chore: fix some typos in comments

examples/type_conversion.rs

@@ -11,7 +11,7 @@ fn main()
 {
     // Converting an array from one datatype to another is implemented with the
     // `ArrayBase::mapv()` function. We pass a closure that is applied to each
-    // element independently. This allows for more control and flexiblity in
+    // element independently. This allows for more control and flexibility in
     // converting types.
     //
     // Below, we illustrate four different approaches for the actual conversion

src/impl_owned_array.rs

@@ -176,7 +176,7 @@ impl<A> Array<A, Ix2>
     /// along the "growing axis". However, if the memory layout needs adjusting, the array must
     /// reallocate and move memory.
     ///
-    /// The operation leaves the existing data in place and is most efficent if one of these is
+    /// The operation leaves the existing data in place and is most efficient if one of these is
     /// true:
     ///
     /// - The axis being appended to is the longest stride axis, i.e the array is in row major
@@ -221,7 +221,7 @@ impl<A> Array<A, Ix2>
     /// along the "growing axis". However, if the memory layout needs adjusting, the array must
     /// reallocate and move memory.
     ///
-    /// The operation leaves the existing data in place and is most efficent if one of these is
+    /// The operation leaves the existing data in place and is most efficient if one of these is
     /// true:
     ///
     /// - The axis being appended to is the longest stride axis, i.e the array is in column major
@@ -510,7 +510,7 @@ where D: Dimension
     /// along the "growing axis". However, if the memory layout needs adjusting, the array must
     /// reallocate and move memory.
     ///
-    /// The operation leaves the existing data in place and is most efficent if `axis` is a
+    /// The operation leaves the existing data in place and is most efficient if `axis` is a
     /// "growing axis" for the array, i.e. one of these is true:
     ///
     /// - The axis is the longest stride axis, for example the 0th axis in a C-layout or the
@@ -566,7 +566,7 @@ where D: Dimension
     /// along the "growing axis". However, if the memory layout needs adjusting, the array must
     /// reallocate and move memory.
     ///
-    /// The operation leaves the existing data in place and is most efficent if `axis` is a
+    /// The operation leaves the existing data in place and is most efficient if `axis` is a
     /// "growing axis" for the array, i.e. one of these is true:
     ///
     /// - The axis is the longest stride axis, for example the 0th axis in a C-layout or the

src/impl_ref_types.rs

@@ -16,7 +16,7 @@
 //! Because raw views do not meet `S: Data`, they cannot dereference to `ArrayRef`; furthermore,
 //! technical limitations of Rust's compiler means that `ArrayBase` cannot have multiple `Deref` implementations.
 //! In addition, shared-data arrays do not want to go down the `Deref` path to get to methods on `RawRef`
-//! or `LayoutRef`, since that would unecessarily ensure their uniqueness.
+//! or `LayoutRef`, since that would unnecessarily ensure their uniqueness.
 //!
 //! To mitigate these problems, `ndarray` also provides `AsRef` and `AsMut` implementations as follows:
 //!     1. `ArrayBase` implements `AsRef` to `RawRef` and `LayoutRef` when `S: RawData`

src/lib.rs

@@ -1585,7 +1585,7 @@ pub type ArcArray<A, D> = ArrayBase<OwnedArcRepr<A>, D>;
 ///
 /// + [Constructor Methods for Owned Arrays](ArrayBase#constructor-methods-for-owned-arrays)
 /// + [Methods For All Array Types](ArrayBase#methods-for-all-array-types)
-/// + Dimensionality-specific type alises
+/// + Dimensionality-specific type aliases
 ///   [`Array1`],
 ///   [`Array2`],
 ///   [`Array3`], ...,