### init(start:end:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/datecomponentsinterval/init%28start%3Aend%3A%29

Initializes a DateComponentsInterval with a start and end DateComponents.

```APIDOC
## Initializer: init(start:end:)

### Description
Initializes a new instance of `DateComponentsInterval` using specified start and end `DateComponents`.

### Method
`init`

### Parameters
#### Path Parameters
None

#### Query Parameters
None

#### Request Body
None

### Request Example
None

### Response
None

### Code Signature
```swift
init(
    start: DateComponents,
    end: DateComponents
)
```
```

--------------------------------

### Access the start property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/datecomponentsinterval/start

Defines the start property as a DateComponents instance.

```swift
var start: DateComponents
```

--------------------------------

### SwiftMETAR Initializer: init(start:end:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/datecomponentsinterval/init%28start%3Aend%3A%29

Use this initializer to create a date components interval by specifying the start and end date components.

```swift
init(
    start: DateComponents,
    end: DateComponents
)
```

--------------------------------

### DateComponentsInterval - start Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/datecomponentsinterval/start

The 'start' property represents the starting date components for an interval.

```APIDOC
## Instance Property: start

### Description
Represents the starting date components of the interval.

### Type
`DateComponents`

### Access
Read-only
```

--------------------------------

### Initialize DateComponents with Start and Duration

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/datecomponentsinterval/init%28start%3Aduration%3A%29

Use this initializer to create a DateComponents object specifying a start date and a duration. This is useful for defining time intervals.

```swift
init(
    start: DateComponents,
    duration: TimeInterval
)
```

--------------------------------

### DateComponentsInterval Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/datecomponentsinterval/init%28start%3Aduration%3A%29

Documentation for the init(start:duration:) initializer used to create a DateComponentsInterval instance.

```APIDOC
## init(start:duration:)

### Description
Initializes a new DateComponentsInterval with a start date component and a duration.

### Parameters
- **start** (DateComponents) - Required - The starting date components.
- **duration** (TimeInterval) - Required - The duration of the interval.

### Request Example
```swift
init(start: DateComponents, duration: TimeInterval)
```
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/highcloudtype/formatstyle/init%28from%3A%29

Documentation for the Decodable initializer used in SwiftMETAR.

```APIDOC
## init(from:)

### Description
Initializes a new instance from the given decoder. This is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Throws
- Throws an error if the data is invalid or cannot be decoded.
```

--------------------------------

### init()

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remarkcomparator/init%28%29

Initializes a new instance of the SwiftMETAR component.

```APIDOC
## init()

### Description
Initializes a new instance of the SwiftMETAR library.

### Method
Initializer

### Request Example
```swift
init()
```
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/turbulence/init%28from%3A%29

Documentation for the Decodable initializer for the Turbulence structure.

```APIDOC
## init(from:)

### Description
Initializes a Turbulence instance from a decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Path Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### Get RunwayVisibility.FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/visibility-51pjj

Access the static property `visibility` to get the `RunwayVisibility.FormatStyle`. This is available when `Self` is `RunwayVisibility.FormatStyle`.

```swift
static var visibility: RunwayVisibility.FormatStyle { get }
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/windsaloft/station/entry/init%28from%3A%29

Documentation for the Decodable initializer used to create a WindsAloft.Station.Entry instance from a decoder.

```APIDOC
## init(from:)

### Description
Initializes a new instance of WindsAloft.Station.Entry by decoding data from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/condition/ceilingtype/formatstyle/init%28from%3A%29

Initializes a new instance from the provided decoder, conforming to the Decodable protocol.

```APIDOC
## init(from:)

### Description
Initializes a new instance from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### Define TAF period start date

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/taf/group/period-swift.enum/from%28_%3A%29

Specifies the start date for a forecast period using DateComponents.

```swift
case from(_: DateComponents)
```

--------------------------------

### SwiftMETAR Cloud Coverage Remark: Scattered

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/coverage/scattered

Use this case to represent cloud coverage between 3 and 4 oktas. No specific setup or imports are required beyond the SwiftMETAR library.

```swift
case scattered
```

--------------------------------

### Turbulence.Location init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/turbulence/location-swift.enum/init%28from%3A%29

Documentation for the Decodable initializer for Turbulence.Location.

```APIDOC
## init(from:)

### Description
Initializes a new instance of Turbulence.Location from the provided decoder. This is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### Get Ratio FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/ratio

Access the static 'ratio' property to get the Rational<Int>.FormatStyle. Available when Self is Rational<Int>.FormatStyle.

```swift
static var ratio: Rational<Int>.FormatStyle { get }
```

--------------------------------

### RemarkEntry init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remarkentry/init%28from%3A%29

Documentation for the RemarkEntry initializer inherited from Decodable.

```APIDOC
## init(from:)

### Description
Initializes a RemarkEntry instance from a decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/direction/init%28from%3A%29

Documentation for the Decodable initializer used to create a Remark.Direction instance from a decoder.

```APIDOC
## init(from:)

### Description
Initializes a new Remark.Direction instance from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/windshear/init%28from%3A%29

Documentation for the Decodable initializer used to decode Windshear data.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the object from the provided decoder. This is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Path Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### TAF.Group.Period.from(_:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/taf/group/period-swift.enum/from%28_%3A%29

Initializes a TAF.Group.Period with a specific start date.

```APIDOC
## TAF.Group.Period.from(_:)

### Description
Forecast is valid starting at a date.

### Method
`case from(_: DateComponents)`

### Parameters
#### Path Parameters
- **from** (DateComponents) - Required - The start date.
```

--------------------------------

### Define Cloud Coverage as Few

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/coverage/few

Use this case to represent cloud coverage between 1 and 2 oktas. No specific setup or imports are required beyond the SwiftMETAR library.

```swift
case few
```

--------------------------------

### Enumeration: Remark.EventType

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/eventtype

Defines the start or end status of a meteorological event.

```APIDOC
## Remark.EventType

### Description
An enumeration representing whether a meteorological event began or ended.

### Enumeration Cases
- **began**: The event has started.
- **ended**: The event has concluded.

### Initializers
- **init?(rawValue: String)**: Initializes the event type from a raw string value.

### Relationships
- **Conforms To**: CaseIterable, Decodable, Encodable, Equatable, Hashable, RawRepresentable, Sendable, SendableMetatype
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/turbulence/frequency-swift.enum/init%28from%3A%29

Documentation for the Decodable initializer used in Turbulence.Frequency.

```APIDOC
## init(from:)

### Description
Initializes a new instance of Turbulence.Frequency from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### GET hashValue

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/observer-swift.enum/hashvalue

Retrieves the hash value for types conforming to Hashable and RawRepresentable.

```APIDOC
## hashValue

### Description
Returns the hash value of the instance. Inherited from `RawRepresentable.hashValue`.

### Availability
Available when `Self` conforms to `Hashable` and `RawValue` conforms to `Hashable`.

### Property Definition
```swift
var hashValue: Int { get }
```
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/metar/issuance/formatstyle/init%28from%3A%29

Documentation for the Decodable initializer used to decode METAR data.

```APIDOC
## init(from:)

### Description
Initializes a new instance from the provided decoder. This is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Throws
- **Error** - Throws an error if the data is invalid or cannot be decoded.
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/thunderstormevent/init%28from%3A%29

Documentation for the Decodable initializer used in Remark.ThunderstormEvent.

```APIDOC
## init(from:)

### Description
Initializes a new instance of Remark.ThunderstormEvent from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### Get Temperature FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/temperature

Retrieves the FormatStyle for temperature. Available when Self is TAF.Temperature.FormatStyle.

```swift
static var temperature: TAF.Temperature.FormatStyle { get }
```

--------------------------------

### GET coverage property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/coverage

Retrieves the coverage format style for METAR formatting.

```APIDOC
## coverage

### Description
A static property that returns the coverage format style for Remark.

### Property Definition
`static var coverage: Remark.Coverage.FormatStyle { get }`

### Availability
Available when `Self` is `Remark.Coverage.FormatStyle`.
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/windsaloft/header-swift.struct/init%28from%3A%29

Documentation for the Decodable initializer used to decode WindsAloft data.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the object from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Path Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Response
- **Throws** - Throws an error if the decoding process fails.
```

--------------------------------

### Related Structures and Topics

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark

Links to related structures and introductory guides for SwiftMETAR.

```APIDOC
## See Also
### Basics
Getting Started
A basic tutorial on using SwiftMETAR to parse METAR and TAF products.

`struct METAR`
An aviation routine weather reports. METARs are generated by human observers or sensor packages at many airports throughout the world. METARs are typically generated hourly, but can also be produced as needed when weather changes more frequently.

`struct TAF`
Terminal aerodrome forecasts (TAFs) are point forecasts of a 5-mile area around a forecast location. They are generated every 6 hours, and are valid for 24 or 28 hours depending on the reporting station.

Winds and Temperatures Aloft
Parse NWS Winds and Temperatures Aloft (FB/FD) products into structured data.

Winds and Temperatures Aloft
Parse NWS Winds and Temperatures Aloft (FB/FD) products into structured data.
  * Remark 
  * Topics 
  * Relationships 
  * See Also 
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/condition/ceilingtype/init%28from%3A%29

Initializes a new instance from the provided decoder, inherited from RawRepresentable.

```APIDOC
## init(from:)

### Description
Initializes a new instance from the provided decoder. This method is inherited from `RawRepresentable.init(from:)`.

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/highcloudtype/init%28from%3A%29

Documentation for the Decodable initializer used in SwiftMETAR types.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the type from the provided decoder. This is inherited from RawRepresentable.init(from:).

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Requirements
- Available when Self conforms to Decodable and RawValue is String.
```

--------------------------------

### GET weather property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/weather

Access the static weather property for formatting METAR data.

```APIDOC
## static var weather

### Description
A static property that returns a Weather.FormatStyle instance for formatting weather data.

### Endpoint
Weather.FormatStyle.weather

### Response
- **weather** (Weather.FormatStyle) - The format style instance for weather data.
```

--------------------------------

### GET /visibility

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/visibility-51pjj

Accesses the static visibility format style for runway visibility data.

```APIDOC
## static var visibility

### Description
Returns the format style for runway visibility.

### Property
`static var visibility: RunwayVisibility.FormatStyle { get }`

### Availability
Available when `Self` is `RunwayVisibility.FormatStyle`.
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/extreme/init%28rawvalue%3A%29

Documentation for the Remark.Extreme initializer which conforms to RawRepresentable.

```APIDOC
## init(rawValue:)

### Description
Initializes a new instance from a raw string value. Inherited from RawRepresentable.init(rawValue:).

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value used to initialize the object.

### Request Example
```
init?(rawValue: "example_string")
```
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/coverage/init%28from%3A%29

Documentation for the init(from:) initializer inherited from RawRepresentable.

```APIDOC
## init(from:)

### Description
Initializes a new instance from the provided decoder. This is inherited from RawRepresentable and is available when the type conforms to Decodable and has a RawValue of String.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### GET /TAF/Group/Period/FormatStyle/period

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/period

Accesses the static period property for TAF group period formatting.

```APIDOC
## static var period

### Description
A static property that provides a FormatStyle for TAF group periods.

### Definition
`static var period: TAF.Group.Period.FormatStyle { get }`

### Availability
Available when `Self` is `TAF.Group.Period.FormatStyle`.
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/proximity/formatstyle/init%28from%3A%29

Documentation for the Decodable initializer used in the Remark.Proximity structure.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the object from the provided decoder. This method is inherited from the Decodable protocol.

### Signature
`init(from decoder: any Decoder) throws`
```

--------------------------------

### Get Frequency FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/frequency-5dvha

Retrieves the `FormatStyle` for turbulence frequency. Available when `Self` is `Turbulence.Frequency.FormatStyle`.

```swift
static var frequency: Turbulence.Frequency.FormatStyle { get }
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/visibilitysource/init%28rawvalue%3A%29

Documentation for the initializer of Remark.VisibilitySource which conforms to RawRepresentable.

```APIDOC
## init(rawValue:)

### Description
Initializes a VisibilitySource instance from a raw string value. Inherited from RawRepresentable.

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value to initialize the VisibilitySource.

### Request Example
```
init?(rawValue: "some_value")
```
```

--------------------------------

### SwiftMETAR Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remarkcomparator/init%28%29

This is the default initializer for the SwiftMETAR class. No specific setup is required to use it.

```swift
init()
```

--------------------------------

### PartialRangeFrom Operator Signature

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/urgency/%27...%28_%3A%29-2y569

Defines the static operator for creating a range starting from a minimum value.

```Swift
static func ... (minimum: Self) -> PartialRangeFrom<Self>
```

--------------------------------

### Initializers and Instance Properties

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark

Details on how to initialize remarks and access their properties, including measurements.

```APIDOC
## Initializers and Instance Properties

### Initializers

`init(from: any Decoder) throws`
Initializes a remark from a decoder.

### Instance Properties

`var depthIncreaseMeasurment: Measurement<UnitLength>?`
The depth increase as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.rapidSnowIncrease(_:totalDepth:)`.

`var depthMeasurement: Measurement<UnitLength>?`
The depth as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.snowDepth(_:)` or `Remark.waterEquivalentDepth(_:)`.

`var dewpointMeasurement: Measurement<UnitTemperature>?`
The dewpoint as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.temperatureDewpoint(temperature:dewpoint:)`.

`var distanceMeasurement: Measurement<UnitLength>?`
The distance as a `Measurement`, which can be converted to other units. `nil` if this is not an `Remark.observedVisibility(source:distance:)`, `Remark.runwayVisibility(runway:distance:)`, or `Remark.sectorVisibility(direction:distance:)`.

`var durationMeasurement: Measurement<UnitDuration>?`
The duration as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.sunshineDuration(_:)`.

`var hailstoneSizeMeasurement: Measurement<UnitLength>?`
The hailstone size as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.hailstoneSize(_:)`.

`var heightMeasurement: Measurement<UnitLength>?`
The height as a `Measurement`, which can be converted to other units. `nil` if this is not an `Remark.obscuration(type:amount:height:)`, `Remark.runwayCeiling(runway:height:)`, or `Remark.variableSkyCondition(low:high:height:)`.

`var highHeightMeasurement: Measurement<UnitLength>?`
The higher height as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.variableCeilingHeight(low:high:)`.

`var highTemperatureMeasurement: Measurement<UnitTemperature>?`
The daily high-temperature extreme as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.dailyTemperatureExtremes(low:high:)`.

`var highVisibilityMeasurement: Measurement<UnitLength>?`
The higher visibility as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.variablePrevailingVisibility(low:high:)`.

`var lowHeightMeasurement: Measurement<UnitLength>?`
The lower height as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.variableCeilingHeight(low:high:)`.

`var lowTemperatureMeasurement: Measurement<UnitTemperature>?`
The daily low-temperature extreme as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.dailyTemperatureExtremes(low:high:)`.

`var lowVisibilityMeasurement: Measurement<UnitLength>?`
The lower visibility as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.variablePrevailingVisibility(low:high:)`.

`var precipitationAmountMeasurement: Measurement<UnitLength>?`
The precipitation amount as a `Measurement`, which can be converted to other units. `nil` if this remark is not a `Remark.dailyPrecipitationAmount(_:)`, `Remark.hourlyPrecipitationAmount(_:)`, `Remark.periodicPrecipitationAmount(period:amount:)`, or `Remark.periodicIceAccretionAmount(period:amount:)`.

`var pressureMeasurement: Measurement<UnitPressure>?`
The pressure change as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.pressureTendency(character:change:)` or `Remark.seaLevelPressure(_:)`.

`var temperatureMeasurement: Measurement<UnitTemperature>?`
The temperature as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.sixHourTemperatureExtreme(type:temperature:)` or `Remark.temperatureDewpoint(temperature:dewpoint:)`.

`var totalDepthMeasurement: Measurement<UnitLength>?`
The total deptyh as a `Measurement`, which can be converted to other units. `nil` if this is not a `Remark.rapidSnowIncrease(_:totalDepth:)`.
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/turbulence/location/formatstyle/init%28from%3A%29

Documentation for the Decodable initializer used to decode Turbulence.Location objects.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the object from the provided decoder. This is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/weather/phenomenon/init%28from%3A%29

Initializes a Weather.Phenomenon object from a decoder.

```APIDOC
## init(from:)

### Description
Initializes a new instance of Weather.Phenomenon from the provided decoder. This method is inherited from RawRepresentable and is available when the type conforms to Decodable and the RawValue is a String.

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### GET Wind FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/wind

Access the static wind property for formatting METAR wind information.

```APIDOC
## static var wind

### Description
A static property that returns a Wind.FormatStyle instance for formatting wind data.

### Endpoint
METARFormatting.Foundation.Wind.FormatStyle.wind

### Response
- **wind** (Wind.FormatStyle) - The format style instance for wind data.
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/lowcloudtype/init%28rawvalue%3A%29

Initializes a Remark.LowCloudType instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a new instance of Remark.LowCloudType using a raw string value. This method is inherited from RawRepresentable.

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string representation of the low cloud type.
```

--------------------------------

### Get Precipitation FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/precipitation

Retrieves the `FormatStyle` for observed precipitation types. Available when `Self` is `Remark.ObservedPrecipitationType.FormatStyle`.

```swift
static var precipitation: Remark.ObservedPrecipitationType.FormatStyle { get }
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/weather/descriptor-swift.enum/init%28rawvalue%3A%29

Initializes a Weather.Descriptor instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a Weather.Descriptor instance from a raw string value. This is inherited from RawRepresentable.

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value used to initialize the descriptor.

### Request Example
```
init?(rawValue: "string")
```
```

--------------------------------

### Get Intensity FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/intensity-1w6ru

Provides access to the static property for Turbulence.Intensity.FormatStyle. Available when Self is Turbulence.Intensity.FormatStyle.

```swift
static var intensity: Turbulence.Intensity.FormatStyle { get }
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/frequency/init%28from%3A%29

Initializes a Remark object from a decoder, conforming to the Decodable protocol.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the type from the provided decoder. This method is inherited from RawRepresentable and is available when the type conforms to Decodable and the RawValue is a String.

### Method
Initializer

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
init(from: decoder)

### Response
- **Self** (Object) - Returns a new instance of the conforming type.
```

--------------------------------

### Get Altimeter Measurement

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/altimeter

Provides the altimeter setting as a Measurement object, allowing conversion to other pressure units.

```swift
var measurement: Measurement<UnitPressure>
```

--------------------------------

### Wind.init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/wind/speed/init%28from%3A%29

Initializes a Wind object from a decoder, conforming to the Decodable protocol.

```APIDOC
## init(from:)

### Description
Initializes a new Wind instance by decoding data from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### Get Middle Clouds Format Style

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/middleclouds

Provides the FormatStyle for middle clouds, available when the type is Remark.MiddleCloudType.FormatStyle.

```swift
static var middleClouds: Remark.MiddleCloudType.FormatStyle { get }
```

--------------------------------

### Initialize and convert measurements

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar

Initializer and instance properties for handling temperature measurements.

```swift
init(from: any Decoder) throws
```

```swift
var dewpointMeasurement: Measurement<UnitTemperature>?
```

```swift
var temperatureMeasurement: Measurement<UnitTemperature>?
```

--------------------------------

### Get Intensity FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/intensity-46gr0

Retrieves the static intensity property of Weather.Intensity.FormatStyle. This is available when the type conforms to Weather.Intensity.FormatStyle.

```swift
static var intensity: Weather.Intensity.FormatStyle { get }
```

--------------------------------

### SwiftMETAR productID Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/windsaloft/header-swift.struct/productid

The productID property stores the WMO product identifier as a String. Example: `FBUS31`.

```swift
let productID: String
```

--------------------------------

### format(_:) Method

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/navalweathercenter/formatstyle/format%28_%3A%29

Documentation for the format(_:) instance method used to format Naval Weather Center remarks.

```APIDOC
## format(_:)

### Description
Formats a Remark.NavalWeatherCenter value into a String representation.

### Method
Instance Method

### Parameters
- **value** (Remark.NavalWeatherCenter) - Required - The value to be formatted.

### Response
- **String** - The formatted string representation of the input value.
```

--------------------------------

### init(from:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/precipitationevent/formatstyle/init%28from%3A%29

Documentation for the Decodable initializer used to decode precipitation event data from a decoder.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the object from the provided decoder. This is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### dateFormat Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/thunderstormevent/formatstyle/dateformat

The dateFormat property defines the format used when printing start and stop times for weather events.

```APIDOC
## Property: dateFormat

### Description
The format to use when printing start/stop times.

### Declaration
`var dateFormat: Date.FormatStyle`
```

--------------------------------

### Remark.RapidPressureChange init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/rapidpressurechange/init%28rawvalue%3A%29

Initializes a RapidPressureChange instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a new instance of Remark.RapidPressureChange from a raw string value. This is inherited from RawRepresentable.

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value to initialize the RapidPressureChange object.

### Request Example
{
  "rawValue": "string"
}

### Response
#### Success Response (200)
- **instance** (Remark.RapidPressureChange?) - Returns an optional instance of RapidPressureChange if the raw value is valid.
```

--------------------------------

### GET hashValue Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/taf/temperature/temperaturetype/hashvalue

Retrieves the hash value for types conforming to Hashable and RawRepresentable within the SwiftMETAR library.

```APIDOC
## hashValue

### Description
Returns the hash value of the instance. This property is inherited from `RawRepresentable.hashValue`.

### Parameters
- **Self** (Type) - Required - Must conform to `Hashable`.
- **RawValue** (Type) - Required - Must conform to `Hashable`.

### Request Example
```swift
var hashValue: Int { get }
```

### Response
- **hashValue** (Int) - The hash value of the instance.
```

--------------------------------

### METAR Generation Date Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/calendardate

Get the specific Date object representing when the METAR was generated. This is a variable property.

```swift
var date: Date
```

--------------------------------

### format(_:) Method

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/weather/phenomenon/formatstyle/format%28_%3A%29

Documentation for the format(_:) instance method inherited from FormatStyle.

```APIDOC
## format(_:)

### Description
Formats a Weather.Phenomenon value into a String representation.

### Method
Instance Method

### Parameters
- **value** (Weather.Phenomenon) - Required - The phenomenon object to be formatted.

### Response
- **String** - The formatted string representation of the phenomenon.
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/direction/formatstyle/init%28from%3A%29

The init(from:) initializer is used to decode a SwiftMETAR object from a decoder. It is inherited from the Decodable protocol.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the type by decoding from the given decoder. This method is inherited from the `Decodable` protocol.

### Method
`init(from: any Decoder) throws`

### Endpoint
N/A (Initializers are not endpoints)

### Parameters
#### Path Parameters
None

#### Query Parameters
None

#### Request Body
None

### Request Example
```swift
let decoder = JSONDecoder()
let metarData = "{\"some\": \"data\"}".data(using: .utf8)!
let metar = try decoder.decode(SwiftMETAR.self, from: metarData)
```

### Response
#### Success Response (200)
N/A (Initializers do not return HTTP responses)

#### Response Example
N/A
```

--------------------------------

### Get Windshear Format Style

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/windshear

Retrieve the default format style for windshear data. Available when the type is Windshear.FormatStyle.

```swift
static var windshear: Windshear.FormatStyle { get }
```

--------------------------------

### Get Ceiling FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/ceiling

Provides the static property for accessing the ceiling format style. Available when Self is Condition.CeilingType.FormatStyle.

```swift
static var ceiling: Condition.CeilingType.FormatStyle { get }
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/lightningtype/init%28rawvalue%3A%29

Documentation for the Remark.LightningType initializer which creates an instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a Remark.LightningType instance from a raw string value. Inherited from RawRepresentable.

### Method
Initializer

### Parameters
#### Parameters
- **rawValue** (String) - Required - The raw string value to initialize the LightningType.
```

--------------------------------

### issuingOffice Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/windsaloft/header-swift.struct/issuingoffice

The `issuingOffice` property is a String that holds the identifier of the office that issued the METAR report. For example, 'KWNO'.

```APIDOC
## Property: issuingOffice

### Description
The issuing office identifier (e.g., `KWNO`).

### Type
`String`

### Example
```swift
let issuingOffice: String
```
```

--------------------------------

### Get PressureCharacter FormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/pressurecharacter

Access the static pressureCharacter property to obtain the FormatStyle for pressure remarks. This is available when working with Remark.PressureCharacter.FormatStyle.

```swift
static var pressureCharacter: Remark.PressureCharacter.FormatStyle { get }
```

--------------------------------

### format(_:) Method

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/icing/icingtype/formatstyle/format%28_%3A%29

Documentation for the format(_:) instance method used to format Icing.IcingType values.

```APIDOC
## format(_:)

### Description
Formats an Icing.IcingType value into a string representation. This method is inherited from FormatStyle.

### Method
Instance Method

### Parameters
- **value** (Icing.IcingType) - Required - The icing type value to be formatted.

### Response
- **String** - The formatted string representation of the icing type.
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/weather/intensity-swift.enum/init%28rawvalue%3A%29

Initializes a Weather.Intensity instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a Weather.Intensity instance from a raw string value. Inherited from RawRepresentable.init(rawValue:).

### Method
Initializer

### Parameters
#### Parameters
- **rawValue** (String) - Required - The raw string value to initialize the intensity.
```

--------------------------------

### Define Thunderstorm Phenomenon

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/weather/phenomenon/thunderstorm

Use this case to represent thunderstorms. No specific setup or imports are required beyond the enum definition.

```swift
case thunderstorm
```

--------------------------------

### Get Raw METAR Text

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/date

Access the `text` property to retrieve the raw, unprocessed string of the METAR data. This property is optional.

```swift
let text: String?
```

--------------------------------

### FormatStyle Instance and Type Methods

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/condition/ceilingtype/formatstyle/formatstyle-implementations

A collection of methods for configuring format styles for locales, currency, lists, and measurements.

```APIDOC
## FormatStyle Implementations

### Instance Methods
- **locale(Locale) -> Self**: Sets the locale for the format style.

### Type Methods
- **currency(code: String) -> Self**: Creates a currency format style.
- **list(memberStyle: MemberStyle, type: ListType, width: Width) -> Self**: Creates a list format style with specific member style, type, and width.
- **measurement(width: UnitWidth, usage: MeasurementFormatUnitUsage, hidesScaleName: Bool, numberFormatStyle: FloatingPointFormatStyle?) -> Self**: Creates a measurement format style for temperature.
- **measurement(width: UnitWidth, usage: MeasurementFormatUnitUsage, numberFormatStyle: FloatingPointFormatStyle?) -> Self**: Creates a generic measurement format style.
```

--------------------------------

### Get METAR Generation Date

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/date

Access the `date` property to retrieve the `Date` object representing when the METAR was generated. This is a read-only property.

```swift
var date: Date { get }
```

--------------------------------

### METAR.Observer init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/observer-swift.enum/init%28rawvalue%3A%29

Documentation for the initializer used to create a METAR.Observer instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a new METAR.Observer instance from a raw string value. This method is inherited from RawRepresentable.

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value used to initialize the observer.
```

--------------------------------

### Get Wind Format Style

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/wind

Access the static `wind` property to obtain the `FormatStyle` for wind data. This is available when `Self` is `Wind.FormatStyle`.

```swift
static var wind: Wind.FormatStyle { get }
```

--------------------------------

### Remark.runwayCeiling(runway:height:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/runwayceiling%28runway%3Aheight%3A%29

Documentation for the SwiftMETAR Remark.runwayCeiling case.

```APIDOC
## Remark.runwayCeiling(runway:height:)

### Description
The recorded ceiling at a runway departure end.

### Parameters
- **runway** (String) - Required - The runway name (e.g., “11” for runway 11).
- **height** (UInt) - Required - The ceiling height, in feet AGL.

### Request Example
case runwayCeiling(
    runway: "11",
    height: 500
)
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/coverage/init%28rawvalue%3A%29

Initializes a Remark instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a Remark instance from a raw string value. Inherited from RawRepresentable.init(rawValue:).

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value to initialize the Remark.

### Request Example
{
  "rawValue": "string"
}

### Response
#### Success Response (200)
- **Remark** (Object) - The initialized Remark object.
```

--------------------------------

### METAR.Observer.corrected Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/observer-swift.enum/corrected

Use this case to represent a corrected METAR report. No specific setup is required beyond standard SwiftMETAR usage.

```swift
case corrected
```

--------------------------------

### Get Success Value or Throw Error

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/xmlparseresult/get%28%29

Use this method to retrieve the successful result of a parsing operation. It will throw an error if the operation failed.

```swift
func get() throws -> Success
```

--------------------------------

### format(_:) Method

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/turbulence/intensity/formatstyle/format%28_%3A%29

Documentation for the format(_:) instance method used to convert Turbulence.Intensity values into a String representation.

```APIDOC
## format(_:)

### Description
Formats a Turbulence.Intensity value into a human-readable String.

### Method
Instance Method

### Parameters
- **value** (Turbulence.Intensity) - Required - The intensity value to be formatted.

### Response
- **String** - The formatted string representation of the turbulence intensity.
```

--------------------------------

### Define unknownPrecipitation Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/weather/phenomenon/unknownprecipitation

Use this case when precipitation is detected but its type is indeterminate. No specific setup or imports are required beyond the enum definition.

```swift
case unknownPrecipitation
```

--------------------------------

### FormatStyle Implementation Methods

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/tornadicactivitytype/formatstyle/formatstyle-implementations

A collection of static and instance methods used for defining various format styles.

```APIDOC
## FormatStyle Implementation Methods

### Description
Provides methods to configure and instantiate various format styles for currency, lists, and measurements.

### Methods
- `func locale(Locale) -> Self`
- `static func currency<Value>(code: String) -> Self`
- `static func currency<V>(code: String) -> Self`
- `static func list<MemberStyle, Base>(memberStyle: MemberStyle, type: ListFormatStyle<MemberStyle, Base>.ListType, width: ListFormatStyle<MemberStyle, Base>.Width) -> Self`
- `static func list<Base>(type: ListFormatStyle<StringStyle, Base>.ListType, width: ListFormatStyle<StringStyle, Base>.Width) -> Self`
- `static func measurement(width: Measurement<UnitTemperature>.FormatStyle.UnitWidth, usage: MeasurementFormatUnitUsage<UnitTemperature>, hidesScaleName: Bool, numberFormatStyle: FloatingPointFormatStyle<Double>?) -> Self`
- `static func measurement<UnitType>(width: Measurement<UnitType>.FormatStyle.UnitWidth, usage: MeasurementFormatUnitUsage<UnitType>, numberFormatStyle: FloatingPointFormatStyle<Double>?) -> Self`
```

--------------------------------

### static func currency(code:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/condition/ceilingtype/formatstyle/currency%28code%3A%29-9j3x0

Documentation for the currency(code:) method used to create a currency format style.

```APIDOC
## static func currency(code:)

### Description
Creates a currency format style for binary integers using the specified currency code.

### Method
Static Function

### Parameters
#### Parameters
- **code** (String) - Required - The ISO currency code to use for formatting.

### Request Example
```swift
let style = IntegerFormatStyle<Int>.Currency.currency(code: "USD")
```

### Response
- **Return Type** (Self) - Returns an instance of IntegerFormatStyle<V>.Currency.
```

--------------------------------

### SwiftMETAR Remark.EventType.began Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/eventtype/began

This snippet shows the declaration of the 'began' case within the Remark.EventType enumeration. It is used to signify the start of a specific remark event.

```swift
case began
```

--------------------------------

### Weather.Phenomenon init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/weather/phenomenon/init%28rawvalue%3A%29

Initializes a Weather.Phenomenon instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a Weather.Phenomenon instance from a raw string value. This is inherited from RawRepresentable.

### Method
Initializer

### Parameters
#### Parameters
- **rawValue** (String) - Required - The raw string value used to initialize the phenomenon.
```

--------------------------------

### Instance Property: base

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/icing/base

The 'base' property indicates the altitude in feet Above Ground Level (AGL) at which an icing layer starts. It is represented as an unsigned integer.

```APIDOC
## Instance Property: base

### Description
The base of the icing layer, in feet AGL.

### Type
`UInt`

### Example
```swift
var base: UInt
```
```

--------------------------------

### format(_:) Method

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/formatstyle/format%28_%3A%29

Documentation for the format(_:) instance method used to format Remark objects.

```APIDOC
## format(_:)

### Description
Formats a Remark object into a string representation. This method is inherited from the FormatStyle protocol.

### Method
Instance Method

### Parameters
- **value** (Remark) - Required - The Remark object to be formatted.

### Returns
- **String** - The formatted string representation of the Remark object.
```

--------------------------------

### Define Low-Temperature Extreme Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/extreme/low

Use this case to represent a low-temperature extreme condition. No specific setup or imports are required beyond the enum definition.

```swift
case low
```

--------------------------------

### init(rawValue:) Initializer

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/eventtype/init%28rawvalue%3A%29

Documentation for the Remark.EventType initializer which creates an instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a Remark.EventType instance from a raw string value. Inherited from RawRepresentable.

### Method
Initializer

### Parameters
#### Parameters
- **rawValue** (String) - Required - The raw string value to initialize the event type.

### Request Example
```swift
let event = Remark.EventType(rawValue: "TS")
```

### Response
#### Success Response
- **instance** (Remark.EventType?) - Returns an optional Remark.EventType instance if the raw value is valid.
```

--------------------------------

### Get METAR Date Components

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/date

Access the `calendarDate` property to retrieve the `DateComponents` for the METAR's generation date. This allows for easier manipulation of date parts.

```swift
let calendarDate: DateComponents
```

--------------------------------

### METAR Remark Direction RangeFormatStyle

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/foundation/formatstyle/range

Access the static `range` property to get the default range format style for METAR directions. Available when the type is `Remark.Direction.RangeFormatStyle`.

```swift
static var range: Remark.Direction.RangeFormatStyle { get }
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/observationtype/init%28from%3A%29

Initializes a Remark.ObservationType instance from a decoder, conforming to the Decodable protocol.

```APIDOC
## init(from:)

### Description
Initializes a new instance of Remark.ObservationType from the provided decoder. This method is inherited from RawRepresentable and is available when the type conforms to Decodable and the RawValue is a String.

### Method
Initializer

### Parameters
#### Path Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.

### Request Example
```swift
init(from decoder: any Decoder) throws
```
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/metar/issuance-swift.enum/init%28from%3A%29

This initializer is inherited from RawRepresentable.init(from:) and is available when the type conforms to Decodable and its RawValue is String.

```APIDOC
## init(from:)

### Description
Initializes the object from a decoder. This method is inherited from `RawRepresentable.init(from:)`.

### Method
`init(from: any Decoder) throws`

### Availability
Available when `Self` conforms to `Decodable` and `RawValue` is `String`.
```

--------------------------------

### SwiftMETAR Remark windDataEstimated Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/winddataestimated

Use this case to represent situations where wind data is estimated. No specific setup or imports are required beyond the SwiftMETAR library itself.

```swift
case windDataEstimated
```

--------------------------------

### SwiftMETAR Remark SensorType freezingRain Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/sensortype/freezingrain

Use this case to represent that the freezing rain accumulation sensor is inoperative. No setup or imports are required for this specific case.

```swift
case freezingRain
```

--------------------------------

### init(from:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/condition/init%28from%3A%29

Initializes a Condition object from a decoder, conforming to the Decodable protocol.

```APIDOC
## init(from:)

### Description
Initializes a new instance of the object from the provided decoder. This method is inherited from the Decodable protocol.

### Method
Initializer

### Parameters
#### Parameters
- **decoder** (any Decoder) - Required - The decoder to read data from.
```

--------------------------------

### SwiftMETAR: Case Showers for Observed Precipitation Type

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/observedprecipitationtype/showers

Represents the 'showers' condition for observed precipitation type. This is a direct enum case and requires no additional setup.

```swift
case showers
```

--------------------------------

### FormatStyle Implementation Methods

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/formatstyle/formatstyle-implementations

A collection of static and instance methods used for configuring format styles for various data types.

```APIDOC
## FormatStyle Implementations

### Instance Methods
- **locale(Locale) -> Self**: Sets the locale for the format style.

### Type Methods
- **currency(code: String) -> Self**: Creates a currency format style.
- **list(memberStyle: MemberStyle, type: ListType, width: Width) -> Self**: Creates a list format style with specific member styling.
- **measurement(width: UnitWidth, usage: MeasurementFormatUnitUsage, hidesScaleName: Bool, numberFormatStyle: FloatingPointFormatStyle<Double>?) -> Self**: Creates a measurement format style for temperature units.
- **measurement(width: UnitWidth, usage: MeasurementFormatUnitUsage, numberFormatStyle: FloatingPointFormatStyle<Double>?) -> Self**: Creates a generic measurement format style.
```

--------------------------------

### currency(code:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/sensortype/formatstyle/currency%28code%3A%29-j5nd

Documentation for the static currency formatting method used in SwiftMETAR.

```APIDOC
## static func currency(code:)

### Description
Creates a currency format style for a given currency code.

### Method
Static Function

### Parameters
#### Parameters
- **code** (String) - Required - The currency code to use for formatting.

### Signature
`static func currency<Value>(code: String) -> Self where Self == FloatingPointFormatStyle<Value>.Currency, Value : BinaryFloatingPoint`

### Availability
- iOS 15.0+
- macOS 12.0+
- tvOS 15.0+
- watchOS 8.0+
```

--------------------------------

### Remark.VisibilitySource.tower

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/visibilitysource/tower

Documentation for the tower visibility source case in SwiftMETAR.

```APIDOC
## Remark.VisibilitySource.tower

### Description
Visibility observed from the control tower.

### Definition
```swift
case tower
```
```

--------------------------------

### SwiftMETAR windshearConditions Property

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/taf/group/windshearconditions

Use this boolean property to check if windshear conditions are reported in the METAR data. No specific setup or imports are required beyond the SwiftMETAR library.

```swift
var windshearConditions: Bool
```

--------------------------------

### SwiftMETAR LowCloudType cuHumFra Case

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/lowcloudtype/cuhumfra

Use this case to represent Cumulus humilis/fractus of dry weather predominating. No specific setup or imports are required beyond the SwiftMETAR library.

```swift
case cuHumFra
```

--------------------------------

### init(rawValue:)

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/middlecloudtype/init%28rawvalue%3A%29

Initializes a MiddleCloudType instance from a raw string value.

```APIDOC
## init(rawValue:)

### Description
Initializes a new instance of MiddleCloudType from a provided raw string value. This is inherited from RawRepresentable.

### Method
Initializer

### Parameters
#### Request Body
- **rawValue** (String) - Required - The raw string value to initialize the MiddleCloudType.
```

--------------------------------

### csPartial Case for Cirrostratus

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark/highcloudtype/cspartial

Use this case when Cirrostratus clouds are present but not invading or fully covering the sky. No specific setup or imports are required beyond the SwiftMETAR library.

```swift
case csPartial
```

--------------------------------

### format(_:) Method

Source: https://riscfuture.github.io/SwiftMETAR/documentation/metarformatting/swiftmetar/remark/highcloudtype/formatstyle/format%28_%3A%29

Documentation for the format(_:) instance method used to format Remark.HighCloudType values.

```APIDOC
## format(_:)

### Description
Formats a Remark.HighCloudType value into a string representation.

### Method
Instance Method

### Parameters
- **value** (Remark.HighCloudType) - Required - The high cloud type value to format.

### Response
- **String** - The formatted string representation of the high cloud type.
```

--------------------------------

### Default Implementations and Conformance

Source: https://riscfuture.github.io/SwiftMETAR/documentation/swiftmetar/remark

Details default implementations and protocols conformed to by the Remark structure.

```APIDOC
## Default Implementations
Equatable Implementations

## Relationships
### Conforms To
  * `Swift.Decodable`
  * `Swift.Encodable`
  * `Swift.Equatable`
  * `Swift.Sendable`
  * `Swift.SendableMetatype`
```