Arguments:
combined_factor_table_path    F:/WWF/ROOT/composite_factor_table.csv
do_optimization               False
do_preprocessing              True
frontier_type                 n_dim_frontier
marginal_raster_table_path    F:/WWF/ROOT/impact_potential_raster_table.csv
number_of_frontier_points     15.0
objectives_table_path         F:/WWF/ROOT/objective_table.csv
optimization_container        False
potential_conversion_mask_uri F:/WWF/ROOT/Raster/AOI_copyraster3.tif
preprocessing_container       False
results_suffix                root_results
serviceshed_shapefiles_table  F:/WWF/ROOT/spatial_weighting_maps_table.csv
spatial_decision_unit_area    15.0
spatial_decision_unit_shape   F:\WWF\ROOT\Vektor\AOI_hexagon_500m.shp
targets_table_uri             F:/WWF/ROOT/target_table.csv
workspace_dir                 F:\WWF\ROOT\Results


11/22/2019 17:10:34  root               INFO     Logging will be saved to root-log-2019-11-22--17_10_34.txt
11/22/2019 17:10:34  root               DEBUG    Loaded the model from root
11/22/2019 17:10:34  root               INFO     Executing the loaded model
11/22/2019 17:10:34  root               INFO     Running InVEST version "3.3.3"
11/22/2019 17:10:34  root               INFO     Python architecture: ('64bit', 'WindowsPE')
11/22/2019 17:10:34  root               INFO     Disk space remaining for workspace: 127.36 GB
11/22/2019 17:10:34  root               INFO     Pointing temporary directory at the workspace at F:\WWF\ROOT\Results
11/22/2019 17:10:34  root               INFO     Starting root
11/22/2019 17:10:34  root               INFO     Setting tempfile.tempdir to F:\WWF\ROOT\Results\tmp
doing pre-processing
BEGINNING PREPROCESSING
CHECK: Ensuring inputs in same projection and same size.
STEP: Constructing output paths
STEP: Removing polygons that only cover nodata
11/22/2019 17:11:11  natcap.invest.iui._log_model WARNING  an exception encountered when logging cannot connect to ('model_logging_server.naturalcapitalproject.org', 54321): [Errno 10061] No connection could be made because the target machine actively refused it
INFO: Packing Target SDU Grid
INTERMEDIATE: cleaning marginal value rasters with large and corrupt negative nodata
Base raster doesn't have a large nodata value; it's likely not one of the corrupt float32.min rasters we were dealing with.  Copying F:\WWF\ROOT\Raster\Vmarginal for Impact Potential Map\selisih_USLE_2017_2030_2.tif to F:\WWF\ROOT\Results\selisih_USLE_2017_2030_2.tif without modification.
Base raster doesn't have a large nodata value; it's likely not one of the corrupt float32.min rasters we were dealing with.  Copying F:\WWF\ROOT\Raster\Vmarginal for Impact Potential Map\selisih_Sediment_2017_2030_2.tif to F:\WWF\ROOT\Results\selisih_Sediment_2017_2030_2.tif without modification.
STEP: Aggregate Value Rasters to SDU
STEP: Calculate SDU serviceshed coverage
serviceshed_id: vwyield
serviceshed_values[serviceshed_id]: ['Class_5']
serviceshed_id: searise
serviceshed_values[serviceshed_id]: ['gridcode']