single pin interface pin = 0..15 mode = INPUT, OUTPUT, INPUT_PULLUP (= same as INPUT)

////////////////////////////////////////////////////////////// single pin interface pin = 0..15 mode = INPUT, OUTPUT, INPUT_PULLUP (= same as INPUT

single pin interface pin = 0..7 mode = INPUT, OUTPUT, INPUT_PULLUP (= same as INPUT)

Population standard deviation

/////////////////////////////////////////// READ THE SENSOR

////////////////////////////////////// REPEAT

typical buffer size for 8 byte double is 22 bytes 15 bytes mantissa, sign dot E-xxx em = exponentMultiple.

/////////////////////////////////////////// ALERT (config register)

MCP49xxx series only see page 20 ==> not functional for MCP48xx series.

offset to calibrate the frequency (internal counter) offset must be stored by the user.

n = 1,2,3

Switch between normal heading and raw modes default = 0 ==> normal headings Note: after a reboot the output modus will be 0 again. as it is only store

enables / disables R, Rsquared and Esquared calculation This can be used to speed up the calculate function if these values are not used in your proje

reverse the behaviour (not implemented yet)

throttle to force delay between reads.

SCALE > 0

CALIBRATION mV PER AMP Adjusting resolution AC and DC

get the last state

stirling is an approximation function for factorial(n). it is slower but constant in time. float => 26! double => 143!

zero if count == zero

official support to UDA == 1024^12 kilo mega giga tera peta exa (1024^6) zetta yotta xona weka vunda uda (1024^12) (treda Byte == TDB is the next one

useStdDev must be true to use next three all return NAN if count == zero

returns I2C status, 0 = OK

unfortunately it is not possible to write a different value to the DAC and EEPROM simultaneously or write EEPROM only.