def test_prepare_content(self):
self.img.content.header.outline = Outline()
self.img.content.para.outline = Outline()
self.img.content.linkback.outline = Outline()
content = self.img.content
self.img._prepare_content()
for unit in [content.header, content.para, content.linkback]:
self.assertIsNotNone(unit.color)
self.assertIsNotNone(unit.outline.color)
def setUp(self):
header = Header(text='foo', fontfullpath=None, outline=Outline())
linkback = Linkback(text='bar', fontfullpath=None, outline=Outline())
para = Paragraph(text='foo bar', fontfullpath=None, outline=Outline())
content = Content(para, header=header, linkback=linkback, padding=45)
self.fullpath = 'test.png'
self.img = Image(content, self.fullpath)
self.img._create_image()
self.img._create_draw_object()
self.img.opposite_to_bg_color = '#000'
def test_initialization(self):
outline = Outline(2, '#111')
text = Text('foo', Font(), '#000', outline)
self.assertEqual(text.text, 'foo')
self.assertIsNotNone(text.font)
self.assertEqual(text.color, (0, 0, 0))
self.assertEqual(text.outline, outline)
def test_prepare_content_with_None_units(self):
self.img.content.para.outline = Outline()
content = self.img.content
content.header = None
content.linkback = None
self.img._prepare_content()
self.assertIsNotNone(content.para.color)
self.assertIsNotNone(content.para.outline.color)
def test_draw_unit_with_outline(self, text_mock):
available_outlines = [None, Outline(2, '#111')]
self.img.color = '#000'
start_height = 0
aligns = ['center', 'right', 'left']
for align in aligns:
for outline in available_outlines:
with self.subTest():
unit = MultilineTextUnit(
text='foo', fontfullpath=None, outline=outline,
align=align)
self.img._draw_unit(start_height, unit)
self.assertTrue(text_mock.called)
def card_gen(image, name, fact, linkback = 'learnfacts.fun | @learnafunfact'):
''' Genera una tarjeta ./facts_imgs/[query]-fact.jpg a partir de la imagen ./images/[query].jpg y el
fact que se le envia en forma de texto. Opcional puedes agregar tu linkback pero si le mandas
nada usa 'learnafact.fun'
'''
fact_img = './facts_imgs/' + name + '-fact.png'
roboto_font_folder = './fonts/Roboto/'
outline = Outline(2, '#121212')
para = Paragraph( text=fact,
font = Font(roboto_font_folder + 'Roboto-Medium.ttf', 55),
text_width = 30,
align='left',
color='#ededed',
outline=outline,
)
linkback = Linkback(text= str(linkback),
font = Font(roboto_font_folder + 'Roboto-Bold.ttf', 18),
color = '#ededed',
bottom_padding = 300,
outline=outline
)
content = Content(para, linkback)
img = Image(content,
fullpath = fact_img,
width=1080,
height=720
)
img.draw_on_image(image,
image_enhancements=((ImageEnhance.Contrast, 0.75),
(ImageEnhance.Brightness, 0.75)),
image_filters=((ImageFilter.BLUR),)
)
return ({ 'image':image, 'fact_img': fact_img})
from PIL import ImageEnhance
from PIL import ImageFilter
from google_images_download import google_images_download
from random import randint
import sys
import pdb
import wikiquote
import uuid
# TODO: change this fontpath to the fontpath on your machine
roboto_font_folder = '/home/alejo/.local/share/fonts/roboto/'
text_outline = Outline(1, '#121212')
autores = [
'Julio Iglesias', 'Diego Armando Maradona', 'Carlos Menem',
'Carlos Salvador Bilardo', 'Adolf Hitler', 'Susana Gimenez',
'Hector Veira', 'Juan Domingo Perón', 'Woody Allen', 'Groucho Marx',
'Nicolas Maduro'
]
for a in autores:
response = google_images_download.googleimagesdownload()
arguments = {
"keywords": a,
"limit": 25,
"print_urls": True,
text = ti[0].split('*') # get author, header and content
author = text[0]
head = text[1]
body = text[2]
checker = 2
print('Chose header font')
header_font = askopenfilename() # selected font
header_font = header_font.split('/')
header_font = header_font[-1]
print('Selected header font' + str(header_font))
print('Chose content font')
content_font = askopenfilename() # selected font
content_font = content_font.split('/')
content_font = content_font[-1]
print('Selected content font' + str(content_font))
outline = Outline(2, '#121212')
header = Header(text=head,
font=Font(FONTS + header_font, 60),
text_width=40,
align='left',
color='#ededed',
outline=outline)
para = Paragraph(text=body,
font=Font(FONTS + content_font, 48),
text_width=65,
align='left',
color='#ededed',
outline=outline)
def test_initialization(self):
outline = Outline(2, '#111')
self.assertEqual(outline.width, 2)
self.assertEqual(outline.color, (17, 17, 17))
def test_setting_color_without_color(self):
Outline._set_color(self.outline_mock, None)
self.assertIsNone(self.outline_mock.color)
def test_setting_color_with_color_provided(self):
Outline._set_color(self.outline_mock, '#000')
self.assertEqual(self.outline_mock.color, (0, 0, 0))
from nider.core import Font
from nider.core import Outline
from nider.models import Header
from nider.models import Paragraph
from nider.models import Linkback
from nider.models import Content
from nider.models import Image
from PIL import ImageFilter
# TODO: change this fontpath to the fontpath on your machine
roboto_font_folder = '/home/ovd/.local/share/fonts/Roboto/'
text_outline = Outline(2, '#111')
header = Header(
text=
'The first solar eclipse to cross America in 99 years is coming. To some, it’s an act of God.',
font=Font(roboto_font_folder + 'Roboto-Bold.ttf', 28),
text_width=53,
line_padding=3,
align='left',
color='#ededed',
outline=text_outline,
)
para = Paragraph(
text=
'Tens of millions of people are expected to cram into a narrow path, from Oregon to the Carolinas, to see the remarkable event.',
font=Font(roboto_font_folder + 'Roboto-Medium.ttf', 25),
from nider.core import Font
from nider.core import Outline
from nider.models import Content
from nider.models import Header
from nider.models import Image
# TODO: change this fontpath to the fontpath on your machine
roboto_font_folder = '/home/ovd/.local/share/fonts/Roboto/'
text_outline = Outline(1, '#efefef')
header = Header(text='Google bought a service that allows patients to undergo basic clinical tests at home using smartphones.',
font=Font(roboto_font_folder + 'Roboto-Bold.ttf', 22),
text_width=50,
align='left',
color='#000100',
outline=text_outline
)
content = Content(header=header)
img = Image(content,
fullpath='result.png',
width=600,
height=314
)
# TODO: change this image path to the image path on your machine
img.draw_on_image('bg.jpg')
