hdfcpp: High level C++ library
for reading HDF4...

Language/Sofware: C++
Application type(s): Data Read/Write
Related project(s): CALIPSO, GLAS, GOES, METEOSAT, MODIS, MSG, Megha-Tropiques, PARASOL, POLDER
Description:
This library is a high level C++ wrapper for manipulating the HDF4 files in an object oriented way
Author(s): Fabrice Ducos (LOA), Nicolas Pascal (ICARE)

Caliop2ascii: A code to output
caliop data on A...

Language/Sofware: C, C++
Application type(s):
Related project(s): CALIPSO
Description:
A new version of calipso2ascii is also available. The latest version allows to decode the values of the specific fields of SDS (“Feature_Classification_Flags”) available on most of HDF products
Author(s): François Thieuleux

Filedata: High level C++
library for reading a ...

Language/Sofware: C++
Application type(s): Data Read/Write
Related project(s): CALIPSO, MODIS, PARASOL
Description:
This library provides interfaces for reading products hosted by ICARE, like MODIS, CALIPSO, PARASOL, CLOUDSAT, MERIS… It also provides high level interfaces to common file formats like HDF5 or HDF4
Author(s): Nicolas Pascal, James Manley (ICARE)

HDF compressor: Useful tool
for compressing a H...

Language/Sofware: C++
Application type(s): Data Conversion
Related project(s):
Description:
This tool compress the datasets of a source HDF4 file using a gzip algorithm to a destination one. It also duplicates the SDS and file attributes.
Author(s): Nicolas Pascal (ICARE)

Remap: A reprojection tool of
geolocated data b...

Language/Sofware: C, C++
Application type(s): Reprojection
Related project(s): CALIPSO, MODIS, MSG
Description:
Remap is a tool designed to reproject geolocated data (i.e. data with at least known latitudes, longitudes, and expectedly, time).
The tool can read various products and reprojects one (or several ones) into another, using a nearest pixel search.
This tool is SID (still in development) but may be used as is for the supported products (each version documents its supported products).
At this time, CALIPSO IIR, SEVIRI, MODIS and PARASOL are supported.
Author(s): Fabrice DUCOS (ICARE – LOA, Univ. de Lille)

Cookie-cutter: Extraction of
geostationary SEVI...

Language/Sofware: C, C++, Fortran
Application type(s): Extraction
Related project(s): MSG
Description:
Cookie-cutter is a LMD/Icare project whose purpose is to emulate an heliosynchronous satellite with SEVIRI acquisitions. The user defines her heliosynchronous satellite by giving some orbital and swath parameters. The tool then builds an HDF file with SEVIRI data as if they had been viewed by this fictive satellite.
Author(s): Fabrice Ducos (ICARE – LOA)