Latest Contributions by PaulMcCord2

I should have been more clear. By "ArcGIS", I meant a script tool that I was running from ArcGIS. ... View more

Thank you Dan. As you suggested, I converted my pandas DataFrame to a NumPy Array and then used the NumPyArrayToTable module to create a dBASE Table. I found this resource to be helpful in making the conversion: pandas.DataFrame to ArcGIS Table - Community for Data Integration - myUSGS Confluence  Once the dBASE Table was created, I was able to add the dBASE content to my Feature Class. Thanks for the help! ... View more

When they just view the Story Map Basic app they have no trouble seeing the content. It does seem like this is a sharing issue, but I've checked all of the apps and web maps that I'm using in the Story Map and everything is publicly shared.  Since I was only embedding the Story Map Basic to retain the legend in the Web Map when implementing the Story Action, I've decided to simply display the Web Map after executing the Story Action and include an image of the legend within the side panel. It isn't an ideal solution, but the user is still able to see the legend and the content in the main stage, and in doing it this way I can avoid embedding another Story Map. Thanks for your help. ... View more

Hello Rupert, I am using the Story Map Journal template. And I'm embedding a Web Mapping Application. This WMA is a Story Map Basic template within which I have a Web Map of cargo traffic.  The reason that I'm embedding this Basic Story Map within the Journal Story Map is so that I can retain the map legend for the Web Map that is displayed by the Basic Story Map. I could not find any other way to include the legend when changing the Main Stage through a Story Action. In talking to a few other people in my lab and having them test this issue, I discovered that the content will display for those who are signed into ArcGIS Online. For those who are not signed in, they receive the message that I posted in my original post. Is it possible that this is the reason this error occurs? ... View more

Great, thank you Robert! ... View more

Thanks Dan, your assistance in guiding me through this issue was much appreciated! ... View more

Ugh, it's a stubborn issue. I'm now just importing pygal as you suggested (rather than 'import pygal as pg'). And I've changed all pg.blah to pygal.blah, as well as adding 'del pygal' to the end of the script. Unfortunately the problem remains in that I'm getting the same error (AttributeError: 'NoneType' object has no attribute 'modules'). ... View more

Dan, Thanks again for the suggestions. The try-except statement from my initial script had some careless errors on my part. I've now fixed this. Here is the script again with the corrections made. #Import modules import sys import os import numpy as np import pandas as pd import pygal as pg import arcpy arcpy.env.overwriteOutput = True arcpy.env.outputCoordinateSystem = arcpy.SpatialReference(3857) def plotFAO(df, iso_code, fao_indicator, itemCodeFS, countrySelection, outputLocation):      arcpy.AddMessage("IN FAO LOOP")      #Select the appropriate indicator      df_selected = df[df["Item Code"] == itemCodeFS]      #color code for plots      customColorStyle = pg.style.Style(colors = ['#D35400', '#979A9A', '#797D7F', '#5F6A6A', '#515A5A'], title_font_size = 18)      arcpy.AddMessage("added Style")      if itemCodeFS == 21010:           #Creat the line chart plot           line_chart = pg.Line(title = u"Average Dietary Energy Supply Adequacy - \n" + countrySelection, x_title = "End Year of '3-Year Average'", y_title = "% - 3-Year Average", style = customColorStyle, show_dots = False, stroke_style = {'width': 3}, show_minor_y_labels = True)           line_chart.x_labels = map(str, range(2001, 2018))           #Get just the Value column for the country of interest and the country groupings           country_series = df_selected.loc[df_selected["ISO_code"] == iso_code, "Value"]           low_income_series = df_selected.loc[df_selected["ISO_code"] == "lowestIncome", "Value"]           mid_lower_income_series = df_selected.loc[df_selected["ISO_code"] == "midLowerIncome", "Value"]           mid_upper_income_series = df_selected.loc[df_selected["ISO_code"] == "midUpperIncome", "Value"]           high_income_series = df_selected.loc[df_selected["ISO_code"] == "uppermostIncome", "Value"]           #Add Pd Series to the line chart           line_chart.add(countrySelection, country_series)           line_chart.add("Low-Income", low_income_series)           line_chart.add("Lower-Middle-Income", mid_lower_income_series)           line_chart.add("Upper-Middle-Income", mid_upper_income_series)           line_chart.add("High-Income", high_income_series)           #Output the plot           line_chart.render_to_file(os.path.join(outputLocation, 'test_pygal3.svg')) def foodSecurity_v1():      #FAO Data      fao_clean = "C:\\test\\foodSecurity\\fao_clean.csv"      #Country ISO codes      country_iso_csv = "C:\\test\\foodSecurity\\FAO_Area_Export.csv"      #Set tool parameters      #Local variables      out_src_FeatureSet = r"in_memory\src_feature_set"      #User specified parameters      src_FeatureSet = arcpy.GetParameterAsText(0)      countrySelection = arcpy.GetParameterAsText(1)      fao_indicator = arcpy.GetParameterAsText(2)      outputLocation = arcpy.GetParameterAsText(3)      try:           #Save the Feature Set to Feature Layer           arcpy.MakeFeatureLayer_management(src_FeatureSet, out_src_FeatureSet)           aoi = arcpy.CopyFeatures_management(out_src_FeatureSet, os.path.join(arcpy.env.scratchFolder, "AOI_layer.shp"))                      #Obtain the country ISO code to avoid formatting problems with country name           df_iso = pd.read_csv(country_iso_csv)           countryDF = df_iso[df_iso["Area"] == countrySelection]           iso_code = countryDF["ISO_code"].iloc[0]           arcpy.AddMessage("country: " + countrySelection + ", code: " + iso_code)           arcpy.AddMessage(iso_code)                      #Obtain the Item Code and Item Description selected by the user           if fao_indicator == "Average dietary energy supply adequacy (%) (3-year average)":                itemCodeFS = 21010           if fao_indicator == "Average value of food production (constant I$ per person) (3-year average)":                itemCodeFS = 21011           if fao_indicator == "Share of dietary energy supply derived from cereals, roots and tubers (%) (3-year average)":                itemCodeFS = 21012           if fao_indicator == "Average protein supply (g/capita/day) (3-year average)":                itemCodeFS = 21013           if fao_indicator == "Average supply of protein of animal origin (g/capita/day) (3-year average)":                itemCodeFS = 21014           if fao_indicator == "Rail-lines density (per 100 square km of land area)":                itemCodeFS = 21016           if fao_indicator == "Gross domestic product per capita, PPP (constant 2011 international $)":                itemCodeFS = 22013           if fao_indicator == "Prevalence of undernourishment (%) (3-year average)":                itemCodeFS = 21004           if fao_indicator == "Depth of the food deficit (kcal/capita/day) (3-year average)":                itemCodeFS = 21023                      #Select FAO Food Security information of interest           df = pd.read_csv(fao_clean, dtype = {"Area": "S100", "Area Code": "f8", "Element": "S25", "Element Code": "f8", "Flag": "S25",                                                        "Flag Description": "S25", "ISO_code": "S25", "Item": "S150", "Item Code": "i4", "Unit": "S25",                                                        "Value": "f8", "Year": "S25", "Year Code": "f8", "YearEnd": "i4"})                      plotFAO(df, iso_code, fao_indicator, itemCodeFS, countrySelection, outputLocation)           #test output layer           arcpy.SetParameter(4, aoi)           #arcpy.SetParameter(4, fig)                      except Exception:           e = sys.exc_info()[1]           arcpy.AddError('An error occurred: {}'.format(e.args[0]))       if __name__ == '__main__':      foodSecurity_v1()‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍ I've tried several ways to correct this issue where the tool fails the second time it is run, including removing the try-except statement, rearranging the order in which the Pygal module is imported, and placing the script and all csv files on which it relies in a folder where all spaces in the path have been removed.  Unfortunately, the process still fails the second time the tool is run. So, when I run it the first time, I'm able to produce the FAO food security plot, but the second time I run the tool, I get the same 'NoneType' error. When I restart ArcMap, I'm able to run the tool again (but it then fails the second time the tool is run). I've tried to isolate the problem, and what I've discovered is that when I comment out 'import pygal as pg' from the module imports at the beginning of the script, the tool will run as many times in succession as I like. But as soon as 'import pygal as pg' is included in my script, it fails the second time the tool runs. So, it isn't a particular Pygal function that is causing the tool to fail, it is the importing of Pygal itself. However, as you suggested, rearranging the order in which the module is imported does not seem to fix the issue. ... View more

That was it! There was a protection that I needed to disable. It populated immediately after being disabled. Thanks! ... View more

It doesn't look like that was it since I'm still having the same problem after re-adding it. Could it just be that there are too many features (ie, too many municipalities)? I just did a test where I clipped out 100 municipalities from the 3,500 and the eSearch widget worked just fine on this clip. It was able to populate the drop-down list with no problems. This still doesn't explain why the widget worked fine when the layer was hosted on AGOL.  ... View more

Hello, I'm having this same issue with the dropdown list for the eSearch widget failing to populate, and I'm curious how the issue was resolved. I'm using eSearch 2.6.1. The layer that the search is based on is hosted on ArcGIS for Server. This layer has around 3,500 features. I've configured the update search layer properties as follows: And my expression selects Unique municipality names: As you can see, the tool appears to be working, meaning that it is processing the unique municipality name values. However, the list never populates and it never appears to read any values since it remains at '0 of 3568.' One thing that is worth mentioning is that I originally hosted this layer on ArcGIS Online rather than Arc Server. When it was on AGOL, I was able to get the list to populate, which causes me some concern that the issue is how the Search URL to Arc Server is being interpreted. Could this be the issue? ... View more