テストでは正常に動作するのに、ArcGIS OnlineでArcade式からラベルが表示されないのはなぜですか？

Question

パイプの長さと断面形状を確認し、パイプのラベルを生成するかどうか、またどのように生成するかを判定するため、以下のラベル式を作成しました。ArcGIS Proでは問題なく動作します。また、式をArcGIS Onlineに貼り付けると、コードの検証に成功し、想定どおりテスト文字列が返されます（式内のどちらのラベル関数でも同様です）。しかし、マップ上にラベルが表示されません。似たような（もっと単純な）関数も使っていますが、そちらは問題なく動作しています。 function ChooseLabelFormat(ML,PL,Sec){ //パイプ形状に応じてラベル関数を呼び出す return When( PL >= ML && Sec == 'Circular', GetMainLabel ($feature.NominalDiameter,$feature.Material), PL >= ML && Sec != 'Circular', GetMainLabelNC ($feature.Material,$feature.BoxHeight,$feature.BoxWidth), "") }; function GetMainLabel(Dia,Mat){ //-999およびUnkの値を除外して、直径や材質を返す return When( Dia !=-999 && Mat != "Unk", Dia + "'' " + Mat, Dia !=-999 && Mat == "Unk", Dia + "''", Dia ==-999 && Mat != "Unk", Mat, "") }; function GetMainLabelNC(Mat,BH,BW){ //-999およびUnkの値を除外して、高さ×幅や材質を返す return When( BH !=-999 && Mat != "Unk", BH + "'' x " + BW + "'' " + Mat, BH !=-999 && Mat == "Unk", BH + "'' x " + BW + "'' ", BH ==-999 && Mat != "Unk", Mat, "") }; //ラベル付け用の変数を設定し、関数を呼び出す var Section = DomainName($feature, 'CrossSectionShape'); //ラベルを付ける最小フィーチャ長をMinLabel値として設定： var MinLabel = 50; var PipeLen = $feature.SHAPE__Length; //var PipeLen = Length(Geometry($feature), 'feet') return ChooseLabelFormat(MinLabel,PipeLen,Section);‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍

XanderBakker · Answer

OK, so for some reason it does not like the functions (I guess). If I use this expression it seems to work: var Sec = DomainName($feature, 'CrossSectionShape'); var ML = 50; var PL = $feature.SHAPE__Length; var Dia = $feature.NominalDiameter; var Mat = $feature.Material; var BH = $feature.BoxHeight; var BW = $feature.BoxWidth; var GetMainLabel = When( Dia !=-999 && Mat != "Unk", Dia + "'' " + Mat, Dia !=-999 && Mat == "Unk", Dia + "''", Dia ==-999 && Mat != "Unk", Mat, ""); var GetMainLabelNC = When( BH !=-999 && Mat != "Unk", BH + "'' x " + BW + "'' " + Mat, BH !=-999 && Mat == "Unk", BH + "'' x " + BW + "'' ", BH ==-999 && Mat != "Unk", Mat, ""); var result = When( PL >= ML && Sec == 'Circular', GetMainLabel, PL >= ML && Sec != 'Circular', GetMainLabelNC, ""); return result;‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍

XanderBakker · Answer

That is indeed very strange behavior. When I use the label expression and use it in the pop-up, it validates correctly with every feature. However, it does not return something in the pop-up or label. Very strange. I tried to rewrite the code and this resulted in the same behavior. function ChooseLabelFormat(ML,PL,Sec){ //Calls the label function based on pipe shape if (PL >= ML) { if (Sec == 'Circular') { return GetMainLabel($feature.NominalDiameter,$feature.Material); } else { return GetMainLabelNC($feature.Material,$feature.BoxHeight,$feature.BoxWidth); } } else { return ""; } } function GetMainLabel(Dia,Mat){ //Returns Diameter and/or material excluding -999 and Unk values if (Dia !=-999) { if (Mat != "Unk") { return Dia + "'' " + Mat; } else { return Dia + "''"; } } else { if (Mat != "Unk") { return Mat; } else { return ""; } } } function GetMainLabelNC(Mat,BH,BW){ //Returns HeightxWidth and/or material excluding -999 and Unk values if (BH !=-999) { if (Mat != "Unk") { return BH + "'' x " + BW + "'' " + Mat; } else { return BH + "'' x " + BW + "'' "; } } else { if (Mat != "Unk") { return Mat; } else { return ""; } } } //Set variables and call function for labeleling var Section = DomainName($feature, 'CrossSectionShape'); // Set MinLabel value as the minimum feature length to be labeled: var MinLabel = 50; var PipeLen = $feature.SHAPE__Length; //var PipeLen = Length(Geometry($feature), 'feet') return ChooseLabelFormat(MinLabel,PipeLen,Section);‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍ Maybe something for support? If I retrieve the WKID of the geometry it will return 102100 (Web Mercator Auxiliary Sphere): return $feature.OBJECTID; // returns 306 return Geometry($feature).spatialReference["wkid"]; // returns 102100 which is (Web Mercator Auxiliary Sphere) return Length($feature, "meter"); // returns 22.8405.... return Length($feature, "feet"); // returns 74.9362.... return $feature["Shape__Length"]; // returns 57.2223.... return LengthGeodetic($feature, "meter"); // returns 17.4116.... return LengthGeodetic($feature, "feet"); // returns 57.1249.... ‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍‍ So the Shape__Length represents the length in feet (Geodetic). I will try one last thing to see if it works...

RobBlash · Answer

Thanks Xander Bakker‌ See example here: http://arcg.is/1Tzjiq There is one layer with the code in my original post, which does not produce a label. There is a second layer with the code shown below that does produce a label. //Returns Diameter and/or material excluding -999 and Unk values function GetMainLabel(Dia,Mat) { return When(Dia !=-999 && Mat != "Unk", Dia + "'' " + Mat, Dia !=-999 && Mat == "Unk", Dia + "''", Dia ==-999 && Mat != "Unk", Mat,"") } // Set MinLabel value as the minimum feature length to be labeled: var MinLabel = 50; var PipeLen = $feature.SHAPE__Length; //var PipeLen = Length(Geometry($feature), 'feet'); iif (PipeLen >= MinLabel, GetMainLabel ($feature.NominalDiameter,$feature.Material),'');‍‍‍‍‍‍‍‍‍ Regarding the length, that's actually commented out and the length is taken from Shape__Length. However, the data was in NJ State Plane when published, and it's my understanding that it stays that way and gets projected on the fly in AGOL. Is this not correct? The spatial reference WKID is 102711 (NJ state plane NAD83)per the json (see screen shot)