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mirror of https://github.com/undera/pylgbst.git synced 2020-11-18 19:37:26 -08:00
Andrey Pokhilko 32eecac1a6
Make v1.0, based on official docs (#27)
* It's HUB ID

* Rename file

* Working with official doc

* Some progress

* AttachedIO msg

* device action impl

* some better device alert impl

* restructuring

* Some port commands handled

* Some command feedback waiting

* Some more request-reply things

* Some more request-reply things

* Reworked msg classes

* Getting back to UTs

* Getting back to UTs

* Facing sync lock problems

* Facing sync lock problems

* Testing it

* Covering more with tests

* handle actions

* Hub class is almost covered

* done coverage for Hub

* done coverage for MoveHub

* Button is tested

* remove debug server from examples

* Current and voltage tested

* color sensor basic test

* cover tilt sensor

* motor sensor tested

* constant motor

* motor is tested

* hold_speed impl for motor

* motor commands recorded

* some cleanup

* some cleanup

* some cleanup

* debug

* debug

* FIX a bug

* acc/dec profiles figured out

* UT motor ops

* UT motor ops

* Get rid of weird piggyback

* fix UT

* Fix encoding?

* fix test mb

* More robust

* Checked demo works

* cosmetics

* cosmetics

* Maybe better test

* fetching and decoding some device caps

* describing devs

* describing devs works

* Applying modes we've learned

* Simple and extensible dev attach

* Reworking peripherals based on modes

* Applying modes we've learned

* implemented getting sensor data

* fixed port subscribe

* Added led out cmds on vision sensor

* Worked on color-distance sensor

* Introduce some locking for consistency

* Improved it all

* Travis flags

* improve

* improve

* improve docs
2019-05-30 17:02:50 +03:00

37 lines
881 B
Python

from pylgbst.constants import COLOR_GREEN, COLOR_NONE
from . import *
robot = Vernie()
running = True
def callback(color, distance):
robot.led.set_color(color)
speed = (10 - distance + 1) / 10.0
secs = (10 - distance + 1) / 10.0
print("Distance is %.1f inches, I'm running back with %s%% speed!" % (distance, int(speed * 100)))
if speed <= 1:
robot.motor_AB.timed(secs / 1, -speed, is_async=True)
robot.say("Ouch")
def on_btn(pressed):
global running
if pressed:
running = False
robot.led.set_color(COLOR_GREEN)
robot.button.subscribe(on_btn)
robot.vision_sensor.subscribe(callback)
robot.say("Place your hand in front of sensor")
while running:
time.sleep(1)
robot.vision_sensor.unsubscribe(callback)
robot.button.unsubscribe(on_btn)
robot.led.set_color(COLOR_NONE)
while robot.led.in_progress():
time.sleep(1)