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Created with Raphaël 2.2.08Feb432131Jan30282726241914131211876517Dec1611109716Nov9865432129Oct272524222120121173130Sep22876327Aug26242320191817161211106432128Jul262322212019161514131276230Jun29282625242221171615149873228May27266330Apr292826252221201615141312876131Mar3029262519161594125Feb232219181716151095329Jan28272420191814131287421Dec17151198732122Nov191712111097543230Oct29282722211914139518Sep15141086542128Aug272625201918171413121074329Jul28272322212016141211107124Jun19181716151211109329May282726The custom grids spatial interpolations method is now working! The user can force loading his own grids for specific parameters and timesteps.The Standard Deviation filter has been moved to the new structure. Some optimizations for windowed_filters will have to be implemented at some point... (see issue 132 for some ideas)Another commit related to timezones... The Unix date always being in UTC, this has been fixed. The resampling was not using dates in a proper way, this has been fixed. The GSN plugin has also been fixed, it now rounds time to the closest minute (in order to be consistent with our advertised "1 minute time resolution"). A rounding method has been implemented for dates.- Date.*: allow to handle undefined Dates (== 0. for now), add new members undef, setUndef(), isUndef(), and rndJulianDate()Adding some missing files for COSMOAnother missing commit to come with commit 511... the code exmaples were missing.Missing item for the previous commit...The full support for timezones has been brought back. This fixes issue 71. The SMET, SMET, IMIS, BORMA plugins have been validated. Geotop should be validtaed if an input data set is available. A new class will have to be implemented to represent time periods. This is currently only a typedef pointing to the Date class, but a specific class would be welcomed.Read all the data files from a given directory.Giving a more appropriate name to meteo_cache -> resampled_cacheQuickfix for a complex issue: When requesting a resampled value, we try to (in accord with user configuration) read data ahead of the point to resample and data after that point. The start_date of that interval might not itself be a part of the buffer, although for the rest of the interval there is plenty of data. Currently this situation would lead to an empty result set. With the quickfix the interval will not have to encompass that first element start_date necessarily. The min and max filters have been implemented. The "how to write a filter" documentation page has been updated to relfect the latest changes. The operator << has been implemented for various objects involved in the data processing.Refreshing the includes in MeteoIO.h and paving the way for the popc version (that still has to be done for IOManager).The (advanced) configuration of the BufferedIOHandler through io.ini (General section) has been added. It currently introduces two keywords (BUFF_CHUNKS_SIZE and BUFF_CHUNKS) to drive how much data to read at once and how much data to buffer. Currently, their product is directly used in the read, thus not reading anything by chunks smaller than a full buffer.Added comments to the IOManager and a sanity check to the setProcessingLevel(unsigned int) function.Finalization of the new filtering infrastructure: speed optimizations (IOManager, MeteoProcessor), clean upbugfix in RateFilter: ooutput vector was not clearedThe necessary wrapping code has been added, so that the user can dynamically specify which regression model to use. This might have to be done differently in the future, so that sensible initial guess could be associated with each model.The least square fit now works. It still needs some polishing (to dynamically change the fit model), but the core works.A few missing/wrong includes have been found after the commit of Thomas. This has been fixed. First commit of CosmoXMLIOThe user can now freely configure how big the resampling window should be. Simply add a WINDOW_SIZE key to the [Interpolations1D] section:Fixed a bug in the IOManager: before resampling data we simply read it through the getMeteoData function of the IOManager.Added a RateFilter analogous to the old implementation. Usage:Removed MeteoFilter.cc from the list of sources.The MeteoFilter object is obsolete, it has been fully replaced with the ProcessingStack class. Added comments to MeteoProcessor.hRemoved legacy code from BufferedIOHandler and MeteoProcessor, added a few comments to IOManagerAdapted the main CMakeLists.txt file to engulf the two new directories meteolaws and meteofiltersReorganization of the code - filter system now moved to folder meteoio/meteofilters/Further improvements to the new filtering infrastructure: windowed filters now inherit from the class WindowedFilter, giving them an easy handle on getting the correct window for every data point. FilterMedianAvg and FilterMeanAvg now fully implemented (soft/not soft, left/center/right windowing). Sample io.ini:A new group of classes has been created, under the meteolaws subdirectory. This contains various general meteorological laws, such as a sun radiation model, standard atmosphere, etcA new setAltitude() method has been added to Coords in order to be able to manually build stations from grided data and dem. A bug in Grid2DObject has been found that was reseting i,j,k to nodata when doing a gridify with i,j,k known. Better date parsing abilities have been implemented in IOUtils so that purely numerical dates as generated with the date format NUM can be parsed if *part* of a string in a meanigful way (useful for recovering dates from file names). New filter system rolled out with currently two filters up and running: min_max and mean_avg (without the soft option, only left or right centering). The new filter system is built upon processing blocks that take a vector<MeteoData> as input and return a processed vector<MeteoData>. The individual filters are stacked in a ProcessingStack where they are invoked sequentially.The definition of the "<<" operator has been written for IOManager and made more consistent for othersThe documentation has been updated (structure diagram, missing key in ImisIO) as well as the code examples so that they use the latest changes.Added functionality to the Meteo2DInterpolator: it is now possible to access the iomanager and hence to access historical data points from within any spatial interpolation.Added all functionality supported by the IOInterface abstract super class to IOManagerIntroducing the new IOManager - the user interface to meteoio. This version is fully backwards compatible, but does not incorporate all features of the BufferedIOHandler: the grid reading and writing are currently not supported by this IOManager.Some more cleanup in the Matrix class: there is a transpose in place operator (that actually does an internal copy), a few bugs in constructors got fixed. The matrix code example now works with this version.