Renamed metre to meter

Sources/Measures/Documentation.docc/Articles/Demonstration.md

@@ -26,20 +26,20 @@ Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor i
         let constant: Double
         let symbol: String
 		
-        static let base: Self = .kilometresPerLiter
+        static let base: Self = .kilometersPerLiter
 	}
 	```
 
 2. Create a minimum of two units.
 
 	```swift
     extension FuelEfficiency {
-        static let kilometresPerLiter: Self = .init(
+        static let kilometersPerLiter: Self = .init(
             coefficient: Length.kilometer.coefficient / Volume.liter.coefficient,
             symbol: "Km/L"
         )
 
-        static let metresPerLiter: Self = .init(
+        static let metersPerLiter: Self = .init(
             coefficient: Length.meter.coefficient / Volume.liter.coefficient,
             symbol: "m/L"
         )
@@ -49,13 +49,13 @@ Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor i
 3. Initialize a measure of your dimension with a value and unit.
 
 	```swift
-    var measure: Measure<FuelEfficiency> = .init(5, .kilometresPerLiter)
+    var measure: Measure<FuelEfficiency> = .init(5, .kilometersPerLiter)
 	```
 
 4. Convert the measure to your other unit.
 
     ```swift
-    measure.convert(to: .metresPerLiter)
+    measure.convert(to: .metersPerLiter)
 
     print(measure)
     // Prints "5000m/L"

Sources/Measures/Documentation.docc/Types/Units/DerivedUnits/Acceleration.md

@@ -18,4 +18,4 @@
 
 ### Composed Units
 
-- ``metrePerSquareSecond``
+- ``meterPerSquareSecond``

Sources/Measures/Documentation.docc/Types/Units/DerivedUnits/Speed.md

@@ -22,8 +22,8 @@
 
 ### Metric Units
 
-- ``kilometresPerHour``
-- ``metresPerSecond``
+- ``kilometersPerHour``
+- ``metersPerSecond``
 
 ### Other Units
 

Sources/Measures/Types/Measure/Measure+Equivalentable.swift

@@ -10,8 +10,8 @@ extension Measure: Equivalentable {
 	///
 	/// ```swift
 	/// let oneMeter: Measure<Length> = .init(1, .meter)
-	/// let oneHundredCentimetres: Measure<Length> = .init(100, .centimeter)
-	/// print(oneMeter.isEquivalent(to: oneHundredCentimetres))
+	/// let oneHundredCentimeters: Measure<Length> = .init(100, .centimeter)
+	/// print(oneMeter.isEquivalent(to: oneHundredCentimeters))
 	/// // Prints "true"
 	/// ```
 	///

Sources/Measures/Types/Units/DerivedUnits/Acceleration/Acceleration+Units.swift

@@ -10,5 +10,5 @@ extension Acceleration {
 	// MARK: - Composed Units
 
 	/// The meter per square second unit of acceleration.
-	public static let metrePerSquareSecond: Self = Length.meter.dividing(by: .second)
+	public static let meterPerSquareSecond: Self = Length.meter.dividing(by: .second)
 }

Sources/Measures/Types/Units/DerivedUnits/Acceleration/Acceleration.swift

@@ -30,5 +30,5 @@ public struct Acceleration: Measurable {
 
 	// MARK: - Base Unit
 
-	public static let base: Self = .metrePerSquareSecond
+	public static let base: Self = .meterPerSquareSecond
 }

Sources/Measures/Types/Units/DerivedUnits/Speed/Speed+Units.swift

@@ -14,11 +14,11 @@ extension Speed {
 
 	// MARK: - Metric Units
 
-	/// The kilometres per hour unit of speed.
-	public static let kilometresPerHour: Self = Length.kilometer.dividing(by: .hour)
+	/// The kilometers per hour unit of speed.
+	public static let kilometersPerHour: Self = Length.kilometer.dividing(by: .hour)
 
 	/// The meter per second unit of speed.
-	public static let metresPerSecond: Self = Length.meter.dividing(by: .second)
+	public static let metersPerSecond: Self = Length.meter.dividing(by: .second)
 
 	// MARK: - Other Units
 

Sources/Measures/Types/Units/DerivedUnits/Speed/Speed.swift

@@ -30,5 +30,5 @@ public struct Speed: Measurable {
 
 	// MARK: - Base Unit
 
-	public static let base: Self = .metresPerSecond
+	public static let base: Self = .metersPerSecond
 }