QC[code]: Fix typos, again...

app_pojavlauncher/src/main/java/net/kdt/pojavlaunch/imgcropper/BitmapCropBehaviour.java

@@ -85,7 +85,7 @@ public Bitmap crop(int targetMaxSide) {
         Matrix imageInverse = new Matrix();
         MatrixUtils.inverse(mImageMatrix, imageInverse);
         // By inverting the matrix we will effectively "divide" our rectangle by it, thus getting
-        // its two points on the bitmap's surface. Math be cool indeed.
+        // its two points on the surface of the bitmap. Math be cool indeed.
         Rect targetRect = new Rect();
         MatrixUtils.transformRect(mHostView.mSelectionRect, targetRect, imageInverse);
         // Pick the best dimensions for the crop result, shrinking the target if necessary.

app_pojavlauncher/src/main/java/net/kdt/pojavlaunch/imgcropper/RegionDecoderCropBehaviour.java

@@ -39,15 +39,15 @@ public class RegionDecoderCropBehaviour extends BitmapCropBehaviour {
     };
 
     /**
-     * Decoade a region from this Bitmap based on a subsection in the View coordinate space.
+     * Decode a region from this Bitmap based on a subsection in the View coordinate space.
      * @param targetDrawRect an output Rect. This Rect is the position at which the region must
      *                       be rendered within subsectionRect.
      * @param subsectionRect the subsection in View coordinate space. Note that this Rect is modified
      *                       by this function and shouldn't be re-used.
      * @return null if the resulting region is bigger than the original image
      *         null if the resulting region is completely out of the original image bounds
      *         null if the resulting region is smaller than 16x16 pixels
-     *         null if a region decoding error has occured
+     *         null if a region decoding error has occurred
      *         the resulting Bitmap region otherwise.
      */
     private Bitmap decodeRegionBitmap(RectF targetDrawRect, RectF subsectionRect) {