def items(self):
try:
# assume the input is a file
return QueenbeeTask.load_input_param(self.sensor_grids)
except:
# it is a parameter
return self.input()['CreateRadFolder']['sensor_grids'].path
def items(self):
try:
# assume the input is a file
return QueenbeeTask.load_input_param(self.grids_list)
except:
# it is a parameter
return self.input()['SplitGrid']['grids_list'].path
def items(self):
try:
# assume the input is a file
return QueenbeeTask.load_input_param(self.sensor_grids)
except:
# it is a parameter
return pathlib.Path(self.input()['SplitGridFolder']['sensor_grids'].path).as_posix()
def items(self):
try:
# assume the input is a file
return QueenbeeTask.load_input_param(self.enclosure_list)
except:
# it is a parameter
return self.input()['GetEnclosureInfo']['enclosure_list'].path
def items(self):
try:
# assume the input is a file
return QueenbeeTask.load_input_param(self.views)
except:
# it is a parameter
return pathlib.Path(
self.input()['CreateRadFolder']['views'].path).as_posix()
def items(self):
try:
# assume the input is a file
return QueenbeeTask.load_input_param(self.views_list)
except:
# it is a parameter
return pathlib.Path(
self.input()['SplitView']['views_list'].path).as_posix()
def view_count(self):
return QueenbeeTask.load_input_param(
pathlib.Path(
self.params_folder,
os.path.split(self.input()['ComputeViewSplitCount']
['split_count'].path)[-1]).resolve().as_posix())