def makeCollage( listFiles = [], *args):
# List of input files.
infiles = listFiles
debug('Found %s input files.' % len(infiles))
print infiles
# Create canvas.
tile_count = len(infiles) + settings.TILE_OFFSET
COLS = settings.COLS
ROWS = tile_count // COLS + (1 if tile_count % COLS else 0)
imgsize = (2 * settings.PADDING + settings.TILE_SIZE[0] * COLS +
settings.GAP * (COLS - 1),
2 * settings.PADDING + settings.TILE_SIZE[1] * ROWS +
settings.GAP * (ROWS - 1))
img = Image.new('RGB', imgsize, settings.BGCOLOR)
debug('Creating a grid with %s columns and %s rows.' % (COLS, ROWS))
imgno = 0
for tile_file in infiles:
debug('Processing %s...' % tile_file)
# Tile position.
pos = imgno + settings.TILE_OFFSET
x = pos % COLS
y = pos // COLS
# Offsets.
xoff = settings.PADDING + x * (settings.TILE_SIZE[0] + settings.GAP)
yoff = settings.PADDING + y * (settings.TILE_SIZE[1] + settings.GAP)
tile = Image.open(tile_file)
# Resize image if necessary
if settings.RESIZE and tile.size != settings.TILE_SIZE:
w_from, h_from = tile.size
if (w_from / float(h_from) >
settings.TILE_SIZE[0] / float(settings.TILE_SIZE[1])):
w_to = settings.TILE_SIZE[0]
h_to = int(w_to / float(w_from) * h_from)
else:
h_to = settings.TILE_SIZE[1]
w_to = int(h_to / float(h_from) * w_from)
tile = tile.resize((w_to, h_to), Image.ANTIALIAS)
# Place tile on canvas.
img.paste(tile, (xoff, yoff))
imgno += 1
# Post-process image.
settings.post_process(img)
# Save output file.
debug('Writing output file: %s' % settings.OUTPUT_FILE)
img.save(settings.OUTPUT_FILE, quality=95)
def main():
# List of input files.
infiles = glob.glob(os.path.join(options.INPUT_DIR, '*.jpg'))
debug('Found %s input files.' % len(infiles))
# Create canvas.
tile_count = len(infiles) + settings.TILE_OFFSET
COLS = settings.COLS
ROWS = tile_count // COLS + (1 if tile_count % COLS else 0)
imgsize = (2 * settings.PADDING + settings.TILE_SIZE[0] * COLS +
settings.GAP * (COLS - 1),
2 * settings.PADDING + settings.TILE_SIZE[1] * ROWS +
settings.GAP * (ROWS - 1))
img = Image.new('RGB', imgsize, settings.BGCOLOR)
debug('Creating a grid with %s columns and %s rows.' % (COLS, ROWS))
# Initialize writing.
if settings.WRITE:
font = ImageFont.truetype(settings.FONT_FILE, settings.FONT_SIZE)
imgno = 0
for tile_file in infiles:
debug('Processing %s...' % tile_file)
# Tile position.
pos = imgno + settings.TILE_OFFSET
x = pos % COLS
y = pos // COLS
# Offsets.
xoff = settings.PADDING + x * (settings.TILE_SIZE[0] + settings.GAP)
yoff = settings.PADDING + y * (settings.TILE_SIZE[1] + settings.GAP)
tile = Image.open(tile_file)
# Resize image if necessary!
if settings.RESIZE and tile.size != settings.TILE_SIZE:
w_from, h_from = tile.size
if (w_from / float(h_from) >
settings.TILE_SIZE[0] / float(settings.TILE_SIZE[1])):
w_to = settings.TILE_SIZE[0]
h_to = int(w_to / float(w_from) * h_from)
else:
h_to = settings.TILE_SIZE[1]
w_to = int(h_to / float(h_from) * w_from)
tile = tile.resize((w_to, h_to), Image.ANTIALIAS)
# Place tile on canvas.
img.paste(tile, (xoff, yoff))
# Write a number on the image, if desired.
if settings.WRITE:
draw = ImageDraw.Draw(img)
txt = settings.write_text(imgno)
# Calculate offsets.
txtsize = draw.textsize(txt, font=font)
font_xoff = (xoff + settings.TILE_SIZE[0] - txtsize[0] -
settings.FONT_PADDING)
font_yoff = (yoff + settings.TILE_SIZE[1] - txtsize[1] -
settings.FONT_PADDING)
# Finally, draw the number.
draw.text((font_xoff, font_yoff), txt, font=font,
fill=settings.FONT_COLOR)
del draw
imgno += 1
# Post-process image.
settings.post_process(img)
# Save output file.
debug('Writing output file: %s' % options.OUTPUT_FILE)
img.save(options.OUTPUT_FILE, quality=95)
def main():
# List of input files.
infiles = options.files if options.files is not None else glob.glob(os.path.join(options.INPUT_DIR, '*.jpg'))
debug('Found %s input files.' % len(infiles))
# Create canvas.
tile_count = len(infiles) + settings.TILE_OFFSET
COLS = settings.COLS
ROWS = tile_count // COLS + (1 if tile_count % COLS else 0)
imgsize = (2 * settings.PADDING + settings.TILE_SIZE[0] * COLS +
settings.GAP * (COLS - 1),
2 * settings.PADDING + settings.TILE_SIZE[1] * ROWS +
settings.GAP * (ROWS - 1))
img = Image.new('RGB', imgsize, settings.BGCOLOR)
debug('Creating a grid with %s columns and %s rows.' % (COLS, ROWS))
# Initialize writing.
if settings.WRITE:
font = ImageFont.truetype(settings.FONT_FILE, settings.FONT_SIZE)
imgno = 0
for tile_file in infiles:
debug('Processing %s...' % tile_file)
# Tile position.
pos = imgno + settings.TILE_OFFSET
x = pos % COLS
y = pos // COLS
# Offsets.
xoff = settings.PADDING + x * (settings.TILE_SIZE[0] + settings.GAP)
yoff = settings.PADDING + y * (settings.TILE_SIZE[1] + settings.GAP)
tile = Image.open(tile_file)
# Resize image if necessary!
if settings.RESIZE and tile.size != settings.TILE_SIZE:
w_from, h_from = tile.size
if (w_from / float(h_from) >
settings.TILE_SIZE[0] / float(settings.TILE_SIZE[1])):
w_to = settings.TILE_SIZE[0]
h_to = int(w_to / float(w_from) * h_from)
else:
h_to = settings.TILE_SIZE[1]
w_to = int(h_to / float(h_from) * w_from)
tile = tile.resize((w_to, h_to), Image.ANTIALIAS)
# Place tile on canvas.
img.paste(tile, (xoff, yoff))
# Write a number on the image, if desired.
if settings.WRITE:
draw = ImageDraw.Draw(img)
txt = settings.write_text(imgno)
# Calculate offsets.
txtsize = draw.textsize(txt, font=font)
font_xoff = (xoff + settings.TILE_SIZE[0] - txtsize[0] -
settings.FONT_PADDING)
font_yoff = (yoff + settings.TILE_SIZE[1] - txtsize[1] -
settings.FONT_PADDING)
# Finally, draw the number.
draw.text((font_xoff, font_yoff), txt, font=font,
fill=settings.FONT_COLOR)
del draw
imgno += 1
# Post-process image.
settings.post_process(img)
# Save output file.
debug('Writing output file: %s' % options.OUTPUT_FILE)
img.save(options.OUTPUT_FILE, quality=options.OUTPUT_QUALITY)
