def crop_scale(self, dimensions: Tuple[int, int]) -> 'Segment':
"""
Returns
-------
A new Segment, cropped and/or scaled as necessary to reach specified dimensions
"""
segment = self.copy()
dimensions = Dimensions(*dimensions)
def blur(image):
#return cv2.GaussianBlur(image.astype(float),(99,99),0)
return cv2.blur(image.astype(float), (30, 30), 0)
#if segment.aspect_ratio != dimensions.aspect_ratio:
# Crop segment to match aspect ratio
#segment = segment.crop_to_aspect_ratio(dimensions.aspect_ratio)
#if segment.dimensions != dimensions:
# Resize segment to reach final dimensions
#segment = segment.resize(dimensions)
replace_width = dimensions.width
replace_height = dimensions.height
if segment.aspect_ratio != replace_width / replace_height:
##########################################Below 1 AR##################################################
if segment.aspect_ratio <= 1:
#print("below 1")
if segment.size[0] != replace_width:
segment = segment.resize(width=replace_width)
if segment.size[1] != replace_height:
segment = segment.resize(height=replace_height)
segment = segment.set_position("center")
background1 = segment.crop(x1=0, width=(segment.w / 2))
background2 = segment.crop(x1=(segment.w / 2),
width=(segment.w / 2))
if segment.aspect_ratio != 1:
#print("Not 1:1")
background1 = background1.resize(
width=(replace_width - segment.w) / 2)
background2 = background2.resize(
width=((replace_width - segment.w) / 2) + 1)
background1 = background1.set_position(
("left", 'center')).fl_image(blur)
background2 = background2.set_position(
("right", 'center')).fl_image(blur)
segment = CompositeVideoClip(
[background1, background2, segment],
size=(replace_width, replace_height))
segment.effects = self.effects
#########################################Above 1080 ratio###############################################
elif segment.aspect_ratio > round(replace_width / replace_height,
2):
#print("above 1.7")
if segment.size[1] != replace_height:
segment = segment.resize(height=replace_height)
if segment.size[0] != replace_width:
segment = segment.resize(width=replace_width)
test = (replace_height - segment.h) / 2
segment = segment.set_position("center")
background1 = segment.crop(
y1=0, height=((replace_height - segment.h) / 2))
background2 = segment.crop(y1=segment.h - test, height=test)
background1 = background1.set_position(
('center', 'top')).fl_image(blur)
background2 = background2.set_position(
('center', 'bottom')).fl_image(blur)
segment = CompositeVideoClip(
[background1, background2, segment],
size=(replace_width, replace_height))
segment.effects = self.effects
######################################other#######################################################
elif segment.aspect_ratio > 1 and segment.aspect_ratio < round(
replace_width / replace_height, 2):
#print('midway between')
if segment.size[0] != replace_width:
segment = segment.resize(width=replace_width)
if segment.size[1] != replace_height:
segment = segment.resize(height=replace_height)
segment = segment.set_position("center")
background1 = segment.crop(x1=0, width=(segment.w / 2))
background2 = segment.crop(x1=(segment.w / 2),
width=(segment.w / 2))
background1 = background1.set_position(
("left", 'center')).fl_image(blur)
background2 = background2.set_position(
("right", 'center')).fl_image(blur)
segment = CompositeVideoClip(
[background1, background2, segment],
size=(replace_width, replace_height))
segment.effects = self.effects
#############################################################################################
if segment.w != replace_width and segment.h != replace_height:
segment = segment.resize((replace_width, replace_height))
#print("On Aspect, too big or small")
return segment
def build_start_title(vid, title_end, texts, text_i):
dirname = os.path.dirname(__file__) # Relative path to the folder
# Images
maila = "Karttu.png"
logo = "logo.png"
# Fonts
font = "Ebrima-Bold"
# font = "Fixedsys Regular"
fontsize = 150
color = "#e94b3cff"
stroke_color = "#1d1b1b"
if float(title_end) - 4.0 > 0.0:
clip = vid.subclip(float(title_end) - 4.0, title_end)
else: # if start is shorter than 4 s
rate = title_end / 4
clip = vid.subclip(0, title_end).speedx(rate)
t = texts[text_i]
t = t.replace('\\n', '\n')
t = t.split(";") # separate players and event. Example: player1 vs. player2; Event 2020
if len(t) == 2:
players = t[0]
event = t[1]
else:
event = t[0]
players = ""
maila_img = ImageClip(os.path.join(dirname ,maila), duration = 4)\
.resize(height = int(clip.size[1] * 0.7))
logo_img = ImageClip(os.path.join(dirname ,logo), duration = 4)\
.resize(width = maila_img.size[0] + 100)\
.set_position(("center", "top"))
maila_img = maila_img.margin(top = logo_img.size[1],\
left = int((logo_img.size[0] - maila_img.size[0]) / 2),\
right = int((logo_img.size[0] - maila_img.size[0]) / 2),\
opacity = 0)
images = CompositeVideoClip([maila_img,logo_img])
images_rot = images.set_position("center")\
.resize(lambda t: min(0.2 + t*1.5 , 1))\
.rotate(lambda t: 500 * (tanh(t*4 + 0.5) * -5 + 5), resample = "nearest")
event_txt = TextClip(event,
stroke_color = stroke_color,\
stroke_width = 4, color=color,\
font= font,\
kerning = 5,\
fontsize=fontsize)\
.set_duration(4)
event_txt = event_txt.resize(width = clip.size[0] / 2 - 300)
event_txt = event_txt.set_pos(lambda t:(min(clip.size[0]/2 + 100,-800 + t * 1500),clip.size[1]/2))
player_txt = TextClip(players,\
stroke_color = stroke_color,\
stroke_width = 4, color=color,\
font=font,\
kerning = 5,\
fontsize=fontsize)\
.set_duration(4)
player_txt = player_txt.set_pos(lambda t:(max(clip.size[0]/2 - player_txt.size[0]- 100, clip.size[0] + 600 + t * -1800),clip.size[1]/2 - player_txt.size[1]/2))
mask_left = np.zeros((clip.size[1],clip.size[0], 4))
mask_right = B = np.copy(mask_left)
mask_left = cv2.rectangle(mask_left, (0, 0), (int(clip.size[0]/2), clip.size[1]), (255,255,255,255), -1)
mask_right = cv2.rectangle(mask_right, (int(clip.size[0]/2), 0), (clip.size[0], clip.size[1]), (255,255,255,255), -1)
mask_left = ImageClip(mask_left, duration=2, ismask=True)
mask_right = ImageClip(mask_right, duration=2, ismask=True)
# cv2.imwrite("kala.png",mask_right)
comp_clip = CompositeVideoClip([clip, event_txt, clip.set_mask(mask_left)])
comp_clip = CompositeVideoClip([comp_clip, player_txt, comp_clip.set_mask(mask_right), images_rot])
return comp_clip, text_i + 1
