_ctx
except (NameError):
NB = False
if NB:
size(W, H)
pb = ximport("photobot")
else:
WIDTH, HEIGHT = W, H
import photobot as pb
if kwdbg:
# make random choices repeatable for debugging
rnd.seed(8)
imagewell = pb.loadImageWell(resultfile="imagewell-files")
tiles = imagewell['landscape']
rnd.shuffle(tiles)
img1path = tiles.pop()
img2path = tiles.pop()
# create the canvas
c = pb.canvas(int(WIDTH), int(HEIGHT))
c.fill((255, 255, 255))
imsize = int((WIDTH - 30) / 2)
x, y = 10, 10
img1, w1, h1 = pb.placeImage(c, img1path, x, y, imsize, "image1")
pb.label(c, "Original Image", x, y)
size(W, H)
background(0.333)
except NameError:
import photobot as pb
WIDTH, HEIGHT = W, H
print("File: %s" % (__file__, ))
RATIO = WIDTH / HEIGHT
# load the image library
# check for command line folders
additionals = sys.argv[1:]
# get all images from user image wells
imagewell = pb.loadImageWell(bgsize=(WIDTH, HEIGHT),
minsize=(256, 256),
pathonly=True,
additionals=additionals,
resultfile="imagewell-files",
ignoreFolderNames=('+offline', ))
# tiles are images >256x256 and <=WIDTH, HEIGHT
tiles = imagewell['tiles']
# backgrounds are images >W,H
backgrounds = imagewell['backgrounds']
print("tiles: %i" % len(tiles))
print("backgrounds: %i" % len(backgrounds))
# create the canvas
c = pb.canvas(WIDTH, HEIGHT)
c.fill((85, 85, 85))
_ctx
except (NameError):
NB = False
if NB:
size(W, H)
pb = ximport("photobot")
else:
WIDTH, HEIGHT = W, H
import photobot as pb
if kwdbg:
# make random choices repeatable for debugging
rnd.seed(8)
imagewell = pb.loadImageWell(resultfile="imagewell-files",
ignoreFolderNames=('+offline', ))
tiles = imagewell['landscape']
rnd.shuffle(tiles)
# pick 2 images
img1path = tiles.pop()
img2path = tiles.pop()
# create a white canvas
c = pb.canvas(WIDTH, HEIGHT)
c.fill((192, 192, 192))
#
# Image 1
#
_ctx
except (NameError):
NB = False
if NB:
size(W, H)
pb = ximport("photobot")
else:
WIDTH, HEIGHT = W, H
import photobot as pb
if kwdbg:
# make random choices repeatable for debugging
rnd.seed(8)
imagewell = pb.loadImageWell()
tiles = imagewell['landscape']
rnd.shuffle(tiles)
# pick 2 images
img1path = tiles.pop()
img2path = tiles.pop()
# create a white canvas
c = pb.canvas(WIDTH, HEIGHT)
c.fill((192, 192, 192))
#
# Image 1
#
reload(pb)
size(W, H)
background(0.333)
except NameError:
import photobot as pb
WIDTH, HEIGHT = W, H
RATIO = WIDTH / HEIGHT
# load the image library
# check for command line folders
additionals = sys.argv[1:]
# get all images from user image wells
imagewell = pb.loadImageWell(bgsize=(1024, 768),
minsize=(256, 256),
pathonly=True,
additionals=additionals,
ignorelibs=True)
# tiles are images >256x256 and <=1024x768
# pp(imagewell['fractions'])
tiles = imagewell['allimages']
print("tiles: %i" % len(tiles))
# CONFIGURATION
# A4 = 210mm x 297mm
# 150 dots/inch ~ 60 dots/cm --> 6 dots / mm
dpmm = 6
