loop

app.py

@@ -65,9 +65,11 @@ def convert_table_to_audio(markdown_table, resolution=8, bpm = 120.0):
     pm.instruments.append(pm_inst)
 
     note_length = (60. / bpm) * (4.0 / resolution)    # note duration
-
+   
+    beat_num = resolution
     for i in range(len(rhythm_pattern)):
         for j in range(1, len(rhythm_pattern[i])):
+            beat_num = j # for looping
             inst = rhythm_pattern[i][0].strip().upper()
             velocity = 0
             if 'x' == rhythm_pattern[i][j].strip():
@@ -84,7 +86,7 @@ def convert_table_to_audio(markdown_table, resolution=8, bpm = 120.0):
     audio_data = pm.fluidsynth()
 
     # cut off the reverb section
-    audio_data = audio_data[:int(SR*note_length*resolution)] # for looping, cut the tail
+    audio_data = audio_data[:int(SR*note_length*beat_num)] # for looping, cut the tail
     return audio_data
 
 def get_answer(question):