bme280: Fix typos in bme280.md.

Thanks to @CesiumK9 for bringing them up.

README.md

@@ -1,101 +1,101 @@
-# BME280 Micropython driver for the BME280 sensor
+# BME280 Micropython driver for the BME280 sensor
-
+
-This is a driver for the Bosch BME280 temperature/pressure/humidity sensor,
+This is a driver for the Bosch BME280 temperature/pressure/humidity sensor,
-for use with MicroPython on Pycom of ESP8266 boards. It is also compatible with
+for use with MicroPython on Pycom of ESP8266 boards. It is also compatible with
-the BMP280 which provides the same interface but temperature + pressure only.
+the BMP180 which provides the same interface but temperature + pressure only.
-
+
-Two different variants of the library are supplied. bme20_int.py uses integer
+Two different variants of the library are supplied. bme20_int.py uses integer
-arithmetic, bme280_float.py uses float arithmetic for the compensation  of the
+arithmetic, bme280_float.py uses float arithmetic for the compensation  of the
-raw values. The results are (almost) the identical, but the format of the
+raw values. The results are (almost) the identical, but the format of the
-returned values differs.
+returned values differs.
-
+
-## About the BME280
+## About the BME280
-
+
-The Bosch BME280 Environmental Sensor is a combined temperature, pressure and
+The Bosch BME280 Environmental Sensor is a combined temperature, pressure and
-humidity sensor. It can communicate via I2C or SPI; this driver uses I2C.
+humidity sensor. It can communicate via I2C or SPI; this driver uses I2C.
-
+
-See the datasheet at https://ae-bst.resource.bosch.com/media/_tech/media/datasheets/BST-BME280_DS002.pdf
+See the datasheet at https://ae-bst.resource.bosch.com/media/_tech/media/datasheets/BST-BME280_DS002.pdf
-for details.
+for details.
-
+
-## Class
+## Class
-
+
-bme= BME280(i2c=i2c, mode=BME280_OSAMPLE_8, address=BME280_I2CADDR)
+bme = BME280(i2c=i2c, mode=BME280_OSAMPLE_8, address=BME280_I2CADDR)
-
+
-mode is the setting for oversampling of the humidity value, address the i2c
+mode is the setting for oversampling of the humidity value, address the i2c
-address used.
+address used.
-
+
-## Properties
+## Properties
-
+
-### values = BME280.values
+### values = BME280.values
-
+
-The `values` property is a convenience function that provides a tuple of
+The `values` property is a convenience function that provides a tuple of
-human-readable string values to quickly check that the sensor is working.
+human-readable string values to quickly check that the sensor is working.
-In practice, the method to use is `read_compensated_data()` which returns
+In practice, the method to use is `read_compensated_data()` which returns
-a `(temperature, pressure, humidity)`-tuple
+a `(temperature, pressure, humidity)`-tuple
-
+
-### altitude = bmp.altitude
+### altitude = bme.altitude
-Altitude in m. The altitude is calculated based on the value given to
+Altitude in m. The altitude is calculated based on the value given to
-the property sealevel (see below). Obviously, this value does not have to be the
+the property sealevel (see below). Obviously, this value does not have to be the
-sealevel pressure, but any pressure you may select, for instance to measure
+sealevel pressure, but any pressure you may select, for instance to measure
-altitude difference in general.
+altitude difference in general.
-
+
-### bmp.sealevel = sealevel  
+### bme.sealevel = sealevel
-### sealevel = bmp.sealevel
+### sealevel = bme.sealevel
-Setting and getting the pressure for altitude calculation.  
+Setting and getting the pressure for altitude calculation.
-The default is 101325 Pa, but you can use your local
+The default is 101325 Pa, but you can use your local
-QNH in Pa, or set a local pressure to determine altitude difference.  
+QNH in Pa, or set a local pressure to determine altitude difference.
-
+
-### dew_point = bmp.dew_point
+### dew_point = bme.dew_point
-Returns the dew_point temperature (°C) calculated from the actual temperature and humidity.  
+Returns the dew_point temperature (°C) calculated from the actual temperature and humidity.
-
+
-## Methods
+## Methods
-
+
-### values = read_compensated_data(result = None)
+### values = read_compensated_data(result = None)
-
+
-Values is an array of either integers (bme280_int.py) of floats (bme280_float.py),
+Values is an array of either integers (bme280_int.py) of floats (bme280_float.py),
-holding the values of temperature, pressure and humidity.
+holding the values of temperature, pressure and humidity.
-The format differs for integers and floats:
+The format differs for integers and floats:
-
+
-#### Integer formats:
+#### Integer formats:
-* `temperature`:  the temperature in hundredths of a degree Celsius. For example,
+* `temperature`:  the temperature in hundredths of a degree Celsius. For example,
-the value 2534  indicates a temperature of 25.34 degrees.
+the value 2534  indicates a temperature of 25.34 degrees.
-* `pressure`: the atmospheric pressure. This 32-bit value consists of 24 bits
+* `pressure`: the atmospheric pressure. This 32-bit value consists of 24 bits
-indicating the integer value, and 8 bits indicating the fractional value. To get
+indicating the integer value, and 8 bits indicating the fractional value. To get
-a value in Pascals, divide the return value by 256. For example, a value of
+a value in Pascals, divide the return value by 256. For example, a value of
-24674867 indicates 96386.2Pa, or 963.862hPa.
+24674867 indicates 96386.2Pa, or 963.862hPa.
-* `humidity`: the relative humidity. This 32-bit value consists of 22 bits
+* `humidity`: the relative humidity. This 32-bit value consists of 22 bits
-indicating the integer value, and 10 bits indicating the fractional value.
+indicating the integer value, and 10 bits indicating the fractional value.
-To get a value in %RH, divide the return value by 1024. For example, a value of
+To get a value in %RH, divide the return value by 1024. For example, a value of
-47445 indicates 46.333%RH.
+47445 indicates 46.333%RH.
-
+
-#### Float formats
+#### Float formats
-* `temperature`:  the temperature in degree Celsius.
+* `temperature`:  the temperature in degree Celsius.
-* `pressure`: the atmospheric pressure in Pascal.
+* `pressure`: the atmospheric pressure in Pascal.
-* `humidity`: the relative humidity in percent.
+* `humidity`: the relative humidity in percent.
-
+
-If the parameter result is supplied as an array of the appropriate type, The
+If the parameter result is supplied as an array of the appropriate type, The
-return values will in addition be stored in that array, and the array will be
+return values will in addition be stored in that array, and the array will be
-returned.
+returned.
-
+
-### read_raw_data(result)
+### read_raw_data(result)
-Store the raw sensor data into the array result, which must provide space for three
+Store the raw sensor data into the array result, which must provide space for three
-32 bit integers, as provided for instance by `array("i", [0, 0, 0])`. This
+32 bit integers, as provided for instance by `array("i", [0, 0, 0])`. This
-method is used internally.
+method is used internally.
-
+
-### Example
+### Example
-
+
-Copy `bme280_float.py` onto the board. Then:
+Copy `bme280_float.py` onto the board. Then:
-
+
-``` python
+``` python
-#
+#
-# this script assumes the default connection of the I2C bus
+# this script assumes the default connection of the I2C bus
-# On pycom devuces that is P9 = SDA, P10 = scl
+# On pycom devuces that is P9 = SDA, P10 = scl
-#
+#
-import machine
+import machine
-import bme280_float as bme280
+import bme280_float as bme280
-
+
-i2c = machine.I2C()
+i2c = machine.I2C()
-bme = bme280.BME280(i2c=i2c)
+bme = bme280.BME280(i2c=i2c)
-
+
-print(bme.values)
+print(bme.values)
-```
+```