def test_strech(self):
image = Image("http://test.jpg")
image.stretch()
self.assertEqual(
image.tostring(),
'<image preserveAspectRatio="none" xlink:href="http://test.jpg" />'
)
def draw_logos(self):
self.dwg.add(
Image(get_logo(self.game.away), (ORIGIN_X, ORIGIN_Y - 50),
(40, 40)))
self.dwg.add(
Image(get_logo(self.game.home),
(ORIGIN_X + ATBAT_W + SEPARATION + ATBAT_W - 40,
ORIGIN_Y - 50), (40, 40)))
def test_fit_horiz(self):
image = Image("http://test.jpg")
for align, expected in [('left', 'xMin'), ('center', 'xMid'),
('right', 'xMax')]:
image.fit(align, 'top', 'meet')
self.assertEqual(
image.tostring(),
'<image preserveAspectRatio="%sYMin meet" xlink:href="http://test.jpg" />'
% expected)
def draw(self, builder):
pos = builder.position(self.pos[0], builder.y + self.pos[1])
size = (builder.image_size, builder.image_size)
image = Image("paper.png", pos, size)
image.add(Title(self.reference))
obj = Hyperlink(self.link)
obj.add(image)
return [obj]
def test_fit_vert(self):
image = Image("http://test.jpg")
for align, expected in [('top', 'YMin'), ('middle', 'YMid'),
('bottom', 'YMax')]:
image.fit('left', align, 'slice')
self.assertEqual(
image.tostring(),
'<image preserveAspectRatio="xMin%s slice" xlink:href="http://test.jpg" />'
% expected)
def draw(self, builder):
pos = builder.position(self.pos[0], builder.y + self.pos[1])
size = (builder.image_size, builder.image_size)
result = []
title = self.name
if self.email:
title += " <{}>".format(self.email)
color = builder.authors[self.email, "rgb(128, 128, 128)"]
result.append(Rect(pos, size, fill=color, stroke=color, stroke_width=10))
result.append(Rect(pos, size, fill=WHITE, stroke=WHITE, stroke_width=5))
image = Image(self.image, pos, size)
image.add(Title(title))
result.append(image)
return result
def prepare_character_images(drawing):
# Load images base64 encoded to embed into svg file
character_images = dict()
for index in range(0, 84):
p = Pattern(x=0,
y=0,
width="100%",
height="100%",
viewBox="0 0 512 512")
image_path = ROOT_PATH_IMAGES + str(index) + ".jpeg"
# Loading the image an convert it to base64 to integrate it directly
# into the graphic.
base64_prefix_href = "data:image/jpeg;base64,"
with open(image_path, 'rb') as image:
base64_encoded_string = base64.standard_b64encode(image.read())
href_base64_img = base64_prefix_href + base64_encoded_string.decode(
'utf-8')
i = Image(href=href_base64_img, x="0%", y="0%", width=512, height=512)
p.add(i)
drawing.defs.add(p)
character_images[index] = p
return character_images
def member_badge(stripe_id):
svg_document = svgwrite.Drawing(size = ("3.375in", "2.125in"))
logo = Image(href="/static/images/syn_shop_badge_logo.png", insert=("0.5in",'0.5in'), size=("1in","1in"))
svg_document.add(logo)
photo_url = "/member/%s/files/photo.jpg" % (stripe_id,)
photo = Image(href=photo_url,insert=("1.5in",'1.5in'),size=("1in","1in"))
svg_document.add(photo)
#svg_document.add(svg_document.text("Hello World",insert = ("1in","1in")))
response = make_response(svg_document.tostring())
response.headers['Content-Description'] = 'Badge'
response.headers['Cache-Control'] = 'no-cache'
response.headers['Content-Type'] = 'image/svg+xml'
response.headers['Content-Disposition'] = 'inline'
return response
if mod > 0:
x = x + BOX_SPACING[0]
else:
y = y + BOX_SPACING[1]
x = ORIGIN[0]
group = dwg.add(dwg.g(id=i))
group.add(
dwg.rect(insert=(x * cm, y * cm),
size=(BOX_SIZE[0] * cm, BOX_SIZE[1] * cm),
stroke='red',
fill='white'))
image_x = x + IMAGE_OFFSET[0]
image_y = y + IMAGE_OFFSET[1]
group.add(
Image("images/" + d['company'].lower() + ".png",
insert=(image_x * cm, image_y * cm),
size=(IMAGE_SIZE[0] * cm, IMAGE_SIZE[1] * cm)))
logo_x = x + LOGO_OFFSET[0]
logo_y = y + LOGO_OFFSET[1]
group.add(
Image("images/athleta_logo_260x180.png",
insert=(logo_x * cm, logo_y * cm),
size=(LOGO_SIZE[0] * cm, LOGO_SIZE[1] * cm)))
text1_x = x + TEXT1_OFFSET[0]
text1_y = y + TEXT1_OFFSET[1]
group.add(
svgwrite.text.Text(d['sf'].upper(), (text1_x * cm, text1_y * cm),
class_="text_style",
id="text1"))
def test_fit_err(self):
image = Image("http://test.jpg")
self.assertRaises(ValueError, image.fit, scale='invalid')
self.assertRaises(KeyError, image.fit, horiz='invalid')
self.assertRaises(KeyError, image.fit, vert='invalid')
def test_constructor2(self):
image = Image("test.jpg", insert=(10, 20), size=(30, 40))
self.assertEqual(
image.tostring(),
'<image height="40" width="30" x="10" xlink:href="test.jpg" y="20" />'
)
def test_constructor(self):
image = Image("http://localhost/test.jpg")
self.assertEqual(image.tostring(), '<image xlink:href="http://localhost/test.jpg" />')
def test_constructor(self):
image = Image("http://localhost/test.jpg")
self.assertEqual(image.tostring(),
'<image xlink:href="http://localhost/test.jpg" />')
def test_fit_vert(self):
image = Image("http://test.jpg")
for align, expected in [('top', 'YMin'), ('middle', 'YMid'), ('bottom', 'YMax')]:
image.fit('left', align, 'slice')
self.assertEqual(image.tostring(), '<image preserveAspectRatio="xMin%s slice" xlink:href="http://test.jpg" />' % expected)
def test_fit_horiz(self):
image = Image("http://test.jpg")
for align, expected in [('left', 'xMin'), ('center', 'xMid'), ('right', 'xMax')]:
image.fit(align, 'top', 'meet')
self.assertEqual(image.tostring(), '<image preserveAspectRatio="%sYMin meet" xlink:href="http://test.jpg" />' % expected)
def test_strech(self):
image = Image("http://test.jpg")
image.stretch()
self.assertEqual(image.tostring(), '<image preserveAspectRatio="none" xlink:href="http://test.jpg" />')
def test_constructor2(self):
image = Image("test.jpg", insert=(10,20), size=(30,40))
self.assertEqual(image.tostring(), '<image height="40" width="30" x="10" xlink:href="test.jpg" y="20" />')