Latest Contributions by BlakeTerhune

What product are you trying to connect to your license server? ... View more

Creating a circle line feature in Pro (3.3.1) exports to this Esri JSON: { "displayFieldName" : "", "fieldAliases" : { "OBJECTID" : "OBJECTID", "Shape_Length" : "Shape_Length", "MyCustomField" : "MyCustomField" }, "geometryType" : "esriGeometryPolyline", "spatialReference" : { "wkid" : 3008, "latestWkid" : 3008 }, "fields" : [ { "name" : "OBJECTID", "type" : "esriFieldTypeOID", "alias" : "OBJECTID" }, { "name" : "Shape_Length", "type" : "esriFieldTypeDouble", "alias" : "Shape_Length" }, { "name" : "MyCustomField", "type" : "esriFieldTypeString", "alias" : "MyCustomField", "length" : 255 } ], "features" : [{"attributes":{"OBJECTID":3,"Shape_Length":37416.412812405986,"MyCustomField":null},"geometry":{"curvePaths":[[[409829.45079999976,6584678.9290999994],{"a":[[409829.45079999976,6584678.9290999994],[404882.20972270775,6587993.5806217846],0,1]}]]}}] } Creating an ellipse line feature in Pro (3.3.1) export to this Esri JSON: { "displayFieldName" : "", "fieldAliases" : { "OBJECTID" : "OBJECTID", "Shape_Length" : "Shape_Length", "MyCustomField" : "MyCustomField" }, "geometryType" : "esriGeometryPolyline", "spatialReference" : { "wkid" : 3008, "latestWkid" : 3008 }, "fields" : [ { "name" : "OBJECTID", "type" : "esriFieldTypeOID", "alias" : "OBJECTID" }, { "name" : "Shape_Length", "type" : "esriFieldTypeDouble", "alias" : "Shape_Length" }, { "name" : "MyCustomField", "type" : "esriFieldTypeString", "alias" : "MyCustomField", "length" : 255 } ], "features" : [{"attributes":{"OBJECTID":4,"Shape_Length":43604.943501478185,"MyCustomField":null},"geometry":{"curvePaths":[[[399919.55800000019,6592293.0635000002],{"a":[[399919.55800000019,6592293.0635000002],[403892.76152614655,6591110.3424503561],0,1,1.2814744564857963,9244.3980018598413,0.44843380967153262]}]]}}] } ... View more

If you don't choose the "Output to GeoJSON" option and let it make "Esri JSON", it preserves the true curves. Here's a full example to test with a FeatureSet. { "displayFieldName" : "", "fieldAliases" : { "OBJECTID" : "OBJECTID", "Shape_Length" : "Shape_Length", "MyCustomField" : "MyCustomField" }, "geometryType" : "esriGeometryPolyline", "spatialReference" : { "wkid" : 3008, "latestWkid" : 3008 }, "fields" : [ { "name" : "OBJECTID", "type" : "esriFieldTypeOID", "alias" : "OBJECTID" }, { "name" : "Shape_Length", "type" : "esriFieldTypeDouble", "alias" : "Shape_Length" }, { "name" : "MyCustomField", "type" : "esriFieldTypeString", "alias" : "MyCustomField", "length" : 255 } ], "features" : [{"attributes":{"OBJECTID":2,"Shape_Length":21456.640390208202,"MyCustomField":"my value"},"geometry":{"curvePaths":[[[258018.72869999986,6677229.8190000001],{"c":[[268339.47780000046,6681063.2401000001],[260595.32177711991,6686102.864274309]]}]]}}] } ... View more

Using the Features to JSON gp tool and choosing the "Output to GeoJSON" option creates a file with .geojson extension. I just tested and I got fully completed JSON. Herer's an abbreviated example.   {"type":"FeatureCollection","crs":{"type":"name","properties":{"name":"EPSG:3008"}},"features": [{ "type":"Feature","id":1,"geometry":{ "type":"LineString","coordinates":[ [235902.8376000002,6695217.4102999996], [235915.07869883571,6695060.7613401897], ... SNIP ... [235928.1163439769,6694904.1766636735], [218505.00329999998,6689909.5965] ] }, "properties":{ "OBJECTID":1, "Shape_Length":401574.90631927003, "MyCustomField":"a value here" } }] }    The JSON you posted is all empty. It should have values. EDIT: I just noticed that Feature to JSON is simplifying the geometry into straight line segments instead of a curve. Sorry. ... View more

Have you tried loading the JSON into a FeatureSet and copying it to a new feature class like the original solution suggested? fs = arcpy.FeatureSet() fs.load(r'C:\path_to_your_json_file.json') arcpy.management.CopyFeatures(fs, r'C:\some_folder\test_workspace.gdb') ... View more

Yes, you can use the same method for creating regular (non-curve) polyline features. As for how to construct your GeoJSON, I don't have experience doing that with curves. I recommend reading the documentation. For practice, you can manually create sample features (with curves) in ArcGIS Pro, then export them to GeoJSON to see how the structure changes for different geometries. ... View more

It looks like the geometry object in arcpy does not support the creation of true curves. Any true curves in the geometry will be densified into approximate curves in the WKT string. A possible workaround seems to be to create your feature as GeoJSON and load it in a FeatureSet, then copy the features. ... View more

We store our raster images on a network file storage drive. The folder data store allows us to serve the imagery directly from a mosaic dataset in a file geodatabase on the network drive. ... View more

I upgraded to ArcGIS Pro 3.3.1 and the scale-based symbol classes are now working flawlessly. 🙄 ... View more

What version of Enterprise are you on? ... View more

When it comes to Esri getting their money, I've found them to be helpful 😉 Are you able to log into My Esri to see the your organization? Under "Overview", "Esri Contacts", you should find contact information for a Customer Service Representative who should be able to assist you with transitioning your licenses. ... View more

Maybe this is a bug in how updateConnectionProperties() works on workspaces. I have had luck iterating over each layer rather than applying to the whole map.   for layer in mymap.listLayers(): layer.updateConnectionProperties( current_connection_info=r'C:\oldpath\database.gdb', new_connection_info=r'C:\newpath\database.gdb', ignore_case=True )   ... View more

The conditions are evaluated in order so put the most important one first and use elif for the other conditions. You'll also need to update the parameters in your function to accept Field2. # Expression Reclass(!Field1!, !Field2!) # Code Block def Reclass(field1, field2): if field2 == "y": return "4" elif field1=="x": return "1" elif field1 =="y": return "2" else: return "3"   ... View more

You can use an f-string to dynamically insert the field name into the calculate field expression. fields = arcpy.ListFields("perc_test_table") for field in fields: if field.name not in ['OBJECTID', 'Shape_Length', 'Shape_Area', 'SumField', 'Spatial_ID']: arcpy.management.CalculateField(table, f"{field.name}_perc", f"!{field.name}!/!SumField!", "PYTHON3", field_type="DOUBLE")   ... View more