Hi Jordi,
thanks. If the module requires c++11 (std::tuple requires it no?) I
think it should be good to add it in the readme if possible as it
requires to have a compiled version of itk and otb with c++11 activated.
I've added it to the website and also a header which gives some links
about otb modular architecture and how to write modules:
https://www.orfeo-toolbox.org/external-projects/
There is for now a confusion in the list of modules between external and
remote modules (external/remote are naming convention in ITK related to
their module submission procedure):
https://blog.kitware.com/advance-itk-with-modules/
I'll try to propose a clarification regarding this soon for otb. We can
tag for instance on the website remote and external modules. Not sure we
should make such difference. Situation can also have changed now as ITK
add the possibility to build modules outside the source tree.
Happy to hear other opinions/ideas about this.
Cheers,
Manuel
Le 03/02/2016 10:56, Jordi Inglada a écrit :
Dear all,
I would like to announce the availability of a module for phenology
analysis of image time series:
http://tully.ups-tlse.fr/jordi/phenotb
It contains a small library of functions and one application.
The application fits double logistics to each pixel of an image time
series. The output contains 2 double logistics, one for the main
phenological cycle and another one for a secondary cycle. This secondary
cycle may not be present in the input data. This should not have any
impact in the estimation of the main cycle.
The application can generate a 12 band image, where each band
is one of the parameters of the 2 double logistics.
The application can also instead generate an output image with the
same number of bands as the input image, but replacing the value of
each date for each pixel by the value taken by the logistic fitting.
Finally, the application can output an image where each band is one of
the phenological metrics (emergence date, maturity date, senescence,
etc.) for the 2 cycles.
The module depends on the temporal gap-filling module available here:
http://tully.ups-tlse.fr/jordi/temporalgapfilling
The easiest way to install the modules is just copying the following
cmake files
http://tully.ups-tlse.fr/jordi/temporalgapfilling/blob/master/CMake/OTBTemporalGapFilling.remote.cmake
http://tully.ups-tlse.fr/jordi/phenotb/blob/master/CMake/OTBPhenology.remote.cmake
into the Modules/Remote directory of the OTB source tree.
Jordi
--
Manuel GRIZONNET
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