Retrieve interpolated forecasts for arbitrary geographic coordinates. This endpoint provides estimated weather forecasts at individual locations by interpolating values from the underlying gridded model output.
Unlike the dynamic point forecast endpoint, which uses WindBorne’s custom modeling for higher accuracy, this endpoint generates values through spatial interpolation of the grid.
A model parameter must be provided to specify which weather model's forecast to retrieve. You can find a list of available models here.
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100 | lat,lon;lat,lon;... |
| variable Optional | Specific model variable to interpolate instead of the default variable set. Use the Variables endpoint to list what's available. Specify a surface variable (e.g., temperature_2m) or combine with level for upper-level variables (e.g., temperature at 500 hPa). | string |
| level Optional | Pressure level in hectopascals for upper-level variables. | number |
| include_distribution Optional | If true, adds percentiles, standard deviation, and thresholds to the output. Requires variable to be set to a single variable. Default: false. | boolean |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100 Coordinates must fall within the model's bounding box. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100. Longitude uses the -180 to 180 convention. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100. Longitude uses the -180 to 180 convention. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100. Longitude uses the -180 to 180 convention. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100. Longitude uses the -180 to 180 convention. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100. Longitude uses the -180 to 180 convention. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Description | Format |
|---|---|---|
| coordinates Required | A semi-colon separated list of latitude,longitude tuples, e.g., 37,-121;40.3,-100. Longitude uses the -180 to 180 convention. | lat,lon;lat,lon;... |
| min_forecast_time Optional | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time Optional | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. | YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour Optional | The minimum forecast hour to calculate point forecasts for. | - |
| max_forecast_hour Optional | The maximum forecast hour to calculate point forecasts for. | - |
| initialization_time Optional | An ISO 8601 date string representing the time at which the forecast was made. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. | YYYY-MM-DDThh:mm:ssZ |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to wm-6 . |
| -v --variable Optional | string | Specific model variable to interpolate instead of the default variable set. Use the Variables endpoint to list what's available. Specify a surface variable (e.g., temperature_2m) or combine with --level for upper-level variables (e.g., temperature at 500 hPa). |
| -l --level Optional | number | Pressure level in hectopascals for upper-level variables. |
| --include-distribution Optional | flag | If set, adds percentiles, standard deviation, and thresholds to the output. Requires --variable to be set to a single variable. |
| -mt --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. e.g., 37,-121;40.3,-100 Coordinates must fall within the model's bounding box. |
| -m --model | string | Set to wm-6-3km . |
| -mt --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. Longitude uses the -180 to 180 convention. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to wm-4 . |
| -mt --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. Longitude uses the -180 to 180 convention. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to ecmwf-det . |
| -mt --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. Longitude uses the -180 to 180 convention. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to ecmwf-ens . |
| -mt --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. Longitude uses the -180 to 180 convention. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to aifs . |
| -mt --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. Longitude uses the -180 to 180 convention. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to gfs . |
| -mt, --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt, --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh, --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh, --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i, --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates Required | string | A semi-colon separated list of latitude,longitude tuples. Longitude uses the -180 to 180 convention. e.g., 37,-121;40.3,-100 |
| -m --model | string | Set to hrrr . |
| -mt, --min-time Optional | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -xt, --max-time Optional | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| -mh, --min-hour Optional | number | The minimum forecast hour to calculate point forecasts for. |
| -xh, --max-hour Optional | number | The maximum forecast hour to calculate point forecasts for. |
| -i, --init-time Optional | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file Optional | string | The file to which the response will be written. If not provided, the response is printed to stdout. |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to wm-6 . |
| variable | string | Specific model variable to interpolate instead of the default variable set. Use the Variables endpoint to list what's available. Specify a surface variable (e.g., "temperature_2m") or combine with level for upper-level variables (e.g., temperature at 500 hPa). |
| level | number | Pressure level in hectopascals for upper-level variables. |
| include_distribution | boolean | If True, adds percentiles, standard deviation, and thresholds to the output. Requires variable to be set to a single variable. Default: False. |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 Coordinates must fall within the model's bounding box. |
| model | string | Set to wm-6-3km . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to wm-4 . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to ecmwf-det . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to ecmwf-ens . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to aifs . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to gfs . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description |
|---|---|---|
| coordinates | string or array | A list of coordinates. Provide as a list of (lat, lon) tuples, e.g., [(37, -121), (40.3, -100)], or a semicolon-delimited string, e.g., 37,-121;40.3,-100 |
| model | string | Set to hrrr . |
| min_forecast_time | string | An ISO 8601 date string representing the minimum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| max_forecast_time | string | An ISO 8601 date string representing the maximum forecast time to calculate point forecasts for. Supports YYYY-MM-DDThh:mm:ssZ |
| min_forecast_hour | number | The minimum forecast hour to calculate point forecasts for. |
| max_forecast_hour | number | The maximum forecast hour to calculate point forecasts for. |
| initialization_time | string | An ISO 8601 date string representing the time at which the forecast was made. Supports YYYY-MM-DDThh:mm:ssZ. Uses only date, hour and minutes. Seconds are discarded. If omitted, the latest forecast is used. |
| output_file | string | If provided, the response data will be saved to this file. File extension determines format: .csv or .json |
| print_response | boolean | If true, the response data will be printed to stdout. Default: false |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| variable_name | numeric | The value of the variable requested | |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| distribution | object | Ensemble distribution statistics for the variable Only present when include_distribution=true is set with a single variable. | - |
| mean | numeric | Ensemble mean | - |
| std | numeric | Ensemble standard deviation | - |
| , p05 , p10 , p25 , p75 , p90 , p95 , p99 | numeric | Ensemble percentiles | - |
| gt_0p25mm , gt_2p5mm , gt_6mm , gt_12p5mm , gt_25mm , gt_50mm | numeric | Ensemble probability of exceeding the given precipitation threshold Only present for precipitation variables. | - |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation Not a direct model output; returned as null. | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure Not a direct model output; returned as null. | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_speed_10m | numeric | The wind speed at 10m above ground level Calculated from wind_u_10m and wind_v_10m . | m/s |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |
| Name | Type | Description | Format |
|---|---|---|---|
| forecasts | array | An array of forecasts Note: In the same order as the input coordinates | - |
| dewpoint_2m | numeric | The dewpoint at 2m above ground level | ºC |
| latitude | numeric | The latitude of the point, between -90 and 90 | degrees |
| longitude | numeric | The longitude of the point, between -180 and 180 | degrees |
| precipitation | numeric | The hourly precipitation | millimeter |
| pressure_msl | numeric | The pressure as converted to MSL pressure | hectopascals |
| temperature_2m | numeric | The temperature at 2m above ground level | ºC |
| time | string | The ISO 8601 timestamp of when this forecast point is valid | ISO 8601 |
| wind_u_10m | numeric | The U component of wind speed at 10m above ground level | m/s |
| wind_v_10m | numeric | The V component of wind speed at 10m above ground level | m/s |
| initialization_time | string | The ISO 8601 timestamp of the forecast initialization time | ISO 8601 |