nits

src/code-predictor-forward.h

@@ -1,5 +1,5 @@
 #pragma once
-// code-predictor-forward.h : run the 5-layer Qwen3 code predictor over a
+// code-predictor-forward.h: run the 5-layer Qwen3 code predictor over a
 // growing context to produce the 15 acoustic codes of one audio frame,
 // KV cached.
 //
@@ -13,7 +13,7 @@
 //                                        frame, ready for decode through
 //                                        the codec
 //
-// The predictor cache is local to a single frame : we reset it at every
+// The predictor cache is local to a single frame: we reset it at every
 // frame, prefill the first two positions (talker_hidden + embed(c0)),
 // then decode 14 single-token steps. Total work drops from
 // O(sum_{g=0..14} (g+2)^2) = O(1496 token-steps) to O(16) per frame,
@@ -29,14 +29,14 @@
 #include <vector>
 
 struct CodePredictorOutput {
-    // Sixteen codes : c0 from the talker plus c1..c15 from the predictor.
+    // Sixteen codes: c0 from the talker plus c1..c15 from the predictor.
     std::vector<int32_t> codes;
 };
 
 // Run the predictor for one audio frame. Caller passes the talker hidden
 // state for the current frame and the already-sampled c0. Sampling
 // parameters control greedy (temperature <= 0) vs stochastic. subseq_base
-// is the Philox subsequence of the c0 sample for this step ; the 15
+// is the Philox subsequence of the c0 sample for this step; the 15
 // acoustic samples consume subseq_base + 1 .. subseq_base + 15.
 // Returns the full vector of 16 codes. dump_dir may be NULL.
 bool code_predictor_step(const TalkerWeights *        tw,