need some VHDL code help

I want to thank you all for all your help.

After hitting my head on the wall for hours, I found it best to start over and re write my code from a fresh start. With your help my new code works flawlessly and better then I had hope for.

My code job is to control a rocket launch. The board has one ARM switch that has to be on for anything else to work. The board then has 2 blue buttons, what either one is pressed it will start the count down, but if any of the 4 red buttons are hit. The program stops what it doing and resets everything.

My output of twosegment7 is set up like this

"000000000000000"; The last 0 controls the rocket launch signal that goes to my bread board.

"000000000000000"; These 0's control the first digit of the 7 segment display.

"000000000000000"; These 0's control the second digit of the 7 segment display.

Check out my new fully working code below

LIBRARY ieee;
USE ieee.std_logic_1164.ALL;
USE ieee.std_logic_signed.ALL;
ENTITY flyingsaucer IS
        PORT
        (
        CLK                                :IN std_logic;
        ARM,LAUNCH,LAUNCH2,ABORT    :IN std_logic;
        ABORT1,ABORT2,ABORT3            :IN std_logic;
        op,LUNCHBUTTON                    :BUFFER std_logic;
        red                                :BUFFER INTEGER RANGE 0 TO 255;
        green                             :BUFFER INTEGER RANGE 0 TO 255;
        twosegment7                        :out std_logic_vector(14 downto 0)
        );
END flyingsaucer;
ARCHITECTURE BLASTOFF of flyingsaucer IS
CONSTANT max_count: natural :=24000000;
SIGNAL count: integer;
SIGNAL counter: integer;
BEGIN
onesec : PROCESS(CLK,ARM,LAUNCH,ABORT)
            VARIABLE counter : natural RANGE 0 to max_count;
            VARIABLE count : natural;
        BEGIN
case ARM is
    when '0' =>
            red <= 0;
            green <= 0;
            twosegment7 <="000000000000000"; -- 'none'
            counter := 0;
            op <='0';
            count :=15;
            LUNCHBUTTON <= '0';
    when '1' =>
case  ABORT or ABORT1 or ABORT2 or ABORT3 is
    when '1' =>
            red <= 0;
            green <= 0;
            twosegment7 <="000000000000000"; -- 'none'
            counter := 0;
            op <='0';
            count :=15;
            LUNCHBUTTON <= '0';
    when '0' =>
        red <= 255;
            if (LAUNCH='1' OR LAUNCH2= '1') THEN
            LUNCHBUTTON <= '1';
            end if;
        IF (LUNCHBUTTON = '0') THEN
            twosegment7 <="001100001111110";  -- '10'
            counter := 0;
            op <='0';
            count :=15;
        ELSIF rising_edge(CLK) THEN
        IF counter < max_count/2 THEN
            op <='0';
                counter := counter +1;
        ELSIF counter < max_count THEN
            op<='0';
            counter :=counter +1;
        ELSE
            counter :=0;
            op <='1';
        END IF;
    IF LUNCHBUTTON = '1' THEN
    if (op = '1') THEN
    if (count = 15) THEN
            twosegment7 <="001100001111110";  -- '10'
                    count := count -1;
                    green <= 255;
    ELSIF (count = 14) THEN
            twosegment7 <="000000001111011";  -- '9'
                    count := count -1;
                    green <= 255;
    ELSIF (count = 13) THEN
            twosegment7 <="000000001111111";  -- '8'
                    count := count -1;
                    green <= 255;
    ELSIF (count = 12) THEN
            twosegment7 <="000000001110000";  -- '7'
                    count := count -1;
                    green <= 127;
    ELSIF (count = 11) THEN
            twosegment7 <="000000001011111";  -- '6'
                    count := count -1;
                    green <= 63;
    ELSIF (count = 10) THEN
            twosegment7 <="000000001011011";  -- '5'
                    count := count -1;
                    green <= 31;
    ELSIF (count = 9) THEN
            twosegment7 <="000000000110011";  -- '4'
                    count := count -1;
                    green <= 15;
    ELSIF (count = 8) THEN
            twosegment7 <="000000001111001";  -- '3'
                    count := count -1;
                    green <= 7;
    ELSIF (count = 7) THEN
            twosegment7 <="000000001101101";  -- '2'
                    count := count -1;
                    green <= 3;
    ELSIF (count = 6) THEN
            twosegment7 <="000000000110000";  -- '1'
                    count := count -1;
                    green <= 1;
    ELSIF (count = 5) THEN
            twosegment7 <="100000001111110";  -- '0'
                    count := count -1;
                    green <= 0;
    ELSIF (count = 4) THEN
            twosegment7 <="000000000000000";  -- ' . '
                    count := count -1;
                    green <= 255;
    ELSIF (count = 3) THEN
            twosegment7 <="100011101110111";  -- 'LA'
                    count := count -1;
                    green <= 0;
    ELSIF (count = 2) THEN
            twosegment7 <="000000000000000";  -- ' . '
                    count := count -1;
                    green <= 255;
    ELSIF (count = 1) THEN
            twosegment7 <="100011101110111";  -- 'LA'
                    count := count -1;
                    green <= 0;
    ELSIF (count = 0) THEN
            twosegment7 <="000000000000000";  -- ' . '
                    count := count -1;
                    green <= 0;
    END IF;
        END IF;
            END IF;
                END IF;
                    END CASE;
                        END CASE;
    END PROCESS;
END BLASTOFF;