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t=m({values:e,minValue:u,maxValue:c,useSampleStdDev:!r,supportsNullCount:d({normalizationType:r,normalizationField:a,minValue:u,maxValue:c})});f=t.min,p=t.max}y=z(f,p,h)}return{min:f,max:p,intervals:y}}function V(e,t){let i=-1;for(let s=e.length-1;s>=0;s--)if(t>=e[s][0]){i=s;break}return i}function z(e,t,i){const s=(t-e)/i,n=[];let r,a=e;for(let o=1;o<=i;o++)r=a+s,r=Number(r.toFixed(16)),n.push([a,o===i?t:r]),a=r;return n}},6411:function(e,t,i){"use strict";i.d(t,"a",(function(){return W}));var s=i("ce50"),n=i("7ffa"),r=i("b2b2"),a=i("aefa"),o=i("8048"),l=i("4261"),u=i("9180"),c=i("28b1"),h=i("a9ab"),d=i("a8d5"),f=i("7f83"),m=i("d7f2"),p=i("66a2");class y{constructor(e,t){this._cache=new m["a"](e),this._invalidCache=new m["a"](t)}get(e,t){const i=`${t.uid}:${e}`,s=this._cache.get(i);if(s)return s;if(void 0!==this._invalidCache.get(i))return null;try{const s=p["WhereClause"].create(e,t);return this._cache.put(i,s),s}catch{return this._invalidCache.put(i,null),null}}}const g=new y(50,500),b="feature-store:unsupported-query",x=" as ",j=new Set(["esriFieldTypeOID","esriFieldTypeSmallInteger","esriFieldTypeInteger","esriFieldTypeSingle","esriFieldTypeDouble","esriFieldTypeLong","esriFieldTypeDate"]);function I(e,t){if(!t)return!0;const i=g.get(t,e);if(!i)throw new s["a"](b,"invalid SQL expression",{where:t});if(!i.isStandardized)throw new s["a"](b,"where clause is not standard",{where:t});return v(e,i.fieldNames,"where clause contains missing fields"),!0}function O(e,t,i){if(!t)return!0;const n=g.get(t,e);if(!n)throw new s["a"](b,"invalid SQL expression",{having:t});if(!n.isAggregate)throw new s["a"](b,"having does not contain a valid aggregate function",{having:t});const r=n.fieldNames;if(v(e,r,"having contains missing fields"),!n.getExpressions().every(t=>{const{aggregateType:s,field:n}=t,r=e.has(n)&&e.get(n).name;return i.some(t=>{const{onStatisticField:i,statisticType:n}=t;return(e.has(i)&&e.get(i).name)===r&&n.toLowerCase().trim()===s})}))throw new s["a"](b,"expressions in having should also exist in outStatistics",{having:t});return!0}function S(e,t){return e?g.get(e,t):null}function v(e,t,i,n=!0){const r=[];for(const o of t)if("*"!==o&&!e.has(o))if(n){const t=_(o);try{const i=S(t,e);if(!i)throw new s["a"](b,"invalid SQL expression",{where:t});if(!i.isStandardized)throw new s["a"](b,"expression is not standard",{clause:i});v(e,i.fieldNames,"expression contains missing fields")}catch(a){const e=a&&a.details;if(e&&(e.clause||e.where))throw a;e&&e.missingFields?r.push(...e.missingFields):r.push(o)}}else r.push(o);if(r.length)throw new s["a"](b,i,{missingFields:r})}function _(e){return e.split(x)[0]}function w(e){return e.split(x)[1]}function F(e,t){const i=t.get(e);return!!i&&!j.has(i.type)}var R=i("1ec3"),T=i("a94c"),V=i("57e5"),z=i("f8d4"),M=i("008c"),E=i("6655"),N=i("55cd");class A{constructor(e,t,i){this._fieldDataCache=new Map,this._returnDistinctMap=new Map,this.returnDistinctValues=e.returnDistinctValues,this.fieldsIndex=i,this.featureAdapter=t;const s=e.outFields;if(s&&-1===s.indexOf("*")){this.outFields=s;let e=0;for(const t of s){const s=_(t),n=this.fieldsIndex.get(s),r=n?null:S(s,i),a=n?n.name:w(t)||"FIELD_EXP_"+e++;this._fieldDataCache.set(t,{alias:a,clause:r})}}}countDistinctValues(e){return this.returnDistinctValues?(e.forEach(e=>this.getAttributes(e)),this._returnDistinctMap.size):e.length}getAttributes(e){const t=this._processAttributesForOutFields(e);return this._processAttributesForDistinctValues(t)}getFieldValue(e,t,i){const s=i?i.name:t;let n=null;return this._fieldDataCache.has(s)?n=this._fieldDataCache.get(s).clause:i||(n=S(t,this.fieldsIndex),this._fieldDataCache.set(s,{alias:s,clause:n})),i?this.featureAdapter.getAttribute(e,s):n.calculateValue(e,this.featureAdapter)}getNormalizedValue(e,t){const i=t.normalizationType,s=t.normalizationTotal;let n=this.getFieldValue(e,t.field,t.fieldInfo);if(i&&Number.isFinite(n)){const r=this.getFieldValue(e,t.normalizationField,t.normalizationFieldInfo);n=Object(N["i"])(n,i,r,s)}return n}getExpressionValue(e,t,i){const s={attributes:this.featureAdapter.getAttributes(e)},n=i.createExecContext(s,t.viewInfo);return i.executeFunction(t.compiledFunc,n)}validateItem(e,t){return this._fieldDataCache.has(t)||this._fieldDataCache.set(t,{alias:t,clause:S(t,this.fieldsIndex)}),this._fieldDataCache.get(t).clause.testFeature(e,this.featureAdapter)}validateItems(e,t){return this._fieldDataCache.has(t)||this._fieldDataCache.set(t,{alias:t,clause:S(t,this.fieldsIndex)}),this._fieldDataCache.get(t).clause.testSet(e,this.featureAdapter)}_processAttributesForOutFields(e){const t=this.outFields;if(!t||!t.length)return this.featureAdapter.getAttributes(e);const i={};for(const s of t){const{alias:t,clause:n}=this._fieldDataCache.get(s);i[t]=n?n.calculateValue(e,this.featureAdapter):this.featureAdapter.getAttribute(e,t)}return i}_processAttributesForDistinctValues(e){if(Object(r["j"])(e)||!this.returnDistinctValues)return e;const t=this.outFields,i=[];if(t)for(const r of t){const{alias:t}=this._fieldDataCache.get(r);i.push(e[t])}else for(const r in e)i.push(e[r]);const s=`${(t||["*"]).join(",")}=${i.join(",")}`;let n=this._returnDistinctMap.get(s)||0;return this._returnDistinctMap.set(s,++n),n>1?null:e}}var C,Q=i("abb8"),P=i("1eef"),G=i("c1da"),D=i("82fa");class k{constructor(e,t,i){this.items=e,this.queryGeometry=t,this.definitionExpression=i.definitionExpression,this.geometryType=i.geometryType,this.hasM=i.hasM,this.hasZ=i.hasZ,this.objectIdField=i.objectIdField,this.spatialReference=i.spatialReference,this.fieldsIndex=i.fieldsIndex,this.timeInfo=i.timeInfo,this.featureAdapter=i.featureAdapter,this.aggregateAdapter=i.aggregateAdapter}get size(){return this.items.length}createQueryResponseForCount(e){const t=new A(e,this.featureAdapter,this.fieldsIndex);if(!e.outStatistics)return t.countDistinctValues(this.items);const{groupByFieldsForStatistics:i,having:s}=e;if(!(null==i?void 0:i.length))return 1;const n=new Map,r=new Map,a=new Set,o=e.outStatistics;for(const l of o){const{statisticType:e}=l,o="exceedslimit"!==e?l.onStatisticField:void 0;if(!r.has(o)){const e=[];for(const s of i){const i=this._getAttributeValues(t,s,n);e.push(i)}r.set(o,this._calculateUniqueValues(e,t.returnDistinctValues))}const u=r.get(o);for(const i in u){const{data:e,items:n}=u[i],r=e.join(",");s&&!t.validateItems(n,s)||a.add(r)}}return a.size}async createQueryResponse(e){let t;return t=e.outStatistics?e.outStatistics.some(e=>"exceedslimit"===e.statisticType)?this._createExceedsLimitQueryResponse(e):await this._createStatisticsQueryResponse(e):this._createFeatureQueryResponse(e),e.returnQueryGeometry&&(Object(f["l"])(e.outSR)&&!Object(f["d"])(this.queryGeometry.spatialReference,e.outSR)?t.queryGeometry=Object(P["b"])({spatialReference:e.outSR,...Object(R["b"])(this.queryGeometry,this.queryGeometry.spatialReference,e.outSR)}):t.queryGeometry=Object(P["b"])({spatialReference:e.outSR,...this.queryGeometry})),t}createSnappingResponse(e,t){const i=this.featureAdapter,s=B(this.hasZ,this.hasM),{x:n,y:a}=e.point,o="number"==typeof e.distance?e.distance:e.distance.x,l="number"==typeof e.distance?e.distance:e.distance.y,u={candidates:[]},c="esriGeometryPolygon"===this.geometryType,h=this._getPointCreator(e.point,this.spatialReference,t);for(const d of this.items){const t=i.getGeometry(d);if(Object(r["j"])(t))continue;const{coords:f,lengths:m}=t;if(e.types&C.EDGE){let e=0;for(let t=0;t<m.length;t++){const r=m[t];for(let t=0;t<r;t++,e+=s){const c=f[e],m=f[e+1];if(t!==r-1){const t=f[e+s],r=f[e+s+1],{x:p,y:y}=q(n,a,c,m,t,r),g=(n-p)/o,b=(a-y)/l,x=g*g+b*b;x<=1&&u.candidates.push({type:"edge",objectId:i.getObjectId(d),distance:Math.sqrt(x),target:h(p,y),start:h(c,m),end:h(t,r)})}}}}if(e.types&C.VERTEX){const e=c?f.length-s:f.length;for(let t=0;t<e;t+=s){const e=f[t],s=f[t+1],r=(n-e)/o,c=(a-s)/l,m=r*r+c*c;m<=1&&u.candidates.push({type:"vertex",objectId:i.getObjectId(d),distance:Math.sqrt(m),target:h(e,s)})}}}return u.candidates.sort((e,t)=>e.distance-t.distance),u}_getPointCreator(e,t,i){const s=Object(r["k"])(i)&&!Object(f["d"])(t,i)?e=>Object(R["b"])(e,t,i):e=>e;return null!=e.z&&null!=e.m?(t,i)=>s({x:t,y:i,z:e.z,m:e.m}):null!=e.z?(t,i)=>s({x:t,y:i,z:e.z}):null!=e.m?(t,i)=>s({x:t,y:i,m:e.m}):(e,t)=>s({x:e,y:t})}executeAttributesQuery(e){const t=S(e.where,this.fieldsIndex);if(!t)return Promise.resolve(this);if(t.isStandardized){let i=0;const s=[];for(const e of this.items)t.testFeature(e,this.featureAdapter)&&(s[i++]=e);const n=new k(s,this.queryGeometry,this);return n.definitionExpression=e.where,Promise.resolve(n)}return Promise.reject(new TypeError("Where clause is not standardized"))}executeAggregateIdsQuery(e){if(!e.aggregateIds||!e.aggregateIds.length||Object(r["j"])(this.aggregateAdapter))return Promise.resolve(this);const t=new Set;for(const s of e.aggregateIds)this.aggregateAdapter.getFeatureObjectIds(s).forEach(e=>t.add(e));const i=this.featureAdapter.getObjectId;return Promise.resolve(new k(this.items.filter(e=>t.has(i(e))),this.queryGeometry,this))}executeObjectIdsQuery(e){if(!e.objectIds||!e.objectIds.length)return Promise.resolve(this);const t=new Set(e.objectIds),i=this.featureAdapter.getObjectId;return Promise.resolve(new k(this.items.filter(e=>t.has(i(e))),this.queryGeometry,this))}executeTimeQuery(e){const t=Object(Q["b"])(this.timeInfo,e.timeExtent,this.featureAdapter);if(!Object(r["k"])(t))return Promise.resolve(this);const i=this.items.filter(t);return Promise.resolve(new k(i,this.queryGeometry,this))}filterLatest(){const{trackIdField:e,startTimeField:t,endTimeField:i}=this.timeInfo,s=i||t,n=new Map,r=this.featureAdapter.getAttribute;for(const o of this.items){const t=r(o,e),i=r(o,s),a=n.get(t);(!a||i>r(a,s))&&n.set(t,o)}const a=Array.from(n.values());return Promise.resolve(new k(a,this.queryGeometry,this))}async project(e){if(!e||Object(f["d"])(this.spatialReference,e))return this;const t=this.featureAdapter,i=(await Object(R["c"])(this.items.map(e=>Object(P["c"])(this.geometryType,this.hasZ,this.hasM,t.getGeometry(e))),this.spatialReference,e)).map((e,i)=>t.cloneWithGeometry(this.items[i],Object(E["d"])(e,this.hasZ,this.hasM)));return new k(i,this.queryGeometry,{definitionExpression:this.definitionExpression,geometryType:this.geometryType,hasM:this.hasM,hasZ:this.hasZ,objectIdField:this.objectIdField,spatialReference:e,fieldsIndex:this.fieldsIndex,timeInfo:this.timeInfo,featureAdapter:this.featureAdapter})}async createSummaryStatisticsResponse(e,t){const{field:i,valueExpression:s,normalizationField:n,normalizationType:r,normalizationTotal:a,minValue:o,maxValue:l,scale:u}=t,c=this.fieldsIndex.isDateField(i),h=await this._getDataValues(e,{field:i,valueExpression:s,normalizationField:n,normalizationType:r,normalizationTotal:a,scale:u}),d=Object(N["j"])({normalizationType:r,normalizationField:n,minValue:o,maxValue:l}),f=this.fieldsIndex.get(i),m={value:.5,fieldType:null==f?void 0:f.type},p=Object(G["q"])(f)?Object(N["e"])({values:h,supportsNullCount:d,percentileParams:m}):Object(N["d"])({values:h,minValue:o,maxValue:l,useSampleStdDev:!r,supportsNullCount:d,percentileParams:m});return Object(N["k"])(p,c)}async createUniqueValuesResponse(e,t){const{field:i,valueExpression:s,domain:n,returnAllCodedValues:r,scale:a}=t,o=await this._getDataValues(e,{field:i,valueExpression:s,scale:a}),l=Object(N["f"])(o);return Object(N["g"])(l,n,r)}async createClassBreaksResponse(e,t){const{field:i,valueExpression:s,normalizationField:n,normalizationType:r,normalizationTotal:a,classificationMethod:o,standardDeviationInterval:l,minValue:u,maxValue:c,numClasses:h,scale:d}=t,f=await this._getDataValues(e,{field:i,valueExpression:s,normalizationField:n,normalizationType:r,normalizationTotal:a,scale:d}),m=Object(N["a"])(f,{field:i,normalizationField:n,normalizationType:r,normalizationTotal:a,classificationMethod:o,standardDeviationInterval:l,minValue:u,maxValue:c,numClasses:h});return Object(N["l"])(m,o)}async createHistogramResponse(e,t){const{field:i,valueExpression:s,normalizationField:n,normalizationType:r,normalizationTotal:a,classificationMethod:o,standardDeviationInterval:l,minValue:u,maxValue:c,numBins:h,scale:d}=t,f=await this._getDataValues(e,{field:i,valueExpression:s,normalizationField:n,normalizationType:r,normalizationTotal:a,scale:d});return Object(N["b"])(f,{field:i,normalizationField:n,normalizationType:r,normalizationTotal:a,classificationMethod:o,standardDeviationInterval:l,minValue:u,maxValue:c,numBins:h})}_sortFeatures(e,t,i){if(e.length>1&&t&&t.length)for(const s of t.reverse()){const t=s.split(" "),n=t[0],r=this.fieldsIndex.get(n),a=t[1]&&"desc"===t[1].toLowerCase(),o=Object(N["h"])(null==r?void 0:r.type,a);e.sort((e,t)=>{const s=i(e,n,r),a=i(t,n,r);return o(s,a)})}}_createFeatureQueryResponse(e){const t=this.items,{geometryType:i,hasM:s,hasZ:n,objectIdField:r,spatialReference:a}=this,{outFields:o,outSR:l,quantizationParameters:u,resultRecordCount:c,resultOffset:h,returnZ:d,returnM:f}=e,m=null!=c&&t.length>(h||0)+c,p=o&&(o.includes("*")?[...this.fieldsIndex.fields]:o.map(e=>this.fieldsIndex.get(e)));return{exceededTransferLimit:m,features:this._createFeatures(e,t),fields:p,geometryType:i,hasM:s&&f,hasZ:n&&d,objectIdFieldName:r,spatialReference:Object(P["b"])(l||a),transform:u&&Object(M["c"])(u)||null}}_createFeatures(e,t){const i=new A(e,this.featureAdapter,this.fieldsIndex),{hasM:s,hasZ:n}=this,{orderByFields:r,quantizationParameters:a,returnGeometry:o,returnCentroid:l,maxAllowableOffset:u,resultOffset:c,resultRecordCount:h,returnZ:d=!1,returnM:f=!1}=e,m=n&&d,p=s&&f;let y=[],g=0;const b=[...t];if(this._sortFeatures(b,r,(e,t,s)=>i.getFieldValue(e,t,s)),o||l){const e=Object(M["c"])(a);if(o&&!l)for(const t of b)y[g++]={attributes:i.getAttributes(t),geometry:Object(P["c"])(this.geometryType,this.hasZ,this.hasM,this.featureAdapter.getGeometry(t),u,e,m,p)};else if(!o&&l)for(const t of b)y[g++]={attributes:i.getAttributes(t),centroid:Object(P["f"])(this,this.featureAdapter.getCentroid(t,this),e)};else for(const t of b)y[g++]={attributes:i.getAttributes(t),centroid:Object(P["f"])(this,this.featureAdapter.getCentroid(t,this),e),geometry:Object(P["c"])(this.geometryType,this.hasZ,this.hasM,this.featureAdapter.getGeometry(t),u,e,m,p)}}else for(const j of b){const e=i.getAttributes(j);e&&(y[g++]={attributes:e})}const x=c||0;if(null!=h){const e=x+h;y=y.slice(x,Math.min(y.length,e))}return y}_createExceedsLimitQueryResponse(e){let t=!1,i=Number.POSITIVE_INFINITY,s=Number.POSITIVE_INFINITY,n=Number.POSITIVE_INFINITY;for(const r of e.outStatistics)if("exceedslimit"===r.statisticType){i=null!=r.maxPointCount?r.maxPointCount:Number.POSITIVE_INFINITY,s=null!=r.maxRecordCount?r.maxRecordCount:Number.POSITIVE_INFINITY,n=null!=r.maxVertexCount?r.maxVertexCount:Number.POSITIVE_INFINITY;break}if("esriGeometryPoint"===this.geometryType)t=this.items.length>i;else if(this.items.length>s)t=!0;else{const e=this.hasZ?this.hasM?4:3:this.hasM?3:2,i=this.featureAdapter;t=this.items.reduce((e,t)=>{const s=i.getGeometry(t);return e+(Object(r["k"])(s)&&s.coords.length||0)},0)/e>n}return{fields:[{name:"exceedslimit",type:"esriFieldTypeInteger",alias:"exceedslimit",sqlType:"sqlTypeInteger",domain:null,defaultValue:null}],features:[{attributes:{exceedslimit:Number(t)}}]}}async _createStatisticsQueryResponse(e){const t={attributes:{}},i=[],s=new Map,n=new Map,r=new Map,a=new Map,o=new A(e,this.featureAdapter,this.fieldsIndex),l=e.outStatistics,{groupByFieldsForStatistics:u,having:c,orderByFields:h}=e,d=u&&u.length,f=!!d,m=f&&u[0],p=f&&!this.fieldsIndex.get(m);for(const g of l){const{outStatisticFieldName:e,statisticType:l}=g,h=g,y="exceedslimit"!==l?g.onStatisticField:void 0,b="percentile_disc"===l||"percentile_cont"===l,x="EnvelopeAggregate"===l||"CentroidAggregate"===l||"ConvexHullAggregate"===l,j=f&&1===d&&(y===m||p)&&"count"===l;if(f){if(!r.has(y)){const e=[];for(const t of u){const i=this._getAttributeValues(o,t,s);e.push(i)}r.set(y,this._calculateUniqueValues(e,o.returnDistinctValues))}const t=r.get(y);for(const i in t){const{count:n,data:r,items:l,itemPositions:d}=t[i],f=r.join(",");if(!c||o.validateItems(l,c)){const t=a.get(f)||{attributes:{}};if(x){t.aggregateGeometries||(t.aggregateGeometries={});const{aggregateGeometries:e,outStatisticFieldName:i}=await this._getAggregateGeometry(h,l);t.aggregateGeometries[i]=e}else{let i=null;if(j)i=n;else{const e=this._getAttributeValues(o,y,s),t=d.map(t=>e[t]);i=b&&"statisticParameters"in h?this._getPercentileValue(h,t):this._getStatisticValue(h,t,null,o.returnDistinctValues)}t.attributes[e]=i}u.forEach((e,i)=>t.attributes[this.fieldsIndex.get(e)?e:"EXPR_"+(i+1)]=r[i]),a.set(f,t)}}}else if(x){t.aggregateGeometries||(t.aggregateGeometries={});const{aggregateGeometries:e,outStatisticFieldName:i}=await this._getAggregateGeometry(h,this.items);t.aggregateGeometries[i]=e}else{const i=this._getAttributeValues(o,y,s);t.attributes[e]=b&&"statisticParameters"in h?this._getPercentileValue(h,i):this._getStatisticValue(h,i,n,o.returnDistinctValues)}i.push({name:e,alias:e,type:"esriFieldTypeDouble"})}const y=f?Array.from(a.values()):[t];return this._sortFeatures(y,h,(e,t)=>e.attributes[t]),{fields:i,features:y}}async _getAggregateGeometry(e,t){const s=await Promise.all([i.e("chunk-2d22cf8c"),i.e("chunk-180660b2")]).then(i.bind(null,"00ac")),{statisticType:n,outStatisticFieldName:r}=e,{featureAdapter:a,spatialReference:o,geometryType:l,hasZ:u,hasM:c}=this,h=t.map(e=>Object(P["c"])(l,u,c,a.getGeometry(e))),d=s.convexHull(o,h,!0)[0],f={aggregateGeometries:null,outStatisticFieldName:null};if("EnvelopeAggregate"===n){const e=d?Object(z["b"])(d):Object(z["a"])(s.union(o,h));f.aggregateGeometries={...e,spatialReference:o},f.outStatisticFieldName=r||"extent"}else if("CentroidAggregate"===n){const e=d?Object(V["b"])(d):Object(V["a"])(Object(z["a"])(s.union(o,h)));f.aggregateGeometries={x:e[0],y:e[1],spatialReference:o},f.outStatisticFieldName=r||"centroid"}else"ConvexHullAggregate"===n&&(f.aggregateGeometries=d,f.outStatisticFieldName=r||"convexHull");return f}_getStatisticValue(e,t,i,s){const{onStatisticField:n,statisticType:r}=e;let a=null;return a=null!=i&&i.has(n)?i.get(n):Object(G["q"])(this.fieldsIndex.get(n))?Object(N["e"])({values:t,returnDistinct:s}):Object(N["d"])({values:t,minValue:null,maxValue:null,useSampleStdDev:!0}),i&&i.set(n,a),a["var"===r?"variance":r]}_getPercentileValue(e,t){const{onStatisticField:i,statisticParameters:s,statisticType:n}=e,{value:r,orderBy:a}=s,o=this.fieldsIndex.get(i),l={value:r,orderBy:a,fieldType:null==o?void 0:o.type,isDiscrete:"percentile_disc"===n};return Object(N["c"])(t,l)}_getAttributeValues(e,t,i){if(i.has(t))return i.get(t);const s=this.fieldsIndex.get(t),n=this.items.map(i=>e.getFieldValue(i,t,s));return i.set(t,n),n}_getAttributeNormalizedValues(e,t){return this.items.map(i=>e.getNormalizedValue(i,{field:t.field,fieldInfo:this.fieldsIndex.get(t.field),normalizationField:t.normalizationField,normalizationFieldInfo:this.fieldsIndex.get(t.normalizationField),normalizationType:t.normalizationType,normalizationTotal:t.normalizationTotal}))}async _getAttributeExpressionValues(e,t,i){const{arcadeUtils:s}=await Object(D["e"])(),n=s.createFunction(t),r=i&&s.getViewInfo(i);return this.items.map(t=>e.getExpressionValue(t,{compiledFunc:n,viewInfo:r},s))}_calculateUniqueValues(e,t){const i={},s=this.items,n=s.length;for(let r=0;r<n;r++){const n=s[r],a=[];for(const t of e)a.push(t[r]);const o=a.join(",");t?null==i[o]&&(i[o]={count:1,data:a,items:[n],itemPositions:[r]}):null==i[o]?i[o]={count:1,data:a,items:[n],itemPositions:[r]}:(i[o].count++,i[o].items.push(n),i[o].itemPositions.push(r))}return i}async _getDataValues(e,t){const i=new A(e,this.featureAdapter,this.fieldsIndex),{valueExpression:s,field:n,normalizationField:r,normalizationType:a,normalizationTotal:o,scale:l}=t,u=s?{viewingMode:"map",scale:l,spatialReference:e.outSR||this.spatialReference}:null;return s?this._getAttributeExpressionValues(i,s,u):this._getAttributeNormalizedValues(i,{field:n,normalizationField:r,normalizationType:a,normalizationTotal:o})}}function q(e,t,i,s,n,r){const a=n-i,o=r-s,l=a*a+o*o,u=(e-i)*a+(t-s)*o,c=Math.min(1,Math.max(0,u/l));return{x:i+a*c,y:s+o*c}}function B(e,t){return e?t?4:3:t?3:2}!function(e){e[e.NONE=0]="NONE",e[e.EDGE=1]="EDGE",e[e.VERTEX=2]="VERTEX"}(C||(C={}));var Z=i("2a5b"),U=i("80b7"),Y=i("9305");function L(e){return e.every(e=>"exceedslimit"!==e.statisticType)}const H="feature-store:unsupported-query";const J=new Set,X=new a["c"](2e6);let $=0;class W{constructor(e){this.capabilities={query:T["a"]},this.geometryType=e.geometryType,this.hasM=e.hasM,this.hasZ=e.hasZ,this.objectIdField=e.objectIdField,this.spatialReference=e.spatialReference,this.definitionExpression=e.definitionExpression,this.featureStore=e.featureStore,this.aggregateAdapter=e.aggregateAdapter,this._changeHandle=this.featureStore.events.on("changed",()=>this.clearCache()),this.timeInfo=e.timeInfo,e.cacheSpatialQueries&&(this._geometryQueryCache=new a["b"]($+++"$$",X)),this.fieldsIndex=new U["a"](e.fields),e.scheduler&&e.priority&&(this._frameTask=e.scheduler.registerTask(e.priority))}destroy(){this._frameTask=Object(r["s"])(this._frameTask),this.clearCache(),Object(r["d"])(this._geometryQueryCache),this._changeHandle=Object(r["s"])(this._changeHandle),Object(r["d"])(this.fieldsIndex)}get featureAdapter(){return this.featureStore.featureAdapter}get fullExtent(){const e=this.featureStore.fullBounds;return e?{xmin:e[0],ymin:e[1],xmax:e[2],ymax:e[3],spatialReference:Object(P["b"])(this.spatialReference)}:null}get timeExtent(){return this.timeInfo?(this._timeExtent||(this._timeExtent=Object(Q["a"])(this.timeInfo,this.featureStore)),this._timeExtent):null}clearCache(){this._geometryQueryCache&&this._geometryQueryCache.clear(),this._allItems=null,this._timeExtent=null}async executeQuery(e={},t){let i,s=Object(n["a"])(e);try{s=await this._schedule(()=>Object(P["d"])(s,this.definitionExpression,this.spatialReference),t),s=await this._reschedule(()=>this._checkQuerySupport(s),t),i=await this._reschedule(()=>this._executeGeometryQuery(s,t),t),i=await this._reschedule(()=>i.executeAggregateIdsQuery(s),t),i=await this._reschedule(()=>i.executeObjectIdsQuery(s),t),i=await this._reschedule(()=>i.executeTimeQuery(s),t),i=await this._reschedule(()=>i.executeAttributesQuery(s),t)}catch(r){if(r!==P["a"])throw r;i=new k([],null,this)}return i.createQueryResponse(s)}async executeQueryForCount(e={},t){let i=Object(n["a"])(e);i.returnGeometry=!1,i.returnCentroid=!1,i.outSR=null;try{i=await this._schedule(()=>Object(P["d"])(i,this.definitionExpression,this.spatialReference),t),i=await this._reschedule(()=>this._checkQuerySupport(i),t);let e=await this._reschedule(()=>this._executeGeometryQuery(i,t),t);return e=await this._reschedule(()=>e.executeAggregateIdsQuery(i),t),e=await this._reschedule(()=>e.executeObjectIdsQuery(i),t),e=await this._reschedule(()=>e.executeTimeQuery(i),t),e=await this._reschedule(()=>e.executeAttributesQuery(i),t),e.createQueryResponseForCount(i)}catch(s){if(s!==P["a"])throw s;return 0}}async executeQueryForExtent(e={},t){let i,s=Object(n["a"])(e);const r=s.outSR;try{s=await this._schedule(()=>Object(P["d"])(s,this.definitionExpression,this.spatialReference),t),s=await this._reschedule(()=>this._checkQuerySupport(s),t),s.returnGeometry=!0,s.returnCentroid=!1,s.outSR=null,i=await this._reschedule(()=>this._executeGeometryQuery(s,t),t),i=await this._reschedule(()=>i.executeAggregateIdsQuery(s),t),i=await this._reschedule(()=>i.executeObjectIdsQuery(s),t),i=await this._reschedule(()=>i.executeTimeQuery(s),t),i=await this._reschedule(()=>i.executeAttributesQuery(s),t);const e=i.size;if(!e)return{count:e,extent:null};Object(l["B"])(ee,l["a"]),this.featureStore.forEachBounds(i.items,e=>Object(l["m"])(ee,e),K);const n={xmin:ee[0],ymin:ee[1],xmax:ee[3],ymax:ee[4],spatialReference:Object(P["b"])(this.spatialReference)};this.hasZ&&isFinite(ee[2])&&isFinite(ee[5])&&(n.zmin=ee[2],n.zmax=ee[5]);const a=Object(R["b"])(n,i.spatialReference,r);if(a.spatialReference=Object(P["b"])(r||this.spatialReference),a.xmax-a.xmin==0){const e=Object(o["f"])(a.spatialReference);a.xmin-=e,a.xmax+=e}if(a.ymax-a.ymin==0){const e=Object(o["f"])(a.spatialReference);a.ymin-=e,a.ymax+=e}if(this.hasZ&&null!=a.zmin&&null!=a.zmax&&a.zmax-a.zmin==0){const e=Object(o["f"])(a.spatialReference);a.zmin-=e,a.zmax+=e}return{count:e,extent:a}}catch(a){if(a===P["a"])return{count:0,extent:null};throw a}}async executeQueryForIds(e={},t){return this.executeQueryForIdSet(e,t).then(e=>Array.from(e))}async executeQueryForIdSet(e={},t){let i,s=Object(n["a"])(e);s.returnGeometry=!1,s.returnCentroid=!1,s.outSR=null;try{s=await this._schedule(()=>Object(P["d"])(s,this.definitionExpression,this.spatialReference),t),s=await this._reschedule(()=>this._checkQuerySupport(s),t),i=await this._reschedule(()=>this._executeGeometryQuery(s,t),t),i=await this._reschedule(()=>i.executeAggregateIdsQuery(s),t),i=await this._reschedule(()=>i.executeObjectIdsQuery(s),t),i=await this._reschedule(()=>i.executeTimeQuery(s),t),i=await this._reschedule(()=>i.executeAttributesQuery(s),t);const e=i.items,n=new Set;return await this._reschedule(()=>{for(const t of e)n.add(i.featureAdapter.getObjectId(t))},t),n}catch(r){if(r===P["a"])return new Set;throw r}}async executeQueryForSnapping(e,t){const{point:i,distance:s,types:n}=e;if(n===C.NONE)return{candidates:[]};const a=await this._reschedule(()=>this._checkQuerySupport(e.query),t),o=!Object(f["d"])(i.spatialReference,this.spatialReference);o&&await Object(R["a"])(i.spatialReference,this.spatialReference);const l="number"==typeof s?s:s.x,u="number"==typeof s?s:s.y,c={xmin:i.x-l,xmax:i.x+l,ymin:i.y-u,ymax:i.y+u,spatialReference:i.spatialReference},m=o?Object(R["b"])(c,this.spatialReference):c;if(!m)return{candidates:[]};const p=(await Object(d["a"])(Object(h["a"])(i),null,{signal:t}))[0],y=(await Object(d["a"])(Object(h["a"])(m),null,{signal:t}))[0];if(Object(r["j"])(p)||Object(r["j"])(y))return{candidates:[]};let g=new k(this._searchFeatures(this._getQueryBBoxes(y.toJSON())),null,this);g=await this._reschedule(()=>g.executeObjectIdsQuery(a),t),g=await this._reschedule(()=>g.executeTimeQuery(a),t),g=await this._reschedule(()=>g.executeAttributesQuery(a),t);const b=p.toJSON(),x=o?Object(R["b"])(b,this.spatialReference):b,j=o?Math.max(m.xmax-m.xmin,m.ymax-m.ymin)/2:s;return g.createSnappingResponse({...e,point:x,distance:j},i.spatialReference)}async executeQueryForLatestObservations(e={},t){if(!this.timeInfo||!this.timeInfo.trackIdField)throw new s["a"](H,"Missing timeInfo or timeInfo.trackIdField",{query:e,timeInfo:this.timeInfo});let i,r=Object(n["a"])(e);try{r=await this._schedule(()=>Object(P["d"])(r,this.definitionExpression,this.spatialReference),t),r=await this._reschedule(()=>this._checkQuerySupport(r),t),i=await this._reschedule(()=>this._executeGeometryQuery(r,t),t),i=await this._reschedule(()=>i.executeAggregateIdsQuery(r),t),i=await this._reschedule(()=>i.executeObjectIdsQuery(r),t),i=await this._reschedule(()=>i.executeTimeQuery(r),t),i=await this._reschedule(()=>i.executeAttributesQuery(r),t),i=await this._reschedule(()=>i.filterLatest(),t)}catch(a){if(a!==P["a"])throw a;i=new k([],null,this)}return i.createQueryResponse(r)}async executeQueryForSummaryStatistics(e={},t,i){const{field:s,normalizationField:n,valueExpression:r}=t;return(await this._getQueryEngineResultForStats(e,{field:s,normalizationField:n,valueExpression:r},i)).createSummaryStatisticsResponse(e,t)}async executeQueryForUniqueValues(e={},t,i){const{field:s,valueExpression:n}=t;return(await this._getQueryEngineResultForStats(e,{field:s,valueExpression:n},i)).createUniqueValuesResponse(e,t)}async executeQueryForClassBreaks(e={},t,i){const{field:s,normalizationField:n,valueExpression:r}=t;return(await this._getQueryEngineResultForStats(e,{field:s,normalizationField:n,valueExpression:r},i)).createClassBreaksResponse(e,t)}async executeQueryForHistogram(e={},t,i){const{field:s,normalizationField:n,valueExpression:r}=t;return(await this._getQueryEngineResultForStats(e,{field:s,normalizationField:n,valueExpression:r},i)).createHistogramResponse(e,t)}async _schedule(e,t){return Object(r["k"])(this._frameTask)?this._frameTask.schedule(e,t):e(Y["e"])}async _reschedule(e,t){return Object(r["k"])(this._frameTask)?this._frameTask.reschedule(e,t):e(Y["e"])}_getAll(){if(!this._allItems){const e=[];this.featureStore.forEach(t=>e.push(t)),this._allItems=new k(e,null,this)}return this._allItems}async _executeGeometryQuery(e,t){const{geometry:i,outSR:s,spatialRel:n,returnGeometry:a,returnCentroid:o}=e,l=this.featureStore.featureSpatialReference,u=i&&l&&l!==i.spatialReference?Object(R["b"])(i,l):i,c=a||o,h=Object(f["l"])(s)&&!Object(f["d"])(this.spatialReference,s),d=this._geometryQueryCache?h&&c?JSON.stringify({originalFilterGeometry:i,spatialRelationship:n,outSpatialReference:s}):JSON.stringify({originalFilterGeometry:i,spatialRelationship:n}):null;if(d){const e=this._geometryQueryCache.get(d);if(!Object(r["l"])(e))return e}const m=async e=>{if(h&&c){const t=await e.project(s);return d&&this._geometryQueryCache.put(d,t,t.size||1),t}return d&&this._geometryQueryCache.put(d,e,e.size||1),e};if(!u)return m(this._getAll());const p=this.featureAdapter;if("esriSpatialRelDisjoint"===n){const e=this._searchFeatures(this._getQueryBBoxes(i));if(!e.length)return m(this._getAll());let s,r;const a=new Set;for(const t of e)a.add(p.getObjectId(t));await this._reschedule(()=>{let e=0;s=new Array(a.size),this.featureStore.forEach(t=>s[e++]=t),r=a},t);const o=await this._reschedule(async()=>{const e=await Object(Z["c"])(n,u,this.geometryType,this.hasZ,this.hasM),a=t=>!r.has(p.getObjectId(t))||e(p.getGeometry(t));return new k(await this._runSpatialFilter(s,a,t),i,this)},t);return m(o)}const y=this._searchFeatures(this._getQueryBBoxes(i));if(!y.length){const e=new k([],i,this);return d&&this._geometryQueryCache.put(d,e,e.size||1),e}if(this._canExecuteSoloPass(u,e))return m(new k(y,i,this));const g=await Object(Z["c"])(n,u,this.geometryType,this.hasZ,this.hasM),b=await this._runSpatialFilter(y,e=>g(p.getGeometry(e)),t);return m(new k(b,i,this))}async _runSpatialFilter(e,t,i){if(!t)return e;if(Object(r["j"])(this._frameTask))return e.filter(e=>t(e));let s=0;const n=new Array,a=async r=>{for(;s<e.length;){const o=e[s++];t(o)&&(n.push(o),r.madeProgress()),r.done&&await this._reschedule(e=>a(e),i)}};return this._reschedule(e=>a(e),i).then(()=>n)}_canExecuteSoloPass(e,t){const{geometryType:i}=this,{spatialRel:s}=t;return Object(Z["a"])(e)&&("esriSpatialRelEnvelopeIntersects"===s||"esriGeometryPoint"===i&&("esriSpatialRelIntersects"===s||"esriSpatialRelContains"===s||"esriSpatialRelWithin"===s))}_getQueryBBoxes(e){if(Object(Z["a"])(e)){if(Object(h["d"])(e))return[Object(u["t"])(e.xmin,e.ymin,e.xmax,e.ymax)];if(Object(h["g"])(e))return e.rings.map(e=>Object(u["t"])(Math.min(e[0][0],e[2][0]),Math.min(e[0][1],e[2][1]),Math.max(e[0][0],e[2][0]),Math.max(e[0][1],e[2][1])))}return[Object(c["a"])(Object(u["l"])(),e)]}_searchFeatures(e){for(const s of e)this.featureStore.forEachInBounds(s,e=>{J.add(e)});const t=new Array(J.size);let i=0;return J.forEach(e=>t[i++]=e),J.clear(),t}async _checkStatisticsSupport(e,t){if(e.distance<0||null!=e.geometryPrecision||e.multipatchOption||e.pixelSize||e.relationParam||e.text||e.outStatistics||e.groupByFieldsForStatistics||e.having||e.orderByFields)throw new s["a"](H,"Unsupported query options",{query:e});return Promise.all([this._checkAttributesQuerySupport(e),this._checkStatisticsParamsSupport(t),Object(Z["b"])(e,this.geometryType,this.spatialReference),Object(R["a"])(this.spatialReference,e.outSR)]).then(()=>e)}async _checkStatisticsParamsSupport(e){let t=[];if(e.valueExpression){const{arcadeUtils:i}=await Object(D["e"])();t=i.extractFieldNames(e.valueExpression)}if(e.field&&t.push(e.field),e.normalizationField&&t.push(e.normalizationField),!t.length)throw new s["a"](H,"params should have at least a field or valueExpression",{params:e});v(this.fieldsIndex,t,"params contains missing fields")}async _checkQuerySupport(e){if(e.distance<0||null!=e.geometryPrecision||e.multipatchOption||e.pixelSize||e.relationParam||e.text)throw new s["a"](H,"Unsupported query options",{query:e});return Promise.all([this._checkAttributesQuerySupport(e),this._checkStatisticsQuerySupport(e),Object(Z["b"])(e,this.geometryType,this.spatialReference),Object(R["a"])(this.spatialReference,e.outSR)]).then(()=>e)}_checkAttributesQuerySupport(e){const{outFields:t,orderByFields:i,returnDistinctValues:n,outStatistics:r}=e,a=r?r.map(e=>e.outStatisticFieldName&&e.outStatisticFieldName.toLowerCase()).filter(Boolean):[];if(i&&i.length>0){const e=" asc",t=" desc",s=i.map(i=>{const s=i.toLowerCase();return s.indexOf(e)>-1?s.split(e)[0]:s.indexOf(t)>-1?s.split(t)[0]:i}).filter(e=>-1===a.indexOf(e));v(this.fieldsIndex,s,"orderByFields contains missing fields")}if(t&&t.length>0)v(this.fieldsIndex,t,"outFields contains missing fields");else if(n)throw new s["a"](H,"outFields should be specified for returnDistinctValues",{query:e});I(this.fieldsIndex,e.where)}async _checkStatisticsQuerySupport(e){const{outStatistics:t,groupByFieldsForStatistics:i,having:n}=e,r=i&&i.length,a=t&&t.length;if(n){if(!r||!a)throw new s["a"](H,"outStatistics and groupByFieldsForStatistics should be specified with having",{query:e});O(this.fieldsIndex,n,t)}if(a){if(!L(t))return;const n=t.map(e=>e.onStatisticField).filter(Boolean);v(this.fieldsIndex,n,"onStatisticFields contains missing fields"),r&&v(this.fieldsIndex,i,"groupByFieldsForStatistics contains missing fields");for(const i of t){const{onStatisticField:t,statisticType:n}=i;if("percentile_disc"!==n&&"percentile_cont"!==n||!("statisticParameters"in i)){if("count"!==n&&t&&F(t,this.fieldsIndex))throw new s["a"](H,"outStatistics contains non-numeric fields",{definition:i,query:e})}else{const{statisticParameters:t}=i;if(!t)throw new s["a"](H,"statisticParamters should be set for percentile type",{definition:i,query:e})}}}}async _getQueryEngineResultForStats(e={},t,i){let s;e=Object(n["a"])(e);try{e=await this._schedule(()=>Object(P["d"])(e,this.definitionExpression,this.spatialReference),i),e=await this._reschedule(()=>this._checkStatisticsSupport(e,t),i),s=await this._reschedule(()=>this._executeGeometryQuery(e,i),i),s=await this._reschedule(()=>s.executeAggregateIdsQuery(e),i),s=await this._reschedule(()=>s.executeObjectIdsQuery(e),i),s=await this._reschedule(()=>s.executeTimeQuery(e),i),s=await this._reschedule(()=>s.executeAttributesQuery(e),i)}catch(r){if(r!==P["a"])throw r;s=new k([],null,this)}return s}}const K=Object(l["h"])(),ee=Object(l["h"])()},"87a0":function(e,t,i){"use strict";function s(e,t){return Number(e.toFixed(t))}function n(e){const{normalizationTotal:t}=e;return{classBreaks:r(e),normalizationTotal:t}}function r(e){const t=e.definition,{classificationMethod:i,breakCount:n,normalizationType:r,definedInterval:u}=t,c=[];let m=e.values;if(0===m.length)return[];m=m.sort((e,t)=>e-t);const p=m[0],y=m[m.length-1];if("equal-interval"===i)if(m.length>=n){const e=(y-p)/n;let t=p;for(let i=1;i<n;i++){const 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