def _event_converter_GazeDataReceived(self, payload):
# channel: 1280
data = GazeDataItem()
reader = ParamStackReader(payload)
data_row = reader.pop() # element: gaze (type: tree)
data.Timestamp = self.get_gaze_data_column(data_row, GazeDataConstants.TimeStamp)
data.LeftEyePosition3D = Point3D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.LeftEyePosition3D))
data.LeftEyePosition3DRelative = Point3D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.LeftEyePosition3DRelative))
data.LeftGazePoint3D = Point3D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.LeftGazePoint3D))
data.LeftGazePoint2D = Point2D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.LeftGazePoint2D))
data.LeftPupil = self.get_gaze_data_column(data_row, GazeDataConstants.LeftPupil)
data.LeftValidity = self.get_gaze_data_column(data_row, GazeDataConstants.LeftValidity)
data.RightEyePosition3D = Point3D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.RightEyePosition3D))
data.RightEyePosition3DRelative = Point3D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.RightEyePosition3DRelative))
data.RightGazePoint3D = Point3D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.RightGazePoint3D))
data.RightGazePoint2D = Point2D._node_converter(self.get_gaze_data_column(data_row, GazeDataConstants.RightGazePoint2D))
data.RightPupil = self.get_gaze_data_column(data_row, GazeDataConstants.RightPupil)
data.RightValidity = self.get_gaze_data_column(data_row, GazeDataConstants.RightValidity)
if self.has_gaze_data_column(data_row, GazeDataConstants.TrigSignal):
data.TrigSignal = self.get_gaze_data_column(data_row, GazeDataConstants.TrigSignal)
return data
def _event_converter_FramerateChanged(self, payload):
# event: FramerateChanged
# channel: 1640
reader = ParamStackReader(payload)
data = reader.pop() # element: framerate (type: fixed15x16)
return data
def _response_converter_PayPerUseInfo(self, payload):
# opcode: 1600
reader = ParamStackReader(payload)
response = PayperuseInfo()
response.Enabled = reader.pop() > 0 # element: enabled (type: uint32)
response.Realm = reader.pop() # element: realm (type: uint32)
response.Authorized = reader.pop() > 0 # element: authorized (type: uint32)
return response
def _response_converter_AuthorizeChallenge(self, payload):
# opcode: 1900
reader = ParamStackReader(payload)
response = AuthorizeChallenge()
response.RealmId = reader.pop() # element: realm_ (type: uint32)
response.Algorithm = reader.pop() # element: algorithm (type: uint32)
response.ChallengeData = reader.pop() # element: challenge_data (type: blob)
return response
def _response_converter_XConfiguration(self, payload):
# opcode: 1430
reader = ParamStackReader(payload)
response = XConfiguration()
response.UpperLeft = Point3D._node_converter(reader.pop()) # element: upper_left (type: tree)
response.UpperRight = Point3D._node_converter(reader.pop()) # element: upper_right (type: tree)
response.LowerLeft = Point3D._node_converter(reader.pop()) # element: lower_left (type: tree)
return response
def _response_converter_UnitInfo(self, payload):
# opcode: 1420
reader = ParamStackReader(payload)
response = UnitInfo()
response.SerialNumber = reader.pop() # element: serial (type: string)
response.Model = reader.pop() # element: model (type: string)
response.Generation = reader.pop() # element: generation (type: string)
response.FirmwareVersion = reader.pop() # element: version (type: string)
return response
def _event_converter_XConfigurationChanged(self, payload):
# event: XconfigChanged
# channel: 1450
data = XConfiguration()
reader = ParamStackReader(payload)
data.UpperLeft = Point3D._node_converter(reader.pop()) # element: upper_left (type: tree)
data.UpperRight = Point3D._node_converter(reader.pop()) # element: upper_right (type: tree)
data.LowerLeft = Point3D._node_converter(reader.pop()) # element: lower_left (type: tree)
# ignore tool data element: guidlist (type: vector_string)
return data
def _response_converter_TrackBox(self, payload):
# opcode: 1400
reader = ParamStackReader(payload)
response = TrackBox()
response.Point1 = Point3D._node_converter(reader.pop()) # element: p1 (type: tree)
response.Point2 = Point3D._node_converter(reader.pop()) # element: p2 (type: tree)
response.Point3 = Point3D._node_converter(reader.pop()) # element: p3 (type: tree)
response.Point4 = Point3D._node_converter(reader.pop()) # element: p4 (type: tree)
response.Point5 = Point3D._node_converter(reader.pop()) # element: p5 (type: tree)
response.Point6 = Point3D._node_converter(reader.pop()) # element: p6 (type: tree)
response.Point7 = Point3D._node_converter(reader.pop()) # element: p7 (type: tree)
response.Point8 = Point3D._node_converter(reader.pop()) # element: p8 (type: tree)
return response
def _response_converter_AvailableExtensions(self, payload):
# opcode: 1810
reader = ParamStackReader(payload)
node = reader.pop() # element: available_extensions (type: tree)
return self._convert_node_to_extension_list(node)
def _response_converter_NameInfo(self, payload):
# opcode: 1700
reader = ParamStackReader(payload)
return reader.pop() # element: name (type: string)
def _response_converter_DiagnosticReport(self, payload):
# opcode: 1510
reader = ParamStackReader(payload)
return reader.pop() # element: report (type: blob)
def _response_converter_LowblinkMode(self, payload):
# opcode: 1920
reader = ParamStackReader(payload)
return reader.pop() > 0 # element: enabled (type: uint32)
def _response_converter_FramerateInfo(self, payload):
# opcode: 1610
reader = ParamStackReader(payload)
return reader.pop() # element: framerate (type: fixed15x16)
def _response_converter_AvailableFramerates(self, payload):
# opcode: 1630
reader = ParamStackReader(payload)
return reader.pop() # element: framerates (type: vector_fixed15x16)
def _response_converter_EnumerateIlluminationModes(self, payload):
reader = ParamStackReader(payload)
return reader.pop() # element: illumination modes (type: vector_string)
def _response_converter_GetIlluminationMode(self, payload):
reader = ParamStackReader(payload)
return reader.pop() # element: illumination mode (type: string)