def __init__(self, device_info, controller, input_num_cycle):
self.lower = lower.Arm(device_info, controller)
self.upper = upper.Arm(device_info, controller)
self.device_info = device_info
self.cur_num_cycle = 0
self.input_num_cycle = input_num_cycle
self.operate_mode_checked = "NO"
self.controller = controller
#state
self.control = StateMachine("duAro")
#khi_command_service
self.khi_command_service = IO.CmdService(controller)
self.IO_service = IO.IoService(controller)
#scene interface
self.scene = PlanningSceneInterface()
rospy.sleep(2) # Waiting for PlanningSceneInterface
#time
self.start_time = time.time()
#set no onigiri offset tray
set_work.change_tray_model(self.scene, onigiri_offset=False)
#show corrent situation
self.rviz_util = IO.RvizUtil()
def main():
rospy.init_node('duaro')
args = sys.argv
default_param = False
if args[1] == "-s":
controller = "GAZEBO" #GAZEBO or REAL
rospy.loginfo("Stub IO mode.")
elif args[1] == "-r":
controller = "REAL" #GAZEBO or REAL
rospy.loginfo("Real robot mode.")
if args[2] == "-d":
rospy.loginfo("Setting default parameters. App:ROS, Speed:100%")
default_param = True
else:
default_param = False
if args[3].isdigit():
rospy.loginfo(
"Setting onigiri num. Divide by 5 and cut off the remainder")
sum_onigiri_num = (int(args[3]) // 5) * 5
rospy.loginfo("Setting default onigiri num : %d", sum_onigiri_num)
else:
rospy.loginfo("Setting default onigiri num : 50")
sum_onigiri_num = 50
if args[4].isdigit():
rospy.loginfo("Setting cycle loop num: %d", int(args[4]))
cycle_num = int(args[4])
else:
rospy.loginfo("Setting cycle loop num : 10000")
cycle_num = 1000
app = "ROS"
as_lower_program = 'oma_main'
as_upper_program = 'osl_main'
as_pc_program1 = 'autostart.pc'
as_pc_program7 = "autostart7.pc"
as_pc_program8 = 'autostart8.pc'
as_signal = 2258
as_emergency_signal = 2259
cmd_service = IO.CmdService(controller)
if (controller == "REAL"):
cmd_service.set_status('restart', 'ACTIVE')
rviz_util = IO.RvizUtil()
device_info = device.InfoControl(sum_onigiri_num)
rb_ctl = duaro.Control(device_info, controller, cycle_num)
app_continue = True
if default_param == False:
app = "ROS"
rb_ctl.control.to_ROS_CONTROL()
is_switch = False
val = raw_input('Set ROS control speed [%]>> ')
speed = int(val)
if speed > 100:
speed = 100
elif speed < 1:
speed = 1
else:
app = "ROS"
rb_ctl.control.to_ROS_CONTROL()
is_switch = False
speed = 100
#plan all path
rb_ctl.plan_all(speed)
raw_input('Enter to Start')
while app_continue == True:
rospy.loginfo('App: ' + app)
if app == "ROS":
if (controller == "REAL"):
cmd_service.set_status('restart', 'ACTIVE')
rviz_util.show_text('Mode: ROS', -2.5, 1.0, 1.0)
ret = rb_ctl.cycle_move(is_switch)
try:
while (not rospy.is_shutdown()) and ret == True:
ret = rb_ctl.cycle_move(is_switch)
except KeyboardInterrupt:
pass
if is_switch == True:
app = 'AS'
rb_ctl.control.to_AS_CONTROL()
elif app == "AS":
# Hold ROS
cmd_service.execute_service('driver',
'set_signal -' + str(as_signal))
ret = cmd_service.set_status('hold', 'HOLDED')
if ret == False:
rospy.logerr('Need error handling')
rviz_util.show_text('Mode: AS', -2.5, 1.0, 1.0)
# Execute prgrams
ret = cmd_service.execute_as_pc_program(1, as_pc_program1)
if ret == False:
rospy.logerr('Need error handling')
ret = cmd_service.execute_as_pc_program(7, as_pc_program7, False)
if ret == False:
rospy.logerr('Need error handling')
ret = cmd_service.execute_as_pc_program(8, as_pc_program8, False)
if ret == False:
rospy.logerr('Need error handling')
ret = cmd_service.execute_as_robot_program(as_lower_program,
as_upper_program)
if ret == False:
rospy.logerr('Need error handling')
# Monitoring
do_continue = True
while do_continue:
ret = cmd_service.execute_service('driver',
'get_signal ' +
str(as_signal),
info=False)
if ret.cmd_ret == '-1':
break
# Hold programs
ret = cmd_service.hold_as_robot_program()
if ret == False:
rospy.logerr('Need error handling')
if is_switch == True:
app = 'ROS'
rb_ctl.control.to_ROS_CONTROL_RESET()