[DOI: 10.21982/f5pg-p074] skimulator
From a Circulation and Wave model, data are interpolated on the sensor geometry to compute l2a and l2b products. Inputs data must contain at least coordinates (lon, lat) and ocean surface currents (eastward and northward components) in netCDF4 format . To compute the error budget correlated to the current, the following variables are required: mean square slope (in both direction), significant wave height, wind (eastward and northward component), stokes drift (eastward and northward) ice if there is any, rain and sea surface height for nadir altimeter
Code Link: skimulator.zip
Code Size: 5111421 bytes
Code MD5 Checksum: 4c85e2309f7bc82f23fc4d6c21e90d1e
Appears in: ???????
See Also: https://github.com/oceandatalab/skimulator
Code Languages: Python
To compile code: Python 3.4 or greater, with numpy, scipy and netCDF4 libraries.
Sensor Categories: Radar Altimeter, Optical Radiometer, Other - Sensor
Geophysical Model: Other - This software simulates SKIM sea surface current observations that can be applied to an ocean general circulation model (OGCM).
Geophysical Categories: Ocean: Currents, Ocean: Other
Keywords: SKIM, doppler