Hi Alister Thank you for the interesting link, downloading the code right now. Seems to be a good candidate to integrate with the analysis lib.
Regards, Marco Am Mittwoch, 12. Oktober 2011, 05.12:13 schrieb Alister Hood: > Hi everyone, > I just want to let you know about a QGIS plugin for integrated catchment > modelling. Some of you may have seen it already, but it seems to be > sort of languishing in obscurity. I didn't see any mention of it in the > normal QGIS community places; only in a number of academic papers. > > It originally comes from here: > http://www.pihm.psu.edu/pihmgis_home.html > Their binary and source packages are both very messy and include a very > old version of QGIS, and the source package for some reason isn't the > latest version of the plugin. > I *think* the original authors may have abandoned the QGIS plugin in > favour of a web-based system. > However, there is a public fork of the latest version here, including a > windows and a linux binary: > https://github.com/mlt/PIHM/wiki > I guess he must have contacted the authors to obtain the source. He has > cleaned up the file tree and done some fixes, including so that it > builds with msvc, and doesn't violate the GPL. (I wish I'd found this > earlier, because I started doing the same thing...) > > The plugin provides terrain analysis features similar to the TauDEM > plugin for Mapwindow and ArcGIS (but without the fully automatic mode): > pit removal, stream network and watershed delineation, etc. > It also runs the "Penn State Integrated Hydrologic Model", and can > produce a number of time series and spatial plots of the results. > > I recommend using the tutorial (and sample data) available on the web > site: > http://www.pihm.psu.edu/pihmgis_documents.html > The built-in help documentation is the same, but is missing the > pictures! > This might also be useful: > http://www.pihm.psu.edu/Downloads/Doc/pihm_input_file_format.pdf > > There are a number of interesting papers which mention it, and often > have a short description of QGIS itself, e.g.: > > Community Hydrologic Model: Structure > http://cuahsi.org/chymp/thurs/RMaxwell.ppt > Multiphysics Modeling Implications for Environmental Observatories > http://cuahsi.org/chymp/wed-am/CDuffy.pdf > Model-Data Integration Framework: Watershed Reanalysis at the > Susquehanna - Shale Hills Critical Zone Observatory > http://www.cuahsi.org/chymp/20110315/Presentation_CHyMP_2011_GBhatt_mode > ldata.pdf > An Object Oriented Shared Data Model for GIS and Distributed Hydrologic > Models > http://www.personal.psu.edu/muk139/KumarEtAl_DataModel_IJGIS.pdf > The Role of Physical, Numerical and Data Coupling in a Mesoscale > Watershed Model > http://www.personal.psu.edu/muk139/Mukesh_PIHM_Dec01_2009.pdf > > And this one doesn't mention it, but I know there are some people here > interested in parallelization ;) : > Domain Partitioning for Implementation of Large Scale Integrated > Hydrologic Models on Parallel Processors > http://www.personal.psu.edu/muk139/Mukesh_DP_Dec01_2009.pdf > > Regards, > Alister > _______________________________________________ > Qgis-developer mailing list > [email protected] > http://lists.osgeo.org/mailman/listinfo/qgis-developer _______________________________________________ Qgis-developer mailing list [email protected] http://lists.osgeo.org/mailman/listinfo/qgis-developer
