2 files changed, 5 insertions(+), 5 deletions(-)

M src/Data/Text/ParagraphLayout/Internal/Layout.hs
M src/Data/Text/ParagraphLayout/Internal/ParagraphLine.hs

@@ 196,8 196,8 @@ layoutAndWrapRunsH maxWidth prevOpenBoxes runs = NonEmpty.head $ validProtoLines
         --       shortest hard break.
         splits = hardSplit runs :| softSplits runs
 
--- | Construct a `ProtoLine`, peeking at the text run on the following line
--- to determine `nextOpenBoxes`.
+-- | Construct a `PL.ProtoLine`, peeking at the text run on the following line
+-- to determine `PL.nextOpenBoxes`.
 protoLine
     :: [RB.ResolvedBox d]
     -> [ProtoFragmentWithSpan d]

@@ 56,11 56,11 @@ instance GenericLayout (R.ParagraphLayout d) where
     shiftFragments dy = R.mapFragments (shiftFragment dy)
     appendFragments = R.appendFragments
 
--- | Split the given `ParagraphLayout` into single-line layouts.
+-- | Split the given paragraph layout into single-line layouts.
 cutLines :: GenericLayout pl => pl -> [pl]
 cutLines pl = map (\ n -> cutLine n pl) (lineNumbers pl)
 
--- | Reduce the given `ParagraphLayout` to fragments with the given line number.
+-- | Reduce the given paragraph layout to fragments with the given line number.
 cutLine :: GenericLayout pl => Int -> pl -> pl
 cutLine n pl = trimTop $ limitFragments n pl
 


@@ 78,7 78,7 @@ uniqueFragmentLines frags = dedupe $ map fragmentLine frags
 dedupe :: Eq a => [a] -> [a]
 dedupe xs = map NonEmpty.head $ NonEmpty.group xs
 
--- | Put the given `ParagraphLayout`s together as a vertically contiguous
+-- | Put the given paragraph layouts together as a vertically contiguous
 -- sequence.
 mergeLines :: GenericLayout pl => [pl] -> pl
 mergeLines lls = foldl mergeLine empty lls