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Model builder spatial analyst fails on python export
Model builder spatial analyst fails on python export













model builder spatial analyst fails on python export

ERROR: Could not find hydraulic Rasters for CONDITION.Open SHArC/SHArea/CONDITION_sharea_FILI.xlsx, verify the data contents and make sure that the file is not opened in any other program.Ensure the correct adaptation of ProjectMaker/./Project_assessment_vii.xlsx ( ProjectMaker’s Cost quantity workbook).site_packages/templates/Fish.xlsx ( SHArC Fish section). Cause: Error raised by the open_wb(self) function of the Read() class in RiverArchitect/.site_packages/riverpy/cInputOutput.py or the MakeFlowTable class ( RiverArchitect/.site_packages/riverpy/cMakeTable.py) when the concerned workbook contains errors.Project Maker vegetation plantings and supporting nature-based engineering features). MaxLifespan/Products/Rasters/CONDITION_reach_lyr20_plants/ or … nature-based engineering (cf. MaxLifespan/Output/Rasters/CONDITION_reach_lyr20_plants/ and. lifespan Rasters were generated without errors if necessary, visually control the consistency of max. Ensure the correct usage of variables and input definitions ( ProjectMaker Quick GUIde).lifespan Rasters contains invalid or corrupted Raster data. Cause: Error raised by the main() function in ProjectMaker/s20_plantings_delineation.py) when the defined directory of max.cache folders are locked by individual instantiations). Avoid running d2w.tif, mu.tif and det.tif creation simultaneously and for multiple conditions (the.Manually / visually verify the consistency of the provided input Rasters.Ensure that no other program uses the selected in DEM/flow depth Raster and Condition folder.Cause: Error raised by the D2W class ( GetStarted/cDepth2Groundwater.py) or the DET class ( GetStarted/cDetrendedDEM.py) or the MU class ( GetStarted/cMorphUnits.py) when the defined DEM, flow depth, or velocity GeoTIFFs are not usable.ERROR: Could not find / access input Rasters.Remedy: Ensure the definitions in LifespanDesign/.templates/mapping.inp and MaxLifespan/.templates/mapping.inp are correct.

model builder spatial analyst fails on python export

site_packages/riverpy/cMapper.py) raises this error when LifespanDesign/.templates/mapping.inp or MaxLifespan/.templates/mapping.inp contain invalid xy-coordinates (format). Remedy: Ensure that the provided flow depth file (selected in the GUI) contains valid data and that Fish.xlsx contains a minimum flow depth value for the selected fish species and lifestage.Limit the project area to reasonable extents (single Raster size = h_min), cover_type_Raster).To avoid issues, consider the following rules of thumb: The data size limit applies to lifespan mapping only, where River Architect loads nearby all available data in the 01_Conditions/CONDITION/ folder for each selected feature to run arcpy.sa.CellStatistics. The size of processed data can be approximated as: As a general rule, the maximum amount of data should be smaller than the available RAM. Maximum data size ( River Architect’s Lifespan & Design mapping hangs without prompting any message): River Architect’s data processing competence depends on the available Random-Access Memory (RAM).Check the clone ( arcgispro-p圓-clone) and close ArcGIS Pro. Remedy (2): In ArcGIS Pro, go to Settings (bottom left), then Python, click on Manage Environments and Clone Default. Remedy (1): Use "C:\Program Files\ArcGIS\Pro\bin\Python\envs\arcgispro-p圓\python.exe" instead of "%PROGRAMFILES%\ArcGIS\Pro\bin\Python\Scripts\propy" in the RiverArchitect/Start_River_Architect.bat ( see context in the installation instructions).

MODEL BUILDER SPATIAL ANALYST FAILS ON PYTHON EXPORT PRO

The latest version of ArcGIS Pro 2.4 may cause problems when RiverArchitect calls the conda environment.

  • ArcGIS Pro 2.4 Exception Error: (arcpy) - expected 1 arguments, got 2.
  • model builder spatial analyst fails on python export

    Note: This dictionary defines the relative column numbers that is added to the column where a fish name is defined. This dictionary can be changed for using other lifestage names and we are working on an improvement in later versions. The lifestage names are currently hard-coded in the Fish class ( RiverArchitect/.site_packages/riverpy/cFish.py) dictionary self.ls_col_add =.

  • SHArC: Physical Habitats / fish lifestages must be named either spawning, fry, ammocoetes, juvenile, adult, hydrologic year, season, depth > x, or velocity > x.
  • The following limitations because of hard-coding are known and will be fixed in future versions: River Architect’s stepwise development nevertheless led to a few restrictions in its freedom of use, which are caused by a couple of hard-code sequences. We do our very best to program River Architect as robust and flexible as possible.

    model builder spatial analyst fails on python export

    combined Habitat Suitability Index ( cHSI).Ecological benefit assessment (Calculate SHArea).Seasonal Habitat Area Calculator (SHArC).Threshold-based Grading and Widening (Broaden).Set threshold values ( threshold_values.xlsx).















    Model builder spatial analyst fails on python export