Refactoring

Author: ra1028

README.md

@@ -741,7 +741,7 @@ The attributes allow control over how the atoms essentially work, for example, c
 
 #### [Scoped](https://ra1028.github.io/swiftui-atom-properties/documentation/atoms/scoped)
 
-`Scoped` preserves the atom state in the nearest scope in the ancestor of where it is used and prevent it from being shared outside of the scope.
+`Scoped` preserves the atom state in the scope nearest to the ancestor of where it is used and prevents it from being shared out of scope.
 
 <details><summary><code>📖 Example</code></summary>
 
@@ -1250,7 +1250,7 @@ struct NewsView: View {
 #### Scoped Atoms
 
 This library is designed with the shared state as a single source of truth first principle, but also the state can be scoped depending on the intended use.  
-Scoped atoms preserve their state in the nearest [AtomScope](#atomscope) in the ancestor of the view in which the atom is used, and they are not shared outside the scope. `Scoped` is the attribute for that feature.  
+Scoped atoms preserves the atom state in the [AtomScope](#atomscope) nearest to the ancestor of where it is used and prevents it from being shared out of scope. `Scoped` is the attribute for that feature.  
 
 ```swift
 struct TextInputAtom: StateAtom, Scoped Hashable {

Sources/Atoms/Attribute/Scoped.swift

@@ -1,5 +1,5 @@
-/// An attribute protocol to preserve the atom state in the nearest scope in the ancestor of
-/// where it is used and prevent it from being shared outside of the scope.
+/// An attribute protocol to preserve the atom state in the scope nearest to the ancestor
+/// of where it is used and prevents it from being shared out of scope.
 ///
 /// If multiple scopes are nested, you can define an arbitrary `scopeID` to ensure that
 /// values are stored in a particular scope.

Sources/Atoms/Context/AtomCurrentContext.swift

@@ -40,7 +40,7 @@ public struct AtomCurrentContext<Coordinator>: AtomContext {
     /// and assigns a new value for the atom.
     /// When you assign a new value, it immediately notifies downstream atoms and views.
     ///
-    /// - SeeAlso: ``AtomViewContext/subscript(_:)``
+    /// - SeeAlso: ``AtomContext/subscript(_:)``
     ///
     /// ```swift
     /// let context = ...

Sources/Atoms/Context/AtomTestContext.swift

@@ -173,7 +173,7 @@ public struct AtomTestContext: AtomWatchableContext {
     /// and assigns a new value for the atom.
     /// When you assign a new value, it immediately notifies downstream atoms and views.
     ///
-    /// - SeeAlso: ``AtomTestContext/subscript(_:)``
+    /// - SeeAlso: ``AtomContext/subscript(_:)``
     ///
     /// ```swift
     /// let context = AtomTestContext()

Sources/Atoms/Context/AtomTransactionContext.swift

@@ -47,7 +47,7 @@ public struct AtomTransactionContext<Coordinator>: AtomWatchableContext {
     /// and assigns a new value for the atom.
     /// When you assign a new value, it immediately notifies downstream atoms and views.
     ///
-    /// - SeeAlso: ``AtomTransactionContext/subscript(_:)``
+    /// - SeeAlso: ``AtomContext/subscript(_:)``
     ///
     /// ```swift
     /// let context = ...

Sources/Atoms/Context/AtomViewContext.swift

@@ -46,7 +46,7 @@ public struct AtomViewContext: AtomWatchableContext {
     /// and assigns a new value for the atom.
     /// When you assign a new value, it immediately notifies downstream atoms and views.
     ///
-    /// - SeeAlso: ``AtomViewContext/subscript(_:)``
+    /// - SeeAlso: ``AtomContext/subscript(_:)``
     ///
     /// ```swift
     /// let context = ...