Latest Contributions by KenBuja

Here's a way to create a bulleted list. In each loop, the string is pushed into the result array. The string also use a template literal. The Concatenate function creates a string from that array, separating the array items by a line break. As for the AsBuilt_Name not coming through, have you checked using a console in your loop whether there's an attribute in that field? var AB = FeatureSetByName($map, 'As Built Polygons') var ABpoly = Intersects(AB, $userInput) // uses the intersect of the click// var result = [] for (var poly in ABpoly){ var link = poly.AsBuilt_Link var name = poly.Laser_fiche_name var yr = poly.year var nm = poly.AsBuilt_Name console(nm) Push(result, `• ${nm} <a href =${link}>${name}</a> ${yr}`) } //pulls the fields from the layer and builds a url using the field name// return { type: 'text', text : Concatenate(result, '<br>') }   ... View more

My apologies. I forgot to add a wildcard in the sqlExpression. Here's the tested code that works var fs = FeatureSetByName($datastore, "GIS_Miway_LandingPad"); var string = `${$feature.StopID_text}-LP-` var sql = `${string}%`; var filtered = Filter(fs, "AssetID LIKE @sql"); if (Count(filtered) == 0) return `${string}1`; var list = []; for (var f in filtered) { Push(list, f["AssetID"]); } function reverseSort(a, b) { if (a < b) return 1; if (a > b) return -1; return 0; } var highest = Sort(list, reverseSort)[0] return `${string}${Number(Split(highest, "-LP-")[1]) + 1}` In my test data, I used the Habitat field   ... View more

This would return the first seven characters attrs["Category"] = Left(f["Type"], 7); ... View more

Here's one way to create that new field. This takes the Schema of your original FeatureSet (line 9) and adds the additional field "Category" (line 10). It creates a dictionary for a new FeatureSet (lines 12-16), then loops through the records in the original Featureset (line 17) and copying all the attributes (lines 20-22). For the new "Category" field, it takes the value from the "Type" attribute, splits it into an array, and extracts the text before the colon (line 23). The attributes are added into a new feature (line 25) and a new FeatureSet is created from the dictionary (line 27). var fs = FeatureSetByPortalItem( Portal("yourPortal"), "yourItem", 0, ["*"], false ); var theSchema = Schema(fs); Push(theSchema.fields, { name: "Category", type: "esriFieldTypeString" }); //return theSchema; var temp_dict = { fields: theSchema["fields"], geometryType: Schema(fs).geometryType, features: [] }; for (var f in fs) { var attrs = {}; for (var attr in f) { attrs[attr] = f[attr]; } attrs["Category"] = Split(f["Type"], ":")[0]; Push(temp_dict["features"], { attributes: attrs, geometry: Geometry(f) }); } return Featureset(temp_dict);   ... View more

I was using this image service. Also, when using an Arcade element, you have to return a dictionary return { type : 'text', text : `Pixel Value: ${Number($pixel["Raster.ItemPixelValue"][0])}` }   ... View more