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# Third Video
start_time = '00:01:10'
end_time = '00:01:25'
t1, t2 = convert_seconds(start_time), convert_seconds(end_time)
video_unload5 = myclip.subclip(t1, t2)

# Fourth Video
start_time = '00:01:47'
end_time = '00:02:02'
t1, t2 = convert_seconds(start_time), convert_seconds(end_time)

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# Second video
start_time = '00:00:43'
end_time = '00:00:58'
t1, t2 = convert_seconds(start_time), convert_seconds(end_time)
video_unload3 = myclip.subclip(t1, t2)

# Concat
video_unload4 = concatenate_videoclips([video_unload1, video_unload3])
video_unload4.write_videofile("step_12.mp4", fps=25)

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# Remove the sound
video_unload2 = video_unload1.volumex(0)
video_unload2.write_videofile("step_1_mute.mp4", fps=25)

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# First Video
start_time = '00:00:15'
end_time = '00:00:30'
t1, t2 = convert_seconds(start_time), convert_seconds(end_time)
video_unload1 = myclip.subclip(t1, t2)
video_unload1.write_videofile("step_1.mp4", fps=25)

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def convert_seconds(tstamp):
    # Format 'hh:mm:ss'
    s = int(tstamp[6:8])
    m = int(tstamp[3:5])*60
    h = int(tstamp[0:2])*3600
    total = s + m + h
    
    return total
    

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from moviepy.editor import VideoFileClip, CompositeVideoClip, concatenate_videoclips , clips_array, vfx, AudioFileClip
from functions import *

# Import Video
filename = '15-12-2021.mp4'
myclip = VideoFileClip(filename)

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    # Add location number
    img_draw = ImageDraw.Draw(bg)
    font = ImageFont.truetype('arial', 60)
    img_draw.text((140, 135),'{}'.format(row['Location']),(0,0,0),font=font, stroke_width=1,
              stroke_fill="black")

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# Create a function to generate and save a barcode image
def create_ean(number):
    my_code = EAN13(number, writer=ImageWriter())
    my_code.save("Img/barcode")
    
# Import the bar code
create_ean(str(row['SKU Code']))
bcode = Image.open('Img/barcode.png').convert("RGBA")
bcode = bcode.resize((int(bcode.size[0]*0.5),int(bcode.size[1]*0.5)))
# Add barcode

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    # Open Arrow
    arr = Image.open('Img/arrow/{}.png'.format(row['arrow'])).convert("RGBA")
    arr = arr.resize((int(arr.size[0]*1.35),int(arr.size[1]*1.35)))
    # Paste with Coordinates
    bg.paste(arr, (-40, 0), arr)
    
    # Icon 1
    zone = Image.open('Img/log/{}.png'.format(row['log'])).convert("RGBA")
    perc_size = 0.45
    l1, l2 = int(zone.size[0]*perc_size), int(zone.size[1]*perc_size)

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# Import libaries
from PIL import Image
import pandas as pd
from PIL import Image, ImageOps, ImageDraw
from PIL import ImageFont
from barcode import EAN13
from barcode.writer import ImageWriter

# Import the file
df = pd.read_excel('label information.xlsx')