This is where the records in each array generated by the
Campbell logger running the Metsys code are defined.

Updated 4:39 PM 10/04/1999 by Zorba to add record type 402 and reformat
for standard 80 column format.


Array type 302:

Generation interval, 10 minutes normal, 1 minute in test mode.

01 Array type
02 Day of year
03 Hour and Minute
04 Battery Voltage
05 Air Temperature, degrees C.
06 Realtive Humidity %
07 Barometric pressure in Millibars, modulo 1000.
08 Average Windspeed Knots
09 Average Wind direction, degrees TRUE
10 Average Buoy heading, degrees MAGNETIC
11 Average Wind direction, degrees relative to buoy or platform


Array type 303:

Generation interval, 10 minutes normal, 1 minute in test mode.

01 Array type
02 Day of year
03 Hour and Minute
04 Battery Voltage
05 Air Temperature, degrees C.
06 Relative Humidity %
07 Barometric pressure as Millibars minus 800.
08 Average Windspeed Knots
09 Average Wind direction from, degrees MAGNETIC
10 Average Buoy heading, degrees MAGNETIC
11 Average Wind direction, degrees relative to sensor electrical midpoint.


Array type 304:

Generation interval, 10 minutes normal, 1 minute in test mode.

01 Array type
02 Day of year
03 Hour and Minute
04 Battery Voltage
05 Air Temperature, degrees C.
06 Always 0
07 Barometric pressure as Millibars minus 800.
08 Average Windspeed Knots
09 Average Wind direction from, degrees MAGNETIC
10 Average Buoy heading, degrees MAGNETIC
11 Average Wind direction, degrees relative to sensor electrical midpoint.


Array type 400:

Generation interval, 10 minutes normal, 1 minute in test mode.
Produced by Sonic Anemometer equipped systems.

01 Array type
02 Day of year
03 Hour and Minute
04 Battery Voltage
05 Air Temperature, degrees C.
06 Relative Humidity %
07 Barometric pressure as Millibars minus 800.
08 Average Windspeed Knots
09 Average Wind direction from, degrees MAGNETIC
10 Average Buoy heading, degrees MAGNETIC
11 Average Wind direction, degrees relative to sensor origin.
12 If POSITIVE value:
   Average Velocity of Sound in Knots.

   If NEGATIVE value:
   Represents error counts from Sonic Anemometer. It is encoded
   in the form "-MM.CC", where values to left of the decimal point represent
   a count of measurement errors, i.e. obstruction of transducers (birds,
   waves).  The number to the right of the decimal point is the count of
   communication errors,  where the CR10X did not receive a response from
   the anemometer when commanding a sample.  Neither value should exceed 59
   counts, the number of samples in the averaging period.


Array type 401:

Generation interval, 10 minutes normal, 1 minute in test mode.
Produced by Sonic Anemometer equipped systems.

01 Array type
02 Day of year
03 Hour and Minute
04 Battery Voltage
05 Air Temperature, degrees C.
06 Relative Humidity %
07 Barometric pressure as Millibars minus 800.
08 Average Windspeed Knots
09 Average Wind direction from, degrees MAGNETIC
10 Average Buoy heading, degrees MAGNETIC
11 Average Wind direction, degrees relative to sensor origin.
12 This data item is stored in 5 DIGIT resolution

   If POSITIVE value:
   Average Velocity of Sound in Knots.

   If NEGATIVE value:
   Represents error counts from Sonic Anemometer. It is encoded
   in the form "-MM.CC", where values to left of the decimal point represent
   a count of measurement errors, i.e. obstruction of transducers (birds,
   waves).  The number to the right of the decimal point is the count of
   communication errors,  where the CR10X did not receive a response from
   the anemometer when commanding a sample.  Neither value should exceed 59
   counts, the number of samples in the averaging period.


Array type 402:

Generation interval, 10 minutes normal, 1 minute in test mode.
This is a test setup that supports both sonic and mechanical anemometers.
The "prime" wind sensor is the Sonic, only records 10,11,& 12 have to do with
the RM Young mechanical...

01 Array type
02 Day of year
03 Hour and Minute
04 Battery Voltage
05 Air Temperature, degrees C.
06 Relative Humidity %
07 Barometric pressure as Millibars minus 800.
08 Average Windspeed Knots
09 Average Wind direction from, degrees MAGNETIC
10 Windbird speed
11 Windbird wind direction
12 Windbird degrees relative to sensor origin
13 Average Buoy heading, degrees MAGNETIC
14 Average Wind direction, degrees relative to sensor origin.
15 This data item is stored in 5 DIGIT resolution

   If POSITIVE value:
   Average Velocity of Sound in Knots.

   If NEGATIVE value:
   Represents error counts from Sonic Anemometer. It is encoded
   in the form "-MM.CC", where values to left of the decimal point represent
   a count of measurement errors, i.e. obstruction of transducers (birds,
   waves).  The number to the right of the decimal point is the count of
   communication errors, where the CR10X did not receive a response from the
   anemometer when commanding a sample.  Neither value should exceed 59
   counts, the number of samples in the averaging period.