pirateweather 1.0.1

The Pirate Weather API wrapper

Pirate Weather Python

This library for the Pirate Weather API which is an alternative to the deprecated DarkSky API, and provides access to detailed weather information from around the globe.

Now supporting Pirate Weather API v2.8+ with new data fields including smoke levels, solar radiation, fire indices, and detailed precipitation breakdowns.

• Installation
• Get started
• New Features
• Contact us
• License

This library was made by updating the darksky library by Detrous so all credits go to them.

Installation

pip3 install pirateweather

Get started

Before you start using this library, you need to get your API key here.

Notes on functionality

The Pirate Weather timemachine data is limited in availability, it is only possible to fetch data about 1-2 months ago. For recent historical weather data use the get_recent_time_machine_forecast which will have data from about 1-5 days prior. Unfortunately, at the time of writing this it is not possible to get data from 2 weeks ago for example.

All classes are fully annotated, source code is your best doc : )

Use of synchronous client:

from pirate_weather.api import PirateWeather
from pirate_weather.types.languages import Languages
from pirate_weather.types.units import Units
from pirate_weather.types.weather import Weather

API_KEY = "0123456789"
pirate_weather = PirateWeather(API_KEY)

latitude = 42.3601
longitude = -71.0589
forecast = pirate_weather.get_forecast(
    latitude, longitude,
    extend=False,  # default `False`
    lang=Languages.ENGLISH,  # default `ENGLISH`
    values_units=Units.AUTO,  # default `auto`
    exclude=[Weather.MINUTELY, Weather.ALERTS],  # default `[]`,
    timezone='UTC'  # default None - will be set by Pirate Weather API automatically
)

Use of synchronous timemachine client:

from pirate_weather.api import PirateWeather
from pirate_weather.types.languages import Languages
from pirate_weather.types.units import Units
from pirate_weather.types.weather import Weather
from datetime import datetime as dt

API_KEY = "0123456789"
pirate_weather = PirateWeather(API_KEY)
t = dt(2022, 5, 6, 12)

latitude = 42.3601
longitude = -71.0589
forecast = pirate_weather.get_time_machine_forecast(
    latitude, longitude,
    extend=False,  # default `False`
    lang=Languages.ENGLISH,  # default `ENGLISH`
    values_units=Units.AUTO,  # default `auto`
    exclude=[Weather.MINUTELY, Weather.ALERTS],  # default `[]`,
    timezone='UTC',  # default None - will be set by Pirate Weather API automatically
    time=t
)

Use of synchronous client getting recent timemachine data:

from pirate_weather.api import PirateWeather
from pirate_weather.types.languages import Languages
from pirate_weather.types.units import Units
from pirate_weather.types.weather import Weather
from datetime import datetime as dt

API_KEY = "0123456789"
pirate_weather = PirateWeather(API_KEY)
t = dt(2023, 4, 4)

latitude = 42.3601
longitude = -71.0589
forecast = pirate_weather.get_recent_time_machine_forecast(
    latitude, longitude,
    extend=False,  # default `False`
    lang=Languages.ENGLISH,  # default `ENGLISH`
    values_units=Units.AUTO,  # default `auto`
    exclude=[Weather.MINUTELY, Weather.ALERTS],  # default `[]`,
    timezone='UTC',  # default None - will be set by Pirate Weather API automatically
    time=t
)

Use of asynchronous client:

from pirate_weather.api import PirateWeatherAsync
from pirate_weather.types.languages import Languages
from pirate_weather.types.units import Units
from pirate_weather.types.weather import Weather

import asyncio
import aiohttp


async def main(api_key):
    async with aiohttp.ClientSession() as session:
        pirate_weather = PirateWeatherAsync(api_key)

        latitude = 42.3601
        longitude = -71.0589
        forecast = await pirate_weather.get_forecast(
            latitude, longitude,
        extend=False,  # default `False`
        lang=Languages.ENGLISH,  # default `ENGLISH`
        values_units=Units.AUTO,  # default `auto`
        exclude=[Weather.MINUTELY, Weather.ALERTS],  # default `[]`,
        timezone='UTC',  # default None - will be set by Pirate Weather API automatically
         client_session=session  # default aiohttp.ClientSession()
        )

api_key = "0123456789"
asyncio.run(main(api_key))

New Features

API v2.8+ Support

This library now supports all Pirate Weather API v2.8+ fields:

New Weather Data Fields:

• smoke - Air quality smoke levels (µg/m³)
• solar - Solar radiation (W/m²)
• feelsLike - Apparent temperature based on wind and humidity
• cape - Convective Available Potential Energy
• fireIndex - Fire weather index
• liquidAccumulation, snowAccumulation, iceAccumulation - Precipitation by type
• rainIntensity, snowIntensity, iceIntensity - Intensity by precipitation type
• currentDayIce, currentDayLiquid, currentDaySnow - Accumulations for the current day
• dawnTime, duskTime - Civil twilight times

New Metadata Fields:

• sourceTimes - Model update timestamps
• sourceIDX - Grid coordinates for each model
• version - API version
• processTime - Request processing time
• ingestVersion - Data ingest version
• nearestCity, nearestCountry, nearestSubNational - Location information

Day/Night Forecast Block:

The library now supports the optional day_night forecast block which provides 12-hour forecast periods:

forecast = pirate_weather.get_forecast(latitude, longitude)

# Access day/night forecast data
for period in forecast.day_night.data:
    print(f"Time: {period.time}, Temp: {period.temperature}, Smoke: {period.smoke}")

Example accessing new fields:

forecast = pirate_weather.get_forecast(latitude, longitude)

# Current conditions with new fields
print(f"Current smoke level: {forecast.currently.smoke} µg/m³")
print(f"Solar radiation: {forecast.currently.solar} W/m²")
print(f"Feels like: {forecast.currently.feels_like}°")
print(f"Fire index: {forecast.currently.fire_index}")

# Hourly forecasts with precipitation breakdowns
for hour in forecast.hourly.data:
    if hour.rain_intensity > 0:
        print(f"Rain intensity: {hour.rain_intensity} mm/h")
    if hour.snow_intensity > 0:
        print(f"Snow intensity: {hour.snow_intensity} cm/h")

# Daily forecasts with new max fields
for day in forecast.daily.data:
    print(f"Max smoke: {day.smoke_max} at {day.smoke_max_time}")
    print(f"Max solar: {day.solar_max} at {day.solar_max_time}")
    print(f"Dawn: {day.dawn_time}, Dusk: {day.dusk_time}")

# Metadata
print(f"API Version: {forecast.flags.version}")
print(f"Nearest City: {forecast.flags.nearest_city}")
print(f"Process Time: {forecast.flags.process_time}ms")

License.

Library is released under the MIT License.