Доступно с лицензией Business Analyst.
Краткая информация
Generates areas of competitive advantage boundaries between stores weighted on one or more variables. These weights can be calculated based on the results of a Huff Model.
Learn more about how Huff's Equal Probability Trade Areas works
Иллюстрация
Использование
The spatial reference of the output feature class will be the same as the store layer.
The Store Layer input feature class must be point features.
In most cases, the Store Layer input feature layer will be a Business Analyst store layer.
The Distance Coefficient parameter determines how much of a factor distance is relative to each store.
The Distance Coefficient parameter value defaults to –1.5. The value is usually set between –1 and –3. The higher the number, the higher the impact distance will have on customer behavior. For example, a convenience store will have a low distance coefficient (between –2 and –3) because customers are not willing to travel for low-order goods.
Синтаксис
EqualProbabilityContours_ba (StoreLayer, StoreIDField, All_Or_Single_Or_Selected, WayToDefineParams, DistanceCoefficient, AttractionVariables, OutputFeatureClass, {ByID_Or_ByName}, {Single_Site}, {PathToCalibratedResult})
Параметр | Объяснение | Тип данных |
StoreLayer | The input feature class containing center points for the trade areas. In most cases, this will be a Business Analyst store layer. | Feature Layer |
StoreIDField | Unique ID field in the store layer. | Field |
All_Or_Single_Or_Selected | Creates trade areas for points in the input feature layer.
| String |
WayToDefineParams | Selects the method to define the Huff Model parameters.
| String |
DistanceCoefficient | The value that determines how much of a factor distance (travel) affects consumer behavior. | Double |
AttractionVariables [[Variable, {Coefficient}],...] | The value that measures the perceived utility or how attractive a store is to consumers. If using the Python call, enter the values as a String in the following format: "FirstVariable 1;SecondVariable 2;ThirdVariable 3", etc. (Variable name, single space, an attraction coefficient, semi-colon delimited.) | Value Table |
OutputFeatureClass | The feature class that will contain the Huff probability trade area features. | Feature Class |
ByID_Or_ByName (Дополнительный) | Field used to select a single point.
| String |
Single_Site (Дополнительный) | ID or name of store that is to be used as the single point. | String |
PathToCalibratedResult (Дополнительный) | Output of a statistically calibrated Huff Model to use for calibration. | Folder |
Пример кода
HuffsEqualProbabilityTradeAreas Example (Stand-alone Script)
# Name: EqualprobabilityContours.py
# Description: Generates Huff derived trade areas based on store sales.
# Author: Esri
# Import system modules
import arcview
import arcpy
arcpy.ImportToolbox(r"C:\Program Files (x86)\ArcGIS\Desktop10.7\Business Analyst\ArcToolbox\Toolboxes\Business Analyst Tools.tbx")
# Acquire extension license
arcpy.CheckOutExtension("Business")
# Define input and output parameters for the Huff Equal Probability Trade Areas tool
StoreLayer = "C:/temp/sf_store.shp"
StoreIDField = "STORE_ID"
All_Or_Single_Or_Selected = "ALL"
WayToDefineParams="MANUALLY"
DistanceCoefficient="-1.5"
AttractionVariables = "SALES 1"
OutputFeatureClass = "C:/temp/Output_Contour.shp"
ByID_Or_ByName=""
Single_Site=""
PathToCalibratedResult=""
# Create Huff Equal Probability trade areas
arcpy.EqualProbabilityContours_ba(StoreLayer,
StoreIDField,
All_Or_Single_Or_Selected,
WayToDefineParams,
DistanceCoefficient,
AttractionVariables,
OutputFeatureClass,
ByID_Or_ByName,
Single_Site,
PathToCalibratedResults)
# Release extension license
arcpy.CheckInExtension("Business")
Параметры среды
Этот инструмент не использует параметры среды геообработки
Информация о лицензиях
- ArcGIS Desktop Basic: Требует Business Analyst
- ArcGIS Desktop Standard: Требует Business Analyst
- ArcGIS Desktop Advanced: Требует Business Analyst