def image(count, length, iso, img_prefix, no_init, stack, outdir, stack_prefix,
mflat):
"""Automates bulb image captures using gphoto2 and libgphoto."""
# setup for the run
# We've got some stuff that takes time here - gphoto2/camera interaction can be, uh, slow
# so let's be nice and show as progress bar.... :)
click.echo('Setting things up. Standby....')
#initialize a few things
# the iterator for below
iteration = 1 # we start at 1
# set up for the live stack if that's what we're doing
if stack:
if not stack_prefix:
stack_prefix = img_prefix
if not outdir:
outdir = img_prefix
if not os.path.isdir(outdir):
os.makedirs(outdir)
if not os.path.exists(mflat):
click.echo('Can\'t find master flat %s.' % mflat)
quit()
# init the camera
if not no_init:
camera.cam_init()
# basic housekeeping
camera.housekeeping()
# show the camera state
present_iso = camera.cam_state()
# set the camera as we'd like it
camera.cam_setup(iso)
# verify the camera state
present_iso = camera.cam_state()
# time to image
click.echo('Subs: %dx%d seconds @ ISO%s' % (count, length, present_iso))
while count >= iteration:
img = '%s%d.arw' % (img_prefix, iteration)
camera.capture(length, count, img_prefix, iteration)
camera.mv_capture(img_prefix, iteration)
if stack:
stacker.stacker(img, iteration, outdir, stack_prefix, mflat)
iteration = iteration + 1
if stack:
stacker.cleanup()
def image(count, length, iso, img_prefix, no_init, stack, outdir, stack_prefix, mflat):
"""Automates bulb image captures using gphoto2 and libgphoto."""
# setup for the run
# We've got some stuff that takes time here - gphoto2/camera interaction can be, uh, slow
# so let's be nice and show as progress bar.... :)
click.echo("Setting things up. Standby....")
# initialize a few things
# the iterator for below
iteration = 1 # we start at 1
# set up for the live stack if that's what we're doing
if stack:
if not stack_prefix:
stack_prefix = img_prefix
if not outdir:
outdir = img_prefix
if not os.path.isdir(outdir):
os.makedirs(outdir)
if not os.path.exists(mflat):
click.echo("Can't find master flat %s." % mflat)
quit()
# init the camera
if not no_init:
camera.cam_init()
# basic housekeeping
camera.housekeeping()
# show the camera state
present_iso = camera.cam_state()
# set the camera as we'd like it
camera.cam_setup(iso)
# verify the camera state
present_iso = camera.cam_state()
# time to image
click.echo("Subs: %dx%d seconds @ ISO%s" % (count, length, present_iso))
while count >= iteration:
img = "%s%d.arw" % (img_prefix, iteration)
camera.capture(length, count, img_prefix, iteration)
camera.mv_capture(img_prefix, iteration)
if stack:
stacker.stacker(img, iteration, outdir, stack_prefix, mflat)
iteration = iteration + 1
if stack:
stacker.cleanup()
def stack(live, outdir, stack_prefix, mflat):
"""Folder will be stacked as images come in."""
iteration = 1
# check to see if outdir exists
if not os.path.isdir(outdir):
os.makedirs(outdir)
if live:
click.echo('SHIM - will watch and live stack the pwd.')
else:
imgList = glob.glob('*.[aA][rR][wW]')
# get them stacked one by one
for img in imgList:
click.echo('Stacking %s' % img)
stacker.stacker(img, iteration, outdir, stack_prefix)
iteration = iteration + 1
def stack(live, outdir, stack_prefix, mflat):
"""Folder will be stacked as images come in."""
iteration = 1
# check to see if outdir exists
if not os.path.isdir(outdir):
os.makedirs(outdir)
if live:
click.echo("SHIM - will watch and live stack the pwd.")
else:
imgList = glob.glob("*.[aA][rR][wW]")
# get them stacked one by one
for img in imgList:
click.echo("Stacking %s" % img)
stacker.stacker(img, iteration, outdir, stack_prefix)
iteration = iteration + 1
