Struct WeatherData

pub struct WeatherData {

    pub timestamp: Vec<DateTime<FixedOffset>>,
    pub flags: Vec<String>,
    pub dry_bulb_temperature: Vec<f64>,
    pub dew_point_temperature: Vec<f64>,
    pub relative_humidity: Vec<f64>,
    pub atmospheric_pressure: Vec<f64>,
    pub extraterrestrial_horizontal_radiation: Vec<f64>,
    pub extraterrestrial_direct_normal_radiation: Vec<f64>,
    pub horizontal_infrared_radiation_intensity: Vec<f64>,
    pub global_horizontal_radiation: Vec<f64>,
    pub direct_normal_radiation: Vec<f64>,
    pub diffuse_horizontal_radiation: Vec<f64>,
    pub global_horizontal_illuminance: Vec<f64>,
    pub direct_normal_illuminance: Vec<f64>,
    pub diffuse_horizontal_illuminance: Vec<f64>,
    pub zenith_luminance: Vec<f64>,
    pub wind_direction: Vec<f64>,
    pub wind_speed: Vec<f64>,
    pub total_sky_cover: Vec<f64>,
    pub opaque_sky_cover: Vec<f64>,
    pub visibility: Vec<f64>,
    pub ceiling_height: Vec<f64>,
    pub present_weather_observation: Vec<bool>,
    pub present_weather_codes: Vec<PresentWeather>,
    pub precipitable_water: Vec<f64>,
    pub aerosol_optical_depth: Vec<f64>,
    pub snow_depth: Vec<f64>,
    pub days_since_last_snowfall: Vec<f64>,
    pub albedo: Vec<f64>,
    pub liquid_precipitation_depth: Vec<f64>,
    pub liquid_precipitation_quantity: Vec<f64>,
}

EPW weather data

The weather data from the file is provided in a column-oriented format for efficient analysis. This library uses the convention of inserting NaN when a value is not available, rather than using the in-band magic numbers (e.g. 999) to signify missing data.

Fields

timestamp: Vec<DateTime<FixedOffset>>

Timestamps for the weather data samples

flags: Vec<String>

Data Source and validity flags. The format is not documented

dry_bulb_temperature: Vec<f64>

Dry bulb temperature in °C

dew_point_temperature: Vec<f64>

Dew point temperature in °C

relative_humidity: Vec<f64>

Relative humidity in % [0-100]

atmospheric_pressure: Vec<f64>

Atmospheric pressure in Pascals

extraterrestrial_horizontal_radiation: Vec<f64>

Extraterrestrial Horizontal Radiation in Wh/m²

extraterrestrial_direct_normal_radiation: Vec<f64>

Extraterrestrial Direct Normal Radiation in Wh/m²

horizontal_infrared_radiation_intensity: Vec<f64>

Horizontal Infrared Radiation in Wh/m²

global_horizontal_radiation: Vec<f64>

Glob al Horizontal Radiation in Wh/m²

direct_normal_radiation: Vec<f64>

Direct Normal Radiation in Wh/m²

diffuse_horizontal_radiation: Vec<f64>

Diffuse Horizontal Radiation in Wh/m²

global_horizontal_illuminance: Vec<f64>

Global Horizontal Illuminance in lux

direct_normal_illuminance: Vec<f64>

Direct Normal Illuminance in lux

diffuse_horizontal_illuminance: Vec<f64>

Diffuse Horizontal Illuminance in lux

zenith_luminance: Vec<f64>

Zenith Luminance in Cd/m²

wind_direction: Vec<f64>

Wind direction in degrees [0-360]

wind_speed: Vec<f64>

Wind speed in m/s

total_sky_cover: Vec<f64>

Total sky cover

opaque_sky_cover: Vec<f64>

Opaque sky cover

visibility: Vec<f64>

Visibility in km

ceiling_height: Vec<f64>

Ceiling height in m

present_weather_observation: Vec<bool>

Whether present weather should be taken from the following field

present_weather_codes: Vec<PresentWeather>

Present weather

precipitable_water: Vec<f64>

Precipitable water in mm

aerosol_optical_depth: Vec<f64>

Aerosol optical depth in thousandths

snow_depth: Vec<f64>

Snow depth in cm

days_since_last_snowfall: Vec<f64>

Days since last snowfall

albedo: Vec<f64>

Albedo

liquid_precipitation_depth: Vec<f64>

Liquid precipitation depth in mm

liquid_precipitation_quantity: Vec<f64>

Liquid precipitation quantity in hours

Trait Implementations

impl Debug for WeatherData

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.