* Get reference temperature value
*
* First initially uc_get_rate_by_name is tried. At the startup due to
- * nondeterministic
- * order the temperature may not be read yet (then it fails and first measurment
- * gives
- * only absolute air pressure reading which is acceptable). Once it succedes
- * (should be
- * second measurement at the latest) we use average of few last readings from
- * uc_get_history_by_name. It may take few readings to start filling so again we
- * use
- * uc_get_rate_by_name as a fallback.
+ * nondeterministic order the temperature may not be read yet (then it fails and
+ * first measurment gives only absolute air pressure reading which is
+ * acceptable). Once it succedes (should be second measurement at the latest) we
+ * use average of few last readings from uc_get_history_by_name. It may take few
+ * readings to start filling so again we use uc_get_rate_by_name as a fallback.
* The idea is to use basic "noise" filtering (history averaging) across all the
- * values
- * which given sensor provides (up to given depth). Then we get minimum among
- * the sensors.
+ * values which given sensor provides (up to given depth). Then we get minimum
+ * among the sensors.
*
* @param result where the result is stored. When not available NAN is stored.
*
avg_num = 0;
/* First time need to read current rate to learn how many values are
- there (typically for temperature it would be just one).
- We do not expect dynamic changing of number of temperarure values
- in runtime yet (are there any such cases?). */
+ there (typically for temperature it would be just one). We do not expect
+ dynamic changing of number of temperarure values in runtime yet (are
+ there any such cases?). */
if (!list->initialized) {
if (uc_get_rate_by_name(list->sensor_name, &values, &values_num)) {
DEBUG(