ArcGIS Arcade

Returns a new array of a given length.

Name	Type	Description
length	Number	The desired length for the new array.
defaultValue	*	`optional` The value for each element in the array. If no value is specified, the default will be `null`.

Returns: Array

Example

Returns [null, null, null, null, null].

Array(5)

Returns [1,1,1].

Array(3, 1)

Attachments

Attachments( feature, options? ) -> `Attachment[]`

Since version 1.6

Profiles: Field Calculate | Attribute Rules

Returns a list of attachments associated with the input feature. Each result includes the name of the attachment, the content type, id, and size in bytes.

Name Type Description

feature Feature Attachments associated with this feature will be fetched from the service.

options

Dictionary

optional Optional settings for the request. See the table below for available options:

Option	Type	Description
types	Text[]	An array of stings representing the file types to fetch. The following are supported values: `bmp, ecw, emf, eps, ps, gif, img, jp2, jpc, j2k, jpf, jpg, jpeg, jpe, png, psd, raw, sid, tif, tiff, wmf, wps, avi, mpg, mpe, mpeg, mov, wmv, aif, mid, rmi, mp2, mp3, mp4, pma, mpv2, qt, ra, ram, wav, wma, doc, docx, dot, xls, xlsx, xlt, pdf, ppt, pptx, txt, zip, 7z, gz, gtar, tar, tgz, vrml, gml, json, xml, mdb, geodatabase`
minsize	Number	The minimum file size of the attachment in bytes.
maxsize	Number	The maximum file size of the attachment in bytes.

Returns: Attachment[]

Example

Returns the number of attachments associated with the feature

// Returns the number of attachments associated with the feature
Count(Attachments($feature))

Back

Back( inputArray ) -> `*`

Returns the last element of an array. If the array is empty, then Back(array) will cause the script evaluation to fail.

Name	Type	Description
inputArray	Array	The array to get the last value from.

Returns: *

Example

Returns 'gray'.

var colors = ['orange', 'purple', 'gray']
Back(colors)

Console

Console( message [,obj,text, ...objN,textN] ) -> `Text`

Logs a message in the messages window for debugging purposes. This function can be especially useful for inspecting variable values within a custom function at runtime. Unlike other functions and the return statement, Console() doesn't actually return a value; rather, it logs messages in a separate window for inspection purposes only. The successful use of this function has no computational impact on the evaluation of the expression.

Name	Type	Description
message [,obj,text, ...objN,textN]	*	A list of variables, messages, or objects to output in the messages window.

Returns: Text

Example

Prints the value of max for each iteration of the loop within the function

// The messages window will log the following:
// 'current item is: 10, but max = 10'
// 'current item is: 0, but max = 10'
// 'current item is: 84, but max = 84'
// 'current item is: 30, but max = 84'

// The expression evaluates to 84
function findMax(yourArray) {
  var max = -Infinity;
  for (var i in yourArray) {
    max = IIf(yourArray[i] > max, yourArray[i], max);
    Console('current item is: ' + i + ', but max = ' + max);
  }
  return max;
}
var myArray = [ 10, 0, 84, 30];
findMax(myArray);

Count

Count( values ) -> `Number`

Returns the number of items in an array or FeatureSet, or the number of characters in a string.

Name	Type	Description
values	Array \| Text \| FeatureSet	An array or string on which to perform the operation. In profiles that support accessing data, this can be a FeatureSet.

Returns: Number

Example

Returns 6

Count([12,21,32,44,58,63])

Returns 13

Count('Graham County')

Returns the number of features in a layer

Count($layer)

Dictionary

This function has 2 signatures:

Dictionary( name1?, value1?, [...nameN, compareN]? ) -> Dictionary
Dictionary( json? ) -> Dictionary

Dictionary( name1?, value1?, [...nameN, compareN]? ) -> `Dictionary`

Returns a new dictionary based on the provided arguments. The arguments are name/value pairs. e.g. dictionary('field1',val,'field2',val2,...).

Name	Type	Description
name1	Text	`optional` The attribute name.
value1	*	`optional` The attribute value to pair to `name1`.
[...nameN, compareN]	*	`optional` Ongoing name/value pairs.

Returns: Dictionary

Example

prints 3

var d = Dictionary('field1', 1, 'field2', 2)
return d.field1 + d.field2

Dictionary( json? ) -> `Dictionary`

Returns a new dictionary from stringified JSON.

Name	Type	Description
json	Text	`optional` The stringified JSON to convert to an Arcade dictionary.

Returns: Dictionary

Example

Creates a dictionary from stringified JSON

var extraInfo = '{"id": 1, "population": 200, "city": "Spencer, ID"}'
var spencerIDdata = Dictionary(extraInfo)
spencerIDdata.population // Returns 200

Distinct

This function has 2 signatures:

Distinct( values ) -> Array
Distinct( featureset, fields ) -> FeatureSet

Distinct( values ) -> `Array`

Since version 1.1

Returns a set of distinct, or unique, values for a given array or list of values.

Name	Type	Description
values	Array	An array or list of values on which to perform the operation.

Returns: Array

Example

Distinct([1,1,2,1,1,2,2,3,4,5])
// Returns [1,2,3,4,5]

Distinct('high','medium','low',0,'high','high','low')
// Returns ['high','medium','low',0]

Distinct( featureset, fields ) -> `FeatureSet`

Profiles: Attribute Rules | Field Calculate | Popup

Returns a set of distinct, or unique, values from a FeatureSet.

Name

Type

Description

featureset

FeatureSet

A FeatureSet from which to return distinct values.

fields

Text | Array | Object

The field(s) and/or expression(s) from which to determine unique values. This parameter can be an array of field names, an array of expressions, or an object or array of objects that specify output column names where unique values will be stored. If an object is specified, the specification in the following table must be used.

Property	Description
name	The name of the column to store the result of the given expression.
expression	A SQL-92 expression from which to calculate a unique value.

Returns: FeatureSet

Example

Returns a FeatureSet with a 'Status' column. Each row of the feature set contains a unique stats value

Distinct($layer, 'Status')

Returns a FeatureSet with a 'Status' and a 'Type' column. Each row of the feature set contains a unique combination of 'Status' and 'Type' values

Distinct($layer, ['Status', 'Type'])

Returns FeatureSet with a Density column with rows that may contain values of Low, High, or N/A

Distinct($layer, {name:'Density', expression:"CASE WHEN PopDensity < 100 THEN 'Low' WHEN PopDensity >= 100 THEN 'High' ELSE 'N/A' END" })

Returns FeatureSet with a Score and a Type column

Distinct($layer, [
  { name: 'Score', expression: 'POPULATION_DENSITY * 0.65 + Status_Code * 0.35' }
  { name: 'Type', expression: 'Category' }
])

Domain

This function has 2 signatures:

Domain( feature, fieldName ) -> Dictionary
Domain( featureSet, fieldName, subtype? ) -> Dictionary

Domain( feature, fieldName ) -> `Dictionary`

Returns the domain assigned to the given field of the provided feature. If the feature belongs to a class with a subtype, this returns the domain assigned to the subtype.

Name	Type	Description
feature	Feature	The Feature with a field that has a domain.
fieldName	Text	The name of the field (not the alias of the field) assigned the domain.

Returns:

Type	Description
Dictionary	Returns a dictionary described by the properties below.

Return Object Specification Table

Name	Type	Description
type	Text	The type of domain - either `codedValue` or `range`.
name	Text	The domain name.
dataType	Text	The data type of the domain field. It can be one of the following values: `esriFieldTypeSmallInteger`, `esriFieldTypeInteger`, `esriFieldTypeSingle`, `esriFieldTypeDouble`, `esriFieldTypeString`, `esriFieldTypeDate`, `esriFieldTypeOID`, `esriFieldTypeGeometry`, `esriFieldTypeBlob`, `esriFieldTypeRaster`, `esriFieldTypeGUID`, `esriFieldTypeGlobalID`, `esriFieldTypeXML`.
min	Number	Only applicable to `range` domains. The minimum value of the domain.
max	Number	Only applicable to `range` domains. The maximum value of the domain.
codedValues	Dictionary[]	Only applicable to `codedValue` domains. An array of dictionaries describing the valid values for the field. Each dictionary has a `code` property, which contains the actual field value, and a `name` property containing a user-friendly description of the value (e.g. `{ code: 1, name: "pavement" }`).

Example

The domain assigned to the feature's subtype

var d = Domain($feature, "poleType")
// the poleType field has a coded value domain called poleTypes
// the value of d will be
// {
//   type: "codedValue" ,
//   name: "poleTypes",
//   dataType: "number",
//   codedValues: [
//     { name: "Unknown", code: 0 },
//     { name: "Wood", code: 1 },
//     { name: "Steel", code: 2 }
//   ]
// }

Domain( featureSet, fieldName, subtype? ) -> `Dictionary`

Profiles: Attribute Rules | Popup | Field Calculate

Returns the domain assigned to the given field of the provided featureSet. If the featureSet belongs to a class with a subtype, this returns the domain assigned to the subtype.

Name	Type	Description
featureSet	FeatureSet	The FeatureSet whose features contain a field that has a domain.
fieldName	Text	The name of the field (not the alias of the field) containing the domain.
subtype	Text \| Number	`optional` The coded value for the subtype if the feature supports subtypes.

Returns:

Type	Description
Dictionary	Returns a dictionary described by the properties below.

Return Object Specification Table

Name	Type	Description
type	Text	The type of domain - either `codedValue` or `range`.
name	Text	The domain name.
dataType	Text	The data type of the domain field. It can be one of the following values: `esriFieldTypeSmallInteger`, `esriFieldTypeInteger`, `esriFieldTypeSingle`, `esriFieldTypeDouble`, `esriFieldTypeString`, `esriFieldTypeDate`, `esriFieldTypeOID`, `esriFieldTypeGeometry`, `esriFieldTypeBlob`, `esriFieldTypeRaster`, `esriFieldTypeGUID`, `esriFieldTypeGlobalID`, `esriFieldTypeXML`.
min	Number	Only applicable to `range` domains. The minimum value of the domain.
max	Number	Only applicable to `range` domains. The maximum value of the domain.
codedValues	Dictionary[]	Only applicable to `codedValue` domains. An array of dictionaries describing the valid values for the field. Each dictionary has a `code` property, which contains the actual field value, and a `name` property containing a user-friendly description of the value (e.g. `{ code: 1, name: "pavement" }`).

Example

The domain assigned to the feature's subtype

var fsPole = FeatureSetByName($datastore, "Pole", 1);
var d = Domain(fsPole, "poleType")
// the poleType field has a coded value domain called poleTypes
// the value of d will be
// {
//   type: "codedValue" ,
//   name: "poleTypesThreePhase",
//   dataType: "number",
//   codedValues: [
//     { name: "Unknown", code: 0 },
//     { name: "Wood", code: 1 },
//     { name: "Steel", code: 2 }
//     { name: "Reinforced Steel", code: 3 }
//   ]
// }

DomainCode

DomainCode( feature, fieldName, value, subtype ) -> `Text`

Since version 1.7

Returns the code of an associated domain description in a feature.

Name	Type	Description
feature	Feature \| FeatureSet	The feature with a field that has a domain. In profiles that support accessing data, this can be a FeatureSet.
fieldName	Text	The name of the field (not the alias of the field) containing the domain.
value	Text	The value to be converted back into a code. This parameter is required when a FeatureSet is passed to the `feature` parameter. The returned code comes from the service metadata.
subtype	Text	The coded number for the subtype if the feature supports subtyping. If not provided, the current feature's subtype (if it has one), will be used.

Returns: Text

Example

prints the domain description for the field referenced.

DomainCode($feature, 'Enabled', 'True')

DomainName

DomainName( feature, fieldName, code, subtype? ) -> `Text`

Since version 1.7

Returns the descriptive name for a domain code in a feature.

Name	Type	Description
feature	Feature \| FeatureSet	The feature with a field that has a domain. In profiles that support accessing data, this can be a FeatureSet.
fieldName	Text	The name of the field (not the alias of the field) containing the domain.
code	Text	The code associated with the desired descriptive name. If not provided, the field value in the feature will be returned. This parameter is required when a FeatureSet is passed to the `feature` parameter. The returned code comes from the service metadata.
subtype	Text	`optional` The coded number of the subtype if the feature supports subtyping. If not provided, the feature's subtype (if it has one) will be used.

Returns: Text

Example

prints the domain description for the referenced field

DomainName($feature, 'fieldName')

Erase

Erase( inputArray, index )

Removes a value from an array at a given index. Existing elements positioned at or above the given index will shift down one index value. The array decreases in size by one.

Name	Type	Description
inputArray	Array	The array to remove the value from.
index	Number	The index of the value to remove from the array. If a negative index is provided, it will be used as an offset from the end of the array.

Example

var colors = ['orange', 'purple', 'gray']
Erase(colors, 1)
// colors = ['orange','gray']

var colors = ['orange', 'purple', 'gray']
Erase(colors, -1)
// colors = ['orange','purple']

Feature

Feature( geometry, name1, value1, [... nameN, valueN]? ) -> `Feature`

Creates a new feature. Alternatively, it can be called with object notation: Feature({geometry: {}, attributes: {...}}) or with two parameters: Feature(geometry, attributes);.

Name	Type	Description
geometry	Geometry	The geometry of the feature.
name1	Text	The first attribute's name.
value1	Text \| Date \| Number \| Boolean	The first attribute's value.
[... nameN, valueN]	*	`optional` Ongoing name/value pairs for each attribute in the feature.

Returns: Feature

Example

Feature(pointGeometry, 'city_name', 'Spokane', 'population', 210721)

Create a feature from another feature.

var dict = { hello:10 }
var p = point({x:10, y:20, spatialReference:{wkid:102100}})
var ftr1 = Feature(p,dict)
var ftr2 = Feature(ftr1)

Create a feature from a JSON string.

var JSONString = "{'geometry':{'x':10,'y':20,'spatialReference':{'wkid':102100}},'attributes':{'hello':10}}"
var feature = Feature(JSONString)

FeatureSet

FeatureSet( definition ) -> `FeatureSet`

Profiles: Attribute Rules | Popup | Field Calculate

Creates a new FeatureSet from JSON according to the ArcGIS REST spec. See the snippet below for an example of this.

Name	Type	Description
definition	Text	The JSON describing a set of features. The JSON must be contained in a text value.

Returns: FeatureSet

Example

Create a FeatureSet from JSON.

// JSON representation of the feature used in the snippet below
// {
//   'fields': [{
//     'alias': 'RANK',
//     'name': 'RANK',
//     'type': 'esriFieldTypeInteger'
//   }, {
//     'alias': 'ELEV_m',
//     'name': 'ELEV_m',
//     'type': 'esriFieldTypeInteger'
//   }],
//   'spatialReference': { 'wkid': 4326 },
//   'geometryType': 'esriGeometryPoint',
//   'features': [{
//     'geometry': {
//       'spatialReference': { 'wkid': 4326 },
//       'x': -151.0063,
//       'y': 63.069
//     },
//     'attributes': {
//       'RANK': 1,
//       'ELEV_m': 6168
//     }
//   }]
// };
// The Dictionary representation of the FeatureSet must be a stringified object
var features = FeatureSet('{"fields":[{"alias":"RANK","name":"RANK","type":"esriFieldTypeInteger"},{"alias":"ELEV_m","name":"ELEV_m","type":"esriFieldTypeInteger"}],"spatialReference":{"wkid":4326},"geometryType":"esriGeometryPoint","features":[{"geometry":{"spatialReference":{"wkid":4326},"x":-151.0063,"y":63.069},"attributes":{"RANK":1,"ELEV_m":6168}}]}')

FeatureSetByAssociation

FeatureSetByAssociation( feature, associationType, terminalName? ) -> `FeatureSet`

Since version 1.9

Profiles: Attribute Rules | Popup

Returns all the features associated with the input feature as a FeatureSet. This is specific to Utility Network workflows.

Name	Type	Description
feature	Feature	The feature from which to query for all associated features.
associationType	Text	The type of association with the feature to be returned. Possible Values: `connected` \| `container` \| `content` \| `structure` \| `attached` Added at 1.10: `junctionEdge` \| `midspan`
terminalName	Text	`optional` Only applicable to `connected` association types.

Returns:

Type	Description
FeatureSet	Returns a FeatureSet containing features with the field specification described in the table below.

Return Object Specification Table

Name	Type	Description
className	Text	The class name based on the value of `TONETWORKSOURCEID` or `FROMNETWORKSOURCEID`.
globalId	Text	The Global ID of the feature in the other table (i.e. either the value of `TOGLOBALID` or `FROMGLOBALID`).
isContentVisible	Number	Can either be a value of `1` (visible) or `0` (not visible). This value represents the visibility of the associated content and is only applicable for containment associations.
objectId	Text	The ObjectID of the row in the association table.
percentAlong	Number	Applies to `midspan` association types. Returns a floating point number from 0-1 indicating the location (as a ratio) of the junction along the edge.
side	Text	Applies to `junctionEdge` association types. Indicates which side the junction is on. Possible values: `from` \| `to`

Example

Returns all assets that have connectivity associations with the low side terminal of the transformer.

FeatureSetByAssociation($feature, 'connected', 'Low');

Returns the number of electric devices associated with the feature

var allContent = FeatureSetByAssociation ($feature, "content");
var devicesRows = Filter(allContent, "className = 'Electric Device'");
var devicesCount = Count(devicesRows);
return devicesCount;

FeatureSetById

FeatureSetById( map, id, fieldList?, includeGeometry? ) -> `FeatureSet`

Profiles: Attribute Rules | Popup | Field Calculate

Creates a FeatureSet from a Feature Layer based on its layer ID within a map or feature service. Limiting the number of fields in the request and excluding the geometry can improve the performance of the script.

Name	Type	Description
map	FeatureSetCollection	The map or feature service containing one or more layers from which to create a FeatureSet. Typically, this value is the `$map` or `$datastore` global.
id	Text	The ID of the layer within the given `map`. *Please note that this must be a string literal.
fieldList	Text[]	`optional` The fields to include in the FeatureSet. By default, all fields are included. To request all fields in the layer, set this value to `['*']`. Limiting the number of fields improves the performance of the script.
includeGeometry	Boolean	`optional` Indicates whether to include the geometry in the features. By default, this is `true`. For performance reasons, you should only request the geometry if necessary, such as for use in geometry functions.

Returns: FeatureSet

Example

Returns the number of features in the layer with the id DemoLayerWM_1117 in the given map.

var features = FeatureSetById($map,'DemoLayerWM_1117', ['*'], true);
Count( features );

FeatureSetByName

FeatureSetByName( map, title, fieldList?, includeGeometry? ) -> `FeatureSet`

Profiles: Attribute Rules | Popup | Field Calculate

Creates a FeatureSet from a Feature Layer based on its name within a map or feature service. Keep in mind this name is not necessarily unique. It is therefore more appropriate to create a FeatureSet using FeatureSetById(). Limiting the number of fields in the feature set and excluding the geometry can improve the performance of the script.

Name	Type	Description
map	FeatureSetCollection	The map or feature service containing one or more layers from which to create a FeatureSet. Typically, this value is the `$map` or `$datastore` global.
title	Text	The title of the layer within the given `map`. *Please note that this must be a string literal.
fieldList	Text[]	`optional` The fields to include in the FeatureSet. By default, all fields are included. To request all fields in the layer, set this value to `['*']`. Limiting the number of fields improves the performance of the script.
includeGeometry	Boolean	`optional` Indicates whether to include the geometry in the features. By default, this is `true`. For performance reasons, you should only request the geometry if necessary, such as for use in geometry functions.

Returns: FeatureSet

Example

Returns the number of features in the layer with the title 'Bike routes' in the given map.

var features = FeatureSetByName($map,'Bike routes', ['*'], true);
Count( features );

FeatureSetByPortalItem

FeatureSetByPortalItem( portal, itemId, layerId, fieldList?, includeGeometry? ) -> `FeatureSet`

Profiles: Field Calculate | Popup

Creates a FeatureSet from a Feature Layer in a portal item from a given Portal. Limiting the number of fields in the feature set and excluding the geometry can improve the performance of the script.

Name	Type	Description
portal	Portal	The Portal from which to query features from a given portal item ID.
itemId	Text	The GUID of the portal item referencing a feature layer or feature service. *Please note that this must be a string literal.
layerId	Number	The ID of the layer in the feature service.
fieldList	Text[]	`optional` The fields to include in the FeatureSet. By default, all fields are included. To request all fields in the layer, set this value to `['*']`. Limiting the number of fields improves the performance of the script.
includeGeometry	Boolean	`optional` Indicates whether to include the geometry in the features. For performance reasons, you should only request the geometry if necessary, such as for use in geometry functions.

Returns: FeatureSet

Example

Returns the number of features in the layer from a different portal than the feature in the map

var portal = Portal('https://www.arcgis.com');
var features = FeatureSetByPortalItem(portal, '7b1fb95ab77f40bf8aa09c8b59045449', 0, ['Name', 'Count'], false);
Count( features );

FeatureSetByRelationshipName

FeatureSetByRelationshipName( feature, relationshipName, fields?, includeGeometry? ) -> `FeatureSet`

Profiles: Attribute Rules | Field Calculate | Popup

Returns the related records for a given feature as a FeatureSet.

Name	Type	Description
feature	Feature	The feature from which to fetch related records.
relationshipName	Text	The name of the relationship according to the feature service associated with the given feature.
fields	Text[]	`optional` The fields to return in the FeatureSet. This list includes fields from both the relationship table and the input Feature.
includeGeometry	Boolean	`optional` Indicates whether to return the geometry for the resulting features.

Returns: FeatureSet

Example

var results = FeatureSetByRelationshipName($feature, 'Election_Results', ['*'], false)
Sum(results, 'democrat + republican + other')

Filter

Filter( featureSet, filter ) -> `FeatureSet`

Profiles: Attribute Rules | Popup | Field Calculate

Filters a FeatureSet based on a SQL92 expression.

Name	Type	Description
featureSet	FeatureSet	The FeatureSet, or layer, to filter.
filter	Text	The SQL92 expression used to filter features in the layer. This expression can substitute an Arcade variable using the `@` character. See the snippet below for an example.

Returns: FeatureSet

Example

Filter features using a SQL92 expression

// Returns all features with a Population greater than 10,000
var result = Filter($layer, 'POPULATION > 10000');

Filter features using a SQL92 expression with a variable substitute

// Returns all features with a Population greater than the dataset average
var averageValue = Average($layer, 'POPULATION')
var result = Filter($layer, 'POPULATION > @averageValue');

First

First( items ) -> `*`

Returns the first element in an array or FeatureSet. Returns null if the array or FeatureSet is empty.

Name	Type	Description
items	Array \| FeatureSet	The array from which to return the first feature. In profiles that support accessing data, this can be a FeatureSet.

Returns: *

Example

prints 'orange'

First(['orange', 'purple', 'gray'])

returns the area of the first feature in the layer.

Area( First($layer) )

GdbVersion

GdbVersion( feature ) -> `Text`

Returns the name of the current geodatabase version for branch or versioned data. When the data is not in a multi-user geodatabase, an empty string will be returned. See Overview of Versioning for more information.

Name	Type	Description
feature	Feature \| FeatureSet	A Feature or FeatureSet from which to return the current geodatabase version of the associated layer.

Returns: Text

Example

Returns the geodatabase version of the given feature

GdbVersion($feature)

GetUser

This function has 2 signatures:

GetUser( portal, username? ) -> Dictionary
GetUser( portal, extensions? ) -> Dictionary

GetUser( portal, username? ) -> `Dictionary`

Profiles: Attribute Rules | Popup | Field Calculate

Returns the current user from the workspace. For data from a service, either the Portal user or Server user is returned. For data from a database connection, the database user is returned. When no user is associated with the workspace, such as a file geodatabase, an empty string will be returned.

Name	Type	Description
portal	FeatureSet \| Portal	A FeatureSet or Portal from which to return the current user.
username	Text	`optional` The username of the user you want to return. Only limited information will be returned based on your permissions when making the request.

Returns:

Type	Description
Dictionary	Returns a dictionary described by the properties below.

Return Object Specification Table

Name	Type	Description
id	Text	The user id of the returned user.
username	Text	The username of the returned user.
name	Text	The user's first and last name.
email	Text	The email address associated with the user's account.
groups	Text[]	An array of groups that the user belongs to.
role	Text	The role that the user plays within their organization (e.g. Administrator, Publisher, User, Viewer, or Custom).
privileges	Text[]	An array of privileges that the user has within their organization (e.g. edit, view, etc).

Example

Returns the dictionary for the user currently logged in based on the workspace connection from the given portal.

GetUser(Portal('https://www.arcgis.com'))

Returns information about the user "tester".

GetUser($layer, "tester")
// returns {"id": "12", "username": "tester", "name":"Testy Tester", "email": "tester@example.com", ...}

GetUser( portal, extensions? ) -> `Dictionary`

Profiles: Attribute Rules | Popup | Field Calculate

Name	Type	Description
portal	FeatureSet \| Portal	A FeatureSet or Portal from which to return the current user.
extensions	Boolean	`optional` Determines if the `userLicenseTypeExtensions` will be returned in the dictionary.

Returns:

Type	Description
Dictionary	Returns a dictionary described by the properties below.

Return Object Specification Table

Name	Type	Description
id	Text	The user id of the returned user.
username	Text	The username of the returned user.
name	Text	The user's first and last name.
email	Text	The email address associated with the user's account.
groups	Text[]	An array of groups that the user belongs to.
role	Text	The role that the user plays within their organization (e.g. Administrator, Publisher, User, Viewer, or Custom).
privileges	Text[]	An array of privileges that the user has within their organization (e.g. edit, view, etc).
userLicenseTypeExtensions	Text[]	An array of the license type extensions associated with the user's account (e.g. "Utility Network", "Parcel Fabric", etc). The `extensions` parameter must be set to `true` in order for this to be returned.

Example

Returns information about the user currently logged in based on the workspace connection from a layer with user extensions.

GetUser($layer, true)

GroupBy

GroupBy( featureset, groupByFields, statistics ) -> `FeatureSet`

Profiles: Attribute Rules | Field Calculate | Popup

Returns statistics as a FeatureSet for a set of grouped or distinct values.

Name

Type

Description

featureset

FeatureSet

A FeatureSet from which to return statistics for unique values returned from a given set of fields and/or expressions.

groupByFields

Text | Text[] | Object[]

The field(s) and/or expression(s) from which to group statistics by unique values. This parameter can be a single field name, an array of field names, or an array of objects that specify column names paired with an expression (typically the field name) for the output FeatureSet. If an array of objects is specified, the following specification must be followed for each object.

Property	Description
name	The name of the column to store the result of the given expression.
expression	A SQL-92 expression from which to group statistics. This is typically a field name.

statistics

Object | Object[]

The summary statistics to calculate for each group. This parameter can be an object or array of objects that specify output statistics to return for each group. The specification in the following table must be used.

Property	Description
name	The name of the column to store the result of the given statistical query in the output FeatureSet.
expression	A SQL-92 expression or field name from which to query statistics.
statistic	The statistic type to query for the given field or expression. Possible Values: SUM \| COUNT \| MIN \| MAX \| AVG \| STDEV \| VAR

Returns: FeatureSet

Example

Returns the count of each tree type

var treeStats = GroupBy($layer, 'TreeType', { name: 'NumTrees', expression: '1', statistic: 'COUNT' });
// treeStats contains features with columns TreeType and NumTrees
// Each unique tree type will have a count

Returns the count and the average height of each tree type

var treeStats = GroupBy($layer,
  [  // fields/expressions to group statistics by
    { name: 'Type', expression: 'TreeType'},
    { name: 'Status', expression: 'TreeStatus'}
  ], 
  [  // statistics to return for each unique category
    { name: 'Total', expression: '1', statistic: 'COUNT' }, 
    { name: 'AvgHeight', expression: 'Height', statistic: 'AVG' }, 
    { name: 'MaxPercentCoverage', expression: 'CoverageRatio * 100', statistic: 'MAX' }
  ]
);
// treeStats contains features with columns Type, Status, Total, AvgHeight, MaxPercentCoverage
// Each unique tree type (combination of type and status) will have a count, average height, and maximum value of percent coverage

Guid

Guid( format? ) -> `Text`

Since version 1.3

Returns a random GUID as a string.

Name	Type	Description
format	Text	`optional` An named format for the GUID. The default value is `digits-hyphen-braces`. Possible Values: digits / digits-hyphen / digits-hyphen-braces / digits-hyphen-parentheses

Returns: Text

Example

Returns a value similar to {db894515-ed21-4df1-af67-36232256f59a}

Guid()

Returns a value similar to d00cf4dffb184caeb8ed105b2228c247

Guid('digits')

HasKey

HasKey( feature, key ) -> `Boolean`

Indicates whether a dictionary or feature has the input key.

Name	Type	Description
feature	Dictionary \| Feature	The dictionary or feature to check for a key or field name.
key	Text	The key or field name to check.

Returns: Boolean

Example

prints true

var d = Dictionary('Port Hope', 16214,  'Grafton', '<1000', 'Cobourg', 18519);
HasKey(d, 'Cobourg');

Hash

Hash( variable ) -> `Number`

Generates a hash code value for the given variable.

Name	Type	Description
variable	Text \| Number \| Boolean \| Date \| Array \| Dictionary \| Geometry	The variable to be hashed.

Returns: Number

Example

Returns 1649420691.

Hash('text value')

Includes

Includes( inputArray, value ) -> `Boolean`

Determines whether an array contains a given value. Returns true if the value is found within the array.

Name	Type	Description
inputArray	Array	The input array.
value	*	The value to look for in the given array.

Returns: Boolean

Example

Returns true.

Includes(['orange', 'purple', 'gray'], 'purple')

Returns false.

Includes(['orange', 'purple', 'gray'], 'red')

IndexOf

IndexOf( inputArray, item ) -> `Number`

Returns the zero-based index location of the input item in an array. If item does not exist, then -1 is returned.

Name	Type	Description
inputArray	Array	The array to search.
item	*	The item to locate in the array.

Returns: Number

Example

prints 2

var num = [1,2,3,4];
return indexof(num, 3);

Insert

Insert( inputArray, index, value )

Inserts a new value into an array at a given index. Existing elements positioned at or above the given index will shift up one index value. The array increases in size by one.

Name	Type	Description
inputArray	Array	The array to insert the new value into.
index	Number	The index of the array where the new value should be inserted. An index of 0 will insert the value at the beginning of the array. An index that equals the size of the array will insert the value at the end of the array. An index greater than the size of the array will cause an error. If a negative index is provided, it will be used as an offset from the end of the array.
value	*	The value to insert into the array.

Example

var colors = ['orange', 'purple', 'gray']
Insert(colors, 1, 'yellow')
// colors = ['orange','yellow','purple','gray']

var colors = ['orange', 'purple', 'gray']
Insert(colors, -1, 'yellow')
// colors = ['orange','purple','yellow','gray']

IsNan

IsNan( value ) -> `Boolean`

Indicates whether the input value is not a number (NaN). A number is considered NaN in one of the following scenarios:

0/0
Infinity / Infinity
Infinity * 0
Any operation in which NaN is an operand
Casting a non-numeric string or undefined to a number

Name	Type	Description
value	*	The value to check if it is NaN.

Returns: Boolean

Example

// Returns true
IsNan(Infinity / Infinity)

// Returns false
IsNan('4')

NextSequenceValue

NextSequenceValue( inputSequenceName ) -> `Number`

Since version 1.4

Profiles: Attribute Rule Calculation

Returns the next sequence value from the database sequence specified. If inputSequenceName does not exist, the expression will error.

Name	Type	Description
inputSequenceName	Text	The name of the sequence. This must already be configured in the database.

Returns: Number

Example

Returns a number with the next sequence value

NextSequenceValue('PipeIDSeq')

Number

Number( value, pattern? ) -> `Number`

Parses the input value to a number.

Name Type Description

value * The value to convert to a number.

pattern

Text

optional The format pattern string used to parse numbers formatted in a localized context from a string value to a number. The table below describes the characters that may be used in the pattern.

Value	Description
0	Mandatory digits
#	Optional digits
%	Divide by 100

Returns: Number

Example

Parses a number using a grouping separator appropriate for the local in which the expression is executed

returns 1365

Number('1,365', ',###')

Remove strings from number.

prints 10

Number('abc10def', 'abc##def')

Specify minimum digits past 0 as two and maximum digits past 0 as 4.

prints 10.456

Number('10.456','00.00##')

Specify minimum digits past 0 as two and maximum digits past 0 as 4. The left and right side of the function must match or NaN is returned.

prints NaN

Number('10.4','00.00##')

Indicate the size of the repeated group and the final group size of the input value.

prints 1212456

Number('12,12,456', ',##,###')

If there is a negative subpattern, it serves only to specify the negative prefix and suffix.

prints -1223345

Number('-12,23,345', ',##,###;-,##,###')

Divide by 100. Maximum of three decimal places can be input.

prints 0.9999

Number('99.99%', '#.##%')

OrderBy

OrderBy( featureSet, expression ) -> `FeatureSet`

Profiles: Attribute Rules | Popup | Field Calculate

Orders a FeatureSet by using a SQL92 OrderBy clause.

Name	Type	Description
featureSet	FeatureSet	The FeatureSet, or layer, to order.
expression	Text	The SQL92 expression used to order features in the layer.

Returns: FeatureSet

Example

Order features by population where features with the highest population are listed first

OrderBy($layer, 'POPULATION DESC')

Order features by rank in ascending order

OrderBy($layer, 'Rank ASC')

Pop

Pop( inputArray ) -> `*`

Removes and returns the element at the end of the array. If the array is empty, then an error is thrown.

Name	Type	Description
inputArray	Array	The input array from which the last element will be removed and returned.

Returns: *

Example

Returns 'gray'. The input array will now equal ['orange', 'purple'].

Pop(['orange', 'purple', 'gray'])

Portal

Portal( url ) -> `Portal`

Profiles: Field Calculate | Popup

Creates a reference to an ArcGIS Portal.

Name	Type	Description
url	Text	The url of the portal.

Returns: Portal

Example

Query features from a portal item in ArcGIS Online

var portal = Portal('https://www.arcgis.com');
var features = FeatureSetByPortalItem(portal, '7b1fb95ab77f40bf8aa09c8b59045449', 0, ['Name', 'Count'], false);

Enterprise Portal

Portal('https://www.example.com/arcgis')

Push

Push( inputArray, value ) -> `Number`

Adds an element to the end of an array and returns the new length of the array.

Name	Type	Description
inputArray	Array	The array to have elements pushed to.
value	*	The value to add as the last element of the input array.

Returns: Number

Example

Returns 4. The input array will now equal ['orange', 'purple', 'gray', 'red'].

Push(['orange', 'purple', 'gray'], 'red').

Resize

Resize( inputArray, newSize, value? )

Changes the number of elements in an array to the specified size. It can be used to expand the array or truncate it early. After resizing, attempting to index beyond the new last element will result in an error, except for the case of indexing the next element, which will continue to expand the array by one element.

Name	Type	Description
inputArray	Array	The array to be resized.
newSize	Number	The number of elements desired in the resized array.
value	*	`optional` The optional value that will be used for any new elements added to the array. If no value is specified, the newly added elements will have a `null` value.

Example

Returns ['orange', 'purple', 'gray', null, null]

var colors = ['orange', 'purple', 'gray']
Resize(colors, 5)
return colors;

Returns ['orange', 'purple', 'gray', 'red', 'red']

var colors = ['orange', 'purple', 'gray']
Resize(colors, 5, 'red')
return colors;

Returns ['orange']

var colors = ['orange', 'purple', 'gray']
Resize(colors, 1)
return colors

Reverse

Reverse( inputArray ) -> `Array`

Reverses the contents of the array in place.

Name	Type	Description
inputArray	Array	The array to be reversed.

Returns: Array

Example

returns ['gray', 'purple', 'orange']

Reverse(['orange', 'purple', 'gray'])

Schema

Schema( featureSet ) -> `Dictionary`

Profiles: Attribute Rules | Popup | Field Calculate | Velocity

Returns the schema description of the provided FeatureSet.

Name	Type	Description
featureSet	FeatureSet	The FeatureSet whose schema to return.

Returns:

Type	Description
Dictionary	Returns a dictionary described by the properties below.

Return Object Specification Table

Name	Type	Description
objectIdField	Text	The objectId field of the FeatureSet.
globalObjectIdField	Text	The globalObjectId field on the FeatureSet. Returns `""` if not globalId-enabled.
geometryType	Text	The geometry type of features in the FeatureSet. Returns `esriGeometryNull` for tables with no geometry. Possible values: `esriGeometryPoint`, `esriGeometryLine`, `esriGeometryPolygon`, `esriGeometryNull`
fields	Dictionary[]	Returns an array of dictionaries describing the fields in the FeatureSet. Each dictionary describes the field `name`, `alias`, `type`, `subtype`, `domain`, `length`, and whether it is `editable` and `nullable`.

Slice

Slice( inputArray, startIndex?, endIndex? ) -> `Array`

Returns a copy of the contents of a portion of an array between two indexes as a new array.

Name	Type	Description
inputArray	Array	The array to be sliced.
startIndex	Number	`optional` The index from which to start the slice. Defaults to `0`. If a negative index is provided, it will be used as an offset from the end of the array.
endIndex	Number	`optional` The index where the slice will end. The value at this index will not be included in the returned array. Defaults to the array size.

Returns: Array

Example

Returns ['purple', 'gray']

Slice(['orange', 'purple', 'gray', 'red', 'blue'], 1, 3)

Returns ['red', 'blue']

Slice(['orange', 'purple', 'gray', 'red', 'blue'], 3)

Returns ['orange', 'purple', 'gray', 'red', 'blue']

Slice(['orange', 'purple', 'gray', 'red', 'blue'])

Returns ['blue']

Slice(['orange', 'purple', 'gray', 'red', 'blue'], -1)

Sort

Sort( inputArray, comparator? ) -> `Array`

Sorts an array by ASCII value. If all the items in the array are the same type, an appropriate sort function will be used. If they are different types, the items will be converted to strings. If the array contains objects, and no user defined function is provided, no sort will happen.

Name	Type	Description
inputArray	Array	The array to sort.
comparator	Text	`optional` The name of a user defined function to be used for the sort.

Returns: Array

Example

returns ['$', 1, 'A', 'a']

Sort([1, 'a', '$', 'A'])

Sort using a user defined function

returns '[{ 'AGE': 24, 'NAME': 'Emma' }, { 'AGE': 25, 'NAME': 'Sam' }, { 'AGE': 27, 'NAME': 'Bob' } ]'

var peopleArray = [{ 'NAME': 'Sam', 'AGE': 25 }, {'NAME': 'Bob', 'AGE': 27 },{ 'NAME': 'Emma', 'AGE': 24 }];
function compareAge(a,b){
  if (a['AGE']<b['AGE'])
    return -1;
  if (a['AGE']>b['AGE'])
    return 1;
  return 0;
}
return Sort(peopleArray, compareAge);

Splice

Splice( value1, [...valueN]? ) -> `Array`

Concatenates all parameters together into a new array.

Name	Type	Description
value1	*	A value to be spliced into a new array.
[...valueN]	*	`optional` Ongoing values to be spliced into a new array.

Returns: Array

Example

Returns ['orange', 'purple', 1, 2, 'red']

Splice(['orange', 'purple'], 1, 2, 'red')

Returns [1, 2, 3, 4]

Splice([1,2], [3,4])

SubtypeCode

SubtypeCode( feature ) -> `Number / Text / Date`

Returns the subtype code for a given feature.

Name	Type	Description
feature	Feature	The Feature from which to get the subtype code.

Returns: Number | Text | Date

Example

Returns the code of the subtype

// feature has a field named `assetGroup`
// with the subtype described in the Subtypes function example
SubtypeCode($feature)  // returns 1

SubtypeName

SubtypeName( feature ) -> `Text`

Returns the subtype name for a given feature.

Name	Type	Description
feature	Feature	The Feature from which to get the subtype name.

Returns: Text

Example

Returns the name of the subtype

// feature has a field named `assetGroup`
// with the subtype described in the Subtypes function example
SubtypeName($feature) // returns "Single Phase"

Subtypes

Subtypes( feature ) -> `Dictionary`

Returns the subtype coded value Dictionary. Returns null when subtypes are not enabled on the layer.

Name	Type	Description
feature	Feature \| FeatureSet	The Feature from which to get subtypes. In profiles that support accessing data, this can be a FeatureSet.

Returns:

Type	Description
Dictionary	Returns a dictionary described by the properties below.

Return Object Specification Table

Name	Type	Description
subtypeField	Text	The field containing a subtype in the FeatureSet.
subtypes	Dictionary[]	An array of dictionaries describing the subtypes. Each dictionary has a `code` property, which contains the actual field value, and a `name` property containing a user-friendly description of the value (e.g. `{ code: 1, name: "pavement" }`)

Example

Returns subtypes with coded values from a feature

Subtypes($feature)
// returns the following dictionary
// {
//   subtypeField: 'assetGroup',
//   subtypes: [
//     { name: "Unknown", code: 0 },
//     { name: "Single Phase", code: 1 },
//     { name: "Two Phase", code: 2 }
//   ]
// }

Returns subtypes with coded values from a feature set

var fsTransformer = FeatureSetByName($datastore, "Transformer")
Subtypes(fsTransformer)
// returns the following dictionary
// {
//   subtypeField: 'assetGroup',
//   subtypes: [
//     { name: "Unknown", code: 0 },
//     { name: "Single Phase", code: 1 },
//     { name: "Two Phase", code: 2 }
//   ]
// }

Text

Text( value, format? ) -> `Text`

Converts its argument into a string and optionally formats it. Returns null if it fails.

Name Type Description

value * A value to be converted to a string (e.g. date, number or other type).

format

Text

optional Formatting string for dates or numbers. See the list of possible values below.

Value	Description
0	Digit
#	Digit, omitting leading/trailing zeros
D	Day of the month, not padded (1 - 31).
DD	Day of the month, padded (01 - 31).
DDD	Ordinal day of the year (1 - 365).
d	Day of the week (1 - 7)
ddd	Abbreviated day of the week (e.g. Mon)
dddd	Full day of the week (e.g. Monday).
M	Month number (1 - 12)
MM	Month number, padded (01 - 12).
MMM	Abbreviated month name (e.g. Jan).
MMMM	Full month name (e.g. January)
m	Minutes, not padded (0 - 59).
mm	Minutes, padded (00 - 59).
Y	Full year
YY	Two-digit year
h	Civilian hours, not padded (0 - 12)
hh	Civilian hours, padded (00 - 12)
H	Military hours, not padded (0 - 24)
HH	Military hours, padded (00 - 24)
s	Seconds, not padded (0 - 59)
ss	Seconds, padded (00 - 59)

Returns: Text

Example

Pad the number to the left of the decimal

prints '0123'

Text(123, '0000')

Restrict the number to the left of the decimal

prints '23'

Text(123, '00')

Group the number by thousands

prints '1,234'

Text(1234, '#,###')

Round the number to two decimal places

prints '12,345,678.12'

Text(12345678.123, '#,###.00')

Format number as currency

prints '$1,234.55'

Text(1234.55, '$#,###.00')

Round the number to two decimal places

prints '1.24'

Text(1.236, '#.00')

Maintain significant digits and group by thousands

prints '1,234.568'

Text(1234.5678, '#,##0.00#')

Format the number and format positive/negative - if there is a negative subpattern, it serves only to specify the negative prefix and suffix

prints 'Basement 2'

Text(-2, 'Floor #;Basement #')

prints 'Floor 2'

Text(2, 'Floor #;Basement #')

Multiply by 100 and format as percentage

prints '30%'

Text(0.3, '#%')

Format date and time

prints the date at the moment. eg 'Tuesday, October 25, 2016 @ 08:43:11'

Text(Now(), 'dddd, MMMM D, Y @ h:m:s')

ToHex

ToHex( value ) -> `Text`