Update refs to circuitpython versions

circuitpython_sensirion_i2c_sen5x/commands/wrapped.py

@@ -77,7 +77,7 @@ def interpret_response(self, data):
         :return:
             Object containing all measured values.
         :rtype:
-            ~sensirion_i2c_sen5x.measured_values.Sen5xMeasuredValues
+            ~circuitpython_sensirion_i2c_sen5x.measured_values.Sen5xMeasuredValues
         :raise ~circuitpython_sensirion_i2c_driver.errors.I2cChecksumError:
             If a received CRC was wrong.
         """
@@ -257,7 +257,7 @@ def interpret_response(self, data):
         :return:
             The device version as an object.
         :rtype:
-            ~sensirion_i2c_sen5x.response_types.Sen5xVersion
+            ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xVersion
         :raise ~circuitpython_sensirion_i2c_driver.errors.I2cChecksumError:
             If a received CRC was wrong.
         """
@@ -305,7 +305,7 @@ def interpret_response(self, data):
         :return:
             Device status as an object.
         :rtype:
-            ~sensirion_i2c_sen5x.response_types.Sen5xDeviceStatus
+            ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xDeviceStatus
         :raise ~circuitpython_sensirion_i2c_driver.errors.I2cChecksumError:
             If a received CRC was wrong.
         """
@@ -331,7 +331,7 @@ def interpret_response(self, data):
         :return:
             Device status as an object.
         :rtype:
-            ~sensirion_i2c_sen5x.response_types.Sen5xDeviceStatus
+            ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xDeviceStatus
         :raise ~circuitpython_sensirion_i2c_driver.errors.I2cChecksumError:
             If a received CRC was wrong.
         """

circuitpython_sensirion_i2c_sen5x/device.py

@@ -94,7 +94,7 @@ def get_version(self):
         :return:
             The device version.
         :rtype:
-            ~sensirion_i2c_sen5x.response_types.Sen5xVersion
+            ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xVersion
         """
         return self.execute(Sen5xI2cCmdGetVersion())
 
@@ -108,7 +108,7 @@ def read_device_status(self, clear=False):
         :return:
             The device status as an object containing all status flags.
         :rtype:
-            ~sensirion_i2c_sen5x.response_types.Sen5xDeviceStatus
+            ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xDeviceStatus
         """
         return self.execute(
             Sen5xI2cCmdReadAndClearDeviceStatus() if clear
@@ -129,7 +129,7 @@ def start_measurement(self):
             After starting the measurement, it takes some time (~1s) until the
             first measurement results are available. You could poll with the
             method
-            :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_data_ready()`
+            :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_data_ready()`
             to check when the results are ready to read.
 
         .. note::
@@ -155,7 +155,7 @@ def start_measurement_without_pm(self):
             After starting the measurement, it takes some time (~1s) until the
             first measurement results are available. You could poll with the
             method
-            :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_data_ready()`
+            :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_data_ready()`
             to check when the results are ready to read.
 
         .. note::
@@ -188,7 +188,7 @@ def read_data_ready(self):
         This command can be used to check if new measurement results are ready
         to read. The data ready flag is automatically reset after reading the
         measured values with
-        :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_measured_values()`.
+        :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_measured_values()`.
 
         .. note::
 
@@ -212,7 +212,7 @@ def read_measured_values(self):
         .. note::
 
             The method
-            :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_data_ready()`
+            :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.read_data_ready()`
             can be used to check if new data is available since the last read
             operation. If no new data is available, the previous values will be
             returned again. If no data is available at all (no measurement
@@ -225,7 +225,7 @@ def read_measured_values(self):
             The returned object always contains all measurement signals, but
             it depends on the measure mode and the product which signal values
             are actually available. See
-            :py:class:`~sensirion_i2c_sen5x.measured_values.Sen5xMeasuredValues`
+            :py:class:`~circuitpython_sensirion_i2c_sen5x.measured_values.Sen5xMeasuredValues`
             for details how it handles values which are not available. In
             particular, mass concentration values are not available in the
             low-power measure mode, RH/T/VOC are not available with SEN50
@@ -235,7 +235,7 @@ def read_measured_values(self):
         :return:
             The latest measurement results.
         :rtype:
-            :py:class:`~sensirion_i2c_sen5x.measured_values.Sen5xMeasuredValues`
+            :py:class:`~circuitpython_sensirion_i2c_sen5x.measured_values.Sen5xMeasuredValues`
         """
         return self.execute(Sen5xI2cCmdReadMeasuredValues())
 
@@ -363,7 +363,7 @@ def get_rht_acceleration_mode(self):
 
         :return:
             The current RH/T acceleration mode. See
-            :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.set_rht_acceleration_mode()`
+            :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.set_rht_acceleration_mode()`
             for the list of available modes.
         :rtype:
             int
@@ -567,7 +567,7 @@ def get_voc_state(self):
         Get the current VOC algorithm state.
 
         The returned data can be used to restore the state with the method
-        :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.set_voc_state()`
+        :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.set_voc_state()`
         to resume operation after a short power cycle or device reset,
         skipping the initial learning phase of the VOC algorithm.
 
@@ -600,7 +600,7 @@ def set_voc_state(self, state):
         only for a short time. So the VOC index output value needs a long time
         until it is stable again. This can be avoided by restoring the
         algorithm state previously retrieved by
-        :py:meth:`~sensirion_i2c_sen5x.device.Sen5xI2cDevice.get_voc_state()`
+        :py:meth:`~circuitpython_sensirion_i2c_sen5x.device.Sen5xI2cDevice.get_voc_state()`
         before starting the measure mode.
 
         .. note::

circuitpython_sensirion_i2c_sen5x/measured_values.py

@@ -57,35 +57,35 @@ def __init__(self, values):
         self.values = values
 
         #: Mass concentration PM1.0
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
         self.mass_concentration_1p0 = Sen5xMassConcentration(values[0])
 
         #: Mass concentration PM2.5
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
         self.mass_concentration_2p5 = Sen5xMassConcentration(values[1])
 
         #: Mass concentration PM4.0
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
         self.mass_concentration_4p0 = Sen5xMassConcentration(values[2])
 
         #: Mass concentration PM10.0
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xMassConcentration`).
         self.mass_concentration_10p0 = Sen5xMassConcentration(values[3])
 
         #: Ambient humidity
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xHumidity`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xHumidity`).
         self.ambient_humidity = Sen5xHumidity(values[4])
 
         #: Ambient temperature
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xTemperature`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xTemperature`).
         self.ambient_temperature = Sen5xTemperature(values[5])
 
         #: VOC index
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xAirQualityIndex`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xAirQualityIndex`).
         self.voc_index = Sen5xAirQualityIndex(values[6])
 
         #: NOx index
-        #: (:py:class:`~sensirion_i2c_sen5x.response_types.Sen5xAirQualityIndex`).
+        #: (:py:class:`~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xAirQualityIndex`).
         self.nox_index = Sen5xAirQualityIndex(values[7])
 
     def to_str(self, separator="\n"):

circuitpython_sensirion_i2c_sen5x/response_types.py

@@ -274,11 +274,11 @@ def __init__(self, firmware, hardware, protocol):
         """
         Constructor.
 
-        :param ~sensirion_i2c_sen5x.response_types.Sen5xFirmwareVersion firmware:
+        :param ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xFirmwareVersion firmware:
             Firmware version.
-        :param ~sensirion_i2c_sen5x.response_types.Sen5xHardwareVersion hardware:
+        :param ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xHardwareVersion hardware:
             Hardware version.
-        :param ~sensirion_i2c_sen5x.response_types.Sen5xProtocolVersion protocol:
+        :param ~circuitpython_sensirion_i2c_sen5x.response_types.Sen5xProtocolVersion protocol:
             SHDLC protocol version.
         """
         super(Sen5xVersion, self).__init__()