def _tasks_default(self):
return [
TaskFactory(id='force_wfmanager.wfmanager_setup_task',
name='Workflow Manager (Setup)',
factory=self._create_setup_task),
TaskFactory(id='force_wfmanager.wfmanager_review_task',
name='Workflow Manager (Review)',
factory=self._create_review_task),
]
def _tasks_default(self):
from visualize_2d_task import Visualize2dTask
from visualize_3d_task import Visualize3dTask
return [ TaskFactory(id = 'example.attractors.task_2d',
name = '2D Visualization',
factory = Visualize2dTask),
TaskFactory(id = 'example.attractors.task_3d',
name = '3D Visualization',
factory = Visualize3dTask) ]
def _tasks_default(self):
print 'Default tasks'
return [
TaskFactory(id='example_task',
name='Example task',
factory=ExampleTask)
]
def _tasks_default(self):
from attractors.visualize_2d_task import Visualize2dTask
from attractors.visualize_3d_task import Visualize3dTask
return [
TaskFactory(
id="example.attractors.task_2d",
name="2D Visualization",
factory=Visualize2dTask,
),
TaskFactory(
id="example.attractors.task_3d",
name="3D Visualization",
factory=Visualize3dTask,
),
]
def _tasks_default(self):
print("Default tasks")
return [
TaskFactory(id="example_task",
name="Example task",
factory=ExampleTask)
]
def _get_tasks(self):
return [TaskFactory(id = 'edu.mit.synbio.cytoflowgui.flow_task',
name = 'Cytometry analysis',
factory = lambda **x: FlowTask(application = self.application,
op_plugins = self.op_plugins,
view_plugins = self.view_plugins,
model = self.application.model,
**x))]
def _tasks_default(self):
return [
TaskFactory(
id="envisage.plugins.tasks.python_shell_task",
name="Python Shell",
factory=EnvisagePythonShellTask,
),
]
def _tasks_default(self):
return [
TaskFactory(
id='envisage.plugins.tasks.python_shell_task',
name='Python Shell',
factory=EnvisagePythonShellTask
),
]
def _get_tasks(self):
return [
TaskFactory(
id='edu.mit.synbio.cytoflowgui.export_task',
name='Export figure',
factory=lambda **x: ExportTask(application=self.application,
model=self.application.model,
**x))
]
def _tasks_default(self):
from pikos.live.pikos_task import PikosTask
return [
TaskFactory(
id='pikos.live.pikos_task',
name='Pikos Live Plotting',
factory=PikosTask,
),
]
def _get_tasks(self):
return [
TaskFactory(
id='edu.mit.synbio.cytoflowgui.tasbe_task',
name='TASBE Calibration',
factory=lambda **x: TASBETask(application=self.application,
model=self.application.model,
**x))
]
def task_factories_from_tasks(self, tasks):
# Create task factories for each task such that each factory will have
# the same id as the task
factories = []
for cls in tasks:
task = cls()
factory = TaskFactory(id=task.id, name=task.name, factory=cls)
factories.append(factory)
return factories
def _tasks_default(self):
return [TaskFactory(id = 'edu.mit.synbio.cytoflowgui.flow_task',
name = 'Cytometry analysis',
factory = lambda **x: FlowTask(application = self.application,
op_plugins = self.op_plugins,
view_plugins = self.view_plugins,
model = self.application.model,
handler = WorkflowController(model = self.application.model,
op_plugins = self.op_plugins,
view_plugins = self.view_plugins),
filename = self.application.filename,
**x))]
def _get_tasks(self):
from cytoflow import __version__ as cf_version
return [
TaskFactory(id='edu.mit.synbio.cytoflow.flow_task',
name='Cytometry analysis',
factory=lambda **x: FlowTask(
application=self.application,
op_plugins=self.op_plugins,
view_plugins=self.view_plugins,
model=Workflow(self.remote_connection,
version=cf_version,
debug=self.debug),
**x))
]
def _tasks_default(self):
return [
TaskFactory(id='pyfibre.pyfibre_main_task',
name='PyFibre GUI (Main)',
factory=self._create_main_task)
]
