Products
Together with the prototype a set of test data files is available. The test data scenarios (described in the Test Data Description document) include L0 files gathered during the Commissioning Phase as well as L1a, L1b and L1c products which are the output of L1PP after processing the L0 files. For the release of L1PP 3.4.0, a set of new scenarios had to be designed around the real data available.
The format of all the product files handled by the prototype are described in the SMOS L1 Product Format Specification document.
The latest release of the Test Data Package (version 3.4) has also initiated a new versioning standard, to clarify its correspondence with the L1PP version.
Please note that each scenario is provided with its own L1PP configuration file. This is done in order to ensure repeatibility of the test results, as the default configuration file provided with the L1PP Install Kit contains the definitions expected for real operations (i.e. post launch phase).
| Download | Test Data Description |
| Download | EEF Products XML Headers and Schemas |
The following table identifies the test data sets available from real instrument data
| Scenario | Description | L1PP 3.3.0 DPGS V3 | L1PP 3.4.0 DPGS V3 | Scenes |
|---|---|---|---|---|
| genANIR | Test processing from L0 to L1a using external calibration and NIR Calibration. | download | download | N.A. |
| genFTTD | Test processing from L0 to L1b using external calibration data and external target manoeuvre, including FTR in Dual polarisation. | download | download | N.A. |
| genFTTF | Test processing from L0 to L1b using external calibration data and external target manoeuvre, including FTR in Full polarisation. | download | download | N.A. |
| genLongCalib | Test processing from L0 to L1a using long calibration sequences | download | download | N.A. |
| genMatr | Test Generation of G and J Matrices from L0 data. (includes J-Matrix in results directory) | download | download | N.A. |
| test-austD | Test processing from L0 to L1c data acquired in measurement mode in Dual polarisation with LO injection every 6 minutes. Segment of 500 scenes in an ascending orbit over Australia. | download | download | 500 |
| test-austF | Test processing from L0 to L1c data acquired in measurement mode in Full polarisation with LO injection every 6 minutes. Segment of 500 scenes in an ascending orbit over Australia. | download | download | 500 |
| test-indiD | Test processing from L0 to L1c data acquired data in measurement mode in Dual polarisation with LO injection every 6 minutes. Segment of 600 scenes in a descending orbit over the Indian Ocean. | download | download | 600 |
| test-indiF | Test processing from L0 to L1c data acquired data in measurement mode in Full polarisation with LO injection every 6 minutes. Segment of 600 scenes in a descending orbit over the Indian Ocean. | download | download | 600 |
| test-euroD | Test processing from L0 to L1c data acquired data in measurement mode in Dual polarisation with LO injection every 6 minutes. Segment of 600 scenes in an ascending orbit over Europe. | download | download | 600 |
| test-euroF | Test processing from L0 to L1c data acquired data in measurement mode in Full polarisation with LO injection every 6 minutes. Segment of 600 scenes in an ascending orbit over Europe. | download | download | 600 |
| test-pacfD | Test processing from L0 to L1c data acquired data in measurement mode in Dual polarisation with LO injection every 6 minutes. Segment of 600 scenes in an ascending orbit over the Pacific Ocean. | download | download | 600 |
| test-pacfF | Test processing from L0 to L1c data acquired data in measurement mode in Full polarisation with LO injection every 6 minutes. Segment of 600 scenes in an ascending orbit over the Pacific Ocean. | download | download | 600 |
For completeness the previous release of the Test Data Package (version 10.0) is also included here and it contains L0 files generated by SEPS-GS v2.2.0 and L1a, L1b and L1c products and breakpoints generated by L1PP 3.2.0, L1PP 2.2.0 and L1PP 2.0.0.
Please note that each scenario is provided with its own L1PP configuration file. This is done in order to ensure repeatibility of the test results, as the default configuration file provided with the L1PP Install Kit contains the definitions expected for real operations (i.e. post launch phase).
The following table identifies the test data sets available
| Scenario | Description | L1PP 2.0.0 DPGS V3 | L1PP 2.2.0 DPGS V3 | L1PP 3.2.0 DPGS V3 | Scenes |
|---|---|---|---|---|---|
| 01 | Nominal processing dual polarisation | download | 20 | ||
| 02 | Nominal processing full polarisation | download | 20 | ||
| 07 | External calibration, covering galaxy, Dual polarisation | download | download | download | 300 |
| 08 | External calibration, covering galaxy, Full polarisation | download | download | download | 300 |
| 11 | Test Generation of G and J Matrices from L0 data | download | download | download | |
| 13 | Processing of Short Calibration Sequences and Local Oscillator Phase Tracking Sequences | download | |||
| 14 | Processing of NIR Calibration Sequences | download | |||
| 15 | Processing of Long Calibration Sequences | download | |||
| 16 | Processing of Uncorrelated Noise Injection Long Calibration Sequences | download | |||
| 17 | Constant mode measurement, Dual polarisation, with realistic data simulation from CESBIO BT Forward models | download | download | 2500 | |
| 18 | Constant mode measurement, Full polarisation, with realistic data simulation from CESBIO BT Forward models | download | 2500 | ||
| 19 | Constant mode measurement, Dual polarisation, with internal calibration measurement at mid-orbit (half-orbit) | download | 2500 | ||
| 20 | Constant mode measurement, Full polarisation, with internal calibration measurement at mid-orbit (half-orbit) | download | 2500 | ||
| 21 | Processing in constant mode measurement Dual polarisation using L1PP Gibbs v1 and Tref v1 with FTT applied. Mixed Sea/Land Scenario. | download | download | download | 2 |
| 25 | Test processing from L0 to L1c in constant mode measurement Dual polarisation during 2 scenes using real reconstruction with Sun/Moon effects removal. Mixed Sea/Land Scenario | download | download | download | 2 |
| 27 | Test processing from L0 to L1c in constant mode measurement Dual polarisation during 4 scenes using real reconstruction and Flat Target Transformation and without sun/moon removal. Only Sea Scenario | download | download | 2 | |
| 30 | Processing in constant mode measurement Full polarisation using L1PP Gibbs v1 and Tref v1 with FTT applied. Mixed Sea/Land Scenario. | download | download | download | 2 |
| 36 | Processing of IVT data collected in stability tests, using Far Field G-Matrix. | download | download | ||
| 36a | Processing of IVT data collected in stability tests, using Near Field J Matrix. | download |
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