module ct_rtu_expand_96(
  x_num,
  x_num_expand
);

// &Ports; @25
input   [6 :0]  x_num;       
output  [95:0]  x_num_expand; 

// &Regs; @26

// &Wires; @27
wire    [6 :0]  x_num;       
wire    [95:0]  x_num_expand; 


//==========================================================
//       expand 7 bits number to 96 bits one-hot number
//==========================================================
assign x_num_expand[0]  = (x_num[6:0] == 7'd0);
assign x_num_expand[1]  = (x_num[6:0] == 7'd1);
assign x_num_expand[2]  = (x_num[6:0] == 7'd2);
assign x_num_expand[3]  = (x_num[6:0] == 7'd3);
assign x_num_expand[4]  = (x_num[6:0] == 7'd4);
assign x_num_expand[5]  = (x_num[6:0] == 7'd5);
assign x_num_expand[6]  = (x_num[6:0] == 7'd6);
assign x_num_expand[7]  = (x_num[6:0] == 7'd7);
assign x_num_expand[8]  = (x_num[6:0] == 7'd8);
assign x_num_expand[9]  = (x_num[6:0] == 7'd9);
assign x_num_expand[10] = (x_num[6:0] == 7'd10);
assign x_num_expand[11] = (x_num[6:0] == 7'd11);
assign x_num_expand[12] = (x_num[6:0] == 7'd12);
assign x_num_expand[13] = (x_num[6:0] == 7'd13);
assign x_num_expand[14] = (x_num[6:0] == 7'd14);
assign x_num_expand[15] = (x_num[6:0] == 7'd15);
assign x_num_expand[16] = (x_num[6:0] == 7'd16);
assign x_num_expand[17] = (x_num[6:0] == 7'd17);
assign x_num_expand[18] = (x_num[6:0] == 7'd18);
assign x_num_expand[19] = (x_num[6:0] == 7'd19);
assign x_num_expand[20] = (x_num[6:0] == 7'd20);
assign x_num_expand[21] = (x_num[6:0] == 7'd21);
assign x_num_expand[22] = (x_num[6:0] == 7'd22);
assign x_num_expand[23] = (x_num[6:0] == 7'd23);
assign x_num_expand[24] = (x_num[6:0] == 7'd24);
assign x_num_expand[25] = (x_num[6:0] == 7'd25);
assign x_num_expand[26] = (x_num[6:0] == 7'd26);
assign x_num_expand[27] = (x_num[6:0] == 7'd27);
assign x_num_expand[28] = (x_num[6:0] == 7'd28);
assign x_num_expand[29] = (x_num[6:0] == 7'd29);
assign x_num_expand[30] = (x_num[6:0] == 7'd30);
assign x_num_expand[31] = (x_num[6:0] == 7'd31);
assign x_num_expand[32] = (x_num[6:0] == 7'd32);
assign x_num_expand[33] = (x_num[6:0] == 7'd33);
assign x_num_expand[34] = (x_num[6:0] == 7'd34);
assign x_num_expand[35] = (x_num[6:0] == 7'd35);
assign x_num_expand[36] = (x_num[6:0] == 7'd36);
assign x_num_expand[37] = (x_num[6:0] == 7'd37);
assign x_num_expand[38] = (x_num[6:0] == 7'd38);
assign x_num_expand[39] = (x_num[6:0] == 7'd39);
assign x_num_expand[40] = (x_num[6:0] == 7'd40);
assign x_num_expand[41] = (x_num[6:0] == 7'd41);
assign x_num_expand[42] = (x_num[6:0] == 7'd42);
assign x_num_expand[43] = (x_num[6:0] == 7'd43);
assign x_num_expand[44] = (x_num[6:0] == 7'd44);
assign x_num_expand[45] = (x_num[6:0] == 7'd45);
assign x_num_expand[46] = (x_num[6:0] == 7'd46);
assign x_num_expand[47] = (x_num[6:0] == 7'd47);
assign x_num_expand[48] = (x_num[6:0] == 7'd48);
assign x_num_expand[49] = (x_num[6:0] == 7'd49);
assign x_num_expand[50] = (x_num[6:0] == 7'd50);
assign x_num_expand[51] = (x_num[6:0] == 7'd51);
assign x_num_expand[52] = (x_num[6:0] == 7'd52);
assign x_num_expand[53] = (x_num[6:0] == 7'd53);
assign x_num_expand[54] = (x_num[6:0] == 7'd54);
assign x_num_expand[55] = (x_num[6:0] == 7'd55);
assign x_num_expand[56] = (x_num[6:0] == 7'd56);
assign x_num_expand[57] = (x_num[6:0] == 7'd57);
assign x_num_expand[58] = (x_num[6:0] == 7'd58);
assign x_num_expand[59] = (x_num[6:0] == 7'd59);
assign x_num_expand[60] = (x_num[6:0] == 7'd60);
assign x_num_expand[61] = (x_num[6:0] == 7'd61);
assign x_num_expand[62] = (x_num[6:0] == 7'd62);
assign x_num_expand[63] = (x_num[6:0] == 7'd63);
assign x_num_expand[64] = (x_num[6:0] == 7'd64);
assign x_num_expand[65] = (x_num[6:0] == 7'd65);
assign x_num_expand[66] = (x_num[6:0] == 7'd66);
assign x_num_expand[67] = (x_num[6:0] == 7'd67);
assign x_num_expand[68] = (x_num[6:0] == 7'd68);
assign x_num_expand[69] = (x_num[6:0] == 7'd69);
assign x_num_expand[70] = (x_num[6:0] == 7'd70);
assign x_num_expand[71] = (x_num[6:0] == 7'd71);
assign x_num_expand[72] = (x_num[6:0] == 7'd72);
assign x_num_expand[73] = (x_num[6:0] == 7'd73);
assign x_num_expand[74] = (x_num[6:0] == 7'd74);
assign x_num_expand[75] = (x_num[6:0] == 7'd75);
assign x_num_expand[76] = (x_num[6:0] == 7'd76);
assign x_num_expand[77] = (x_num[6:0] == 7'd77);
assign x_num_expand[78] = (x_num[6:0] == 7'd78);
assign x_num_expand[79] = (x_num[6:0] == 7'd79);
assign x_num_expand[80] = (x_num[6:0] == 7'd80);
assign x_num_expand[81] = (x_num[6:0] == 7'd81);
assign x_num_expand[82] = (x_num[6:0] == 7'd82);
assign x_num_expand[83] = (x_num[6:0] == 7'd83);
assign x_num_expand[84] = (x_num[6:0] == 7'd84);
assign x_num_expand[85] = (x_num[6:0] == 7'd85);
assign x_num_expand[86] = (x_num[6:0] == 7'd86);
assign x_num_expand[87] = (x_num[6:0] == 7'd87);
assign x_num_expand[88] = (x_num[6:0] == 7'd88);
assign x_num_expand[89] = (x_num[6:0] == 7'd89);
assign x_num_expand[90] = (x_num[6:0] == 7'd90);
assign x_num_expand[91] = (x_num[6:0] == 7'd91);
assign x_num_expand[92] = (x_num[6:0] == 7'd92);
assign x_num_expand[93] = (x_num[6:0] == 7'd93);
assign x_num_expand[94] = (x_num[6:0] == 7'd94);
assign x_num_expand[95] = (x_num[6:0] == 7'd95);

// &ModuleEnd; @129
endmodule