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SWENET Software Infrastructure Space Weather Data Specification ...

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Project: <strong>Space</strong> <strong>Weather</strong> Pilot Project Coordination and <strong>Software</strong> <strong>Infrastructure</strong> Development<br />

Reference: R047rep026_00_07_<strong>Data</strong>_<strong>Specification</strong>_(BIRA).doc<br />

eta_max space GmbH, Richard-Wagner-Str. 1, 38106 Braunschweig, Germany<br />

<strong>SWENET</strong> <strong>Software</strong> <strong>Infrastructure</strong> Date: 2004-10-20<br />

<strong>Space</strong> <strong>Weather</strong> <strong>Data</strong> <strong>Specification</strong> Version: 0.<br />

Column/Index <strong>Data</strong> Type Modifiers Description Check<br />

id serial key<br />

utc timestamp UTC date and time of summary<br />

station_id smallint Observation Station Indicator<br />

start_day smallint UT day of month of beginning of event<br />

utc_start time UTC time of event start<br />

start_qualifier -><br />

tb_sec_geoa_ugeoe<br />

_time_qualifier_cod<br />

e.code_id<br />

fkey start time qualifier<br />

utc_max time UTC time of event maximum<br />

utc_end time UTC time of event end<br />

end_qualifier -><br />

tb_sec_geoa_ugeoe<br />

_time_qualifier_cod<br />

e.code_id<br />

xray_class -><br />

tb_sec_geoa_ugeoe<br />

_xray_class_code.c<br />

ode_id<br />

fkey end time qualifier<br />

fkey indicates x-ray event class<br />

xray_intensity float(4) x-ray intensity from 1.0 to 9.9 (report x-ray intensity >=9.9 as<br />

9.9)<br />

optical_importance -><br />

tb_sec_geoa_ugeoe<br />

_optical_importance<br />

_code.code_id<br />

optical_intensity -><br />

tb_sec_geoa_ugeoe<br />

_optical_intensity_c<br />

ode.code_id<br />

fkey optical flare importance based upon corrected area in square<br />

degrees<br />

fkey optical flare intensity<br />

External data resources Status: Draft<br />

0.0

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