 3'bxxx, 3'bxxx, 6'bx10110});
assign p[85]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx0x11xx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[86]  = cmp({ir, ix, ri, ia}, {16'bxxx00xxxx1xxxxxx, 3'bxxx, 3'bxxx, 6'bx00111});
assign p[87]  = cmp({ir, ix, ri, ia}, {16'bxxxxx10xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[88]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x01});
assign p[89]  = cmp({ir, ix, ri, ia}, {16'bx010xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx0x100});
assign p[90]  = cmp({ir, ix, ri, ia}, {16'bxxxxx1xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00111});
assign p[91]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx011xxx, 3'bxxx, 3'bxx0, 6'b101000});
assign p[92]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxx1xxxxxxxx, 3'bxxx, 3'bxxx, 6'b1100xx});
assign p[93]  = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10100});
assign p[94]  = cmp({ir, ix, ri, ia}, {16'bxxx0xxx0xxxxx0xx, 3'bx1x, 3'bxxx, 6'b001010});
assign p[95]  = cmp({ir, ix, ri, ia}, {16'b00xxx1x1x1xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[96]  = cmp({ir, ix, ri, ia}, {16'bxxxxxx1xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b111010});
assign p[97]  = cmp({ir, ix, ri, ia}, {16'bxx0x0xxx10xxxxxx, 3'bxxx, 3'bxxx, 6'b0010x0});
assign p[98]  = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx000100, 3'bxxx, 3'bxxx, 6'b111010});
assign p[99]  = cmp({ir, ix, ri, ia}, {16'bxxx0xx1000xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[100] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx011001, 3'bxxx, 3'bx1x, 6'b111010});
assign p[101] = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx10xxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[102] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxx0, 6'b001011});
assign p[103] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b00110x});
assign p[104] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx000000, 3'bxxx, 3'bxxx, 6'b111010});
assign p[105] = cmp({ir, ix, ri, ia}, {16'bxxxxx1xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b100110});
assign p[106] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxx1xxxxxxx, 3'bxxx, 3'bxxx, 6'b11x0x0});
assign p[107] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx101xxx, 3'bxxx, 3'bxxx, 6'b101000});
assign p[108] = cmp({ir, ix, ri, ia}, {16'bxxx1x00xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001x10});
assign p[109] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'b1xx, 6'bx11110});
assign p[110] = cmp({ir, ix, ri, ia}, {16'bxxxxxx1xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10101});
assign p[111] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bx0x, 6'b101110});
assign p[112] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxx0xx10001, 3'bxxx, 3'bx1x, 6'b111010});
assign p[113] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxx0xx00x10, 3'bxxx, 3'bxxx, 6'b111010});
assign p[114] = cmp({ir, ix, ri, ia}, {16'bx1110xxxxxxxxxxx, 3'b1xx, 3'bxxx, 6'bx0x100});
assign p[115] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011100});
assign p[116] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b100011});
assign p[117] = cmp({ir, ix, ri, ia}, {16'bxxxxx1x1x0xxxxxx, 3'b0xx, 3'bxxx, 6'b001x00});
assign p[118] = cmp({ir, ix, ri, ia}, {16'bxxxx10xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[119] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001111});
assign p[120] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110010});
assign p[121] = cmp({ir, ix, ri, ia}, {16'bxxxxxx1111xxxxxx, 3'b0xx, 3'bxxx, 6'b001x00});
assign p[122] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011010});
assign p[123] = cmp({ir, ix, ri, ia}, {16'bxxxx0x0xxxxxxx0x, 3'bx1x, 3'bxxx, 6'b001110});
assign p[124] = cmp({ir, ix, ri, ia}, {16'bxxxx011xxxxxxxxx, 3'bx1x, 3'bxxx, 6'b110x00});
assign p[125] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxx1xxxxxxx, 3'bxxx, 3'bxxx, 6'bxx0x00});
assign p[126] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011111});
assign p[127] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001001});
assign p[128] = cmp({ir, ix, ri, ia}, {16'bxxx1xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b100110});
assign p[129] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxx0xx1x1xx, 3'bxxx, 3'bxxx, 6'b1110x0});
assign p[130] = cmp({ir, ix, ri, ia}, {16'bx110xxxxxxxxxxxx, 3'b1xx, 3'bxxx, 6'bx0x100});
assign p[131] = cmp({ir, ix, ri, ia}, {16'bxxxxx00xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x00});
assign p[132] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxx00xxx, 3'bxxx, 3'bxxx, 6'b101000});
assign p[133] = cmp({ir, ix, ri, ia}, {16'bxxxxxx0xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10101});
assign p[134] = cmp({ir, ix, ri, ia}, {16'bxxx11xxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001x10});
assign p[135] = cmp({ir, ix, ri, ia}, {16'bxxxx100xxxxxxxxx, 3'b0xx, 3'bxxx, 6'b0011x0});
assign p[136] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxx001xxx, 3'bxxx, 3'bx1x, 6'b111010});
assign p[137] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx0x0xxx, 3'bxxx, 3'bxx0, 6'b101000});
assign p[138] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxx1, 6'b001011});
assign p[139] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bx1x, 3'bxxx, 6'b1110x1});
assign p[140] = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxx0x0xxx, 3'bxxx, 3'bxxx, 6'b01x000});
assign p[141] = cmp({ir, ix, ri, ia}, {16'bxxxxxx1xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b100001});
assign p[142] = cmp({ir, ix, ri, ia}, {16'bxxxx11xxxxxxxxxx, 3'bx1x, 3'bxxx, 6'b011000});
assign p[143] = cmp({ir, ix, ri, ia}, {16'bxxxx000x0xxxxxxx, 3'b0xx, 3'bxxx, 6'b001100});
assign p[144] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bx1x, 3'b001, 6'b1x1110});
assign p[145] = cmp({ir, ix, ri, ia}, {16'bxxxxx00xxxxxxx1x, 3'bx1x, 3'bxxx, 6'b100110});
assign p[146] = cmp({ir, ix, ri, ia}, {16'bxxx1x00xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[147] = cmp({ir, ix, ri, ia}, {16'bxxxx11x0x1xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[148] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx111xxx, 3'bxxx, 3'bxxx, 6'b101000});
assign p[149] = cmp({ir, ix, ri, ia}, {16'bxxxx10xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10110});
assign p[150] = cmp({ir, ix, ri, ia}, {16'bxxxx1xxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001110});
assign p[151] = cmp({ir, ix, ri, ia}, {16'b1xxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b111010});
assign p[152] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxx1xx, 3'bxxx, 3'bxxx, 6'bx0xx00});
assign p[153] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'b001, 6'b011110});
assign p[154] = cmp({ir, ix, ri, ia}, {16'bxxxx01xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b001x10});
assign p[155] = cmp({ir, ix, ri, ia}, {16'bxxxx010xxxxxxxxx, 3'bx10, 3'bxxx, 6'b110x0x});
assign p[156] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxx1x, 3'bxxx, 3'bxxx, 6'bx0xx00});
assign p[157] = cmp({ir, ix, ri, ia}, {16'bxxxxx1xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b111010});
assign p[158] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxx1, 3'bxxx, 3'bxxx, 6'bx0xx00});
assign p[159] = cmp({ir, ix, ri, ia}, {16'bxxxx101xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x0x});
assign p[160] = cmp({ir, ix, ri, ia}, {16'bxxx00xxxx0xxxxxx, 3'bxxx, 3'bxxx, 6'bx00111});
assign p[161] = cmp({ir, ix, ri, ia}, {16'bxxxxxx1xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b00111x});
assign p[162] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxx0xx1x01x, 3'bxxx, 3'bxxx, 6'b1110x0});
assign p[163] = cmp({ir, ix, ri, ia}, {16'bx000xx101xxxxxxx, 3'b0xx, 3'bxxx, 6'b001x00});
assign p[164] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx011xxx, 3'bxxx, 3'bxx1, 6'b101000});
assign p[165] = cmp({ir, ix, ri, ia}, {16'bxxxx0x1xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011000});
assign p[166] = cmp({ir, ix, ri, ia}, {16'bxxxx10xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00111});
assign p[167] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bx0x, 3'b001, 6'b1x1110});
assign p[168] = cmp({ir, ix, ri, ia}, {16'bxxxx11x0x0xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[169] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx110xxx, 3'bxxx, 3'bxxx, 6'b101000});
assign p[170] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b010010});
assign p[171] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b11x10x});
assign p[172] = cmp({ir, ix, ri, ia}, {16'bxxxx011xxxxxxxxx, 3'bx0x, 3'bxxx, 6'b110x00});
assign p[173] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b011101});
assign p[174] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx00101});
assign p[175] = cmp({ir, ix, ri, ia}, {16'bxxxx110xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x0x});
assign p[176] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bx1x, 6'b101110});
assign p[177] = cmp({ir, ix, ri, ia}, {16'bxxxx111xxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x0x});
assign p[178] = cmp({ir, ix, ri, ia}, {16'bxxx0xxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10011});
assign p[179] = cmp({ir, ix, ri, ia}, {16'bx000xx1110xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[180] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b0x0000});
assign p[181] = cmp({ir, ix, ri, ia}, {16'bxxx00xxxxxxx0xxx, 3'bx0x, 3'bxxx, 6'b100110});
assign p[182] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b010111});
assign p[183] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxx010xxx, 3'bxx0, 3'bxx1, 6'b101000});
assign p[184] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b0000x0});
assign p[185] = cmp({ir, ix, ri, ia}, {16'bxxxxxx1xxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10110});
assign p[186] = cmp({ir, ix, ri, ia}, {16'bx000xx1x01xxxxxx, 3'b0xx, 3'bxxx, 6'b001xx0});
assign p[187] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b000011});
assign p[188] = cmp({ir, ix, ri, ia}, {16'bxxxx0x0xxxxx1xxx, 3'bxxx, 3'bxxx, 6'bx10110});
assign p[189] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b1x1001});
assign p[190] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx11001});
assign p[191] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b100010});
assign p[192] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b00000x});
assign p[193] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b11x111});
assign p[194] = cmp({ir, ix, ri, ia}, {16'bxxxxx1xxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10110});
assign p[195] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b1x110x});
assign p[196] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10000});
assign p[197] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx011x1});
assign p[198] = cmp({ir, ix, ri, ia}, {16'bxxxx0xxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'bx10011});
assign p[199] = cmp({ir, ix, ri, ia}, {16'bxxxxxxxxxxxxxxxx, 3'bxxx, 3'bxxx, 6'b110x01});
//
// Summ-Of-Products
//
assign sp = ~pl;
assign pl[0]   = p[170] | p[151] | p[134] | p[119] | p[104] | p[98] | p[90] | p[66] | p[64] | p[58] | p[57] | p[51] | p[46] | p[32] | p[29];
assign pl[1]   = p[199] | p[198] | p[197] | p[196] | p[194] | p[193] | p[192] | p[191] | p[189] | p[188] | p[185] | p[184] | p[183] | p[182] | p[181] | p[178] | p[176] | p[174] | p[173] | p[171] | p[170] | p[169] | p[167] | p[166] | p[165] | p[164] | p[162] | p[161] | p[160] | p[157] | p[154] | p[153] | p[151] | p[150] | p[149] | p[148] | p[146] | p[145] | p[144] | p[143] | p[142] | p[141] | p[140] | p[139] | p[138] | p[137] | p[136] | p[135] | p[134] | p[133] | p[132] | p[129] | p[128] | p[127] | p[126] | p[123] | p[122] | p[120] | p[116] | p[115] | p[114] | p[113] | p[112] | p[111] | p[110] | p[109] | p[108] | p[107] | p[106] | p[105] | p[104] | p[102] | p[101] | p[100] | p[98] | p[97] | p[96] | p[93] | p[91] | p[87] | p[86] | p[85] | p[84] | p[81] | p[80] | p[79] | p[78] | p[77] | p[71] | p[69] | p[68] | p[67] | p[62] | p[57] | p[55] | p[51] | p[50] | p[49] | p[47] | p[46] | p[45] | p[39] | p[29] | p[23];
assign pl[2]   = p[192] | p[191] | p[188] | p[184] | p[183] | p[181] | p[180] | p[177] | p[175] | p[173] | p[172] | p[169] | p[166] | p[164] | p[160] | p[159] | p[155] | p[153] | p[150] | p[148] | p[145] | p[137] | p[132] | p[131] | p[124] | p[113] | p[112] | p[107] | p[104] | p[102] | p[100] | p[91] | p[78] | p[76] | p[61] | p[58] | p[55] | p[42] | p[17];
assign pl[3]   = p[192] | p[191] | p[189] | p[184] | p[183] | p[180] | p[177] | p[175] | p[173] | p[169] | p[167] | p[166] | p[164] | p[159] | p[157] | p[155] | p[148] | p[143] | p[141] | p[135] | p[132] | p[131] | p[124] | p[121] | p[118] | p[114] | p[107] | p[102] | p[100] | p[90] | p[89] | p[76] | p[60] | p[59] | p[55] | p[52] | p[40] | p[36] | p[32] | p[28];
assign pl[4]   = p[193] | p[191] | p[190] | p[187] | p[185] | p[184] | p[182] | p[180] | p[176] | p[174] | p[173] | p[171] | p[165] | p[161] | p[146] | p[141] | p[138] | p[133] | p[128] | p[127] | p[122] | p[118] | p[116] | p[115] | p[111] | p[110] | p[109] | p[108] | p[103] | p[101] | p[96] | p[93] | p[87] | p[85] | p[84] | p[80] | p[79] | p[77] | p[74] | p[71] | p[69] | p[68] | p[67] | p[63] | p[62] | p[50] | p[44] | p[39];
assign pl[5]   = p[194] | p[193] | p[192] | p[191] | p[190] | p[189] | p[188] | p[187] | p[184] | p[182] | p[181] | p[180] | p[176] | p[173] | p[167] | p[166] | p[160] | p[157] | p[153] | p[152] | p[150] | p[149] | p[145] | p[144] | p[142] | p[141] | p[139] | p[138] | p[136] | p[127] | p[126] | p[122] | p[118] | p[116] | p[115] | p[113] | p[112] | p[111] | p[109] | p[105] | p[103] | p[101] | p[100] | p[96] | p[92] | p[86] | p[85] | p[84] | p[81] | p[80] | p[79] | p[77] | p[74] | p[71] | p[68] | p[63] | p[62] | p[55] | p[52] | p[50] | p[39] | p[25];
assign pl[6]   = p[197] | p[194] | p[192] | p[191] | p[189] | p[188] | p[187] | p[181] | p[180] | p[173] | p[171] | p[167] | p[166] | p[165] | p[160] | p[157] | p[156] | p[153] | p[150] | p[149] | p[145] | p[144] | p[142] | p[139] | p[136] | p[127] | p[126] | p[118] | p[116] | p[113] | p[108] | p[106] | p[103] | p[93] | p[87] | p[86] | p[81] | p[60] | p[55] | p[54] | p[39] | p[25];
assign pl[7]   = p[197] | p[194] | p[193] | p[191] | p[189] | p[188] | p[187] | p[184] | p[180] | p[173] | p[171] | p[167] | p[158] | p[157] | p[153] | p[149] | p[146] | p[144] | p[142] | p[139] | p[138] | p[136] | p[128] | p[127] | p[126] | p[122] | p[118] | p[116] | p[115] | p[112] | p[110] | p[109] | p[105] | p[103] | p[100] | p[96] | p[93] | p[86] | p[80] | p[77] | p[73] | p[71] | p[68] | p[62] | p[39] | p[34] | p[25] | p[21] | p[12];
assign pl[8]   = p[192] | p[191] | p[189] | p[188] | p[187] | p[186] | p[184] | p[183] | p[182] | p[181] | p[179] | p[177] | p[176] | p[175] | p[172] | p[169] | p[167] | p[166] | p[164] | p[163] | p[162] | p[160] | p[159] | p[157] | p[155] | p[153] | p[150] | p[148] | p[145] | p[144] | p[142] | p[141] | p[139] | p[137] | p[136] | p[132] | p[131] | p[129] | p[128] | p[127] | p[124] | p[121] | p[120] | p[116] | p[113] | p[112] | p[111] | p[108] | p[107] | p[102] | p[100] | p[99] | p[95] | p[94] | p[91] | p[85] | p[83] | p[69] | p[67] | p[63] | p[61] | p[55] | p[52] | p[50] | p[45] | p[36] | p[10];
assign pl[9]   = p[199] | p[198] | p[195] | p[193] | p[191] | p[190] | p[186] | p[185] | p[179] | p[176] | p[165] | p[162] | p[161] | p[154] | p[149] | p[146] | p[143] | p[140] | p[139] | p[138] | p[136] | p[135] | p[127] | p[126] | p[122] | p[117] | p[115] | p[109] | p[108] | p[105] | p[102] | p[101] | p[96] | p[95] | p[87] | p[86] | p[84] | p[81] | p[80] | p[79] | p[77] | p[74] | p[71] | p[68] | p[49] | p[43] | p[26];
assign pl[10]  = p[194] | p[193] | p[191] | p[190] | p[187] | p[185] | p[182] | p[178] | p[177] | p[175] | p[171] | p[169] | p[165] | p[164] | p[162] | p[161] | p[149] | p[148] | p[146] | p[143] | p[140] | p[138] | p[136] | p[135] | p[129] | p[127] | p[126] | p[124] | p[122] | p[121] | p[117] | p[116] | p[115] | p[111] | p[109] | p[105] | p[102] | p[101] | p[99] | p[97] | p[96] | p[88] | p[87] | p[86] | p[85] | p[84] | p[83] | p[81] | p[80] | p[79] | p[77] | p[74] | p[71] | p[70] | p[69] | p[68] | p[67] | p[63] | p[50] | p[49] | p[45] | p[44] | p[43] | p[38] | p[27];
assign pl[11]  = p[197] | p[196] | p[195] | p[192] | p[190] | p[189] | p[188] | p[186] | p[184] | p[183] | p[182] | p[181] | p[179] | p[178] | p[176] | p[169] | p[167] | p[166] | p[164] | p[163] | p[162] | p[160] | p[153] | p[150] | p[148] | p[145] | p[144] | p[143] | p[141] | p[140] | p[137] | p[136] | p[135] | p[132] | p[129] | p[128] | p[127] | p[126] | p[125] | p[120] | p[116] | p[113] | p[112] | p[108] | p[107] | p[105] | p[100] | p[97] | p[94] | p[91] | p[88] | p[86] | p[85] | p[84] | p[74] | p[70] | p[67] | p[56] | p[55] | p[50] | p[47] | p[31] | p[26];
assign pl[12]  = p[197] | p[195] | p[194] | p[193] | p[192] | p[190] | p[189] | p[188] | p[185] | p[184] | p[183] | p[181] | p[178] | p[177] | p[176] | p[175] | p[172] | p[169] | p[167] | p[166] | p[165] | p[164] | p[162] | p[161] | p[160] | p[159] | p[157] | p[155] | p[153] | p[150] | p[149] | p[148] | p[146] | p[145] | p[144] | p[142] | p[141] | p[140] | p[138] | p[136] | p[127] | p[126] | p[124] | p[123] | p[122] | p[115] | p[113] | p[112] | p[110] | p[109] | p[108] | p[107] | p[105] | p[101] | p[100] | p[97] | p[96] | p[95] | p[91] | p[88] | p[87] | p[84] | p[81] | p[80] | p[79] | p[77] | p[74] | p[72] | p[71] | p[68] | p[67] | p[55] | p[49] | p[48] | p[47] | p[34] | p[26];
assign pl[13]  = p[192] | p[191] | p[189] | p[188] | p[187] | p[185] | p[184] | p[183] | p[181] | p[179] | p[177] | p[175] | p[172] | p[169] | p[167] | p[166] | p[163] | p[161] | p[160] | p[159] | p[157] | p[155] | p[153] | p[150] | p[148] | p[145] | p[144] | p[142] | p[141] | p[139] | p[137] | p[133] | p[132] | p[131] | p[130] | p[128] | p[121] | p[120] | p[113] | p[112] | p[107] | p[101] | p[100] | p[99] | p[94] | p[91] | p[89] | p[83] | p[79] | p[63] | p[61] | p[59] | p[58] | p[55] | p[52] | p[35] | p[24] | p[22] | p[19] | p[16];
assign pl[14]  = p[191] | p[189] | p[188] | p[186] | p[185] | p[184] | p[182] | p[181] | p[180] | p[177] | p[175] | p[173] | p[172] | p[169] | p[168] | p[167] | p[161] | p[160] | p[157] | p[153] | p[150] | p[148] | p[147] | p[145] | p[139] | p[137] | p[133] | p[128] | p[118] | p[117] | p[114] | p[113] | p[112] | p[97] | p[94] | p[91] | p[89] | p[88] | p[83] | p[78] | p[76] | p[66] | p[65] | p[62] | p[61] | p[60] | p[52] | p[42] | p[40] | p[35] | p[28] | p[13] | p[9] | p[6] | p[5];
assign pl[15]  = p[187] | p[141] | p[101] | p[99] | p[64] | p[63] | p[59] | p[24];
assign pl[16]  = p[79] | p[16];
assign pl[17]  = p[192] | p[191] | p[189] | p[188] | p[185] | p[184] | p[183] | p[182] | p[181] | p[180] | p[179] | p[177] | p[176] | p[175] | p[173] | p[172] | p[169] | p[168] | p[167] | p[166] | p[163] | p[161] | p[160] | p[159] | p[157] | p[155] | p[153] | p[150] | p[148] | p[147] | p[145] | p[144] | p[142] | p[139] | p[137] | p[133] | p[132] | p[131] | p[130] | p[128] | p[120] | p[118] | p[117] | p[114] | p[113] | p[112] | p[107] | p[104] | p[101] | p[100] | p[97] | p[94] | p[91] | p[88] | p[78] | p[76] | p[65] | p[63] | p[62] | p[61] | p[60] | p[55] | p[52] | p[42] | p[40] | p[35] | p[28] | p[24] | p[20] | p[19] | p[13] | p[9];
assign pl[18]  = p[185] | p[119] | p[65] | p[56] | p[47] | p[20] | p[7];
assign pl[19]  = p[185] | p[151] | p[147] | p[123] | p[119] | p[98] | p[56] | p[47];
assign pl[20]  = p[168] | p[151] | p[134] | p[119] | p[57] | p[51] | p[46] | p[35];
assign pl[21]  = p[189] | p[183] | p[173] | p[169] | p[167] | p[164] | p[138] | p[137] | p[132] | p[112] | p[109] | p[100] | p[96] | p[78] | p[77] | p[67] | p[52];
assign pl[22]  = p[191] | p[189] | p[188] | p[184] | p[181] | p[180] | p[177] | p[175] | p[172] | p[167] | p[160] | p[159] | p[155] | p[153] | p[150] | p[148] | p[145] | p[138] | p[131] | p[124] | p[113] | p[112] | p[109] | p[107] | p[102] | p[96] | p[91] | p[77] | p[76] | p[61] | p[52] | p[42];
assign pl[23]  = p[192] | p[189] | p[167] | p[166] | p[138] | p[100] | p[55] | p[52];
assign pl[24]  = p[191] | p[184] | p[183] | p[181] | p[180] | p[177] | p[175] | p[173] | p[172] | p[169] | p[164] | p[160] | p[159] | p[155] | p[150] | p[148] | p[145] | p[138] | p[137] | p[132] | p[131] | p[124] | p[113] | p[109] | p[107] | p[102] | p[96] | p[91] | p[78] | p[77] | p[76] | p[67] | p[61] | p[42];
assign pl[25]  = p[186] | p[179] | p[168] | p[163] | p[154] | p[147] | p[133] | p[130] | p[128] | p[121] | p[99] | p[95] | p[89] | p[83] | p[82] | p[65] | p[59] | p[43] | p[40] | p[22];
assign pl[26]  = p[186] | p[179] | p[168] | p[167] | p[154] | p[147] | p[141] | p[133] | p[130] | p[128] | p[121] | p[120] | p[118] | p[99] | p[94] | p[89] | p[83] | p[65] | p[60] | p[56] | p[40] | p[25];
assign pl[27]  = p[190] | p[180] | p[177] | p[176] | p[175] | p[173] | p[171] | p[169] | p[164] | p[148] | p[140] | p[126] | p[124] | p[118] | p[111] | p[105] | p[103] | p[84] | p[74] | p[67] | p[49] | p[44] | p[38];
assign pl[28]  = p[199] | p[197] | p[194] | p[192] | p[191] | p[190] | p[189] | p[188] | p[187] | p[185] | p[184] | p[182] | p[181] | p[180] | p[178] | p[176] | p[174] | p[173] | p[172] | p[171] | p[170] | p[167] | p[166] | p[165] | p[161] | p[160] | p[159] | p[157] | p[154] | p[153] | p[151] | p[150] | p[146] | p[145] | p[144] | p[143] | p[141] | p[138] | p[137] | p[136] | p[135] | p[134] | p[133] | p[132] | p[131] | p[128] | p[127] | p[126] | p[123] | p[120] | p[118] | p[117] | p[116] | p[115] | p[114] | p[113] | p[112] | p[111] | p[110] | p[109] | p[108] | p[107] | p[104] | p[102] | p[100] | p[98] | p[97] | p[96] | p[94] | p[93] | p[91] | p[90] | p[87] | p[85] | p[84] | p[81] | p[78] | p[77] | p[74] | p[69] | p[66] | p[64] | p[63] | p[62] | p[61] | p[60] | p[58] | p[57] | p[56] | p[55] | p[51] | p[50] | p[47] | p[46] | p[45] | p[42] | p[36] | p[32] | p[29] | p[25];
assign pl[29]  = p[191] | p[184] | p[183] | p[182] | p[180] | p[177] | p[175] | p[173] | p[169] | p[164] | p[157] | p[155] | p[154] | p[148] | p[143] | p[141] | p[135] | p[124] | p[123] | p[121] | p[118] | p[117] | p[114] | p[102] | p[97] | p[89] | p[88] | p[76] | p[60] | p[59] | p[56] | p[47] | p[40] | p[36] | p[28] | p[13] | p[9];
assign pl[30]  = p[183] | p[175] | p[173] | p[169] | p[164] | p[155] | p[137] | p[132] | p[131] | p[124] | p[78] | p[76] | p[67] | p[61] | p[42] | p[28];
assign pl[31]  = p[199] | p[192] | p[191] | p[184] | p[182] | p[180] | p[177] | p[176] | p[172] | p[170] | p[167] | p[166] | p[159] | p[154] | p[148] | p[143] | p[135] | p[133] | p[128] | p[127] | p[117] | p[116] | p[114] | p[111] | p[108] | p[107] | p[102] | p[97] | p[91] | p[90] | p[75] | p[63] | p[55] | p[47] | p[44] | p[41] | p[33] | p[15] | p[8];
assign pl[32]  = p[199] | p[198] | p[194] | p[193] | p[192] | p[191] | p[190] | p[188] | p[187] | p[186] | p[185] | p[182] | p[181] | p[180] | p[179] | p[178] | p[176] | p[168] | p[167] | p[165] | p[163] | p[162] | p[161] | p[157] | p[153] | p[151] | p[150] | p[149] | p[147] | p[146] | p[145] | p[144] | p[143] | p[142] | p[141] | p[140] | p[139] | p[135] | p[134] | p[130] | p[129] | p[127] | p[126] | p[123] | p[122] | p[121] | p[119] | p[118] | p[117] | p[115] | p[109] | p[105] | p[104] | p[102] | p[101] | p[99] | p[98] | p[97] | p[95] | p[94] | p[90] | p[89] | p[87] | p[86] | p[85] | p[83] | p[82] | p[81] | p[80] | p[79] | p[71] | p[68] | p[66] | p[65] | p[64] | p[62] | p[60] | p[59] | p[58] | p[57] | p[56] | p[53] | p[51] | p[49] | p[46] | p[44] | p[43] | p[40] | p[39] | p[32] | p[30] | p[29] | p[14];
assign pl[33]  = p[198] | p[197] | p[196] | p[194] | p[193] | p[191] | p[190] | p[188] | p[186] | p[185] | p[183] | p[182] | p[181] | p[179] | p[178] | p[173] | p[169] | p[168] | p[167] | p[164] | p[163] | p[162] | p[161] | p[153] | p[151] | p[150] | p[149] | p[148] | p[147] | p[145] | p[144] | p[143] | p[142] | p[140] | p[139] | p[137] | p[135] | p[134] | p[132] | p[130] | p[129] | p[123] | p[122] | p[121] | p[117] | p[114] | p[109] | p[108] | p[107] | p[105] | p[104] | p[102] | p[101] | p[99] | p[98] | p[97] | p[95] | p[94] | p[91] | p[90] | p[89] | p[86] | p[84] | p[83] | p[82] | p[81] | p[80] | p[79] | p[78] | p[75] | p[74] | p[71] | p[68] | p[67] | p[66] | p[65] | p[62] | p[59] | p[57] | p[53] | p[51] | p[50] | p[49] | p[46] | p[43] | p[41] | p[40] | p[39] | p[32] | p[29];
assign pl[34]  = p[199] | p[192] | p[190] | p[187] | p[182] | p[178] | p[176] | p[170] | p[166] | p[161] | p[160] | p[154] | p[150] | p[145] | p[143] | p[141] | p[138] | p[135] | p[133] | p[128] | p[126] | p[123] | p[117] | p[116] | p[114] | p[111] | p[108] | p[97] | p[90] | p[81] | p[75] | p[63] | p[62] | p[47] | p[41] | p[32] | p[25];
assign pl[35]  = p[194] | p[192] | p[190] | p[189] | p[187] | p[185] | p[183] | p[181] | p[177] | p[176] | p[173] | p[172] | p[171] | p[169] | p[165] | p[164] | p[161] | p[160] | p[159] | p[157] | p[150] | p[146] | p[143] | p[137] | p[135] | p[132] | p[128] | p[127] | p[126] | p[123] | p[118] | p[117] | p[114] | p[111] | p[109] | p[108] | p[97] | p[94] | p[93] | p[87] | p[85] | p[78] | p[67] | p[60] | p[56] | p[55] | p[52] | p[47] | p[44] | p[37] | p[25] | p[18];
assign pl[36]  = p[194] | p[191] | p[190] | p[185] | p[184] | p[183] | p[181] | p[180] | p[177] | p[176] | p[174] | p[173] | p[172] | p[169] | p[165] | p[164] | p[159] | p[157] | p[149] | p[148] | p[146] | p[144] | p[142] | p[141] | p[139] | p[138] | p[137] | p[136] | p[132] | p[127] | p[126] | p[122] | p[120] | p[118] | p[116] | p[115] | p[113] | p[112] | p[111] | p[110] | p[107] | p[105] | p[102] | p[100] | p[96] | p[94] | p[91] | p[87] | p[86] | p[85] | p[84] | p[78] | p[77] | p[74] | p[69] | p[67] | p[64] | p[63] | p[60] | p[58] | p[56] | p[55] | p[50] | p[49] | p[45] | p[36] | p[30] | p[11] | p[4] | p[3] | p[2];
endmodule

//______________________________________________________________________________
//
// Interrupt priority matrix input description:
//
//    rq[0]    - nACLO raising edge detector (nACLO restored)
//    rq[1]    - interrupt disable (both psw[7] & psw[8] are set)
//    rq[2]    - unused
//    rq[3]    - interrupt request HALT
//    rq[4]    - normal QBUS timeout
//    rq[5]    - vectored interrupt request (nVIRQ low level)
//    rq[6]    - nACLO falling edge detector (nACLO failed)
//    rq[7]    - nIAKO transaction flag (vector timeout detect)
//    rq[8]    - double QBUS timeout
//    rq[9]    - wait mode (waiting for interrupt)
//    rq[10]   - timer interrupt request nEVNT (falling edge)
//    rq[11]   - inverted T-bit trap request (function of psw[4])
//    rq[12]   - RTT instruction T-bit ingibition
//    rq[13]   - psw[8]
//    rq[14]   - psw[7]
//    rq[15]   - AC0 matrix feedback (output sp[3])
//
// Interrupt priority matrix output description:
//
//    sp[0]    - vector generator selector  bit 3
//    sp[2]    - vector generator selector ~bit 2
//    sp[7]    - vector generator selector ~bit 1
//    sp[9]    - vector generator selector  bit 0
//
//    sp[3]    - feedback to priority matrix - AC0
//    sp[6]    - controls the request detectors rearm
//    sp[8]    - controls the request detectors rearm
//
//    sp[1]    - goes to the main matrix register ~ri[0]
//    sp[5]    - goes to the main matrix register ~ri[1]
//    sp[4]    - goes to the main matrix register  ri[2]
//
//______________________________________________________________________________
//
// 1801VM2 interrupt matrix
//
module vm2_pli_model
(
   input  [15:0] rq,
   output [9:0] sp
);
wire [23:0] p;
wire [9:0] pl;

function cmp
(
   input [15:0] ai,
   input [15:0] mi
);
begin
   casex(ai)
      mi:      cmp = 1'b1;
      default: cmp = 1'b0;
   endcase
end
endfunction

assign p[0]   = cmp(rq[15:0], 16'b1xxxxxx00xx1xxxx);
assign p[1]   = cmp(rq[15:0], 16'b0xxxxxxxxxxxxxx1);
assign p[2]   = cmp(rq[15:0], 16'b1xxxxxx10xx1xxxx);
assign p[3]   = cmp(rq[15:0], 16'b10xx01xxx0x00xxx);
assign p[4]   = cmp(rq[15:0], 16'b11xx0x0xx0x00xxx);
assign p[5]   = cmp(rq[15:0], 16'b10xx111xx0x00xxx);
assign p[6]   = cmp(rq[15:0], 16'b1xxxxxxx1xx1xxxx);
assign p[7]   = cmp(rq[15:0], 16'b1x0x0xxxx0x01xxx);
assign p[8]   = cmp(rq[15:0], 16'b1xxx1x0xxxx0xxxx);
assign p[9]   = cmp(rq[15:0], 16'b1x0x1x1xx0x01xxx);
assign p[10]  = cmp(rq[15:0], 16'b0xxxxxxxxxxxxxx0);
assign p[11]  = cmp(rq[15:0], 16'b1x1x0x0xx0x01xxx);
assign p[12]  = cmp(rq[15:0], 16'b1xx11x0xxxx0xxxx);
assign p[13]  = cmp(rq[15:0], 16'b1xxx0x0xx1x0xx1x);
assign p[14]  = cmp(rq[15:0], 16'b1xxx000xx0000xxx);
assign p[15]  = cmp(rq[15:0], 16'b1xxx1x1xx1x0xx0x);
assign p[16]  = cmp(rq[15:0], 16'b11xxxx1xx0x00xxx);
assign p[17]  = cmp(rq[15:0], 16'b1xxxxx1xx1x0xx1x);
assign p[18]  = cmp(rq[15:0], 16'b1x1xxxx00xx1xxxx);
assign p[19]  = cmp(rq[15:0], 16'b10xx00xxx0100xxx);
assign p[20]  = cmp(rq[15:0], 16'b1xxxx01xx0000xxx);
assign p[21]  = cmp(rq[15:0], 16'b1x1xxx1xx0x01xxx);
assign p[22]  = cmp(rq[15:0], 16'b1xxx0xxxx1x0xx0x);
assign p[23]  = cmp(rq[15:0], 16'b10xxx01xx0100xxx);

assign sp      = ~pl;
assign pl[0]   = p[8] | p[2] | p[1] | p[0];
assign pl[1]   = p[23] | p[19] | p[14] | p[13] | p[12] | p[11] | p[4] | p[1];
assign pl[2]   = p[6] | p[2] | p[1] | p[0];
assign pl[3]   = p[10];
assign pl[4]   = p[21] | p[20] | p[17] | p[16] | p[14] | p[13] | p[12] | p[11] | p[10] | p[4];
assign pl[5]   = p[18] | p[9] | p[7] | p[6] | p[2] | p[1];
assign pl[6]   = p[22] | p[15] | p[6] | p[2] | p[1] | p[0];
assign pl[7]   = p[9] | p[8] | p[7] | p[5] | p[3] | p[1];
assign pl[8]   = p[6] | p[5] | p[3] | p[2] | p[0];
assign pl[9]   = p[5] | p[3] | p[1] | p[0];
endmodule

//______________________________________________________________________________
//
// 1801VM2 branch processing matrix
//
module vm2_plb_model
(
   input  [13:0] rq,
   output sp
);
wire [19:0] p;

function cmp
(
   input [13:0] ai,
   input [13:0] mi
);
begin
   casex(ai)
      mi:      cmp = 1'b1;
      default: cmp = 1'b0;
   endcase
end
endfunction

assign p[0]    = cmp(rq[13:0], 14'b111x1xx0000100);
assign p[1]    = cmp(rq[13:0], 14'bx1000xx00001x0);
assign p[2]    = cmp(rq[13:0], 14'b110xxxx1000000);
assign p[3]    = cmp(rq[13:0], 14'bx1101xx0000110);
assign p[4]    = cmp(rq[13:0], 14'b11xx1xx1000101);
assign p[5]    = cmp(rq[13:0], 14'b11xxxxx0000001);
assign p[6]    = cmp(rq[13:0], 14'bx1x0xxx0000010);
assign p[7]    = cmp(rq[13:0], 14'bx1x0x0x1000010);
assign p[8]    = cmp(rq[13:0], 14'b11xx0xx1000100);
assign p[9]    = cmp(rq[13:0], 14'b11xxx1x1000x11);
assign p[10]   = cmp(rq[13:0], 14'b110x0xx0000100);
assign p[11]   = cmp(rq[13:0], 14'b110x1xx00001x1);
assign p[12]   = cmp(rq[13:0], 14'b11xxx0x1000110);
assign p[13]   = cmp(rq[13:0], 14'b111x0xx00001x1);
assign p[14]   = cmp(rq[13:0], 14'b111xxxx1000001);
assign p[15]   = cmp(rq[13:0], 14'b10xxxx0xxxxxxx);
assign p[16]   = cmp(rq[13:0], 14'b11x1xxx0000x11);
assign p[17]   = cmp(rq[13:0], 14'b01x0xxxxxxxxxx);
assign p[18]   = cmp(rq[13:0], 14'b11x1xxxx000011);
assign p[19]   = cmp(rq[13:0], 14'b000xxxxxxxxxxx);

assign sp = ~|p[19:0];
endmodule

//______________________________________________________________________________
//
// 1801VM2 instruction predecoder matrix
//
module vm2_pld_model
(
   input  [15:0] rq,
   output [11:0] sp
);
wire [47:0] p;
wire [11:0] pl;

function cmp
(
   input [15:0] ai,
   input [15:0] mi
);
begin
   casex(ai)
      mi:      cmp = 1'b1;
      default: cmp = 1'b0;
   endcase
end
endfunction

assign p[0]    = cmp(rq[15:0], 16'b0000000000000110);
assign p[1]    = cmp(rq[15:0], 16'b1000110100000xxx);
assign p[2]    = cmp(rq[15:0], 16'b0000110100xxxxxx);
assign p[3]    = cmp(rq[15:0], 16'b000000000001xxxx);
assign p[4]    = cmp(rq[15:0], 16'b01110xxxxx000xxx);
assign p[5]    = cmp(rq[15:0], 16'b00000000101xxxxx);
assign p[6]    = cmp(rq[15:0], 16'b0111100xxx000xxx);
assign p[7]    = cmp(rq[15:0], 16'b01111010000xxxxx);
assign p[8]    = cmp(rq[15:0], 16'bx000110111000xxx);
assign p[9]    = cmp(rq[15:0], 16'bx0x1000xxx000xxx);
assign p[10]   = cmp(rq[15:0], 16'b0000000000001xxx);
assign p[11]   = cmp(rq[15:0], 16'bx0001100xx000xxx);
assign p[12]   = cmp(rq[15:0], 16'b000000001x000xxx);
assign p[13]   = cmp(rq[15:0], 16'b0000x0x000xxxxxx);
assign p[14]   = cmp(rq[15:0], 16'bx10x000xxx000xxx);
assign p[15]   = cmp(rq[15:0], 16'b0000000000000011);
assign p[16]   = cmp(rq[15:0], 16'bx000101111xxxxxx);
assign p[17]   = cmp(rq[15:0], 16'b0000000000000x01);
assign p[18]   = cmp(rq[15:0], 16'b10000000xxxxxxxx);
assign p[19]   = cmp(rq[15:0], 16'b0000100xxx000xxx);
assign p[20]   = cmp(rq[15:0], 16'b0000000001000xxx);
assign p[21]   = cmp(rq[15:0], 16'bx0000xx0000xxxx0);
assign p[22]   = cmp(rq[15:0], 16'bx0000001xxxxxxxx);
assign p[23]   = cmp(rq[15:0], 16'bxx10000xxx000xxx);
assign p[24]   = cmp(rq[15:0], 16'b1000x00xxxxxxxxx);
assign p[25]   = cmp(rq[15:0], 16'bx000101xxx000xxx);
assign p[26]   = cmp(rq[15:0], 16'b0001xxxxxxxxxxxx);
assign p[27]   = cmp(rq[15:0], 16'b0111111xxxxxxxxx);
assign p[28]   = cmp(rq[15:0], 16'b0000xx01xxxxxxxx);
assign p[29]   = cmp(rq[15:0], 16'bx000001xxxxxxxxx);
assign p[30]   = cmp(rq[15:0], 16'b1000110100xxxxxx);
assign p[31]   = cmp(rq[15:0], 16'bx00001xxxxxxxxxx);
assign p[32]   = cmp(rq[15:0], 16'bx0000xx00xxxxxxx);
assign p[33]   = cmp(rq[15:0], 16'bx0001100xxxxxxxx);
assign p[34]   = cmp(rq[15:0], 16'b00000000x1xxxxxx);
assign p[35]   = cmp(rq[15:0], 16'bx10x000xxxxxxxxx);
assign p[36]   = cmp(rq[15:0], 16'bx000110111xxxxxx);
assign p[37]   = cmp(rq[15:0], 16'b0000100xxxxxxxxx);
assign p[38]   = cmp(rq[15:0], 16'b1x0xxxxxxxxxxxxx);
assign p[39]   = cmp(rq[15:0], 16'b0111100xxxxxxxxx);
assign p[40]   = cmp(rq[15:0], 16'bx0x1000xxxxxxxxx);
assign p[41]   = cmp(rq[15:0], 16'bxx10000xxxxxxxxx);
assign p[42]   = cmp(rq[15:0], 16'bx000101xxxxxxxxx);
assign p[43]   = cmp(rq[15:0], 16'b01110xxxxxxxxxxx);
assign p[44]   = cmp(rq[15:0], 16'b10xxxxxxxxxxxxxx);
assign p[45]   = cmp(rq[15:0], 16'bxx01xxxxxxxxxxxx);
assign p[46]   = cmp(rq[15:0], 16'bx1x0xxxxxxxxxxxx);
assign p[47]   = cmp(rq[15:0], 16'bx01xxxxxxxxxxxxx);

assign sp      = ~pl;
assign pl[0]   = p[43] | p[41] | p[40] | p[39] | p[35] | p[25] | p[20] | p[19] | p[12] | p[11] | p[8] | p[1];
assign pl[1]   = 1'b0;
assign pl[2]   = p[0];
assign pl[3]   = p[47] | p[43] | p[37] | p[32] | p[30] | p[16];
assign pl[4]   = p[37] | p[32] | p[28] | p[26] | p[13];
assign pl[5]   = p[42] | p[37] | p[36] | p[34] | p[33] | p[30] | p[12];
assign pl[6]   = p[43] | p[41] | p[40] | p[39] | p[35] | p[20] | p[19];
assign pl[7]   = p[47] | p[46] | p[45] | p[43] | p[39] | p[27];
assign pl[8]   = p[42] | p[37] | p[36] | p[34] | p[33] | p[30] | p[23] | p[14] | p[12] | p[9] | p[6] | p[4];
assign pl[9]   = p[31] | p[29] | p[27] | p[24] | p[22] | p[21] | p[20] | p[19] | p[17] | p[15] | p[10] | p[7] | p[5] | p[3] | p[2];
assign pl[10]  = p[44] | p[38];
assign pl[11]  = p[31] | p[29] | p[22] | p[20] | p[19] | p[18];
endmodule


//______________________________________________________________________________
//
// PLM, PLI, PLB, PLD matrix identity checker. This module is intended for debug purposes only.
// The identity can also be checked by the viewing compilation results
// (most of checker's logic should be eliminated by redundant logic optimization)
//
module vm2_plm_check
(
   input    clk,        // input clock
   input    reset,      // module reset
   output   done,       // check done flag
   output   good        // check result
);
reg [25:0] entry;
reg result;

wire [36:0] orig[0:7];
wire [36:0] test[0:7];

wire btest0, btest1;
wire [9:0] itest0, itest1;
wire [11:0] dtest0, dtest1;
//
// Run the 8 matrix instances in paralel
//
vm2_plm        mtest0(.ir(entry[15:0]), .ix(3'b000), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[0]));
vm2_plm        mtest1(.ir(entry[15:0]), .ix(3'b001), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[1]));
vm2_plm        mtest2(.ir(entry[15:0]), .ix(3'b010), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[2]));
vm2_plm        mtest3(.ir(entry[15:0]), .ix(3'b011), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[3]));
vm2_plm        mtest4(.ir(entry[15:0]), .ix(3'b100), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[4]));
vm2_plm        mtest5(.ir(entry[15:0]), .ix(3'b101), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[5]));
vm2_plm        mtest6(.ir(entry[15:0]), .ix(3'b110), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[6]));
vm2_plm        mtest7(.ir(entry[15:0]), .ix(3'b111), .ri(entry[24:22]), .ia(entry[21:16]), .sp(test[7]));

vm2_plm_model  model0(.ir(entry[15:0]), .ix(3'b000), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[0]));
vm2_plm_model  model1(.ir(entry[15:0]), .ix(3'b001), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[1]));
vm2_plm_model  model2(.ir(entry[15:0]), .ix(3'b010), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[2]));
vm2_plm_model  model3(.ir(entry[15:0]), .ix(3'b011), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[3]));
vm2_plm_model  model4(.ir(entry[15:0]), .ix(3'b100), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[4]));
vm2_plm_model  model5(.ir(entry[15:0]), .ix(3'b101), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[5]));
vm2_plm_model  model6(.ir(entry[15:0]), .ix(3'b110), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[6]));
vm2_plm_model  model7(.ir(entry[15:0]), .ix(3'b111), .ri(entry[24:22]), .ia(entry[21:16]), .sp(orig[7]));

vm2_pli        iplm0(.rq(entry[15:0]), .sp(itest0));
vm2_pli_model  iplm1(.rq(entry[15:0]), .sp(itest1));

vm2_plb        bplm0(.rq(entry[13:0]), .sp(btest0));
vm2_plb_model  bplm1(.rq(entry[13:0]), .sp(btest1));

vm2_pld        dplm0(.rq(entry[15:0]), .sp(dtest0));
vm2_pld_model  dplm1(.rq(entry[15:0]), .sp(dtest1));

assign done = entry[25];
assign good = ~result;

always @(posedge clk or posedge reset)
begin
   if (reset)
   begin
      result   <= 1'b0;
      entry    <= 26'h0000000;
   end
   else
   begin
      if (~entry[25])
      begin
         entry  <= entry + 26'h0000001;
         if ( (test[0]  != orig[0])
            | (test[1]  != orig[1])
            | (test[2]  != orig[2])
            | (test[3]  != orig[3])
            | (test[4]  != orig[4])
            | (test[5]  != orig[5])
            | (test[6]  != orig[6])
            | (test[7]  != orig[7])
            | (itest0[9:0] != itest1[9:0])
            | (itest0[9:0] != itest1[9:0])
            | (itest0[9:0] != itest1[9:0]))
         begin
            result <= 1'b1;
         end
      end
   end
end
endmodule