Update app.py

app.py

@@ -128,7 +128,7 @@ def calculate_blue_intensity(image_np, masks):
             # Calculate mean blue intensity (blue channel is index 2)
             blue_intensity = np.mean(cell_pixels[:, 2])  # Blue channel
             cell_blue_intensities[cell_id] = blue_intensity
-            # print(f"DEBUG: Cell {cell_id}: {len(cell_pixels)} pixels, blue intensity: {blue_intensity:.2f}") # Too verbose, uncomment if needed
+            print(f"DEBUG: Cell {cell_id}: {len(cell_pixels)} pixels, blue intensity: {blue_intensity:.2f}") # Too verbose, uncomment if needed
     print(f"DEBUG: Total cells with blue intensity: {len(cell_blue_intensities)}")
     return cell_blue_intensities
 
@@ -163,18 +163,18 @@ def create_viability_overlay(image_np, masks, blue_threshold):
     for cell_id, blue_intensity in cell_blue_intensities.items():
         cell_mask = masks == cell_id
         
-        # print(f"DEBUG: Processing cell {cell_id}, blue intensity: {blue_intensity:.2f}, threshold: {blue_threshold}") # Too verbose
+        print(f"DEBUG: Processing cell {cell_id}, blue intensity: {blue_intensity:.2f}, threshold: {blue_threshold}") # Too verbose
         
         if blue_intensity > blue_threshold:
             # Dead cell - color in red
             overlay[cell_mask] = [255, 0, 0]  # Red
             dead_count += 1
-            # print(f"DEBUG: Cell {cell_id} classified as DEAD") # Too verbose
+            print(f"DEBUG: Cell {cell_id} classified as DEAD") # Too verbose
         else:
             # Live cell - color in green
             overlay[cell_mask] = [0, 255, 0]  # Green
             live_count += 1
-            # print(f"DEBUG: Cell {cell_id} classified as LIVE") # Too verbose
+            print(f"DEBUG: Cell {cell_id} classified as LIVE") # Too verbose
     print(f"DEBUG: Final counts - Live: {live_count}, Dead: {dead_count}")
     
     # Blend with original image