def update_selection(self, message):
"""Updates the GUI to reflect all the selected positions in the latest parameters.
If message is set, this is the handler for an external change in selection.
The message.data dictionary is used instead of latestparams.
"""
# Re-check the previously checked items.
if message is None:
pos_dict = display_thread.get_positions_dict()
else:
pos_dict = message.data
for i in range(self.panel.checkListPositions.GetCount()):
# Get the position from the instruments' list.
pos = model.instrument.inst.positions[i]
# Check it if you find it, and it's true.
val = False
if pos_dict.has_key(id(pos)):
val = pos_dict[id(pos)]
self.panel.checkListPositions.Check(i, val)
def update_selection(self, message):
"""Updates the GUI to reflect all the selected positions in the latest parameters.
If message is set, this is the handler for an external change in selection.
The message.data dictionary is used instead of latestparams.
"""
#Re-check the previously checked items.
if message is None:
pos_dict = display_thread.get_positions_dict()
else:
pos_dict = message.data
for i in range(self.panel.checkListPositions.GetCount()):
#Get the position from the instruments' list.
pos = model.instrument.inst.positions[i]
#Check it if you find it, and it's true.
val = False
if pos_dict.has_key(id(pos)):
val = pos_dict[id(pos)]
self.panel.checkListPositions.Check(i, val)
def update_selection(self, message=None):
"""Updates the GUI to reflect all the selected positions in the latest parameters.
If message is set, this is the handler for an external change in selection.
The message.data dictionary is used instead of latestparams.
"""
#Re-check the previously checked items.
if message is None:
pos_dict = display_thread.get_positions_dict()
else:
pos_dict = message.data
grid = self.panel.gridExp
all_selected = True
for i in range( grid.GetNumberRows() ):
#Get the position from the instruments' list.
if i < len(model.instrument.inst.positions):
pos = model.instrument.inst.positions[i]
#Default to False
this_one_is_selected = pos_dict.get(id(pos), False)
#Show a space for False.
val = [" ", "X"][this_one_is_selected]
#Count if all are selected
all_selected = all_selected and this_one_is_selected
else:
val = "?"
all_selected = False
#Check it if you find it, and it's true.
grid.SetCellValue(i, 0, val )
grid.SetCellAlignment(i, 0, wx.ALIGN_CENTRE, wx.ALIGN_CENTRE )
#If the selection changes, the estimated time will change too
self.update_estimated_time()
#And the "use all" checkbox
self.inside_set_checkUseAll = True
self.panel.checkUseAll.SetValue(all_selected)
self.inside_set_checkUseAll = False
def update_selection(self, message=None):
"""Updates the GUI to reflect all the selected positions in the latest parameters.
If message is set, this is the handler for an external change in selection.
The message.data dictionary is used instead of latestparams.
"""
#Re-check the previously checked items.
if message is None:
pos_dict = display_thread.get_positions_dict()
else:
pos_dict = message.data
grid = self.panel.gridExp
all_selected = True
for i in range(grid.GetNumberRows()):
#Get the position from the instruments' list.
if i < len(model.instrument.inst.positions):
pos = model.instrument.inst.positions[i]
#Default to False
this_one_is_selected = pos_dict.get(id(pos), False)
#Show a space for False.
val = [" ", "X"][this_one_is_selected]
#Count if all are selected
all_selected = all_selected and this_one_is_selected
else:
val = "?"
all_selected = False
#Check it if you find it, and it's true.
grid.SetCellValue(i, 0, val)
grid.SetCellAlignment(i, 0, wx.ALIGN_CENTRE, wx.ALIGN_CENTRE)
#If the selection changes, the estimated time will change too
self.update_estimated_time()
#And the "use all" checkbox
self.inside_set_checkUseAll = True
self.panel.checkUseAll.SetValue(all_selected)
self.inside_set_checkUseAll = False
def delete_several(self, row_list):
"""Deletes several entries in the position list.
Parameter:
row_list: list of row numbers to delete.
"""
#Get the current selection dictionary
poscov_dict = display_thread.get_positions_dict().copy()
#Delete entries, starting from the end
row_list.sort()
row_list.reverse()
for index in row_list:
#Remove from the selection list too
poscov = model.instrument.inst.positions[index]
if poscov_dict.has_key(id(poscov)):
del poscov_dict[id(poscov)]
#And from the data
del model.instrument.inst.positions[index]
#Remove the extra entries from the list
display_thread.select_position_coverage(poscov_dict, update_gui=False)
#Update the display.
self.update_grid()
def delete_several(self, row_list):
"""Deletes several entries in the position list.
Parameter:
row_list: list of row numbers to delete.
"""
#Get the current selection dictionary
poscov_dict = display_thread.get_positions_dict().copy()
#Delete entries, starting from the end
row_list.sort()
row_list.reverse()
for index in row_list:
#Remove from the selection list too
poscov = model.instrument.inst.positions[index]
if poscov_dict.has_key(id(poscov)):
del poscov_dict[id(poscov)]
#And from the data
del model.instrument.inst.positions[index]
#Remove the extra entries from the list
display_thread.select_position_coverage(poscov_dict, update_gui=False)
#Update the display.
self.update_grid()