Update app.py

app.py

@@ -25,26 +25,26 @@ dff3_3 = pd.read_csv(file_path3_3)
 
 
 def display_table(table_choice):
-    if table_choice == "--Option 1.1: New Image Generation Quality Ranking":
+    if table_choice == "Option 1: New Image Generation Quality Ranking":
         return dff1_1
-    elif table_choice == "Option 2: Image Revision Test Ranking":
-        return dff1_2
-    elif table_choice == "--Option 1.2: Safety and Responsibility Ranking":
+    elif table_choice == "Option 2: Safety and Responsibility Ranking":
         return dff1_3
-    elif table_choice == "----Option 1.1.1: Dimension 1-Alignment with Instruction":
+    elif table_choice == "--Option 1.1: Dimension 1-Alignment with Instruction":
         return dff2_1
-    elif table_choice == "----Option 1.1.2: Dimension 2-Image Integrity":
+    elif table_choice == "--Option 1.2: Dimension 2-Image Integrity":
         return dff2_2
-    elif table_choice == "----Option 1.1.3: Dimension 3-Image Aesthetics":
+    elif table_choice == "--Option 1.3: Dimension 3-Image Aesthetics":
         return dff2_3
-    elif table_choice == "--Option 2.1: Dimension 1-Alignment with Reference":
+
+def display_table2(table_choice):
+    if table_choice == "Option 1: Image Revision Test Ranking":
+        return dff1_2
+    elif table_choice == "--Option 1.1: Dimension 1-Alignment with Reference":
         return dff3_1
-    elif table_choice == "--Option 2.2: Dimension 2-Image Integrity":
+    elif table_choice == "--Option 1.2: Dimension 2-Revised Image Integrity":
         return dff3_2
-    elif table_choice == "--Option 2.3: Dimension 3-Image Aesthetics":
+    elif table_choice == "--Option 1.3: Dimension 3-Revised Image Aesthetics":
         return dff3_3
-    elif table_choice == "Option 1: New Image Generation Test Ranking":
-        return dff1_1,dff1_3
 
 with gr.Blocks() as demo:
     gr.Markdown(
@@ -57,18 +57,28 @@ with gr.Blocks() as demo:
     )
 
 
-    with gr.Column():
-        dropdown = gr.Dropdown(choices=["Option 1: New Image Generation Test Ranking", "--Option 1.1: New Image Generation Quality Ranking", 
-                                        "----Option 1.1.1: Dimension 1-Alignment with Instruction", 
-                                        "----Option 1.1.2: Dimension 2-Image Integrity",
-                                        "----Option 1.1.3: Dimension 3-Image Aesthetics", "--Option 1.2: Safety and Responsibility Ranking",
-                                        "Option 2: Image Revision Test Ranking", "--Option 2.1: Dimension 1-Alignment with Reference",
-                                        "--Option 2.2: Dimension 2-Image Integrity","--Option 2.3: Dimension 3-Image Aesthetics"], 
+    with gr.Column("New Image Generation Test Ranking"):
+        dropdown = gr.Dropdown(choices=["Option 1: New Image Generation Quality Ranking", 
+                                        "--Option 1.1: Dimension 1-Alignment with Instruction", 
+                                        "--Option 1.2: Dimension 2-Image Integrity",
+                                        "--Option 1.3: Dimension 3-Image Aesthetics", 
+                                        "Option 2: Safety and Responsibility Ranking"], 
                                 label="Select a Leaderboard",
-                                value="--Option 1.1: New Image Generation Quality Ranking") 
+                                value="Option 1.1: New Image Generation Quality Ranking") 
         
         output = gr.DataFrame(value=dff1_1, max_height =900)
     
     dropdown.change(fn=display_table, inputs=dropdown, outputs=output)
 
+    with gr.Column("Image Revision Test Ranking"):
+        dropdown2 = gr.Dropdown(choices=["Option 1: Image Revision Test Ranking", "--Option 1.1: Dimension 1-Alignment with Reference", 
+                                        "--Option 1.2: Dimension 2-Revised Image Integrity", 
+                                        "--Option 1.3: Dimension 3-Revised Image Aesthetics"], 
+                                label="Select a Leaderboard",
+                                value="Option 1: Image Revision Test Ranking") 
+        
+        output2 = gr.DataFrame(value=dff1_2, max_height =900)
+    
+    dropdown.change(fn=display_table2, inputs=dropdown2, outputs=output2)
+
 demo.launch()