Update app.py

app.py

@@ -40,38 +40,39 @@ def process(prompt, lang):
     print('*************')
     print()
     
-    try :
-        embed_query  = get_predict(encoder_text, prompt, preprocess_model, model)
-        do_normalize(embed_query)
-        D, I = get_distance(index, embed_query, TOP)
-        #print(I)
-        #print(D)
-        #print("----")
-        #for i in range(len(I[0])):
-        #    print(audio_names[I[0][i]], " with distance ", D[0][i])
-        #    print("    url : ", get_url_myma(I[0][i], audio_names, url_dict))
+    #try :
+    embed_query  = get_predict(encoder_text, prompt, preprocess_model, model)
+    do_normalize(embed_query)
+    D, I = get_distance(index, embed_query, TOP)
+    #print(I)
+    #print(D)
+    #print("----")
+    #for i in range(len(I[0])):
+    #    print(audio_names[I[0][i]], " with distance ", D[0][i])
+    #    print("    url : ", get_url_myma(I[0][i], audio_names, url_dict))
 
-        formated = []
-        output_csv = f"{file_name}_results_text.csv"
-        with open(output_csv, "w") as w:
-            writer = csv.writer(w)
-            count = 0
-            for top in tops:
-                if count > max_output:
-                    break
-        
-                formated.append(file)
-                formated.append(top)
-                #writer.writerow(dict_catalog[file].values())
-                count += 1
+    formated = []
+    output_csv = f"{file_name}_results_text.csv"
+    with open(output_csv, "w") as w:
+        writer = csv.writer(w)
+        count = 0
+        for top in tops:
+            if count > max_output:
+                break
+    
+            formated.append(file)
+            formated.append(top)
+            #writer.writerow(dict_catalog[file].values())
+            count += 1
 
-        
-        return [output_csv,
-                audio_names[I[0][0]].split('.')[0], get_url_myma(I[0][0], audio_names, url_dict), 
-                audio_names[I[0][1]].split('.')[0], get_url_myma(I[0][1], audio_names, url_dict), 
-                audio_names[I[0][2]].split('.')[0], get_url_myma(I[0][2], audio_names, url_dict), 
-                audio_names[I[0][3]].split('.')[0], get_url_myma(I[0][3], audio_names, url_dict), 
-                audio_names[I[0][4]].split('.')[0], get_url_myma(I[0][4], audio_names, url_dict)]
+    
+    return [output_csv,
+            audio_names[I[0][0]].split('.')[0], get_url_myma(I[0][0], audio_names, url_dict), 
+            audio_names[I[0][1]].split('.')[0], get_url_myma(I[0][1], audio_names, url_dict), 
+            audio_names[I[0][2]].split('.')[0], get_url_myma(I[0][2], audio_names, url_dict), 
+            audio_names[I[0][3]].split('.')[0], get_url_myma(I[0][3], audio_names, url_dict), 
+            audio_names[I[0][4]].split('.')[0], get_url_myma(I[0][4], audio_names, url_dict)]
+    '''
     except:
         return ["",
                 "Error input - please try again", "",
@@ -79,7 +80,7 @@ def process(prompt, lang):
                 "Error input - please try again", "",
                 "Error input - please try again", "",
                 "Error input - please try again", "",]
-    
+    '''
 inputs = [gr.Textbox(label="Input", value="type your description", max_lines=2), 
             gr.Radio(label="Language", choices=["en"], value="en")]