Untitled

# Function to check the landing gear status
def check_landing_gear(g1, g2, g3, d):
    # Check if all gears are extended and the directional sensor is aligned
    if g1 == 1 and g2 == 1 and g3 == 1 and d == 1:
        return "Green"
    else:
        return "Red"

# Function to calculate lift
def calculate_lift(v, p, sref, cl):
    # Calculate the lift using the formula L = 0.5 * p * v^2 * sref * cl
    lift = 0.5 * p * v**2 * sref * cl
    return lift

# Main programf5
def main():
    # Input landing gear sensor data and directional sensor data
    g1 = int(input("Enter gear 1 status (1 for extended, 0 for retracted): "))
    g2 = int(input("Enter gear 2 status (1 for extended, 0 for retracted): "))
    g3 = int(input("Enter gear 3 status (1 for extended, 0 for retracted): "))
    d = int(input("Enter directional sensor status (1 for aligned, 0 for not aligned): "))

    # Check landing gear and directional sensor status
    led_status = check_landing_gear(g1, g2, g3, d)
    print(f"LED Status: {led_status}")

    # Input parameters for lift calculation
    v = float(input("Enter velocity (m/s): "))
    p = float(input("Enter air density (kg/m^3): "))
    sref = float(input("Enter wing area (m^2): "))
    cl = float(input("Enter coefficient of lift (CL): "))

    # Calculate the lift
    lift = calculate_lift(v, p, sref, cl)
    print(f"Lift Force: {lift} N")

    main()