`timescale 1ns / 1ps
//////////////////////////////////////////////////////////////////////////////////


module emd_main (imff1,clk,rst,en);
input clk,rst,en;
output wire signed [15:0] imff1;
wire signed [15:0] re1;//,imf1;

reg signed [15:0] in;
wire clk_out;


clock_divi ccl(clk,clk_out);


mod_imf_one mi1 (in,imff1,clk_out,rst,en,re1);



	
	


parameter SIZE = 1250;    
reg [15:0] rom_memory [SIZE-1:0];
 integer i=0;


always @(posedge clk)
begin

    //i=rst?'b0:i+1'b1;
    //if(i<=16'b1111111111111111)
    //$readmemh("C:\\Users\\USER\\Desktop\\INPUT.txt",mydata);
     $readmemh("sine.mem", rom_memory);
    
end


always@(posedge clk_out)
begin
    if(rst)
    begin
    in = 0;
    //i=0;
    end
    else 
    begin
    in = rom_memory[i];
    i = i+ 1;
 end
       
end
//always @(posedge clk_out)
//begin
//imff1=imf1;
//end

//integer file;
//	//integer result_file;
//	integer scan_file;
//	integer i;

//	//////////////////Initializing the test/////////////////		
	
//	initial begin
//		file = $fopen("C:\\Users\\KK-HP\\Desktop\\emd_clean_01_10_2018\\Master_attachments\\Matlab\\inputzz.dat", "r");  		//Change the location to the folder containing "test_data.dat"
//		//result_file = $fopen("C:\\Users\\KK-HP\\Desktop\\emd_clean_01_10_2018\\Master_attachments\\Matlab\\normal.dat", "w");   //Change the location for where to store "results.dat"
//	//clk<=1;
////		rst_n <= 1;
//      i=0;
//		//data_in_available<= 0;
////		#1 rst_n <= 0;
////		#1 rst_n <= 1;
//	end

//	always @(posedge clk)
//begin



endmodule