-- Module Name:    square_wave - Behavioral 
library IEEE; 
use IEEE.STD_LOGIC_1164.ALL; 
use IEEE.NUMERIC_STD.ALL; 

entity square_wave is 
  port( 
-- 4 Bit High Steuersignal
--    high_in : in  unsigned range 1 to 16 := 2; 
-- 4 Bit Low Steuersignal
--    low_in  : in  unsigned range 1 to 16 := 3;
-- Frequenzgeteilte Clock
    clk_neu : in  std_logic; 
-- Output
	 wave    : out std_logic
--für testzwecke
--q_high  : out std_logic_vector(3 downto 0)
--q_low   : out std_logic_vector(3 downto 0)
;
reset_high_temp : in std_logic;
reset_low_temp : in std_logic;
tick_high_temp: out std_logic;
tick_low_temp: out std_logic;
raus_temp: out std_logic
); 
end square_wave; 

architecture Behavioral of square_wave is 
-- Toogle: 0 fuer low, 1 fuer high
  signal tick_high: std_logic;
  signal tick_low: std_logic;
  signal raus: std_logic;
--signal reset_high_temp: std_logic;
--signal reset_low_temp: std_logic;
--reset_high, reset_low, high_in, low_in,
begin 
-- Start Wert -> Reset_low = '1'
--	process -- sequential statement
--	begin
	-- test vector 1
--			raus <= '0';
--			wait for 50 ns;
	-- test vector 2			
--			raus <= '1';
--			wait for 50 ns;
--	end process;
-- high counter 
  counter_high: entity work.counter(arch) 
--	 generic map(		  
--	   M => high_in,
--	   N => 4
--	 )  
    Port map ( 
      reset => reset_high_temp,-- or raus,  
      clk => clk_neu, 
      max_tick => tick_high
--      q=>q_high		

    );
-- low counter 
  counter_low: entity work.counter(arch) 
--	 generic map(		  
--	   M => low_in,
--	   N => 4	 
--	 )  
    Port map ( 
      reset => reset_low_temp,-- or not(raus),
      clk => clk_neu, 
      max_tick => tick_low
--      q=>q_low 
    ); 	
-- RS_FF 
--  RS_FF_Toogle: entity work.RS_FF(arch)  
--   Port map ( 
--      s => tick_high,  
--      r => tick_low, 
--      clk => clk_neu,
--      q_ff => raus
--    );
-- RS_FF_Takt 
  RS_FF_Toogle: entity work.RS_FF_Takt(arch)  
    Port map ( 
      s => tick_high,  
      r => tick_low, 
      q_ff => raus
    );
-- Output	 
tick_high_temp <= tick_high;
tick_low_temp <= tick_low;
raus_temp <= raus;

	 wave <= raus;
end Behavioral;