Minor change to comment

src/brevitas/graph/equalize.py

@@ -1531,6 +1531,7 @@ def __init__(
             orphan_sink: bool = False,
             sdpa_regions: bool = False,
             rotate_matmul: bool = False,
+            fuse_rotations: bool = True,
             full_rotation_method: str = 'had',
             return_rewriters: bool = False) -> None:
         super(GraphRotationEqualization, self).__init__()
@@ -1548,6 +1549,17 @@ def __init__(
         self.full_rotation_method = full_rotation_method
         self.return_rewriters = return_rewriters
         self.sdpa_regions = sdpa_regions
+        if not fuse_rotations:
+            # NOTE: When fuse_rotations=False, parametrized rotations are applied. This changes the attribute __class__
+            # of the parametrized module, e.g. to"<class 'torch.nn.utils.parametrize.ParametrizedLinear'>".
+            # Therefore, algorithms that do type checking might need to use type_before_parametrizations(module),
+            # instead of only type(module) (see layerwise_layer_handler). Algorithms that rely on in-place modifications
+            # of the weights should not operate on parametrized modules. In this situation, parametrizations
+            # need to be removed beforehand by invoking fuse_parametrized_rotations
+            warnings.warn(
+                "Using parametrized results might break type-checking, which could lead to unexpected behaviour."
+            )
+        self.fuse_rotations = fuse_rotations
 
     def rotate_matmuls(self, graph_module):
         matmul_nodes = list(graph_module.graph.nodes)
@@ -1608,10 +1620,8 @@ def find_sink(node):
                     m.pre_process_k = functional_rotate_input
         return regions
 
-    def apply(
-            self,
-            graph_model: GraphModule,
-            fuse_rotations: bool = True) -> Union[Tuple[GraphModule, List[Transform]], GraphModule]:
+    def apply(self,
+              graph_model: GraphModule) -> Union[Tuple[GraphModule, List[Transform]], GraphModule]:
         rewriters = []
         regions = _extract_regions(
             graph_model,
@@ -1640,7 +1650,7 @@ def apply(
             self.rotate_matmuls(graph_model)
         if len(regions) > 0:
             rewriters = _apply_rotate(
-                graph_model, regions, self.full_rotation_method, fuse_rotations=fuse_rotations)
+                graph_model, regions, self.full_rotation_method, fuse_rotations=self.fuse_rotations)
         if self.return_rewriters:
             return graph_model, rewriters
         else:

src/brevitas_examples/llm/main.py

@@ -104,25 +104,9 @@ def fused_rotation_no_fx(model, calibration_loader, args, fuse_rotations: bool =
         orphan_sink=args.rotation_orphan_sink,
         full_rotation_method=args.rotation_mode,
         return_rewriters=True,
-        sdpa_regions=args.rotation_sdpa_regions)
-    if not fuse_rotations:
-        # NOTE: When fuse_rotations=False, parametrized rotations are applied, i.e. the weights of
-        # selected modules stop being attributes but, instead, properties, and their value is
-        # computed by passing the original value of the tensor through the forward passes of the
-        # parametrization modules. Parametrizations are registered using
-        # torch.nn.utils.parametrize.register_parametrization, which modifies the __class__
-        # attribute of the parametrized module, e.g. "<class 'torch.nn.modules.linear.Linear'>"
-        # changes to "<class 'torch.nn.utils.parametrize.ParametrizedLinear'>". Therefore,
-        # algorithms that do type checking might need to use type_before_parametrizations(module),
-        # instead of only type(module) (see layerwise_layer_handler). Moreover, if, for instance,
-        # the "weight" attribute is parametrized, it will be removed from the attributes
-        # of the class. Consequently, quantization algorithms that rely on in-place modifications
-        # of the weights should not operate on parametrized modules. In this situation, parametrizations
-        # need to be removed beforehand by invoking fuse_parametrized_rotations
-        warn(
-            "Using parametrized results might break type-checking, which could lead to unexpected behaviour."
-        )
-    new_model, rewriters = eq.apply(new_model, fuse_rotations=fuse_rotations)
+        sdpa_regions=args.rotation_sdpa_regions,
+        fuse_rotations=fuse_rotations)
+    new_model, rewriters = eq.apply(new_model)
     rewriters = fix_rewriter(rewriters, model, 'weight')
     for r in rewriters:
         # The weights between model and new_model are tied, so this check prevents