class TextPen(Pen):
'''For draw one line text on canvas '''
font = PenParameter("font")
font_size = PenParameter("font_size")
text_interline_spacing = PenParameter("text_interline_spacing")
fill_color = PenParameter("fill_color", export_filter=lambda c:c and Color(c))
coordinates = PenParameter(
'coordinates',
validator=coordinates_validator,
export_filter=Coordinates
)
text = PenParameter(
"text",
validator=bool,
export_filter=lambda text: text.decode('utf8') \
if isinstance(text, str) else text
)
def __init__(self, config):
super(TextPen, self).__init__(config)
self.drawer = Drawing()
for name, parameter in self.known_parameter.iteritems():
if name not in ("text", "coordinates"):
value = getattr(self, name)
if value:
setattr(self.drawer, name, value)
def draw(self, canvas):
self.drawer.text(
self.coordinates.x,
self.coordinates.y,
self.text.encode('utf8')
)
self.drawer.draw(canvas.image)
def wand1():
"""This is Python Wand example 1"""
the_time = t.asctime()
print "Importing image ", IFILE
img_1 = Image(filename=IFILE)
print "Cropping and resizing the image"
img_1.crop(300, 0, width=300, height=282)
img_1.resize(width=600, height=564)
print "Creating a drawing and overlaying on it"
draw = Drawing()
draw.circle((100, 100), (120, 120))
draw.rectangle(left=img_1.width-300, top=img_1.height-45, width=230,
height=40, radius=5)
draw.font_size = 17
draw.fill_color = Color('white')
draw.text_color = Color('white')
draw.text(img_1.width-290, img_1.height-20, the_time)
draw(img_1)
print "Displaying, close the XTERM when done"
display(img_1)
def drawrect(self, row, col):
draw = Drawing()
draw.fill_color = Color('black')
(x, y), (x2, y2) = self.pixel_box(row, col)
for r in range(self.box_size):
line_y = y + r
draw.line((x, line_y), (x2, line_y))
draw(self._img)
def replaceColorsInImage(img, color1, color2): ldraw = Drawing() ldraw.fill_color = color2 width, height = img.size for x in range(0, width): for y in range(0, height): if img[x,y] == color1: ldraw.color(x, y, 'replace') ldraw(img)
def animate_slice(sliceviewer, name, start, end, filename, num_frames=10, font_size=24):
"""Generate an animated gif of a 2D slice moving through a third dimension.
Args:
sliceviewer (SliceViewer): A sliceviewer instance.
name (str): The name of the third dimension to use.
start (float): The starting value of the third dimension.
end (float): The end value of the third dimension.
filename (str): The file to save the gif to.
Kwargs:
num_frames (int): The number of frames the gif should contain.
font_size: (int): The size of the caption.
Example:
ws = CreateMDWorkspace(3, Extents=[-10,10,-10,10,-10,10], Names=["X","Y","Z"], Units=["u","u","u"])
FakeMDEventData(ws, PeakParams=[10000,0,0,0,1])
sv = plotSlice(ws)
#Resize and configure the slice viewer how you want the output to look
sv.setNormalization(1) # We need to normalize by volume in this case, or the data won't show up
#This will create a gif iterating from Z = -1 to Z = 1
animate_slice(sv, "Z", -1, 1, "output.gif")
"""
#Generate all the individual frames
images = []
for slice_point in numpy.linspace(start, end, num_frames):
sliceviewer.setSlicePoint(name, slice_point)
sliceviewer.refreshRebin()
qimg = sliceviewer.getImage().toImage()
data = QByteArray()
buf = QBuffer(data)
qimg.save(buf, "PNG")
image = Image(blob=str(data))
captionstrip_size = font_size + 10
#To add whitespace to the top, we add a vertical border,
#then crop out the bottom border
image.border(Color("#fff"), 0, captionstrip_size)
image.crop(0, 0, image.width, image.height - captionstrip_size)
#Write the caption into the whitespace
draw = Drawing()
draw.font_size = font_size
draw.text(5, font_size,"%s = %g" % (name,slice_point))
draw(image)
images.append(image)
#Create a new image with the right dimensions
animation = Image(width=images[0].width, height=images[0].height)
#Copy in the frames from all the generated images
for image in images:
animation.sequence.append(image.sequence[0])
#Drop the initial blank frame
del animation.sequence[0]
#Write the animation to disk
animation.save(filename=filename)
def create_kernel(w=3, h=3):
k = Image(width=w * kernel_size + 2, height=h * kernel_size + 2)
draw = Drawing()
draw.fill_color = Color("white")
draw.stroke_color = Color("black")
for y in xrange(0,h):
for x in xrange(0,w):
draw.rectangle(left=x*kernel_size, top=y*kernel_size,
width=kernel_size, height=kernel_size)
draw(k)
return k
def add_caption(self, name, quote):
color = Color("white")
draw = Drawing()
draw.fill_color = Color("black")
font = Font(path="impact.ttf", size=64, color=color)
with Image(filename=name) as i:
if "second" in quote:
top = quote["first"]
bottom = quote["second"]
i.caption(text=top, font=font, gravity="north")
i.caption(text=bottom, font=font, gravity="south")
else:
top = top = quote["first"]
i.caption(text=top, font=font, gravity="north")
i.save(filename=name)
def test_draw_alpha_user_error():
with Drawing() as draw:
with raises(TypeError):
draw.alpha()
with raises(TypeError):
draw.alpha(1, 2, 4)
with raises(ValueError):
draw.alpha(1, 2, 'apples')
def draw_canvas():
with Drawing() as draw:
draw.fill_color = Color('transparent')
#draw.fill_color = Color('white')
draw.rectangle(left=0, top=0, width=bill_features['canvas'][0], height=bill_features['canvas'][1])
with Image(width=bill_features['canvas'][0], height=bill_features['canvas'][1]) as img:
draw.draw(img)
img.save(filename=bill_file)
def test_draw_point():
with nested(Color('#fff'), Color('#000')) as (white, black):
with Image(width=5, height=5, background=white) as img:
with Drawing() as draw:
draw.stroke_color = black
draw.point(2, 2)
draw.draw(img)
assert img[2, 2] == black
def test_imagesize(self):
with Drawing() as d:
text = 'check'
d.font = 'Arial'
d.font_size = 36
size = calcSuitableImagesize(d, text)
print('calcSuitableImagesize: ', size)
self.assertTrue(size[0] > 0 and size[1] > 0)
def __init__(self, config):
super(TextPen, self).__init__(config)
self.drawer = Drawing()
for name, parameter in self.known_parameter.iteritems():
if name not in ("text", "coordinates"):
value = getattr(self, name)
if value:
setattr(self.drawer, name, value)
def test_draw_alpha():
with nested(Color('#fff'), Color('transparent')) as (white, transparent):
with Image(width=50, height=50, background=white) as img:
with Drawing() as draw:
draw.fill_opacity = 0
draw.alpha(25, 25, 'floodfill')
draw.draw(img)
assert img[25, 25] == transparent
def test_draw_matte_user_error():
with Drawing() as draw:
with raises(TypeError):
draw.matte()
with raises(TypeError):
draw.matte(1, 2, 4)
with raises(ValueError):
draw.matte(1, 2, 'apples')
def test_clone_drawing_wand(fx_wand):
fx_wand.text_kerning = 10.22
funcs = (lambda img: Drawing(drawing=fx_wand),
lambda img: fx_wand.clone())
for func in funcs:
with func(fx_wand) as cloned:
assert fx_wand.resource is not cloned.resource
assert fx_wand.text_kerning == cloned.text_kerning
def draw_rectangle(self, x, y, width, height): # pragma: no cover
"""draw_rectangle is used only in `/debug` routes"""
with Drawing() as draw:
draw.fill_color = "transparent"
draw.stroke_color = "white"
draw.stroke_width = 1
draw.rectangle(x, y, width=width, height=height)
draw(self.image)
def test_draw_alpha():
transparent = Color('transparent')
with Image(width=50, height=50, pseudo='xc:white') as img:
with Drawing() as draw:
draw.fill_color = transparent
draw.alpha(25, 25, 'floodfill')
draw.draw(img)
assert img[25, 25] == transparent
def layer03():
draw = Drawing()
draw.font = FONT_HAIRLINE
draw.font_size = 69
draw.fill_color = Color('white')
draw.text(0, 69, "Liam Mulcahy")
draw.font = FONT_LIGHT
draw.font_size =50
draw.text(0, 125, "Our next Einstein?")
req_width = 570
req_height = 130
blurb_image = new_blank_png(req_width, req_height)
draw(blurb_image)
return blurb_image
def test_draw_push_pop():
with Drawing() as draw:
draw.stroke_width = 2
draw.push()
draw.stroke_width = 3
assert 3 == draw.stroke_width
draw.pop()
assert 2 == draw.stroke_width
def test_draw_comment():
comment = 'pikachu\'s ghost'
expected = '#pikachu\'s ghost\n'
with nested(Image(width=1, height=1), Drawing()) as (img, draw):
draw.comment(comment)
draw(img)
blob = img.make_blob(format="mvg")
assert expected == text(blob)
def test_draw_color():
with nested(Color('#fff'), Color('#000')) as (white, black):
with Image(width=50, height=50, background=white) as img:
with Drawing() as draw:
draw.fill_color = black
draw.color(25, 25, 'floodfill')
draw.draw(img)
assert img[25, 25] == black
def test_draw_color_user_error():
with Drawing() as draw:
with raises(TypeError):
draw.color()
with raises(TypeError):
draw.color(1, 2, 4)
with raises(ValueError):
draw.color(1, 2, 'apples')
def render_text(
img,
text,
font,
*,
antialias=True,
padding=0,
color="black",
font_size_hint=12
):
""" renders a text as large as possible on a provided image
:param wand.image.Image img: a wand.image.Image instance
:param str text: the text to render
:param str font: path to a font file to use
optional:
:param bool antialias: use antialiasing, defaults to True
:param int padding: padding to apply to the image for the text rendering
:param str color: text color to use
:param int font_size_hint: font
size used as a starting point for the search of the largest font size,
also used for finding the best way to wrap a text.
:returns RenderingFit: parameters used to render the text on the image
"""
box_size = Size(img.width - 2 * padding, img.height - 2 * padding)
with Drawing() as sketch:
# Set the basic font style
sketch.fill_color = Color(color)
sketch.font = font
sketch.font_size = font_size_hint
sketch.text_antialias = antialias
# search for the largest font size to render the text inside the box
best_fit = find_best_text_fit(sketch, img, box_size, text)
sketch.font_size = best_fit.font_size
# calculate the positioning of the text in the image
# the y value used in sketch.text() method to render the text
# specifies the baseline of the first line of text
# this must be adjusted with the character height of the text
x = (box_size.width - best_fit.width) // 2
unadjusted_y = (box_size.height - best_fit.height) // 2
y = unadjusted_y + best_fit.character_height
# render the text and return the image
sketch.text(x, int(y), "\n".join(best_fit.lines))
sketch.draw(img)
return RenderingFit(
lines=best_fit.lines,
font_size=best_fit.font_size,
x=int(x),
y=int(y),
character_height=best_fit.character_height,
)
def display_bounding_boxes_within_notebook(page_num,
extractor,
blocks,
alternatecolors=False,
color=Color('blue')):
"""
Displays each of the bounding boxes passed in 'boxes' on an image of the pdf
pointed to by pdf_file
boxes is a list of 5-tuples (page, top, left, bottom, right)
"""
elems = extractor.elems[page_num]
page_width, page_height = int(elems.layout.width), int(elems.layout.height)
img = pdf_to_img(extractor.pdf_file, page_num, page_width, page_height)
draw = Drawing()
draw.fill_color = Color('rgba(0, 0, 0, 0)')
draw.stroke_color = color
for block in blocks:
top, left, bottom, right = block[-4:]
if alternatecolors:
draw.stroke_color = Color('rgba({},{},{}, 1)'.format(
str(np.random.randint(255)), str(np.random.randint(255)),
str(np.random.randint(255))))
draw.rectangle(left=float(left),
top=float(top),
right=float(right),
bottom=float(bottom))
draw(img)
return img
def generate_track(self) :
draw = Drawing()
draw.stroke_width = 2
draw.stroke_color = Color('red')
draw.fill_color = Color('transparent')
points = []
# Loop over the coordinates to create a list of tuples
for coords in self.geojson['coordinates'] :
pt = Point(coords[0], coords[1])
pt.project(self.rendering_zoom)
x, y = pt.get_xy()
x = round(x - (self.minxtile * 256))
y = round(y - (self.minytile * 256))
points.append((x, y))
# draw the polyline
draw.polyline(points)
# apply to the image
draw(self.img)
# self.rendering_bounds.nw.project(self.rendering_zoom)
x = int(self.rendering_bounds.nw.tile_x - self.minxtile)
y = int(self.rendering_bounds.nw.tile_y - self.minytile)
self.crop(x, y)
self.img.format = 'jpeg'
# self.img.save(filename='image.jpg')
return self.img.make_blob('jpeg')
def display_bounding_boxes(self, page_num, bboxes, alternate_colors=True):
elems = self.elems[page_num]
page_width, page_height = int(elems.layout.width), int(elems.layout.height)
img = pdf_to_img(self.pdf_file, page_num, page_width, page_height)
draw = Drawing()
draw.fill_color = Color("rgba(0, 0, 0, 0)")
color = Color("blue")
draw.stroke_color = color
for block in bboxes:
top, left, bottom, right = block[-4:]
draw.stroke_color = Color(
"rgba({},{},{}, 1)".format(
str(np.random.randint(255)),
str(np.random.randint(255)),
str(np.random.randint(255)),
)
)
draw.rectangle(
left=float(left),
top=float(top),
right=float(right),
bottom=float(bottom),
)
draw(img)
return img
def display_bounding_boxes(img,
blocks,
alternatecolors=False,
color=Color("blue")):
"""
Displays each of the bounding boxes passed in 'boxes' on an image of the pdf
pointed to by pdf_file
boxes is a list of 5-tuples (page, top, left, bottom, right)
"""
draw = Drawing()
draw.fill_color = Color("rgba(0, 0, 0, 0)")
draw.stroke_color = color
for block in blocks:
top, left, bottom, right = block[-4:]
if alternatecolors:
draw.stroke_color = Color("rgba({},{},{}, 1)".format(
str(np.random.randint(255)),
str(np.random.randint(255)),
str(np.random.randint(255)),
))
draw.rectangle(left=float(left),
top=float(top),
right=float(right),
bottom=float(bottom))
draw(img)
display(img)
def makeletter(letter, w, h):
img = Image(width=w, height=h)
with Drawing() as d:
d.font = 'Arial'
d.font_size = 24
d.gravity = 'center'
d.text(0, 0, letter)
d(img)
return img
def compose_image_slide(self, image_path=None, text=None, slide_id=1):
image_display_size = (300, 190)
key = '%s-%s-%03d' % (self.emission.uuid, self.content_object.uuid,
slide_id)
path = os.path.join(SLIDE_BASE_DIR, key + '.png')
url = SLIDE_BASE_URL + key + '.png'
overlay_image = Image(filename=image_path)
with Drawing() as draw:
size = overlay_image.size
if size[0] > size[1]:
orientation = 'landscape'
scale = float(image_display_size[1]) / float(size[1])
else:
orientation = 'portrait'
scale = float(image_display_size[1]) / float(size[0])
overlay_image.resize(int(size[0] * scale), int(size[1] * scale))
#size = overlay_image.size
width = 190
height = 190
overlay_image.crop(10, 0, width=width, height=height)
draw.composite('over',
left=int(width / 2) - 20,
top=10,
width=width,
height=height,
image=overlay_image)
# text settings
draw.font = SLIDE_BASE_FONT
draw.font_size = 14
draw.text_interline_spacing = 8
draw.fill_color = Color('white')
draw.text_antialias = True
# draw text
if text:
draw.text(220, 10, text)
# compose image
with Image(filename=SLIDE_BASE_IMAGE) as image:
draw(image)
image.save(filename=path)
image.save(
filename=os.path.join(SLIDE_BASE_DIR, 'debug-%s.png' %
slide_id))
return url
def draw(self):
image = Image(width=300, height=300, background=Color('black'))
with Drawing() as draw:
draw.fill_color = Color(self.props['color'])
draw.rectangle(left=10, top=10, right=290, bottom=290)
draw(image)
return image
def test_draw_matte():
white = Color('rgba(0, 255, 255, 5%)')
transparent = Color('transparent')
with Image(width=50, height=50, background=white) as img:
with Drawing() as draw:
draw.fill_opacity = 0.0
draw.matte(25, 25, 'floodfill')
draw.draw(img)
assert img[25, 25] == transparent
def test_draw_color():
white = Color('WHITE')
black = Color('BLACK')
with Image(width=50, height=50, background=white) as img:
with Drawing() as draw:
draw.fill_color = black
draw.color(25, 25, 'floodfill')
draw.draw(img)
assert img[25, 25] == black
def test_draw_point():
white = Color('WHITE')
black = Color('BLACK')
with Image(width=5, height=5, background=white) as img:
with Drawing() as draw:
draw.stroke_color = black
draw.point(2, 2)
draw.draw(img)
assert img[2, 2] == black
def test_draw_path_line_user_error():
with Drawing() as draw:
# Test missing value
with raises(TypeError):
draw.path_line()
with raises(TypeError):
draw.path_horizontal_line()
with raises(TypeError):
draw.path_vertical_line()
def test_draw_skew():
with nested(Color('#fff'), Color('#000')) as (white, black):
with Image(width=50, height=50, background=white) as img:
with Drawing() as draw:
draw.stroke_color = black
draw.skew(x=11, y=-24)
draw.line((3, 3), (35, 35))
draw.draw(img)
assert img[43, 42] == black
def make_frame(self, streams):
frame = WandImage(width=self.frame_d[0],background=Color('white'), height=self.frame_d[1])
for n, stream in enumerate(streams):
img = WandImage(file=stream)
x = config.photo_w * ((n >> 1) & 1)
y = config.photo_h * (n & 1)
frame.composite(img, left=x+18, top=y+18)
drawing = WandDrawing()
# drawing.font = '/home/pi/booth4/fonts/Steelworks.otf'
drawing.font = '/home/pi/booth6/fonts/Vulturemotor.otf'
drawing.font_size = 20
# drawing.font_style = 'italic'
# drawing.fill_color = Color('orange')
# drawing.stroke_color = Color('brown')
drawing.text(310, 660, 'The Mighty Booth')
drawing(frame)
return frame
def test_draw_translate():
with nested(Color('#fff'), Color('#000')) as (white, black):
with Image(width=50, height=50, background=white) as img:
with Drawing() as draw:
draw.stroke_color = black
draw.translate(x=5, y=5)
draw.line((3, 3), (35, 35))
draw.draw(img)
assert img[40, 40] == black
def create_video_initial_images(content: Content):
print('> [Video Robot] Creating initial images of the video...')
VIDEO_PYMAKER_OUTPUT_FILE = os.path.join('content', 'images', 'video-pymaker.png')
TITLE_INPUT_FILE = os.path.join('content', 'images', 'youtube-thumbnail.png')
TITLE_OUTPUT_FILE = os.path.join('content', 'images', 'title.png')
with Image(width=1920, height=1080, background=Color('black')) as video_pymaker_image:
video_pymaker_image.noise('laplacian', attenuate=1.0)
with Drawing() as title:
title.fill_color = Color('white')
title.font_family = 'Edwardian Script ITC'
title.font_size = 300
title.gravity = 'center'
title.stroke_color = Color('#FFD700')
title.stroke_width = 1
title.text_kerning = -1
video_pymaker_image.annotate('Video Pymaker', title, baseline=-100)
with Drawing() as complement:
complement.fill_color = Color('white')
complement.font_family = 'Edwardian Script ITC'
complement.font_size = 120
complement.gravity = 'center'
complement.stroke_color = Color('#FFD700')
complement.stroke_width = 0.1
complement.text_kerning = -1
video_pymaker_image.annotate('Presents ', complement, baseline=150)
video_pymaker_image.save(filename=VIDEO_PYMAKER_OUTPUT_FILE)
with Image(filename=TITLE_INPUT_FILE) as title_image:
title_image.gaussian_blur(sigma=10)
title_image.noise('laplacian', attenuate=1.0)
with Drawing() as title:
title.fill_color = Color('white')
title.font_family = 'Edwardian Script ITC'
title.font_size = 250
title.gravity = 'center'
title.text_kerning = -1
title_image.annotate(f'{content.search_prefix} {content.search_term}', title)
title_image.save(filename=TITLE_OUTPUT_FILE)
def create(self, id, user_id, capture, signature0, signature1, update_at):
#print("id:",id, user_id, capture, signature0, signature1, update_at)
import io
import os
import datetime
import modules.QR as QR
path = setting.BASE_PATH + 'share/' + user_id + '/'
qr = QR.QR()
qrImg = qr.create(path)
outQrData = io.BytesIO()
qrImg.save(outQrData, format="png")
#qrImg.show()
from wand.image import Image
from wand.drawing import Drawing
from wand.color import Color
with Image(filename=setting.MATERIALS_DIR +
setting.BASE_IMAGE) as baseImg:
# Capture
with Image(file=self.loadImage(capture)) as cap:
capWidth = 2106
cap.resize(capWidth, capWidth * cap.height / cap.width)
baseImg.composite(cap, left=10, top=37)
# Frame
with Image(filename=setting.MATERIALS_DIR +
setting.FRAME_IMAGE) as frame:
baseImg.composite(frame, left=7, top=40)
# QRcode
with Image(blob=outQrData.getvalue()) as qr:
qrWidth = 137
qr.resize(qrWidth, qrWidth)
baseImg.composite(qr, left=1911, top=1282)
# Date
with Drawing() as draw:
d = datetime.datetime.today()
dText = '%s.%s.%s' % (d.year, d.month, d.day)
draw.font = setting.MATERIALS_DIR + setting.FONT_DATA
draw.fill_color = Color("#FFFFFF")
draw.font_size = 48
draw.text_alignment = 'center'
draw.text(x=1063, y=1470, body=dText)
draw(baseImg)
if not os.path.isdir(setting.CERTIFICATE_DIR):
os.makedirs(setting.CERTIFICATE_DIR)
baseImg.save(filename=setting.CERTIFICATE_DIR + str(id) + '.png')
return
def render_text_line(text, font, size, weight, color=Color('none'), background=None):
match = re.match("(\w+)(-\w+)?", weight)
italic = None
if match:
weight = match.group(1)
italic = match.group(2)
if not italic:
italic = ""
#
# Special case: blank line
#
if text == "":
graphic = new_blank_png(width=5, height=5)
return (5, 5, graphic)
sequence = lex_line(text, weight)
images = []
dummy_image = Image(width=100, height=100, background=None)
for (level, text) in sequence:
draw = Drawing()
draw.font = FONT_INFO[font][level+italic]
draw.font_size = size
draw.fill_color = color
metrics = draw.get_font_metrics(dummy_image, text, False)
image = new_blank_png(width=int(metrics.text_width), height=int(metrics.y2-metrics.y1))
draw.text(0, int(metrics.y2), text)
draw(image)
images.append((metrics.y2, metrics.y1, image))
if images == []:
return None
max_ascender = max([y2 for (y2,_,_) in images])
max_descender = -1 * min([y1 for (_,y1,_) in images])
final_image_width = sum([i.width for (_,_,i) in images])
final_image_height = int(max_ascender + max_descender)
final_image = new_blank_png(width=final_image_width, height=final_image_height,
color=background)
top_offset = 0
for (y2,y1,i) in images:
final_image.composite(i, top_offset, int(max_ascender-y2))
top_offset = top_offset + i.width
return (max_ascender, max_descender, final_image)
# Make certain conversions on the background image. img.type = 'truecolor' img.alpha_channel = 'activate' # Determine the range of binsource lines we need to use. We're guaranteed # they're all in the binsource lines[] array. if bankNumber < 4: bankNumber = bankNumber ^ 2 startIndex = bankNumber * 4 * 8 * 4 + pageInBank * 4 * 8 endIndex = startIndex + 4 * 8 # Loop on lines on the selected page. We're going to assume that the boxes are # in 1-to-1 correspondence with the binsource digit, in the order read from # disk, except that there may be less boxes (on the last page of a bank). draw = Drawing() row = 0 lastRight = 1000000 boxIndex = 0 for index in range(startIndex, endIndex): if boxIndex >= len(boxes): print 'Out of boxes on page' break # Loop on the octal digits in the row. col = 0 characterIndex = 0 characters = list(lines[index]) for octalDigitIndex in range(0, 8 * 6): if boxIndex >= len(boxes): print 'Out of boxes in row' break
import argparse
import sys
import yaml
import re
from wand.image import Image
from wand.color import Color
from wand.drawing import Drawing
from wand.display import display
image_width = 400
image_height = 60
image = Image(width=image_width, height=image_height, background=Color('white'))
draw = Drawing()
draw.font = '/Users/zastre/Dev/fimsi/sandbox/fonts/LatoOTF/TTF/Lato-Reg.ttf'
draw.font_size = 36
draw.fill_color = Color('black')
metrics = draw.get_font_metrics(image, "losing photos", False)
pos_col = int((image_width - metrics.text_width)/2)
pos_row = int(metrics.ascender + (image_height - metrics.text_height)/2)
print "DEBUG ", pos_col, pos_row
draw.text(pos_col, pos_row, "losing photos")
draw(image)
image.save(filename="_00.png")
def layer05():
req_width = 240
req_height = 240
contents_panel_text = new_blank_png(req_width, req_height)
draw = Drawing()
draw.font = FONT_BOLD
draw.font_size = 18
draw.fill_color = Color('black')
draw.text(20, 45, "In this issue:")
draw.font = FONT_ITALIC
draw.font_size = 18
draw.fill_color = Color('black')
line_spacing = int(float(draw.font_size) * 1.22)
(line_x, line_y) = (20, 81)
lines = ["How to keep", "your toddler safe from",
"unwanted event horizons",
" ",
"Best five telescopes", "for kids under six"]
for l in lines:
draw.text(line_x, line_y, l)
line_y = line_y + line_spacing
draw(contents_panel_text)
return contents_panel_text
def layer02():
draw = Drawing()
draw.font = FONT_REGULAR
draw.font_size = 144
draw.fill_color = Color('rgb(216,224,34)')
draw.text(0, 120, "21")
draw.font = FONT_BLACK
draw.text(170, 120, "CA")
draw.font = FONT_BOLD
draw.font_size = 18
draw.text(480, 30, "2014/01")
draw.font = FONT_REGULAR
draw.font_size = 36
draw.fill_color = Color('white')
draw.text(0, 160, "twenty-first century astronomer")
req_width = 570
req_height = 170
masthead_image = new_blank_png(req_width, req_height)
draw(masthead_image)
# opacity_mask = new_blank_png(570, 170, Color('rgb(200,200,200'))
# masthead_image.composite_channel(channel='alpha', image=opacity_mask, operator='copy_opacity')
return masthead_image
for i in range(0, 8):
replaceColorsInImage(images[i], Color(matchColor), Color(scanColor))
replaceColorsInImage(img, Color(scanColor), Color(matchColor))
# Make certain conversions on the background image.
img.type = 'truecolor'
img.alpha_channel = 'activate'
# Determine the range of binsource lines we need to use. We're guaranteed
# they're all in the binsource lines[] array.
if bankNumber < 4:
bankNumber = bankNumber ^ 2
startIndex = bankNumber * 4 * 8 * 4 + pageInBank * 4 * 8
endIndex = startIndex + 4 * 8
draw = Drawing()
evilColor = Color("#FF00FF")
extraColor = Color("#FF8000")
draw.stroke_color = evilColor
draw.stroke_width = 4
draw.fill_opacity = 0
# Draw empty frames around all of the rejected boxes.
for i in range(0,len(rejectedBoxes)):
boxFields = rejectedBoxes[i].split()
boxLeft = int(boxFields[1])
boxBottom = backgroundHeight - 1 - int(boxFields[2])
boxRight = int(boxFields[3])
boxTop = backgroundHeight - 1 - int(boxFields[4])
draw.line((boxLeft,boxTop), (boxRight,boxTop))
draw.line((boxLeft,boxBottom), (boxRight,boxBottom))
import argparse
import sys
import yaml
import re
from wand.image import Image
from wand.color import Color
from wand.drawing import Drawing
from wand.display import display
#full_text = ["The first line", "and a second line", "... finally a third line."]
full_text = ["The first line"]
FONT_SIZE = 48
dummy_image = Image(width=100, height=100, background=Color('black'))
draw = Drawing()
draw.font = '/Users/zastre/Dev/fimsi/sandbox/fonts/LatoOFL/TTF/Lato-Reg.ttf'
draw.font_size = FONT_SIZE
draw.fill_color = Color('black')
rendered_segments = []
for text in full_text:
metrics = draw.get_font_metrics(dummy_image, text, False)
yMax = int(metrics.y2)
yMin = -1 * int(metrics.y1)
segment_width = int(metrics.text_width)
draw = Drawing()
draw.font = '/Users/zastre/Dev/fimsi/sandbox/fonts/LatoOFL/TTF/Lato-Reg.ttf'
draw.font_size = FONT_SIZE
draw.fill_color = Color('black')
def slice02():
# Resize image to height (but do not change the aspect ratio)
#
req_width = 595
req_height = 486
baby_img = Image(filename=IMAGE_PATH + "baby_cc_sh.png")
baby_img = resize_to_height(baby_img, req_height)
# For this particular image, reflect image along vertical
# axis to have face directed towards right of page.
#
baby_img.flop()
# Create the the gradient transition that will later be used
# in the opacity mask.
#
gradient_blob = create_gradient_blob(req_height, 75, gradient([
(1.0, (0x00, 0x00, 0x00), (0xFF, 0xFF, 0xFF)), # top
]))
gradient_img = Image(blob=gradient_blob)
gradient_img.rotate(90.0)
# When building the opacity mask, must start with an image
# having a solid colour (i.e., begin as a "matte" image).
# Without this, the later "composite_channel" operations
# will simply not work.
#
opacity_mask = new_blank_png(req_width, req_height, color=Color('white'))
left_field = new_blank_png(230, req_height, Color('white'))
right_field = new_blank_png(290, req_height, Color('black'))
opacity_mask.composite(left_field, 0, 0)
opacity_mask.composite(right_field, 230+75, 0)
opacity_mask.composite(gradient_img, 230, 0)
# Now take the resized baby image and have it fade to the right
# (in order to blend with later operations).
#
face_img = new_blank_png(req_width, req_height)
face_img.composite(baby_img, 0, 0)
face_img.composite_channel(channel='all_channels', image=opacity_mask,
operator='copy_opacity')
# Bring in the illustrative image that will eventually be blended in
# with the child's face.
#
accent_img = Image(filename = IMAGE_PATH + "funky_illustration.png")
accent_img = resize_to_percent(accent_img, 60)
accent_img = resize_to_height(accent_img, 486)
cropped_img = accent_img.clone()
cropped_img.crop(top=0, left=275, width=340, height=486)
screen_img = new_blank_png(340, 486, color=Color('rgb(150,150,150)'))
cropped_img.composite_channel(channel='all_channels', image=screen_img,
operator='screen')
accent_img = new_blank_png(req_width, req_height)
accent_img.composite_channel(channel='all_channels', image=cropped_img,
operator='over', left=255, top=0)
accent_img.gaussian_blur(3.0, 1.0)
opacity_mask = new_blank_png(req_width, req_height, color=Color('white'))
left_field = new_blank_png(260, req_height, Color('black'))
right_field = new_blank_png(290, req_height, Color('white'))
opacity_mask.composite(left_field, 0, 0)
opacity_mask.composite(right_field, 260+75, 0)
gradient_img.rotate(180)
opacity_mask.composite(gradient_img, 260, 0)
accent_img.composite_channel(channel='all_channels', image=opacity_mask,
operator='copy_opacity')
# Now layer the accent image with the child's face
#
accent_img.composite_channel(channel='all_channels', image=face_img,
operator='over')
full_slice = accent_img
# Finally, add the text field on the right of the image.
#
text_field = new_blank_png(212, req_height, color=Color('rgb(190,30,45)'))
text_field_mask = new_blank_png(212, req_height, color=Color('rgb(220,220,220)'))
text_field.composite_channel(channel='all_channels', image=text_field_mask,
operator='copy_opacity')
full_slice.composite(text_field, 384, 0)
draw = Drawing()
draw.font = FONT_BOLD
draw.font_size = 24
draw.fill_color = Color('white')
draw.text(395, 175, "Liam Mulcahy")
draw.font = FONT_REGULAR
draw.font_size = 20
draw.text(395, 200, "Eyes to the Future")
draw.font = FONT_ITALIC
draw.font_size = 20
draw.text(395, 250, 'How dreams of')
draw.text(395, 275, 'future enterprise')
draw.text(395, 300, 'success are')
draw.text(395, 325, 'starting while still')
draw.text(395, 350, 'in nappies!')
draw(full_slice)
# Done.
#
return full_slice
def generate(count):
# ---------------get three colors-------------------------------
colorString = random.choice(result)
color = []
for i in colorString:
color += [int(i)]
# for i in range(len(color)):
# color[i] = math.floor(color[i]/255*65535)
color1 = color[0:3]
color2 = color[3:6]
color3 = color[6:9]
# --------------------------------------------------------------
# ----------get the base layer texture--------------------------
Scenes = pathwalk('./SceneData')
randomScene = random.choice(Scenes)
randomScene = randomScene[0] + '/' + randomScene[1]
print(randomScene)
randomSceneImage = Image(filename=randomScene)
widthRange = randomSceneImage.size[0] - 100
heightRange = randomSceneImage.size[1] - 32
randomSceneImage.crop(left=random.randint(0, widthRange), top=random.randint(0, heightRange), width=100, height=32)
# randomSceneImage.save(filename='.\\photoWand\\'+str(j+1) + '_texture.jpg')
# --------------------------------------------------------------
# ----------create the base layer, base texture +base color-----
baseImage = Image(width=100, height=32, background=Color('rgb('+str(color1[0])+','+str(color1[1])+','+str(color1[2])+')'))
# print('base_color = ' + 'rgb('+str(color1[0])+','+str(color1[1])+','+str(color1[2])+')')
baseImage.composite_channel(channel='undefined', image=randomSceneImage, operator='blend', left=0, top=0)
baseImage.gaussian_blur(4, 10)
baseImage.resolution = (96, 96)
# --------------------------------------------------------------
# -----generate font--------------------------------------------
word = randomWords()
fonts = pathwalk('./fonts/font_en/')
randomFont = random.choice(fonts)
randomFont = randomFont[0] + randomFont[1]
initialPointsize = 45
draw = Drawing()
draw.font = randomFont
tmp = int(math.floor(abs(random.gauss(0, 1))*6))
if random.randint(1, 2) == 1:
rotateX = random.randint(0, tmp)
else:
rotateX = random.randint(360-tmp, 360)
draw.rotate(rotateX)
# --------------------------------------------------------------
# --------get suitable FontPointSize----------------------------
draw.font_size = initialPointsize
metric = draw.get_font_metrics(image=baseImage, text=word)
while metric.text_width > 100 or metric.text_height > 36:
initialPointsize -= 5
draw.font_size = initialPointsize
metric = draw.get_font_metrics(image=baseImage, text=word)
# --------------------------------------------------------------
# ----------italic----------------------------------------------
if random.random() > 0.5:
draw.font_style = 'italic'
# --------------------------------------------------------------
# ----------underline-------------------------------------------
if random.random() > 0.5:
draw.text_decoration = 'underline'
# --------------------------------------------------------------
# ----------gravity---------------------------------------------
draw.gravity = 'center'
# --------------------------------------------------------------
# --------------shadow/border-----------------------------------
if random.random() < 0.5:
# shadow
addx = math.ceil(random.gauss(0, 2))
addy = math.ceil(random.gauss(0, 2))
draw.fill_color = Color('black')
draw.text(x=abs(int(addx)), y=abs(int(addy)), body=word)
else:
# border
draw.stroke_color = Color('rgb('+str(color3[0])+','+str(color3[1])+','+str(color3[2])+')')
draw.stroke_width = math.ceil(initialPointsize/10)-1
# --------------------------------------------------------------
# ----------print word------------------------------------------
draw.fill_color = Color('rgb('+str(color2[0])+','+str(color2[1])+','+str(color2[2])+')')
draw.text(x=0, y=0, body=word)
draw.draw(baseImage)
# --------------------------------------------------------------
# ------------gray----------------------------------------------
baseImage.colorspace = 'gray'
# --------------------------------------------------------------
print(word)
baseImage.save(filename='./photo_en/'+str(count+1)+'_'+word+'.jpg')
for ascii in range(128):
filename = "asciiFont/match" + str(ascii) + ".png"
if os.path.isfile(filename):
imagesMatch.append(Image(filename=filename))
else:
imagesMatch.append(Image(filename="asciiFont/match127.png"))
imagesNomatch = []
for ascii in range(128):
filename = "asciiFont/nomatch" + str(ascii) + ".png"
if os.path.isfile(filename):
imagesNomatch.append(Image(filename=filename))
else:
imagesNomatch.append(Image(filename="asciiFont/nomatch127.png"))
# Prepare a drawing-context.
draw = Drawing()
evilColor = Color("#FF00FF")
extraColor = Color("#FF8000")
draw.stroke_color = evilColor
draw.stroke_width = 4 * scale
draw.fill_opacity = 0
# Draw empty frames around all of the rejected boxes.
for i in range(0,len(rejectedBoxes)):
boxTop = rejectedBoxes[i]['boxTop']
boxBottom= rejectedBoxes[i]['boxBottom']
boxLeft = rejectedBoxes[i]['boxLeft']
boxRight = rejectedBoxes[i]['boxRight']
draw.line((boxLeft,boxTop), (boxRight,boxTop))
draw.line((boxLeft,boxBottom), (boxRight,boxBottom))
draw.line((boxRight,boxTop), (boxRight,boxBottom))
# print('base_color = ' + 'rgb('+str(color1[0])+','+str(color1[1])+','+str(color1[2])+')')
baseImage.composite_channel(channel='undefined', image=randomSceneImage, operator='blend', left=0, top=0)
baseImage.gaussian_blur(4, 10)
baseImage.resolution = (96, 96)
# --------------------------------------------------------------
# -----generate font--------------------------------------------
word = python2access.randomWords()
fonts = pathwalk('.\\googleFonts\\')
randomFont = random.choice(fonts)
randomFont = randomFont[0] + randomFont[1]
initialPointsize = 45
draw = Drawing()
draw.font = randomFont
tmp = int(math.floor(abs(random.gauss(0, 1))*6))
if random.randint(1, 2) == 1:
rotateX = random.randint(0, tmp)
else:
rotateX = random.randint(360-tmp, 360)
draw.rotate(rotateX)
# --------------------------------------------------------------
# --------get suitable FontPointSize----------------------------
draw.font_size = initialPointsize
metric = draw.get_font_metrics(image=baseImage, text=word)
while metric.text_width > 100 or metric.text_height > 36:
def slice03():
full_slice = new_blank_png(595, 182)
# Two solid-colour areas, one on left and one on right
#
left_field = new_blank_png(299, 182, color=Color('rgb(44,128,64)'))
right_field = new_blank_png(297, 182, color=Color('rgb(127,184,141)'))
full_slice.composite(left_field, 0, 0)
full_slice.composite(right_field, 299, 0)
draw = Drawing()
# Text on the left field
#
draw.font = FONT_BOLD
draw.font_size = 18
draw.fill_color = Color('white')
draw.text(30, 85, "Smartphone Babyproofing")
# Unfortunately don't yet have strokewidth
#
draw.line((29,95), (298,95))
draw.line((29,96), (298,96))
draw.line((29,97), (298,97))
draw.font = FONT_REGULAR
draw.font_size = 18
draw.text(30, 125, "Tips on how to use those")
draw.text(30, 147, "safety features you")
draw.text(30, 169, "always forget to enable...")
# Text on the right field
#
draw.font = FONT_BOLD
draw.font_size = 18
draw.fill_color = Color('black')
draw.text(328, 85, "School savings")
# Yada yada yada ...
#
draw.line((328,95), (595,95))
draw.line((328,96), (595,96))
draw.line((328,97), (595,97))
draw.font = FONT_REGULAR
draw.font_size = 18
draw.text(328, 125, "Successful $$$ strategies") ## Still have euro-symbol issues
draw.text(328, 147, "for getting junior into the")
draw.text(328, 169, "best business school")
# ... and now drawing the text
#
draw(full_slice)
# Add the accent images on top
#
graphics_slice = new_blank_png(595, 182)
left_image = Image(filename = IMAGE_PATH + "smartphone.png")
left_image = resize_to_width(left_image, 299)
right_image = Image(filename = IMAGE_PATH + "building.png")
right_image = resize_to_width(right_image, 298)
graphics_slice.composite(left_image, 0, 0)
graphics_slice.composite(right_image, 299, 0)
opacity_mask = new_blank_png(595, left_image.height, color=Color('rgb(75,75,75)'))
graphics_slice.composite_channel(channel='all_channels', image=opacity_mask,
operator='copy_opacity')
full_slice.composite_channel(channel='all_channels', image=graphics_slice,
operator='over', top=0, left=0)
# Done.
#
return full_slice
def slice01():
req_width = 595
req_height = 139
masthead_image = new_blank_png(req_width, req_height, Color('white'))
# Cannot yet draw a rectangle. Therefore to get the collection of boxes
# and their colours, we create images that are then composited.
box1 = new_blank_png(384, 139, Color('rgb(192,30,45)'))
box2 = new_blank_png(173, 139, Color('rgb(224,137,145)'))
masthead_image.composite(box1, 0, 0)
masthead_image.composite(box2, 384, 0)
draw = Drawing()
draw.font = FONT_BOLD
draw.font_size = 72
draw.fill_color = Color('white')
draw.text(169, 82, "entre")
draw.text(60, 124, "preneur")
draw.font = "../fonts/arvo/Arvo-Regular.ttf"
draw.font_size = 115
draw.fill_color = Color('black')
draw.text(390, 125, "2.0")
draw(masthead_image)
# Cannot yet rotate the text in the same step as the drawing,
# so draw rectangle with text and then rotate it.
#
box3 = new_blank_png(139, 39, Color('rgb(192,30,45)'))
draw = Drawing()
draw.font = "../fonts/arvo/Arvo-Regular.ttf"
draw.font_size = 17
draw.fill_color = Color('white')
draw.text(5, 25, "November 2013")
draw(box3)
box3.rotate(-90)
masthead_image.composite(box3, 557, 0)
return masthead_image
if n>=interval*intervalStep:
print "%s, %s%% > %i tiles so far, %i to go, %s merged, %s copied" % \
(helper.timeString(int(time.time()-start_time)), str(int(round(n/srcTotal*100.00))), \
n, srcTotal-n, mergedTiles, copiedTiles)
interval+=1
if i in targetFiles:
# Backup image
if keepOriginals=="true":
shutil.copy(target+"/"+i, target+"/"+i+".orig")
else:
pass
# Merge images with Wand / ImageMagick
sourceImg = Image(filename=src+"/"+i)
targetImg = Image(filename=target+"/"+i)
draw = Drawing()
draw.composite(image=sourceImg, operator='src_over', left=0, top=0, \
width=sourceImg.width, height=sourceImg.height)
draw.draw(targetImg)
targetImg.save(filename=target+"/"+i)
mergedTiles = mergedTiles+1
else:
# Recreate path if needed
try:
os.makedirs(target+"/".join(i.split("/")[:-1]))
except:
pass
shutil.copy(src+"/"+i, target+"/"+i)
copiedTiles = copiedTiles+1
n+=1
import re
from wand.image import Image
from wand.color import Color
from wand.drawing import Drawing
from wand.display import display
weight_sequence = ['ultralight', 'light',
'regular', 'bold', 'black']
image_width = 400
image_height = 60
dummy_image = Image(width=image_width, height=image_height, background=Color('white'))
draw = Drawing()
draw.font = '/Users/zastre/Dev/fimsi/sandbox/fonts/LatoOFL/TTF/Lato-Reg.ttf'
draw.font_size = 36
draw.fill_color = Color('black')
metrics_01 = draw.get_font_metrics(dummy_image, "21", False)
draw.font = '/Users/zastre/Dev/fimsi/sandbox/fonts/LatoOFL/TTF/Lato-Bla.ttf'
draw.font_size = 36
draw.fill_color = Color('black')
metrics_02 = draw.get_font_metrics(dummy_image, "CV", False)
image_01 = Image(width=int(metrics_01.text_width),
height=int(metrics_01.text_height), background=None)
draw_01 = Drawing()
draw_01.font = '/Users/zastre/Dev/fimsi/sandbox/fonts/LatoOFL/TTF/Lato-Reg.ttf'
draw_01.font_size = 36
#!/usr/bin/python
from wand.image import Image
from wand.color import Color
from wand.drawing import Drawing
# Create a blank image
image_width = 300
image_height = 400
img = Image(width=image_width, height=image_height, background=Color('rgb(44,128,64)'))
# Need a drawing object for rendering.
# Here there are some canvas (?) settings being established
d = Drawing()
d.fill_color = Color('rgb(255,255,255)')
d.font = 'Arvo-Regular.ttf'
d.font_size = 48
# Want some info on how big the text will be
# when drawn, then use it for calculations
#
fm = d.get_font_metrics(img, 'Hello!')
height = fm.text_height
width = fm.text_width
pos_x = int((image_width - width) / 2)
pos_y = int((image_height) / 2)
# Specify the coordinate of the lower-left
# position of the text (where 0,0 is the
# upper-left hand corner o the canvas).
#
(0x70,0xA4,0xB2),
(0x6F,0x3D,0x86),
(0x58,0x8D,0x43),
(0x35,0x28,0x79),
(0xB8,0xC7,0x6F),
(0x6F,0x4F,0x25),
(0x43,0x39,0x00),
(0x9A,0x67,0x59),
(0x44,0x44,0x44),
(0x6C,0x6C,0x6C),
(0x9A,0xD2,0x84),
(0x6C,0x5E,0xB5),
(0x95,0x95,0x95)]
img = Image(width=160, height=200, resolution=300)
drw = Drawing()
drw.stroke_width = 0
bgcolor = 0
"""
(WxH)
Mc_data is a stream that describes a 40x25 cell multi color bitmap, as a matrix.
Each cell is 4x8 px.
The full stream is 8000 bytes long.
Mc_data has each cell as its lines in order.
Two contiguous cells:
00 01 02 03 | 32 33 34 35 |
04 05 06 07 | 36 37 38 39 |
...
28 29 30 31 | 60 61 62 63 |
def main():
args = get_args()
draw = Drawing()
draw.font = args.font_file
draw.font_size = args.font_size
font_name = args.font_name
out_dir = args.out_dir
img_ref = Image(width=1000, height=1000)
if args.verbose:
print "Writing " + out_dir + "/" + font_name + ".c"
f = open(out_dir + "/" + font_name + ".c", 'wb+')
write_comment(f)
f.write("#include \"font.h\"\n\n")
font_height = 0
range_first = 0x20
range_last = 0x7d
font_width = []
max_width = 0
for x in range(range_first, range_last + 1):
letter = chr(x)
metrics = draw.get_font_metrics(img_ref, letter)
text_height = int(round(metrics.text_height + 2))
if font_height == 0:
font_height = text_height
assert (font_height == text_height), "font height changed!"
if max_width == 0:
max_width = metrics.maximum_horizontal_advance + 2
assert (max_width == metrics.maximum_horizontal_advance + 2), \
"font advance width changed!"
text_width = int(round(metrics.text_width + 2))
font_width.append(text_width)
img = Image(width=text_width, height=text_height)
d = draw.clone()
d.text(0, int(metrics.ascender), letter)
d(img)
img.depth = 1;
f.write("static const unsigned char ")
f.write("letter_" + str(hex(x)[2:]) + "[] = {\n")
c_hex_print(f, img.make_blob(format='A'))
f.write("};\n\n")
img.close()
f.write("static const struct font_letter letters[] = {\n")
for x in range(range_first, range_last + 1):
letter_var_name = "letter_" + str(hex(x)[2:])
f.write("\t{ " + letter_var_name + ", ")
f.write("sizeof(" + letter_var_name + "), ")
f.write(str(font_width[x - range_first]) + "},\n")
f.write("};\n\n")
f.write("const struct font font_" + font_name + " = {\n")
f.write("\t.first = " + str(hex(range_first)) + ",\n")
f.write("\t.last = " + str(hex(range_last)) + ",\n")
f.write("\t.letters = letters,\n")
f.write("\t.height = " + str(font_height) + ",\n")
f.write("\t.max_width = " + str(max_width) + ",\n")
f.write("};\n")
f.close()
if args.verbose:
print "Writing " + out_dir + "/" + font_name + ".h"
f = open(out_dir + "/" + font_name + ".h", 'wb+')
write_comment(f)
f.write("#ifndef __" + font_name.upper() + "_H\n");
f.write("#define __" + font_name.upper() + "_H\n");
f.write("#include \"font.h\"\n")
f.write("extern const struct font font_" + font_name + ";\n")
f.write("#endif /*__" + font_name.upper() + "_H*/\n");
f.close()
shottime = int(NightSettings['ShotInterval'])
if (int((dt.datetime.now() - last_run).total_seconds()) > shottime):
if F.IsDayLight(Settings['Latitude'],Settings['Longitude'],Settings['Elevation']):
# syslog.syslog(syslog.LOG_INFO, 'Setting Day Parameters')
F.SetCamera(cam,DaySettings)
else:
# syslog.syslog(syslog.LOG_INFO, 'Setting Night Parameters')
F.SetCamera(cam,NightSettings)
# syslog.syslog(syslog.LOG_INFO, 'Taking Photo')
cam.capture(Settings['FTPFile'])
img = Image(filename=Settings['FTPFile'])
OverImg = Image(filename='/boot/TMLogo.png')
draw = Drawing()
draw.composite(operator='over',left=img.width - OverImg.width - 5,top=5,width=OverImg.width,height=OverImg.height,image=OverImg)
draw(img)
draw = Drawing()
draw.fill_color = Color('blue')
draw.fill_opacity = 0.5
draw.rectangle(0,img.height - 30,img.width,img.height)
draw(img)
draw = Drawing()
draw.font = 'wandtests/assets/League_Gothic.otf'
draw.font_size = 20
draw.fill_color = Color('white')
draw.text_alignment = 'left'
draw.text(5, img.height - 5, Settings['Description'])
