8e02ed1a8b
* Added keyboard functionality for existing features * Droid won't repeat most recent noise * Starting button input * bcm * async * no args * no arglist * asycnio * lgpio * asyncio * wait * async * asycn * remove wait * added keyboard interrup * params * test * got callbacks working * added keyboard control update * droid commands have movement * i do not honestly know what is different * added movement stub * added movement support? * string * format string * trying less space * added global * manual control * select_speed * stop * droid running * stupid multiple naming * play sound fixed * testing forward functionality * callback * move * rotate head * typo
131 lines
3.1 KiB
Python
131 lines
3.1 KiB
Python
from droid import Directions
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import droid_commands as d
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import asyncio
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from time import sleep
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import lgpio as GPIO
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NOISE = 16
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LEFT = 26
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DOWN = 27
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UP = 25
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RIGHT = 19
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ROT_LEFT = 6
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ROT_RIGHT = 5
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todo = []
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def play_sound(handle, gpio, edge, time):
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print(f"Playing sound at {time}")
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todo.append(d.play_sound())
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def move(handle, gpio, edge, time):
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# first, kill all other movements
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todo.append(d.move_stop())
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# then, check if this was a falling edge
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if edge == 0:
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return
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if gpio == RIGHT:
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print("Pressed right")
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todo.append(d.move_droid(right=True))
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elif gpio == LEFT:
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print("Pressed left")
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todo.append(d.move_droid(left=True))
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elif gpio == UP:
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print("Pressed forward")
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todo.append(d.move_droid(forward=True))
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elif gpio == DOWN:
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todo.append(d.move_droid(backward=True))
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print("Pressed backward")
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def move_head(handle, gpio, edge, time):
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todo.append(d.stop_rotate_head())
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if edge == 0:
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return
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if gpio == ROT_LEFT:
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print("Rotating left")
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todo.append(d.rotate_head(Directions.ROTATE_LEFT))
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elif gpio == ROT_RIGHT:
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print("Rotating right")
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todo.append(d.rotate_head(Directions.ROTATE_RIGHT))
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async def droid_connect(pi):
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try:
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await d.start_droid()
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while True:
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if len(todo) > 0:
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await todo[0]
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todo.pop(0)
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except KeyboardInterrupt:
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print("Thanks for using")
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finally:
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GPIO.gpiochip_close(pi)
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await d.stop_droid()
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async def main():
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pi = GPIO.gpiochip_open(0)
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if pi < 0:
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return
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GPIO.gpio_claim_alert(pi, NOISE, GPIO.RISING_EDGE)
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GPIO.gpio_set_debounce_micros(pi, NOISE, 200)
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# feet
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GPIO.gpio_claim_alert(pi, UP, GPIO.BOTH_EDGES)
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GPIO.gpio_set_debounce_micros(pi, UP, 200)
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GPIO.gpio_claim_alert(pi, DOWN, GPIO.BOTH_EDGES)
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GPIO.gpio_set_debounce_micros(pi, DOWN, 200)
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GPIO.gpio_claim_alert(pi, LEFT, GPIO.BOTH_EDGES)
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GPIO.gpio_set_debounce_micros(pi, LEFT, 200)
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GPIO.gpio_claim_alert(pi, RIGHT, GPIO.BOTH_EDGES)
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GPIO.gpio_set_debounce_micros(pi, RIGHT, 200)
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# head
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GPIO.gpio_claim_alert(pi, ROT_LEFT, GPIO.BOTH_EDGES)
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GPIO.gpio_set_debounce_micros(pi, ROT_LEFT, 200)
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GPIO.gpio_claim_alert(pi, ROT_RIGHT, GPIO.BOTH_EDGES)
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GPIO.gpio_set_debounce_micros(pi, ROT_RIGHT, 200)
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cbs = []
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print("Configuring callbacks")
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# noise
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cbs.append(GPIO.callback(pi, NOISE, func=play_sound))
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# feet
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cbs.append(GPIO.callback(pi, UP, func=move))
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cbs.append(GPIO.callback(pi, DOWN, func=move))
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cbs.append(GPIO.callback(pi, LEFT, func=move))
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cbs.append(GPIO.callback(pi, RIGHT, func=move))
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# head
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cbs.append(GPIO.callback(pi, ROT_LEFT, func=move_head))
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cbs.append(GPIO.callback(pi, ROT_RIGHT, func=move_head))
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print("Callback configured")
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await droid_connect(pi)
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if __name__ == "__main__":
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asyncio.run(main()) |