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Commit 80f433ef authored by Rashed Al-Lahaseh's avatar Rashed Al-Lahaseh
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Add high level entity 

Automated Laundry System Entity
parent efa53bc8
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Project/e_automated_laundry_system.vhd 0 → 100644
View file @ 80f433ef
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity e_automated_laundry_system is
port(
CLOCK_50, reset: in std_logic;
nearby_person_sensor, washing_machine_done_sensor: in std_logic;
push_password_button, push_address_button: in std_logic;
coin_in: in std_logic_vector(3 downto 0); -- "1 Euro, 50cents, 20cents, 10cents" -- "1111"
password_in, washing_machine_address_in: in std_logic_vector(3 downto 0);
green_led, red_led: out std_logic;
start_button: out std_logic;
hex_0, hex_1, hex_2, hex_3, hex_4, hex_5: out std_logic_vector(6 downto 0);
coin_out: out std_logic_vector(3 downto 0) -- "1 Euro, 50cents, 20cents, 10cents" -- "1111"
);
end e_automated_laundry_system;
architecture a_automated_laundry_system of e_automated_laundry_system is
constant c_password: std_logic_vector(3 downto 0) := "0000";
constant c_laundry_room_capacity: integer := 9;
signal sl_password_button_last_state: std_logic := '0';
signal sl_address_button_last_state: std_logic := '0';
signal sl_working_washing_machines_count: integer range 0 to 9;
signal sl_state_choice: integer range 0 to 9;
signal sl_word_choice: integer range 0 to 6;
signal sl_paid: boolean := false;
signal sl_washing_machine_address_available: boolean;
signal sl_word_s: std_logic;
signal sl_payment: integer range 0 to 290;
signal sl_memory_enable: std_logic := '1'; -- active low
------------------------------------- Procedures -----------------------------------------------
procedure procedure_toggle_green_led (signal green_led : out std_logic; signal start_button : out std_logic) is
begin
start_button <= '1'; -- enable the start button
green_led <= '1';-- green light on
-- wait 1 ns cycles for the process to reset
start_button <= '0'; -- disable the start button
green_led <= '0';-- green light off
end procedure_toggle_green_led;
------------------------------------- Components ----------------------------------------------
component e_laundry_fsm
generic (n:integer:= 8);
port(
CLOCK_50, reset: in std_logic;
nearby_person_sensor, washing_machine_done_sensor: in std_logic;
push_password_button, push_address_button: in std_logic;
washing_machine_available, paid: in boolean;
password_in, washing_machine_address_in: in std_logic_vector(3 downto 0);
working_washing_machines_count: out integer range 0 to 9;
state_choice: out integer range 0 to 9
);
end component;
component e_7seg_display
generic (n:integer:= 8);
port(
CLOCK_50, word_s: in std_logic;
word_choice: in integer range 0 to 5;
payment: in integer range 0 to 290;
hex_1, hex_2, hex_3, hex_4, hex_5: out std_logic_vector(6 downto 0)
);
end component;
component e_7seg_bcd_decoder
generic (n:integer:= 8);
port(
count: in integer range 0 to 9;
hex_0: out std_logic_vector(6 downto 0)
);
end component;
component e_memory is
generic (n:integer:= 8);
port(
enable, reset: in std_logic;
washing_machine_address: in std_logic_vector(n-5 downto 0);
washing_machine_address_available: out boolean
);
end component;
component e_payment_fsm is
generic (n: integer := 16);
port(
coin_in: in std_logic_vector(n-13 downto 0); -- "1 Euro, 50cents, 20cents, 10cents" -- "1111"
coin_out: out std_logic_vector(n-13 downto 0); -- "1 Euro, 50cents, 20cents, 10cents" -- "1111"
payment: out integer range 0 to 290;
paid: out boolean
);
end component;
------------------------------------- architecture begins -------------------------------------
begin
-- state_choice
-- 0: no_action_state,
-- 1: user_detect_state
-- 2: verification_state
-- 3: availability_state
-- 4: payment_state
-- 5: process_state
-- 6: finished_processing_state
-- 7: hold_state
-- 8: start_state
-- 9: full_state
-- word_choice
-- 0 => turned off
-- 1 => addr
-- 2 => pay
-- 3 => procs
-- 4 => hold
-- 5 => full
-- 6 => start
i_e_memory: e_memory
generic map(n => 8)
port map(sl_memory_enable, reset, washing_machine_address_in, sl_washing_machine_address_available);
i_e_laundry_fsm: e_laundry_fsm
generic map(n => 8)
port map(CLOCK_50,
reset,
nearby_person_sensor, washing_machine_done_sensor,
push_password_button, push_address_button,
sl_washing_machine_address_available, sl_paid,
password_in, washing_machine_address_in,
sl_working_washing_machines_count, sl_state_choice);
i_e_payment_fsm: e_payment_fsm
generic map(n => 16)
port map(coin_in, coin_out, sl_payment, sl_paid);
process(sl_state_choice) begin
case sl_state_choice is
when 2 => -- verification_state (password entered correctly, now for the availability)
sl_word_choice <= 1; -- displaying the word 'Addr', since we can not draw 'Machine Number' through 7seg display
sl_memory_enable <= '0'; -- enable memory for availability_state (next state)
when 3 => -- availability_state
if(sl_washing_machine_address_available) then
red_led <= '0';
else
red_led <= '1';
end if;
when 4 => -- payment_state
sl_word_choice <= 2; -- displaying the word 'Pay'
when 5 => -- process_state
sl_word_choice <= 3; -- displaying the word 'Procs'
procedure_toggle_green_led(green_led, start_button); -- Enabling start button
when 6 => -- finished_processing_state
sl_word_choice <= 6; -- displaying the word 'Start'
procedure_toggle_green_led(green_led, start_button); -- Disabling start button
when 7 => -- hold_state
sl_word_choice <= 4; -- displaying the word hold
when 9 => -- full_state
sl_word_choice <= 5; -- displaying the word 'Full'
when others =>
sl_word_choice <= 0; -- displaying the word 'Turned Off'
end case;
end process;
with sl_state_choice select
sl_word_s <= '1' when 4, -- displaying coins only in paying_state
'0' when others;
i_e_7seg_display: e_7seg_display
generic map(n => 8)
port map(CLOCK_50, sl_word_s,
sl_word_choice, sl_payment,
hex_1, hex_2, hex_3, hex_4, hex_5);
i_e_7seg_bcd_decoder: e_7seg_bcd_decoder
generic map(n => 8)
port map(sl_working_washing_machines_count, hex_0);
end a_automated_laundry_system;
\ No newline at end of file
Project/e_automated_laundry_system.vhd.bak 0 → 100644
View file @ 80f433ef
library ieee;
use ieee.std_logic_1164.all;
entity e_payment_fsm is
generic(n:integer:= 16);
port(
coin_in: in std_logic_vector(n-13 downto 0); -- "1 Euro, 50cents, 20cents, 10cents" -- "1111"
coin_out: out std_logic_vector(n-13 downto 0); -- "1 Euro, 50cents, 20cents, 10cents" -- "1111"
payment: out integer range 0 to 290;
paid: out boolean
);
end e_payment_fsm;
architecture a_payment_fsm of e_payment_fsm is
type payment_states is (zero_cent, ten_cents, twenty_cents, thirty_cents, fourty_cents, fifty_cents, sixty_cents,
seventy_cents, eighty_cents, ninety_cents, one_euro, one_euro_ten_cents,
one_euro_twenty_cents, one_euro_thirty_cents, one_euro_fourty_cents, one_euro_fifty_cents, one_euro_sixty_cents,
one_euro_seventy_cents, one_euro_eighty_cents, one_euro_ninty_cents,two_euro, two_euro_ten_cents, two_euro_twenty_cents,
two_euro_thirty_cents, two_euro_fourty_cents, two_euro_fifty_cents, two_euro_sixty_cents, two_euro_seventy_cents,
two_euro_eighty_cents, two_euro_ninty_cents);
signal sl_coin_state: payment_states := zero_cent;
------------------------------------- architecture begins -------------------------------------
begin
process(coin_in) begin
case sl_coin_state is
when zero_cent =>
if (coin_in = "0001") then sl_coin_state <= ten_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= twenty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= fifty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro; --+100
else sl_coin_state <= zero_cent;-- +0
end if;
coin_out <= "0000";
payment <= 0;
when ten_cents =>
if (coin_in = "0001") then sl_coin_state <= twenty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= thirty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= sixty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_ten_cents; --+100
else sl_coin_state <= ten_cents;-- +0
end if;
coin_out <= "0000";
payment <= 10;
when twenty_cents =>
if (coin_in = "0001") then sl_coin_state <= thirty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= fourty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= seventy_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_twenty_cents; --+100
else sl_coin_state <= twenty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 20;
when thirty_cents =>
if (coin_in = "0001") then sl_coin_state <= fourty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= fifty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= eighty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_thirty_cents; --+100
else sl_coin_state <= thirty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 30;
when fourty_cents =>
if (coin_in = "0001") then sl_coin_state <= fifty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= sixty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= ninety_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_fourty_cents; --+100
else sl_coin_state <= fourty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 40;
when fifty_cents =>
if (coin_in = "0001") then sl_coin_state <= sixty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= seventy_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_fifty_cents; --+100
else sl_coin_state <= fifty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 50;
when sixty_cents =>
if (coin_in = "0001") then sl_coin_state <= seventy_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= eighty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_ten_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_sixty_cents; --+100
else sl_coin_state <= sixty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 60;
when seventy_cents =>
if (coin_in = "0001") then sl_coin_state <= eighty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= ninety_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_twenty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_seventy_cents; --+100
else sl_coin_state <= seventy_cents;-- +0
end if;
coin_out <= "0000";
payment <= 70;
when eighty_cents =>
if (coin_in = "0001") then sl_coin_state <= ninety_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_thirty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_eighty_cents; --+100
else sl_coin_state <= eighty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 80;
when ninety_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_ten_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_fourty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= one_euro_ninty_cents; --+100
else sl_coin_state <= ninety_cents;-- +0
end if;
coin_out <= "0000";
payment <= 90;
when one_euro =>
if (coin_in = "0001") then sl_coin_state <= one_euro_ten_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_twenty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_fifty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro; --+100
else sl_coin_state <= one_euro;-- +0
end if;
coin_out <= "0000";
payment <= 100;
when one_euro_ten_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_twenty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_thirty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_sixty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_ten_cents; --+100
else sl_coin_state <= one_euro_ten_cents;-- +0
end if;
coin_out <= "0000";
payment <= 110;
when one_euro_twenty_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_thirty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_fourty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_seventy_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_twenty_cents; --+100
else sl_coin_state <= one_euro_twenty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 120;
when one_euro_thirty_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_fourty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_fifty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_eighty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_thirty_cents; --+100
else sl_coin_state <= one_euro_thirty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 130;
when one_euro_fourty_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_fifty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_sixty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= one_euro_ninety_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_fourty_cents; --+100
else sl_coin_state <= one_euro_fourty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 140;
when one_euro_fifty_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_sixty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_seventy_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= two_euro;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_fifty_cents; --+100
else sl_coin_state <= one_euro_fifty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 150;
when one_euro_sixty_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_seventy_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_eighty_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= two_euro_ten_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_sixty_cents; --+100
else sl_coin_state <= one_euro_sixty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 160;
when one_euro_seventy_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_eighty_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= one_euro_ninety_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= two_euro_twenty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_seventy_cents; --+100
else sl_coin_state <= seventy_cents;-- +0
end if;
coin_out <= "0000";
payment <= 170;
when one_euro_eighty_cents =>
if (coin_in = "0001") then sl_coin_state <= one_euro_ninety_cents;-- +10
elsif(coin_in = "0010") then sl_coin_state <= two_euro;-- +20
elsif(coin_in = "0100") then sl_coin_state <= two_euro_thirty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_eighty_cents; --+100
else sl_coin_state <= one_euro_eighty_cents;-- +0
end if;
coin_out <= "0000";
payment <= 180;
when one_euro_ninety_cents =>
if (coin_in = "0001") then sl_coin_state <= two_euro;-- +10
elsif(coin_in = "0010") then sl_coin_state <= two_euro_ten_cents;-- +20
elsif(coin_in = "0100") then sl_coin_state <= two_euro_fourty_cents;-- +50
elsif(coin_in = "1000") then sl_coin_state <= two_euro_ninty_cents; --+100
else sl_coin_state <= one_euro_ninety_cents;-- +0
end if;
coin_out <= "0000";
payment <= 190;
when two_euro =>
coin_out <= "0000";
paid <= true;
payment <= 200;
when two_euro_ten_cents =>
coin_out <= "0001"; -- give back 10
paid <= true;
payment <= 210;
when two_euro_twenty_cents =>
coin_out <= "0010"; -- give back 20
paid <= true;
payment <= 220;
when two_euro_thirty_cents =>
coin_out <= "0011"; -- give back 10, 20
paid <= true;
payment <= 230;
when two_euro_fourty_cents =>
coin_out <= "0011"; -- give back 10, 20
sl_coin_state <= two_euro_ten_cents; -- to give back the remaining 10 cents
payment <= 240;
when two_euro_fifty_cents =>
coin_out <= "0100"; -- give back 50
paid <= true;
payment <= 250;
when two_euro_sixty_cents =>
coin_out <= "0101"; -- give back 50, 10
paid <= true;
payment <= 260;
when two_euro_seventy_cents =>
coin_out <= "0110"; -- give back 50, 20
paid <= true;
payment <= 270;
when two_euro_eighty_cents =>
coin_out <= "0111"; -- give back 50, 20, 10
paid <= true;
payment <= 280;
when two_euro_ninety_cents =>
coin_out <= "0111"; -- give back 50, 20, 10
sl_coin_state <= two_euro_ten_cents; -- to give back the remaining 10 cents
payment <= 290;
end case;
end process;
end architecture;
\ No newline at end of file
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