otto.vhd

simple thermometr in vhdl

----------------------------------------------------------------------------------
-- Bufon, Ferluga
-- Progetto elettronica 2 FPGA
-- Termometro visualizzato su VGA
----------------------------------------------------------------------------------

-- Tabella del numero 8
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;

--Dichiarazione variabili d'ingresso e di uscita:

entity osem is
    Port ( clk : in  STD_LOGIC;
           add_linea : in  STD_LOGIC_VECTOR (8 downto 0);
           D_OUT : out  STD_LOGIC_VECTOR (27 downto 0));
end osem;

architecture Behavioral of osem is

begin
process(clk,add_linea)
begin

if ( clk'event and clk ='1') then
   case add_linea is

when "011011000" => D_OUT <= "0000000001111111111100000000";
when "011011001" => D_OUT <= "0000001111111111111111100000";
when "011011010" => D_OUT <= "0000011111100000011111110000";
when "011011011" => D_OUT <= "0000111110000000000111111000";
when "011011100" => D_OUT <= "0001111110000000000111111100";
when "011011101" => D_OUT <= "0011111110000000000111111100";
when "011011110" => D_OUT <= "0011111100000000000011111110";
when "011011111" => D_OUT <= "0111111100000000000011111110";
when "011100000" => D_OUT <= "0111111100000000000011111110";
when "011100001" => D_OUT <= "0111111100000000000011111110";
when "011100010" => D_OUT <= "0111111100000000000011111110";
when "011100011" => D_OUT <= "0111111110000000000011111100";
when "011100100" => D_OUT <= "0111111110000000000111111100";
when "011100101" => D_OUT <= "0111111111000000000111111000";
when "011100110" => D_OUT <= "0011111111000000000111111000";
when "011100111" => D_OUT <= "0011111111100000001111110000";
when "011101000" => D_OUT <= "0001111111110000001111100000";
when "011101001" => D_OUT <= "0001111111111000011111000000";
when "011101010" => D_OUT <= "0000111111111100011110000000";
when "011101011" => D_OUT <= "0000011111111110111100000000";
when "011101100" => D_OUT <= "0000001111111111110000000000";
when "011101101" => D_OUT <= "0000000111111111100000000000";
when "011101110" => D_OUT <= "0000000011111111110000000000";
when "011101111" => D_OUT <= "0000000001111111111100000000";
when "011110000" => D_OUT <= "0000000011111111111110000000";
when "011110001" => D_OUT <= "0000000111101111111111000000";
when "011110010" => D_OUT <= "0000001111000111111111100000";
when "011110011" => D_OUT <= "0000011110000011111111110000";
when "011110100" => D_OUT <= "0000111110000001111111111000";
when "011110101" => D_OUT <= "0001111110000000111111111100";
when "011110110" => D_OUT <= "0011111100000000011111111100";
when "011110111" => D_OUT <= "0011111100000000001111111110";
when "011111000" => D_OUT <= "0111111100000000001111111110";
when "011111001" => D_OUT <= "0111111000000000000111111111";
when "011111010" => D_OUT <= "1111111000000000000011111111";
when "011111011" => D_OUT <= "1111111000000000000011111111";
when "011111100" => D_OUT <= "1111111000000000000001111111";
when "011111101" => D_OUT <= "1111111000000000000001111111";
when "011111110" => D_OUT <= "1111111000000000000001111111";
when "011111111" => D_OUT <= "1111111000000000000001111111";
when "100000000" => D_OUT <= "0111111000000000000001111110";
when "100000001" => D_OUT <= "0111111100000000000001111110";
when "100000010" => D_OUT <= "0011111100000000000001111100";
when "100000011" => D_OUT <= "0011111110000000000011111100";
when "100000100" => D_OUT <= "0001111110000000000011111000";
when "100000101" => D_OUT <= "0000111111000000000111110000";
when "100000110" => D_OUT <= "0000011111110000011111000000";
when "100000111" => D_OUT <= "0000000111111111111110000000";
when "100001000" => D_OUT <= "0000000001111111111000000000";



	 when others => D_OUT <= "0000000000000000000000000000";
   end case;
end if;
end process;

end Behavioral;