Update README

README.md

@@ -31,12 +31,17 @@ Each composite crest is paired with:
 - an English translation,
 - a non-linguistic program code over the generator factors.
 
-Because every crest is synthesized from a known triple of generator factors —
-container `C`, modifier `R`, motif `M` — KamonBench supports direct factor
+Because every crest is synthesized from a known triple of generator factors
+(container `C`, modifier `R`, motif `M`), KamonBench supports direct factor
 metrics, controlled factor-pair recombination splits, counterfactual motif-
-sensitivity tests under fixed container–modifier contexts, and linear probes
-of factor accessibility from frozen representations. See the accompanying
-paper for details and baselines.
+sensitivity tests under fixed (container, modifier) contexts, and linear
+probes of factor accessibility from frozen representations. See the
+accompanying paper for details and baselines.
+
+The companion code (package, training and evaluation pipelines, and the
+generator) lives at
+[`anon-submittere/KamonBench`](https://github.com/anon-submittere/KamonBench)
+during anonymous review.
 
 ## Quick start
 
@@ -103,8 +108,8 @@ Each Croissant record in the `images` record set has these fields:
 For program-label experiments, the same images are paired with non-linguistic
 codes for the container (`C:NNN`), modifier (`X:N`), and motif (`M:NNN`); the
 three `*_holdout.json` Croissant variants reassign splits so that whole factor
-combinations — `(C, M)`, `(R, M)`, `(C, R, M)` — are absent from training while
-the underlying primitive tokens still appear individually in training.
+combinations (`(C, M)`, `(R, M)`, or `(C, R, M)`) are absent from training,
+while the underlying primitive tokens still appear individually in training.
 
 ## Recombination splits
 
@@ -132,9 +137,8 @@ crests.
 
 The dataset is released under
 [CC BY-NC 4.0](https://creativecommons.org/licenses/by-nc/4.0/);
-see `LICENSE.txt` for the full legal code. The companion code (under
-[`anon-submittere/KamonBench`](https://github.com/anon-submittere/KamonBench)
-during anonymous review) is released under the MIT License.
+see `LICENSE.txt` for the full legal code. The companion code is released
+under the MIT License.
 
 The component images bundled with KamonBench (one isolated motif per
 composite and one container per contained composite) are repackaged in PNG