woodbot_run.py

import logging
from rems import Operator
from rems.inputs import KeyboardInput, FileInput, JoystickInput
from rems.outputs import FileOutput
from rems.utils import time_str
from rems.Config import SimConfig
from rems.robot_def.WoodbotDef import WoodbotDef
from rems.robots.differential_drive.WoodbotHard import WoodbotHard


import ray


logging.basicConfig(level=logging.INFO)

s = Operator(debug_mode=False)    # Create instance of Robot testing system

# Create instance of inputs system.
# You can only have one type of inputs per test
#i = FileInput('out/some.csv', loop=False)
# i = KeyboardInput()
i = JoystickInput()
s.set_input(i)  # specify inputs to run
# Create instance of robots and corresponding omutput methods.
# each robot can have multiple output system
# Robot simulation using kinematics model

out_dir = 'out/'
webots_csv = FileOutput(out_dir+'webots'+time_str()+'.csv')      # save to test.csv at the same dir as the

# add robots to simulation
#
s.add_robot(WoodbotDef, (WoodbotHard, "ws://192.168.1.5"), None, JoystickInput(0))
s.add_robot(WoodbotDef, (WoodbotHard, "ws://192.168.1.7"), None, JoystickInput(1))
s.add_robot(WoodbotDef, (WoodbotHard, "ws://192.168.1.14"), None, JoystickInput(2))
s.add_robot(WoodbotDef, (WoodbotHard, "ws://192.168.1.15"), None, JoystickInput(3))



s.run(SimConfig(max_duration=1000, dt=0.01, realtime=True, start_time=0, run_speed=1))  # run 10sec, at the end of run, automatically do outputs.