bit-bot-modules/bitbot_module.py at master · dillondesilva/bit-bot-modules · GitHub

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from microbit import *

ANALOG_MAX = 1023

# Converting values into a valid int between
# 0-1023 for valid analog signals
def to_analog(value):
    global ANALOG_MAX
    analog_val = int(value * ANALOG_MAX)
    return analog_val

# Checking that the user has entered a valid
# speed before we can set the motors to that
# speed. Raises an error if invalid speed is entered
def check_speed(speed):
    if speed < 0 or speed > 1:
        raise ValueError('Invalid speed value for motors')

# Class for controlling Bit:bot motors
class Motors:
    # accelerate() moves the Bit:bot forward at a speed
    # set by the user. The speed must be between 0 - 1
    def accelerate(self, speed):
        # Setting our bit:bot motors direction
        # to go forwards before sending it forwards
        pin8.write_digital(0)
        pin12.write_digital(0)

        # Checking that the user has entered a valid
        # speed before we can set the motors to that
        # speed
        check_speed(speed)

        analog_val = to_analog(speed)
        pin0.write_analog(analog_val)
        pin1.write_analog(analog_val)

    # Halting to a complete stop
    def stop(self):
        # Setting our bit:bot motors direction
        # to go forwards before stopping by default
        pin8.write_digital(0)
        pin12.write_digital(0)

        pin0.write_digital(0)
        pin1.write_digital(0)

    # spin_left() spins the Bit:bot left at a certain speed
    def spin_left(self, speed):
        check_speed(speed)
        analog_val = to_analog(speed)

        pin0.write_analog(0)
        pin1.write_analog(analog_val)

    # spin_right() spins the Bit:bot right at a certain speed
    def spin_right(self, speed):
        check_speed(speed)
        analog_val = to_analog(speed)

        pin0.write_analog(analog_val)
        pin1.write_analog(0)

    # reverse() will reverse the bit:bot at a
    # certain speed
    def reverse(self, speed):
        check_speed(speed)
        analog_val = ANALOG_MAX - to_analog(speed)

        # Setting our bit:bot motors direction
        # to go backwards before sending it backwards
        pin8.write_digital(1)
        pin12.write_digital(1)

        pin0.write_analog(analog_val)
        pin1.write_analog(analog_val)

# Class for dealing with Line following
class Line:
    # detecting whether on a line on right sensor
    # return true if on line otherwise false
    def is_right_line(self):
        right_ln_val = not bool(pin5.read_digital())
        return right_ln_val

    # detecting whether on a line on left sensor
    # return true if on line otherwise false
    def is_left_line(self):
        left_ln_val = not bool(pin11.read_digital())
        return left_ln_val

class Light:
    def get_light_val(self):
        light_val = pin2.read_digital()
        print(light_val)

motors = Motors()
motors.spin_left(0.7)