Update app.py

app.py

@@ -255,8 +255,7 @@ with gr.Blocks(css=custom_css, theme="ocean") as demo:
             lines=2, 
             scale=4, 
             interactive=False,
-            info="Weights shown below are the normalized values of the sliders",
-            placeholder="This will begin to display immediately once any of the voice checkboxes is selected"
+            placeholder="This will begin to display immediately once any of the voice checkboxes is selected selected"
         )
         input_text = gr.Textbox(
             label="Input Text", 
@@ -273,30 +272,31 @@ with gr.Blocks(css=custom_css, theme="ocean") as demo:
     def generate_voice_formula(*values):
         """
         Generate a formatted string showing the normalized voice combination.
-        Returns: String like "0.6 * voice1 + 0.4 * voice2"
+        Returns: String like "0.6 * voice1" or "0.4 * voice1 + 0.6 * voice2"
         """
         n = len(values) // 2
         checkbox_values = values[:n]
         slider_values = list(values[n:])
 
         # Get active sliders and their names
-        active_pairs = [(slider_values[i], slider_configs[i][0])  # Use value instead of label
-                       for i in range(len(slider_configs))
-                       if checkbox_values[i] and slider_values[i] > 0]
+        active_pairs = [(slider_values[i], slider_configs[i][0])
+                      for i in range(len(slider_configs))
+                      if checkbox_values[i]]
 
         if not active_pairs:
             return ""
 
-        # Calculate sum for normalization
+        # If only one voice is selected, use its actual value
+        if len(active_pairs) == 1:
+            value, name = active_pairs[0]
+            return f"{value:.3f} * {name}"
+
+        # Calculate sum for normalization of multiple voices
         total_sum = sum(value for value, _ in active_pairs)
 
         if total_sum == 0:
             return ""
 
-        # For single voice, always use weight 1.0
-        if len(active_pairs) == 1:
-            return f"1.000 * {active_pairs[0][1]}"
-
         # Generate normalized formula for multiple voices
         terms = []
         for value, name in active_pairs: