! * @brief Sets Minimum Delay Value * @param sensor * Sensor that will be set */

! * @brief Sets sensor name * @param sensor * Sensor that will be set */

! * @brief Read Humidity * @param force * force read mode * @return float value - humidity in percent */

! * @brief Read temperature * @param S * Scale. Boolean value: * - true = Fahrenheit * - false = Celcius * @param force

! * @brief Instantiates a new DHT class * @param pin * pin number that sensor is connected * @param type * type of sensor

! * @brief Instantiates a new DHT_Unified class * @param pin * pin number that sensor is connected * @param type * type o

! * @brief Instantiates a new DHT_Unified Humidity Class * @param parent * Parent Sensor * @param id * Sensor id */

! * @brief Instantiates a new DHT_Unified Temperature Class * @param parent * Parent Sensor * @param id * Sensor id */

! * @brief Setup sensor (calls begin on It) */

! * @brief Setup sensor pins and set pull timings * @param usec * Optionally pass pull-up time (in microseconds) before DHT reading *

! * @brief Compute Heat Index * Simplified version that reads temp and humidity from sensor * @param isFahrenheit * true if fahr

! * @brief Converts Celcius to Fahrenheit * @param c * value in Celcius * @return float value in Fahrenheit */

! * @brief Converts Fahrenheit to Celcius * @param f * value in Fahrenheit * @return float value in Celcius */

Expect the signal line to be at the specified level for a period of time and return a count of loop cycles spent at that level (this cycle count can b

! * @brief Reads the sensor and returns the data as a sensors_event_t * @param event * @return always returns true */

! * @brief Provides the sensor_t data for this sensor * @param sensor */

! * @brief Returns humidity stored in _humidity * @return Humidity value */

! * @brief Read value from sensor or return last one from less than two *seconds. * @param force * true if using force mode * @retur

! * @brief Returns temperature stored in _temp * @return Temperature value */