def replace_with_emoji(effect, size):
"""
Reportlab's Paragraph doesn't accept normal html <image> tag's attributes
like 'class', 'alt'. Its a little hack to remove those attrbs
"""
e = ""
for i, c in enumerate(effect):
if c in emoji.UNICODE_EMOJI:
e += Emoji.to_image(c)
else:
e += c
# e = effect
# for item in sorted(emoji.UNICODE_EMOJI.keys(), key = len, reverse = True):
# if item in effect:
# print(item)
# if Emoji.to_image(item) != item:
# e = re.sub(item, Emoji.to_image(item), e)
# print(item)
# Emoji.to_image(c)
# e = re.sub(re.escape(item), re.escape(emoji.UNICODE_EMOJI[item]), e)
e = e.replace('class="emojione " style="" ', 'height=%s width=%s' %
(size, size))
return re.sub('alt="'+Emoji.shortcode_regexp+'"', '', e)
def replace_with_emoji(effect, size):
"""
Reportlab's Paragraph doesn't accept normal html <image> tag's attributes
like 'class', 'alt'. Its a little hack to remove those attrbs
"""
e = ""
for i, c in enumerate(effect):
if c in emoji.UNICODE_EMOJI:
e += Emoji.to_image(c)
else:
e += c
# e = effect
# for item in sorted(emoji.UNICODE_EMOJI.keys(), key = len, reverse = True):
# if item in effect:
# print(item)
# if Emoji.to_image(item) != item:
# e = re.sub(item, Emoji.to_image(item), e)
# print(item)
# Emoji.to_image(c)
# e = re.sub(re.escape(item), re.escape(emoji.UNICODE_EMOJI[item]), e)
e = e.replace('class="emojione " style="" ', 'height=%s width=%s' %
(size, size))
return re.sub('alt="'+Emoji.shortcode_regexp+'"', '', e)
def to_image(text, **kwargs):
"""
Parse short code and unicode code to emotion
:param text:
:param kwargs[css]: css class
:param kwargs[style]: icon stylesheet
:return: string
"""
return Emoji.to_image(text, **kwargs)
def replace_with_emoji_pdf(text, size):
"""
Reportlab's Paragraph doesn't accept normal html <image> tag's attributes
like 'class', 'alt'. Its a little hack to remove those attrbs
"""
text = Emoji.to_image(text)
text = text.replace('class="emojione"', 'height=%s width=%s' %(size, size))
return re.sub('alt="'+Emoji.shortcode_regexp+'"', '', text)
def emoji2cfd(emoji, emoji_width = 1):
'''
Converts the inputted emoji to numpy array and feeds it into image2cdf.
The emoji_width parameter helps scale the emoji properly for the cfd solver
'''
emoji_img_item = Emoji.to_image(emoji)
start = a.find("src=")
link = a[start+5: -3]
im = imageio.imread(link)
def emoji2cdf(emoji, emoji_width=1):
'''
Converts the inputted emoji to numpy array and feeds it into image2cdf.
The emoji_width parameter helps scale the emoji properly for the cfd solver
'''
emoji_img_item = Emoji.to_image(emoji)
start = a.find("src=")
link = a[start + 5:-3]
im = imageio.imread(link)
aerodynamics = {
'coefficient_of_drag': .3,
'coefficient_of_lift': 1,
'wing_area': 1,
'frontal_area': .2,
'properties': 1
}
return aerodynamics
def bullImage():
rawHTML = Emoji.to_image("\U0001F402")
downloadedImage = image(rawHTML)
return downloadedImage
def bearImage():
rawHTML = Emoji.to_image("\U0001F43B")
downloadedImage = image(rawHTML)
return downloadedImage
def rainbowImage():
rawHTML = Emoji.to_image("\U0001F308")
downloadedImage = image(rawHTML)
return downloadedImage
def emoji2image(emoji):
a = Emoji.to_image(emoji)
url = a[a.find("src=")+5:a.find("/>")-1]
image = imageio.imread(url)
return image
def replace_with_emoji_pdf(text, size):
text = Emoji.to_image(text)
text = text.replace('class="emojione"',
'height=%s width=%s' % (size, size))
return re.sub(u'(alt=".{,5}")|([^\x00-\x7F]+)', '', text)
def to_image(text, **kwargs):
return Emoji.to_image(text, **kwargs)