def __init__(self, gui):
QtGui.QWidget.__init__(self)
self.gui = gui
self._last_active_display = None
self._import_display = None
self._n_displays = 0 #number of opened displays
#BUILD MAIN DOCKAREAS:
self.console = Console(self.gui.app.session.streamOut.message,
self.gui.app.session.streamErr.message)
self.console.setMinimumHeight(25)
self.displayPrefTabs = DisplayPrefTabs()
self.displayPrefTabs.currentChanged.connect(self.tabChanged)
self.area_middle = MiddleDockArea()
#LAYOUT:
layout = QtGui.QHBoxLayout()
#remove space between statusbar and console:
m = layout.contentsMargins()
m.setBottom(0)
layout.setContentsMargins(m)
self.setLayout(layout)
#middle - displays and message
self.middle_splitter = QtGui.QSplitter(
QtCore.Qt.Orientation(0)) #0=horiz, 1=vert
self.middle_splitter.addWidget(self.area_middle)
self.middle_splitter.addWidget(self.console)
#hide console by default
self.middle_splitter.moveSplitter(0, 0) # (410, 1)
#add areas to centralWidget
self.vert_splitter = QtGui.QSplitter(
QtCore.Qt.Orientation(1)) #0=horiz, 1=vert
layout.addWidget(self.vert_splitter)
self.vert_splitter.addWidget(self.displayPrefTabs)
self.vert_splitter.addWidget(self.middle_splitter)
#display pref tabs with fixed size:
self.vert_splitter.setStretchFactor(1, 1)
self.setActive()
def __init__(self, gui):
QtWidgets.QWidget.__init__(self)
self.gui = gui
self._last_active_display = None
self._import_display = None
self._n_displays = 0 # number of opened displays
# BUILD MAIN DOCKAREAS:
self.console = Console(self.gui.app.session.streamOut.message,
self.gui.app.session.streamErr.message)
self.console.setMinimumHeight(25)
self.displayPrefTabs = DisplayPrefTabs()
self.displayPrefTabs.currentChanged.connect(self.tabChanged)
self.area_middle = MiddleDockArea()
# LAYOUT:
layout = QtWidgets.QHBoxLayout()
# remove space between statusbar and console:
m = layout.contentsMargins()
m.setBottom(0)
layout.setContentsMargins(m)
self.setLayout(layout)
#middle - displays and message
self.middle_splitter = QtWidgets.QSplitter(
QtCore.Qt.Orientation(0)) # 0=horiz, 1=vert
self.middle_splitter.addWidget(self.area_middle)
self.middle_splitter.addWidget(self.console)
# hide console by default
self.middle_splitter.moveSplitter(0, 0) # (410, 1)
# add areas to centralWidget
self.vert_splitter = QtWidgets.QSplitter(
QtCore.Qt.Orientation(1)) # 0=horiz, 1=vert
layout.addWidget(self.vert_splitter)
self.vert_splitter.addWidget(self.displayPrefTabs)
self.vert_splitter.addWidget(self.middle_splitter)
# display pref tabs with fixed size:
self.vert_splitter.setStretchFactor(1, 1)
self.setActive()
class Workspace(QtWidgets.QWidget):
'''
One workspace of dataArtist.gui containing:
* multiple displays
* toolbars
* a side panel with display preferences
'''
def __init__(self, gui):
QtWidgets.QWidget.__init__(self)
self.gui = gui
self._last_active_display = None
self._n_displays = 0 # number of opened displays
# BUILD MAIN DOCKAREAS:
self.console = Console(self.gui.app.session.streamOut.message,
self.gui.app.session.streamErr.message)
self.console.setMinimumHeight(25)
self.displayPrefTabs = DisplayPrefTabs()
self.displayPrefTabs.currentChanged.connect(self.tabChanged)
self.area_middle = MiddleDockArea()
# LAYOUT:
layout = QtWidgets.QHBoxLayout()
# remove space between statusbar and console:
m = layout.contentsMargins()
m.setBottom(0)
layout.setContentsMargins(m)
self.setLayout(layout)
# middle - displays and message
self.middle_splitter = QtWidgets.QSplitter(
QtCore.Qt.Orientation(0)) # 0=horiz, 1=vert
self.middle_splitter.addWidget(self.area_middle)
self.middle_splitter.addWidget(self.console)
# hide console by default
self.middle_splitter.moveSplitter(0, 0) # (410, 1)
# add areas to centralWidget
self.vert_splitter = QtWidgets.QSplitter(
QtCore.Qt.Orientation(1)) # 0=horiz, 1=vert
layout.addWidget(self.vert_splitter)
self.vert_splitter.addWidget(self.displayPrefTabs)
self.vert_splitter.addWidget(self.middle_splitter)
# display pref tabs with fixed size:
self.vert_splitter.setStretchFactor(1, 1)
self.setActive()
def number(self):
'''
return the number of this workspace
'''
return self.gui.centralWidget().indexOf(self) + 1
def setPrintView(self, boolean):
'''
Hide dock labels and QSplitter handle if True
for a nice and printable view
'''
containers, docks = self.area_middle.findAll()
if boolean:
col = 'black' if pg.getConfigOption(
'background') == 'k' else 'white'
for d in list(docks.values()):
d.hideTitleBar()
for c in containers:
if isinstance(c, QtWidgets.QSplitter):
c.setStyleSheet(
"QSplitter::handle{background-color: %s;}" % col)
else:
for d in list(docks.values()):
d.showTitleBar()
for c in containers:
if isinstance(c, QtWidgets.QSplitter):
c.setStyleSheet("")
def saveState(self):
l = {
'middleSplitter': self.middle_splitter.sizes(),
'vertSplitter': self.vert_splitter.sizes()
}
# GENERAL
# DISPLAYS
d = self.displaydict()
for number, display in d.items():
d[number] = (display.name(), len(display.axes))
l['display_%i' % number] = display.saveState()
l['displays'] = d # ={name:(name,nDim)}
curD = self.getCurrentDisplay()
if curD:
l['currentDisplay'] = curD.number
# TOOLBARS
t = l['toolbars'] = {}
if curD.widget:
for bar in self._sortToolbars(curD.widget.toolbars):
br = False
if bar.isSelected():
br = self.gui.toolBarBreak(bar)
t[bar.name] = (bar.isSelected(), br)
else:
l['currentDisplay'] = None
l['nDisplays'] = self._n_displays
l['displayLayout'] = self.area_middle.saveState() if d else None
# TABLES
tables = self.tables()
lt = l['tables'] = {} # {n:t.name() for n,t in enumerate(tables)}
for t in tables:
lt[t.name()] = t.widgets[0].table()
# NOTEPADS
notepads = self.notepads()
lt = l['notepads'] = {}
for t in notepads:
lt[t.name()] = t.widgets[0].text.toHtml()
return l
def restoreState(self, state):
# GENERAL
self.middle_splitter.setSizes(state['middleSplitter'])
self.vert_splitter.setSizes(state['vertSplitter'])
# DISPLAYS
currentDisplay = None
currN = state['currentDisplay']
for d in self.displays():
d.close()
for number, (name, nDim) in state['displays'].items():
d = self.addDisplay(number=number, axes=nDim, docktitle=name)
# self.changeToolBars(d)
# d.setName(name)
d.restoreState(state['display_%i' % number])
if number == currN:
currentDisplay = d
# TABLES
for t in self.tables():
t.close()
for name, content in state['tables'].items():
dt = self.addTableDock(name=name)
dt.widgets[0].importTable(content)
# NOTEPADS
for t in self.notepads():
t.close()
for name, content in state['notepads'].items():
dt = self.addTextDock(name=name)
dt.widgets[0].text.setHtml(content)
# LAYOUT
if state['displayLayout']:
self.area_middle.restoreState(state['displayLayout'])
self._n_displays = state['nDisplays']
if currentDisplay:
# TOOLBARS
for bar in currentDisplay.widget.toolbars:
issel, hasbreak = state['toolbars'][bar.name]
bar.setSelected(issel)
bar.hasBreak = hasbreak
# remove old:
# for bar in d.widget.toolbars:
# self.gui.removeToolBar(bar)
self.changeDisplay(currentDisplay)
def integrateDisplay(self, display):
'''
integrate a new display into the workspace
'''
display.clicked.connect(self.changeDisplay)
display.label.sigClicked.connect(
lambda: self.changeDisplay(weakref.proxy(display)))
# close this tab too if the display is closed:
display.closed.connect(self._displayClosed)
self.displayPrefTabs.addTab(display.tab, "[%s]" % display.number)
self.area_middle.addDock(display)
def _displayClosed(self, display):
self.displayPrefTabs.removeTab(display.tab)
l = self.displays()
if l:
# select an other display
self.changeDisplay(l[0])
else:
# remove remaining toolbars
for bar in self._last_active_display.widget.toolbars:
self.gui.removeToolBar(bar)
self._last_active_display = None
def displays(self):
'''
return a list of displays within this workspace
'''
return WeakList([
d for d in list(self.area_middle.docks.values())
if isinstance(d, DisplayDock)
])
def tables(self):
'''
return a list of tables within this workspace
'''
return [
d for d in list(self.area_middle.docks.values())
if isinstance(d, DockTable)
]
def notepads(self):
'''
return a list of notepads within this workspace
'''
return [
d for d in list(self.area_middle.docks.values())
if isinstance(d, DockTextEditor)
]
def changeDisplayNumber(self, number):
'''
change to display of given [number]
'''
d = self.displaydict()[number]
self.changeDisplay(d)
def displaydict(self):
'''
returns dict{number:displayInstance}
'''
d = {}
for x in self.displays():
d[x.number] = x
return d
def setActive(self):
'''
activate this workspace
'''
if self._last_active_display:
self.changeToolBars(self._last_active_display)
self.console.setActive()
def setInactive(self):
'''
deactivate this workspace
'''
self._removeCurrentToolBars()
self.console.setInactive()
def _removeCurrentToolBars(self):
toolbars = self.gui.findChildren(QtWidgets.QToolBar)
for bar in toolbars:
self.gui.removeToolBar(bar)
def close(self):
self.setInactive()
for widget in list(self.area_middle.docks.values()):
widget.close()
QtWidgets.QWidget.close(self)
def tabChanged(self, index):
'''
also change the display combined to the changed tab
'''
tab = self.displayPrefTabs.widget(index)
if tab and hasattr(tab, 'display'):
self.changeDisplay(tab.display)
def changeDisplay(self, display):
'''
show tab, symbolActive and the toolbars of the changed display
'''
if (self._last_active_display
and self._last_active_display.name == display.name):
return
if self._last_active_display != display:
if self._last_active_display:
self._last_active_display.label.setSelected(False)
# add a symbol to the active display:
display.label.setSelected(True)
# set global toolbar to the toolbars of the active display:
self.changeToolBars(display)
self._last_active_display = display
# activate this tab if its display is clicked:
self.displayPrefTabs.setCurrentWidget(display.tab)
def reload(self):
'''
reload all display and current toolbars
'''
cur = self.getCurrentDisplay()
if cur:
for bar in cur.widget.toolbars:
self.gui.removeToolBar(bar)
for d in self.displays():
d.reloadWidget()
self.changeToolBars(cur)
def getCurrentDisplay(self):
try:
return self.displayPrefTabs.currentWidget().display
except AttributeError: # there is no display so far
return None
def moveCurrentDisplayToOtherWorkspace(self, workspsace):
d = self.getCurrentDisplay()
if not d:
raise Exception('no display chosen')
# at the moment display is a weakproxy
# executing this returns the original class:
# TODO: find better solution
d = d.__repr__.__self__
workspsace.integrateDisplay(d)
self._removeCurrentToolBars()
self._last_active_display = None
d = self.getCurrentDisplay()
if d:
self.changeDisplay(d)
def _2dToolbars(self):
'''return list of lists of all toolbars in the current workspace
e.g. [ [bar1, bar2], #row1
[bar3] ] #row2
'''
toolbars = sorted(self.gui.findChildren(QtWidgets.QToolBar),
key=lambda bar: (bar.pos().y(), bar.pos().x()))
rows = [[]]
for bar in toolbars:
if self.gui.toolBarBreak(bar):
rows.append([])
if bar.isVisible():
rows[-1].append(bar)
rows = [r for r in rows if len(r)] # remove empty rows
return rows
# TODO: only works for TopToolBarArea - make work for others as well
# ignore all other positions - only positioning in top bar
def addNewToolbar(self, newbar):
# find position [right end one toolbar row]
# for new toolbars depending on where
# space is available
w = self.gui.size().width()
needed_space = newbar.width
p = QtCore.Qt.TopToolBarArea
toolbars = self._2dToolbars()
# there are now toolbars at the moment
if not len(toolbars):
return self.gui.addToolBar(p, newbar)
avail_space = []
for row in toolbars:
avail_space.append(w -
sum([bar.width
for bar in row if bar != newbar]))
# assign position for new toolbar:
for row, space in enumerate(avail_space):
if space >= needed_space:
try:
# add at end of current row
before = toolbars[row + 1][0]
self.gui.insertToolBar(before, newbar)
self.gui.removeToolBarBreak(newbar)
self.gui.insertToolBarBreak(before)
except IndexError:
# there is no following row
self.gui.addToolBar(p, newbar)
return
# need to create new row to add toolbar
self.gui.addToolBarBreak(p)
self.gui.addToolBar(p, newbar)
def _sortToolbars(self, bars):
return sorted(bars, key=lambda bar: (bar.pos().y(), bar.pos().x()))
def changeToolBars(self, display):
'''
remove old and show new toolbars - if there are selected
apply position of last display.widget.toolbars
'''
# will remove and add toolbars,
# if there's a 2nd row, prevent resize:
self.gui.setUpdatesEnabled(False)
# only show/change toolbars is that button is checked:
if not self.gui.menu_toolbars.a_show.isChecked():
return
d = self._last_active_display
if d:
# save old layout
for bar in d.widget.toolbars:
if bar.isSelected():
# bar.position = self.gui.toolBarArea(bar)
bar.hasBreak = self.gui.toolBarBreak(bar)
# save order:
d.widget.toolbars = self._sortToolbars(d.widget.toolbars)
# remove old:
for bar in d.widget.toolbars:
self.gui.removeToolBar(bar)
# is displays are of same kind:
if d.widget.__class__ == display.widget.__class__:
# apply sequence of old display to new one:
t = display.widget.toolbars
def findBar(bar):
for n, b in enumerate(d.widget.toolbars):
if b.name == bar.name:
return n
display.widget.toolbars = sorted(t, key=findBar)
# add new toolbars:
if display is not None:
for bar in display.widget.toolbars:
if bar.isSelected():
# p = bar.position
self.gui.addToolBar(QtCore.Qt.TopToolBarArea, bar)
if bar.hasBreak:
self.gui.insertToolBarBreak(bar)
bar.show()
self.gui.setUpdatesEnabled(True)
def addShowToolBarAction(self, menu):
d = self._last_active_display
if d is not None:
for t in d.widget.toolbars:
menu.addAction(t.toggleViewAction())
def toggleShowSelectedToolbars(self, show):
if show:
self.changeToolBars(self.getCurrentDisplay())
else:
if self._last_active_display is not None:
for t in self._last_active_display.widget.toolbars:
t.hide()
def addTableDock(self, name=None, text=None, array=None):
'''
add a new table to the dock area
'''
if name is None:
name = 'table %s' % (len(self.tables()) + 1)
d = DockTable(name=name, text=text, array=array)
self.area_middle.addDock(d)
return d
def addTextDock(self, name=None, text=None):
'''
add a new notepad to the dock area
'''
if name is None:
name = 'notepad %s' % (len(self.notepads()) + 1)
d = DockTextEditor(name=name, text=text)
self.area_middle.addDock(d)
return d
def addDisplay(self, **kwargs):
'''
create and integrate a new display
'''
number = kwargs.pop('number', None)
if number is not None:
if number > self._n_displays:
self._n_displays = number
else:
number = self._n_displays
self._n_displays += 1
display = DisplayDock(number, weakref.proxy(self), **kwargs)
self.integrateDisplay(display)
return display
def copyViewToClipboard(self):
p = self.area_middle.grab()
QtWidgets.QApplication.clipboard().setPixmap(p)
print('Copied view to clipboard.')
def copyCurrentDisplayToClipboard(self):
d = self.getCurrentDisplay()
if d is not None:
p = d.widget.grab()
QtWidgets.QApplication.clipboard().setPixmap(p)
print('Copied current display to clipboard.')
def copyCurrentDisplayItemToClipboard(self):
d = self.getCurrentDisplay()
if d is not None:
b = d.widget.item.sceneBoundingRect().toRect()
try:
# in case multiple items are in grid order:
for i in d.widget.subitems:
b = b.united(i.sceneBoundingRect().toRect())
except AttributeError:
pass
p = d.widget.grab(b)
QtWidgets.QApplication.clipboard().setPixmap(p)
print('Copied current display item to clipboard.')
def addFiles(self, names):
'''
check the importPolicy: if = ask: show import dialog to ask user
if import together: import all files together in one display
else: import separated
'''
if not names:
return
# sort by names:
names = naturalSorting(names)
# show import dialog, if wished, choose there to take import settings from
# a)import dialog b)preferences->import
pref = self.gui.pref_import
if pref.showImportDialog:
dial = ImportDialog(pref, names)
dial.exec_()
if not dial.result():
return
# add files in current display:
i = pref.importFilesPolicy
l = pref.loadImportedFiles
if i in (pref.inCurrentDisplay, pref.inDisplay):
if i == pref.inCurrentDisplay:
display = self.getCurrentDisplay()
else:
display = self.displaydict()[pref.displayNumber]
if display is not None:
display.addFiles(names, openfiles=l)
else:
# if there is no display yet: create a new one:
display = self.addDisplay(names=names, openfiles=l)
# import all files in one new display:
elif i == pref.together:
self.addDisplay(names=names, openfiles=l)
# import files in separate displays:
else:
for p in names:
# import each file separate
# also give a list when there is only one file
self.addDisplay(names=[p], openfiles=l)
class Workspace(QtGui.QWidget):
'''
One workspace of dataArtist.gui containing:
* multiple displays
* toolbars
* a side panel with display preferences
'''
def __init__(self, gui):
QtGui.QWidget.__init__(self)
self.gui = gui
self._last_active_display = None
self._import_display = None
self._n_displays = 0 #number of opened displays
#BUILD MAIN DOCKAREAS:
self.console = Console(self.gui.app.session.streamOut.message,
self.gui.app.session.streamErr.message)
self.console.setMinimumHeight(25)
self.displayPrefTabs = DisplayPrefTabs()
self.displayPrefTabs.currentChanged.connect(self.tabChanged)
self.area_middle = MiddleDockArea()
#LAYOUT:
layout = QtGui.QHBoxLayout()
#remove space between statusbar and console:
m = layout.contentsMargins()
m.setBottom(0)
layout.setContentsMargins(m)
self.setLayout(layout)
#middle - displays and message
self.middle_splitter = QtGui.QSplitter(QtCore.Qt.Orientation(0))#0=horiz, 1=vert
self.middle_splitter.addWidget(self.area_middle)
self.middle_splitter.addWidget(self.console)
#hide console by default
self.middle_splitter.moveSplitter(0,0)# (410, 1)
#add areas to centralWidget
self.vert_splitter = QtGui.QSplitter(QtCore.Qt.Orientation(1))#0=horiz, 1=vert
layout.addWidget(self.vert_splitter)
self.vert_splitter.addWidget(self.displayPrefTabs)
self.vert_splitter.addWidget(self.middle_splitter)
#display pref tabs with fixed size:
self.vert_splitter.setStretchFactor (1, 1)
self.setActive()
def number(self):
'''
return the number of this workspace
'''
return self.gui.centralWidget().indexOf(self)+1
def setPrintView(self, boolean):
'''
Hide dock labels and QSplitter handle if True
for a nice and printable view
'''
containers, docks = self.area_middle.findAll()
if boolean:
col = 'black' if pg.getConfigOption('background')=='k' else 'white'
for d in docks.values():
d.hideTitleBar()
for c in containers:
if isinstance(c, QtGui.QSplitter):
c.setStyleSheet("QSplitter::handle{background-color: %s;}" %col)
else:
for d in docks.values():
d.showTitleBar()
for c in containers:
if isinstance(c, QtGui.QSplitter):
c.setStyleSheet("")
def saveState(self):
l = {}
#GENERAL
l['middleSplitter'] = self.middle_splitter.sizes()
l['vertSplitter'] = self.vert_splitter.sizes()
#DISPLAYS
d = self.displaydict()
for number, display in d.iteritems():
d[number] = (display.name(), len(display.axes))
l['display_%i' %number] = display.saveState()
l['displays'] = d # ={name:(name,nDim)}
if self.getCurrentDisplay():
l['currentDisplay'] = self.getCurrentDisplay().number
else:
l['currentDisplay'] = None
l['nDisplays'] = self._n_displays
l['displayLayout'] = self.area_middle.saveState() if d else None
# dis = self.displays()
# if dis:
# for d in dis:
# l['display_%i' %d.number] = d.saveState()
# self.changeDisplay(dis[0])
#TABLES
tables = self.tables()
lt = l['tables'] = {}#{n:t.name() for n,t in enumerate(tables)}
for t in tables:
lt[t.name()] = t.widgets[0].table()
#NOTEPADS
notepads = self.notepads()
lt = l['notepads'] = {}
for t in notepads:
lt[t.name] = t.widgets[0].text.toHtml()
return l
def restoreState(self, state):
# path = ('workspace','%s' %self.number())
# l = session.getSavedContent(*path +('general.txt',) )
# l = eval(l)
# l = state['workspace_%i' %self.number()]
#GENERAL
self.middle_splitter.setSizes(state['middleSplitter'])
self.vert_splitter.setSizes(state['vertSplitter'])
#DISPLAYS
currentDisplay = None
currN = state['currentDisplay']
for d in self.displays():
d.close()
for number, (name, nDim) in state['displays'].iteritems():
d = self.addDisplay(number=number, axes=nDim)
self.changeToolBars(d)
d.setName(name)
d.restoreState(state['display_%i' %number])
if number == currN:
currentDisplay = d
#TABLES
for t in self.tables():
t.close()
for name, content in state['tables'].iteritems():
dt = self.addTableDock(name=name)
dt.widgets[0].importTable(content)
# p = session.getSavedFile(*path+('tables', '%s.csv' %n) )
# dt.widgets[0].restore(p)
#NOTEPADS
for t in self.notepads():
t.close()
for name, content in state['notepads'].iteritems():
dt = self.addTextDock(name=name)
dt.widgets[0].text.setHtml(content
# session.getSavedContent(*path+(
# 'notepads', '%s.html' %n) )
)
#LAYOUT
if state['displayLayout']:
self.area_middle.restoreState(state['displayLayout'])
self._n_displays = state['nDisplays']
if currentDisplay:
#remove old:
for bar in d.widget.toolbars:
self.gui.removeToolBar(bar)
self.changeDisplay(currentDisplay)
def integrateDisplay(self, display):
'''
integrate a new display into the workspace
'''
display.clicked.connect(self.changeDisplay)
display.label.sigClicked.connect(lambda: self.changeDisplay(
weakref.proxy(display)) )
#close this tab too if the display is closed:
display.closed.connect(self._displayClosed)
self.displayPrefTabs.addTab(display.tab, "[%s]" %display.number)
self.area_middle.addDock(display)
def _displayClosed(self, display):
self.displayPrefTabs.removeTab(display.tab)
l = self.displays()
if l:
#select an other display
self.changeDisplay(l[0])
else:
#remove remaining toolbars
for bar in self._last_active_display.widget.toolbars:
self.gui.removeToolBar(bar)
self._last_active_display = None
def displays(self):
'''
return a list of displays within this workspace
'''
return WeakList([d for d in self.area_middle.docks.values()
if isinstance(d, DisplayDock)])
def tables(self):
'''
return a list of tables within this workspace
'''
return [d for d in self.area_middle.docks.values()
if isinstance(d, DockTable)]
def notepads(self):
'''
return a list of notepads within this workspace
'''
return [d for d in self.area_middle.docks.values()
if isinstance(d, DockTextEditor)]
def changeDisplayNumber(self, number):
'''
change to display of given [number]
'''
d = self.displaydict()[number]
self.changeDisplay(d)
def displaydict(self):
'''
returns dict{number:displayInstance}
'''
d={}
for x in self.displays():
d[x.number] = x
return d
def setActive(self):
'''
activate this workspace
'''
if self._last_active_display:
self.changeToolBars(self._last_active_display)
self.console.setActive()
def setInactive(self):
'''
deactivate this workspace
'''
self._removeCurrentToolBars()
self.console.setInactive()
def _removeCurrentToolBars(self):
if self._last_active_display:
for bar in self._last_active_display.widget.toolbars:
self.gui.removeToolBar(bar)
def close(self):
self.setInactive()
for widget in self.area_middle.docks.values():
widget.close()
QtGui.QWidget.close(self)
def tabChanged(self, index):
'''
also change the display combined to the changed tab
'''
tab = self.displayPrefTabs.widget(index)
if tab and hasattr(tab, 'display'):
self.changeDisplay(tab.display)
def changeDisplay(self, display):
'''
show tab, symbolActive and the toolbars of the changed display
'''
if self._last_active_display != display:
if self._last_active_display:
self._last_active_display.label.setSelected(False)
#add a symbol to the active display:
display.label.setSelected(True)
#set global toolbar to the toolbars of the active display:
self.changeToolBars(display)
self._last_active_display = display
#activate this tab if its display is clicked:
self.displayPrefTabs.setCurrentWidget(display.tab)
def reload(self):
'''
reload all display and current toolbars
'''
cur = self.getCurrentDisplay()
if cur:
for bar in cur.widget.toolbars:
self.gui.removeToolBar(bar)
for d in self.displays():
d.reloadWidget()
self.changeToolBars(cur)
def getCurrentDisplay(self):
try:
return self.displayPrefTabs.currentWidget().display
except AttributeError:#there is no display so far
return None
# def getDisplayNumber(self, number):
# for d in self.displays():
# if d.number == number:
# return d
def moveCurrentDisplayToOtherWorkspace(self, workspsace):
d = self.getCurrentDisplay()
if not d:
raise Exception('no display chosen')
#at the moment display is a weakproxy
#executing this returns the original class:
#TODO: find better solution
d = d.__repr__.__self__
workspsace.integrateDisplay(d)
self._removeCurrentToolBars()
self._last_active_display = None
d = self.getCurrentDisplay()
if d:
self.changeDisplay(d)
def changeToolBars(self, display):
'''
remove old and show new toolbars - if there are selected
apply position of last display.widget.toolbars
'''
d = self._last_active_display
if d:# and display !=d:
#save old layout
for bar in d.widget.toolbars:
if bar.isSelected():
bar.position = self.gui.toolBarArea(bar)
bar.hasBreak = self.gui.toolBarBreak(bar)
#save order:
d.widget.toolbars = sorted(d.widget.toolbars, key=lambda bar:
(bar.pos().y(), bar.pos().x()))
#remove old:
for bar in d.widget.toolbars:
self.gui.removeToolBar(bar)
#is displays are of same kind:
if d.widget.__class__ == display.widget.__class__:
#apply sequence of old display to new one:
t = display.widget.toolbars
def findBar(bar):
for n, b in enumerate(d.widget.toolbars):
if b.name == bar.name:
return n
display.widget.toolbars = sorted(t, key=findBar)
#add new toolbars:
for bar in display.widget.toolbars:
p = bar.position
if p == 0:
p = 4
self.gui.addToolBar(p, bar)
if bar.hasBreak:
self.gui.insertToolBarBreak(bar)
if not self.gui.menu_toolbars.a_show.isChecked() or not bar.isSelected():
bar.hide()
else:
bar.show()
def addShowToolBarAction(self, menu):
d = self._last_active_display
if d is not None:
for t in d.widget.toolbars:
menu.addAction(t.toggleViewAction())
def toggleShowSelectedToolbars(self, show):
if self._last_active_display is not None:
for t in self._last_active_display.widget.toolbars:
if show and t.isSelected():
t.show()
else:
t.hide()
def addTableDock(self, name=None, text=None):
'''
add a new table to the dock area
'''
if name is None:
name = 'table %s' %(len(self.tables())+1)
d = DockTable(name=name, text=text)
self.area_middle.addDock(d)
return d
def addTextDock(self, name=None, text=None):
'''
add a new notepad to the dock area
'''
if name is None:
name = 'notepad %s' %(len(self.notepads())+1)
d = DockTextEditor(name=name, text=text)
self.area_middle.addDock(d)
return d
def addDisplay(self, **kwargs):
'''
create and integrate a new display
'''
number = kwargs.pop('number',None)
if number is not None:
if number > self._n_displays:
self._n_displays = number
else:
number = self._n_displays
self._n_displays += 1
display = DisplayDock(number, weakref.proxy(self), **kwargs)
self.integrateDisplay(display)
return display
def copyViewToClipboard(self):
p = QtGui.QPixmap.grabWidget(self.area_middle)
QtGui.QApplication.clipboard().setPixmap(p)
print('Copied view to clipboard.')
def copyCurrentDisplayToClipboard(self):
d = self.getCurrentDisplay()
if d is not None:
p = QtGui.QPixmap.grabWidget(d)
QtGui.QApplication.clipboard().setPixmap(p)
print('Copied current display to clipboard.')
def setCurrentDisplayToImportDisplay(self):
'''
return whether successful
'''
d = self.getCurrentDisplay()
if not d:
return
self._setImportDisplay(d)
def _setImportDisplay(self, d):
if d != self._import_display:
self.unsetImportDisplay()
self._import_display = d
d.label.closeButton.setEnabled(False)
print('Set current display [%s] as import display' %d.number)
def unsetImportDisplay(self):
d = self._import_display
if d:
d.label.closeButton.setEnabled(True)
print('Unset current display [%s] as import display' %d.number)
self._import_display = None
def addFiles(self, names):
'''
check the importPolicy: if = ask: show import dialog to ask user
if import together: import all files together in one display
else: import separated
'''
if not names:
return
#sort by names:
names = naturalSorting(names)
#show import dialog, if wished, choose there to take import settings from
#a)import dialog b)preferences->import
pref = self.gui.pref_import
if pref.showImportDialog:
dial = ImportDialog(pref, names)
dial.exec_()
if not dial.result():
return
#add files in current display:
i = pref.importFilesPolicy
if i in (pref.inCurrentDisplay, pref.inImportDisplay):
if i == pref.inCurrentDisplay:
display = self.getCurrentDisplay()
else:
display = self._import_display#DisplayNumber(pref.displayNumber)
if display:
display.addFiles(names, openfiles=pref.loadImportedFiles)
else:
#if there is no display yet: create a new one:
display = self.addDisplay(names=names, openfiles=pref.loadImportedFiles)
if pref.inImportDisplay:
self._setImportDisplay(display)
#import all files in one new display:
elif pref.importFilesPolicy == pref.together:
self.addDisplay(names=names, openfiles=pref.loadImportedFiles)
#import files in separate displays:
else:
for p in names:
# import each file separate
# also give a list when there is only one file
self.addDisplay(names=[p], openfiles=pref.loadImportedFiles)