def make_page(self, opts):
# Define the output image height / width ratio
ratio = 1.0 * opts.out_h / opts.out_w
if opts.cols == 0:
# Compute a good number of columns. It depends on the ratio, the
# number of images and the average ratio of these images. According
# to my calculations, the number of column should be inversely
# proportional to the square root of the output image ratio, and
# proportional to the square root of the average input images
# ratio.
avg_ratio = (sum(1.0 * photo.h / photo.w for photo in
self.photolist) / len(self.photolist))
# Virtual number of images: since ~ 1 image over 3 is in a
# multi-cell (i.e. takes two columns), it takes the space of 4
# images.
# So it's equivalent to 1/3 * 4 + 2/3 = 2 times the number of
# images.
virtual_no_imgs = 2 * len(self.photolist)
no_cols = int(round(math.sqrt(avg_ratio / ratio *
virtual_no_imgs)))
else:
no_cols = opts.cols
self.page = collage.Page(1.0, ratio, no_cols)
random.shuffle(self.photolist)
for photo in self.photolist:
self.page.add_cell(photo)
self.page.adjust()
def make_page(self, opts):
ratio = 1.0 * opts.out_h / opts.out_w
avg_ratio = sum(1.0 * photo.h / photo.w
for photo in self.photolist) / len(self.photolist)
virtual_no_imgs = 2 * len(self.photolist)
no_cols = int(round(math.sqrt(avg_ratio / ratio * virtual_no_imgs)))
self.page = collage.Page(1.0, ratio, no_cols)
random.shuffle(self.photolist)
for photo in self.photolist:
self.page.add_cell(photo)
self.page.adjust()
def make_page(self):
self.page = collage.Page(1.0, self.no_cols)
for photo in self.photolist:
self.page.add_cell(photo)
self.page.adjust()
