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HMI Ring Diagrams
Pipeline Script Specifications
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avg120
Script Version
1.8 1 XII 2014
General Description
Produces time averaged images over 1/3 of a Carrington rotation (120 deg)
from the definitive HMI observable time series, using the same acceptance
criteria as rdday
Status
Included in JSOC release 8.7
The script is in the JSOC CVS repository
Usage
avg120 [-test] [-TYPE] CR CL
Arguments
-test If specified, the output series will be in namespace hmi_test;
otherwise it is in hmi
TYPE A code for the observable series to be averaged
Valid values are: v (for series *.V_45s); c (for series *.Ic_45s);
z (for series *.M_45s); w (for series *.Lw_45s); d (for series
*.Ld_45s); and l (for intermediate series line core *.LC_45s).
If not specified, the default is v
CR The Carrington rotation number at the center of the averaging interval
CL The central meridian longitude at the center of the averaging interval
Input Data Series:
hmi.*_45s
Output Data Series:
hmi.V_avg120
hmi_test.C_avg120
hmi_test.V_avg120
Modules invoked:
datavg
Auxiliary Files used:
~rick/hmi/qual/reject.V (for data acceptance beyond QUALITY)
~rick/hmi/tmpfs (for location of temp and scratch files)
~rick/rings/notify (for addresses of email notifications)
Fixed Parameter Values:
module:param | TYPEv | i | z | w | d |
l |
datavg:flags |
-ov |
-v |
-v |
-v |
-v |
-v |
datavg:length |
120 |
120 |
120 |
120 |
120 |
120 |
datavg:qmask |
0x80004000 |
0x80004000 |
0x80004000 |
0x80004000 |
0x80004000 |
0x80004000 |
datavg:reject |
~rick/hmi/qual/reject |
— |
— |
— |
— |
— |
datavg:mscale |
0.25 |
— |
— |
— |
— |
datavg:mzero |
0.0 |
— |
— |
— |
— |
— |
datavg:pscale |
10.0 |
— |
— |
— |
— |
— |
datavg:pzero |
327670.0 |
— |
— |
— |
— |
— |
Sample commands:
avg120 2100 180
avg120 -test -c 2100 360
Changes from Previous Version
— added appropriate parameter values for output scaling options for Doppler data;
others use ouput series defaults
Bugs in current version
The line core option is a stub for use of unimplemented intermediate series
produced by subtraction of line depth from continuum as input