LED lights, SWITCHES and between :)

Hi all,

I would like to greet and thank for beeing here and answering

i'm kind of new to VHDL and trying to perfrom a project with my new DE2-115 and i hope that you guys can help me figure out how to :

i want to use these ports:

port(	          IF1:  IN STD_LOGIC;      --InfraRed 1
		  IF2:  IN STD_LOGIC;		--InfraRed 2
		  LED2: OUT STD_LOGIC);		--LED 2
		  LED1: OUT STD_LOGIC);	   --LED 1

when i'm switching IF1 on, and then IF2 ON - LED1 will turn on.

that was accomplish by -

LED1 <= IF1 AND IF2;

my question is - how to make LED2 turned ON 1 sec after LED1 ?

i know that is need to use the 50MHz clk_out of the DE2, but can't implement it..

i have this code so far:

					
LIBRARY IEEE;
USE IEEE.STD_LOGIC_1164.ALL;
USE IEEE.STD_LOGIC_UNSIGNED.ALL;
USE IEEE.STD_LOGIC_ARITH.ALL;
	--entity mode_one IS
	--
	--generic (width1s : integer := 1); --pulse width1s of 1 seconds
	--
	--port(	  clk_in: IN STD_LOGIC; --50Mhz DE2 input
	--		  reset : IN std_logic;
	--		  IF1: IN STD_LOGIC;    --InfraRed 1
	--		  IF2: IN STD_LOGIC;		--InfraRed 2
	--		  LED2:OUT STD_LOGIC;		--LED 2
	--		  LED1: OUT STD_LOGIC;	--LED 1
	--		  switch_in: in std_logic); --test switch to delay 1 sec'
	--		  
	--END mode_one;
	--
	--architecture behave OF mode_one IS
	----1st process -divider- internal memories
	--signal counter: integer range 50000000 downto 0; 
	--signal clk_out: std_logic; 
	----2nd process -oneshot- internal memories
	signal cnt: integer range 0 to width1s;
	
		BEGIN
		
	
	divider: process(clk_in)
	BEGIN
		LED1 <= IF1 AND IF2;
		IF clk_in'EVENT AND clk_in = '1' THEN --calculating untill counter =25M
			if counter = 50000000 then
				clk_out <= NOT clk_out; --switching the output pulse. only when counter =25M
				counter <= 0;
			ELSE counter <= counter+1;
			end if;
		end if;
	end process;	
oneshot: process (cnt,clk_out,switch_in,reset)
	BEGIN
		if reset ='0' then
			clk_out <= '0';	
			cnt <= 0;
		else if switch_in  = '1' then
				if clk_out'EVENT and clk_out = '1' then
					if cnt < width1s then
						clk_out <= '1';
						cnt <= cnt+1;
						else 
						cnt <= 0;
						clk_out <= '0';	
					end if;
				end if;
			end if;
		end if;
end process;
end behave;