Update swiftformat

Sources/ClusterMap/Public/Core/ClusterManager.swift

@@ -153,7 +153,7 @@ public final class ClusterManager<Annotation: CoordinateIdentifiable>
             }
         }
     }
-    
+
     /// Reloads the annotations on the map based on the current zoom level and visible map region.
     /// This is an async-await variant of the `reload(mapViewSize:coordinateRegion:completion:)` method.
     ///
@@ -169,7 +169,7 @@ public final class ClusterManager<Annotation: CoordinateIdentifiable>
             }
         }
     }
-    
+
     /// Reloads the annotations on the map based on the current zoom level and visible map region.
     ///
     /// - Parameters:

Sources/ClusterMap/Public/Core/Configuration/ClusterAlignment.swift

@@ -10,7 +10,8 @@ import MapKit
 
 /// Manages the alignment of clustered annotations on the map.
 ///
-/// `ClusterAlignment` is a wrapper around a `ClusterAlignmentStrategy` implementation. It is responsible for determining the position of the cluster icon based on the geographical coordinates of its constituent annotations.
+/// `ClusterAlignment` is a wrapper around a `ClusterAlignmentStrategy` implementation. It is responsible for
+/// determining the position of the cluster icon based on the geographical coordinates of its constituent annotations.
 ///
 /// - Note: You can initialize `ClusterAlignment` with any object conforming to `ClusterAlignmentStrategy`.
 /// This allows for custom alignment strategies.
@@ -32,15 +33,17 @@ public struct ClusterAlignment: ClusterAlignmentStrategy {
 
     /// Initializes a new `ClusterAlignment` instance.
     ///
-    /// - Parameter alignmentStrategy: The object implementing `ClusterAlignmentStrategy` to be used for cluster alignment.
+    /// - Parameter alignmentStrategy: The object implementing `ClusterAlignmentStrategy` to be used for cluster
+    /// alignment.
     public init(alignmentStrategy: ClusterAlignmentStrategy) {
         self.alignmentStrategy = alignmentStrategy
     }
 
     /// Calculates the position for a cluster based on its coordinates.
     ///
     /// - Parameters:
-    ///   - coordinates: An array of `CLLocationCoordinate2D` representing the geographical coordinates of each annotation in the cluster.
+    ///   - coordinates: An array of `CLLocationCoordinate2D` representing the geographical coordinates of each
+    /// annotation in the cluster.
     ///   - mapRect: The visible rectangle area of the map view.
     ///
     /// - Returns: The `CLLocationCoordinate2D` that represents the cluster's aligned position on the map.
@@ -58,7 +61,8 @@ public extension ClusterAlignment {
         alignmentStrategy: GetCenterCoordinate()
     )
 
-    /// Сluster position near to the center of the map grid relative to the underlying annotations. If there are no annotations, it falls back to the center of map grid.
+    /// Сluster position near to the center of the map grid relative to the underlying annotations. If there are no
+    /// annotations, it falls back to the center of map grid.
     static let nearCenter = ClusterAlignment(
         alignmentStrategy: GetNearCenterCoordinate(clusterCenterPosition: GetCenterCoordinate())
     )
@@ -68,7 +72,8 @@ public extension ClusterAlignment {
         alignmentStrategy: GetAverageCoordinate()
     )
 
-    /// Cluster position is equal to the location of the first of the underlying annotations. If there are no annotations, it falls back to the center of map grid.
+    /// Cluster position is equal to the location of the first of the underlying annotations. If there are no
+    /// annotations, it falls back to the center of map grid.
     static let first = ClusterAlignment(
         alignmentStrategy: GetFirstCoordinate(fallback: GetCenterCoordinate())
     )

Sources/ClusterMap/Public/Core/Configuration/ClusterManager+Configuration.swift

@@ -28,37 +28,43 @@ public extension ClusterManager {
         ///
         /// Beyond this zoom level, annotations will be displayed individually.
         ///
-        /// - Note: The minimum value is `0` (max zoom out) and the maximum value is `20` (max zoom in). The default is `20`.
+        /// - Note: The minimum value is `0` (max zoom out) and the maximum value is `20` (max zoom in). The default is
+        /// `20`.
         @Clamping(to: 0...20)
         public var maxZoomLevel: Double = 20
 
         /// Threshold number for clustering within a region.
         ///
-        /// This count is the minimum number of annotations required to form a cluster. Annotations in regions with fewer than this count will not be clustered.
+        /// This count is the minimum number of annotations required to form a cluster. Annotations in regions with
+        /// fewer than this count will not be clustered.
         ///
         /// - Note: The default is `2`.
         @Clamping(to: 0...)
         public var minCountForClustering: Int = 2
 
         /// Removal of non-visible annotations.
         ///
-        /// This optimizes rendering performance by avoiding the computation of annotations that aren't currently visible in the map's viewport.
+        /// This optimizes rendering performance by avoiding the computation of annotations that aren't currently
+        /// visible in the map's viewport.
         /// When set to `true`, annotations outside the current map view will not be processed.
         ///
         /// - Note: The default is `true`.
         public var shouldRemoveInvisibleAnnotations: Bool
 
         /// Distribution of annotations with identical coordinates.
         ///
-        /// This ensures that annotations with identical or very close coordinates can still be distinctly recognized and interacted with by the user.
-        /// When set to `true`, annotations with the same coordinate will be distributed slightly to prevent them from overlapping.
+        /// This ensures that annotations with identical or very close coordinates can still be distinctly recognized
+        /// and interacted with by the user.
+        /// When set to `true`, annotations with the same coordinate will be distributed slightly to prevent them from
+        /// overlapping.
         ///
         /// - Note: The default is `true`.
         public var shouldDistributeAnnotationsOnSameCoordinate: Bool
 
         /// Distance (in meters) for distributing overlapping annotations.
         ///
-        /// When `shouldDistributeAnnotationsOnSameCoordinate` is `true`, this value represents the distance (in meters) by which annotations should be shifted apart from a contested location.
+        /// When `shouldDistributeAnnotationsOnSameCoordinate` is `true`, this value represents the distance (in meters)
+        /// by which annotations should be shifted apart from a contested location.
         ///
         /// - Note: The default is `3`.
         @Clamping(to: 0...)
@@ -71,11 +77,14 @@ public extension ClusterManager {
         /// The following clustering strategies are available for use:
         ///
         /// - `.center`: Represents the center position for a cluster of `MKAnnotation` instances.
-        /// - `.nearCenter`: Represents the position of the `MKAnnotation` nearest to the center. Defaults to the center if no annotations are available.
+        /// - `.nearCenter`: Represents the position of the `MKAnnotation` nearest to the center. Defaults to the center
+        /// if no annotations are available.
         /// - `.average`: Represents the average position for a cluster of `MKAnnotation` instances.
-        /// - `.first`: Represents the first `MKAnnotation` position within a cluster. Defaults to the center if no annotations are available.
+        /// - `.first`: Represents the first `MKAnnotation` position within a cluster. Defaults to the center if no
+        /// annotations are available.
         ///
-        /// - Note: You can develop your alignment strategy by implementing the `ClusterAlignmentStrategy` protocol on a `ClusterAlignment` struct.
+        /// - Note: You can develop your alignment strategy by implementing the `ClusterAlignmentStrategy` protocol on a
+        /// `ClusterAlignment` struct.
         ///
         /// Here's an example:
         /// ```swift
@@ -96,12 +105,15 @@ public extension ClusterManager {
 
         /// Dynamic size adjustment of the grid cell for a given zoom level.
         ///
-        /// This closure takes an `Int` value representing the zoom level and returns a `CGSize` that sets the dimensions of the cell size at that zoom level.
+        /// This closure takes an `Int` value representing the zoom level and returns a `CGSize` that sets the
+        /// dimensions of the cell size at that zoom level.
         ///
-        /// Use this to control how cells should be sized at different zoom levels to optimize clustering and  performance.
+        /// Use this to control how cells should be sized at different zoom levels to optimize clustering and 
+        /// performance.
         ///
         /// - Parameter zoom: The zoom level as an `Int`.
-        /// - Returns: A `CGSize` representing the width and height of the cell at the given zoom level. Only square cell is supported.
+        /// - Returns: A `CGSize` representing the width and height of the cell at the given zoom level. Only square
+        /// cell is supported.
         ///
         /// - Note: Here's an example::
         ///