initial begin
  $readmemh("../rtl/ram/ram0_PE0.vmem", u_axi_sram.U_single_port_sram_0.S_matrix);
  $readmemh( "./lena.vmem", u_axi_sram.U_single_port_sram_0.S_matrix);
  //$readmemh( "./dolphin.vmem", u_axi_sram.U_single_port_sram_0.S_matrix);
  $readmemh( "./bunny.vmem", u_axi_sram.U_single_port_sram_0.S_matrix);
end


`ifdef FSDB
  initial begin
    $fsdbDumpfile ("NoC_4x4_ext.fsdb");
    //$fsdbDumpvars (0, u_axi_data_gen);
    $fsdbDumpvars (0, u_axi_sram);
    //$fsdbDumpvars (0, sopc);
    $fsdbDumpvars (0, `NOC_PE(0));
    #656000 $finish;
  end
`endif

reg [15:0] sim_done;
initial begin
  sim_done = 16'b0000_0000_0000_0000;
end

reg newtimer=1;
time start_time;
time elapsed_time=0;

always @(`NOC_PE_CPU(0).traceport_exec_insn_o) begin
  if (`NOC_PE_CPU(0).traceport_exec_insn_o == 32'h1500_000a) begin
    if (newtimer===1) begin
      newtimer = 0;
      start_time = $time;
    end else begin
      newtimer = 1;
      elapsed_time = elapsed_time + ($time-start_time);
      //$display("ILIB_PROFILE: + %1d NS / %1d NS at %1d NS", ($time-start_time), elapsed_time, $time);
    end
  end
end


integer f_out;
integer f_start[0:15];
integer f_end[0:15];
integer f_cnt[0:15];
integer jpegcore;
integer PE_no;

initial begin
  jpegcore = 0;
end
always @( sim_done ) begin
  if (&sim_done) begin
    $display("Communication time: %1d NS, Ratio %2d: ",elapsed_time, 100 * elapsed_time/$time);
    $display ("ALL Processing Element have stopped! at %1d\n", $time);
    f_out = $fopen("out/file/3d.tga", "wb");
    for (PE_no=32'hC0000; PE_no < 32'hD0000; PE_no = PE_no + 1) begin
      $fwrite(f_out, "%c%c%c%c",u_axi_sram.U_single_port_sram_0.S_matrix[PE_no][31:24],u_axi_sram.U_single_port_sram_0.S_matrix[PE_no][23:16],u_axi_sram.U_single_port_sram_0.S_matrix[PE_no][15:8],u_axi_sram.U_single_port_sram_0.S_matrix[PE_no][7:0]);
    end
    $fclose( f_out );