def make_hands():
clips = []
backgrounds = glob.glob('images/*.jpg')
background_clip = Clip(random.choice(backgrounds))
clips.append(background_clip)
hands = glob.glob('hands/*.mp4')
hand = random.choice(hands)
x = random.randint(-400, -200)
distance = 100
duration = 0
for i in range(0, 6):
clip = Clip(hand)
clip.chroma()
clip.fadein(0.1)
clip.fadeout(0.1)
clip.set_offset(i * 0.5)
clip.position(x=x)
clips.append(clip)
x += distance
duration = clip.duration + i * 0.5
composition = Composition(clips, width=1280, height=720, duration=duration)
composition.preview()
def compose_with_vidpy(
maxduration=60,
thresh=0.2,
fade=0.3,
duration=4,
sections=3,
padding=0.5,
outname="home.mp4",
):
shots = {}
allshots = []
for f in glob("videos/*.shots.json"):
# if re.search(r'^videos/\d+', f) is None:
# continue
with open(f, "r") as infile:
data = json.load(infile)
f = f.replace(".shots.json", "")
_shots = [(f, d["time"]) for d in data if d["score"] > thresh]
_shots = [d["time"] for d in data if d["score"] > thresh]
shots[f] = []
for i, d in enumerate(_shots):
if i > 0:
start = _shots[i - 1]
else:
start = 0
end = d
shots[f].append((start, end))
# if len(_shots) > 5:
# shots[f] = _shots
# allshots += _shots
offset = 0
clips = []
while offset < maxduration:
filename = random.choice(list(shots.keys()))
if len(shots[filename]) < 5:
continue
start, end = random.choice(shots[filename])
start += padding
end -= padding
dur = min(end - start, duration - padding)
clip = Clip(filename, start=start, end=start + dur, offset=offset)
clip.zoompan([0, 0, "100%", "100%"], ["-25%", "-25%", "150%", "150%"],
0, 100)
clip.fadein(fade)
offset += dur - fade
clips.append(clip)
# if stitch:
comp = Composition(clips)
comp.save(outname)
def make_video():
clips=[]
for video in mergeSequence:
#print mergeSequence
#print each video of the sequence and tagsself.and colors
#filename = "./videos/" + video['id']
filename = video["path"]
#print video
#print filename
clip = Clip(filename, start=video['start'], end= video['end'])
if "abstract" in video["tags"]:
clip.fadein(1)
clip.fadeout(1.5)
for video in beginning:
clip.fadein(3)
for video in ending:
clip.fadeout(1.5)
for video in randomSounds:
clip.fadein(1)
clip.fadeout(1.5)
clip.glow()
clips.append(clip)
print (mergeSequence[0]["id"])
composition = Composition(clips,singletrack=True, width=800, height=800)
videoName = "render/videoMergeClassic" + datetime.datetime.now().strftime("%Y%m%d%H%M%S") +".mp4"
composition.save(videoName)
def make_video():
clips = []
for video in mergeSequence:
#print mergeSequence
#print each video of the sequence and tagsself.and colors
#filename = "./videos/" + video['id']
filename = video["path"]
#print video
#print filename
clip = Clip(filename, start=video['start'], end=video['end'])
if "abstract" in video["tags"]:
clip.fadein(1)
clip.fadeout(1.5)
for video in beginning:
clip.fadein(3)
for video in ending:
clip.fadeout(1.5)
for video in randomSounds:
clip.fadein(1)
clip.fadeout(1.5)
clip.glow()
clips.append(clip)
print mergeSequence[0]["id"]
composition = Composition(clips, singletrack=True, width=800, height=800)
composition.save('mergeVideo3_nature4.mp4')
def make_video():
clips = []
blankclip = Clip('black.mp4')
clips.append(blankclip)
for video in mergeSequence:
#print mergeSequence
#print each video of the sequence and tagsself.and colors
#filename = "./videos/" + video['id']
filename = video["path"]
#print video
print(filename)
# if filename.endswith('mp3'):
# continue
clip = Clip(filename, start=video['start'], end=video['end'])
# clip.position(x=0, y=0, w='100%', h='100%', distort=True)
# clip.fx('crop', {
# 'center': 1
# })
# clip.fx('affine', {
# 'transition.geometry': '0/0:640x640',
# 'transition.fill': 1,
# 'transition.distort': 1,
# 'transition.scale': 1,
# 'scale': 1
# })
if "abstract" in video["tags"]:
clip.fadein(1)
clip.fadeout(1.5)
if video in beginning:
clip.fadein(3)
if video in ending:
clip.fadeout(1.5)
if video in randomSounds:
clip.fadein(1)
clip.fadeout(1.5)
clip.glow()
clips.append(clip)
print(mergeSequence[0]["id"])
# clips = clips[0:3]
composition = Composition(clips, singletrack=True)
videoName = "render/videoMergeClassic" + datetime.datetime.now().strftime(
"%Y%m%d%H%M%S") + ".mp4"
#composition.save(videoName)
composition.preview()
def make_video(tag):
clips = []
for video in mergeSequence:
#print mergeSequence
#print each video of the sequence and tagsself.and colors
#filename = "./videos/" + video['id']
filename = video["path"]
#print video
#print filename
clip = Clip(filename, start=video['start'], end=video['end'])
if "abstract" in video["tags"]:
clip.fadein(1)
clip.fadeout(1.5)
if video in beginning:
clip.fadein(3)
if video in ending:
clip.fadeout(1.5)
if video in randomSounds:
clip.fadein(1)
clip.fadeout(1.5)
clip.glow()
clips.append(clip)
#print (mergeSequence[0]["id"])
composition = Composition(clips, singletrack=True, width=800, height=800)
#videoName = "render/videoConnected10" + datetime.datetime.now().strftime("%Y%m%d%H%M%S") +".mp4"
# videoName = "render/video_" + tag + datetime.datetime.now().strftime("%Y%m%d%H%M%S") +".mp4"
videoName = "render/video_" + tag + datetime.datetime.now().strftime(
"%Y%m%d%H%M%S") + ".mov"
composition.save(videoName)
#composition.save(videoName)
#datetime.datetime.now().strftime("%Y%m%d%H%M&S")
#setup a client (api adress, localhost)
client = udp_client.UDPClient("127.0.0.1", 8000)
print("testing message")
#composition.preview()
#now built the messagingSenderId
msg = osc_message_builder.OscMessageBuilder(address="/video")
msg.add_arg("nature")
msg = msg.build()
client.send(msg)
import time
from vidpy import Clip, Composition
hands = glob.glob('hands/*.mp4')
hand = random.choice(hands)
print hand
clips = []
x = -400
start = 0
backgrounds = ['#2cffff', '#fc282a', '#fcdb2a', '#2452d8']
for i in range(0, 6): # same as for i in [0, 1, 2, 3, 4]
clip = Clip(hand)
clip.chroma()
clip.set_offset(start)
clip.position(x=x)
clip.fadein(0.2)
clip.fadeout(0.2)
clips.append(clip)
start += 0.5
x += 150
composition = Composition(clips, bgcolor=random.choice(backgrounds))
outname = 'coolhands_{}.mp4'.format(int(time.time()))
composition.save(outname)
# while y is inside of canvas
while y < canvasHeight:
# create a clip
clip = Clip(video)
# set clip position
# add random offsets to each variable
randomX = x + random.uniform(-delta, delta)
randomY = y + random.uniform(-delta, delta)
randomWidth = vidWidth + random.uniform(-delta, delta)
randomHeight = vidHeight + random.uniform(-delta, delta)
clip.position(x=randomX, y=randomY, w=randomWidth, h=randomHeight)
# fade in for 0.1 second
clip.fadein(0.1)
# repeat the clip three times
clip.repeat(3)
# start the clip based on existing clips
# add a random offset
clip.set_offset(len(clips)*random.random())
# add clip to list of clips
clips.append(clip)
# increment the x and y position
x += vidWidth
# if x is outside of canvas
if x > canvasWidth:
vid_height = (vid_width/canvas_width) * canvas_height
x = 0
y = 0
clips = []
while y < canvas_height:
# create a clip
clip = Clip(video)
# set clip position
clip.position(x=x, y=y, w=vid_width, h=vid_height)
# fade in for 1/2 second
clip.fadein(0.5)
# repeat the clip three times
clip.repeat(3)
# start the clip based on existing clips
clip.set_offset(len(clips)*.1)
clips.append(clip)
# increment the x and y position
x += vid_width
if x > canvas_width:
y += vid_height
x = 0
