RESTful API Description

Features

i. Field Data:

Description:

This API is used to register a field by users area of interest.

URL: /field

Method: POST

Request Body:

Name Description Format
“data” Define the type and properties of the field. Object
“type” String
“properties” Define the label and crop of the field. Object
“label” Define the name of the field by user. String
“crop” Define the type of crop of the field. String
“geometry” Define the coordinates of the field in the geojson format. GeoJson

Response:

Name Description Format
“data” Define the properties, geometry, includes _id, owner, createdAt and updatedAt of the field. Object
“properties” Define the field statistics such as area, bbox and center of the field. Object
“area” Define the area of the field in acres and hectares. Object
“acres ” Define the area of field in acres. Number
“hectares” Define the area of field in hectares. Number
“bbox” Define the bounding box of the field. Array
“label” Defines the name of the field given by user. String
“geometry” Define the coordinates of the field in the geojson format. GeoJson
”includes” Define the retrieved Dates of the field for different services. Object
“_id” Define the unique id of the field which was used for the different services like subscription and fetch. String
“owner” Define user that associated to the field. String

Plant Health

i. Description

Plant health service will process the plant health indices (NDVI, MSAVI2, RGB) for all the available images of a specific date range and returns all the processed data of the field.

ii. Subscription

Description:

The API endpoint will process the plant health indices (NDVI,MSAVI2, RGB) for all available dates.

URL: /subscription/planthealth

Method: POST

Request Body:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud cover tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable. Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String “landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”
“models” Define the type of vegetation index you want. NDVI and MSAVI2 are the indices currently available through the API. RGB image of the field is also available. String “ndvi” “msavi2” “rgb”
“relationship” "Define the relationship of the field it must be the same as the ‘_id’of the response of theField Data" String

Response Body:

Name Description Format
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable. Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available. String
“models” Define the type of vegetation index you want. NDVI and MSAVI2 are the indices currently available through the API. RGB image of the field is also available. String
“relationship” "Define the relationship of the field it must be the same as the ‘_id’of the response of theField Data" String

iii. Fetch All

Description:

The API endpoint will fetch all the results of the select id satellite and index in all formats such as TIF, PNG, and KML.

URL: /fetch/planthealth/id/{id}/satellite/{satellite}/index/{index}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"
“index” Define the type of index need to retrieve. String "“ndvi” “msavi2” “rgb”"

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorlegend” Define the url of the color legend. URL
“output” Define the output formats of the plant health. Object
“tif” Fetch the all available tif files in an array. Array
“png” Fetch the all available png files in an array. Array
“kml” Fetch the all available kml files in an array. Array

iv. Fetch by Format

Description:

The API endpoint will fetch all the results of the select id satellite and index in a specific format.

URL: /fetch/planthealth/id/{id}/satellite/{satellite}/index/{index}/format/{forma}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String “landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”
“index” Define the type of index need to retrieve. String “ndvi” “msavi2” “rgb”
“format” Define the type of format need to retrieve. String "“tif” “png” “kml”"

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorlegend” Define the URL of the color legend. URL
“output” Define the output in the format user select. Array

Radar Vegetation Index

i. Description

The Radar Vegetation Index (RVI) is an indictor derived from Synthetic Aperture Radar (SAR), it can be used to monitor the crop growth.

ii. Subscription

Description:

The API endpoint will process the RVI for all available dates.

URL: /subscription/sar

Method: POST

Request Body:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud cover tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable. Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String “landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”
“models” Define the index type. RVI currently available through the API. String “rvi”
“relationship” "Define the relationship of the field it must be the same as the ‘_id’of the response of theField Data" String

Response Body:

Name Description Format
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable. Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available. String
“models” Define the index type. RVI currently available through the API. String
“relationship” "Define the relationship of the field it must be the same as the ‘_id’of the response of theField Data" String

iii. Fetch All

Description:

The API endpoint will fetch all the results of the selected id in all formats such as TIF, PNG, and KML.

URL: /fetch/sar/id/{id}/

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorlegend” Define the url of the color legend. URL
“output” Define the output formats of the plant health. Object
“tif” Fetch the all available tif files in an array. Array
“png” Fetch the all available png files in an array. Array
“kml” Fetch the all available kml files in an array. Array

Zoning

i. Description

According to satellite image the server classifies the image into different clusters. It good for the user to know the distribute of the vegetation in the farm.

ii. Subscription

Description:

The API endpoint will process the zoning for all available dates.

URL: /subscription/zoning

Method: POST

Request Body:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected from Date(YYYY-MM-DD) )
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"
“relationship” "Define the relationship of the field it must be same as the ‘_id’of the response of theField Data" String

Response:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"
“relationship” "Define the relationship of the field it must be same as the ‘_id’of the response of theField Data" String

iii. Fetch All

Description:

The API endpoint will process the zoning for all available dates.

URL: /fetch/zoning/id/{id}/satellite/{satellite}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorlegend” Define the url of color legend. URL
“output” Define the output formats of the plant health. Object
“tif” Fetch the all available tif files in an array. Array
“png” Fetch the all available png files in an array. Array
“shp” Fetch the all available shp files in an array. Array

iv. Fetch by format

Description:

The API endpoint will process the zoning for all available dates of specific format user request.

URL: /fetch/zoning/id/{id}/satellite/{satellite}/format/{format}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"
“index” Define the type of index need to retrieve. String "“ndvi” “msavi2” “rgb”"
“format” Define the type of format need to retrieve. String "“tif” “png” “shp”"

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorlegend” Define the url of color legend. URL
“output” Define the output in the format user select. Array

Crop Specific Nitrogen Recommendation

i. Description

Based on the user input nitrogen values, server build a recommendation file for an optimized variable rate application.

ii. Subscription

Description:

The API endpoint will process the nitrogen recommendation for all available dates.

URL: /subscription/nitrogen

Method: POST

Request Body:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“nitrogen” Define the nitrogen value . Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String “landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”
“relationship” "Define the relationship of the field it must be same as the ‘_id’of the response of theField Data" String
“crop type” Define the crop type which is planted in the field . String

Response:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected from Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“nitrogen” Define the nitrogen value . Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String “landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”
“relationship” "Define the relationship of the field it must be same as the ‘_id’of the response of theField Data" String

iii. Fetch All

Description:

The API endpoint will process the nitrogen recommendation for all available dates.

URL: /fetch/nitrogen/id/{id}/satellite/{satellite}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorscale” Define the color scale and color data. Object
“colordata” Define the color data for each cluster in json format. Array
“colorlegend” Define the url of color legend. URL
“output” Define the output formats of the plant health. Object
“tif” Fetch the all available tif files in an array. Array
“png” Fetch the all available png files in an array. Array
“shp” Fetch the all available shp files in an array. Array
“isoxml” Fetch the all available isoxml files in an array. Array

iv. Fetch by format

Description:

The API endpoint will process the nitrogen recommendation for all available dates of specific format user request.

URL: /fetch/nitrogen/id/{id}/satellite/{satellite}/format/{format}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"
“format” Define the type of format need to retrieve. String "“tif” “png” “shp” “isoxml”"

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorscale” Define the color scale and color data. Object
“colordata” Define the color data for each cluster in json format. Array
“colorlegend” Define the url of color legend. URL
“output” Define the output formats of the plant health. Object
“tif” Fetch the all available tif files in an array. Array
“png” Fetch the all available png files in an array. Array
“shp” Fetch the all available shp files in an array. Array
“isoxml” Fetch the all available isoxml files in an array. Array

Time Series

i. Subscription

Description:

The time series analysis service will provide the statistics of a filed for all the available data.

Note: It was dependent on the Planthealth(NDVI).

URL: /subscription/timeseries

Method: POST

Request Body:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"

Response:

Name Description Format
“output ” Define the data of the time series analysis. object
“data” Define the array of objects. Array
“date” The date of image. Date
“satelliteType” The satellite type of the field. String
“minimum” The minimum value of the field. Number
“maximum” The maximum value of the field. Number
“mean” The mean value of the field. Number
“std” The standard deviation of the field. Number
“var” The variance of the field. Number
“median” The median of the field. Number

Weather API

i. Subscription

Description:

The Weather API will give the localized weather data for the field.

URL: /subscription/weather/:id

Method: GET

Request Parameters:

Name Description Format
“id ” Define the field id need to retrieve. String

Response:

Name Description Format Units/Available Options
“latitude” This field defines the latitude of the farm. Float
“longitude” This field defines the latitude of the farm. Float
“timezone” This field defines the timezone of the farm. String
“currently” This field defines the climate data at the instant when the user request. Object "time" "summary" "nearestStormDistance" "precipIntensity" "precipProbability" "precipType" "temperature" "apparentTemperature" "dewPoint""humidity" "Pressure" "windSpeed" "windGust" "windBearing" "cloudCover" "uvIndex" "Visibility" "ozone"
“hourly” This field defines the hourly climate for 24 hours data at the instant when the user request. Object "data" "time" "summary" "nearestStormDistance" "precipIntensity" "precipProbability" "precipType" "temperature" "apparentTemperature" "dewPoint" "humidity" "Pressure" "windSpeed" "windGust" "windBearing" "cloudCover" "uvIndex" "Visibility" "ozone"
“daily” This field defines the daily climate data for a week at the instant when the user request. Object "data" “time” "sunriseTime" "sunsetTime" "moonPhase" "precipIntensity" "precipIntensityMax" "precipIntensityMaxTime" "precipProbability" "precipType" "temperatureHigh" "temperatureHighTime" "temperatureLow" "temperatureLowTime" "apparentTemperatureHigh" "apparentTemperatureHighTime" "apparentTemperatureLow" "apparentTemperatureLowTime" "dewPoint" "humidity" "pressure" "windSpeed" "windGust" "windGustTime" "windBearing" "cloudCover" "uvIndex" "uvIndexTime" "visibility" "ozone" "temperatureMin" "temperatureMinTime" "temperatureMax" "temperatureMaxTime" "apparentTemperatureMin" "apparentTemperatureMinTime" "apparentTemperatureMax" "apparentTemperatureMaxTime"
“time” This field defines the timezone. String
“icon” It suitable for selecting an icon for display. Object "clear-day" "clear-nigh" "rain" "snow" "sleet" "wind" "fog" "cloudy" "partly-cloudy-day" "partly-cloudy-night"
“summary” This field defines the summary of the climate. String
“nearestStormDistance” This field defines the near storm distance. Float Kilometers
“precipIntensity” This field defines precipitation Intensity. Float Millimeters per hour
“precipIntensityMax” This defines maximum precipitation. Float Millimeters per hour.
“precipAccumulation” This field defines Accumulation precipitation. Float Centimeters
“precipType” This will define the precipitation type. String "Rain
Snow"
“precipProbability” This field defines the probability of precipitation Float Ranges between 0 to 1
“temperature” This field defines the temperature. Float Degrees Celsius
“temperatureMax” This field defines the maximum Temperature. Float Degrees Celsius.
“temperatureMin” This field defines the minimum Temperature. Float Degrees Celsius
“apparentTemperature” This field defines the Accumulation Temperature. Float Degrees Celsius
“dewPoint” This field defines the dewPoint. Float Degrees Celsius
“windSpeed” This field defines the wind speed. Float Meters per second.
“pressure” This field defines the pressure. Float Hectopascals
“cloudCover” This field defines the cloud cover. Float Ranges between 0 to 1
“uvIndex” This field defines the Float
“visibility” This field defines the dew visibility. Float Kilometers
“ozone” This field defines the ozone.

Processing Status

Description:

This API will give the current status of the Subscription. It will show the status of cloud covered the polygon or not. If the date image have being covered by covered by cloud then “cloud” value will be true. And server will skip to process this date data and the processing status will update to true.

URL: /status/:id

Method: GET

Request Parameters:

Name Description Format
“id” Define the subscription id need to retrieve. String

Response:

Name Description Format Available Options
“data” This consists of the request body for the subscription Object “timeSpan” ”cloudTolerance” “Provider” “Models” ”nitrogen”
“numImages” This field field defines the number of images for the date range. Integer "-1 : Search function was still inprogress 0: no image found in requested date range.<= 1 : number of available images"
“_id” This field will give the subscriptionid. String
“relationship” This field will give the fieldid. String
“datelist” This was an array with list of available dates. Array statuslist
“statuslist” This was an array with list of available adapters. Array "Adaptor,
processstatus"
“adaptor” This will be give the adapter. String """Download"" ""SVI"" ""PNG"" ""Shp"" ""Isoxml"" ""ZoningKNN"" ""Nitrogenrecom"""
“processstatus” This will define the weather adapter was complete or not. Boolean "true
false"
“timestamp” This will define the when the adapter completed Timestamp
“cloud” This will define the cloud covered the polygon or not Boolean "true false"
“filedate” This will define available date. Date

NDWI (water stress)

i. Description

Based on the satellite band data to process the water stress for the earth surface. This index will monitor the water stress in the vegetation for the planthealth.

ii. Subscription

Description:

The API endpoint will process the NDWI for all available dates.

URL: /subscription/ndwi

Method: POST

Request Body:

Name Description Format Available Options
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud cover tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable. Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available String "“landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”"
“models” Define the type of vegetation index you want. NDVI and MSAVI2 are the indices currently available through the API. RGB image of the field is also available. String “ndwi”
“relationship” "Define the relationship of the field it must be the same as the ‘_id’of the response of theField Data" String
Response Body:
Name Description Format
“timeSpan” Define the period in which the API should extract all the satellite images available for that period Object
“startAt” Define the first date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“endAt” Define the last date of the period when the satellite images should be selected Date(YYYY-MM-DD)
“cloudTolerance” Define the percentage of cloud tolerated. The higher the percentage the higher risk the fields will be covered by cloud. Generally, 20% is recommended, but thanks to our proprietary cloud removal algorithm more raw images can be exploited, so 30% is also acceptable. Object
“min” Define the minimum cloud percentage for the request. Default it was 0. Number
“max” Define the minimum cloud percentage for the request. Default it was 20.. Number
“provider” Date from different satellite providers can be used. At this stage, Landsat and Sentinel 2 data are available. String
“models” Define the type of index you want. NDWI is the indices currently available through the API. RGB image of the field is also available. String
“relationship” "Define the relationship of the field it must be the same as the ‘_id’of the response of theField Data" String

iii. Fetch All

Description:

The API endpoint will process the NDWI for all available dates.

URL: /fetch/ndwi/id/{id}/satellite/{satellite}

Method: GET

Request Parameters:

Name Description Format Available Options
“id ” Define the field id need to retrieve. String
“satellite” Define the type of Satellite type need to retrieve String “landsat-pds” “sentinel-s2-l1c” “sentinel-s2-l2a”

Response:

Name Description Format
“properties ” Define the center and bbox of the field. Object
“bbox” Define the bounding box of the field. Array
“center” Define the type of index need to retrieve. Array
“colorlegend” Define the url of color legend. URL
“output” Define the output formats of the plant health. Object
“tif” Fetch the all available tif files in an array. Array
“png” Fetch the all available png files in an array. Array

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