def _show_wizard(self): from libqtopensesame.dialogs.loop_wizard import loop_wizard d = loop_wizard(self.main_window) dm = d.exec_() if dm is None: return self.dm = dm self.update()
def _show_wizard(self): from libqtopensesame.dialogs.loop_wizard import loop_wizard d = loop_wizard(self.main_window) dm = d.exec_() if dm is None: return self.dm = dm self.update()
def _show_wizard(self):
"""
desc:
Shows the full-factorial-design wizard.
"""
from libqtopensesame.dialogs.loop_wizard import loop_wizard
d = loop_wizard(self.main_window)
dm = d.exec_()
if dm is None:
return
self.dm = dm
self.update()
def _show_wizard(self):
"""
desc:
Shows the full-factorial-design wizard.
"""
from libqtopensesame.dialogs.loop_wizard import loop_wizard
d = loop_wizard(self.main_window)
dm = d.exec_()
if dm is None:
return
self.dm = dm
self.update()
def wizard(self):
"""Presents the variable wizard dialog."""
from libqtopensesame.dialogs.loop_wizard import loop_wizard
d = loop_wizard(self.experiment.main_window)
if d.exec_() == QtGui.QDialog.Accepted:
#cfg.loop_wizard = a.ui.table_wizard.get_contents()
debug.msg(u"filling loop table")
# First read the table into a dictionary of variables
var_dict = {}
for col in range(d.column_count()):
var = None
for row in range(d.row_count()):
item = d.get_item(row, col)
if item == None:
break
s = unicode(item.text())
if s == u'':
break
if row == 0:
var = self.experiment.sanitize(s, True)
var_dict[var] = []
elif var != None:
var_dict[var].append(s)
# If the variable wizard was not parsed correctly, provide a
# notification and do nothin
if len(var_dict) == 0:
self.experiment.notify(
_(u'You provided an empty or invalid variable definition. For an example of a valid variable definition, open the variable wizard and select "Show example".'))
return
# Then fill the loop table
self.i = 0
self.matrix = {}
self.wizard_process(var_dict)
self.set_cycle_count(len(self.matrix))
self.lock = True
self.loop_widget.ui.spin_cycles.setValue(self.cycle_count())
self.lock = False
self.refresh_loop_table()
self.refresh_summary()
self.apply_edit_changes()
def wizard(self):
"""Presents the variable wizard dialog."""
from libqtopensesame.dialogs.loop_wizard import loop_wizard
d = loop_wizard(self.experiment.main_window)
if d.exec_() == QtGui.QDialog.Accepted:
#cfg.loop_wizard = a.ui.table_wizard.get_contents()
debug.msg(u"filling loop table")
# First read the table into a dictionary of variables
var_dict = {}
for col in range(d.column_count()):
var = None
for row in range(d.row_count()):
item = d.get_item(row, col)
if item is None:
break
s = str(item.text())
if s == u'':
break
if row == 0:
var = self.experiment.syntax.sanitize(s, True)
var_dict[var] = []
elif var is not None:
var_dict[var].append(s)
# If the variable wizard was not parsed correctly, provide a
# notification and do nothin
if len(var_dict) == 0:
self.experiment.notify(
_(u'You provided an empty or invalid variable definition. For an example of a valid variable definition, open the variable wizard and select "Show example".'
))
return
# Then fill the loop table
self.i = 0
self.matrix = {}
self.wizard_process(var_dict)
self.set_cycle_count(len(self.matrix))
self.lock = True
self.loop_widget.ui.spin_cycles.setValue(self.cycle_count())
self.lock = False
self.refresh_loop_table()
self.refresh_summary()
self.apply_edit_changes()