Arcade-get 4 nearest addresses from point feature

Question

Arcade, Custom Attribute Expression, popup I used the below code to get the nearest one location from $feature, but i'm looking now to get nearest 4 records from $feature. I tried with json object, arrayList, but having syntax errors. Not sure about the limitations of customization in Arcade var searchDist = 6000; var storeAddress = Intersects(FeatureSetById($map, "storeAddressFeaturelayer_2246"), Buffer( $feature, searchDist, "meters")); var cnt = Count(storeAddress); var x=0; var nearestaddress; var neardistance=0; var addressDist=0; for (var f in storeAddress { addressDist = Round(Distance(f, $feature, "meters"),3); if(x==0){ neardistance=addressDist; nearestaddress = f.Address+", "+f.PhoneNumber; } if(neardistance>addressDist && x==1){ neardistance=addressDist; nearestaddress = f.Address +", "+f.PhoneNumber; } x=1; } return nearestaddress;‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍ Any Suggestions

XanderBakker · Accepted Answer

Hi MR Reddy , I just did a test using the data in the Arcade playground:ArcGIS Arcade | ArcGIS for Developers See the code below (it is based on the data and some settings for the data in the playground and needs to be adjusted to your data): var parcel = $feature; var searchDist = 200; var storeAddress = Intersects(FeatureSetByName($map,"Parcels_And_Buildings - Tax Parcels"), Buffer( $feature, searchDist, "meters")); var cnt = Count(storeAddress); Console(cnt); var dct = {}; for (var address in storeAddress) { var addressDist = Round(Distance(address, $feature, "meters"), 3); var key = Text(addressDist, "000.000"); Console(key); //address.Address + ", " + address.PhoneNumber; var val = address.SITEADDRESS + ", " + address.PARCELID + " (" + addressDist + "m)"; for (var i = 0; i < 10; i++) { if (HasKey(dct, key)) { key += Text(i); } else { // skip; } } dct[key] = val; } var result = ""; var mx = Min([cnt, 4]); var i = 0; for (var key in dct) { if (i < mx) { var val = dct[key]; result += val + TextFormatting.NewLine; } i += 1; } return result;‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍ What is does is: * It gets the intersecting features with the buffered parcel * it created a dictionary where the key is formed based upon the distance between the feature and the address * Then it loops through the dictionary and gets the first four addresses.