def deleteAssociatedSubplots(self, ids):
"""
Delete any subplots associated with the specified data or clustering ids
@type ids: tuple
@param ids: A tuple containing either a data ID and a clustering ID
or a data ID and None.
"""
all, figPlots = [ids[0]], {None: self.subplots}
if ids[1] is None:
DataStore.get(ids[0]).collectAllChildren(all)
# add subplot lists from figures in the store
for fID, fig in FigureStore.getFigures().items():
if fID != FigureStore.getSelectedIndex():
figPlots[fID] = fig.subplots
# remove matching subplots from all figures
for fID, plots in figPlots.items():
toDelete = []
for n, subplot in enumerate(plots):
if subplot.dataIndex in all:
if ids[1] is None:
toDelete.append(n)
else:
if subplot.clustIndex == ids[1]:
toDelete.append(n)
# delete flagged subplots by creating a new list w/o the deleted indices
plots = [plots[i] for i in range(len(plots)) if not (i in toDelete)]
if fID is None:
self.subplots = plots
else:
FigureStore.get(fID).subplots = plots
self.renumberPlots(fID)
self.draw()
def renumberPlots(self, figureID=None):
"""
Renumber the subplots and their titles by their position in the list
beginning with 1.
"""
fig = None, None
if figureID is None:
fig = self
else:
fig = FigureStore.get(figureID)
# renumber
for n, subplot in enumerate(fig.subplots):
subplot.n = n + 1
subplot.Title = subplot.Title.split(": ")[1]
# set selected subplot
ss = len(fig.subplots) if (len(fig.subplots) > 0) else None
if figureID is None:
self.SelectedSubplotIndex = ss
else:
fig.selectedSubplot = ss