library IEEE;
use IEEE.std_logic_1164.all;

entity ascii_led is
    port (
        a: in STD_LOGIC_VECTOR (7 downto 0);
        led: out STD_LOGIC_VECTOR (6 downto 0)
    );
end ascii_led;

architecture ascii_led_arch of ascii_led is
begin

  -----------------------------------------------------------------------------
  -- TranslationProcess: translate the ascii representations of characters
  --                     into LED output
  -----------------------------------------------------------------------------
  TranslationProcess: process(a)
  begin
    case a is
      when X"41" => led <= "1111110"; --A
      when X"42" => led <= "0101111"; --b
      when X"43" => led <= "0001101"; --c
      when X"44" => led <= "0011111"; --d
      when X"45" => led <= "1101101"; --E
      when X"46" => led <= "1101100"; --F
      when X"47" => led <= "1111011"; --g
      when X"48" => led <= "0101110"; --H
      when X"49" => led <= "0000010"; --i
      when X"4A" => led <= "0010111"; --J
      when X"4B" => led <= "0011010"; --k
      when X"4C" => led <= "0100101"; --L
      when X"4D" => led <= "1110110"; --M
      when X"4E" => led <= "0001110"; --n
      when X"4F" => led <= "0001111"; --o
      when X"50" => led <= "1111100"; --p
      when X"51" => led <= "1111010"; --q
      when X"52" => led <= "0001100"; --r
      when X"53" => led <= "1101011"; --S
      when X"54" => led <= "0101101"; --t
      when X"55" => led <= "0000111"; --u
      when X"56" => led <= "0111100"; --V
      when X"57" => led <= "0110111"; --W
      when X"58" => led <= "0101010"; --X
      when X"59" => led <= "0111011"; --y
      when X"5A" => led <= "1011101"; --Z
      when others => led <= "0000000"; 
    end case;
    
  end process;

end ascii_led_arch;