diff --git a/vid_convert.py b/vid_convert.py
index 874ec42..cad923a 100755
--- a/vid_convert.py
+++ b/vid_convert.py
@@ -52,11 +52,11 @@ def get_infos(file):
     duration = subprocess.getoutput(f"ffprobe -v quiet -print_format json -show_format {file}")
     duration = json.loads(duration)
     duration = float(duration['format']['duration'])
-    hdr10_v_cmd = f'ffmpeg -loglevel panic -i {file} -c:v copy -vbsf hevc_mp4toannexb -f hevc - | ./hdr10plus_parser -o metadata.json --verify -'
+    hdr10_v_cmd = f'ffmpeg -loglevel panic -i {file} -c:v copy -vbsf hevc_mp4toannexb -f hevc - | hdr10plus_parser -o metadata.json --verify -'
     hdr10_v_raw = subprocess.getoutput(hdr10_v_cmd)
-    logging.debug(hdr10_v_raw)
+    # logging.debug(hdr10_v_raw)
     if 'metadata detected' in hdr10_v_raw:
-        hdr10_cmd = f'ffmpeg -loglevel panic -i {file} -c:v copy -vbsf hevc_mp4toannexb -f hevc - | ./hdr10plus_parser -o /tmp/{file}_hdr10_metadata.json -'
+        hdr10_cmd = f'ffmpeg -loglevel panic -i {file} -c:v copy -vbsf hevc_mp4toannexb -f hevc - | hdr10plus_parser -o /tmp/{file}_hdr10_metadata.json -'
         v_infos.update({'hdr10': True, 'hdr10_metdata': f'/tmp/{file}_hdr10_metadata.json'})
     infos = {'duration': duration, 'video': v_infos, 'audio': a_infos}
     logging.debug("Informations du film : \n" + json.dumps(infos, indent=True))
@@ -93,6 +93,7 @@ def cropping(file, infos):
     '''
     Cette fonction detecte les bandes inutiles de la vidéo
     '''
+    logging.debug("Détection de la taille de l'image...")
     duration_tier = int(infos['duration'] / 3)
     command = f"ffmpeg -loglevel info -i {file} -ss {duration_tier} -t {duration_tier} -an -f null -vf cropdetect -y /dev/null"
     cropsize = subprocess.getoutput(command).splitlines()[-3].split()[-1]
@@ -129,6 +130,8 @@ def stabilization(file):
 
 def convert_audio(file, track, volume_adj, channels, channel_layout, language, title):
     bitrate = f'{64*channels}k'
+    if channel_layout == "5.1(side)":
+        channel_layout = "5.1"
     codec = 'libopus'
     metadatas = f'-metadata language="{language}" -metadata title="{title}"'
     command = f'ffmpeg -loglevel error -i {file} -map 0:{track} -vn -sn -c:a {codec} -b:a {bitrate} -mapping_family 1 -filter:a volume={volume_adj},aformat=channel_layouts={channel_layout} -y {file}_audio_{track}.mka'
@@ -138,47 +141,49 @@ def convert_audio(file, track, volume_adj, channels, channel_layout, language, t
 
 
 def convert_video(file, infos, start, crop, crf):
-    output = f'{file}_video_t{start}.mkv'
+    str_start = "{:05d}".format(start)
+    output = f'{file}_video_t{str_start}.mkv'
     fmt = infos['video']['pix_fmt']
     track = infos['video']['index']
-    codec = 'libx265 -crf {crf} -preset slower'
+    codec = 'libx265 -preset slow'
+    hdr = ''
     if 'side_data_list' in infos['video'].keys():
-        light_level = f"{infos['video']['side_data_list'][1]['max_content']},{infos['video']['side_data_list'][1]['max_average']}"
-        color_primaries = infos['video']['color_primaries']
-        color_transfer = infos['video']['color_transfer']
-        color_space = infos['video']['color_space']
-        green_x = infos['video']['side_data_list'][0]['green_x'].split('/')
-        green_x = int(int(green_x[0])*(int(green_x[1])/50000))
-        green_y = infos['video']['side_data_list'][0]['green_y'].split('/')
-        green_y = int(int(green_y[0])*(int(green_y[1])/50000))
-        green = f'G({green_x},{green_y})'
-        blue_x = infos['video']['side_data_list'][0]['blue_x'].split('/')
-        blue_x = int(int(blue_x[0])*(int(blue_x[1])/50000))
-        blue_y = infos['video']['side_data_list'][0]['blue_y'].split('/')
-        blue_y = int(int(blue_y[0])*(int(blue_y[1])/50000))
-        blue = f'B({blue_x},{blue_y})'
-        red_x = infos['video']['side_data_list'][0]['red_x'].split('/')
-        red_x = int(int(red_x[0])*(int(red_x[1])/50000))
-        red_y = infos['video']['side_data_list'][0]['red_y'].split('/')
-        red_y = int(int(red_y[0])*(int(red_y[1])/50000))
-        red = f'R({red_x},{red_y})'
-        white_point_x = infos['video']['side_data_list'][0]['white_point_x'].split('/')
-        white_point_x = int(int(white_point_x[0])*(int(white_point_x[1])/50000))
-        white_point_y = infos['video']['side_data_list'][0]['white_point_y'].split('/')
-        white_point_y = int(int(white_point_y[0])*(int(white_point_y[1])/50000))
-        white_point = f'WP({white_point_x},{white_point_y})'
-        min_luminance = infos['video']['side_data_list'][0]['min_luminance'].split('/')
-        min_luminance = int(int(min_luminance[0])*(int(min_luminance[1])/10000))
-        max_luminance = infos['video']['side_data_list'][0]['max_luminance'].split('/')
-        max_luminance = int(int(max_luminance[0])*(int(max_luminance[1])/10000))
-        luminance = f'L({max_luminance},{min_luminance})'
-        master_display = green + blue + red + white_point + luminance
-        hdr = f'-x265-params hdr-opt=1:repeat-headers=1:colorprim={color_primaries}:transfer={color_transfer}:colormatrix={color_space}:master-display={master_display}:max-cll={light_level}'
-    else:
-        hdr = ""
+        try:
+            light_level = f"{infos['video']['side_data_list'][1]['max_content']},{infos['video']['side_data_list'][1]['max_average']}"
+            color_primaries = infos['video']['color_primaries']
+            color_transfer = infos['video']['color_transfer']
+            color_space = infos['video']['color_space']
+            green_x = infos['video']['side_data_list'][0]['green_x'].split('/')
+            green_x = int(int(green_x[0])*(int(green_x[1])/50000))
+            green_y = infos['video']['side_data_list'][0]['green_y'].split('/')
+            green_y = int(int(green_y[0])*(int(green_y[1])/50000))
+            green = f'G\({green_x},{green_y}\)'
+            blue_x = infos['video']['side_data_list'][0]['blue_x'].split('/')
+            blue_x = int(int(blue_x[0])*(int(blue_x[1])/50000))
+            blue_y = infos['video']['side_data_list'][0]['blue_y'].split('/')
+            blue_y = int(int(blue_y[0])*(int(blue_y[1])/50000))
+            blue = f'B\({blue_x},{blue_y}\)'
+            red_x = infos['video']['side_data_list'][0]['red_x'].split('/')
+            red_x = int(int(red_x[0])*(int(red_x[1])/50000))
+            red_y = infos['video']['side_data_list'][0]['red_y'].split('/')
+            red_y = int(int(red_y[0])*(int(red_y[1])/50000))
+            red = f'R\({red_x},{red_y}\)'
+            white_point_x = infos['video']['side_data_list'][0]['white_point_x'].split('/')
+            white_point_x = int(int(white_point_x[0])*(int(white_point_x[1])/50000))
+            white_point_y = infos['video']['side_data_list'][0]['white_point_y'].split('/')
+            white_point_y = int(int(white_point_y[0])*(int(white_point_y[1])/50000))
+            white_point = f'WP\({white_point_x},{white_point_y}\)'
+            min_luminance = infos['video']['side_data_list'][0]['min_luminance'].split('/')
+            min_luminance = int(int(min_luminance[0])*(int(min_luminance[1])/10000))
+            max_luminance = infos['video']['side_data_list'][0]['max_luminance'].split('/')
+            max_luminance = int(int(max_luminance[0])*(int(max_luminance[1])/10000))
+            luminance = f'L\({max_luminance},{min_luminance}\)'
+            master_display = green + blue + red + white_point + luminance
+            hdr = f'-x265-params hdr-opt=1:repeat-headers=1:colorprim={color_primaries}:transfer={color_transfer}:colormatrix={color_space}:master-display={master_display}:max-cll={light_level}'
+        except:
+            logging.debug("Aucune information HDR")
     command = f'ffmpeg -loglevel error -i {file} -map 0:{track} -ss {start} -t 300 -an -sn -c:v {codec} {hdr} -crf {crf} -pix_fmt {fmt} -filter:v {crop} -y {output}'
     logging.debug(command)
-    import pdb; pdb.set_trace()
     result = subprocess.getoutput(command)
     logging.info(result)
 
@@ -189,6 +194,7 @@ if __name__ == '__main__':
     parser.add_argument("f_input")
     parser.add_argument("-d", "--debug", dest="debug", action="store_true")
     parser.add_argument("-s", "--stabilise", dest="stab", action="store_true")
+    parser.add_argument("-t", "--starttime", dest="starttime")
     args = parser.parse_args()
     if args.debug:
         logging.basicConfig(format='[%(asctime)s]\n%(message)s', level=logging.DEBUG, datefmt='%d/%m/%Y %H:%M:%S')
@@ -196,15 +202,19 @@ if __name__ == '__main__':
         logging.basicConfig(format='[%(asctime)s]\n%(message)s', level=logging.INFO, datefmt='%d/%m/%Y %H:%M:%S')
     file = args.f_input
     infos = get_infos(file)
-    interlaced = is_interlaced(file, infos)
+    # interlaced = is_interlaced(file, infos)
     cropsize = cropping(file, infos)
     volumes = volume_audio(file, infos)
     if args.stab:
         stabilization(file)
-    for track in infos['audio']:
-        convert_audio(file, track['index'], volumes[track['index']], track['channels'], track['channel_layout'], track['language'], track['title'])
-    vid_part_time = 0
-    crf = 20
+    if not args.starttime:
+        for track in infos['audio']:
+            convert_audio(file, track['index'], volumes[track['index']], track['channels'], track['channel_layout'], track['language'], track['title'])
+    if args.starttime:
+        vid_part_time = args.starttime
+    else:
+        vid_part_time = 0
     while vid_part_time < infos['duration']:
+        crf = 20
         convert_video(file, infos, vid_part_time, cropsize, crf)
         vid_part_time += 300