Update app.py

app.py

@@ -66,10 +66,7 @@ def find_similar_song(songs, src_melody):
 
   max_ratio = max(ratios)
 
-  print(max_ratio)
-  print(ratios.count(1.0))
-
-  return songs[ratios.index(max_ratio)]
+  return songs[ratios.index(max_ratio)], max_ratio
 
 # =================================================================================================
 
@@ -167,17 +164,21 @@ def MixMelody(input_midi, input_find_best_match):
         
         random.shuffle(matched_songs)
 
+        max_match_ratio = -1
+
         if input_find_best_match:
-            new_song = find_similar_song(matched_songs, src_melody)
+            new_song, max_match_ratio = find_similar_song(matched_songs, src_melody)
         else:
             new_song = random.choice(matched_songs)
         
         print('Selected Monster Mono Melodies MIDI:', new_song[0])
+        print('Selected melody match ratio:', max_match_ratio)
         print('Selected melody instrument:', TMIDIX.Number2patch[new_song[1]], '(', new_song[1], ')')
         print('Melody notes count:', new_song[2])
         print('Matched melodies pool count', len(matched_songs))
         
         MIDI_Summary = 'Selected Monster Mono Melodies MIDI: ' + str(new_song[0]) + '\n'
+        MIDI_Summary += 'Selected melody match ratio:' + str(max_match_ratio) + '\n'
         MIDI_Summary += 'Selected melody instrument: ' + str(TMIDIX.Number2patch[new_song[1]]) + ' (' + str(new_song[1]) + ')' + '\n'
         MIDI_Summary += 'Melody notes count: ' + str(new_song[2]) + '\n'
         MIDI_Summary += 'Matched melodies pool count: ' + str(len(matched_songs))
@@ -277,7 +278,7 @@ def MixMelody(input_midi, input_find_best_match):
     
         print('Output MIDI file name:', output_midi)
         print('Output MIDI title:', output_midi_title)
-        print('Output MIDI summary:', '')
+        print('Output MIDI summary:', MIDI_Summary)
         print('=' * 70)