def callback(cutout):
grid.add_cutout(cutout, frame_index, time_index)
if grid.is_filled():
self._cutout_grids[grid.source] = grid
events.send(events.IMG_LOADED, grid.source)
logger.info("Triplet grid finished downloading.")
def next_workunit(self):
if self.work_units.is_on_last_item():
try:
self._get_new_workunit()
except NoAvailableWorkException:
events.send(events.NO_AVAILABLE_WORK)
return
self.work_units.next()
def next_workunit(self):
if self.work_units.is_on_last_item():
try:
self._get_new_workunit()
except NoAvailableWorkException:
events.send(events.NO_AVAILABLE_WORK)
return
self.work_units.next()
def build_workunit(self, input_fullpath):
try:
parsed_data = self.parser.parse(input_fullpath)
except AssertionError as e:
logger.critical(str(e))
events.send(events.NO_AVAILABLE_WORK)
logger.debug("Parsed %s (%d sources)" %
(input_fullpath, parsed_data.get_source_count()))
_, input_filename = os.path.split(input_fullpath)
return self._do_build_workunit(input_filename, parsed_data,
self.progress_manager,
self.output_context, self.dry_run)
def next_workunit(self):
if self.work_units.is_on_last_item():
try:
self._get_new_workunit()
except NoAvailableWorkException:
events.send(events.NO_AVAILABLE_WORK)
return
# pre-load some work units if we are within 4 units of the end
if self.work_units.index > len(self.work_units) - 3:
try:
self.workunit_provider.trigger_prefetching()
except:
pass
self.work_units.next()
def next_workunit(self):
if self.work_units.is_on_last_item():
try:
self._get_new_workunit()
except NoAvailableWorkException:
events.send(events.NO_AVAILABLE_WORK)
return
# pre-load some work units if we are within 4 units of the end
if self.work_units.index > len(self.work_units) - 3:
try:
self.workunit_provider.trigger_prefetching()
except:
pass
self.work_units.next()
def build_workunit(self, input_fullpath):
try:
parsed_data = self.parser.parse(input_fullpath)
except AssertionError as e:
logger.critical(str(e))
events.send(events.NO_AVAILABLE_WORK)
logger.debug("Parsed %s (%d sources)" %
(input_fullpath, parsed_data.get_source_count()))
_, input_filename = os.path.split(input_fullpath)
return self._do_build_workunit(
input_filename,
parsed_data,
self.progress_manager,
self.output_context,
self.dry_run)
def _on_finished_workunit(self, results_file_paths):
events.send(events.FINISHED_WORKUNIT, results_file_paths)
if self.synchronization_manager:
for path in results_file_paths:
self.synchronization_manager.add_syncable_file(path)
def next_item(self):
if self.get_current_workunit().is_finished():
self.next_workunit()
else:
self.get_current_workunit().next_item()
events.send(events.CHANGE_IMAGE)
def next_obs(self):
self.get_current_workunit().next_obs()
events.send(events.CHANGE_IMAGE)
def previous_obs(self):
self.get_current_workunit().previous_obs()
events.send(events.CHANGE_IMAGE)
def next_obs(self):
self.get_current_workunit().next_obs()
events.send(events.CHANGE_IMAGE)
def _on_finished_workunit(self, filename):
events.send(events.FINISHED_WORKUNIT, filename)
def _on_image_loaded(self, reading, image):
self._images_by_reading[reading] = image
events.send(events.IMG_LOADED, reading)
def expect_image_transition(self):
events.send(events.CHANGE_IMAGE)
def _on_image_loaded(self, reading, image):
self._images_by_reading[reading] = image
events.send(events.IMG_LOADED, reading)
def _on_finished_workunit(self, filename):
events.send(events.FINISHED_WORKUNIT, filename)
def next_item(self):
if self.get_current_workunit().is_finished():
self.next_workunit()
else:
self.get_current_workunit().next_item()
events.send(events.CHANGE_IMAGE)
def previous_obs(self):
self.get_current_workunit().previous_obs()
events.send(events.CHANGE_IMAGE)
def previous_item(self):
self.get_current_workunit().previous_vettable_item()
events.send(events.CHANGE_IMAGE)
def previous_item(self):
self.get_current_workunit().previous_vettable_item()
events.send(events.CHANGE_IMAGE)
def on_singlet_image_loaded(self, cutout):
reading = cutout.reading
self._cutouts[reading] = cutout
events.send(events.IMG_LOADED, reading)
def _on_finished_workunit(self, results_file_paths):
events.send(events.FINISHED_WORKUNIT, results_file_paths)
if self.synchronization_manager:
for path in results_file_paths:
self.synchronization_manager.add_syncable_file(path)
def pub_next_source():
events.send(events.CHANGE_IMAGE, data=1)
def expect_image_transition(self):
events.send(events.CHANGE_IMAGE)
def pub_next_source():
events.send(events.CHANGE_IMAGE, data=1)