Latest Contributions by JohannesLindner

Glad it worked. Please accept the answer, so that your question shows up as answered. ... View more

https://pro.arcgis.com/en/pro-app/latest/tool-reference/data-management/select-layer-by-location.htm  ... View more

There is no way to return multiple values. You probably have to copy the expression:       ... View more

Option 1: select your "wrong" polygon Replace Geometry (ArcGIS Pro: Edit -> Tools) Trace the "correct" polygon   Option 2: select both polygons  !IMPORTANT! edit and run this code in the python window source_layer = "Layer with the correct shape" destination_layer = "Layer with the wrong shape" correct_shape = [row[0] for row in arcpy.da.SearchCursor(source_layer, ["SHAPE@"])][0] with arcpy.da.UpdateCursor(destination_layer, ["SHAPE@"]) as cursor: for row in cursor: cursor.updateRow([correct_shape])   ... View more

Sadly, the code-button is pretty well hidden...   You're repeating a lot of stuff. Your code can be considerably shortened by separating data (your paths) and logic (what to do with them). Also, your GDB path is the same for all layers, so you should just concatenate the feature class names to that path. You weren't doing anything with the blank group layer, so I omitted that part. If you tell me what you want to do with it, I can insert it again. Nevermind, I'm stupid.       import arcpy import os # Change your path here, only once gdb_path = r'C:\Users\Stak1\Documents\ArcGIS\Projects\20211015-20211022\20211015-20211022.gdb' # Define your output groups # {group_layer_name: [[fc_name, layer_name]]} # You name the layers exactly as the feature classes, so this is a little # overkill/too abstacted, but this way, you have the ability to name your # layers independently from the fc in the future. model_output_groups = { "UHF": [ ["UHF_SINGLE", "UHF_SINGLE"], ["UHF_MULTI", "UHF_MULTI"], ["UHF_ELLIPSES_SINGLE", "UHF_ELLIPSES_SINGLE"], ["UHF_ELLIPSES_MULTI", "UHF_ELLIPSES_MULTI"], ], "VHF": [ ["VHF_SINGLE", "VHF_SINGLE"], ["VHF_MULTI", "VHF_MULTI"], ["VHF_ELLIPSES_SINGLE", "VHF_ELLIPSES_SINGLE"], ["VHF_ELLIPSES_MULTI", "VHF_ELLIPSES_MULTI"], ], "LBand": [ ["Lband_SINGLE", "Lband_SINGLE"], ["Lband_MULTI", "Lband_MULTI"], ["Lband_ELLIPSES_SINGLE", "Lband_ELLIPSES_SINGLE"], ["Lband_ELLIPSES_MULTI", "Lband_ELLIPSES_MULTI"], ], "XBand": [ ["Xband_SINGLE", "Xband_SINGLE"], ["Xband_MULTI", "Xband_MULTI"], ["Xband_ELLIPSES_SINGLE", "Xband_ELLIPSES_SINGLE"], ["Xband_ELLIPSES_MULTI", "Xband_ELLIPSES_MULTI"], ] } aprx = arcpy.mp.ArcGISProject('CURRENT') m = aprx.listMaps('*')[0] blank_group_layer = arcpy.mp.LayerFile(r"C:\Users\Stak1\Documents\ArcGIS\Projects\Layer_Symbology_Reference\RFGeo_Folder.lyrx") #created previously in ArcPro and exported as lyrx file m.addLayer(blank_group_layer, "TOP") for group in model_output_groups: group_layer = m.listLayers(group)[0] print(group_layer) for model_output in model_output_groups[group]: fc = os.path.join(gdb_path, model_output[0]) layer = arcpy.management.MakeFeatureLayer(fc, model_output[1]).getOutput(0) print(layer) m.addLayerToGroup(group_layer, layer)         ... View more

The final code is the popup's html. For each of your equipment types, you need one of these: <div style="display: {expression/show_bike};">Content</div> If you have "bike" in your equipment field, this will evaluate to <div style="display: block;">Content</div> In HTML, "display: block" means that the element (the div in this case) will be shown on screen. If "bike" is not in your equipment field, the HTML will evaluate to <div style="display: none;">Content</div> which will hide the element. So if you only have "bike" in the field, the div elements for "car" and "boat" should be hidden.   If that is not the case, you probably need to check the expression names. Could be that your expressions aren't named "expression/show_car", but "expression/expr0" or "expression/expression0" or similar. ... View more

New Map Viewer - Loss of HTML Pop UP Builder - Cha... - Esri Community IT seems like custom HTML popups aren't supported yet, but they are working on it. ... View more

// SortField: Field to sort the feature set by, e.g. ObjectID var sort_val = $feature.SortField var fs = FeatureSetByName($datastore,"YourFeatureset", ["SortField", "ValueField"]) fs = Filter(fs, "SortField < @sort_val") if(Count(fs) == 0) { return $feature.ValueField } return First(OrderBy(fs, "SortField DESC")).ValueField ... View more

So one point of the cutting line is defined and it should cut the polygon into equal areas. I doubt there's a tool for that (though I could be wrong). This seems like a job for Python, so I took a stab at it. I can get it to work with very small relative differences between the polygon parts, but the computation time is still quite high... import datetime def cut_equally(polygon, point, max_increment=1, rel_err=0.01): """Cuts a polygon into equal parts, with one point of the cutting line predefined. Returns a list of arcpy.PolygonGeometry, or an empty list if the target error is too small or the maximum increment too big. How it works: 1.) Create a buffer around the point, create a 1-dimensional intersection of that buffer with the polygon. 1.a) If there is no such intersection, the buffer is too big, return an empty list. 2.) For each of the intersection of polygon and buffer, create a line between that intersection and the point and cut the polygon. 3.) Calculate the relative error with rel_err = abs(1 - area_1/area_2) 3.a) If rel_err is smaller than the target error, return the cut polygons. 4.) Increase the buffer distance. Small target errors need a very small increment, which affects computing time massively. To alleviate that, the increment is dynamic: it is the maximum of the current relative error and a specified value. 5.) Repeat. polygon: arcpy.PolygonGeometry, the polygon to be cut point: arcpy.Point or arcpy.PointGeometry, the start point of the cutting line, must be on the polygon's edge max_increment: the maximum increment to the buffer distance (see step 4) rel_err: the target relative error (see step 3) """ # change point to point geometry if not isinstance(point, arcpy.PointGeometry): point = arcpy.PointGeometry(point) # set start values for dist and curr_rel_err dist = max_increment curr_rel_err = max_increment # loop start_time = datetime.datetime.now() while True: # create a buffer and intersect with the polygon point_buffer = point.buffer(dist) intersect_points = polygon.intersect(point_buffer, 1) # no intersection means the buffer is too big, return an empty list if len(intersect_points) == 0: print("Could not cut the polygon with the specified parameters.") return [] for ip in intersect_points: # create the cutting line cut_line = arcpy.Polyline(arcpy.Array([point.firstPoint, ip])) try: # cut poly_cuts = polygon.cut(cut_line) # get the relative error curr_rel_err = abs(1 - poly_cuts[0].area/poly_cuts[1].area) # return if target error is met if curr_rel_err <= rel_err: print("area_1: {}, area_2: {}, rel_err: {}, time: {} seconds".format(int(poly_cuts[0].area), int(poly_cuts[1].area), curr_rel_err, (datetime.datetime.now() - start_time).seconds)) return poly_cuts # these errors occur when the buffer is too small, ignore them except (RuntimeError, ZeroDivisionError): pass # increase the buffer distance dist += min(curr_rel_err, max_increment)     ... View more

You can't do it in one expression. For each of your equipment types, you create an expression that shows or hides the div block in the popup. // show_car var lines = Split($feature.Equip, ",") for(var i in lines) { if(lines[i] == "car") { return "block" } } return "none" // show_bike var lines = Split($feature.Equip, ",") for(var i in lines) { if(lines[i] == "bike") { return "block" } } return "none" // show_boat var lines = Split($feature.Equip, ",") for(var i in lines) { if(lines[i] == "boat") { return "block" } } return "none"     <!-- display: block; shows the div display: none; hides the div in the expressions, you return either "block" or "none", depending on whether the equipment type is in the field. --> <div style="display: {expression/show_car};"><a href="https://luxe.digital/lifestyle/cars/fastest-cars">These are the fastest cars</a></div> <div style="display: {expression/show_bike};"><a href="https://.../coolest_bikes">These are the coolest bikes</a></div> <div style="display: {expression/show_boat};"><a href="https://..../biggest-ships">These are the biggest cruise ships</a></div> ... View more

When you configure your popup, there is an option to switch to the HTML source. ArcGIS Pro:    Map Viewer Classic:   ... View more