class DiagnosticGui(Plugin):
last_suppress_time = Time()
last_twist_time = Time()
gui_update_timer = QTimer()
# Raw joystick data
joystick_data = []
joystick_table_vals = []
joystick_channel_text = ['CHAN_ENABLE: ', 'CHAN_ROTATE: ', 'CHAN_FORWARD: ', 'CHAN_LATERAL: ', 'CHAN_MODE: ', 'CHAN_EXTRA: ']
joystick_bind_status = False
joystick_bind_dot_counter = 0
# Mode
current_mode = -1
# Topic pub timeouts
JOYSTICK_SUPPRESS_PERIOD = 0.2 # 5 Hz
CMD_VEL_TIMEOUT_PERIOD = 0.2 # 5 Hz
joystick_suppressed = False
command_received = False
current_cmd = Twist()
battery_percent = 0
battery_voltage = 0
# Checklist icons
bad_icon = QPixmap()
good_icon = QPixmap()
none_icon = QPixmap()
# Checklist status
GOOD = 0
BAD = 1
NONE = 2
# Checklist variables
checklist_status = []
BATT_MAN = 0
ESTOP_MAN = 1
DISABLE_MAN = 2
JOYSTICK_MAN = 3
SUPPRESS_MAN = 4
BATT_COMP = 5
ESTOP_COMP = 6
DISABLE_COMP = 7
JOYSTICK_COMP = 8
SUPPRESS_COMP = 9
CMD_COMP = 10
# Bumpers
bumper_front_left = 0
bumper_front_right = 0
bumper_rear_left = 0
bumper_rear_right = 0
# Gyro cal
gyro_cal_status = False
gyro_x = 0.0
gyro_y = 0.0
gyro_z = 0.0
cal_enabled = True
cal_time = rospy.Time(0)
# Max speed config
max_speed_known = False
max_speed_dirty = True
max_linear_actual = 0.0
max_angular_actual = 0.0
max_linear_setting = 0.0
max_angular_setting = 0.0
# Wake time
current_wake_time = rospy.Time(0)
rel_wake_days = 0
rel_wake_hours = 0
rel_wake_minutes = 0
rel_wake_secs = 0
# Switching between tabs and full GUI
is_currently_tab = False
widget_count = 0
current_tab_idx = -1
raw_data_tab_idx = 5
# Check connection to base
base_connected = False
last_joystick_time = rospy.Time(0)
# Constants
stick_ind_lox = 80
stick_ind_loy = 136
stick_ind_rox = 286
stick_ind_roy = 135
stick_ind_range_pix = 88.0
stick_ind_range_max = JoystickRaw.MAX
stick_ind_range_min = JoystickRaw.MIN
stick_ind_range_mid = JoystickRaw.CENTER
stick_ind_range_factor = stick_ind_range_pix / (stick_ind_range_max - stick_ind_range_min)
stick_ind_radius = 7
mode_ind_x1 = 52
mode_ind_y1 = 37
mode_ind_x2 = 44
mode_ind_y2 = 13
power_ind_x1 = 160
power_ind_x2 = 206
power_ind_y = 213
bumper_fl_x = 70
bumper_fl_y = 60
bumper_fr_x = 293
bumper_fr_y = 60
bumper_rl_x = 70
bumper_rl_y = 282
bumper_rr_x = 293
bumper_rr_y = 282
bumper_dx = 62
bumper_dy = 54
joystick_table_left_edge = 440
joystick_table_top_edge = 525
twist_table_left_edge = 700
twist_table_top_edge = 580
battery_table_left_edge = 700
battery_table_top_edge = 730
def __init__(self, context):
# Qt setup
self.context_ = context
self.initGui('full')
# ROS setup
topic_timeout_timer = rospy.Timer(rospy.Duration(0.02), self.topicTimeoutCallback)
self.subscribeTopics()
self.advertiseTopics()
def initGui(self, gui_type):
if gui_type == 'full':
self.spawnFullGui()
self.initTables(self._widget, self.joystick_table_left_edge, self.joystick_table_top_edge)
else:
self.spawnTabGui()
self.initTables(self._widget.gui_tabs.widget(self.raw_data_tab_idx), 20, 20)
self._widget.gui_tabs.setCurrentIndex(self.current_tab_idx)
self.resetGuiTimer()
self.initJoystickGraphics()
self.initBumperGraphics()
self.initChecklists()
self.bindCallbacks()
self.refreshMaxSpeed()
# Initialize absolute wake time setter to current time
datetime_now = QDateTime(QDate.currentDate(), QTime.currentTime())
self._widget.absolute_wake_time_obj.setDateTime(datetime_now)
temp_time = self._widget.absolute_wake_time_obj.time()
temp_time = QTime(temp_time.hour(), temp_time.minute())
self._widget.absolute_wake_time_obj.setTime(temp_time)
# Set connection label text
if self.base_connected:
self._widget.disconnected_lbl.setVisible(False)
else:
self._widget.disconnected_lbl.setVisible(True)
self._widget.disconnected_lbl.setText('<font color=#FF0000>NOT CONNECTED</font>')
def topicTimeoutCallback(self, event):
# Joystick suppression
if (event.current_real - self.last_suppress_time).to_sec() < self.JOYSTICK_SUPPRESS_PERIOD and self.suppress_dt.to_sec() <= 1.0/9.0:
self.joystick_suppressed = True
else:
self.joystick_suppressed = False
# Command message
if (event.current_real - self.last_twist_time).to_sec() < self.CMD_VEL_TIMEOUT_PERIOD and self.twist_dt.to_sec() <= 1.0/6.0:
self.command_received = True
else:
self.command_received = False
def initChecklists(self):
self.bad_icon.load(os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'images', 'bad.png'))
self.good_icon.load(os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'images', 'good.png'))
self.none_icon.load(os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'images', 'none.png'))
self.checklist_status=[0 for i in range(self.CMD_COMP + 1)]
self.checklist_status[self.BATT_MAN] = self.NONE
self.checklist_status[self.ESTOP_MAN] = self.NONE
self.checklist_status[self.DISABLE_MAN] = self.NONE
self.checklist_status[self.JOYSTICK_MAN] = self.NONE
self.checklist_status[self.SUPPRESS_MAN] = self.NONE
self.checklist_status[self.BATT_COMP] = self.NONE
self.checklist_status[self.ESTOP_COMP] = self.NONE
self.checklist_status[self.DISABLE_COMP] = self.NONE
self.checklist_status[self.JOYSTICK_COMP] = self.NONE
self.checklist_status[self.SUPPRESS_COMP] = self.NONE
self.checklist_status[self.CMD_COMP] = self.NONE
def initTabTables(self):
self.joystick_table_vals = [QLabel(self._widget.gui_tabs.widget(self.raw_data_tab_idx)) for i in range(ChannelIndex.CHAN_EXTRA+1)]
self.joystick_table_labels = [QLabel(self._widget.gui_tabs.widget(self.raw_data_tab_idx)) for i in range(ChannelIndex.CHAN_EXTRA+1)]
self.joystick_table_heading = QLabel(self._widget.gui_tabs.widget(self.raw_data_tab_idx))
def initTables(self, widget, left, top):
# Joystick data table
self.joystick_data = [0 for i in range(ChannelIndex.CHAN_EXTRA+1)]
self.joystick_table_vals = [QLabel(widget) for i in range(ChannelIndex.CHAN_EXTRA+1)]
self.joystick_table_labels = [QLabel(widget) for i in range(ChannelIndex.CHAN_EXTRA+1)]
self.joystick_table_heading = QLabel(widget)
self.joystick_table_heading.setText('Raw Joystick Data')
self.joystick_table_heading.setFont(QFont('Ubuntu', 11, QFont.Bold))
self.joystick_table_heading.move(left, top)
for i in range(len(self.joystick_table_vals)):
self.joystick_table_vals[i].move(left + 150, top + 30 * (i+1))
self.joystick_table_vals[i].setText('0000')
self.joystick_table_vals[i].setFixedWidth(200)
self.joystick_table_labels[i].move(left, top + 30 * (i+1))
self.joystick_table_labels[i].setText(self.joystick_channel_text[i])
# Twist data table
self.twist_table_heading = QLabel(widget)
self.twist_table_heading.setText('Current Twist Command')
self.twist_table_heading.setFont(QFont('Ubuntu', 11, QFont.Bold))
self.twist_table_heading.move(left + 260, top)
self.twist_table_labels = [QLabel(widget) for i in range(0, 3)]
self.twist_table_vals = [QLabel(widget) for i in range(0, 3)]
for i in range(len(self.twist_table_vals)):
self.twist_table_vals[i].move(left + 260 + 150, top + 30 * (i+1))
self.twist_table_vals[i].setText('Not Published')
self.twist_table_vals[i].setFixedWidth(200)
self.twist_table_labels[i].move(left + 260, top + 30 * (i+1))
self.twist_table_labels[0].setText('Forward (m/s):')
self.twist_table_labels[1].setText('Lateral (m/s):')
self.twist_table_labels[2].setText('Rotation (rad/s):')
# Battery percentage
self.battery_heading = QLabel(widget)
self.battery_heading.setText('Current Battery State')
self.battery_heading.setFont(QFont('Ubuntu', 11, QFont.Bold))
self.battery_heading.move(left + 260, top + 150)
self.battery_label = QLabel(widget)
self.battery_label.move(left + 260, top + 150 +30)
self.battery_label.setText('000 %')
self.battery_voltage_label = QLabel(widget)
self.battery_voltage_label.move(left + 260, top + 150 +60)
self.battery_voltage_label.setText('00.00 V')
self.battery_voltage_label.setFixedWidth(200)
# Mode
self.mode_heading = QLabel(widget)
self.mode_heading.setFont(QFont('Ubuntu', 11, QFont.Bold))
self.mode_heading.move(left, top + 225)
self.mode_heading.setText('Current Mode')
self.mode_label = QLabel(widget)
self.mode_label.move(left + 120, top + 225)
self.mode_label.setText('XXXXXXXXXXXXXXXXXXXXXX')
def bindCallbacks(self):
self._widget.start_bind_btn.clicked.connect(self.startBind)
self._widget.stop_bind_btn.clicked.connect(self.stopBind)
self._widget.gyro_cal_btn.clicked.connect(self.calGyro)
self._widget.clear_cal_btn.clicked.connect(self.clearCal)
self._widget.max_linear_txt.editingFinished.connect(self.maxLinearChanged)
self._widget.max_angular_txt.editingFinished.connect(self.maxAngularChanged)
self._widget.set_speed_btn.clicked.connect(self.setMaxSpeed)
self._widget.clear_speed_btn.clicked.connect(self.clearMaxSpeed)
self._widget.wake_time_days_txt.editingFinished.connect(self.wakeDaysChanged)
self._widget.wake_time_hours_txt.editingFinished.connect(self.wakeHoursChanged)
self._widget.wake_time_minutes_txt.editingFinished.connect(self.wakeMinutesChanged)
self._widget.wake_time_secs_txt.editingFinished.connect(self.wakeSecsChanged)
self._widget.set_relative_wake_time_btn.clicked.connect(self.setRelativeWakeTime)
self._widget.set_absolute_wake_time_btn.clicked.connect(self.setAbsoluteWakeTime)
self._widget.clear_wake_time_btn.clicked.connect(self.clearWakeTime)
if self.is_currently_tab:
self._widget.gui_tabs.currentChanged.connect(self.setCurrentTab)
def setCurrentTab(self, idx):
self.current_tab_idx = self._widget.gui_tabs.currentIndex()
def startBind(self):
self.pub_start_bind.publish(std_msgs.msg.Empty())
def stopBind(self):
self.pub_stop_bind.publish(std_msgs.msg.Empty())
def calGyro(self):
gyro_cal_srv = rospy.ServiceProxy('/mobility_base/imu/calibrate', std_srvs.srv.Empty)
try:
gyro_cal_srv()
self.cal_enabled = False
self.cal_time = rospy.Time.now()
except:
pass
def clearCal(self):
clear_cal_srv = rospy.ServiceProxy('/mobility_base/imu/clear_cal', std_srvs.srv.Empty)
try:
clear_cal_srv()
except:
pass
def maxLinearChanged(self):
try:
float_val = float(self._widget.max_linear_txt.text())
self.max_linear_setting = float_val;
except ValueError:
if self.max_linear_actual <= 0 or not isfinite(self.max_linear_actual):
self.max_linear_setting = 0.0
else:
self.max_linear_setting = self.max_linear_actual
self.max_speed_dirty = True
def maxAngularChanged(self):
try:
float_val = float(self._widget.max_angular_txt.text())
self.max_angular_setting = float_val;
except ValueError:
if self.max_angular_actual <= 0 or not isfinite(self.max_angular_actual):
self.max_angular_setting = 0.0
else:
self.max_angular_setting = self.max_angular_actual
self.max_speed_dirty = True
def setMaxSpeed(self):
set_max_speed_srv = rospy.ServiceProxy('/mobility_base/set_max_speed', SetMaxSpeed)
req = SetMaxSpeedRequest()
req.linear = self.max_linear_setting
req.angular = self.max_angular_setting
try:
set_max_speed_srv(req)
self.max_speed_known = False
except:
pass
def clearMaxSpeed(self):
set_max_speed_srv = rospy.ServiceProxy('/mobility_base/set_max_speed', SetMaxSpeed)
req = SetMaxSpeedRequest()
req.linear = float('nan')
req.angular = float('nan')
try:
set_max_speed_srv(req)
self.max_speed_known = False
except:
pass
def wakeDaysChanged(self):
try:
self.rel_wake_days = float(self._widget.wake_time_days_txt.text())
except:
self._widget.wake_time_days_txt.setText(str(self.rel_wake_days))
def wakeHoursChanged(self):
try:
self.rel_wake_hours = float(self._widget.wake_time_hours_txt.text())
except:
self._widget.wake_time_hours_txt.setText(str(self.rel_wake_hours))
def wakeMinutesChanged(self):
try:
self.rel_wake_minutes = float(self._widget.wake_time_minutes_txt.text())
except:
self._widget.wake_time_minutes_txt.setText(str(self.rel_wake_minutes))
def wakeSecsChanged(self):
try:
self.rel_wake_secs = float(self._widget.wake_time_secs_txt.text())
except:
self._widget.wake_time_secs_txt.setText(str(self.rel_wake_secs))
def setRelativeWakeTime(self):
new_wake_time = std_msgs.msg.Time()
rel_wake_time = 86400 * self.rel_wake_days + 3600 * self.rel_wake_hours + 60 * self.rel_wake_minutes + self.rel_wake_secs
new_wake_time.data = rospy.Time.now() + rospy.Duration(rel_wake_time)
self.pub_set_wake_time.publish(new_wake_time)
def setAbsoluteWakeTime(self):
self.pub_set_wake_time.publish(rospy.Time(self._widget.absolute_wake_time_obj.dateTime().toTime_t()))
def clearWakeTime(self):
self.pub_set_wake_time.publish(rospy.Time(0))
def refreshMaxSpeed(self):
self.max_speed_dirty = True
self.max_speed_known = False
def updateGuiCallback(self):
# Switch between tabs and full GUI
if self.is_currently_tab:
if self._widget.height() > 830 and self._widget.width() > 1205:
self.is_currently_tab = False
self.context_.remove_widget(self._widget)
self.initGui('full')
else:
if self._widget.height() < 810 or self._widget.width() < 1185:
self.is_currently_tab = True
self.context_.remove_widget(self._widget)
self.initGui('tab')
# Check connection to base
if self.base_connected and (rospy.Time.now() - self.last_joystick_time).to_sec() > 1.0:
self.base_connected = False
self._widget.disconnected_lbl.setText('<font color=#FF0000>NOT CONNECTED</font>')
self._widget.disconnected_lbl.setVisible(True)
if not self.base_connected and (rospy.Time.now() - self.last_joystick_time).to_sec() < 1.0:
self.base_connected = True
# self._widget.disconnected_lbl.setText('')
self._widget.disconnected_lbl.setVisible(False)
# Update checklists
self.updateChecklist();
# Manage 5 second disable of gyro calibration button
if not self.cal_enabled:
if (rospy.Time.now() - self.cal_time).to_sec() > 5.0:
self._widget.gyro_cal_btn.setEnabled(True)
self._widget.gyro_cal_btn.setText('Calibrate')
self.cal_enabled = True
else:
self._widget.gyro_cal_btn.setEnabled(False)
self._widget.gyro_cal_btn.setText(str(5 - 0.1*floor(10*(rospy.Time.now() - self.cal_time).to_sec())))
# Update joystick graphics
if not self.checkJoystickValid():
self.updateCheckStatus(self._widget.joystick_bind_chk, self.NONE)
if not self.joystick_bind_status:
self._widget.joystick_bind_lbl.setText('')
for l in self.joystick_power_ind:
l.setVisible(True)
self.updateRightStickIndicator(self.stick_ind_range_mid, self.stick_ind_range_mid)
self.updateLeftStickIndicator(self.stick_ind_range_mid, self.stick_ind_range_mid)
else:
self.updateCheckStatus(self._widget.joystick_bind_chk, self.GOOD)
self._widget.joystick_bind_lbl.setText('Joystick bound')
for l in self.joystick_power_ind:
l.setVisible(False)
self.updateRightStickIndicator(self.joystick_data[ChannelIndex.CHAN_LATERAL], self.joystick_data[ChannelIndex.CHAN_FORWARD])
self.updateLeftStickIndicator(self.joystick_data[ChannelIndex.CHAN_ROTATE], self.joystick_data[ChannelIndex.CHAN_ENABLE])
if self.joystick_data[ChannelIndex.CHAN_MODE] < self.stick_ind_range_mid:
self.mode_ind.setPen(self.cyan_pen)
self._widget.modeLabel.setText("0 (Computer)")
else:
self.mode_ind.setPen(self.magenta_pen)
self._widget.modeLabel.setText("1 (Manual)")
# Update joystick data table
for i in range(len(self.joystick_table_vals)):
self.joystick_table_vals[i].setText(str(self.joystick_data[i]))
# Update twist data table
if self.command_received:
self.twist_table_vals[0].setText(str(0.01 * floor(100 * self.current_cmd.linear.x)))
self.twist_table_vals[1].setText(str(0.01 * floor(100 * self.current_cmd.linear.y)))
self.twist_table_vals[2].setText(str(0.01 * floor(100 * self.current_cmd.angular.z)))
else:
self.twist_table_vals[0].setText('Not Published')
self.twist_table_vals[1].setText('Not Published')
self.twist_table_vals[2].setText('Not Published')
# Update battery percentage
self.battery_label.setText(str(self.battery_percent) + ' %')
self.battery_voltage_label.setText(str(0.01 * floor(100 * self.battery_voltage)) + ' V')
# Update mode
self.mode_label.setText(self.getModeString(self.current_mode))
# Update bumper graphics
self.bumperVisibleSwitch(BumperIndex.BUMPER_1F, self.bumper_front_left)
self.bumperVisibleSwitch(BumperIndex.BUMPER_2F, self.bumper_front_right)
self.bumperVisibleSwitch(BumperIndex.BUMPER_3F, self.bumper_rear_left)
self.bumperVisibleSwitch(BumperIndex.BUMPER_4F, self.bumper_rear_right)
self.bumper_state_labels[0].setPlainText(str(self.bumper_front_left))
self.bumper_state_labels[1].setPlainText(str(self.bumper_front_right))
self.bumper_state_labels[2].setPlainText(str(self.bumper_rear_left))
self.bumper_state_labels[3].setPlainText(str(self.bumper_rear_right))
# Update gyro cal graphics
if self.gyro_cal_status:
self.updateCheckStatus(self._widget.gyro_cal_chk, self.GOOD)
self._widget.gyro_cal_lbl.setText('Gyro calibrated')
else:
self.updateCheckStatus(self._widget.gyro_cal_chk, self.BAD)
self._widget.gyro_cal_lbl.setText('Gyro NOT calibrated')
self._widget.gyro_x_lbl.setText('x: ' + str(1e-5*floor(1e5*self.gyro_x)))
self._widget.gyro_y_lbl.setText('y: ' + str(1e-5*floor(1e5*self.gyro_y)))
self._widget.gyro_z_lbl.setText('z: ' + str(1e-5*floor(1e5*self.gyro_z)))
# Update max speed configuration
if not self.max_speed_known:
service_name = '/mobility_base/get_max_speed'
get_max_speed_srv = rospy.ServiceProxy(service_name, GetMaxSpeed)
try:
resp = get_max_speed_srv()
self.max_speed_known = True
self.max_linear_actual = resp.linear
self.max_angular_actual = resp.angular
if self.max_linear_actual <= 0 or not isfinite(self.max_linear_actual):
self._widget.max_linear_lbl.setText('Unlimited')
else:
self._widget.max_linear_lbl.setText(str(1e-2*round(1e2*self.max_linear_actual)))
if self.max_angular_actual <= 0 or not isfinite(self.max_angular_actual):
self._widget.max_angular_lbl.setText('Unlimited')
else:
self._widget.max_angular_lbl.setText(str(1e-2*round(1e2*self.max_angular_actual)))
except:
pass
# print service_name + " doesn't exist"
if self.max_speed_dirty:
self._widget.max_linear_txt.setText(str(self.max_linear_setting))
self._widget.max_angular_txt.setText(str(self.max_angular_setting))
self.max_speed_dirty = False
# Wake time
if self.current_wake_time == rospy.Time(0):
self._widget.wake_time_lbl.setText('Not Set')
else:
self._widget.wake_time_lbl.setText(time.strftime('%m/%d/%Y, %H:%M:%S', time.localtime(self.current_wake_time.to_sec())))
def checkJoystickValid(self):
return self.joystick_data[ChannelIndex.CHAN_FORWARD] > 0 or self.joystick_data[ChannelIndex.CHAN_LATERAL] > 0 or self.joystick_data[ChannelIndex.CHAN_ROTATE] > 0 or self.joystick_data[ChannelIndex.CHAN_MODE] > 0
def getModeString(self, mode_num):
if mode_num == Mode.MODE_ESTOP:
return 'MODE_ESTOP'
elif mode_num == Mode.MODE_DISABLED:
return 'MODE_DISABLED'
elif mode_num == Mode.MODE_BATTERY_LIMP_HOME:
return 'MODE_BATTERY_LIMP_HOME'
elif mode_num == Mode.MODE_BATTERY_CRITICAL:
return 'MODE_BATTERY_CRITICAL'
elif mode_num == Mode.MODE_WIRELESS:
return 'MODE_WIRELESS'
elif mode_num == Mode.MODE_TIMEOUT:
return 'MODE_TIMEOUT'
elif mode_num == Mode.MODE_VELOCITY:
return 'MODE_VELOCITY'
elif mode_num == Mode.MODE_VELOCITY_RAW:
return 'MODE_VELOCITY_RAW'
else:
return ''
def updateChecklist(self):
if self.current_mode >= Mode.MODE_TIMEOUT:
self.checklist_status[self.BATT_MAN] = self.GOOD
self.checklist_status[self.ESTOP_MAN] = self.GOOD
self.checklist_status[self.DISABLE_MAN] = self.GOOD
self.checklist_status[self.JOYSTICK_MAN] = self.BAD
self.checklist_status[self.BATT_COMP] = self.GOOD
self.checklist_status[self.ESTOP_COMP] = self.GOOD
self.checklist_status[self.DISABLE_COMP] = self.GOOD
self.checklist_status[self.JOYSTICK_COMP] = self.GOOD
elif self.current_mode == Mode.MODE_WIRELESS:
self.checklist_status[self.BATT_MAN] = self.GOOD
self.checklist_status[self.ESTOP_MAN] = self.GOOD
self.checklist_status[self.DISABLE_MAN] = self.GOOD
self.checklist_status[self.JOYSTICK_MAN] = self.GOOD
self.checklist_status[self.BATT_COMP] = self.GOOD
self.checklist_status[self.ESTOP_COMP] = self.GOOD
self.checklist_status[self.DISABLE_COMP] = self.GOOD
self.checklist_status[self.JOYSTICK_COMP] = self.BAD
elif self.current_mode == Mode.MODE_DISABLED:
self.checklist_status[self.BATT_MAN] = self.NONE
self.checklist_status[self.ESTOP_MAN] = self.GOOD
self.checklist_status[self.DISABLE_MAN] = self.BAD
self.checklist_status[self.JOYSTICK_MAN] = self.NONE
self.checklist_status[self.BATT_COMP] = self.NONE
self.checklist_status[self.ESTOP_COMP] = self.GOOD
self.checklist_status[self.DISABLE_COMP] = self.BAD
self.checklist_status[self.JOYSTICK_COMP] = self.NONE
elif self.current_mode == Mode.MODE_ESTOP:
self.checklist_status[self.BATT_MAN] = self.NONE
self.checklist_status[self.ESTOP_MAN] = self.BAD
self.checklist_status[self.DISABLE_MAN] = self.NONE
self.checklist_status[self.JOYSTICK_MAN] = self.NONE
self.checklist_status[self.BATT_COMP] = self.NONE
self.checklist_status[self.ESTOP_COMP] = self.BAD
self.checklist_status[self.DISABLE_COMP] = self.NONE
self.checklist_status[self.JOYSTICK_COMP] = self.NONE
elif self.current_mode == Mode.MODE_BATTERY_CRITICAL:
self.checklist_status[self.BATT_MAN] = self.BAD
self.checklist_status[self.ESTOP_MAN] = self.GOOD
self.checklist_status[self.DISABLE_MAN] = self.GOOD
self.checklist_status[self.JOYSTICK_MAN] = self.NONE
self.checklist_status[self.BATT_COMP] = self.BAD
self.checklist_status[self.ESTOP_COMP] = self.GOOD
self.checklist_status[self.DISABLE_COMP] = self.GOOD
self.checklist_status[self.JOYSTICK_COMP] = self.NONE
elif self.current_mode == Mode.MODE_BATTERY_LIMP_HOME:
self.checklist_status[self.BATT_MAN] = self.GOOD
self.checklist_status[self.ESTOP_MAN] = self.GOOD
self.checklist_status[self.DISABLE_MAN] = self.GOOD
self.checklist_status[self.JOYSTICK_MAN] = self.NONE
self.checklist_status[self.BATT_COMP] = self.BAD
self.checklist_status[self.ESTOP_COMP] = self.GOOD
self.checklist_status[self.DISABLE_COMP] = self.GOOD
self.checklist_status[self.JOYSTICK_COMP] = self.NONE
# Check if joystick is suppressed by topic
if self.joystick_suppressed:
self.checklist_status[self.SUPPRESS_COMP] = self.GOOD
self.checklist_status[self.DISABLE_COMP] = self.NONE
self.checklist_status[self.JOYSTICK_COMP] = self.NONE
else:
self.checklist_status[self.SUPPRESS_COMP] = self.NONE
if (rospy.Time.now() - self.last_suppress_time).to_sec() > self.JOYSTICK_SUPPRESS_PERIOD:
self.checklist_status[self.SUPPRESS_MAN] = self.GOOD
else:
self.checklist_status[self.SUPPRESS_MAN] = self.BAD
# Command message received
if self.command_received:
self.checklist_status[self.CMD_COMP] = self.GOOD
else:
self.checklist_status[self.CMD_COMP] = self.BAD
# Override twist checkbox if mode is in TIMEOUT
if self.current_mode == Mode.MODE_TIMEOUT:
self.checklist_status[self.CMD_COMP] = self.BAD
# Update checklist graphics
self.updateCheckStatus(self._widget.batt_man_chk, self.checklist_status[self.BATT_MAN])
self.updateCheckStatus(self._widget.estop_man_chk, self.checklist_status[self.ESTOP_MAN])
self.updateCheckStatus(self._widget.disable_man_chk, self.checklist_status[self.DISABLE_MAN])
self.updateCheckStatus(self._widget.joystick_man_chk, self.checklist_status[self.JOYSTICK_MAN])
self.updateCheckStatus(self._widget.suppress_man_chk, self.checklist_status[self.SUPPRESS_MAN])
self.updateCheckStatus(self._widget.batt_comp_chk, self.checklist_status[self.BATT_COMP])
self.updateCheckStatus(self._widget.estop_comp_chk, self.checklist_status[self.ESTOP_COMP])
self.updateCheckStatus(self._widget.disable_comp_chk, self.checklist_status[self.DISABLE_COMP])
self.updateCheckStatus(self._widget.joystick_comp_chk, self.checklist_status[self.JOYSTICK_COMP])
self.updateCheckStatus(self._widget.suppress_comp_chk, self.checklist_status[self.SUPPRESS_COMP])
self.updateCheckStatus(self._widget.cmd_comp_chk, self.checklist_status[self.CMD_COMP])
self.updateCheckStatus(self._widget.joystick_bind_chk, self.NONE)
def updateCheckStatus(self, obj, icon_type):
if icon_type == self.GOOD:
obj.setPixmap(self.good_icon)
elif icon_type == self.BAD:
obj.setPixmap(self.bad_icon)
else:
obj.setPixmap(self.none_icon)
def updateTable(self):
for i in range(0, len(self.joystick_table_vals)):
self.joystick_table_vals[i].setText(55)
def recvMode(self, mode_msg):
self.current_mode = mode_msg.mode
def recvSuppress(self, suppress_msg):
self.suppress_dt = rospy.Time.now() - self.last_suppress_time
self.last_suppress_time = rospy.Time.now()
def recvTwist(self, twist_msg):
self.twist_dt = rospy.Time.now() - self.last_twist_time
self.last_twist_time = rospy.Time.now()
self.current_cmd = twist_msg
def recvJoystick(self, joystick_msg):
self.joystick_data = joystick_msg.channels;
self.last_joystick_time = rospy.Time.now()
def recvBumpers(self, bumper_msg):
self.bumper_front_left = bumper_msg.front_left
self.bumper_front_right = bumper_msg.front_right
self.bumper_rear_left = bumper_msg.rear_left
self.bumper_rear_right = bumper_msg.rear_right
def recvBattery(self, battery_msg):
self.battery_percent = battery_msg.percent
self.battery_voltage = battery_msg.voltage
def recvBindStatus(self, bind_msg):
self.joystick_bind_status = bind_msg.data
if bind_msg.data:
if self.joystick_bind_dot_counter == 0:
self._widget.joystick_bind_lbl.setText('Binding.')
elif self.joystick_bind_dot_counter == 1:
self._widget.joystick_bind_lbl.setText('Binding..')
elif self.joystick_bind_dot_counter == 2:
self._widget.joystick_bind_lbl.setText('Binding...')
self.joystick_bind_dot_counter = (self.joystick_bind_dot_counter + 1) % 3
def recvGyroCalibrated(self, cal_msg):
self.gyro_cal_status = cal_msg.data
def recvImu(self, imu_msg):
self.gyro_x = imu_msg.angular_velocity.x
self.gyro_y = imu_msg.angular_velocity.y
self.gyro_z = imu_msg.angular_velocity.z
def recvWakeTime(self, time_msg):
self.current_wake_time = time_msg.data
def subscribeTopics(self):
sub_joystick = rospy.Subscriber('/mobility_base/joystick_raw', JoystickRaw, self.recvJoystick)
sub_suppress = rospy.Subscriber('/mobility_base/suppress_wireless', std_msgs.msg.Empty, self.recvSuppress)
sub_twist = rospy.Subscriber('/mobility_base/cmd_vel', Twist, self.recvTwist)
sub_mode = rospy.Subscriber('/mobility_base/mode', Mode, self.recvMode)
sub_bumpers = rospy.Subscriber('/mobility_base/bumper_states', BumperState, self.recvBumpers)
sub_battery = rospy.Subscriber('/mobility_base/battery', BatteryState, self.recvBattery)
sub_bind = rospy.Subscriber('/mobility_base/bind_status', std_msgs.msg.Bool, self.recvBindStatus)
sub_gyro_calibrated = rospy.Subscriber('/mobility_base/imu/is_calibrated', std_msgs.msg.Bool, self.recvGyroCalibrated)
sub_imu = rospy.Subscriber('/mobility_base/imu/data_raw', Imu, self.recvImu)
sub_wake_time = rospy.Subscriber('/mobility_base/wake_time', std_msgs.msg.Time, self.recvWakeTime)
def advertiseTopics(self):
self.pub_start_bind = rospy.Publisher('/mobility_base/bind_start', std_msgs.msg.Empty, queue_size=1)
self.pub_stop_bind = rospy.Publisher('/mobility_base/bind_stop', std_msgs.msg.Empty, queue_size=1)
self.pub_set_wake_time = rospy.Publisher('/mobility_base/set_wake_time', std_msgs.msg.Time, queue_size=1)
def initJoystickGraphics(self):
# Pens
self.cyan_pen = QPen(QColor(0, 255, 255))
self.magenta_pen = QPen(QColor(255, 0, 255))
self.red_pen = QPen(QColor(255, 0, 0))
self.cyan_pen.setWidth(3)
self.magenta_pen.setWidth(3)
self.red_pen.setWidth(3)
self.stick_ind_l = QGraphicsEllipseItem()
self.stick_ind_r = QGraphicsEllipseItem()
self.stick_line_l = QGraphicsLineItem()
self.stick_line_r = QGraphicsLineItem()
self.mode_ind = QGraphicsLineItem()
# Left joystick indicator circle
px_l = self.stick_ind_lox - self.stick_ind_radius
py_l = self.stick_ind_loy - self.stick_ind_radius
self.stick_ind_l.setRect(px_l, py_l, 2 * self.stick_ind_radius, 2 * self.stick_ind_radius)
self.stick_ind_l.setBrush(QBrush(QColor(255, 0, 0)))
self.stick_ind_l.setPen(QPen(QColor(0, 0, 0)))
# Right joystick indicator circle
px_r = self.stick_ind_rox - self.stick_ind_radius
py_r = self.stick_ind_roy - self.stick_ind_radius
self.stick_ind_r.setRect(px_r, py_r, 2 * self.stick_ind_radius, 2 * self.stick_ind_radius)
self.stick_ind_r.setBrush(QBrush(QColor(255, 0, 0)))
self.stick_ind_r.setPen(QPen(QColor(0, 0, 0)))
# Left joystick indicator line
line_pen = QPen(QColor(255,0,0))
line_pen.setWidth(4)
self.stick_line_l.setLine(self.stick_ind_lox, self.stick_ind_loy, self.stick_ind_lox, self.stick_ind_loy)
self.stick_line_l.setPen(line_pen)
# Right joystick indicator line
self.stick_line_r.setLine(self.stick_ind_rox, self.stick_ind_roy, self.stick_ind_rox, self.stick_ind_roy)
self.stick_line_r.setPen(line_pen)
# Mode indicator line
self.mode_ind.setLine(self.mode_ind_x1, self.mode_ind_y1, self.mode_ind_x2, self.mode_ind_y2)
self.mode_ind.setPen(self.cyan_pen)
# Joystick power indicator
self.joystick_power_ind = []
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1, self.power_ind_y + 20, self.power_ind_x1, self.power_ind_y - 20))
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1, self.power_ind_y - 20, self.power_ind_x1 + 50, self.power_ind_y - 20))
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1+50, self.power_ind_y - 20, self.power_ind_x1+50, self.power_ind_y + 20))
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1+50, self.power_ind_y + 20, self.power_ind_x1, self.power_ind_y + 20))
# Populate scene
graphics_scene = QGraphicsScene()
graphics_scene.addItem(self.stick_ind_l)
graphics_scene.addItem(self.stick_ind_r)
graphics_scene.addItem(self.stick_line_l)
graphics_scene.addItem(self.stick_line_r)
graphics_scene.addItem(self.mode_ind)
for l in self.joystick_power_ind:
l.setPen(self.red_pen)
graphics_scene.addItem(l)
graphics_scene.setSceneRect(0, 0, self._widget.joystickGraphicsView.width() - 4, self._widget.joystickGraphicsView.height() - 4)
self._widget.joystickGraphicsView.setScene(graphics_scene)
self._widget.joystickGraphicsView.setBackgroundBrush(QBrush(QImage(os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'images', 'dx6ilabels.jpg'))))
self._widget.joystickGraphicsView.show()
def initBumperGraphics(self):
# Pens
self.blue_pen = QPen(QColor(0,0,255))
self.blue_pen.setWidth(10)
self.bumper_lines = []
# Text state labels
self.bumper_state_labels = [QGraphicsTextItem() for i in range(0,4)]
for i in range(len(self.bumper_state_labels)):
self.bumper_state_labels[i].setFont(QFont('Ubuntu', 14, QFont.Bold))
self.bumper_state_labels[i].setPlainText('00')
self.bumper_state_labels[0].setPos(self.bumper_fl_x-10, self.bumper_fl_y + 55)
self.bumper_state_labels[1].setPos(self.bumper_fr_x-10, self.bumper_fr_y + 55)
self.bumper_state_labels[2].setPos(self.bumper_rl_x-10, self.bumper_rl_y - 80)
self.bumper_state_labels[3].setPos(self.bumper_rr_x-10, self.bumper_rr_y - 80)
# Bumper indicator lines
self.bumperLine(self.bumper_fl_x - 20, self.bumper_fl_y - self.bumper_dy, True)
self.bumperLine(self.bumper_fl_x - self.bumper_dx, self.bumper_fl_y - 20, False)
self.bumperLine(self.bumper_fl_x + self.bumper_dx, self.bumper_fl_y - 20, False)
self.bumperLine(self.bumper_fl_x - 20, self.bumper_fl_y + self.bumper_dy, True)
self.bumperLine(self.bumper_fr_x - 20, self.bumper_fr_y - self.bumper_dy, True)
self.bumperLine(self.bumper_fr_x - self.bumper_dx, self.bumper_fr_y - 20, False)
self.bumperLine(self.bumper_fr_x + self.bumper_dx, self.bumper_fr_y - 20, False)
self.bumperLine(self.bumper_fr_x - 20, self.bumper_fr_y + self.bumper_dy, True)
self.bumperLine(self.bumper_rl_x - 20, self.bumper_rl_y - self.bumper_dy, True)
self.bumperLine(self.bumper_rl_x - self.bumper_dx, self.bumper_rl_y - 20, False)
self.bumperLine(self.bumper_rl_x + self.bumper_dx, self.bumper_rl_y - 20, False)
self.bumperLine(self.bumper_rl_x - 20, self.bumper_rl_y + self.bumper_dy, True)
self.bumperLine(self.bumper_rr_x - 20, self.bumper_rr_y - self.bumper_dy, True)
self.bumperLine(self.bumper_rr_x - self.bumper_dx, self.bumper_rr_y - 20, False)
self.bumperLine(self.bumper_rr_x + self.bumper_dx, self.bumper_rr_y - 20, False)
self.bumperLine(self.bumper_rr_x - 20, self.bumper_rr_y + self.bumper_dy, True)
# Populate scene
graphics_scene = QGraphicsScene()
for bumper in self.bumper_lines:
graphics_scene.addItem(bumper)
for label in self.bumper_state_labels:
graphics_scene.addItem(label)
graphics_scene.setSceneRect(0, 0, self._widget.bumperGraphicsView.width() - 4, self._widget.bumperGraphicsView.height() - 4)
self._widget.bumperGraphicsView.setScene(graphics_scene)
self._widget.bumperGraphicsView.setBackgroundBrush(QBrush(QImage(os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'images', 'mb_top.png'))))
self._widget.bumperGraphicsView.show()
def bumperLine(self, x, y, front):
new_line = QGraphicsLineItem()
if front:
new_line.setLine(x, y, x+40, y)
else:
new_line.setLine(x, y, x, y+40)
new_line.setPen(self.blue_pen)
new_line.setVisible(False)
self.bumper_lines.append(new_line)
def bumperVisibleSwitch(self, idx, bumper_state):
if (bumper_state & BumperState.BUMPER_FRONT):
self.bumper_lines[idx].setVisible(True)
else:
self.bumper_lines[idx].setVisible(False)
if (bumper_state & BumperState.BUMPER_LEFT):
self.bumper_lines[idx+1].setVisible(True)
else:
self.bumper_lines[idx+1].setVisible(False)
if (bumper_state & BumperState.BUMPER_RIGHT):
self.bumper_lines[idx+2].setVisible(True)
else:
self.bumper_lines[idx+2].setVisible(False)
if (bumper_state & BumperState.BUMPER_REAR):
self.bumper_lines[idx+3].setVisible(True)
else:
self.bumper_lines[idx+3].setVisible(False)
def resetGuiTimer(self):
# del self.gui_update_timer
self.gui_update_timer = QTimer(self._widget)
self.gui_update_timer.setInterval(100)
self.gui_update_timer.setSingleShot(False)
self.gui_update_timer.timeout.connect(lambda:self.updateGuiCallback())
self.gui_update_timer.start()
def spawnFullGui(self):
super(DiagnosticGui, self).__init__(self.context_)
# Give QObjects reasonable names
self.setObjectName('DiagnosticGui')
# Create QWidget
self._widget = QWidget()
# Get path to UI file which should be in the "resource" folder of this package
ui_file = os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'resource', 'DiagnosticGui.ui')
# Extend the widget with all attributes and children from UI file
loadUi(ui_file, self._widget)
# Give QObjects reasonable names
self._widget.setObjectName('DiagnosticGui' + str(self.widget_count))
self.widget_count += 1
# Add widget to the user interface
self.context_.add_widget(self._widget)
def spawnTabGui(self):
super(DiagnosticGui, self).__init__(self.context_)
# Give QObjects reasonable names
self.setObjectName('DiagnosticGui')
# Create QWidget
self._widget = QWidget()
# Get path to UI file which should be in the "resource" folder of this package
ui_file = os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'resource', 'DiagnosticGuiTabs.ui')
# Extend the widget with all attributes and children from UI file
loadUi(ui_file, self._widget)
# Give QObjects reasonable names
self._widget.setObjectName('DiagnosticGui' + str(self.widget_count))
self.widget_count += 1
# Add widget to the user interface
self.context_.add_widget(self._widget)
def updateRightStickIndicator(self, lat_val, forward_val):
horiz_val = -self.stick_ind_range_factor * (lat_val - self.stick_ind_range_mid)
vert_val = -self.stick_ind_range_factor * (forward_val - self.stick_ind_range_mid)
r = sqrt(horiz_val * horiz_val + vert_val * vert_val)
if r > self.stick_ind_range_pix / 2:
r = self.stick_ind_range_pix / 2
ang = atan2(vert_val, horiz_val)
px = r * cos(ang)
py = r * sin(ang)
self.stick_ind_r.setPos(QPoint(px, py))
self.stick_line_r.setLine(self.stick_ind_rox, self.stick_ind_roy, self.stick_ind_rox + px, self.stick_ind_roy + py)
def updateLeftStickIndicator(self, yaw_val, enable_val):
horiz_val = -self.stick_ind_range_factor * (yaw_val - self.stick_ind_range_mid)
vert_val = -self.stick_ind_range_factor * (enable_val - self.stick_ind_range_mid)
r = sqrt(horiz_val * horiz_val + vert_val * vert_val)
if r > self.stick_ind_range_pix / 2:
r = self.stick_ind_range_pix / 2
ang = atan2(vert_val, horiz_val)
px = r * cos(ang)
py = r * sin(ang)
self.stick_ind_l.setPos(QPoint(px, py))
self.stick_line_l.setLine(self.stick_ind_lox, self.stick_ind_loy, self.stick_ind_lox + px, self.stick_ind_loy + py)
def shutdown_plugin(self):
pass
def initJoystickGraphics(self):
# Pens
self.cyan_pen = QPen(QColor(0, 255, 255))
self.magenta_pen = QPen(QColor(255, 0, 255))
self.red_pen = QPen(QColor(255, 0, 0))
self.cyan_pen.setWidth(3)
self.magenta_pen.setWidth(3)
self.red_pen.setWidth(3)
self.stick_ind_l = QGraphicsEllipseItem()
self.stick_ind_r = QGraphicsEllipseItem()
self.stick_line_l = QGraphicsLineItem()
self.stick_line_r = QGraphicsLineItem()
self.mode_ind = QGraphicsLineItem()
# Left joystick indicator circle
px_l = self.stick_ind_lox - self.stick_ind_radius
py_l = self.stick_ind_loy - self.stick_ind_radius
self.stick_ind_l.setRect(px_l, py_l, 2 * self.stick_ind_radius, 2 * self.stick_ind_radius)
self.stick_ind_l.setBrush(QBrush(QColor(255, 0, 0)))
self.stick_ind_l.setPen(QPen(QColor(0, 0, 0)))
# Right joystick indicator circle
px_r = self.stick_ind_rox - self.stick_ind_radius
py_r = self.stick_ind_roy - self.stick_ind_radius
self.stick_ind_r.setRect(px_r, py_r, 2 * self.stick_ind_radius, 2 * self.stick_ind_radius)
self.stick_ind_r.setBrush(QBrush(QColor(255, 0, 0)))
self.stick_ind_r.setPen(QPen(QColor(0, 0, 0)))
# Left joystick indicator line
line_pen = QPen(QColor(255,0,0))
line_pen.setWidth(4)
self.stick_line_l.setLine(self.stick_ind_lox, self.stick_ind_loy, self.stick_ind_lox, self.stick_ind_loy)
self.stick_line_l.setPen(line_pen)
# Right joystick indicator line
self.stick_line_r.setLine(self.stick_ind_rox, self.stick_ind_roy, self.stick_ind_rox, self.stick_ind_roy)
self.stick_line_r.setPen(line_pen)
# Mode indicator line
self.mode_ind.setLine(self.mode_ind_x1, self.mode_ind_y1, self.mode_ind_x2, self.mode_ind_y2)
self.mode_ind.setPen(self.cyan_pen)
# Joystick power indicator
self.joystick_power_ind = []
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1, self.power_ind_y + 20, self.power_ind_x1, self.power_ind_y - 20))
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1, self.power_ind_y - 20, self.power_ind_x1 + 50, self.power_ind_y - 20))
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1+50, self.power_ind_y - 20, self.power_ind_x1+50, self.power_ind_y + 20))
self.joystick_power_ind.append(QGraphicsLineItem(self.power_ind_x1+50, self.power_ind_y + 20, self.power_ind_x1, self.power_ind_y + 20))
# Populate scene
graphics_scene = QGraphicsScene()
graphics_scene.addItem(self.stick_ind_l)
graphics_scene.addItem(self.stick_ind_r)
graphics_scene.addItem(self.stick_line_l)
graphics_scene.addItem(self.stick_line_r)
graphics_scene.addItem(self.mode_ind)
for l in self.joystick_power_ind:
l.setPen(self.red_pen)
graphics_scene.addItem(l)
graphics_scene.setSceneRect(0, 0, self._widget.joystickGraphicsView.width() - 4, self._widget.joystickGraphicsView.height() - 4)
self._widget.joystickGraphicsView.setScene(graphics_scene)
self._widget.joystickGraphicsView.setBackgroundBrush(QBrush(QImage(os.path.join(rospkg.RosPack().get_path('mobility_base_tools'), 'images', 'dx6ilabels.jpg'))))
self._widget.joystickGraphicsView.show()