Handle Keyword dict keys in fused-pipeline primitive

sexp_effects/primitive_libs/streaming_gpu.py

@@ -858,6 +858,19 @@ except ImportError as e:
 _FUSED_PIPELINE_CACHE = {}
 
 
+def _normalize_effect_dict(effect):
+    """Convert effect dict with Keyword keys to string keys."""
+    result = {}
+    for k, v in effect.items():
+        # Handle Keyword objects from sexp parser
+        if hasattr(k, 'name'):  # Keyword object
+            key = k.name
+        else:
+            key = str(k)
+        result[key] = v
+    return result
+
+
 def prim_fused_pipeline(img, effects_list, **dynamic_params):
     """
     Apply a fused CUDA kernel pipeline to an image.
@@ -879,6 +892,9 @@ def prim_fused_pipeline(img, effects_list, **dynamic_params):
 
     Supported ops: rotate, zoom, ripple, invert, hue_shift, brightness
     """
+    # Normalize effects list - convert Keyword keys to strings
+    effects_list = [_normalize_effect_dict(e) for e in effects_list]
+
     if not _FUSED_KERNELS_AVAILABLE:
         # Fallback: apply effects one by one
         result = img

test_fused_pipeline.sexp

@@ -15,12 +15,13 @@
   (require-primitives "math")
 
   ;; Define the effects pipeline (compiled to single CUDA kernel)
+  ;; Each effect is a map with :op and effect-specific parameters
   (def effects-pipeline
-    [{"op" "rotate" "angle" 0}
-     {"op" "zoom" "amount" 1.0}
-     {"op" "hue_shift" "degrees" 30}
-     {"op" "ripple" "amplitude" 15 "frequency" 10 "decay" 2 "phase" 0 "center_x" 960 "center_y" 540}
-     {"op" "brightness" "factor" 1.0}])
+    [{:op "rotate" :angle 0}
+     {:op "zoom" :amount 1.0}
+     {:op "hue_shift" :degrees 30}
+     {:op "ripple" :amplitude 15 :frequency 10 :decay 2 :phase 0 :center_x 960 :center_y 540}
+     {:op "brightness" :factor 1.0}])
 
   ;; Frame pipeline
   (frame