Fix typo

Author: robmllze

lib/shared_src/web_friendly/packages/@location_utils_package/location_utils_package.dart

@@ -18,7 +18,7 @@ part 'src/_calculate_havershire_3d_distance.dart';
 part 'src/_calculate_zoom_to_fit.dart';
 part 'src/_distance_unit.dart';
 part 'src/_sphere_radius.dart';
-part 'src/_t_location.dart';
+part 'src/_t_location_components.dart';
 
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lib/shared_src/web_friendly/packages/@location_utils_package/src/_calculate_best_center.dart

@@ -18,8 +18,8 @@ extension CalculateBestCentereOnLocationPackageExtension
   /// center unless the distance to the closest marker is greater than the
   /// [threshold], then the closest marker is used. The [distanceUnit] is the unit of
   /// the threshold.
-  TLocation calculateBestCenter({
-    required Set<TLocation> locations,
+  TLocationComponents calculateBestCenter({
+    required Set<TLocationComponents> locations,
     required double threshold,
     required LocationUtilsPackageDistanceUnit distanceUnit,
   }) {

lib/shared_src/web_friendly/packages/@location_utils_package/src/_calculate_geometric_center.dart

@@ -15,8 +15,8 @@ part of '../location_utils_package.dart';
 extension CalculateGeometricCentereOnLocationPackageExtension
     on LocationUtilsPackage {
   /// Calculates the geometric center of a set of locations.
-  TLocation calculateGeometricCenter(
-    Set<TLocation> locations,
+  TLocationComponents calculateGeometricCenter(
+    Set<TLocationComponents> locations,
   ) {
     if (locations.isEmpty) {
       return (

lib/shared_src/web_friendly/packages/@location_utils_package/src/_calculate_havershire_3d_distance.dart

@@ -38,10 +38,9 @@ extension CalculateHavershire3DDistanceOnLocationPackageExtension
   /// - `unit` - The unit of distance to return. Default is `LocationPackageDistanceUnit.METRES`.
   /// - `radius` - The radius of the sphere. Default is `LocationPackageSphereRadius.EARTH`.
   double calculateHavershire3DDistance({
-    required TLocation location1,
-    required TLocation location2,
-    LocationUtilsPackageDistanceUnit unit =
-        LocationUtilsPackageDistanceUnit.METRES,
+    required TLocationComponents location1,
+    required TLocationComponents location2,
+    LocationUtilsPackageDistanceUnit unit = LocationUtilsPackageDistanceUnit.METRES,
     LocationUtilsPackageRadius radius = LocationUtilsPackageRadius.EARTH,
   }) {
     final lat1 = location1.latitude;

lib/shared_src/web_friendly/packages/@location_utils_package/src/_calculate_zoom_to_fit.dart

@@ -19,7 +19,7 @@ extension CalculateZoomToFitOnLocationPackageExtension on LocationUtilsPackage {
   /// is a multiplier to adjust the zoom level. The [minZoom] and [maxZoom] are
   /// the minimum and maximum zoom levels to clamp the result.
   double calculateZoomToFit(
-    Iterable<TLocation> locations, {
+    Iterable<TLocationComponents> locations, {
     double factor = 1.0,
     double minZoom = 10.0,
     double maxZoom = 20.0,

lib/shared_src/web_friendly/packages/@location_utils_package/src/_t_location.dart lib/shared_src/web_friendly/packages/@location_utils_package/src/_t_location_components.dart

@@ -12,4 +12,4 @@ part of '../location_utils_package.dart';
 
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-typedef TLocation = ({double longitude, double latitude, double altitude});
+typedef TLocationComponents = ({double longitude, double latitude, double altitude});