Fix typos again

livebooks/auto_correct_rotation.livemd

@@ -180,7 +180,7 @@ lines. Now we just need to find the angle.
 
 ## Finding the angle
 
-As said before ouput of image of Fourier Transform will be in complex band format.
+As said before output of image of Fourier Transform will be in complex band format.
 The real part of it is amplitude, which is what we are
 seeing as lines and there is imaginary part which is phase.
 

livebooks/rainbow.livemd

@@ -201,7 +201,7 @@ width = height = 255
 # pixel right-bottom will be `{255, 255}` (white)
 xy = Operation.xyz!(width, height)
 
-# Display how axis values are chaning
+# Display how axis values are chaining
 Kino.Layout.grid([Kino.Text.new("X-Axis"), Kino.Text.new("Y-Axis"), xy[0], xy[1]], columns: 2)
 |> Kino.render()
 
@@ -274,7 +274,7 @@ defmodule ComplexOps do
     # [new_x, new_y] = map[x, y]
     # out[x, y] = img[new_x, new_y]
     #
-    # mapim is to roate, displace, distort, any type of spatial operations.
+    # mapim is to rotate, displace, distort, any type of spatial operations.
     # where the pixel value (color) remain same but the position is changed.
     Operation.mapim!(img, xy, background: background)
   end

test/vix/vips/access_test.exs

@@ -69,7 +69,7 @@ defmodule Vix.Vips.AccessTest do
   test "Access behaviour with invalid dimensions" do
     {:ok, im} = Image.new_from_file(img_path("puppies.jpg"))
 
-    # Negative indicies can't include 0 since thats a wrap-around
+    # Negative indices can't include 0 since that's a wrap-around
     assert_raise ArgumentError, "Invalid range -3..0", fn ->
       im[[-3..0]]
     end