Latest Contributions by erica_poisson

Hi -  I am designing the tablet and mobile layouts for my Experience. In all of my designs, I am using the same background image for my apps home page. I've got the image position set to "fill" and this is honored within the Experience designer, however when I view the published version on my tablet and mobile device, this is no longer honored. On my iPhone, I have tested this in both Safari and Chrome with the same results.  Please see both sets of examples below.  Is this expected behavior? Any ideas to make this work as shown in the designer? Thank you! Mobile preview in designer: Published mobile version on iPhone:   Tablet preview in designer:   Published tablet version on iPad:   ... View more

Hi -  I have the following data expression in my dashboard and it is working perfectly, however my users want to be able to filter this chart by "watershed", which is not currently possible because this is not a field in my data or data expression. I have a separate hosted feature layer for watersheds that I will use to determine this.  I've used "Intersects" to calculate values in Field Maps & to show additional information in pop-ups, but I am not sure where exactly I should be fitting it into this expression to get what I want, which is a table that has a count of inspections, with their project ID and watershed.  Please see below. This is my existing data expression that is working well: // Create a FeatureSet for stable and unstable inspections. // Group the features by the CGP file number // Create filtered feature set for stable inspection points var filterStablePts = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 1, ['Point_Status', 'SV_CGP_File_Number'], true), "Point_Status = 'Stable'"); var StablePts = GroupBy(filterStablePts, ["SV_CGP_File_Number"], [ {name: "stable", expression: "Point_Status", statistic: "count"}, ] ); // Create filtered feature set for unstable inspection points var filterUnstablePts = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 1, ['Point_Status', 'SV_CGP_File_Number'], true), "Point_Status = 'Unstable'"); var UnstablePts = GroupBy(filterUnstablePts, ["SV_CGP_File_Number"], [ {name: "unstable", expression: "Point_Status", statistic: "count"}, ] ); // Create filtered feature set for general observation points var filterObsPts = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 1, ['Point_Status', 'SV_CGP_File_Number'], true), "Point_Status = 'General Obs.'"); var ObsPts = GroupBy(filterObsPts, ["SV_CGP_File_Number"], [ {name: "observation", expression: "Point_Status", statistic: "count"}, ] ); // Create filtered feature set for stable revisit (table) records var filterStableRevis = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 3, ['R_Point_Status', 'R_CGP_File_Number'], true), "R_Point_Status = 'Stable'"); var StableRevis = GroupBy(filterStableRevis, ["R_CGP_File_Number"], [ {name: "stablerevis", expression: "R_Point_Status", statistic: "count"}, ] ); // Create filtered feature set for unstable revisit (table) records var filterUnstableRevis = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 3, ['R_Point_Status', 'R_CGP_File_Number'], true), "R_Point_Status = 'Unstable'"); var UnstableRevis = GroupBy(filterUnstableRevis, ["R_CGP_File_Number"], [ {name: "unstablerevis", expression: "R_Point_Status", statistic: "count"}, ] ); // Create an empty dictionary to hold the data var combinedDict = { fields: [ {name: "File_Number", type: "esriFieldTypeString"}, {name: "Pt_Status", type: "esriFieldTypeString"}, {name: "Num_Inspections", type: "esriFieldTypeInteger"}, ], geometryType: "", features: [], }; // Fill the new dictionary with data var i = 0; // Loop through features and parse them into appropriate fields within dictionary // Stable point inspections for (var m in StablePts) { combinedDict.features[i] = { attributes: { File_Number: m["SV_CGP_File_Number"], Pt_Status: "Stable", Num_Inspections: m["stable"], }, }; i++; } // Unstable point inspections for (var n in UnstablePts) { combinedDict.features[i] = { attributes: { File_Number: n["SV_CGP_File_Number"], Pt_Status: "Unstable", Num_Inspections: n["unstable"], }, }; i++; } // General observation points for (var q in ObsPts) { combinedDict.features[i] = { attributes: { File_Number: q["SV_CGP_File_Number"], Pt_Status: "General Observation", Num_Inspections: q["observation"], }, }; i++; } // Stable revisit records (table) for (var o in StableRevis) { combinedDict.features[i] = { attributes: { File_Number: o["R_CGP_File_Number"], Pt_Status: "Stable Revisit", Num_Inspections: o["stablerevis"], }, }; i++; } // Unstable revisit records (table) for (var p in UnstableRevis) { combinedDict.features[i] = { attributes: { File_Number: p["R_CGP_File_Number"], Pt_Status: "Unstable Revisit", Num_Inspections: p["unstablerevis"], }, }; i++; } return FeatureSet(Text(combinedDict));   This is where I am with adding in the Intersects piece - I've tried a few different things in different places within here, but I can't figure out where this should go/how to incorporate it. We have a separate Watersheds hFL which I am attempting to intersect against. See lines 67, 68, 81 below. // Create a FeatureSet for stable and unstable inspections. // Group the features by the CGP file number // Create filtered feature set for stable inspection points var filterStablePts = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 1, ['Point_Status', 'SV_CGP_File_Number'], true), "Point_Status = 'Stable'"); var StablePts = GroupBy(filterStablePts, ["SV_CGP_File_Number"], [ {name: "stable", expression: "Point_Status", statistic: "count"}, ], ); // Create filtered feature set for unstable inspection points var filterUnstablePts = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 1, ['Point_Status', 'SV_CGP_File_Number'], true), "Point_Status = 'Unstable'"); var UnstablePts = GroupBy(filterUnstablePts, ["SV_CGP_File_Number"], [ {name: "unstable", expression: "Point_Status", statistic: "count"}, ] ); // Create filtered feature set for general observation points var filterObsPts = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 1, ['Point_Status', 'SV_CGP_File_Number'], true), "Point_Status = 'General Obs.'"); var ObsPts = GroupBy(filterObsPts, ["SV_CGP_File_Number"], [ {name: "observation", expression: "Point_Status", statistic: "count"}, ] ); // Create filtered feature set for stable revisit (table) records var filterStableRevis = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 3, ['R_Point_Status', 'R_CGP_File_Number'], true), "R_Point_Status = 'Stable'"); var StableRevis = GroupBy(filterStableRevis, ["R_CGP_File_Number"], [ {name: "stablerevis", expression: "R_Point_Status", statistic: "count"}, ] ); // Create filtered feature set for unstable revisit (table) records var filterUnstableRevis = Filter(FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '12345x', 3, ['R_Point_Status', 'R_CGP_File_Number'], true), "R_Point_Status = 'Unstable'"); var UnstableRevis = GroupBy(filterUnstableRevis, ["R_CGP_File_Number"], [ {name: "unstablerevis", expression: "R_Point_Status", statistic: "count"}, ] ); // Create an empty dictionary to hold the data var combinedDict = { fields: [ {name: "File_Number", type: "esriFieldTypeString"}, {name: "Pt_Status", type: "esriFieldTypeString"}, {name: "Num_Inspections", type: "esriFieldTypeInteger"}, {name: "Watershed", type: "esriFieldTypeString"}, ], geometryType: "", features: [], }; // Feature set for watershed intersection var watersheds = FeatureSetByPortalItem(Portal('https://mass-eoeea.maps.arcgis.com'), '4a7abb05f6eb42d78e31587b05e3ebec', 0, ['Label_Field'], false); var watershed = First(Intersects(combinedDict,watersheds)); // Fill the new dictionary with data var i = 0; // Loop through features and parse them into appropriate fields within dictionary // Stable point inspections for (var m in StablePts) { combinedDict.features[i] = { attributes: { File_Number: m["SV_CGP_File_Number"], Pt_Status: "Stable", Num_Inspections: m["stable"], Watershed: m[watershed], }], }, }; i++; } // Unstable point inspections for (var n in UnstablePts) { combinedDict.features[i] = { attributes: { File_Number: n["SV_CGP_File_Number"], Pt_Status: "Unstable", Num_Inspections: n["unstable"], }, }; i++; } // General observation points for (var q in ObsPts) { combinedDict.features[i] = { attributes: { File_Number: q["SV_CGP_File_Number"], Pt_Status: "General Observation", Num_Inspections: q["observation"], }, }; i++; } // Stable revisit records (table) for (var o in StableRevis) { combinedDict.features[i] = { attributes: { File_Number: o["R_CGP_File_Number"], Pt_Status: "Stable Revisit", Num_Inspections: o["stablerevis"], }, }; i++; } // Unstable revisit records (table) for (var p in UnstableRevis) { combinedDict.features[i] = { attributes: { File_Number: p["R_CGP_File_Number"], Pt_Status: "Unstable Revisit", Num_Inspections: p["unstablerevis"], }, }; i++; } return FeatureSet(Text(combinedDict));   Any help would be appreciated. I've never tried this in a data expression with GroupBy statements before and feel like I am missing something fundamental here.  Thank you, ... View more

Hi - I've seen many posts about scale-based symbology using Arcade (e.g. change the point size). I was wondering if it was possible to control a layer's transparency via Arcade so that a layer becomes more transparent as a user zooms in on a map.  Currently, I have two copies of the same layer in my map - one is opaque and the other is semi-transparent. As the user zooms in on the map, the opaque version disappears and is 'replaced' by the semi-transparent version.  Ideally, I'd like to use Arcade to change the transparency of a single layer as the user zooms in. This would help immensely as I am using my map in Experience Builder and the filter widget can only be applied to one layer.  Any advice would be appreciated, ... View more