library ieee; use ieee.std_logic_1164.all; entity entity_name is port ( -- SLIDE SWITCHES -- Each slide switch produces a low-level outputs when in the down position -- and produces high-level outputs when in the up position. These -- slide switches are *not* debounced. sw17, sw16, sw15, sw14, sw13, sw12, sw11, sw10, sw9, sw8, sw7, sw6, sw5, sw4, sw3, sw2, sw1, sw0: in std_ulogic; -- PUSHBUTTONS -- Each pushbutton produces a high-level output when not pressed and -- produces a low-level output when pressed. These pushbuttons *are* -- debounced. key3, key2, key1, key0: in std_ulogic; -- RED LEDS -- Each LED is illuminated when driven by a high-level. ledr17, ledr16, ledr15, ledr14, ledr13, ledr12, ledr11, ledr10, ledr9, ledr8, ledr7, ledr6, ledr5, ledr4, ledr3, ledr2, ledr1, ledr0: out std_ulogic; -- GREEN LEDS -- Each LED is illuminated when driven by a high-level. -- NOTE: ledg8 is located between hex4 and hex3. ledg8, ledg7, ledg6, ledg5, ledg4, ledg3, ledg2, ledg1, ledg0: out std_ulogic; -- SEVEN SEGMENT DISPLAYS -- Segment map -- These segment numbers correspond to the index used in -- each of the following vectors. -- -- 0 -- ----- -- | | -- 5 | | 1 -- | 6 | -- ----- -- | | -- 4 | | 2 -- | | -- ----- O DP -- 3 -- The segments and decimal points of the seven-segment LEDs are -- illuminated when driven with a low signal. hex7, hex6, hex5, hex4, hex3, hex2, hex1, hex0: out std_ulogic_vector(0 to 6); hex7dp, hex6dp, hex5dp, hex4dp, hex3dp, hex2dp, hex1dp, hex0dp: out std_ulogic; -- 28 MHz, 50 MHz, and EXTERNAL CLOCKS clk28mhz: in std_ulogic clk50mhz, clk50mhz_2, clk50mhz_3, clk50mhz_4: in std_ulogic clkext: in std_ulogic ); end entity entity_name; architecture dataflow of entity_name is attribute chip_pin: string; --Pin Assignments for Altera DE2-70 -- Each slide switch produces a low-level outputs when in the down position -- and produces high-level outputs when in the up position. These -- slide switches are *not* debounced. --Pin Assignments for Slide Switches attribute chip_pin of sw17: signal is "L8"; --Leftmost attribute chip_pin of sw16: signal is "L7"; attribute chip_pin of sw15: signal is "L4"; attribute chip_pin of sw14: signal is "L5"; attribute chip_pin of sw13: signal is "T9"; attribute chip_pin of sw12: signal is "U9"; attribute chip_pin of sw11: signal is "V10"; attribute chip_pin of sw10: signal is "W5"; attribute chip_pin of sw9: signal is "AE27"; attribute chip_pin of sw8: signal is "AD24"; attribute chip_pin of sw7: signal is "AD25"; attribute chip_pin of sw6: signal is "AC23"; attribute chip_pin of sw5: signal is "AC24"; attribute chip_pin of sw4: signal is "AC26"; attribute chip_pin of sw3: signal is "AC27"; attribute chip_pin of sw2: signal is "AB25"; attribute chip_pin of sw1: signal is "AB26"; attribute chip_pin of sw0: signal is "AA23"; --Rightmost -- Each pushbutton produces a high-level output when not pressed and -- produces a low-level output when pressed. These pushbuttons *are* -- debounced. --Pin Assignments for Pushbuttons attribute chip_pin of key3: signal is "U29"; --Leftmost attribute chip_pin of key2: signal is "U30"; attribute chip_pin of key1: signal is "T28"; attribute chip_pin of key0: signal is "T29"; --Rightmost -- Each LED is illuminated when driven by a high-level. --Pin Assignments for Individual Red LEDs attribute chip_pin of ledr17: signal is "AJ7"; --Leftmost attribute chip_pin of ledr16: signal is "AD8"; attribute chip_pin of ledr15: signal is "AD9"; attribute chip_pin of ledr14: signal is "AC11"; attribute chip_pin of ledr13: signal is "AB12"; attribute chip_pin of ledr12: signal is "AC12"; attribute chip_pin of ledr11: signal is "AB13"; attribute chip_pin of ledr10: signal is "AC13"; attribute chip_pin of ledr9: signal is "AD14"; attribute chip_pin of ledr8: signal is "AH3"; attribute chip_pin of ledr7: signal is "AJ2"; attribute chip_pin of ledr6: signal is "AJ3"; attribute chip_pin of ledr5: signal is "AH4"; attribute chip_pin of ledr4: signal is "AK3"; attribute chip_pin of ledr3: signal is "AJ4"; attribute chip_pin of ledr2: signal is "AJ5"; attribute chip_pin of ledr1: signal is "AK5"; attribute chip_pin of ledr0: signal is "AJ6"; --Rightmost -- Each LED is illuminated when driven by a high-level. --Pin Assignments for Individual Green LEDs attribute chip_pin of ledg8: signal is ""AC14; --Between hex4 and hex3 attribute chip_pin of ledg7: signal is "AA24"; --Leftmost attribute chip_pin of ledg6: signal is "AA27"; attribute chip_pin of ledg5: signal is "Y23"; attribute chip_pin of ledg4: signal is "Y24"; attribute chip_pin of ledg3: signal is "Y27"; attribute chip_pin of ledg2: signal is "W23"; attribute chip_pin of ledg1: signal is "W25"; attribute chip_pin of ledg0: signal is "W27"; --Rightmost -- Segment map -- These segment numbers correspond to the index used in -- each of the following vectors. -- -- The Decimal Point (DP) is accessed via the dp suffix. -- -- 0 -- ----- -- | | -- 5 | | 1 -- | 6 | -- ----- -- | | -- 4 | | 2 -- | | -- ----- O DP -- 3 -- The segments and decimal points of the seven-segment LEDs are -- illuminated when driven with a low signal. --Pin Assignments for Seven-Segment Displays attribute chip_pin of hex7dp: signal is "G2"; --Leftmost attribute chip_pin of hex7: signal is "K3, J1, J2, H1, H2, H3, G1"; --Leftmost attribute chip_pin of hex6dp: signal is "K2"; attribute chip_pin of hex6: signal is "H6, H4, H7, H8, G4, F4, E4"; attribute chip_pin of hex5dp: signal is "K6"; attribute chip_pin of hex5: signal is "M3, L1, L2, L3, K1, K4, K5"; attribute chip_pin of hex4dp: signal is "L6"; attribute chip_pin of hex4: signal is "P1, P2, P3, N2, N3, M1, M2"; attribute chip_pin of hex3dp: signal is "M4"; attribute chip_pin of hex3: signal is "P6, P4, N10, N7, M8, M7, M6"; attribute chip_pin of hex2dp: signal is "AC19"; attribute chip_pin of hex2: signal is "AE7, AF7, AH5, AG4, AB18, AB19, AE19"; attribute chip_pin of hex1dp: signal is "AC17"; attribute chip_pin of hex1: signal is "AG13, AE16, AF16, AG16, AE17, AF17, AD17"; attribute chip_pin of hex0dp: signal is "AF12"; --Rightmost attribute chip_pin of hex0: signal is "AE8, AF9, AH9, AD10, AF10, AD11, AD12"; --Rightmost --Pin Assignments for Clock Circuitry attribute chip_pin of clk28mhz: signal is "E16"; attribute chip_pin of clk50mhz: signal is "AD15"; attribute chip_pin of clk50mhz_2: signal is "D16"; attribute chip_pin of clk50mhz_3: signal is "R28"; attribute chip_pin of clk50mhz_4: signal is "R3"; attribute chip_pin of clkext: signal is "R29"; begin ledr17 <= sw17; ledr16 <= sw16; ledr15 <= sw15; ledr14 <= sw14; ledr13 <= sw13; ledr12 <= sw12; ledr11 <= sw11; ledr10 <= sw10; ledr9 <= sw9; ledr8 <= sw8; ledr7 <= sw7; ledr6 <= sw6; ledr5 <= sw5; ledr4 <= sw4; ledr3 <= sw3; ledr2 <= sw2; ledr1 <= sw1; ledr0 <= sw0; ledg8 <= key3; ledg7 <= key3; ledg6 <= key2; ledg5 <= key1; ledg4 <= key0; ledg3 <= key3; ledg2 <= key2; ledg1 <= key1; ledg0 <= key0; hex0 <= "0000001"; hex0dp <= "1"; hex1 <= "1001111"; hex1dp <= "0"; hex2 <= "0010010"; hex2dp <= "1"; hex3 <= "0000110"; hex3dp <= "0"; hex4 <= "1001100"; hex4dp <= "1"; hex5 <= "0100100"; hex5dp <= "0"; hex6 <= "0100000"; hex6dp <= "1"; hex7 <= "0001111"; hex7dp <= "0"; end architecture dataflow;