from sys import argv
import mosaic
import ifcb
from ifcb.io.file import BinFile
from ifcb.io.path import Filesystem
from ifcb.io import HEIGHT, WIDTH, TARGET_NUMBER, PID, PROCESSING_END_TIME
from config import FS_ROOTS, DATA_TTL
if __name__ == '__main__':
pid = argv[1]
print 'Resolving...'
bin = Filesystem(FS_ROOTS).resolve(pid) # fetch the bin
nrois = bin.length()
width = 2400
height = nrois * 4
while True:
print 'Fitting ...'
lo = mosaic.layout(bin, (width, height),
sort_key=lambda t: t.processingEndTime)
nfit = len(lo['tiles'])
print 'Fit %d of %d ROIs in a %d x %d mosaic...' % (nfit, nrois, width,
height)
if nfit < nrois:
height = int(height * 1.5)
else:
print 'Computing image...'
image = mosaic.mosaic(bin, (width, height), existing_layout=lo)
thumb_width = 1024
thumb_height = int(round(0.426667 * height))
print 'downscaling to %d x %d ...' % (thumb_width, thumb_height)
from sys import argv
import mosaic
import ifcb
from ifcb.io.file import BinFile
from ifcb.io.path import Filesystem
from ifcb.io import HEIGHT, WIDTH, TARGET_NUMBER, PID, PROCESSING_END_TIME
from config import FS_ROOTS, DATA_TTL
if __name__=='__main__':
pid = argv[1]
print 'Resolving...'
bin = Filesystem(FS_ROOTS).resolve(pid) # fetch the bin
nrois = bin.length()
width = 2400
height = nrois * 4
while True:
print 'Fitting ...'
lo = mosaic.layout(bin, (width, height), sort_key=lambda t: t.processingEndTime)
nfit = len(lo['tiles'])
print 'Fit %d of %d ROIs in a %d x %d mosaic...' % (nfit, nrois, width, height)
if nfit < nrois:
height = int(height * 1.5)
else:
print 'Computing image...'
image = mosaic.mosaic(bin, (width, height), existing_layout=lo)
thumb_width = 1024;
thumb_height = int(round(0.426667 * height))
print 'downscaling to %d x %d ...' % (thumb_width, thumb_height)
thumb = mosaic.thumbnail(image, (thumb_width, thumb_height))
(ext, fmt) = ('.jpg', 'JPEG')
