Make Spell-check workflow happy 😊 (#121)

* docs: spelling fixes

* docs: `Commander.py` spelling fixes

* ci: update ignored word list

* docs: Add pres to ignored word list

* ci: change words to lower case

* ci: add `ser` to ignored word list

* fix: add missing `.` to `.codespellrc`

* docs: fix more spelling

* docs: replace `colour` with US spelling `color`

Author: aliphys

src/Arduino_BHY2Host.h

@@ -95,7 +95,7 @@ class Arduino_BHY2Host {
   void configureSensor(SensorConfigurationPacket& config);
   void configureSensor(uint8_t sensorId, float sampleRate, uint32_t latency);
   /**
-   * @brief Recieve acknowledgement from Nicla board over ESLOV
+   * @brief Receive Acknowledgment from Nicla board over ESLOV
    * 
    * @return uint8_t One byte of data read from the I2C bus.
    */

src/BLEHandler.h

@@ -11,7 +11,7 @@ class BLEHandler {
   BLEHandler();
   virtual ~BLEHandler();
   /**
-   * @brief Initialise BLE for DFU and sensor data transfer and connect to Nicla device
+   * @brief initialize BLE for DFU and sensor data transfer and connect to Nicla device
    * 
    * @return true successful connection to Nicla over BLE
    * 

src/EslovHandler.h

@@ -61,7 +61,7 @@ class EslovHandler {
   /**
    * @brief Start I2C communication over ESLOV between host board and Nicla
    * 
-   * @return true I2C communication initialised successfully. 
+   * @return true I2C communication initialized successfully. 
    */
   bool begin(bool passthrough);
   /**
@@ -91,30 +91,30 @@ class EslovHandler {
   /**
    * @brief Requests an acknowledgment packet from the Nicla over ESLOV.
    * 
-   * @return uint8_t acknowledge packet recieved from the Nicla over ESLOV
+   * @return uint8_t acknowledge packet Received from the Nicla over ESLOV
    */
   uint8_t requestPacketAck();
   /**
-   * @brief Change `EslovState` of Nicla to `ESLOV_AVAILABLE_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the avaliable sensor data over I2C.
+   * @brief Change `EslovState` of Nicla to `ESLOV_AVAILABLE_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the available sensor data over I2C.
    * 
    * @return uint8_t Number of available sensor data packets.
    */
   uint8_t requestAvailableData();
   /**
-   * @brief Change `EslovState` of Nicla to `ESLOV_AVAILABLE_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the avaliable long sensor data over I2C.
+   * @brief Change `EslovState` of Nicla to `ESLOV_AVAILABLE_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the available long sensor data over I2C.
    * 
    * @return uint8_t Number of available long sensor data packets.
    */
   uint8_t requestAvailableLongData();
   /**
-   * @brief Change `EslovState` of Nicla to `ESLOV_READ_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the avaliable sensor data over I2C.
+   * @brief Change `EslovState` of Nicla to `ESLOV_READ_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the available sensor data over I2C.
    * 
    * @param sData data packet containing sensorID, payload size and data payload
    * @return true Successful request of sensor data
    */
   bool requestSensorData(SensorDataPacket &sData);
   /**
-   * @brief Change `EslovState` of Nicla to `ESLOV_READ_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the avaliable long sensor data over I2C.
+   * @brief Change `EslovState` of Nicla to `ESLOV_READ_SENSOR_STATE` and wait for the interrupt pin to go high. Then read the available long sensor data over I2C.
    * 
    * @param sData data packet containing sensorID, payload size and data payload
    * @return true Successful request of sensor data

src/sensors/DataParser.h

@@ -51,7 +51,7 @@ struct DataBSEC {
   uint16_t  iaq_s;       //iaq value for stationary use cases
   float     b_voc_eq;    //breath VOC equivalent (ppm)
   uint32_t  co2_eq;      //CO2 equivalent (ppm) [400,]
-  float     comp_t;      //compensated temperature (celcius)
+  float     comp_t;      //compensated temperature (celsius)
   float     comp_h;      //compensated humidity
   uint32_t  comp_g;      //compensated gas resistance (Ohms)
   uint8_t   accuracy;    //accuracy level: [0-3]