Latest Contributions by DarrenWiens2

If you post the original code you used for Field 2, we can go from there. ... View more

Just set the page size manually: ... View more

Okay, if you're talking about a one-to-many relationship, then you should look into Relates. Joins and relates—ArcGIS Pro | ArcGIS for Desktop ... View more

Make points geometries, perhaps centroids, from the polygons and then join your tabular data to those. ... View more

You are describing Joining data: Joins and relates—ArcGIS Pro | ArcGIS for Desktop You will need to make a common, single column on which to make your join (e.g. "Section_Block" -> "1_122"). ... View more

The following script iterates through your buffer geometries, and assigns each to a group where none of the geometries overlap. There are surely ways to streamline the code and this may not be very efficient for large datasets, so I make no guarantees there. >>> def group_buffs(buff_dict, group_no): # the magic function ...     group_no += 1 # group ID ...     changes = 0 # see if any changes happened on this run ...     for k,v in buff_dict.iteritems(): # loop through buffer dictionary ...         if v[1] == 0: # if row doesn't have a group ID ...             test_geom = v[0] # record geometry ...             buff_dict [1] = group_no # assign group ID ...             break # just need the first one ...     for k,v in buff_dict.iteritems(): # loop through buffer dictionary ...         if v[1] == 0: # if row doesn't have a group ID ...             if v[0].disjoint(test_geom): # if row is disjoint to the test_geom ...                 changes += 1 # record a change ...                 buff_dict [1] = group_no # assign group ID ...                 test_geom = test_geom.union(v[0]) # add current geometry to test_geom ...     if changes == 0: # no changes, must be done ...         return buff_dict # return the finished dictionary ...     else: # there were changes, call function again ...         return group_buffs(buff_dict,group_no) # call the function again and return the result ... buff_fc = 'buff2km' # the buffer feature class ... buff_dict = {} # an empty dictionary ... with arcpy.da.SearchCursor(buff_fc,['OID@','SHAPE@']) as cursor: # load OIDs and geometries to dictionary ...     for row in cursor: ...         buff_dict[row[0]] = [row[1],0] # key = OID, value = [geometry, default group ID] ... buff_dict = group_buffs(buff_dict, 0) # call function to assign group IDs ... group_field = 'group_no' ... #arcpy.AddField_management(buff_fc,group_field,"SHORT") # uncomment if need to add a field for group ID to feature class ... with arcpy.da.UpdateCursor(buff_fc,['OID@',group_field]) as uCursor: # update feature class with group IDs ...     for uRow in uCursor: ...         uRow[1] = buff_dict[uRow[0]][1] ...         uCursor.updateRow(uRow) edit: I'll add that you can do exactly the same thing using PointGeometries and its distanceTo method, rather than Polygon's disjoint method. ... View more

I don't think you'll find an out-of-the-box tool to do this for you, so you'll need to parse it yourself. I'd suggest creating new fields in the current table rather than creating a new table for each row, but it may depend on your data. ... View more

If you're open to creating a new field and populating it for your selection, you can do (Python parser): solution stolen mostly from here: http://stackoverflow.com/questions/354038/how-do-i-check-if-a-string-is-a-number-float-in-python ... View more

Here's an example. I used spatial join with the original points as both the target and join fature classes. The points are labeled by "Id". For example, the highlighted point ("Id" = 2) has an elevation of 5795, and it is closest to point 3 ("Id_1" = 3) which has an elevation of 2896. ... View more

You should be able to use Spatial Join with Closest relationship. Spatial Join—Help | ArcGIS for Desktop ... View more

It worked for me projecting to UTM 13. Perhaps there's something going on with your custom CRS...? ... View more

Yes, please zip and upload. ... View more

Does the same thing happen if you try to project to another CRS, like UTM? I've never seen that particular CRS and it doesn't appear in my list, so I assume it's custom. ... View more

Your mention was just me (cheekily) alerting you that there was an opportunity to use numpy, but after I provided one such solution, it didn't seem necessary. ... View more