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 generated by SEPS-GS as well as L1a, L1b and L1c products which are the output of L1PP after processing the L0 files. In addition to the products, the breakpoints generated by the prototype are also 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 6.0) includes L0 files generated by SEPS-GS v1.6.0 and L1a, L1b and L1c products and breakpoints generated by L1PP 1.6.0.

Download	Test Data Description
Download	Products XML Headers and Schemas

The following table identifies the test data sets available

Scenario	Description	Scenes
02	Nominal processing full polarisation	20
07	External calibration, covering galaxy, Dual polarisation	20
11	Test Generation of G and J Matrices from L0 data
13	Processing of Short Calibration Sequences
13b	Processing of Short Calibration Sequences and Local Oscillator Phase Tracking Sequences
14	Processing of NIR Calibration Sequences
15	Processing of Long Calibration Sequences
16	Processing of Uncorrelated Noise Injection Long Calibration Sequences
19	Constant mode measurement, Dual polarisation, with internal calibration measurement at mid-orbit (half-orbit)	2500
20	Constant mode measurement, Full polarisation, with internal calibration measurement at mid-orbit (half-orbit)	2500
23	Processing in constant mode measurement Dual polarisation using real reconstruction and Earth/Sky removal. Mixed Sea/Land Scenario	2
23a	Processing in constant mode measurement Dual polarisation using L1PP 1.6 Gibbs v1 and Tref v1 with FTT applied. Mixed Sea/Land Scenario.	2
23b	Processing in constant mode measurement Dual polarisation using L1PP 1.6 Gibbs v1 and Tref v2 with FTT applied. Mixed Sea/Land Scenario.	2
23c	Processing in constant mode measurement Dual polarisation using L L1PP 1.6 Gibbs v2 and Tref v1 with FTT applied. Mixed Sea/Land Scenario.	2
23d	Processing in constant mode measurement Dual polarisation using L1PP 1.6 Gibbs v2 and Tref v2 with FTT applied. Mixed Sea/Land Scenario.	2
23e	Processing in constant mode measurement Dual polarisation using L1PP 1.6 Gibbs v1 and Tref v1 without FTT applied. Mixed Sea/Land Scenario.	2
24	Processing in constant mode measurement Dual polarisation using ideal reconstruction and Earth/Sky removal. Mixed Sea/Land Scenario	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	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	2
30	Processing in constant mode measurement Full polarisation using real reconstruction and Flat Target Transformation. Mixed Sea/Land Scenario
36	Processing of IVT data collected in stability tests, using Ideal Reconstruction.
36a	Test processing of IVT data collected in stability tests, using Near Field J Matrix.