Files
opensprinkler-weather/types.ts

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TypeScript

/** Geographic coordinates. The 1st element is the latitude, and the 2nd element is the longitude. */
export type GeoCoordinates = [number, number];
export interface TimeData {
/** The UTC offset, in minutes. This uses POSIX offsets, which are the negation of typically used offsets
* (https://github.com/eggert/tz/blob/2017b/etcetera#L36-L42).
*/
timezone: number;
/** The time of sunrise, in minutes from UTC midnight. */
sunrise: number;
/** The time of sunset, in minutes from UTC midnight. */
sunset: number;
}
export interface WeatherData {
/** The current temperature (in Fahrenheit). */
temp: number;
/** The current humidity (as a percentage). */
humidity: number;
/** The current wind speed (in miles per hour). */
wind: number;
/** A human-readable description of the weather. */
description: string;
/** An icon ID that represents the current weather. This will be used in http://openweathermap.org/img/w/<ICON_ID>.png */
icon: string;
region: string;
city: string;
/** The forecasted minimum temperature for the current day (in Fahrenheit). */
minTemp: number;
/** The forecasted minimum temperature for the current day (in Fahrenheit). */
maxTemp: number;
/** The forecasted total precipitation for the current day (in inches). */
precip: number;
forecast: WeatherDataForecast[]
}
/** The forecasted weather for a specific day in the future. */
export interface WeatherDataForecast {
/** The forecasted minimum temperature for this day (in Fahrenheit). */
temp_min: number;
/** The forecasted maximum temperature for this day (in Fahrenheit). */
temp_max: number;
/** The timestamp of the day this forecast is for (in Unix epoch seconds). */
date: number;
/** An icon ID that represents the weather at this forecast window. This will be used in http://openweathermap.org/img/w/<ICON_ID>.png */
icon: string;
/** A human-readable description of the weather. */
description: string;
}
/**
* Data from a 24 hour window that is used to calculate how watering levels should be scaled. This should ideally use
* historic data from the past day, but may also use forecasted data for the next day if historical data is not
* available.
*/
export interface WateringData {
/** The average temperature over the window (in Fahrenheit). */
temp: number;
/** The average humidity over the window (as a percentage). */
humidity: number;
/** The total precipitation over the window (in inches). */
precip: number;
/** A boolean indicating if it is raining at the time that this data was retrieved. */
raining: boolean;
}
export interface AdjustmentOptions {
/** Base humidity (as a percentage). */
bh?: number;
/** Base temperature (in Fahrenheit). */
bt?: number;
/** Base precipitation (in inches). */
br?: number;
/** The percentage to weight the humidity factor by. */
h?: number;
/** The percentage to weight the temperature factor by. */
t?: number;
/** The percentage to weight the precipitation factor by. */
r?: number;
/** The rain delay to use (in hours). */
d?: number;
}
export interface WeatherProvider {
/**
* Retrieves weather data necessary for watering level calculations.
* @param coordinates The coordinates to retrieve the watering data for.
* @return A Promise that will be resolved with the WateringData if it is successfully retrieved,
* or resolved with undefined if an error occurs while retrieving the WateringData.
*/
getWateringData( coordinates : GeoCoordinates ): Promise< WateringData >;
/**
* Retrieves the current weather data for usage in the mobile app.
* @param coordinates The coordinates to retrieve the weather for
* @return A Promise that will be resolved with the WeatherData if it is successfully retrieved,
* or resolved with undefined if an error occurs while retrieving the WeatherData.
*/
getWeatherData( coordinates : GeoCoordinates ): Promise< WeatherData >;
}