T	WBAN
NOAA NCDC DAILY FSOD[TSUN SCMM SGMM DPNT FRGT SAMM MNRH FRGB CLDG STSS SASS TMIN PKGS elev GAHT lat MXRH ASSS PRES FRGH SCSS ASMM STMM AWND SNWD Name lon SMSS PRCP SNOW HTDG TMPW TMAX PSUN SGSS SMMM THIC DPTP ]
NOAA NCDC DAILY FSOD THIC[ T | WBAN]	O=-0.5	D
NOAA NCDC DAILY FSOD SMMM[ T | WBAN]	O=-0.5	D
NOAA NCDC DAILY FSOD HTDG[ T | WBAN]	O=-0.5	D
NOAA NCDC DAILY FSOD FRGB[ T | WBAN]	O=-0.5	D
NOAA NCDC DAILY FSOD FRGT[ T | WBAN]	O=-0.5	D
NOAA NCDC DAILY FSOD Name[ WBAN |]		D
NOAA NCDC DAILY FSOD Name[ WBAN |]		D
$integral dT$ $integral dWBAN$ $partialdiff sub WBAN$ [ NOAA NCDC DAILY FSOD GAHT ] [ T | WBAN]	M	D
NOAA NCDC DAILY FSOD lat[ WBAN |]		D
$partialdiff sub WBAN$ $integral dT$ $integral dWBAN$ $partialdiff sub WBAN$ [ NOAA NCDC DAILY FSOD GAHT ] [ T | WBAN]	M	M

SOURCES .NOAA .NCDC .DAILY .FSOD THIC 1 index .SMMM 2 index .HTDG 3 index .FRGB 4 index .FRGT 5 index .Name 6 index .Name 7 index .GAHT WBAN partial %5BWBAN %5Ddetrend-bfl WBAN integral T integral 8 index .lat 1 index WBAN partial

Filters

Here are some filters that are useful for manipulating data. There are actually many more available, but they have to be entered manually. See Ingrid Function Documentation for more information.

• Monthly Climatology calculates a monthly climatology by averaging over all years.
• anomalies calculates the difference between the (above) monthly climatology and the original data.
• Integrate along T WBAN
• Differentiate along T WBAN
• Take differences along T WBAN

Average over T WBAN | T WBAN |
RMS (root mean square with mean *not* removed) over T WBAN | T WBAN |
RMSA (root mean square with mean removed) over T WBAN | T WBAN |
Maximum over T WBAN | T WBAN |
Minimum over T WBAN | T WBAN |
Detrend (best-fit-line) over T WBAN | T WBAN |

Convert units from inches/ids ids days/ids to

Note on units