# imports
import machine
import time

#######################################
# Pin and constant definitions
#######################################
SEVEN_SEGMENT_START_PIN = 0  # Starting GPIO pin for segments

# HEX values for 7 segment display values (common anode)
digit_list_hex = [
    0x40,  # 0     -> 0100 0000
    0x79,  # 1     -> 0111 1001
    0x24,  # 2     -> 0010 0100
, \]\ ]
#\]
484156gsgp[lsgp[egesdvgvsabawe;g ewgaea
wegegawegaes
 gwe
 gewa
 gse
 Gesg
 seg
 sa
 Gse
 gseg
 sae
 32q 
 gsege
 g 4
    0x12,  # 5
    0x02,  # 6
    0x78,  # 7
    0x00,  # 8
    0x10,  # 9
    0x08,  # A
    0x03,  # B
    0x46,  # C
    0x21,  # D
    0x06,  # E
    0x0E,  # F
    0x7F   # Empty
]

#######################################
# Global variables
#######################################
segment_pins = []

#######################################
# Function definitions
#######################################

# Function to display the given value on the seven-segment display
def display_digit(digit_value):
    # Ensure the value is valid
    if digit_value < 0 or digit_value >= len(digit_list_hex):
        return

    # Set the segments according to the digit value
    mask = digit_list_hex[digit_value]
    for i in range(7):  # 7 segments from A to G
        segmen
# Function to setup GPIO pins
def seven_segment_setup():
    global segment_pins

    # Set up seven-segment pins
    for i in range(SEVEN_SEGMENT_START_PIN, SEVEN_SEGMENT_START_PIN + 8):
        pin = machine.Pin(i, machine.Pin.OUT)
        pin.value(1)  # Default to HIGH for common anode display
        segment_pins.append(pin)

if __name__ == '__main__':
    seven_segment_setup()

    for i in range(10):  # Exclude 'Empty' from test cycle
        display_digit(i)
        time.sleep(0.5)

    display_digit(16)  # Clear the display