Latest Contributions by mdonnelly

It looks like you have added an attribute to indicate the stress of different sections of the network. The attribute that you have used to indicate stress can be used as the impedance. In Web App Builder, select the Directions widget and configure it. Under the Route Settings configuration you can nominate your network service layer. You'll have to publish your network layer as a service first. You then nominate the stress attribute as the impedance attribute. https://doc.arcgis.com/en/web-appbuilder/create-apps/widget-directions.htm https://desktop.arcgis.com/en/arcmap/latest/extensions/network-analyst/understanding-network-attributes.htm#GUID-ADE9DCEB-62A0-405E-AE57-A13829DE7DEC https://pro.arcgis.com/en/pro-app/latest/help/analysis/networks/publish-a-map-service-using-network-analyst-capability-using-arcgis-pro.htm Hope this helps. ... View more

Hello, This is not possible through the user interface of AGOL. However, it is possible to copy and paste in Collector/Field Maps, so that is an idea for a work around. I know you mentioned geometry but if attribute defaults is something you are interested in then a Feature Template can help with that. You would create the Feature Template for the relevant layer before publishing to AGOL. Otherwise it is possible to copy geometries in AGOL by using the REST API, which could be scripted up in Python. You could retrieve the geometry of a feature with a given OBJECTID, then copy it and use applyEdits on the feature service layer to add the copied feature. It could then be seen on screen in the user interface for on screen manipulation.  The following can be used to give you inspiration to retrieve geometries and attributes from a feature service layer:  https://developers.arcgis.com/python/guide/working-with-feature-layers-and-features/ ... View more

Hello,  Esri probably doesn't advertise which cloud provider so that they are not tied down and can change/mix and match, as required. However, from my experience in monitoring AGOL traffic I have noticed that is normally AWS endpoints being called behind the scenes. ... View more

I did come across this bit of code, which may help: import arcpy import math def scale_geom(geom, scale, reference=None): """Returns geom scaled to scale %""" if geom is None: return None if reference is None: # we'll use the centroid if no reference point is given reference = geom.centroid refgeom = arcpy.PointGeometry(reference) newparts = [] for pind in range(geom.partCount): part = geom.getPart(pind) newpart = [] for ptind in range(part.count): apnt = part.getObject(ptind) if apnt is None: # polygon boundaries and holes are all returned in the same part. # A null point separates each ring, so just pass it on to # preserve the holes. newpart.append(apnt) continue bdist = refgeom.distanceTo(apnt) bpnt = arcpy.Point(reference.X + bdist, reference.Y) adist = refgeom.distanceTo(bpnt) cdist = arcpy.PointGeometry(apnt).distanceTo(bpnt) # Law of Cosines, angle of C given lengths of a, b and c angle = math.acos((adist**2 + bdist**2 - cdist**2) / (2 * adist * bdist)) scaledist = bdist * scale # If the point is below the reference point then our angle # is actually negative if apnt.Y < reference.Y: angle = angle * -1 # Create a new point that is scaledist from the origin # along the x axis. Rotate that point the same amount # as the original then translate it to the reference point scalex = scaledist * math.cos(angle) + reference.X scaley = scaledist * math.sin(angle) + reference.Y newpart.append(arcpy.Point(scalex, scaley)) newparts.append(newpart) return arcpy.Geometry(geom.type, arcpy.Array(newparts), geom.spatialReference) You can call it with a geometry object, a scale factor (1 = same size, 0.5 = half size, 5 = 5 times as large, etc.), and an optional reference point: scale_geom(some_geom, 1.5)  Referenced from here: https://gis.stackexchange.com/questions/169694/is-there-arcpy-tool-for-polygon-resizing-like-scale-tool-of-advanced-editing-too ... View more