diff --git a/zip-0244.rst b/zip-0244.rst
index 301610e0..8b2ee8a9 100644
--- a/zip-0244.rst
+++ b/zip-0244.rst
@@ -219,7 +219,8 @@ The personalization field of this hash is set to::
 
   "ZTxIdPrevoutHash"
 
-In the case that the transaction has no transparent inputs, ``prevouts_digest`` is ::
+In the case that the transaction has transparent outputs but no transparent inputs,
+``prevouts_digest`` is ::
 
   BLAKE2b-256("ZTxIdPrevoutHash", [])
 
@@ -232,7 +233,8 @@ The personalization field of this hash is set to::
 
   "ZTxIdSequencHash"
 
-In the case that the transaction has no transparent inputs, ``sequence_digest`` is ::
+In the case that the transaction has transparent outputs but no transparent inputs,
+``sequence_digest`` is ::
 
   BLAKE2b-256("ZTxIdSequencHash", [])
 
@@ -247,7 +249,8 @@ The personalization field of this hash is set to::
 
   "ZTxIdOutputsHash"
 
-In the case that the transaction has no transparent outputs, ``outputs_digest`` is ::
+In the case that the transaction has transparent inputs but no transparent outputs,
+``outputs_digest`` is ::
 
   BLAKE2b-256("ZTxIdOutputsHash", [])
 
@@ -284,7 +287,8 @@ The personalization field of this hash is set to::
 
   "ZTxIdSSpendsHash"
 
-In the case that no Sapling spends are present, ``sapling_spends_digest`` is ::
+In the case that the transaction has Sapling outputs but no Sapling spends,
+``sapling_spends_digest`` is ::
 
     BLAKE2b-256("ZTxIdSSpendsHash", [])
 
@@ -327,7 +331,8 @@ The personalization field of this hash is set to::
 
   "ZTxIdSOutputHash"
 
-In the case that no Sapling outputs are present, ``sapling_outputs_digest`` is ::
+In the case that the transaction has Sapling spends but no Sapling outputs,
+``sapling_outputs_digest`` is ::
 
     BLAKE2b-256("ZTxIdSOutputHash", [])
 
@@ -447,8 +452,8 @@ A new per-input transaction digest algorithm is defined that constructs a hash t
 signed by a transaction creator to commit to the effects of the transaction. A signature
 digest is produced for each transparent input, each Sapling input, and each Orchard
 action. For transparent inputs, this follows closely the algorithms from ZIP 143 [#zip-0143]_
-and ZIP 243 [#zip-0243]_. For other input types, this algorithm has the exact same
-output as the transaction digest algorithm, thus the txid may be signed directly.
+and ZIP 243 [#zip-0243]_. For shielded inputs, this algorithm has the exact same output
+as the transaction digest algorithm, thus the txid may be signed directly.
 
 The overall structure of the hash is as follows; each name referenced here will be
 described in detail below::