diff --git a/XML/static_layers_cslc-s1.xml b/XML/static_layers_cslc-s1.xml new file mode 100644 index 0000000..88e5f42 --- /dev/null +++ b/XML/static_layers_cslc-s1.xml @@ -0,0 +1,767 @@ + + + + + + + + + + + + Absolute orbit number + + + OGR compatible WKT representation of bounding polygon of the image + + + + Burst identification string (burst ID) + + + Instrument name + + + Boolean indicating if product is in radar geometry or geocoded + + + Look direction can be left or right + + + Mission identifier + + + Orbit pass direction can be ascending or descending + + + Name of the processing center that produced the product + + + Data processing date and time + + + L0A: Unprocessed instrument data; L0B: Reformatted, unprocessed instrument data; L1: Processed instrument data in radar coordinates system; and L2: Processed instrument data in geocoded coordinates system + + + CSLC-S1 product specification version + + + Product type + + + CSLC-S1 product version + + + Radar band + + + Track number + + + Azimuth stop time of product + + + Azimuth start time of product + + + + + + + Spacing of the geographical grid along Y-direction + + + Spacing of the geographical grid along X-direction + + + + + CF compliant dimension associated with the X coordinate + + + CF compliant dimension associated with the Y coordinate + + + Heading angle + + + + Incidence angle + + + + Local incidence angle + + + + Layover shadow mask + + + + + + + Reference epoch of the state vectors (format: YYYY-MM-DD HH:MM:SS.6f) + + + Direction of sensor orbit ephemeris (e.g., ascending, descending) + + + PrOE (or) NOE (or) MOE (or) POE (or) Custom + + + + Platform position along x-direction with respect to the WGS84 G1762 reference frame + + + Platform position along y-direction with respect to the WGS84 G1762 reference frame + + + Platform position along z-direction with respect to the WGS84 G1762 reference frame + + + Platform velocity along x-direction with respect to the WGS84 G1762 reference frame + + + Platform velocity along y-direction with respect to the WGS84 G1762 reference frame + + + Platform velocity along z-direction with respect to the WGS84 G1762 reference frame + + + Time of the orbit state vectors relative to the reference epoch + + + + + Runconfiguration file used for processing + + + + COMPASS (CSLC-S1 processor) version used for processing + + + ISCE3 version used for processing + + + S1 reader version used for processing + + + DEM interpolation method + + + Floating-point data geocoding interpolation method + + + Topography generation algorithm + + + Unsigned int geocoding interpolation method + + + + Azimuth steering rate of IW and EW modes + + + Time spacing between azimuth lines of the burst + + + Longitude, latitude center of burst + + + Instrument Processing Facility software version + + + Slant range of the middle of the IW2 swath + + + Sensor platform identification string (e.g., S1A or S1B) + + + Polarization of the burst + + + Pulse repetition frequency (PRF) of the raw data + + + Radar center frequency + + + Slant range bandwidth of the signal + + + Range chirp rate + + + Pixel spacing between slant range samples in the input burst SLC + + + Sampling rate of slant range in the input burst SLC + + + Value of the weighting window coefficient used during processing + + + Name of the weighting window type used during processing + + + The number of Pulse Repetition Intervals (PRI) between transmitted pulse and return echo + + + Sensing start time of the burst (format: YYYY-MM-DD HH:MM:SS.6f) + + + Sensing stop time of the burst (format: YYYY-MM-DD HH:MM:SS.6f) + + + Shape (length, width) of the burst in radar coordinates + + + Two-way slant range time of Doppler centroid frequency estimate + + + Slant range of the first sample of the input burst + + + Wavelength of the transmitted signal + + + Coefficients of the azimuth FM-rate polynomial + + + Mean of the azimuth FM-rate polynomial + + + Order of the azimuth FM-rate polynomial + + + Standard deviation of the azimuth FM-rate polynomial + + + Doppler polynomial coefficients + + + Mean of the Doppler polynomial + + + Order of the Doppler polynomial + + + Standard deviation of the Doppler polynomial + + + + Input calibration file used + + + Source DEM file + + + Input L1 RSLC file used + + + Input noise file used + + + List of input orbit files used + + + Burst index relative other bursts in swath + + + First valid line for burst in measurement tiff + + + First valid sample for burst in measurement tiff + + + First valid sample for burst in measurement tiff + + + Last valid sample for burst in measurement tiff + + + Path to measurement tiff file inside the SAFE file + + + + Type of orbit file used in processing + + + Percentage of output pixels labeled as layover and shadow + + + Percentage of output pixels labeled as layover + + + Percentage of output pixels labeled as shadow + + + Max of the heading angle of VV geocoded SLC + + + Mean of the heading angle of VV geocoded SLC + + + Min of the heading angle of VV geocoded SLC + + + STD of the heading angle of VV geocoded SLC + + + Max of the incidence angle of VV geocoded SLC + + + Mean of the incidence angle of VV geocoded SLC + + + Min of the incidence angle of VV geocoded SLC + + + STD of the incidence angle of VV geocoded SLC + + + Max of the local incidence angle of VV geocoded SLC + + + Mean of the local incidence angle of VV geocoded SLC + + + Min of the local incidence angle of VV geocoded SLC + + + STD of the local incidence angle of VV geocoded SLC + + + + + + + + + + + Number of pixels in CSLC static layers product imagery datasets + + + + Number of lines in CSLC static layers product imagery datasets + + + + Shape associated with CSLC static layers product imagery datasets + + + + + + Length of orbit state vector datasets + + + + Number of orbit input files + + + + Shape of metadata being a vector with two elements + + + + Number of lines in the polynomial coefficients datasets + + + + Number of pixels in the polynomial coefficients datasets + + + + Shape associated with the polynomial coefficients datasets + + + + + + +