Feature Representation
In addition to the generic FME feature attributes that FME Workbench adds to all features (see About Feature Type Attributes), this format adds the format-specific attributes described in this topic.
Each ASTER (HDF4) raster image subdataset corresponds to a single feature in FME.
Attribute Name |
Contents |
hdf4_aster_type |
This will always be hdf4_raster. |
hdf4_aster_asterobservatiomode |
Observation modes for each sensorgroup. |
hdf4_aster_asteroperationmode |
One of three operation modes (OBSERVATION, CALIBRATION or TEST). |
hdf4_aster_astersceneid |
The scene identifier defined by path, row and view. |
hdf4_aster_averageoffset |
Average offset value (LAOset, PAOset) where LAOset is the average offset in along track direction, and PAOset is the average offset in cross track direction. |
hdf4_aster_avgcorrelcoef |
The average correlation coefficient. |
hdf4_aster_calendardate |
The year (and optionally month and day). This attribute is used to specify a single date covered by a data collection, granule or event. |
hdf4_aster_coarsedemversion |
The version information of the coarse DEM database (version, issuance date, comments). |
hdf4_aster_conunit{} |
See product specifications. |
hdf4_aster_conunit{}b |
See product specifications. |
hdf4_aster_conunit{}n |
See product specifications. |
hdf4_aster_corintel{} |
Correction of the intertelescope error of SWIR and TIR. |
hdf4_aster_corintel{}b |
Correction of the intertelescope error of SWIR and TIR. |
hdf4_aster_corintel{}n |
Correction of the intertelescope error of SWIR and TIR. |
hdf4_aster_corpara{} |
Correction of the SWIR parallax error. |
hdf4_aster_corpara{}b |
Correction of the SWIR parallax error. |
hdf4_aster_corpara{}n |
Correction of the SWIR parallax error. |
hdf4_aster_cthld |
See product specifications. |
hdf4_aster_eastboundingcoordinate |
Eastern-most coordinate of the limit of coverage expressed in longitude. |
hdf4_aster_flyingdirection |
The satellite flight direction when observation is done. ‘AS’: ascending direction, ‘DE’: descending direction. |
hdf4_aster_futurereviewdate |
Date of next planned QA peer review. |
hdf4_aster_gain |
Band number and gain setting. |
hdf4_aster_geometricdbversion |
The version information of the geometric correction data (version, issuance date). |
hdf4_aster_hdfeosversion |
See product specifications. |
hdf4_aster_idofastergdsdatabrowse |
See product specifications. |
hdf4_aster_idofastergdsdatagranule |
Unique identifier for location of a data granule held in ASTER GDS. |
hdf4_aster_imagedatainformation{} |
See product specifications. |
hdf4_aster_imagedatainformation{}b |
See product specifications. |
hdf4_aster_imagedatainformation{}n |
See product specifications. |
hdf4_aster_incl{} |
See product specifications. |
hdf4_aster_incl{}b |
See product specifications. |
hdf4_aster_incl{}n |
See product specifications. |
hdf4_aster_instrumentshortname |
The unique identifier of an instrument (ASTER). |
hdf4_aster_lowerleft |
The coordinates of the lower-left corner of the scene (lat/long). |
hdf4_aster_lowerright |
The coordinates of the lower-right corner of the scene (lat/long). |
hdf4_aster_maporientationangle |
The angle of the clockwise rotation from Y-axis of the map projected coordinates at ascending, within the range [-90.0, 90.0]. |
hdf4_aster_mapprojectionname |
The name of the systematic representation of all or part of the surface of the Earth on a plane or developable surface. |
hdf4_aster_meanandstd{} |
See product specifications. |
hdf4_aster_meanandstd{}b |
See product specifications. |
hdf4_aster_meanandstd{}n |
See product specifications. |
hdf4_aster_measurementpointnumber{} |
The number of measurement points. |
hdf4_aster_minandmax{} |
See product specifications. |
hdf4_aster_minandmax{}b |
See product specifications. |
hdf4_aster_minandmax{}n |
See product specifications. |
hdf4_aster_modeandmedian{} |
See product specifications. |
hdf4_aster_modeandmedian{}b |
See product specifications. |
hdf4_aster_modeandmedian{}n |
See product specifications. |
hdf4_aster_mpmethod{} |
Map projection method (UTM, PS, LAMCC, SOM or EQRECT). |
hdf4_aster_mpmethod{}b |
Map projection method (UTM, PS, LAMCC, SOM or EQRECT). |
hdf4_aster_mpmethod{}n |
Map projection method (UTM, PS, LAMCC, SOM or EQRECT). |
hdf4_aster_northboundingcoordinate |
Northern-most limit of coverage expressed in geodetic latitude. |
hdf4_aster_numberofbadpixels{} |
The number of bad pixels in the L1B band images. |
hdf4_aster_numberofbadpixels{}b |
The number of bad pixels in the L1B band 3n image. |
hdf4_aster_numberofbadpixels{}n |
The number of bad pixels in the L1B band 3b image. |
hdf4_aster_numberofmeasurements{} |
The number of measurements. |
hdf4_aster_offset{} |
See product specifications. |
hdf4_aster_offset{}b |
See product specifications. |
hdf4_aster_offset{}n |
See product specifications. |
hdf4_aster_orbitnumber |
The orbit number of the satellite, when data is acquired (path, row, view). |
hdf4_aster_pctimagematch |
See product specifications. |
hdf4_aster_pgeversion |
Version of PGE, updated whenever code or any static is input in the delivered algorithm package. |
hdf4_aster_platformshohdf4_aster_ |
See product specifications. |
hdf4_aster_pointingangle |
Pointing angle for the corresponding sensor. |
hdf4_aster_processedbands |
Observation modes for each sensorgroup (VNIR1, VNIR2, SWIR or TIR). A string indicating which bands were processed. Processed bands are indicated by a band number. ‘XX’ is used to mark bands which were NOT processed. |
hdf4_aster_processingcenter |
Name of the facility where the granule was processed. |
hdf4_aster_processingflag{} |
Processing flag. 0: no output, 1: output is the result computed, 2: output is extracted from registration file, 4: output obtained by other method. |
hdf4_aster_processinglevelid |
This attribute reflects the classification of the science data processing level, which defines in general terms the characteristics of the output of the processing performed. |
hdf4_aster_productiondatetime |
See product specifications. |
hdf4_aster_projectionparameters{} |
Parameters used in GCTP map projection. |
hdf4_aster_projectionparameters{}b |
Parameters used in GCTP map projection. |
hdf4_aster_projectionparameters{}n |
Parameters used in GCTP map projection. |
hdf4_aster_qapercentinterpolateddata |
Granule level percent interpolated data. |
hdf4_aster_qapercentmissingdata |
Granule level percent missing data. |
hdf4_aster_qapercentoutofboundsdata |
Granule level percent out of bounds data. |
hdf4_aster_qadrantcloudcoverage |
Cloud coverage in percent for each of the four quarters of the scene (upper left, upper right, lower left, lower right). |
hdf4_aster_radiometricdbversion |
The version information of the radiometric correction data (version, issuance date). |
hdf4_aster_receivingcenter |
“EODS”, fixed value. |
hdf4_aster_recurrentcyclenumber |
The satellite recurrent cycle number and the revolution number in the cycle. |
hdf4_aster_reprocessingactual |
Granule level, stating what reprocessing has been performed on this granule. |
hdf4_aster_resmethod{} |
Resampling method. ‘BL’ or ‘NN’ or ‘CC’. |
hdf4_aster_resmethod{}b |
Resampling method. ‘BL’ or ‘NN’ or ‘CC’. |
hdf4_aster_resmethod{}n |
Resampling method. ‘BL’ or ‘NN’ or ‘CC’. |
hdf4_aster_scenecenter |
Longitude and latitude of the scene center (lat, long). |
hdf4_aster_scenecloudcoverage |
Cloud coverage in percent for the whole scene. |
hdf4_aster_sciencereviewdate |
Date of last QA peer review. |
hdf4_aster_sensorname |
VNIR, SWIR or TIR. |
hdf4_aster_sensorshortname |
Sensor short name. |
hdf4_aster_settingtimeofpointing |
Date and time that the pointing was performed. |
hdf4_aster_shortname |
The official reference name used in identifying the contents of the data collection. |
hdf4_aster_sizembdatagranule |
The size attribute will indicate the volume of data contained in the granule. |
hdf4_aster_solardirection |
The sun direction as seen from the scene center. |
hdf4_aster_sourcedataproduct |
Information about the input data used to generate the L1B product. |
hdf4_aster_southboundingcorrdinate |
Southern-most limit of coverage expressed in geodetic latitude. |
hdf4_aster_spatialresolution |
The nominal spatial resolutions of VNIR, SWIR and TIR. |
hdf4_aster_standarddeviationoffset |
Standard deviation offset value (LSDOset, PSDOset) where LSDOset is the standard deviation offset in the along track direction and PSDOset is the standard deviation offset in the cross track direction. |
hdf4_aster_threshold{} |
Threshold value (CThld, LOThld, POThld, VOThld) where CThld is the correction threshold, LOThld is the offset threshold in the along track direction, POThld is the offset threshold in the cross track direction and VOThld is the vector offset threshold. |
hdf4_aster_timeofday |
The hour (and optionally minute and second) of the day. This attribute is used to specify a single point in time covered by a data collection, granule or event. |
hdf4_aster_upperleft |
The coordinates of the upper-left corner of the scene (lat/long). |
hdf4_aster_upperright |
The coordinates of the upper-right corner of the scene (lat/long). |
hdf4_aster_utmzonecode{} |
The zone code for utm projection. |
hdf4_aster_utmzonecode{}b |
The zone code for utm projection. |
hdf4_aster_utmzonecode{}n |
The zone code for utm projection. |
hdf4_aster_westboundingcoordinate |
Pointing angle for the corresponding sensor band number and gain setting western-most coordinate of the limit of cloud coverage expressed in longitude. |
hdf4_aster_subdataset_name |
When this is present on a feature, the feature is a subdataset. This attribute shows the name of the subdataset. |
hdf4_aster_subdataset_description |
When this is present on a feature, the feature is a subdataset. This attribute gives a description of the subdataset. |