def make(self):
videos = []
for notes in self.sheet.lines:
clips = []
for note in notes:
if note[0] == 'rest':
img = ColorClip((720, 404), (0, 0, 0),
duration=note[1] / 1000)
clips.append(img)
continue
target_video = self.get_video(note[0], note[1], note[2])
clips.append(target_video)
video = concatenate_videoclips(clips).margin(10)
videos.append(video)
num_of_lines = len(self.sheet.lines)
if num_of_lines == 1:
result = videos[0]
elif num_of_lines == 2:
result = clips_array([[videos[0]], [videos[1]]])
elif num_of_lines == 4:
result = clips_array([[videos[0], videos[1]],
[videos[2], videos[3]]])
else:
print("Num of lines should be 1, 2, or 4")
exit(1)
self.result = './result/' + self.name + '.mp4'
result.write_videofile(self.result)
def video_collage(vid_names, ordering, probs, correct_class_prob, labels):
sel_clips = []
for i in range(6):
vname = vid_names[ordering[i]]
# Load all the metadata for this video
with open(vname.replace(
'images/', 'scenes/').replace('.avi', '.json'), 'r') as fin:
metadata = json.load(fin)
gt = np.argmax(labels[ordering[i]])
pred = np.argmax(probs[ordering[i]])
pred_map = location_predictions_to_map(probs[ordering[i]], metadata)
print(vname, gt, pred, correct_class_prob[ordering[i]])
main_video = VideoFileClip(vname).margin(3)
sel_clips.append(CompositeVideoClip([
clips_array([[
main_video,
ImageSequenceClip(pred_map, fps=main_video.fps),
]]),
TextClip(
"GT {} Pred {}".format(gt, pred),
font=MOVIEPY_FONT)
.set_pos((10, 10))
.set_duration(main_video.duration),
]))
return clips_array(chunkify(sel_clips, 3))
def write_video_summary(cm,
file_name,
p_frame,
p_save,
global_step=None,
fps=12):
check_and_create_dir(p_save)
for u in cm:
for v in cm[u]:
tag = "true_%d_prediction_%d" % (u, v)
if global_step is not None:
tag += "_step_%d" % global_step
grid_x = []
grid_y = []
items = cm[u][v]
for idx in items:
frames = np.load(p_frame + file_name[idx] + ".npy")
shape = frames.shape
if shape[
3] == 2: # this means that the file contains optical flow frames (x and y)
tmp = np.zeros((shape[0], shape[1], shape[2], 3),
dtype=np.float64)
for i in range(shape[0]):
# To visualize the flow, we need to first convert flow x and y to hsv
flow_x = frames[i, :, :, 0]
flow_y = frames[i, :, :, 1]
magnitude, angle = cv.cartToPolar(flow_x / 255,
flow_y / 255,
angleInDegrees=True)
tmp[i, :, :,
0] = angle # channel 0 represents direction
tmp[i, :, :, 1] = 1 # channel 1 represents saturation
tmp[i, :, :,
2] = magnitude # channel 2 represents magnitude
# Convert the hsv to rgb
tmp[i, :, :, :] = cv.cvtColor(
tmp[i, :, :, :].astype(np.float32),
cv.COLOR_HSV2RGB)
frames = tmp
else: # this means that the file contains rgb frames
frames = frames / 255 # tensorboard needs the range between 0 and 1
if frames.dtype != np.uint8:
frames = (frames * 255).astype(np.uint8)
frames = ImageSequenceClip([I for I in frames], fps=12)
grid_x.append(frames)
if len(grid_x) == 8:
grid_y.append(grid_x)
grid_x = []
if len(grid_x) != 0:
grid_y.append(grid_x)
if len(grid_y) > 1 and len(grid_y[-1]) != len(grid_y[-2]):
grid_y = grid_y[:-1]
try:
clips_array(grid_y).write_videofile(p_save + tag + ".mp4")
except Exception as ex:
for a in grid_y:
print(len(a))
print(ex)
def side_by_side_videos(test_video_file_path, ref_video_file_path,
target_file_path):
# aiming for 800 x 1200 pixels
w0 = 800
h0 = 1200
desired_ratio = w0 / h0
clip1 = VideoFileClip(test_video_file_path)
clip2 = VideoFileClip(ref_video_file_path)
w1 = clip1.w
h1 = clip1.h
if w1 / h1 > desired_ratio:
# scale width
clip1 = clip1.resize(w0 / w1)
else:
# scale height
clip1 = clip1.resize(h0 / h1)
w2 = clip2.w
h2 = clip2.h
if w2 / h2 > desired_ratio:
clip2 = clip2.resize(w0 / w1)
else:
clip2 = clip2.resize(h0 / h2)
video = clips_array([[clip1, clip2]])
video.write_videofile(target_file_path)
def collage(output_video, *input_videos):
input_clips = []
for path in input_videos:
video_clip = VideoFileClip(path)
_, _, amp = os.path.basename(path).partition("@")
amp, _, _ = amp.partition('.')
text_clip = (TextClip(
txt='Amplified {}'.format(amp) if amp else 'Input',
color='white',
method='label',
fontsize=32,
font='Helvetica-Bold').set_duration(
video_clip.duration).set_position(('center', 0.05),
relative=True))
clip = CompositeVideoClip((video_clip, text_clip), use_bgclip=True)
input_clips.append(clip)
if len(input_clips) < 4:
num_columns = 1
elif len(input_clips) < 5:
num_columns = 2
else:
num_columns = 3
final_clip = clips_array([
input_clips[i:i + num_columns]
for i in range(0, len(input_clips), num_columns)
])
final_clip.write_videofile(output_video, audio=False)
return output_video
def make_video_grid_from_filepaths(num_rows,
num_cols,
video_list,
trgt_name,
margin_color=(255, 255, 255),
margin_width=0,
column_wise=True):
clip_array = [[] for _ in range(num_rows)]
for col in range(num_cols):
for row in range(num_rows):
if column_wise:
idx = col * num_rows + row
else:
idx = row * num_cols + col
video_clip = VideoFileClip(video_list[idx]).margin(
margin_width, color=margin_color)
if margin_width > 0:
video_clip = video_clip.margin(margin_width,
color=margin_color)
clip_array[row].append(video_clip)
final_clip = clips_array(clip_array)
save_video(final_clip, trgt_name)
def stage_mix_compare(args):
audio_dir = set_audio_dir(args.audio_dir)
out_fps = float(args.out_fps)
out_dir = args.out_dir
vid_h = args.vid_h
vid_w = args.vid_w
margin = args.margin
files = [f for f in sorted(listdir(out_dir))]
for vid_name in files:
if "Fake" in vid_name:
vid_name = join(out_dir, vid_name)
Fake_vid = VideoFileClip(vid_name).margin(margin)
elif "GT" in vid_name:
vid_name = join(out_dir, vid_name)
GT_vid = VideoFileClip(vid_name).margin(margin)
# mixing video
mixing_clip = clips_array([[GT_vid, Fake_vid]])
# setting audio
audioclip = VideoFileClip(audio_dir[0]).subclip(frame_to_time(audio_dir[1], out_fps),
frame_to_time(audio_dir[2], out_fps))
audioclip = audioclip.audio
mixing_clip.audio = audioclip
out_vid_name = join(out_dir, args.vid_folder + '_.mp4')
mixing_clip.resize(width=vid_w).write_videofile(out_vid_name, fps=out_fps)
mixing_clip.close()
def array_clips(self, video_1: str, video_2: str,
destination: str) -> None:
clip_1 = VideoFileClip(video_1)
clip_2 = VideoFileClip(video_2)
joined = clips_array([[clip_1, clip_2]])
final = concatenate_videoclips([joined])
final.write_videofile(destination)
def save_video(frames_dict, fps=13):
frame_keys = sorted([key for key in six.iterkeys(frames_dict)])
grid_dim = 2 # int(math.ceil(math.sqrt(len(frame_keys)) / 2.0))
clips = []
for frame_key in frame_keys:
h, w, _ = frames_dict[frame_key][0].shape
h += 40
w += 40
# title = TextClip(str(frame_key), color='black', fontsize=25, method='label')
# title.set_position(("center", "top"))
animation = ImageSequenceClip(frames_dict[frame_key], fps=fps)
animation = animation.on_color(size=(w, h), color=(255, 255, 255))
# animation.set_position(("center", "bottom"))
# video = CompositeVideoClip([animation, title], size=(h, w))
# clips.append(clips_array([[title], [animation]])) # clips_array([[title], [animation]]))
clips.append(animation) # clips_array([[title], [animation]]))
arranged_clips = []
start = 0
i = 0
while start < len(clips):
arranged_clips.append(clips[i * grid_dim:(i + 1) * grid_dim])
i += 1
start = i * grid_dim
under = len(arranged_clips[0]) - len(arranged_clips[-1])
if under > 0:
for i in range(under):
arranged_clips[-1].append(arranged_clips[-1][-1])
final_clip = clips_array(arranged_clips)
#final_clip.write_videofile("data_3_14_results_output.mp4", codec='mpeg4')
final_clip.write_videofile("results_output.mp4", codec='libx264')
def test_clips_array_duration():
# NOTE: anyone knows what behaviour this sets ? If yes please replace
# this comment.
red = ColorClip((256, 200), color=(255, 0, 0))
green = ColorClip((256, 200), color=(0, 255, 0))
blue = ColorClip((256, 200), color=(0, 0, 255))
video = clips_array([[red, green, blue]]).set_duration(5)
with pytest.raises(AttributeError) as exc_info:
video.write_videofile(join(TMP_DIR, "test_clips_array.mp4"))
assert "No 'fps'" in str(exc_info.value)
# this one should work correctly
red.fps = green.fps = blue.fps = 30
video = clips_array([[red, green, blue]]).set_duration(5)
video.write_videofile(join(TMP_DIR, "test_clips_array.mp4"))
close_all_clips(locals())
def random_videos_collage(lbls_file, slide_size):
with open(lbls_file, 'r') as fin:
all_files = [el.split()[0] for el in fin.readlines()]
# Take the top 8 for now
res = clips_array(chunkify(
[VideoFileClip(el).margin(3) for el in all_files[:12]], 3)).resize(
slide_size)
return res
def video_array(clip1, clip2, audio):
"""generates new video clip which is an clips.array of the two video clips
passed to the function. accepts audio parameter as well"""
clip = mpe.clips_array([[clip1, clip2]])
clip = clip.set_audio(audio)
return clip
def part1(vedio_path, output_path):
print("part1 拼接中---------")
clip1 = movie_upside(vedio_path)
clip2 = movie_reverse(vedio_path) # x轴镜像
final_clip = clips_array([
[clip1, clip2],
])
final_clip.write_videofile(output_path)
return output_path
def process_by_script(main_clip):
video = main_clip.fx(vfx.rotate, 90).fx(vfx.mirror_y)
main_clip = video.margin(10)
clip2 = main_clip.fx(vfx.mirror_x)
clip3 = main_clip.fx(vfx.mirror_y)
clip4 = main_clip.resize(0.60)
final_clip = clips_array([[main_clip, clip2], [clip3, clip4]])
final_clip.resize(width=480)
return final_clip
def addedVideos():
clip1 = VideoFileClip("text.mp4").margin(15)
clip2 = clip1.fx(vfx.mirror_x) # X 轴镜像
clip3 = clip1.fx(vfx.mirror_y) # Y 轴镜像
clip4 = clip1.resize(0.6) # 尺寸等比例缩放0。6
final_clip = clips_array([
[clip1], [clip3]
])
final_clip.write_videofile("my_stack.mp4")
def merge_cams(videos0, videos1, merged_folder):
os.makedirs(merged_folder, exist_ok=True)
for v0, v1 in zip(videos0, videos1):
vidname = tools.videoname_from_regex(base.CAM_REGEX, v0)
pn = os.path.join(merged_folder, vidname + '.mp4')
if not os.path.exists(pn):
clip1 = VideoFileClip(v0)
clip2 = VideoFileClip(v1)
final_clip = clips_array([[clip1, clip2]])
final_clip.write_videofile(pn, codec='libx264')
def process_package(source: str):
log.info(''.join(["SOURCE: ", source]))
main_clip = VideoFileClip(source).margin(10)
clip2 = main_clip.fx(vfx.mirror_x)
clip3 = main_clip.fx(vfx.mirror_y)
clip4 = main_clip.resize(0.60) # downsize 60%
final_clip = clips_array([[main_clip, clip2],
[clip3, clip4]])
final_clip.resize(width=480)
return final_clip
def _clips_array(request):
files = request.FILES
tr = files.get('top_right')
tl = files.get('top_left')
br = files.get('bottom_right')
bl = files.get('bottom_left')
with VideoFileClip(tr.temporary_file_path() if tr else DEFAULT_MEDIA_ROOT+'/color.mp4') as tr, VideoFileClip(tl.temporary_file_path() if tl else DEFAULT_MEDIA_ROOT+'/color.mp4') as tl, VideoFileClip(br.temporary_file_path() if br else DEFAULT_MEDIA_ROOT+'/color.mp4') as br, VideoFileClip(bl.temporary_file_path() if bl else DEFAULT_MEDIA_ROOT+'/color.mp4') as bl:
vd = clips_array([[tr,tl],[br,bl]]) # play 4 video parallel in a grid
vd.write_videofile('media/res.mp4')
return JsonResponse({'video':'http://127.0.0.1:8000/media/res.mp4'})
def save_video(frames, name, fps=13):
for rotation_deg in frames['intensity'].keys():
intensity_animation = ImageSequenceClip(frames['intensity'][rotation_deg], fps=fps)
distance_animation = ImageSequenceClip(frames['distance'][rotation_deg], fps=fps)
h, w, d = frames['distance'][rotation_deg][0].shape
blank = np.zeros([h / 2, w, d], dtype=np.uint8)
blank[:, :] = [255, 255, 255]
blank = ImageSequenceClip([blank] * (len(frames['intensity'][rotation_deg])), fps=fps)
final_clip = clips_array([[intensity_animation], [blank], [distance_animation]])
filename = "%s_rot%s.webm" % (name, rotation_deg)
final_clip.write_videofile(filename, codec='libvpx')
def test_clips_array():
red = ColorClip((1024, 800), color=(255, 0, 0))
green = ColorClip((1024, 800), color=(0, 255, 0))
blue = ColorClip((1024, 800), color=(0, 0, 255))
video = clips_array([[red, green, blue]])
with pytest.raises(ValueError) as exc_info:
video.resize(width=480).write_videofile(join(TMP_DIR, "test_clips_array.mp4"))
assert str(exc_info.value) == "Attribute 'duration' not set"
close_all_clips(locals())
def makevideoclip(videofile, event, data, pre=10, length=30, savefile='output.mp4'):
vidclip = mv.VideoFileClip(videofile).subclip(event-pre,event-pre+length)
fig, ax = plt.subplots()
fig.patch.set_facecolor('black')
ax.set_facecolor('black')
animation = mv.VideoClip(make_frame(ax), duration=length)
combinedclip = mv.clips_array([[vidclip, animation]])
combinedclip.write_videofile(savefile, fps=10)
return combinedclip
def main():
if not os.path.isfile(args.video1) or not os.path.isfile(args.video2):
print("Video files does not exists")
return
clip1 = VideoFileClip(args.video1)
clip2 = VideoFileClip(args.video2)
final_clip = clips_array([[clip1, clip2]])
if clip1.duration > clip2.duration:
final_clip.audio = clip1.audio
else:
final_clip.audio = clip2.audio
print("Creating your video...")
final_clip.write_videofile(args.target, verbose=False, logger=None)
def text_to_clip(vname, sentence_description):
video_path = os.path.join(VIDEO_PATH, vname)
vname = video_to_frame(video_path)
duration = VideoFileClip(video_path).duration
global LONG_THRESHOLD
global IS_LONG
if duration <= LONG_THRESHOLD:
print("Processing with a short video!")
IS_LONG = False
else:
print("Processing with a long video!")
IS_LONG = True
frame_to_fts(vname)
video_fts_path = os.path.join(FTS_PATH, vname + ".npy")
if IS_LONG:
pred_clip, pred_score = ExCL_Locate(video_fts_path,
sentence_description, duration)
else:
pred_clip, pred_score = SCDM_Locate(video_fts_path,
sentence_description, duration)
if WEB_MODE:
clips = []
for i in range(3):
clip_dict = {}
clip_dict['left'] = round(pred_clip[i][0], 2)
clip_dict['right'] = round(pred_clip[i][1], 2)
clip_dict['name'] = vname + "_" + sentence_description.replace(
' ', '_') + "_clip%d.mp4" % (i + 1)
clip_dict['score'] = round(pred_score[i], 2)
clip = VideoFileClip(video_path).subclip(pred_clip[i][0],
pred_clip[i][1])
path = os.path.join(CLIP_PATH, clip_dict['name'])
if not os.path.exists(path):
clip.write_videofile(path)
clips.append(clip_dict)
return clips
else:
pygame.display.set_caption('predicted clip')
clip1 = VideoFileClip(video_path).subclip(pred_clip[0][0],
pred_clip[0][1])
clip2 = VideoFileClip(video_path).subclip(pred_clip[1][0],
pred_clip[1][1])
clip3 = VideoFileClip(video_path).subclip(pred_clip[2][0],
pred_clip[2][1])
clip = clips_array([[clip1, clip2, clip3]]).resize(width=1000)
clip.preview(fps=16, audio=False)
pygame.quit()
def render(self, instrument_path, output_path):
channel_clips = [None] * len(self.channels)
ins = Instrument(folder=instrument_path, octaves = (1, 8))
offset = [-1, -2, -2] # pitch offset (multiplied by 12 semitones) for every channels
for cn, channel in enumerate(self.channels):
clips = []
time = 0
for i, note in enumerate(self.channels[channel]):
if note['start'] > time:
clips.append(TextClip(" ", # it's an empty black clip for the pause (when no note is playing)
size=(640, 480),
color='white',
bg_color='black').\
set_duration(note['start'] - time).\
set_fps(30).\
set_start(time))
time = note['start']
clips.append(ins.get_clip(note['note'] + 12 * offset[cn]).\
subclip(0, note['end'] - note['start']).\
set_start(time))
time = note['end']
channel_clips[channel] = CompositeVideoClip(clips).\
volumex(0.3).\
resize((640, 480))
title = " The musical offering \n Canon perpetuus super thema regium \n B.W.V 1079 - J. S. Bach "
title_clip = TextClip(title,
size = (640, 480),
color="white",
bg_color="black").\
set_duration(max([c.duration for c in channel_clips])).\
set_fps(30)
clips_array([[title_clip, channel_clips[1]],
[channel_clips[0], channel_clips[2]]]).\
write_videofile(output_path)
def convert(self):
'''Create stacked side-by-side video file with Pulfrich effect'''
left_viewport = VideoFileClip(self.file_name, audio=True)
right_viewport = VideoFileClip(self.file_name, audio=False)
first_frame_marker = (1/left_viewport.fps)
right_viewport = right_viewport.subclip(first_frame_marker)
stacked = clips_array([[left_viewport, right_viewport],])
stacked.write_videofile(self.file_name + '_sbs.mp4', codec='libx264', audio_codec='aac', temp_audiofile='temp-audio.m4a', remove_temp=True)
left_viewport.close()
right_viewport.close()
def merge_3Dgenotype_fitnesshistogram_movie():
from algorithm.parameters import params
import moviepy.editor as mpy
fps = 1
__filename1 = params['FILE_PATH'] + str(
params['TIME_STAMP']) + '/3Dgenotypes.mp4'
__filename2 = params['FILE_PATH'] + str(
params['TIME_STAMP']) + '/fitnessdistribution.mp4'
__outputfilename = params['FILE_PATH'] + str(
params['TIME_STAMP']) + '/merge_3Dgenotype_fitnesshistogram.mp4'
clip_mayavi = mpy.VideoFileClip(__filename1)
clip_mpl = mpy.VideoFileClip(__filename2)
animation = mpy.clips_array([[clip_mpl, clip_mayavi]])
animation.write_videofile(__outputfilename, fps=fps)
def stack(file1, file2, nameout, audio=False):
"""
Stack two videos on top of each other.
"""
clip1 = VideoFileClip(file1, audio=audio)
clip2 = VideoFileClip(file2, audio=audio)
final_clip = clips_array([
[
clip1
], # First row (add to this list if you want more than one video in row)
[
clip2
] # Second row (add to this list if you want more than one video in row)
])
final_clip.write_videofile(nameout)
def create_clip_array(self):
subclips_amount = len(self.__source_path)
if subclips_amount != 3:
print("Only works with exactly 3 clips!\n")
else:
subclips = []
for cnt in range(0, 3):
current_clip = VideoFileClip(self.__source_path[cnt])
# Appends clips to the subclips vector
subclips.append(current_clip)
final_clip_array = clips_array(
[[subclips[0], subclips[1], subclips[2]]])
final_clip_array.write_videofile("arrayTest.mp4")
os.startfile("arrayTest.mp4")
def display_animation(filename,
keypoints,
clip_height=768,
display_height=240,
temp_file='__temp__.avi',
include_source_video=True):
"""
Display a side-by-side animation comprising the skeleton and (optionally) the source
video.
Parameters
----------
filename : str
The video file to read
keypoints : numpy array
Array of keypoints in the form [frame,landmark,coords]
clip_height : int
Desired clip height (applies to both source video and skeleton, the former is upscaled)
display_height : int
Desired display height
temp_file : int
Temporary file for transcoding
include_source_video: bool
Whether to include the source video
"""
clip_original = VideoFileClip(filename)
rescaling_factor = clip_height / clip_original.h
clip_original = clip_original.resize(height=clip_height)
keypoints = np.copy(keypoints) * rescaling_factor
skeleton = Skeleton(target_width=clip_original.w,
target_height=clip_original.h)
skeleton.animate(keypoints,
temp_file,
fps=len(keypoints) / clip_original.duration)
clip_skeleton = VideoFileClip(temp_file)
if include_source_video:
clip = clips_array([[clip_original, clip_skeleton]])
else:
clip = clip_skeleton
return clip.ipython_display(height=display_height,
rd_kwargs=dict(logger=None))
def createClipArray(
self
): # Creates an array of input clips (only for exactly 3 clips)
subclipsAmount = len(self.__sourcePath)
if (subclipsAmount != 3):
print("Only works with exactly 3 clips!\n")
else:
subclips = []
for cnt in range(0, 3):
currentClip = VideoFileClip(self.__sourcePath[cnt])
subclips.append(
currentClip) # Appends clips to the subclips vector
finalClipArray = clips_array(
[[subclips[0], subclips[1], subclips[2]]])
finalClipArray.write_videofile("arrayTest.mp4")
os.startfile("arrayTest.mp4")
def main(args):
print(args)
clips = map(VideoFileClip, args.file)
final_clip = clips_array([clips])
final_clip.write_videofile(args.output, fps=15)
axB.axis('off')
duration = 2
delta_ang = 360/duration
elevation = 20 # Elevation of view
X, Y, Z = axes3d.get_test_data()
ax.plot_surface(X, Y, Z, cmap=cm.jet)
for i in np.arange(0, 360, 90):
start_ang = i
animation = mpy.VideoClip(make_frame_mpl, duration=duration)
fname = "sinc_mpl_"+str(int(i))+".gif"
animation.write_gif(fname, fps=20)
blackanim = mpy.VideoClip(make_black_frame, duration=duration)
blackanim.write_gif("sinc_mpl_black.gif", fps=20)
xanim = mpy.VideoClip(make_x_frame, duration=duration)
xanim.write_gif("sinc_mpl_x.gif", fps=20)
clip0 = mpy.VideoFileClip("sinc_mpl_0.gif")
clip1 = mpy.VideoFileClip("sinc_mpl_90.gif").rotate(90)
clip2 = mpy.VideoFileClip("sinc_mpl_180.gif").rotate(180)
clip3 = mpy.VideoFileClip("sinc_mpl_270.gif").rotate(-90)
clipB = mpy.VideoFileClip("sinc_mpl_black.gif")
clipX = mpy.VideoFileClip("sinc_mpl_x.gif")
hologram = mpy.clips_array([[clipB, clip2, clipB],
[clip3, clipX, clip1],
[clipB, clip0, clipB]])
hologram.write_gif("hologram_test_black.gif", fps=20)
videofile = sys.argv[2]
print ("Videofile %s" % str(videofile))
### START MIRROR EFFECT
if sys.argv[1] == '-m':
from moviepy.editor import VideoFileClip, clips_array, vfx
clip1 = VideoFileClip(sdir + videofile).margin(10) # add 10px contour
clip2 = clip1.fx( vfx.mirror_x)
clip3 = clip1.fx( vfx.mirror_y)
clip4 = clip1.fx( vfx.mirror_y)
clip4 = clip4.fx( vfx.mirror_x)
#clip4 = clip1.resize(0.60) # downsize 60%
final_clip = clips_array([[clip1, clip2],
[clip3, clip4]])
final_clip.resize(width=1280).write_videofile(ddir + "mirror.mp4")
### END MIRROR EFFECT
### START EDIT MOVIE EDITS ALL IN ONE DIR CURRENTLY
if sys.argv[1] == '-e':
os.listdir(sdir)
from os import listdir
from os.path import isfile, join
onlyfiles = [ f for f in listdir(sdir) if isfile(join(sdir,f)) ]
