On 24-10-2011 14:04, Jose Gomez-Dans wrote:
Hi Joaquim,
On 24 October 2011 13:56, Joaquim Luis <jl...@ualg.pt
<mailto:jl...@ualg.pt>> wrote:
Anton,
I don't remember the details because I programmed that some time
ago, but from what I recall that's the most accurate way of
interpolating the data into a regular grid. The whole procedure is
implemented in Mirone were the x,y,z triplets (computed after the
cnt_pt_col|row) are reinterpolated with minimum curvature or
nearneighbor algorithms to calculate a regular grid. Now, this
used to work with temperature data but it didn't anymore with that
chlorophyll file (Mirone stand-alone crashed) . The
implementation use a Matlab hdf reader MEX and that MEX of the
time of ML6.5 crashes. New versions work okay but I cannot used
them in the Mirone stand-alone so I though in using GDAL (as I do
in many other instances), except that ... it doesn't work too.
I think that GDAL doesn't do the 1D datasets you find in some products
(MODIS MOD09XX springn to mind). Here's a message I sent to the list
in 2008, and a reply from F Warmerdam on it. I ended up using pyhdf in
the end:
<http://osgeo-org.1803224.n2.nabble.com/HDF-V-and-VR-components-td2032993.html>
Hi Jose,
That's indeed a pitty ... but perhaps there is s new hope in town - the
updated netcdf driver. Etienne?
BTW what do I need to change in nmake.opt to compile with the new
abilities of the netCDF driver on Windows? I have netcd4 built with HDF
support and tried by adding
-DNC_NETCDF4 -DNETCDF_HAS_NC4 -DNETCDF_HAS_HDF4
to the compile flags but still no luck in reading a HDF file with it's
cousin driver.
Joaqium
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