--- metadata: - name: generator content: Diplodoc Platform v5.39.6 alternate: - https://yandex.com/dev/weather/doc/en/concepts/spectaql.md - https://yandex.com/dev/weather/doc/ru/concepts/spectaql.md --- > **Documentation Index:** Fetch the complete configuration index at https://yandex.com/dev/weather/doc/en/llms.txt s ## Queries {#group-Operations-Queries} ### serverTime {#query-serverTime} ##### Description

Current time on the server.

##### Response

Returns a Time!

#### Example ##### Query

query serverTime {
  serverTime
}

##### Response

{
  "data": {
    "serverTime": "2022-10-26T12:37:53.528758212+03:00"
  }
}

### serverTimestamp {#query-serverTimestamp} ##### Description

Current time on the server.

##### Response

Returns a Timestamp!

#### Example ##### Query

query serverTimestamp {
  serverTimestamp
}

##### Response

{"data": {"serverTimestamp": "1666778972"}}

### stations {#query-stations} ##### Description

List of weather stations values.

##### Response

Returns [Station!]!

##### Arguments

Name	Description
`minLat` - Float!
`maxLat` - Float!
`minLon` - Float!
`maxLon` - Float!
`language` - Language

#### Example ##### Query

query stations(
  $minLat: Float!,
  $maxLat: Float!,
  $minLon: Float!,
  $maxLon: Float!,
  $language: Language
) {
  stations(
    minLat: $minLat,
    maxLat: $maxLat,
    minLon: $minLon,
    maxLon: $maxLon,
    language: $language
  ) {
    id
    code
    name
    lat
    lon
    time
    timestamp
    cloudiness
    condition
    distance
    feelsLike
    humidity
    icon
    isThunder
    phenomCondition
    phenomIcon
    prec
    precProbability
    precStrength
    precType
    pressure
    temperature
    waterTemperature
    windAngle
    windDirection
    windSpeed
  }
}

##### Variables

{
  "minLat": 47.27319717,
  "maxLat": 47.27319717,
  "minLon": -119.7085724,
  "maxLon": -119.7085724,
  "language": "EN"
}

##### Response

{
  "data": {
    "stations": [
      {
        "id": 987,
        "code": "xyz789",
        "name": "abc123",
        "lat": 47.27319717,
        "lon": -119.7085724,
        "time": "2022-10-26T12:37:53.528758212+03:00",
        "timestamp": "1666778972",
        "cloudiness": "CLEAR",
        "condition": "CLEAR",
        "distance": 123.45,
        "feelsLike": 15,
        "humidity": 82,
        "icon": "skc_d",
        "isThunder": true,
        "phenomCondition": "BLOWING_SNOW",
        "phenomIcon": "skc_d",
        "prec": 10.1,
        "precProbability": 82,
        "precStrength": "ZERO",
        "precType": "NO_TYPE",
        "pressure": 762,
        "temperature": 15,
        "waterTemperature": 10,
        "windAngle": 145,
        "windDirection": "CALM",
        "windSpeed": 3.5
      }
    ]
  }
}

### stationsByTimeRange {#query-stationsByTimeRange} ##### Description

List of weather stations values by time range.

##### Response

Returns [Station!]!

##### Arguments

Name	Description
`request` - PointInput!
`timeRange` - TimeRange!

#### Example ##### Query

query stationsByTimeRange(
  $request: PointInput!,
  $timeRange: TimeRange!
) {
  stationsByTimeRange(
    request: $request,
    timeRange: $timeRange
  ) {
    id
    code
    name
    lat
    lon
    time
    timestamp
    cloudiness
    condition
    distance
    feelsLike
    humidity
    icon
    isThunder
    phenomCondition
    phenomIcon
    prec
    precProbability
    precStrength
    precType
    pressure
    temperature
    waterTemperature
    windAngle
    windDirection
    windSpeed
  }
}

##### Variables

{
  "request": PointInput,
  "timeRange": TimeRange
}

##### Response

{
  "data": {
    "stationsByTimeRange": [
      {
        "id": 123,
        "code": "abc123",
        "name": "abc123",
        "lat": 47.27319717,
        "lon": -119.7085724,
        "time": "2022-10-26T12:37:53.528758212+03:00",
        "timestamp": "1666778972",
        "cloudiness": "CLEAR",
        "condition": "CLEAR",
        "distance": 123.45,
        "feelsLike": 15,
        "humidity": 82,
        "icon": "skc_d",
        "isThunder": false,
        "phenomCondition": "BLOWING_SNOW",
        "phenomIcon": "skc_d",
        "prec": 10.1,
        "precProbability": 82,
        "precStrength": "ZERO",
        "precType": "NO_TYPE",
        "pressure": 762,
        "temperature": 15,
        "waterTemperature": 10,
        "windAngle": 145,
        "windDirection": "CALM",
        "windSpeed": 3.5
      }
    ]
  }
}

### tiles {#query-tiles} ##### Description

Timelines for tiled data for point with lat and lon coordinates.

##### Response

Returns a Tiles!

##### Arguments

Name	Description
`request` - PointInput!

#### Example ##### Query

query tiles($request: PointInput!) {
  tiles(request: $request) {
    humidity {
      steps {
        ...TimelineStepFragment
      }
    }
    prec {
      steps {
        ...TimelineStepFragment
      }
    }
    pressureMm {
      steps {
        ...TimelineStepFragment
      }
    }
    snowDepth {
      steps {
        ...TimelineStepFragment
      }
    }
    soilMoisture {
      steps {
        ...TimelineStepFragment
      }
    }
    soilTemperature {
      steps {
        ...TimelineStepFragment
      }
    }
    surfaceTemperature {
      steps {
        ...TimelineStepFragment
      }
    }
    temperature {
      steps {
        ...TimelineStepFragment
      }
    }
    waterTemperature {
      steps {
        ...TimelineStepFragment
      }
    }
    windSpeed {
      steps {
        ...TimelineStepFragment
      }
    }
  }
}

##### Variables

{"request": PointInput}

##### Response

{
  "data": {
    "tiles": {
      "humidity": 82,
      "prec": 10.1,
      "pressureMm": 762,
      "snowDepth": TilesTimeline,
      "soilMoisture": 20,
      "soilTemperature": 10,
      "surfaceTemperature": 10,
      "temperature": 15,
      "waterTemperature": 10,
      "windSpeed": 3.5
    }
  }
}

### weatherByPoint {#query-weatherByPoint} ##### Description

Weather for a geographical point with lat and lon coordinates.

##### Response

Returns a Weather!

##### Arguments

Name	Description
`request` - PointInput!
`language` - Language

#### Example ##### Query

query weatherByPoint(
  $request: PointInput!,
  $language: Language
) {
  weatherByPoint(
    request: $request,
    language: $language
  ) {
    climate {
      days {
        ...ClimateDayFragment
      }
      weeks {
        ...ClimateWeekFragment
      }
      months {
        ...ClimateMonthFragment
      }
      zone {
        ...ClimateZoneFragment
      }
    }
    forecast {
      days {
        ...ForecastDayFragment
      }
    }
    location {
      altitude
      lat
      lon
      pressureNorm
      timezone {
        ...TimezoneFragment
      }
    }
    now {
      cloudiness
      condition
      daytime
      dewPoint
      feelsLike
      heatIndex
      humidity
      iceAreaFraction
      iceThickness
      icon
      isThunder
      kpIndex
      leafWetnessIndex
      meanSeaLevelPressure
      phenomCondition
      phenomIcon
      pollution {
        ...PollutionFragment
      }
      precProbability
      precStrength
      precType
      pressure
      pressureInHg
      seaCurrentAngle
      seaCurrentDirection
      seaCurrentSpeed
      season
      soilMoisture
      soilTemperature
      space {
        ...SpaceFragment
      }
      swellAngle
      swellDirection
      swellHeight
      swellPeriod
      temperature
      uv
      uvIndex
      visibility
      waterTemperature
      waveAngle
      waveDirection
      waveHeight
      waveMaxHeight
      wavePeriod
      windAngle
      windChill
      windDirection
      windGust
      windSpeed
    }
    nowcast {
      region
      steps {
        ...NowcastTimelineStepFragment
      }
    }
    url
  }
}

##### Variables

{"request": PointInput, "language": "EN"}

##### Response

{
  "data": {
    "weatherByPoint": {
      "climate": Climate,
      "forecast": Forecast,
      "location": Location,
      "now": Now,
      "nowcast": NowcastTimeline,
      "url": "https://yandex.com/weather/london"
    }
  }
}

## Types {#group-Types} ### Boolean {#definition-Boolean} ##### Description

The Boolean scalar type represents true or false.

##### Example

true

### Bounds {#definition-Bounds} ##### Description

Rectangle where data is available.

##### Fields

Field Name	Description
`lat` - BoundsRange!
`lon` - BoundsRange!

##### Example

{"lat": 47.27319717, "lon": -119.7085724}

### BoundsRange {#definition-BoundsRange} ##### Description

The range of coordinates for one of the dimensions.

##### Fields

Field Name	Description
`min` - Float!
`max` - Float!

##### Example

{"min": 123.45, "max": 123.45}

### Climate {#definition-Climate} ##### Description

Average weather statistics for 10 years.

##### Fields

Field Name	Description
`days` - [ClimateDay!]!	Statistics grouped by day.
Arguments `offset` - Int Allows you to skip N entries. `limit` - Int Allows you to limit the number of entries returned. In a leap year, 366 days will be returned. `loop` - Boolean Allows you to loop records. After December 31, it will be followed by January 1.
`weeks` - [ClimateWeek!]!	Statistics grouped by week.
Arguments `offset` - Int Allows you to skip N entries. `limit` - Int Allows you to limit the number of entries returned. It always returns no more than 48 possible weeks in a year. `loop` - Boolean Allows you to loop records. After last week of the year, it will be followed by first week.
`months` - [ClimateMonth!]!	Statistics grouped by month.
Arguments `offset` - Int Allows you to skip N entries. `limit` - Int Allows you to limit the number of entries returned. It always returns no more than 12 possible months in a year. `loop` - Boolean Allows you to loop records. After December, it will be followed by January.
`zone` - ClimateZone!	Climate zone description.

##### Example

{
  "days": [ClimateDay],
  "weeks": [ClimateWeek],
  "months": [ClimateMonth],
  "zone": ClimateZone
}

### ClimateDay {#definition-ClimateDay} ##### Description

Statistics for one day.

##### Fields

Field Name	Description
`cloudiness` - Cloudiness!	Average cloudiness for this day.
`condition` - Condition!	The general weather condition that fits to `cloudiness`, `precStrength` and `precType`.
`feelsLike` - Int!	The same temperature values may be perceived differently depending on humidity, wind strength, and ultraviolet radiation. `feelsLike` shows how comfortable the weather conditions are, taking into account all these factors.
Arguments `unit` - TemperatureUnit
`humidity` - Int!	The percentage of the mass fraction of water vapor in the air to the maximum possible at the current temperature. Contains the average value for this day.
`icon` - Url!	Icon describing the general weather condition for this day. Fits to the `cloudiness`, `precStrength` and `precType`.
Arguments `format` - IconFormat! `theme` - IconTheme
`maxDayTemperature` - Int!	The highest temperature for this day.
Arguments `unit` - TemperatureUnit
`maxWindSpeed` - Float!	The highest wind speed for this day.
Arguments `unit` - WindSpeedUnit
`minNightTemperature` - Int!	The lowest temperature for this day.
Arguments `unit` - TemperatureUnit
`minWindSpeed` - Float!	The lowest wind speed for this day.
Arguments `unit` - WindSpeedUnit
`prec` - Float!	Total amount of precipitation in this day. Measured in millimeters.
`precProbability` - Float!	The probability of precipitation for this day. Possible values are in `[0, 1]`.
`precStrength` - PrecStrength!	The highest strength of precipitation for this day.
`precType` - PrecType!	Precipitation corresponding to the precipitation strength.
`pressure` - Int!	Atmospheric pressure for this day.
Arguments `unit` - PressureUnit
`waterTemperature` - Int	The water surface temperature for this day. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`windAngle` - Int!	The angle of the wind direction in degrees.
`windDirection` - WindDirection!	Average wind direction for this day.

##### Example

{
  "cloudiness": "CLEAR",
  "condition": "CLEAR",
  "feelsLike": 15,
  "humidity": 82,
  "icon": "skc_d",
  "maxDayTemperature": 15,
  "maxWindSpeed": 3.5,
  "minNightTemperature": 15,
  "minWindSpeed": 3.5,
  "prec": 10.1,
  "precProbability": 82,
  "precStrength": "ZERO",
  "precType": "NO_TYPE",
  "pressure": 762,
  "waterTemperature": 10,
  "windAngle": 145,
  "windDirection": "CALM"
}

### ClimateMonth {#definition-ClimateMonth} ##### Description

Statistics for one month.

##### Fields

Field Name	Description
`avgDayTemperature` - Int!	Average daily temperature for this month.
Arguments `unit` - TemperatureUnit
`humidity` - Int!	The percentage of the mass fraction of water vapor in the air to the maximum possible at the current temperature. Contains the average value for this month.
`maxDayTemperature` - Int!	The highest daily temperature for this month.
Arguments `unit` - TemperatureUnit
`minNightTemperature` - Int!	The lowest night temperature for this month.
Arguments `unit` - TemperatureUnit
`overcastDays` - Int!	The number of cloudy days for this month.
`prec` - Float!	Total amount of precipitation for this month. Measured in millimeters.
`precDays` - Int!	The number of days with precipitation for this month.
`pressure` - Int!	Average atmospheric pressure for this month.
Arguments `unit` - PressureUnit
`sunnyDays` - Int!	Number of sunny days for this month.
`waterTemperature` - Int	Average water surface temperature for this month. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`windAngle` - Int!	Average angle of the wind direction in degrees.
`windDirection` - WindDirection!	Average wind direction for this month.
`windSpeed` - Float!	Average wind speed for this month.
Arguments `unit` - WindSpeedUnit

##### Example

{
  "avgDayTemperature": 15,
  "humidity": 82,
  "maxDayTemperature": 15,
  "minNightTemperature": 15,
  "overcastDays": 10,
  "prec": 10.1,
  "precDays": 10,
  "pressure": 762,
  "sunnyDays": 10,
  "waterTemperature": 10,
  "windAngle": 145,
  "windDirection": "CALM",
  "windSpeed": 3.5
}

### ClimateWeek {#definition-ClimateWeek} ##### Description

Statistics for one week.

##### Fields

Field Name	Description
`maxDayTemperature` - Int!	The highest daily temperature for this week.
Arguments `unit` - TemperatureUnit
`maxWindSpeed` - Float!	The highest wind speed for this week.
Arguments `unit` - WindSpeedUnit
`minNightTemperature` - Int!	The lowest night temperature for this week.
Arguments `unit` - TemperatureUnit
`prec` - Float!	Total amount of precipitation for this week. Measured in millimeters.
`strongPrecDays` - Int!	Days of this week with heavy precipitation.
`sunnyDays` - Int!	Number of sunny days for this week.
`veryStrongPrecDays` - Int!	Days of this week with very heavy precipitation.
`verySunnyDays` - Int!	Number of very sunny days for this week.
`waterTemperature` - Int	Average water surface temperature for this week. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`windAngle` - Int!	Average angle of the wind direction in degrees.
`windDirection` - WindDirection!	Average wind direction for this week.
`windSpeed` - Float!	Average wind speed for this week.
Arguments `unit` - WindSpeedUnit

##### Example

{
  "maxDayTemperature": 15,
  "maxWindSpeed": 3.5,
  "minNightTemperature": 15,
  "prec": 10.1,
  "strongPrecDays": 10,
  "sunnyDays": 10,
  "veryStrongPrecDays": 10,
  "verySunnyDays": 10,
  "waterTemperature": 10,
  "windAngle": 145,
  "windDirection": "CALM",
  "windSpeed": 3.5
}

### ClimateZone {#definition-ClimateZone} ##### Description

Climate zone description. Read more: https://koeppen-geiger.vu-wien.ac.at/present.htm

##### Fields

Field Name	Description
`code` - ClimateZoneCode!
`description` - String!

##### Example

{"code": "None", "description": "abc123"}

### ClimateZoneCode {#definition-ClimateZoneCode} ##### Description

Represents codes of climate zones. See more here https://koeppen-geiger.vu-wien.ac.at/present.htm

##### Values

Enum Value	Description
`None`
`Af`
`Am`
`Aw`
`BWh`
`BWk`
`BSh`
`BSk`
`Csa`
`Csb`
`Csc`
`Cwa`
`Cwb`
`Cwc`
`Cfa`
`Cfb`
`Cfc`
`Dsa`
`Dsb`
`Dsc`
`Dsd`
`Dwa`
`Dwb`
`Dwc`
`Dwd`
`Dfa`
`Dfb`
`Dfc`
`Dfd`
`ET`
`EF`

##### Example

"None"

### Cloudiness {#definition-Cloudiness} ##### Description

Represents the state of cloudiness. In ascending order: CLEAR – minimum, OVERCAST – maximum.

##### Values

Enum Value	Description
`CLEAR`	0 oktas.
`PARTLY`	1-2 oktas.
`SIGNIFICANT`	3-4 oktas.
`CLOUDY`	5-7 oktas.
`OVERCAST`	8 oktas.

##### Example

"CLEAR"

### CloudinessWithHeight {#definition-CloudinessWithHeight} ##### Description

Response of cloudinessOnHeight function.

##### Fields

Field Name	Description
`cloudiness` - Int!	Cloudiness at the provided height.
`height` - Int!	The closest to the specified height.

##### Example

{"cloudiness": 123, "height": 123}

### Condition {#definition-Condition} ##### Description

Represents the general weather conditions.

##### Values

Enum Value	Description
`CLEAR`
`PARTLY_CLOUDY`
`CLOUDY`
`OVERCAST`
`LIGHT_RAIN`
`RAIN`
`HEAVY_RAIN`
`SHOWERS`
`SLEET`
`LIGHT_SNOW`
`SNOW`
`SNOWFALL`
`HAIL`
`THUNDERSTORM`
`THUNDERSTORM_WITH_RAIN`
`THUNDERSTORM_WITH_HAIL`

##### Example

"CLEAR"

### Datum {#definition-Datum} ##### Description

Supported datum options. https://tidesandcurrents.noaa.gov/datum_options.html

##### Values

Enum Value	Description
`MSL`
`LAT`
`MLLW`

##### Example

"MSL"

### Daypart {#definition-Daypart} ##### Description

Aggregations for one time of day. Be careful, some of the fields may be skipped.

##### Fields

Field Name	Description
`avgTemperature` - Int!	Average temperature value for this time of day.
Arguments `unit` - TemperatureUnit
`cloudiness` - Cloudiness!	Average cloudiness for this time of day.
`condition` - Condition!	The general weather condition that fits to `cloudiness`, `precStrength` and `precType`.
`daytime` - Daytime!	Indicates the presence of the sun most of the time during the aggregation period.
`feelsLike` - Int!	The same temperature values may be perceived differently depending on humidity, wind strength, and ultraviolet radiation. `feelsLike` shows how comfortable the weather conditions are, taking into account all these factors.
Arguments `unit` - TemperatureUnit
`freshSnow` - Float!	Amount of fresh snow in this time of day. Units: `mm` Possible values: `[0, +Infinity)`
`humidity` - Int!	The percentage of the mass fraction of water vapor in the air to the maximum possible at the current temperature. Contains the average value for time of day. Units: `%` Possible values: `[0, 100]`
`iceAreaFraction` - Float	Sea ice area fraction. Possible values: `[0, 1]`
`iceThickness` - Float	Ice thickness. Units: `m` Possible values: `[0, +Infinity)`
`icon` - Url!	Icon describing the general weather condition. Fits to the `cloudiness`, `precStrength` and `precType`.
Arguments `format` - IconFormat! `theme` - IconTheme
`leafWetnessPercent` - Int	What percentage of the daypart leafWetnessIndex is equal to true.
`maxDewPoint` - Float	Highest dew point value for this time of day.
Arguments `unit` - TemperatureUnit
`maxKpIndex` - Float	Max planetary K-index for this time of day. If `gScale` true scale K-index to NOAA Space Weather Scales. More information about G-Scale: https://www.swpc.noaa.gov/noaa-scales-explanation Possible values: `[0, 5] if gScale else [0, 9]`
Arguments `gScale` - Boolean
`maxSoilTemperature` - Int	Highest soil temperature at a depth of 7 cm.
Arguments `unit` - TemperatureUnit
`maxTemperature` - Int!	Highest temperature value for this time of day.
Arguments `unit` - TemperatureUnit
`meanSeaLevelPressure` - Int!	Atmospheric pressure on mean sea level for this time of day.
Arguments `unit` - PressureUnit
`minSoilTemperature` - Int	Lowest soil temperature at a depth of 7 cm.
Arguments `unit` - TemperatureUnit
`minTemperature` - Int!	Lowest temperature value for this time of day.
Arguments `unit` - TemperatureUnit
`phenomCondition` - PhenomCondition	Current phenomenon. Skipped when weather conditions are normal.
`phenomIcon` - Url	Icon of the phenomenon. Skipped when weather conditions are normal.
Arguments `format` - IconFormat! `theme` - IconTheme
`pollution` - PollutionDaypart	Atmospheric composition forecast for this time of day.
`prec` - Float!	Total amount of precipitation in this time of day. Units: `mm` Possible values: `[0, +Infinity)`
`precProbability` - Float	The probability of precipitation for this time of day. Possible values: `[0, 1]`
`precStrength` - PrecStrength!	Highest strength of precipitation for this time of day.
`precType` - PrecType!	Precipitation corresponding to the precipitation strength.
`pressure` - Int!	Atmospheric pressure for this time of day.
Arguments `unit` - PressureUnit
`pressureInHg` - Float!	Atmospheric pressure for this time of day in inHg.
`seaCurrentDirection` - SeaCurrentDirection	Mode of sea current direction from.
`seaCurrentSpeed` - Float	Maximum of sea current speed. Units: `cm/s` Possible values: `[0, +Infinity)`
`soilMoisture` - Float	Median fraction of all soil moisture to dry soil. Possible values: `[0, 1]`
`soilTemperature` - Int	Median soil temperature at a depth of 7 cm.
Arguments `unit` - TemperatureUnit
`swellDirection` - SwellDirection	Mode of swell wave direction from.
`swellHeight` - Float	Average spectral significant primary swell wave height Units: `m` Possible values: `[0, +Infinity)`
`swellPeriod` - Int	Average spectral moments (0,1) primary swell wave period Units: `s` Possible values: `[0, +Infinity)`
`temperature` - Int!	Contains the temperature value that is more suitable for this time of day.
Arguments `unit` - TemperatureUnit
`uvIndex` - Int	The level of solar radiation on the Earth's surface. Possible values: `[0, 11]`
`visibility` - Int	Visibility for this time of day. Units: `m` Possible values: `[0, 10000]`
`waterTemperature` - Int	Highest water surface temperature for this time of day. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`waveAngle` - Int	The angle in which the primary wave is moving. Units: `°` Possible values: `[0, 359]`
`waveDirection` - WaveDirection	The direction in which the primary wave is moving.
`waveHeight` - Float	Significant height of combined wind waves and swell surface. Units: `m` Possible values: `[0, +Infinity)`
`waveMaxHeight` - Float	Maximum height of combined wind waves and swell surface. Units: `m` Possible values: `[0, +Infinity)`
`wavePeriod` - Int	Primary wave mean period surface. Units: `s` Possible values: `[0, +Infinity)`
`windAngle` - Int!	The angle of the wind direction. Units: `°` Possible values: `[0, 359]`
`windDirection` - WindDirection!	Wind direction for this time of day.
`windGust` - Float!	Highest speed of wind gusts for this time of day. Measured in meters per second.
Arguments `unit` - WindSpeedUnit
`windSpeed` - Float!	Highest wind speed for this time of day. Measured in meters per second.
Arguments `unit` - WindSpeedUnit

##### Example

{
  "avgTemperature": 987,
  "cloudiness": "CLEAR",
  "condition": "CLEAR",
  "daytime": "DAY",
  "feelsLike": 15,
  "freshSnow": 10.1,
  "humidity": 82,
  "iceAreaFraction": 987.65,
  "iceThickness": 123.45,
  "icon": "skc_d",
  "leafWetnessPercent": 123,
  "maxDewPoint": 123.45,
  "maxKpIndex": 987.65,
  "maxSoilTemperature": 10,
  "maxTemperature": 15,
  "meanSeaLevelPressure": 123,
  "minSoilTemperature": 10,
  "minTemperature": 15,
  "phenomCondition": "BLOWING_SNOW",
  "phenomIcon": "skc_d",
  "pollution": PollutionDaypart,
  "prec": 10.1,
  "precProbability": 82,
  "precStrength": "ZERO",
  "precType": "NO_TYPE",
  "pressure": 762,
  "pressureInHg": 762,
  "seaCurrentDirection": "CALM",
  "seaCurrentSpeed": 123.45,
  "soilMoisture": 20,
  "soilTemperature": 10,
  "swellDirection": "CALM",
  "swellHeight": 987.65,
  "swellPeriod": 123,
  "temperature": 15,
  "uvIndex": 2,
  "visibility": 987,
  "waterTemperature": 10,
  "waveAngle": 145,
  "waveDirection": "CALM",
  "waveHeight": 20,
  "waveMaxHeight": 20,
  "wavePeriod": 20,
  "windAngle": 145,
  "windDirection": "CALM",
  "windGust": 3.5,
  "windSpeed": 3.5
}

### Dayparts {#definition-Dayparts} ##### Description

Summary for four parts of the day. Use this aggregations when you divide the day into morning, afternoon, evening, and night.

##### Fields

Field Name	Description
`night` - Daypart!	Night aggregations. Be careful, it is the night before the morning of the current day. If you need a night after the evening of the current day, take the night from the next day.
`morning` - Daypart!	Morning aggregations.
`day` - Daypart!	Afternoon aggregations.
`evening` - Daypart!	Evening aggregations.

##### Example

{
  "night": Daypart,
  "morning": Daypart,
  "day": Daypart,
  "evening": Daypart
}

### Daytime {#definition-Daytime} ##### Description

Represents the time of day.

##### Values

Enum Value	Description
`DAY`
`NIGHT`

##### Example

"DAY"

### DustStormStrength {#definition-DustStormStrength} ##### Description

Represents the strength of dust storm.

##### Values

Enum Value	Description
`ZERO`	No risk of dust storm.
`WEAK`	Risk of dust (without storm).
`AVERAGE`	Risk of dust storm.
`STRONG`	Risk of strong dust storm.

##### Example

"ZERO"

### Float {#definition-Float} ##### Description

The Float scalar type represents signed double-precision fractional values as specified by IEEE 754.

##### Example

123.45

### Forecast {#definition-Forecast} ##### Description

The main weather forecast.

##### Fields

Field Name	Description
`days` - [ForecastDay!]!	Forecasts grouped by day.
Arguments `offset` - Int Allows you to skip N entries. `limit` - Int Allows you to limit the number of entries returned.

##### Example

{"days": [ForecastDay]}

### ForecastDay {#definition-ForecastDay} ##### Description

Forecast for one day.

##### Fields

Field Name	Description
`hours` - [ForecastHour!]!	Forecast hours list for this day. Be careful, the size of this list may be less than 24 due to the decreasing frequency of forecasts for distant days.
`kpIndex` - Int	Magnetic field Kp-index (`biomet` in REST). Possible values are in `[0, 9]`. Calculated as maximum of `Daypart.maxKpIndex`.
`moon` - Int!	Moon phase. Possible values: `[0, 15]`
`oceanTideExtremums` - [OceanTideExtremumItem!]	The ocean water level maximums and minimums in day.
Arguments `datum` - Datum
`parts` - Dayparts!	Dayparts aggregations for this day.
`polar` - Daytime	Indicates the polar day or polar night. Skipped when the day is normal.
`summary` - Summary!	Summary aggregations for this day.
`sunrise` - String!	Sunrise time in format `hh:mm`. use `sunriseTime` field
`sunriseTime` - Time!	Sunrise time.
`sunriseTimestamp` - Timestamp!	Sunrise time.
`sunriseBegin` - String!	Start time of the sunrise in format `hh:mm`. use `sunriseBeginTime` field
`sunriseBeginTime` - Time!	Start time of the sunrise.
`sunriseBeginTimestamp` - Timestamp!	Start time of the sunrise.
`sunset` - String!	Sunset time in format `hh:mm`. use `sunsetTime` field
`sunsetTime` - Time!	Sunset time.
`sunsetTimestamp` - Timestamp!	Sunset time.
`sunsetEnd` - String!	End time of the sunset in format `hh:mm`. use `sunsetEndTime` field
`sunsetEndTime` - Time!	End time of the sunset.
`sunsetEndTimestamp` - Timestamp!	End time of the sunset.
`time` - Time!	Start time of the day.
`timestamp` - Timestamp!	Start time of the day.

##### Example

{
  "hours": [ForecastHour],
  "kpIndex": 2,
  "moon": 2,
  "oceanTideExtremums": [OceanTideExtremumItem],
  "parts": Dayparts,
  "polar": "DAY",
  "summary": Summary,
  "sunrise": "10:30",
  "sunriseTime": "2022-10-26T12:37:53.528758212+03:00",
  "sunriseTimestamp": "1666778972",
  "sunriseBegin": "10:30",
  "sunriseBeginTime": "2022-10-26T12:37:53.528758212+03:00",
  "sunriseBeginTimestamp": "1666778972",
  "sunset": "10:30",
  "sunsetTime": "2022-10-26T12:37:53.528758212+03:00",
  "sunsetTimestamp": "1666778972",
  "sunsetEnd": "10:30",
  "sunsetEndTime": "2022-10-26T12:37:53.528758212+03:00",
  "sunsetEndTimestamp": "1666778972",
  "time": "2022-10-26T12:37:53.528758212+03:00",
  "timestamp": "1666778972"
}

### ForecastHour {#definition-ForecastHour} ##### Description

One hour of the forecast. Can contains data from Meteum, Nowcast, and others.

##### Fields

Field Name	Description
`accumulatedPrec` - Float!	Total amount of precipitation in this hour. Units: `mm` Possible values: `[0, +Infinity)`
`cloudiness` - Cloudiness!	Cloudiness for this hour.
`cloudinessOnHeight` - CloudinessWithHeight	Cloud cover [%] at the closest to the given height (in meters). from the ground surface. Use `height: 0` if you need total cloud cover. Read more about levels (low, middle or high): https://www.metoffice.gov.uk/weather/learn-about/weather/types-of-weather/clouds/
Arguments `height` - Int!
`condition` - Condition!	The general weather condition that fits to `cloudiness`, `isThunder`, `precStrength` and `precType`.
`dewPoint` - Float	The dew point value in the shade at a height of 2 meters from the ground surface.
Arguments `unit` - TemperatureUnit
`feelsLike` - Int!	The same temperature values may be perceived differently depending on humidity, wind strength, and ultraviolet radiation. `feelsLike` shows how comfortable the weather conditions are, taking into account all these factors.
Arguments `unit` - TemperatureUnit
`freshSnow` - Float!	Amount of fresh snow in this hour. Units: `mm` Possible values: `[0, +Infinity)`
`heatIndex` - Float!	An index that combines air temperature and relative humidity, in shaded areas, to posit a human-perceived equivalent temperature. More information: https://www.wpc.ncep.noaa.gov/html/heatindex_equation.shtml
Arguments `unit` - TemperatureUnit
`humidity` - Int!	The percentage of the mass fraction of water vapor in the air to the maximum possible at the current temperature. Units: `%` Possible values: `[0, 100]`
`iceAreaFraction` - Float	Sea ice area fraction. Possible values: `[0, 1]`
`iceThickness` - Float	Ice thickness. Units: `m` Possible values: `[0, +Infinity)`
`icon` - Url!	Icon describing the general weather condition. Fits to the `cloudiness`, `isThunder`, `precStrength` and `precType`.
Arguments `format` - IconFormat! `theme` - IconTheme
`isThunder` - Boolean!	Flag showing the presence of a thunder for the current hour.
`kpIndex` - Float	Planetary K-index. More information: https://www.swpc.noaa.gov/phenomena/geomagnetic-storms If `gScale` true scale K-index to NOAA Space Weather Scales. More information about G-Scale: https://www.swpc.noaa.gov/noaa-scales-explanation Possible values: `[0, 5] if gScale else [0, 9]`
Arguments `gScale` - Boolean
`leafWetnessIndex` - Boolean	Indicates whether there is moisture on leaves (`true`) or not (`false`). This value is calculated based on factors such as precipitation, air temperature, surface temperature, and dew point.
`meanSeaLevelPressure` - Int!	Atmospheric pressure on mean sea level for this hour.
Arguments `unit` - PressureUnit
`oceanTide` - Float	The height of the ocean water level relative to the specified datum in centimeters. Units: `cm` Possible values: `(-Infinity, +Infinity)`
Arguments `datum` - Datum
`phenomCondition` - PhenomCondition	Current phenomenon. Skipped when weather conditions are normal.
`phenomIcon` - Url	Icon of the phenomenon. Skipped when weather conditions are normal.
Arguments `format` - IconFormat! `theme` - IconTheme
`pollution` - Pollution	Atmospheric composition forecast for this hour.
`prec` - Float!	Average amount of precipitation in this hour. For total amount use `accumulatedPrec`. Units: `mm` Possible values: `[0, +Infinity)`
`precProbability` - Float	The probability of precipitation for this hour. Possible values: `[0, 1]`
`precStrength` - PrecStrength!	The strength of precipitation for this hour.
`precType` - PrecType!	The type of precipitation for this hour.
`pressure` - Int!	Atmospheric pressure for this hour.
Arguments `unit` - PressureUnit
`pressureInHg` - Float!	Atmospheric pressure for this hour in inHg.
`referenceEvapotranspiration` - Float	Preceding 1h or 3h evaporative water flux sum. Units: `mm/h` Possible values: `[0, +Infinity)`
`seaCurrentAngle` - Int	Sea current angle from. Units: `degrees` Possible values: `[0, 360)`
`seaCurrentDirection` - SeaCurrentDirection	Sea current direction from.
`seaCurrentSpeed` - Float	Sea current speed. Units: `cm/s` Possible values: `[0, +Infinity)`
`seaSalinity` - Float	Sea water salinity. Units: `PSU` Possible values: `[0, 1000]`
`surfaceTemperature` - Int	The temperature of the surface of the Earth for this hour.
Arguments `unit` - TemperatureUnit
`soilMoisture` - Float	The fraction of all soil moisture to dry soil. Possible values: `[0, 1]`
`soilTemperature` - Int	Soil temperature at a depth of 7 cm.
Arguments `unit` - TemperatureUnit
`solarIrradiation` - Float	Average direct solar irradiation on the horizontal plane https://en.wikipedia.org/wiki/Solar_irradiance
Arguments `unit` - SolarIrradiationUnit
`swellAngle` - Int	Mean primary swell wave angle from. Units: `degrees` Possible values: `[0, 360)`
`swellDirection` - SwellDirection	Mean primary swell wave direction from.
`swellHeight` - Float	Spectral significant primary swell wave height. Units: `m` Possible values: `[0, +Infinity)`
`swellPeriod` - Int	Spectral moments (0, 1) primary swell wave period. Units: `s` Possible values: `[0, +Infinity)`
`temperature` - Int!	The temperature value in the shade at a height of 2 meters from the ground surface.
Arguments `unit` - TemperatureUnit
`temperatureOnHeight` - TemperatureWithHeight	The temperature value at the closest to the given height (in meters) from the ground surface.
Arguments `height` - Int! `unit` - TemperatureUnit
`time` - Time!	Forecast horizon time.
`timestamp` - Timestamp!	Forecast horizon time.
`uv` - Int	The level of solar radiation on the Earth's surface. Open-ended version of `uvIndex` parameter. Possible values: `[0, +Infinity)`
`uvIndex` - Int	The level of solar radiation on the Earth's surface. Possible values: `[0, 11]`
`visibility` - Int	Visibility. Units: `m` Possible values: `[0, 10000]`
`waterTemperature` - Int	The water surface temperature. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`waveAngle` - Int	The angle in which the primary wave is moving. Units: `°` Possible values: `[0, 359]`
`waveDirection` - WaveDirection	The direction in which the primary wave is moving.
`waveHeight` - Float	Significant height of combined wind waves and swell surface. Units: `m` Possible values: `[0, +Infinity)`
`waveMaxHeight` - Float	Maximum height of combined wind waves and swell surface. Units: `m` Possible values: `[0, +Infinity)`
`wavePeriod` - Int	Primary wave mean period surface. Units: `s` Possible values: `[0, +Infinity)`
`windAngle` - Int!	The angle of the wind direction. Units: `°` Possible values: `[0, 359]`
`windAngleOnHeight` - WindAngleWithHeight	The angle of the wind direction in degrees at the closest to the given height (in meters).
Arguments `height` - Int!
`windChill` - Float!	The air temperature feels like to the human skin due to the combination of cold temperatures and winds blowing on exposed skin. If `temperature` is above 10°C or `windSpeed` is less than or equal to 3 mph then `temperature` value will be returned. More information: https://www.weather.gov/safety/cold-wind-chill-chart
Arguments `unit` - TemperatureUnit
`windDirection` - WindDirection!	Wind direction for this hour.
`windDirectionOnHeight` - WindDirectionWithHeight	Wind direction for this hour at the closest to the given height (in meters).
Arguments `height` - Int!
`windGust` - Float!	The speed of wind gusts. Measured in meters per second.
Arguments `unit` - WindSpeedUnit
`windSpeed` - Float!	Wind speed at a height of 10 meters from the ground surface. Measured in meters per second.
Arguments `unit` - WindSpeedUnit
`windSpeedOnHeight` - WindSpeedWithHeight	Wind speed at the closest to the given height (in meters) from the ground surface. Measured in meters per second.
Arguments `height` - Int! `unit` - WindSpeedUnit

##### Example

{
  "accumulatedPrec": 47.27319717,
  "cloudiness": "CLEAR",
  "cloudinessOnHeight": CloudinessWithHeight,
  "condition": "CLEAR",
  "dewPoint": 987.65,
  "feelsLike": 15,
  "freshSnow": 10.1,
  "heatIndex": 987.65,
  "humidity": 82,
  "iceAreaFraction": 987.65,
  "iceThickness": 987.65,
  "icon": "skc_d",
  "isThunder": false,
  "kpIndex": 2,
  "leafWetnessIndex": true,
  "meanSeaLevelPressure": 123,
  "oceanTide": 20,
  "phenomCondition": "BLOWING_SNOW",
  "phenomIcon": "skc_d",
  "pollution": Pollution,
  "prec": 10.1,
  "precProbability": 82,
  "precStrength": "ZERO",
  "precType": "NO_TYPE",
  "pressure": 762,
  "pressureInHg": 762,
  "referenceEvapotranspiration": 987.65,
  "seaCurrentAngle": 123,
  "seaCurrentDirection": "CALM",
  "seaCurrentSpeed": 987.65,
  "seaSalinity": 987.65,
  "surfaceTemperature": 10,
  "soilMoisture": 20,
  "soilTemperature": 10,
  "solarIrradiation": 987.65,
  "swellAngle": 987,
  "swellDirection": "CALM",
  "swellHeight": 987.65,
  "swellPeriod": 987,
  "temperature": 15,
  "temperatureOnHeight": 15,
  "time": "2022-10-26T12:37:53.528758212+03:00",
  "timestamp": "1666778972",
  "uv": 123,
  "uvIndex": 2,
  "visibility": 987,
  "waterTemperature": 10,
  "waveAngle": 145,
  "waveDirection": "CALM",
  "waveHeight": 20,
  "waveMaxHeight": 20,
  "wavePeriod": 20,
  "windAngle": 145,
  "windAngleOnHeight": 145,
  "windChill": 987.65,
  "windDirection": "CALM",
  "windDirectionOnHeight": WindDirectionWithHeight,
  "windGust": 3.5,
  "windSpeed": 3.5,
  "windSpeedOnHeight": 3.5
}

### IconFormat {#definition-IconFormat} ##### Description

Represents the icon format. If you need a fixed-size png, use PNG_{size}. If you need only code, use CODE.

##### Values

Enum Value	Description
`CODE`
`PNG_24`
`PNG_32`
`PNG_48`
`PNG_64`
`PNG_96`
`PNG_112`
`PNG_128`
`SVG`

##### Example

"CODE"

### IconTheme {#definition-IconTheme} ##### Description

Represents the theme of the icon. Be careful, some icons may not exist in a particular theme.

##### Values

Enum Value	Description
`BLACK`
`CIRCLE`
`DARK`
`FLAT`
`LIGHT`
`OUTLINE`

##### Example

"BLACK"

### Int {#definition-Int} ##### Description

The Int scalar type represents non-fractional signed whole numeric values. Int can represent values between -(2^31) and 2^31 - 1.

##### Example

### Language {#definition-Language} ##### Description

Represents all available Weather languages. The language will be used in texts.

##### Values

Enum Value	Description
`BE`
`BG`
`DE`
`EN`
`ES`
`ES_LA`	use `ES_419`
`ES_419`
`FR`
`HI`
`HU`
`ID`
`IT`
`KK`
`MK`
`PL`
`PT`
`PT_BR`
`RO`
`RU`
`SR`
`TR`
`TT`
`UK`
`UZ`

##### Example

EN

### Location {#definition-Location} ##### Description

All information about requested location or point.

##### Fields

Field Name	Description
`altitude` - Int	Altitude of this location from topography data source.
`lat` - Float!	Latitude of this location.
`lon` - Float!	Longitude of this location.
`pressureNorm` - Int!	Info about normal pressure values for this location.
Arguments `unit` - PressureUnit
`timezone` - Timezone!	Timezone information for this location.

##### Example

{
  "altitude": 987,
  "lat": 47.27319717,
  "lon": -119.7085724,
  "pressureNorm": 762,
  "timezone": Timezone
}

### Now {#definition-Now} ##### Description

Weather now. It can be compiled from many sources based on different business logic. If you need the actual weather values, then use the data from the Query.stations.

##### Fields

Field Name	Description
`cloudiness` - Cloudiness!	Current value of cloudiness.
`condition` - Condition!	Current general weather condition that fits to `cloudiness`, `isThunder`, `precStrength` and `precType`.
`daytime` - Daytime!	Indicates the presence of the sun right now.
`dewPoint` - Float	The dew point value in the shade at a height of 2 meters from the ground surface.
Arguments `unit` - TemperatureUnit
`feelsLike` - Int!	The same temperature values may be perceived differently depending on humidity, wind strength, and ultraviolet radiation. `feelsLike` shows how comfortable the weather conditions are, taking into account all these factors.
Arguments `unit` - TemperatureUnit
`heatIndex` - Float!	An index that combines air temperature and relative humidity, in shaded areas, to posit a human-perceived equivalent temperature. More information: https://www.wpc.ncep.noaa.gov/html/heatindex_equation.shtml
Arguments `unit` - TemperatureUnit
`humidity` - Int!	The percentage of the mass fraction of water vapor in the air to the maximum possible at the current temperature. Units: `%` Possible values: `[0, 100]`
`iceAreaFraction` - Float	Sea ice area fraction. Possible values: `[0, 1]`
`iceThickness` - Float	Ice thickness. Units: `m` Possible values: `[0, +Infinity)`
`icon` - Url!	Icon describing the general weather condition. Fits to the `cloudiness`, `isThunder`, `precStrength` and `precType`.
Arguments `format` - IconFormat! `theme` - IconTheme
`isThunder` - Boolean!	Flag showing the presence of a thunder right now (or for some short time period).
`kpIndex` - Float	Planetary K-index. More information: https://www.swpc.noaa.gov/phenomena/geomagnetic-storms If `gScale` true scale K-index to NOAA Space Weather Scales. More information about G-Scale: https://www.swpc.noaa.gov/noaa-scales-explanation Possible values: `[0, 5] if gScale else [0, 9]`
Arguments `gScale` - Boolean
`leafWetnessIndex` - Boolean	Indicates whether there is moisture on leaves (`true`) or not (`false`). This value is calculated based on factors such as precipitation, air temperature, surface temperature, and dew point.
`meanSeaLevelPressure` - Int!	Current atmospheric pressure on mean sea level.
Arguments `unit` - PressureUnit
`phenomCondition` - PhenomCondition	Current phenomenon. Skipped when weather conditions are normal.
`phenomIcon` - Url	Icon of the phenomenon. Skipped when weather conditions are normal.
Arguments `format` - IconFormat! `theme` - IconTheme
`pollution` - Pollution	The current composition of the atmosphere.
`precProbability` - Float!	Current probability of precipitation. Possible values: `[0, 1]`
`precStrength` - PrecStrength!	Current value of precipitation strength.
`precType` - PrecType!	Current type of precipitation.
`pressure` - Int!	Current atmospheric pressure.
Arguments `unit` - PressureUnit
`pressureInHg` - Float!	Current atmospheric pressure in inHg.
`seaCurrentAngle` - Int	Sea current angle from. Units: `degrees` Possible values: `[0, 360)`
`seaCurrentDirection` - SeaCurrentDirection	Sea current direction from.
`seaCurrentSpeed` - Float	Sea current speed. Units: `cm/s` Possible values: `[0, +Infinity)`
`season` - Season!	Current time of year.
`soilMoisture` - Float	The fraction of all soil moisture to dry soil. Possible values: `[0, 1]`
`soilTemperature` - Int	Soil temperature at a depth of 7 cm.
Arguments `unit` - TemperatureUnit
`space` - Space	Space weather
`swellAngle` - Int	Mean primary swell wave angle from. Units: `degrees` Possible values: `[0, 360)`
`swellDirection` - SwellDirection	Mean primary swell wave direction from.
`swellHeight` - Float	Spectral significant primary swell wave height. Units: `m` Possible values: `[0, +Infinity)`
`swellPeriod` - Int	Spectral moments (0, 1) primary swell wave period. Units: `s` Possible values: `[0, +Infinity)`
`temperature` - Int!	The temperature value in the shade at a height of 2 meters from the ground surface.
Arguments `unit` - TemperatureUnit
`uv` - Int	The level of solar radiation on the Earth's surface. Open-ended version of `uvIndex` parameter. Possible values: `[0, +Infinity)`
`uvIndex` - Int	The level of solar radiation on the Earth's surface. Possible values: `[0, 11]`
`visibility` - Int	Visibility. Units: `m` Possible values: `[0, 10000]`
`waterTemperature` - Int	The water surface temperature. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`waveAngle` - Int	The angle in which the primary wave is moving. Units: `°` Possible values: `[0, 359]`
`waveDirection` - WaveDirection	The direction in which the primary wave is moving.
`waveHeight` - Float	Significant height of combined wind waves and swell surface. Units: `m` Possible values: `[0, +Infinity)`
`waveMaxHeight` - Float	Maximum height of combined wind waves and swell surface. Units: `m` Possible values: `[0, +Infinity)`
`wavePeriod` - Int	Primary wave mean period surface. Units: `s` Possible values: `[0, +Infinity)`
`windAngle` - Int!	The angle of the wind direction. Units: `°` Possible values: `[0, 359]`
`windChill` - Float!	The air temperature feels like to the human skin due to the combination of cold temperatures and winds blowing on exposed skin. If `temperature` is above 10°C or `windSpeed` is less than or equal to 3 mph then `temperature` value will be returned. More information: https://www.weather.gov/safety/cold-wind-chill-chart
Arguments `unit` - TemperatureUnit
`windDirection` - WindDirection!	Current wind direction.
`windGust` - Float	The speed of wind gusts.
Arguments `unit` - WindSpeedUnit
`windSpeed` - Float!	Wind speed at a height of 10 meters from the ground surface.
Arguments `unit` - WindSpeedUnit

##### Example

{
  "cloudiness": "CLEAR",
  "condition": "CLEAR",
  "daytime": "DAY",
  "dewPoint": 987.65,
  "feelsLike": 15,
  "heatIndex": 123.45,
  "humidity": 82,
  "iceAreaFraction": 123.45,
  "iceThickness": 123.45,
  "icon": "skc_d",
  "isThunder": false,
  "kpIndex": 2,
  "leafWetnessIndex": true,
  "meanSeaLevelPressure": 987,
  "phenomCondition": "BLOWING_SNOW",
  "phenomIcon": "skc_d",
  "pollution": Pollution,
  "precProbability": 82,
  "precStrength": "ZERO",
  "precType": "NO_TYPE",
  "pressure": 762,
  "pressureInHg": 762,
  "seaCurrentAngle": 987,
  "seaCurrentDirection": "CALM",
  "seaCurrentSpeed": 987.65,
  "season": "SPRING",
  "soilMoisture": 20,
  "soilTemperature": 10,
  "space": Space,
  "swellAngle": 987,
  "swellDirection": "CALM",
  "swellHeight": 123.45,
  "swellPeriod": 123,
  "temperature": 15,
  "uv": 987,
  "uvIndex": 2,
  "visibility": 123,
  "waterTemperature": 10,
  "waveAngle": 145,
  "waveDirection": "CALM",
  "waveHeight": 20,
  "waveMaxHeight": 20,
  "wavePeriod": 20,
  "windAngle": 145,
  "windChill": 987.65,
  "windDirection": "CALM",
  "windGust": 3.5,
  "windSpeed": 3.5
}

### NowcastTimeline {#definition-NowcastTimeline} ##### Description

Weather precipitations nowcast timeline.

##### Fields

Field Name	Description
`region` - String!	Nowcast region.
`steps` - [NowcastTimelineStep!]!	Nowcast timeline steps array.

##### Example

{
  "region": "xyz789",
  "steps": [NowcastTimelineStep]
}

### NowcastTimelineStep {#definition-NowcastTimelineStep} ##### Description

One step of nowcast timeline.

##### Fields

Field Name	Description
`bounds` - Bounds!	Rectangle where nowcast data is available.
`cloudiness` - Cloudiness!	Cloudiness for this step.
`condition` - Condition!	The general weather condition that fits to `cloudiness`, `precStrength` and `precType`.
`daytime` - Daytime!	Indicates the presence of the sun most of the time during the aggregation period.
`genTime` - Timestamp!	Nowcast generation time. Used for synchronization when requesting tile data.
`icon` - Url!	Icon describing the general weather condition. Fits to the `cloudiness`, `isThunder`, `precStrength` and `precType`.
Arguments `format` - IconFormat! `theme` - IconTheme
`isLongterm` - Boolean!	For hourly precipitation will have the value `true`.
`isLongtermCfs` - Boolean!	For 6-hour precipitation will have the value `true`.
`precStrength` - PrecStrength!	The strength of precipitation for this step.
`precType` - PrecType!	The type of precipitation for this step.
`resolution` - Resolution!	Resolution of the image with data. Measured in degrees.
`time` - Time!	Nowcast step time.
`timestamp` - Timestamp!	Nowcast step time.

##### Example

{
  "bounds": Bounds,
  "cloudiness": "CLEAR",
  "condition": "CLEAR",
  "daytime": "DAY",
  "genTime": "1666778972",
  "icon": "skc_d",
  "isLongterm": -119.7085724,
  "isLongtermCfs": -119.7085724,
  "precStrength": "ZERO",
  "precType": "NO_TYPE",
  "resolution": Resolution,
  "time": "2022-10-26T12:37:53.528758212+03:00",
  "timestamp": "1666778972"
}

### OceanTideExtremumItem {#definition-OceanTideExtremumItem} ##### Description

Ocean tide timeline point.

##### Fields

Field Name Description

timestamp - Timestamp! Tide timestamp.

Field Name	Description
`timestamp` - Timestamp!	Tide timestamp.
`value` - Float!	Tide value. Units: `cm` Possible values: `(-Infinity, +Infinity)`
`type` - OceanTideExtremumType!	Extemum type.

value - Float!

Tide value.

Units: cm Possible values: (-Infinity, +Infinity)

type - OceanTideExtremumType! Extemum type.

##### Example

{"timestamp": "1666778972", "value": 123.45, "type": "MAX"}

### OceanTideExtremumType {#definition-OceanTideExtremumType} ##### Description

Ocean tide extremum type.

##### Values

Enum Value	Description
`MAX`	Maximum from 12 a.m to 12 p.m or from 12 p.m. to 12 a.m.
`MIN`	Minimum from 12 a.m to 12 p.m or from 12 p.m. to 12 a.m.
`USUAL`	Just local extremum.

##### Example

"MAX"

### PhenomCondition {#definition-PhenomCondition} ##### Description

Represents the phenomenon weather conditions.

##### Values

Enum Value	Description
`BLOWING_SNOW`
`CONTINUOUS_HEAVY_RAIN`
`DRIFTING_SNOW`
`DRIZZLE`
`DUST`
`DUSTSTORM`
`DUST_SUSPENSION`
`FOG`
`FREEZING_RAIN`
`ICE_PELLETS`
`MIST`
`MODERATE_RAIN`
`SMOKE`
`THUNDERSTORM_WITH_DUSTSTORM`
`TORNADO`
`VOLCANIC_ASH`

##### Example

"BLOWING_SNOW"

### PointInput {#definition-PointInput} ##### Description

Input for Query.weatherByPoint. Represents a geographical point with lat and lon coordinates.

##### Fields

Input Field	Description
`lat` - Float!
`lon` - Float!

##### Example

{"lat": 47.27319717, "lon": -119.7085724}

### Pollutant {#definition-Pollutant} ##### Description

Represents the air pollutant.

##### Values

Enum Value	Description
`CO`
`O3`
`PM10`
`PM2p5`
`SO2`
`NO2`

##### Example

"CO"

### Pollution {#definition-Pollution} ##### Description

Atmospheric composition forecasts.

##### Fields

Field Name	Description
`aqi` - Int!	Air quality index (AQI). See more here https://www.airnow.gov/aqi/aqi-basics/ Possible values: `[0, 500]`
`co` - Float!	Carbon monoxide (CO) is a colorless, highly poisonous, odorless, tasteless, flammable gas that is slightly less dense than air. See more here https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health Units: `µg⋅m⁻³` Possible values: `[0, +Infinity)`
`dominant` - Pollutant!	The pollutant that makes the greatest contribution to the calculation of AQI. You can assume that `aqi` is the IAQI of this pollutant. See more here https://www.airnow.gov/aqi/aqi-basics/
`density` - Float!	The density of air or atmospheric density, is the mass per unit volume of Earth's atmosphere. Units: `kg⋅m⁻³` Possible values: `[0, +Infinity)`
`dustStormStrength` - DustStormStrength!	Strength of a duststorm. Based on wind speed and amount of dust particles in the atmosphere.
`iaqi` - Int!	The individual AQI for a specific pollutant. See more here https://www.airnow.gov/aqi/aqi-basics/ You can request multiple values of this field, using following syntax: `coIAQI: iaqi(pollutant: CO)` Possible values: `[0, 500]`
Arguments `pollutant` - Pollutant!
`no2` - Float!	The major sources of anthropogenic emissions of NO2 are combustion processes (heating, power generation, and engines in vehicles and ships). See more here https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health Units: `µg⋅m⁻³` Possible values: `[0, +Infinity)`
`o3` - Float!	Ground-level ozone (O3), also known as surface-level ozone and tropospheric ozone, is a trace gas in the troposphere. See more here https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health Units: `µg⋅m⁻³` Possible values: `[0, +Infinity)`
`pm10` - Float!	PM2.5 is a fine particulate matter, with a diameter of 2.5 micrometers (microns) or less. See more here https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health Units: `µg⋅m⁻³` Possible values: `[0, +Infinity)`
`pm2p5` - Float!	PM10 is a suspended large solid particles, with a diameter of 10 micrometers (microns) or less. See more here https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health Units: `µg⋅m⁻³` Possible values: `[0, +Infinity)`
`so2` - Float!	SO2 is a colorless gas with a pungent odor, which is formed during the burning of fossil fuels and the melting of mineral ores containing sulfur. See more here https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health Units: `µg⋅m⁻³` Possible values: `[0, +Infinity)`

##### Example

{
  "aqi": 31,
  "co": 132,
  "dominant": "CO",
  "density": 1.2,
  "dustStormStrength": "ZERO",
  "iaqi": 123,
  "no2": 16,
  "o3": 39,
  "pm10": 9,
  "pm2p5": 6,
  "so2": 3
}

### PollutionDaypart {#definition-PollutionDaypart} ##### Description

Atmospheric composition forecasts aggregated for one time of day .

##### Fields

Field Name	Description
`maxAqi` - Int!	Max air quality index (AQI).
`minAqi` - Int!	Min air quality index (AQI).

##### Example

{"maxAqi": 123, "minAqi": 123}

### PrecStrength {#definition-PrecStrength} ##### Description

Represents the strength of precipitations. In ascending order: ZERO – minimum, VERY_STRONG – maximum.

##### Values

Enum Value	Description
`ZERO`
`WEAK`
`AVERAGE`
`STRONG`
`VERY_STRONG`

##### Example

"ZERO"

### PrecType {#definition-PrecType} ##### Description

Represents the type of precipitations.

##### Values

Enum Value	Description
`NO_TYPE`
`RAIN`
`SLEET`
`SNOW`
`HAIL`

##### Example

"NO_TYPE"

### PressureUnit {#definition-PressureUnit} ##### Description

Represents the units of measurement of the pressure value. Can be used to convert to convenient units of measurement. Default unit for this API is MM_HG.

##### Values

Enum Value	Description
`IN_HG`	inches of mercury (in Hg) Possible values: `[20, 40]`
`MBAR`	millibars (mbar) Possible values: `[800, 1200]`
`MM_HG`	millimeters of mercury (mm Hg) Possible values: `[600, 900]`
`PASCAL`	hectopascals (hPa) Possible values: `[800, 1200]`

##### Example

"IN_HG"

### Resolution {#definition-Resolution} ##### Description

Resolution of the image with data. Measured in degrees.

##### Fields

Field Name	Description
`x` - Float!
`y` - Float!

##### Example

{"x": 987.65, "y": 987.65}

### SeaCurrentDirection {#definition-SeaCurrentDirection} ##### Description

Represents the direction of the sea current in terms of the cardinal directions. To determine the direction more accurately, use seaCurrentAngle. The value 0 of seaCurrentAngle corresponds to NORTH, 180 – SOUTH. The enumeration value CALM is possible when the seaCurrentSpeed is near 0.

##### Values

Enum Value	Description
`CALM`
`NORTH`
`NORTH_EAST`
`EAST`
`SOUTH_EAST`
`SOUTH`
`SOUTH_WEST`
`WEST`
`NORTH_WEST`

##### Example

"CALM"

### Season {#definition-Season} ##### Description

Represents the time of the year.

##### Values

Enum Value	Description
`SPRING`
`SUMMER`
`AUTUMN`
`WINTER`

##### Example

"SPRING"

### SolarIrradiationUnit {#definition-SolarIrradiationUnit} ##### Description

Represents the units of measurement of the solar radiation value. Can be used to convert to convenient units of measurement. Default unit for this API is WATTS_PER_SQUARE_METER.

##### Values

Enum Value Description

Enum Value	Description
`WATTS_PER_SQUARE_METER`	W⋅m⁻² Possible values: `[0, +Infinity)`
`MEGAJOULES_PER_SQUARE_METER_PER_HOUR`	MJ⋅m⁻²⋅h Possible values: `[0, +Infinity)`

WATTS_PER_SQUARE_METER

W⋅m⁻²

Possible values: [0, +Infinity)

MEGAJOULES_PER_SQUARE_METER_PER_HOUR

MJ⋅m⁻²⋅h

Possible values: [0, +Infinity)

##### Example

"WATTS_PER_SQUARE_METER"

### Space {#definition-Space} ##### Description

Space weather vars obtained with NOAA SWPC

##### Fields

Field Name	Description
`solarWindSpeed` - Float!	Solar wind speed in km/sec. More information: https://www.swpc.noaa.gov/phenomena/solar-wind
`solarWindDensity` - Float!	Solar wind density in p/cm3. More information: https://www.swpc.noaa.gov/phenomena/solar-wind
`imfBx` - Float!	Interplanetary Magnetic Field in nT. Bx axis. More information: https://www.spaceweatherlive.com/en/help/the-interplanetary-magnetic-field-imf.html
`imfBy` - Float!	Interplanetary Magnetic Field in nT. By axis. More information: https://www.spaceweatherlive.com/en/help/the-interplanetary-magnetic-field-imf.html
`imfBz` - Float!	Interplanetary Magnetic Field in nT. Bz axis. More information: https://www.spaceweatherlive.com/en/help/the-interplanetary-magnetic-field-imf.html
`imfBt` - Float!	Interplanetary Magnetic Field in nT. Bt - the total strength of the IMF. More information: https://www.spaceweatherlive.com/en/help/the-interplanetary-magnetic-field-imf.html

##### Example

{
  "solarWindSpeed": 123.45,
  "solarWindDensity": 123.45,
  "imfBx": 987.65,
  "imfBy": 987.65,
  "imfBz": 987.65,
  "imfBt": 123.45
}

### Station {#definition-Station} ##### Description

Fact weather values from the station. Be careful, some weather values may be skipped because the station can't measure them.

##### Fields

Field Name	Description
`id` - Int!	Unique station ID for these values.
`code` - String!	Unique station code for these values.
`name` - String!	Unique station name for these values.
`lat` - Float!	Latitude of the station location.
`lon` - Float!	Longitude of the station location.
`time` - Time!	Time of the last data readout in string.
`timestamp` - Timestamp!	Time of the last data readout.
`cloudiness` - Cloudiness	Cloudiness value from this station for this `timestamp`.
`condition` - Condition	Calculated using the same logic as `Weather.forecast.hours.condition`, but based on the values from this station.
`distance` - Float!	Distance between the station and the search point. Measured in kilometers.
`feelsLike` - Int	Calculated using the same logic as `Weather.forecast.hours.feelsLike`, but based on the values from this station.
Arguments `unit` - TemperatureUnit
`humidity` - Int	The percentage of the mass fraction of water vapor in the air to the maximum possible at the current temperature.
`icon` - Url	Calculated using the same logic as `Weather.forecast.hours.icon`, but based on the values from this station.
Arguments `format` - IconFormat! `theme` - IconTheme
`isThunder` - Boolean!	Flag showing the presence of a thunder for the `timestamp`.
`phenomCondition` - PhenomCondition	The phenomenon observed from this weather station.
`phenomIcon` - Url	The phenomenon icon that fits to `phenomCondition`.
Arguments `format` - IconFormat! `theme` - IconTheme
`prec` - Float	Total amount of precipitation. Measured in millimeters.
`precProbability` - Float	The probability of precipitation for this hour. Possible values are in `[0, 1]`.
`precStrength` - PrecStrength	The strength of precipitation according to the data from the station.
`precType` - PrecType	The type of precipitation according to the data from the station.
`pressure` - Int	Atmospheric pressure for this hour.
Arguments `unit` - PressureUnit
`temperature` - Int	The temperature value in the shade at a height of 2 meters from the ground surface.
Arguments `unit` - TemperatureUnit
`waterTemperature` - Int	The water surface temperature. Exists only for cities that are located near large bodies of water.
Arguments `unit` - TemperatureUnit
`windAngle` - Int	The angle of the wind direction in degrees.
`windDirection` - WindDirection	Wind direction according to the data from the station.
`windSpeed` - Float	Wind speed at a height of 10 meters from the ground surface.
Arguments `unit` - WindSpeedUnit

##### Example

{
  "id": 123,
  "code": "abc123",
  "name": "abc123",
  "lat": 47.27319717,
  "lon": -119.7085724,
  "time": "2022-10-26T12:37:53.528758212+03:00",
  "timestamp": "1666778972",
  "cloudiness": "CLEAR",
  "condition": "CLEAR",
  "distance": 987.65,
  "feelsLike": 15,
  "humidity": 82,
  "icon": "skc_d",
  "isThunder": false,
  "phenomCondition": "BLOWING_SNOW",
  "phenomIcon": "skc_d",
  "prec": 10.1,
  "precProbability": 82,
  "precStrength": "ZERO",
  "precType": "NO_TYPE",
  "pressure": 762,
  "temperature": 15,
  "waterTemperature": 10,
  "windAngle": 145,
  "windDirection": "CALM",
  "windSpeed": 3.5
}

### String {#definition-String} ##### Description

The String scalar type represents textual data, represented as UTF-8 character sequences. The String type is most often used by GraphQL to represent free-form human-readable text.

##### Example

"xyz789"

### Summary {#definition-Summary} ##### Description

Summary for day and night parts only. Use this aggregations when you divide the day into two parts: day and night.

##### Fields

Field Name	Description
`night` - Daypart!	Night aggregations. Be careful, it is the night before the morning of the current day. If you need a night after the evening of the current day, take the night from the next day.
`day` - Daypart!	Aggregations for the entire civil day.

##### Example

{"night": Daypart, "day": Daypart}

### SwellDirection {#definition-SwellDirection} ##### Description

Represents the direction of the swell wave in terms of the cardinal directions. To determine the direction more accurately, use swellAngle. The value 0 of swellAngle corresponds to NORTH, 180 – SOUTH. The enumeration value CALM is possible when the swellHeight is near 0.

##### Values

Enum Value	Description
`CALM`
`NORTH`
`NORTH_EAST`
`EAST`
`SOUTH_EAST`
`SOUTH`
`SOUTH_WEST`
`WEST`
`NORTH_WEST`

##### Example

"CALM"

### TemperatureUnit {#definition-TemperatureUnit} ##### Description

Represents the units of measurement of the temperature value. Can be used to convert to convenient units of measurement. Default unit for this API is CELSIUS.

##### Values

Enum Value Description

Enum Value	Description
`CELSIUS`	Celsius degree. Possible values: `[-273.15, +Infinity)`
`FAHRENHEIT`	Fahrenheit degree. Possible values: `[-459,67, +Infinity)`

CELSIUS

Celsius degree.

Possible values: [-273.15, +Infinity)

FAHRENHEIT

Fahrenheit degree.

Possible values: [-459,67, +Infinity)

##### Example

"CELSIUS"

### TemperatureWithHeight {#definition-TemperatureWithHeight} ##### Description

Response of temperatureOnHeight function.

##### Fields

Field Name	Description
`temperature` - Int!	Temperature at the provided height.
`height` - Int!	The closest to the specified height.

##### Example

{"temperature": 15, "height": 987}

### Tiles {#definition-Tiles} ##### Description

Timelines for tiled data.

##### Fields

Field Name	Description
`humidity` - TilesTimeline!
`prec` - TilesTimeline!
`pressureMm` - TilesTimeline!
`snowDepth` - TilesTimeline!
`soilMoisture` - TilesTimeline!
`soilTemperature` - TilesTimeline!
`surfaceTemperature` - TilesTimeline!
`temperature` - TilesTimeline!
`waterTemperature` - TilesTimeline!
`windSpeed` - TilesTimeline!

##### Example

{
  "humidity": 82,
  "prec": 10.1,
  "pressureMm": 762,
  "snowDepth": TilesTimeline,
  "soilMoisture": 20,
  "soilTemperature": 10,
  "surfaceTemperature": 10,
  "temperature": 15,
  "waterTemperature": 10,
  "windSpeed": 3.5
}

### TilesTimeline {#definition-TilesTimeline} ##### Description

Weather tiles timeline.

##### Fields

Field Name	Description
`steps` - [TimelineStep!]!	Timeline steps array.

##### Example

{"steps": [TimelineStep]}

### Time {#definition-Time} ##### Description

Time in ISO 8601 format 2021-03-30T04:10:02Z.

##### Example

"2022-10-26T12:37:53.528758212+03:00"

### TimeRange {#definition-TimeRange} ##### Description

Time interval [from, to].

##### Fields

Input Field	Description
`from` - Timestamp!
`to` - Timestamp!

##### Example

{"from": "1666778972", "to": "1666778972"}

### TimelineStep {#definition-TimelineStep} ##### Description

One step of timeline.

##### Fields

Field Name	Description
`bounds` - Bounds!	Rectangle where data is available.
`genTime` - Timestamp!	Data generation time. Used for synchronization when requesting tile data.
`resolution` - Resolution!	Resolution of the image with data. Measured in degrees.
`time` - Time!	Timeline step time.
`timestamp` - Timestamp!	Timeline step time.
`value` - Float	Timeline step value.

##### Example

{
  "bounds": Bounds,
  "genTime": "1666778972",
  "resolution": Resolution,
  "time": "2022-10-26T12:37:53.528758212+03:00",
  "timestamp": "1666778972",
  "value": 987.65
}

### Timestamp {#definition-Timestamp} ##### Description

Unix timestamp for UTC timezone.

##### Example

"1666778972"

### Timezone {#definition-Timezone} ##### Description

Information that defines the time zone.

##### Fields

Field Name	Description
`abbr` - String!	A well-known abbreviation.
`dst` - Boolean!	Indicates that the timezone is currently daylight saving time (DST).
`name` - String!	Name from IANA time zone database.
`offset` - Int!	Offset in seconds (can be negative).

##### Example

{"abbr": "BST", "dst": true, "name": "Europe/London", "offset": 3600}

### Url {#definition-Url} ##### Description

Always URL with schema, host, path. Query parameters are also possible.

##### Example

Url

### WaveDirection {#definition-WaveDirection} ##### Description

Represents the direction of the wave in terms of the cardinal directions. To determine the direction more accurately, use waveAngle. The value 0 of waveAngle corresponds to NORTH, 180 – SOUTH. The enumeration value CALM is possible when the waveHeight is near 0.

##### Values

Enum Value	Description
`CALM`
`NORTH`
`NORTH_EAST`
`EAST`
`SOUTH_EAST`
`SOUTH`
`SOUTH_WEST`
`WEST`
`NORTH_WEST`

##### Example

"CALM"

### Weather {#definition-Weather} ##### Description

Generic object containing all available types of weather data.

##### Fields

Field Name	Description
`climate` - Climate!	Average weather statistics for 10 years.
`forecast` - Forecast!	The main weather forecast.
`location` - Location!	All information about requested location or point.
`now` - Now!	Weather now.
`nowcast` - NowcastTimeline!	Weather precipitations nowcast timeline.
`url` - Url!	URL to page for the current request.

##### Example

{
  "climate": Climate,
  "forecast": Forecast,
  "location": Location,
  "now": Now,
  "nowcast": NowcastTimeline,
  "url": "https://yandex.com/weather/london"
}

### WindAngleWithHeight {#definition-WindAngleWithHeight} ##### Description

Response of windAngleOnHeight function.

##### Fields

Field Name Description

windAngle - Int!

Wind angle at the provided height.

Units: ° Possible values: [0, 359]

height - Int! The closest to the specified height.

##### Example

{"windAngle": 145, "height": 987}

### WindDirection {#definition-WindDirection} ##### Description

Represents the direction of the wind in terms of the cardinal directions. To determine the direction more accurately, use windAngle. The value 0 of windAngle corresponds to NORTH, 180 – SOUTH. The enumeration value CALM is possible when the windSpeed is 0.

##### Values

Enum Value	Description
`CALM`
`NORTH`
`NORTH_EAST`
`EAST`
`SOUTH_EAST`
`SOUTH`
`SOUTH_WEST`
`WEST`
`NORTH_WEST`

##### Example

"CALM"

### WindDirectionWithHeight {#definition-WindDirectionWithHeight} ##### Description

Response of windDirectionOnHeight function.

##### Fields

Field Name	Description
`windDirection` - WindDirection!	Wind direction at the provided height.
`height` - Int!	The closest to the specified height.

##### Example

{"windDirection": "CALM", "height": 123}

### WindSpeedUnit {#definition-WindSpeedUnit} ##### Description

Represents the units of measurement of the wind speed value. Can be used to convert to convenient units of measurement. Default unit for this API is METERS_PER_SECOND.

##### Values

Enum Value	Description
`KILOMETERS_PER_HOUR`	kilometers per hour
`KNOTS`	nautical miles per hour (knots)
`METERS_PER_SECOND`	meters per second
`MILES_PER_HOUR`	miles per hour

##### Example

"KILOMETERS_PER_HOUR"

### WindSpeedWithHeight {#definition-WindSpeedWithHeight} ##### Description

Response of windSpeedOnHeight function.

##### Fields

Field Name	Description
`windSpeed` - Float!	Wind speed at the provided height.
`height` - Int!	The closest to the specified height.

##### Example

{"windSpeed": 3.5, "height": 123}

Arguments

offset - Int

limit - Int

loop - Boolean

Arguments

offset - Int

limit - Int

loop - Boolean

Arguments

offset - Int

limit - Int

loop - Boolean

Arguments

unit - TemperatureUnit

Arguments

format - IconFormat!

theme - IconTheme

Arguments

unit - TemperatureUnit

Arguments

unit - WindSpeedUnit

Arguments

unit - TemperatureUnit

Arguments

unit - WindSpeedUnit

Arguments

unit - PressureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - PressureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - WindSpeedUnit

Arguments

unit - TemperatureUnit

Arguments

unit - WindSpeedUnit

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - WindSpeedUnit

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

format - IconFormat!

theme - IconTheme

Arguments

unit - TemperatureUnit

Arguments

gScale - Boolean

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - PressureUnit

Arguments

unit - TemperatureUnit

Arguments

unit - TemperatureUnit

Arguments

format - IconFormat!

theme - IconTheme

Arguments

unit - PressureUnit

Arguments

unit - TemperatureUnit

Arguments

`offset` - Int

`limit` - Int

`loop` - Boolean

`offset` - Int

`limit` - Int

`loop` - Boolean

`offset` - Int

`limit` - Int

`loop` - Boolean

`unit` - TemperatureUnit

`format` - IconFormat!

`theme` - IconTheme

`unit` - TemperatureUnit

`unit` - WindSpeedUnit

`unit` - TemperatureUnit

`unit` - WindSpeedUnit

`unit` - PressureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - PressureUnit

`unit` - TemperatureUnit

`unit` - WindSpeedUnit

`unit` - TemperatureUnit

`unit` - WindSpeedUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - WindSpeedUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`format` - IconFormat!

`theme` - IconTheme

`unit` - TemperatureUnit

`gScale` - Boolean

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - PressureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`format` - IconFormat!

`theme` - IconTheme

`unit` - PressureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - WindSpeedUnit

`unit` - WindSpeedUnit

`offset` - Int

`limit` - Int

`datum` - Datum

`height` - Int!

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`format` - IconFormat!

`theme` - IconTheme

`gScale` - Boolean

`unit` - PressureUnit

`datum` - Datum

`format` - IconFormat!

`theme` - IconTheme

`unit` - PressureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`unit` - SolarIrradiationUnit

`unit` - TemperatureUnit

`height` - Int!

`unit` - TemperatureUnit

`unit` - TemperatureUnit

`height` - Int!

`unit` - TemperatureUnit

`height` - Int!

`unit` - WindSpeedUnit

`unit` - WindSpeedUnit

`height` - Int!

`unit` - WindSpeedUnit

`unit` - PressureUnit

`unit` - TemperatureUnit

`unit` - TemperatureUnit