class PanoduinoShutter(AbstractHardwarePlugin, ShutterPlugin):
def _init(self):
Logger().trace("PanoduinoShutter._init()")
AbstractHardwarePlugin._init(self)
ShutterPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
def _defineConfig(self):
AbstractHardwarePlugin._defineConfig(self)
ShutterPlugin._defineConfig(self)
self._addConfigKey('_channel',
'CHANNEL',
default=DEFAULT_CHANNEL[self.capacity])
self._addConfigKey('_shutterOn',
'SHUTTER_ON',
default=DEFAULT_SHUTTER_ON)
self._addConfigKey('_shutterOff',
'SHUTTER_OFF',
default=DEFAULT_SHUTTER_OFF)
def _triggerOnShutter(self):
""" Set the shutter on.
"""
self._driver.acquireBus()
try:
self._hardware.setTarget(self._config['SHUTTER_ON'])
finally:
self._driver.releaseBus()
def _triggerOffShutter(self):
""" Set the shutter off.
"""
self._driver.acquireBus()
try:
self._hardware.setTarget(self._config['SHUTTER_OFF'])
finally:
self._driver.releaseBus()
#def activate(self):
#Logger().trace("PanoduinoShutter.activate()")
def init(self):
Logger().trace("PanoduinoShutter.init()")
self._hardware.setAxis(self._config['CHANNEL']),
AbstractHardwarePlugin.init(self)
def shutdown(self):
Logger().trace("PanoduinoShutter.shutdown()")
self._triggerOffShutter()
self._hardware.shutdown()
AbstractHardwarePlugin.shutdown(self)
ShutterPlugin.shutdown(self)
class PanoduinoShutter(AbstractHardwarePlugin, ShutterPlugin):
def _init(self):
Logger().trace("PanoduinoShutter._init()")
AbstractHardwarePlugin._init(self)
ShutterPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
def _defineConfig(self):
AbstractHardwarePlugin._defineConfig(self)
ShutterPlugin._defineConfig(self)
self._addConfigKey('_channel', 'CHANNEL', default=DEFAULT_CHANNEL[self.capacity])
self._addConfigKey('_shutterOn', 'SHUTTER_ON', default=DEFAULT_SHUTTER_ON)
self._addConfigKey('_shutterOff', 'SHUTTER_OFF', default=DEFAULT_SHUTTER_OFF)
def _triggerOnShutter(self):
""" Set the shutter on.
"""
self._driver.acquireBus()
try:
self._hardware.setTarget(self._config['SHUTTER_ON'])
finally:
self._driver.releaseBus()
def _triggerOffShutter(self):
""" Set the shutter off.
"""
self._driver.acquireBus()
try:
self._hardware.setTarget(self._config['SHUTTER_OFF'])
finally:
self._driver.releaseBus()
#def activate(self):
#Logger().trace("PanoduinoShutter.activate()")
def init(self):
Logger().trace("PanoduinoShutter.init()")
self._hardware.setAxis(self._config['CHANNEL']),
AbstractHardwarePlugin.init(self)
def shutdown(self):
Logger().trace("PanoduinoShutter.shutdown()")
self._triggerOffShutter()
self._hardware.shutdown()
AbstractHardwarePlugin.shutdown(self)
ShutterPlugin.shutdown(self)
def _init(self):
Logger().trace("PanoduinoShutter._init()")
AbstractHardwarePlugin._init(self)
ShutterPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
def _init(self):
Logger().trace("PanoduinoAxis._init()")
AbstractHardwarePlugin._init(self)
AbstractAxisPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
class PanoduinoAxis(AbstractHardwarePlugin, AbstractAxisPlugin):
def _init(self):
Logger().trace("PanoduinoAxis._init()")
AbstractHardwarePlugin._init(self)
AbstractAxisPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
def _defineConfig(self):
AbstractAxisPlugin._defineConfig(self)
AbstractHardwarePlugin._defineConfig(self)
self._addConfigKey('_speed',
'SPEED',
default=DEFAULT_SPEED[self.capacity])
self._addConfigKey('_acceleration',
'ACCEL',
default=DEFAULT_ACCEL[self.capacity])
self._addConfigKey('_channel',
'CHANNEL',
default=DEFAULT_CHANNEL[self.capacity])
self._addConfigKey('_direction',
'DIRECTION',
default=DEFAULT_DIRECTION[self.capacity])
self._addConfigKey('_angle1ms',
'ANGLE_1MS',
default=DEFAULT_ANGLE_1MS[self.capacity])
self._addConfigKey('_neutralPos',
'NEUTRAL_POSITION',
default=DEFAULT_NEUTRAL_POSITION[self.capacity])
self._addConfigKey('_additionalDelay',
'ADDITIONAL_DELAY',
default=DEFAULT_ADDITIONAL_DELAY)
def _checkLimits(self, position):
""" Check if the position can be reached.
First check if the position in degres is in the user limits
(done in parent class), then check if the servo can mechanically
reach the position.
"""
AbstractAxisPlugin._checkLimits(self, position)
value = self.__angleToServo(position)
if not VALUE_MIN <= value <= VALUE_MAX:
raise HardwareError("Servo limit reached: %.2f not in [%d-%d]" %
(value, VALUE_MIN, VALUE_MAX))
def init(self):
Logger().trace("PanoduinoAxis.init()")
AbstractHardwarePlugin.init(self)
self.configure()
self._hardware.setTarget(self._config['NEUTRAL_POSITION'])
def shutdown(self):
Logger().trace("PanoduinoAxis.shutdown()")
self.stop()
self._hardware.shutdown()
AbstractHardwarePlugin.shutdown(self)
AbstractAxisPlugin.shutdown(self)
def configure(self):
Logger().trace("PanoduinoAxis.configure()")
AbstractAxisPlugin.configure(self)
self._hardware.setAxis(self._config['CHANNEL'])
self._hardware.configure(self._config['SPEED'], self._config['ACCEL'])
def __angleToServo(self, position):
""" Compute controller servo value from position.
@param position: position, in °
@type position: float
@return: value to send to servo controller
@rtype: int
"""
direction = DIRECTION_TABLE[self._config['DIRECTION']]
dir_ = DIRECTION_INDEX[direction]
servoValue = int(
round(self._config['NEUTRAL_POSITION'] +
dir_ * position * 1000. / self._config['ANGLE_1MS']))
return servoValue
def __servoToAngle(self, value):
""" Compute position from controller servo value.
@param value: servo value
@type value: int
@return: position, in °
@rtype: float
"""
direction = DIRECTION_TABLE[self._config['DIRECTION']]
dir_ = DIRECTION_INDEX[direction]
position = (value - self._config['NEUTRAL_POSITION']
) * self._config['ANGLE_1MS'] / dir_ / 1000.
return position
def read(self):
position = self.__servoToAngle(self._hardware.getPosition())
return position - self._offset
def drive(self, position, useOffset=True, wait=True):
Logger().debug("PanoduinoAxis.drive(): '%s' drive to %.1f" %
(self.capacity, position))
self._checkLimits(position)
if useOffset:
position += self._offset
value = self.__angleToServo(position)
self._hardware.setTarget(value)
if wait:
self.waitEndOfDrive()
def waitEndOfDrive(self):
while self.isMoving():
time.sleep(0.2)
time.sleep(
self._config['ADDITIONAL_DELAY']) # internal servo decelaration
self.waitStop()
def startJog(self, dir_):
Logger().debug("PanoduinoAxis.startJog(): dir_=%s" % repr(dir_))
currentPos = self.read()
position = currentPos #+ self._offset ???
if dir_ == '+':
position += MANUAL_SPEED_TABLE[self._manualSpeed]
else:
position -= MANUAL_SPEED_TABLE[self._manualSpeed]
self._checkLimits(position)
position += self._offset
value = self.__angleToServo(position)
self._hardware.setTarget(value)
def stop(self):
self.waitStop()
def waitStop(self):
pass
def isMoving(self):
return self._hardware.getMovingState()
def _init(self):
Logger().trace("PanoduinoShutter._init()")
AbstractHardwarePlugin._init(self)
ShutterPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
def _init(self):
Logger().trace("PanoduinoAxis._init()")
AbstractHardwarePlugin._init(self)
AbstractAxisPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
class PanoduinoAxis(AbstractHardwarePlugin, AbstractAxisPlugin):
def _init(self):
Logger().trace("PanoduinoAxis._init()")
AbstractHardwarePlugin._init(self)
AbstractAxisPlugin._init(self)
self._hardware = PololuMicroMaestroHardware()
def _defineConfig(self):
AbstractAxisPlugin._defineConfig(self)
AbstractHardwarePlugin._defineConfig(self)
self._addConfigKey('_speed', 'SPEED', default=DEFAULT_SPEED[self.capacity])
self._addConfigKey('_acceleration', 'ACCEL', default=DEFAULT_ACCEL[self.capacity])
self._addConfigKey('_channel', 'CHANNEL', default=DEFAULT_CHANNEL[self.capacity])
self._addConfigKey('_direction', 'DIRECTION', default=DEFAULT_DIRECTION[self.capacity])
self._addConfigKey('_angle1ms', 'ANGLE_1MS', default=DEFAULT_ANGLE_1MS[self.capacity])
self._addConfigKey('_neutralPos', 'NEUTRAL_POSITION', default=DEFAULT_NEUTRAL_POSITION[self.capacity])
self._addConfigKey('_additionalDelay', 'ADDITIONAL_DELAY', default=DEFAULT_ADDITIONAL_DELAY)
def _checkLimits(self, position):
""" Check if the position can be reached.
First check if the position in degres is in the user limits
(done in parent class), then check if the servo can mechanically
reach the position.
"""
AbstractAxisPlugin._checkLimits(self, position)
value = self.__angleToServo(position)
if not VALUE_MIN <= value <= VALUE_MAX:
raise HardwareError("Servo limit reached: %.2f not in [%d-%d]" % (value, VALUE_MIN, VALUE_MAX))
def init(self):
Logger().trace("PanoduinoAxis.init()")
AbstractHardwarePlugin.init(self)
self.configure()
self._hardware.setTarget(self._config['NEUTRAL_POSITION'])
def shutdown(self):
Logger().trace("PanoduinoAxis.shutdown()")
self.stop()
self._hardware.shutdown()
AbstractHardwarePlugin.shutdown(self)
AbstractAxisPlugin.shutdown(self)
def configure(self):
Logger().trace("PanoduinoAxis.configure()")
AbstractAxisPlugin.configure(self)
self._hardware.setAxis(self._config['CHANNEL'])
self._hardware.configure(self._config['SPEED'], self._config['ACCEL'])
def __angleToServo(self, position):
""" Compute controller servo value from position.
@param position: position, in °
@type position: float
@return: value to send to servo controller
@rtype: int
"""
direction = DIRECTION_TABLE[self._config['DIRECTION']]
dir_ = DIRECTION_INDEX[direction]
servoValue = int(round(self._config['NEUTRAL_POSITION'] + dir_ * position * 1000. / self._config['ANGLE_1MS']))
return servoValue
def __servoToAngle(self, value):
""" Compute position from controller servo value.
@param value: servo value
@type value: int
@return: position, in °
@rtype: float
"""
direction = DIRECTION_TABLE[self._config['DIRECTION']]
dir_ = DIRECTION_INDEX[direction]
position = (value - self._config['NEUTRAL_POSITION']) * self._config['ANGLE_1MS'] / dir_ / 1000.
return position
def read(self):
position = self.__servoToAngle(self._hardware.getPosition())
return position - self._offset
def drive(self, position, useOffset=True, wait=True):
Logger().debug("PanoduinoAxis.drive(): '%s' drive to %.1f" % (self.capacity, position))
self._checkLimits(position)
if useOffset:
position += self._offset
value = self.__angleToServo(position)
self._hardware.setTarget(value)
if wait:
self.waitEndOfDrive()
def waitEndOfDrive(self):
while self.isMoving():
time.sleep(0.2)
time.sleep(self._config['ADDITIONAL_DELAY']) # internal servo decelaration
self.waitStop()
def startJog(self, dir_):
Logger().debug("PanoduinoAxis.startJog(): dir_=%s" % repr(dir_))
currentPos = self.read()
position = currentPos #+ self._offset ???
if dir_ == '+':
position += MANUAL_SPEED_TABLE[self._manualSpeed]
else:
position -= MANUAL_SPEED_TABLE[self._manualSpeed]
self._checkLimits(position)
position += self._offset
value = self.__angleToServo(position)
self._hardware.setTarget(value)
def stop(self):
self.waitStop()
def waitStop(self):
pass
def isMoving(self):
return self._hardware.getMovingState()
