def test_widget_javascript_debounce(qtbot, event_name):
phy.gui.qt.Debouncer.delay = 300
widget = HTMLWidget(debounce_events=('select', ))
widget.build()
widget.show()
qtbot.addWidget(widget)
qtbot.waitForWindowShown(widget)
_block(lambda: widget.html is not None)
event_code = lambda i: r'''
var event = new CustomEvent("phy_event", {detail: {name: '%s', data: {'i': %s}}});
document.dispatchEvent(event);
''' % (event_name, i)
_l = []
def f(sender, *args):
_l.append(args)
connect(f, sender=widget, event=event_name)
for i in range(5):
widget.eval_js(event_code(i))
qtbot.wait(10)
qtbot.wait(500)
assert len(_l) == (2 if event_name == 'select' else 5)
# qtbot.stop()
widget.close()
phy.gui.qt.Debouncer.delay = 1
def attach(self, gui):
"""Attach the view to the GUI.
Perform the following:
- Add the view to the GUI.
- Update the view's attribute from the GUI state
- Add the default view actions (auto_update, screenshot)
- Bind the on_select() method to the select event raised by the supervisor.
"""
# Add shortcuts only for the first view of any given type.
shortcuts = self.shortcuts if not gui.list_views(self.__class__) else None
gui.add_view(self, position=self._default_position)
self.gui = gui
# Set the view state.
self.set_state(gui.state.get_view_state(self))
self.actions = Actions(
gui, name=self.name, view=self,
default_shortcuts=shortcuts, default_snippets=self.default_snippets)
# Freeze and unfreeze the view when selecting clusters.
self.actions.add(
self.toggle_auto_update, checkable=True, checked=self.auto_update, show_shortcut=False)
self.actions.add(self.screenshot, show_shortcut=False)
self.actions.add(self.close, show_shortcut=False)
self.actions.separator()
on_select = partial(self.on_select_threaded, gui=gui)
connect(on_select, event='select')
# Save the view state in the GUI state.
@connect
def on_close_view(view_, gui):
if view_ != self:
return
logger.debug("Close view %s.", self.name)
self._closed = True
gui.remove_menu(self.name)
unconnect(on_select)
gui.state.update_view_state(self, self.state)
self.canvas.close()
gc.collect(0)
@connect(sender=gui)
def on_close(sender):
gui.state.update_view_state(self, self.state)
# HACK: Fix bug on macOS where docked OpenGL widgets were not displayed at startup.
self._set_floating = AsyncCaller(delay=5)
@self._set_floating.set
def _set_floating():
self.dock.setFloating(False)
emit('view_attached', self, gui)
def _wait_until_table_ready(qtbot, table):
b = Barrier()
connect(b(1), event='ready', sender=table)
table.show()
qtbot.addWidget(table)
qtbot.waitForWindowShown(table)
b.wait()
def _init_table(self, columns=None, value_names=None, data=None, sort=None):
"""Build the table."""
columns = columns or ['id']
value_names = value_names or columns
data = data or []
b = self.builder
b.set_body_src('index.html')
if is_high_dpi(): # pragma: no cover
b.add_style('''
/* This is for high-dpi displays. */
body {
transform: scale(2);
transform-origin: 0 0;
overflow-y: scroll;
/*overflow-x: hidden;*/
}
input.filter {
width: 50% !important;
}
''')
b.add_style(_color_styles())
self.data = data
self.columns = columns
self.value_names = value_names
emit('pre_build', self)
data_json = dumps(self.data)
columns_json = dumps(self.columns)
value_names_json = dumps(self.value_names)
sort_json = dumps(sort)
b.body += '''
<script>
var data = %s;
var options = {
valueNames: %s,
columns: %s,
sort: %s,
};
var table = new Table('table', options, data);
</script>
''' % (data_json, value_names_json, columns_json, sort_json)
self.build(lambda html: emit('ready', self))
connect(event='select', sender=self, func=lambda *args: self.update(), last=True)
connect(event='ready', sender=self, func=lambda *args: self._set_ready())
def attach(self, gui):
"""Attach to the GUI."""
# Make sure the selected field in cluster and similarity views are saved in the local
# supervisor state, as this information is dataset-dependent.
gui.state.add_local_keys(['ClusterView.selected'])
# Create the cluster view and similarity view.
self._create_views(gui=gui,
sort=gui.state.get('ClusterView',
{}).get('current_sort', None))
# Create the TaskLogger.
self.task_logger = TaskLogger(
cluster_view=self.cluster_view,
similarity_view=self.similarity_view,
supervisor=self,
)
connect(self._save_gui_state, event='close', sender=gui)
gui.add_view(self.cluster_view, position='left', closable=False)
gui.add_view(self.similarity_view, position='left', closable=False)
# Create all supervisor actions (edit and view menu).
self.action_creator.attach(gui)
self.actions = self.action_creator.edit_actions # clustering actions
self.select_actions = self.action_creator.select_actions
self.view_actions = gui.view_actions
emit('attach_gui', self)
# Call supervisor.save() when the save/ctrl+s action is triggered in the GUI.
@connect(sender=gui)
def on_request_save(sender):
self.save()
# Set the debouncer.
self._busy = {}
self._is_busy = False
# Collect all busy events from the views, and sets the GUI as busy
# if at least one view is busy.
@connect
def on_is_busy(sender, is_busy):
self._busy[sender] = is_busy
self._set_busy(any(self._busy.values()))
@connect(sender=gui)
def on_close(e):
unconnect(on_is_busy, self)
@connect(sender=self.cluster_view)
def on_ready(sender):
"""Select the clusters from the cluster view state."""
selected = gui.state.get('ClusterView', {}).get('selected', [])
if selected: # pragma: no cover
self.cluster_view.select(selected)
def _create_gui(cls):
cls._gui = cls._controller.create_gui(do_prompt_save=False)
s = cls._controller.supervisor
b = Barrier()
connect(b('cluster_view'), event='ready', sender=s.cluster_view)
connect(b('similarity_view'), event='ready', sender=s.similarity_view)
cls._gui.show()
# cls._qtbot.addWidget(cls._gui)
cls._qtbot.waitForWindowShown(cls._gui)
b.wait()
def attach(self, gui):
"""Attach the view to the GUI."""
super(FeatureView, self).attach(gui)
self.actions.add(self.toggle_automatic_channel_selection,
checked=not self.fixed_channels,
checkable=True)
self.actions.add(self.clear_channels)
self.actions.separator()
connect(self.on_channel_click)
connect(self.on_request_split)
def test_supervisor_split_2(gui, similarity):
spike_clusters = np.array([0, 0, 1])
supervisor = Supervisor(spike_clusters, similarity=similarity)
supervisor.attach(gui)
b = Barrier()
connect(b('cluster_view'), event='ready', sender=supervisor.cluster_view)
connect(b('similarity_view'), event='ready', sender=supervisor.similarity_view)
b.wait()
supervisor.actions.split([0])
supervisor.block()
_assert_selected(supervisor, [2, 3])
def _create_views(self, gui=None, sort=None):
"""Create the cluster view and similarity view."""
sort = sort or self._sort # comes from either the GUI state or constructor
# Create the cluster view.
self.cluster_view = ClusterView(gui,
data=self.cluster_info,
columns=self.columns,
sort=sort)
# Update the action flow and similarity view when selection changes.
connect(self._clusters_selected,
event='select',
sender=self.cluster_view)
# Create the similarity view.
self.similarity_view = SimilarityView(gui,
columns=self.columns +
['similarity'],
sort=('similarity', 'desc'))
connect(self._get_similar_clusters,
event='request_similar_clusters',
sender=self.similarity_view)
connect(self._similar_selected,
event='select',
sender=self.similarity_view)
# Change the state after every clustering action, according to the action flow.
connect(self._after_action, event='cluster', sender=self)
def _set_supervisor(self):
"""Create the Supervisor instance."""
# Load the new cluster id.
new_cluster_id = self.context.load('new_cluster_id').get(
'new_cluster_id', None)
# Cluster groups.
cluster_groups = self.model.cluster_groups
# Create the Supervisor instance.
supervisor = Supervisor(
spike_clusters=self.model.spike_clusters,
cluster_groups=cluster_groups,
cluster_metrics=self.cluster_metrics,
similarity=self.similarity_functions[self.similarity],
new_cluster_id=new_cluster_id,
context=self.context,
)
# Connect the `save_clustering` event raised by the supervisor when saving
# to the model's saving functions.
connect(self.on_save_clustering, sender=supervisor)
@connect(sender=supervisor)
def on_attach_gui(sender):
@supervisor.actions.add(shortcut='shift+ctrl+k', set_busy=True)
def recluster(cluster_ids=None):
"""Relaunch KlustaKwik on the selected clusters."""
# Selected clusters.
cluster_ids = supervisor.selected
spike_ids = self.selector.select_spikes(cluster_ids)
logger.info("Running KlustaKwik on %d spikes.", len(spike_ids))
# Run KK2 in a temporary directory to avoid side effects.
n = 10
with TemporaryDirectory() as tempdir:
spike_clusters, metadata = cluster(
self.model,
spike_ids,
num_starting_clusters=n,
tempdir=tempdir,
)
self.supervisor.split(spike_ids, spike_clusters)
self.color_selector = supervisor.color_selector
self.supervisor = supervisor
def _eval(self, task):
"""Evaluate a task and call a callback function."""
sender, name, args, kwargs = task
logger.log(5, "Calling %s.%s(%s)", sender.__class__.__name__, name, args, kwargs)
f = getattr(sender, name)
callback = partial(self._callback, task)
argspec = inspect.getfullargspec(f)
argspec = argspec.args + argspec.kwonlyargs
if 'callback' in argspec:
f(*args, **kwargs, callback=callback)
else:
# HACK: use on_cluster event instead of callback.
def _cluster_callback(tsender, up):
self._callback(task, up)
connect(_cluster_callback, event='cluster', sender=self.supervisor)
f(*args, **kwargs)
unconnect(_cluster_callback)
def supervisor(qtbot, gui, cluster_ids, cluster_groups, cluster_labels,
similarity, tempdir):
spike_clusters = np.repeat(cluster_ids, 2)
s = Supervisor(
spike_clusters,
cluster_groups=cluster_groups,
cluster_labels=cluster_labels,
similarity=similarity,
context=Context(tempdir),
sort=('id', 'desc'),
)
s.attach(gui)
b = Barrier()
connect(b('cluster_view'), event='ready', sender=s.cluster_view)
connect(b('similarity_view'), event='ready', sender=s.similarity_view)
b.wait()
return s
def _init_table(self, columns=None, value_names=None, data=None, sort=None):
"""Build the table."""
columns = columns or ['id']
value_names = value_names or columns
data = data or []
b = self.builder
b.set_body_src('index.html')
b.add_style(_color_styles())
self.data = data
self.columns = columns
self.value_names = value_names
emit('pre_build', self)
data_json = dumps(self.data)
columns_json = dumps(self.columns)
value_names_json = dumps(self.value_names)
sort_json = dumps(sort)
b.body += '''
<script>
var data = %s;
var options = {
valueNames: %s,
columns: %s,
sort: %s,
};
var table = new Table('table', options, data);
</script>
''' % (data_json, value_names_json, columns_json, sort_json)
self.build(lambda html: emit('ready', self))
connect(event='select', sender=self, func=lambda *args: self.update(), last=True)
connect(event='ready', sender=self, func=lambda *args: self._set_ready())
def test_supervisor_cluster_metrics(qtbot, gui, cluster_ids, cluster_groups,
similarity, tempdir):
spike_clusters = np.repeat(cluster_ids, 2)
def my_metrics(cluster_id):
return cluster_id**2
cluster_metrics = {'my_metrics': my_metrics}
mc = Supervisor(
spike_clusters,
cluster_groups=cluster_groups,
cluster_metrics=cluster_metrics,
similarity=similarity,
context=Context(tempdir),
)
mc.attach(gui)
b = Barrier()
connect(b('cluster_view'), event='ready', sender=mc.cluster_view)
connect(b('similarity_view'), event='ready', sender=mc.similarity_view)
b.wait()
assert 'my_metrics' in mc.columns
def attach(self, gui):
"""Attach to the GUI."""
# Make sure the selected field in cluster and similarity views are saved in the local
# supervisor state, as this information is dataset-dependent.
gui.state.add_local_keys(['ClusterView.selected'])
# Create the cluster view and similarity view.
self._create_views(
gui=gui, sort=gui.state.get('ClusterView', {}).get('current_sort', None))
# Create the TaskLogger.
self.task_logger = TaskLogger(
cluster_view=self.cluster_view,
similarity_view=self.similarity_view,
supervisor=self,
)
connect(self._save_gui_state, event='close', sender=gui)
gui.add_view(self.cluster_view, position='left', closable=False)
gui.add_view(self.similarity_view, position='left', closable=False)
# Create the ClusterColorSelector instance.
# Pass the state variables: color_field, colormap, categorical, logarithmic
self.color_selector = ClusterColorSelector(
cluster_meta=self.cluster_meta,
cluster_metrics=self.cluster_metrics,
cluster_ids=self.clustering.cluster_ids,
**gui.state.get('color_selector', Bunch())
)
# Create all supervisor actions (edit and view menu).
self.action_creator.attach(gui)
self.actions = self.action_creator.edit_actions # clustering actions
self.select_actions = self.action_creator.select_actions
self.view_actions = self.action_creator.view_actions
emit('attach_gui', self)
@connect(sender=self)
def on_cluster(sender, up):
# After a clustering action, get the cluster ids as shown
# in the cluster view, and update the color selector accordingly.
@self.cluster_view.get_ids
def _update(cluster_ids):
if cluster_ids is not None:
self.color_selector.set_cluster_ids(cluster_ids)
# Call supervisor.save() when the save/ctrl+s action is triggered in the GUI.
@connect(sender=gui)
def on_request_save(sender):
self.save()
# Set the debouncer.
self._busy = {}
self._is_busy = False
# Collect all busy events from the views, and sets the GUI as busy
# if at least one view is busy.
@connect
def on_is_busy(sender, is_busy):
self._busy[sender] = is_busy
self._set_busy(any(self._busy.values()))
@connect(sender=gui)
def on_close(e):
gui.state['color_selector'] = self.color_selector.state
unconnect(on_is_busy)
@connect(sender=self.cluster_view)
def on_ready(sender):
"""Select the clusters from the cluster view state."""
selected = gui.state.get('ClusterView', {}).get('selected', [])
if selected: # pragma: no cover
self.cluster_view.select(selected)
def __init__(
self, spike_clusters=None, cluster_groups=None, cluster_metrics=None,
cluster_labels=None, similarity=None, new_cluster_id=None, sort=None, context=None):
super(Supervisor, self).__init__()
self.context = context
self.similarity = similarity # function cluster => [(cl, sim), ...]
self.actions = None # will be set when attaching the GUI
self._is_dirty = None
self._sort = sort # Initial sort requested in the constructor
# Cluster metrics.
# This is a dict {name: func cluster_id => value}.
self.cluster_metrics = cluster_metrics or {}
self.cluster_metrics['n_spikes'] = self.n_spikes
# Cluster labels.
# This is a dict {name: {cl: value}}
self.cluster_labels = cluster_labels or {}
self.columns = ['id'] # n_spikes comes from cluster_metrics
self.columns += list(self.cluster_metrics.keys())
self.columns += [
label for label in self.cluster_labels.keys()
if label not in self.columns + ['group']]
# Create Clustering and ClusterMeta.
# Load the cached spikes_per_cluster array.
spc = context.load('spikes_per_cluster') if context else None
self.clustering = Clustering(
spike_clusters, spikes_per_cluster=spc, new_cluster_id=new_cluster_id)
# Cache the spikes_per_cluster array.
self._save_spikes_per_cluster()
# Create the ClusterMeta instance.
self.cluster_meta = create_cluster_meta(cluster_groups or {})
# Add the labels.
for label, values in self.cluster_labels.items():
if label == 'group':
continue
self.cluster_meta.add_field(label)
for cl, v in values.items():
self.cluster_meta.set(label, [cl], v, add_to_stack=False)
# Create the GlobalHistory instance.
self._global_history = GlobalHistory(process_ups=_process_ups)
# Create The Action Creator instance.
self.action_creator = ActionCreator(self)
connect(self._on_action, event='action', sender=self.action_creator)
# Log the actions.
connect(self._log_action, event='cluster', sender=self.clustering)
connect(self._log_action_meta, event='cluster', sender=self.cluster_meta)
# Raise supervisor.cluster
@connect(sender=self.clustering)
def on_cluster(sender, up):
# NOTE: update the cluster meta of new clusters, depending on the values of the
# ancestor clusters. In case of a conflict between the values of the old clusters,
# the largest cluster wins and its value is set to its descendants.
if up.added:
self.cluster_meta.set_from_descendants(
up.descendants, largest_old_cluster=up.largest_old_cluster)
emit('cluster', self, up)
@connect(sender=self.cluster_meta) # noqa
def on_cluster(sender, up): # noqa
emit('cluster', self, up)
connect(self._save_new_cluster_id, event='cluster', sender=self)
self._is_busy = False
def attach(self, gui):
"""Attach the GUI."""
super(ClusterScatterView, self).attach(gui)
def _make_action(dim, name):
def callback():
self.change_bindings(**{dim: name})
return callback
def _make_log_toggle(dim):
def callback(checked):
self.toggle_log_scale(dim, checked)
return callback
# Change the bindings.
for dim in self._dims:
view_submenu = 'Change %s' % dim
# Change to every cluster info.
for name in self.fields:
self.actions.add(_make_action(dim, name),
show_shortcut=False,
name='Change %s to %s' % (dim, name),
view_submenu=view_submenu)
# Toggle logarithmic scale.
self.actions.separator(view_submenu=view_submenu)
self.actions.add(_make_log_toggle(dim),
checkable=True,
view_submenu=view_submenu,
name='Toggle log scale for %s' % dim,
show_shortcut=False,
checked=getattr(self, '%s_log_scale' % dim))
self.actions.separator()
self.actions.add(self.set_x_axis,
prompt=True,
prompt_default=lambda: self.x_axis)
self.actions.add(self.set_y_axis,
prompt=True,
prompt_default=lambda: self.y_axis)
self.actions.add(self.set_size,
prompt=True,
prompt_default=lambda: self.size)
connect(self.on_select)
connect(self.on_cluster)
@connect(sender=self.canvas)
def on_lasso_updated(sender, polygon):
if len(polygon) < 3:
return
pos = range_transform([self.data_bounds], [NDC],
self.marker_positions)
ind = self.canvas.lasso.in_polygon(pos)
cluster_ids = self.all_cluster_ids[ind]
emit("request_select", self, list(cluster_ids))
@connect(sender=self)
def on_close_view(view_, gui):
"""Unconnect all events when closing the view."""
unconnect(self.on_select)
unconnect(self.on_cluster)
unconnect(on_lasso_updated)
if self.all_cluster_ids is not None:
self.set_cluster_ids(self.all_cluster_ids)
self._update_labels()
def attach(self, gui):
super(LassoMixin, self).attach(gui)
connect(self.on_request_split)
