def OnClose(self, event):
""" Event handler activated when this dialog is closed"""
if event.GetId() == wx.ID_OK:
type_wizard = cdml.iif('Cost' in self.cb_type.GetValue(), 0, 1)
ival = self.ed_ival.GetValue()
coef, val = [], []
item_num = self.lc_vector.GetItemCount()
for i in range(item_num):
coef.append(str(self.lc_vector.GetItem(i, 0).GetText()))
val.append(str(self.lc_vector.GetItem(i, 1).GetText()))
wizard_output = [type_wizard, ival, coef, val]
try:
CostWizardOutput = DB.ConstructCostWizardString(wizard_output)
cdml.SetRefreshInfo(self, '', CostWizardOutput)
except:
CostWizardOutput = None
ans = cdml.dlgErrorMsg(0, True, Parent=self)
if ans == wx.ID_YES: return
cdml.CloseForm(self, True, '', CostWizardOutput)
else:
cdml.CloseForm(self, False)
def OnClose(self, event):
""" Event handler activated when this dialog is closed"""
if event.GetId() == wx.ID_OK:
type_wizard = cdml.iif( 'Cost' in self.cb_type.GetValue(), 0, 1)
ival = self.ed_ival.GetValue()
coef, val = [], []
item_num = self.lc_vector.GetItemCount()
for i in range(item_num):
coef.append(str(self.lc_vector.GetItem(i,0).GetText()))
val.append(str(self.lc_vector.GetItem(i,1).GetText()))
wizard_output = [ type_wizard, ival, coef, val ]
try :
CostWizardOutput = DB.ConstructCostWizardString(wizard_output)
cdml.SetRefreshInfo(self, '', CostWizardOutput)
except:
CostWizardOutput = None
ans = cdml.dlgErrorMsg(0, True, Parent = self)
if ans == wx.ID_YES : return
cdml.CloseForm(self, True, '', CostWizardOutput)
else:
cdml.CloseForm(self, False)
def OnMenuSelected(self, event):
""" Do something when action buttons are clicked.
Action buttons are Save, Run Simulation, View Result and Close"""
menuId = event.GetId()
evtType = event.GetEventType()
if evtType==wx.wxEVT_COMMAND_MENU_SELECTED:
if menuId not in [cdml.ID_MENU_REPORT_ALL]:
# Use the default handler first and if no more processing needed return
if cdml.OnMenuSelected(self, event):
return
try:
# In any case, if a button - Save, Run, View Result - is clicked, data will be save
save_ok = self.CheckData()
if evtType == wx.wxEVT_CLOSE_WINDOW: # Close Window Event
#cdml.CloseForm(self, True, self.Collection, self.idPrj)
cdml.CloseForm(self, True)
return
elif menuId == cdml.ID_MENU_COPY_RECORD:
copy_ok = self.CopyProject()
if not copy_ok: return
cdml.dlgSimpleMsg('INFO', 'The project has been successfully copied - you are now working on the new copy', wx.OK, wx.ICON_INFORMATION, Parent = self)
elif menuId == wx.ID_SAVE :
if not save_ok: return
cdml.dlgSimpleMsg('INFO', 'The project data has been saved successfully', wx.OK, wx.ICON_INFORMATION, Parent = self)
elif menuId == wx.ID_APPLY: # Run Simulation
self.RunSimulation()
elif menuId == wx.ID_VIEW_DETAILS: # View Results / Extract PopulationSets
self.ShowSimResult()
elif menuId == wx.ID_CLEAR:
result_ids = [ result.ID for result in DB.SimulationResults.values()
if result.ProjectID == self.idPrj ]
if result_ids == [] :
cdml.dlgSimpleMsg('ERROR', "There are no simulation results for this project", Parent = self)
else:
ans = cdml.dlgSimpleMsg('WARNING', 'Simulation results will be deleted permanently.\nDo you want to continue with deletion?', wx.YES_NO, wx.ICON_WARNING, Parent = self)
if ans == wx.ID_NO: return
for id in result_ids:
DB.SimulationResults.Delete(id, ProjectBypassID = self.idPrj)
cdml.dlgSimpleMsg('INFO', 'All simulation results were deleted', wx.OK, wx.ICON_INFORMATION, Parent = self)
except:
(ExceptType, ExceptValue, ExceptTraceback) = sys.exc_info()
need_ans = cdml.iif(evtType == wx.wxEVT_CLOSE_WINDOW, True, False)
if cdml.dlgErrorMsg(yesno=need_ans, Parent = self) == wx.ID_NO:
cdml.CloseForm(self, False)
def ShowData(self, Columns, Data, Objectives):
""" Display DataColums/Data in the List Controls and Grid control if necessary"""
self.lc_column.SetItems(
Columns, do_sort=False) # Clear and add new Column names
self.lc_objectives.SetItems(
Objectives, do_sort=False) # Clear and add new Column names
self.ShowTabData() # Create or delete 'Data' tab
if Data == []:
if self.HasDistribution:
# if this is distribution based, make sure the grid is clear
# do nothing
return
# Display Data on the grid control
no_col = len(Columns)
no_row = len(Data)
no_grid_col = self.grid_1.GetNumberCols()
no_grid_row = self.grid_1.GetNumberRows()
# Adjust grid size according to the size of Data
if no_col > no_grid_col:
self.grid_1.AppendCols(no_col - no_grid_col)
elif no_col < no_grid_col:
self.grid_1.DeleteCols(no_col, no_grid_col - no_col)
if no_row > no_grid_row:
self.grid_1.AppendRows(no_row - no_grid_row)
elif no_row < no_grid_row:
self.grid_1.DeleteRows(no_row, no_grid_row - no_row)
self.grid_1.ClearGrid() # Delete existing data in grid control
# Set the column header of grid control
for i, column in enumerate(Columns):
self.grid_1.SetColLabelValue(i, column[0])
# Write Data in each cell
for i, row in enumerate(Data):
for j, col in enumerate(row):
value = cdml.iif(row[j] == None, '', DB.SmartStr(row[j]))
self.grid_1.SetCellValue(i, j, value)
self.__do_layout()
def ShowData(self, Columns, Data, Objectives):
""" Display DataColums/Data in the List Controls and Grid control if necessary"""
self.lc_column.SetItems(Columns, do_sort=False) # Clear and add new Column names
self.lc_objectives.SetItems(Objectives, do_sort=False) # Clear and add new Column names
self.ShowTabData() # Create or delete 'Data' tab
if Data == []:
if self.HasDistribution:
# if this is distribution based, make sure the grid is clear
# do nothing
return
# Display Data on the grid control
no_col = len(Columns)
no_row = len(Data)
no_grid_col = self.grid_1.GetNumberCols()
no_grid_row = self.grid_1.GetNumberRows()
# Adjust grid size according to the size of Data
if no_col > no_grid_col:
self.grid_1.AppendCols(no_col - no_grid_col)
elif no_col < no_grid_col :
self.grid_1.DeleteCols(no_col, no_grid_col - no_col)
if no_row > no_grid_row:
self.grid_1.AppendRows(no_row - no_grid_row)
elif no_row < no_grid_row :
self.grid_1.DeleteRows(no_row, no_grid_row - no_row)
self.grid_1.ClearGrid() # Delete existing data in grid control
# Set the column header of grid control
for i, column in enumerate(Columns):
self.grid_1.SetColLabelValue(i, column[0])
# Write Data in each cell
for i, row in enumerate(Data):
for j, col in enumerate(row):
value = cdml.iif(row[j] == None, '', DB.SmartStr(row[j]))
self.grid_1.SetCellValue(i,j, value)
self.__do_layout()
def OnPopupMenu(self, event):
""" Event handler to open Popup menu """
if not hasattr(self, 'pup_menus'): return
menu = cdml.setupMenu(self, self.pup_menus, False) # crate popup menu and assign event handler
page = self.nb.GetCurrentPage()
menu_enable = cdml.iif( page.Id == 0, False, True )
item_add = menu.FindItemById(cdml.IDF_BUTTON1)
item_del = menu.FindItemById(cdml.IDF_BUTTON2)
item_add.Enable(menu_enable)
item_del.Enable(menu_enable)
self.PopupMenu(menu) # open popup menu
menu.Destroy() # remove from memory to show just once when right button is clicked
def OnPopupMenu(self, event):
""" Event handler to open Popup menu """
if not hasattr(self, 'pup_menus'): return
menu = cdml.setupMenu(self, self.pup_menus, False) # crate popup menu and assign event handler
page = self.nb.GetCurrentPage()
menu_enable = cdml.iif( page.Id == 0, False, True )
item_add = menu.FindItemById(cdml.IDF_BUTTON1)
item_del = menu.FindItemById(cdml.IDF_BUTTON2)
item_add.Enable(menu_enable)
item_del.Enable(menu_enable)
self.PopupMenu(menu) # open popup menu
menu.Destroy() # remove from memory to show just once when right button is clicked
def __set_properties(self):
""" Set properties of frame and controls """
self.SetTitle("TRANSITIONS")
self.SetSize((960, 600))
self.SetCollection('Transitions') # or self.Collection = 'Transitions'
self.HelpContext = 'Transitions'
self.st_title.SetFont(
wx.Font(12, wx.DEFAULT, wx.NORMAL, wx.BOLD, 0, ""))
self.cc_study_model.SetColumns((('Name', 150), ('Notes', 332)))
self.cc_study_model.SetEvent(
(None, cdml.ID_EVT_OWN, self.InitTransitions))
self.cc_study_model.typeData = cdml.ID_TYPE_COMBO
self.pn_title.isRow = False
self.pn_view.SetScrollRate(10, 10)
StandardSize = (150, -1)
# set sort id and event id for field titles
for i in range(1, 5):
btn = getattr(self, 'button_' + str(i))
btn.SetMinSize(StandardSize)
btn.sortId = i - 1
btn.evtID = cdml.ID_EVT_SORT
# Build and assign study/model list for the combo control in title section
study_models = [(sm.Name, sm.Notes, sm.ID)
for sm in DB.StudyModels.values()]
self.cc_study_model.SetItems(study_models, allowBlank=False)
# Set default study or model according to the opening mode
init_id = cdml.iif(self.openData == None,
DB.StudyModels.keys()[0], self.openData)
self.cc_study_model.SetValue(init_id)
# If specific Study/Model ID was given, disable the Combo control
self.cc_study_model.Enable(self.openData == None)
def __set_properties(self):
""" Set properties of frame and controls """
self.SetTitle("TRANSITIONS")
self.SetSize((960, 600))
self.SetCollection('Transitions') # or self.Collection = 'Transitions'
self.HelpContext = 'Transitions'
self.st_title.SetFont(wx.Font(12, wx.DEFAULT, wx.NORMAL, wx.BOLD, 0, ""))
self.cc_study_model.SetColumns( (('Name', 150), ('Notes', 332)) )
self.cc_study_model.SetEvent((None, cdml.ID_EVT_OWN, self.InitTransitions))
self.cc_study_model.typeData = cdml.ID_TYPE_COMBO
self.pn_title.isRow = False
self.pn_view.SetScrollRate(10, 10)
StandardSize = (150, -1)
# set sort id and event id for field titles
for i in range(1,5):
btn = getattr(self, 'button_' + str(i))
btn.SetMinSize(StandardSize)
btn.sortId = i-1
btn.evtID = cdml.ID_EVT_SORT
# Build and assign study/model list for the combo control in title section
study_models = [(sm.Name, sm.Notes, sm.ID) for sm in DB.StudyModels.values() ]
self.cc_study_model.SetItems(study_models, allowBlank = False)
# Set default study or model according to the opening mode
init_id = cdml.iif( self.openData == None, DB.StudyModels.keys()[0], self.openData)
self.cc_study_model.SetValue(init_id)
# If specific Study/Model ID was given, disable the Combo control
self.cc_study_model.Enable(self.openData==None)
def ShowSimResult(self, event=None):
"""
Display simulation results in the grid control
"""
id = self.cc_id_sim.GetValue() # Retrieve simulation ID from combo box
if id == "":
return
id = int(id)
# Find simulation results object related to current project
cur_result = None
for result in DB.SimulationResults.values():
if result.ID == id and result.ProjectID == self.idPrj:
cur_result = result
break
no_col = len(cur_result.DataColumns)
no_row = len(cur_result.Data)
no_grid_col = self.grid.GetNumberCols()
no_grid_row = self.grid.GetNumberRows()
# If there are too many records, allow the user to decide how many
# to load to the system to reduce the load. It is impractical to show
# very large simulation results.
if no_col * no_row > 50000:
dlg = wx.NumberEntryDialog(
self,
"Define number or records to show",
"The result grid is very large ("
+ str(no_row)
+ " rows x "
+ str(no_col)
+ " columns) \nand it is probably not practical to show it on the screen. \nPlease decide how many rows you wish to view. \nNote that you can later export the results to view them in full in another application. \nPressing Cancel will show all rows and in some cases may overwhelm the system.",
"Rows to show",
1000,
0,
100000,
)
dlg.CenterOnScreen()
if dlg.ShowModal() == wx.ID_OK:
no_row = min(dlg.GetValue(), no_row)
# adjust the number of rows and columns of the grid congtrol
if no_col > no_grid_col:
self.grid.AppendCols(no_col - no_grid_col)
elif no_col < no_grid_col:
self.grid.DeleteCols(no_col, no_grid_col - no_col)
if no_row > no_grid_row:
self.grid.AppendRows(no_row - no_grid_row)
elif no_row < no_grid_row:
self.grid.DeleteRows(no_row, no_grid_row - no_row)
self.grid.ClearGrid() # Clear current values in grid control
dlg = wx.GenericProgressDialog(
"Load Data",
"Loading Data. Please wait......",
maximum=no_col + no_row,
parent=self,
style=wx.PD_APP_MODAL | wx.PD_ELAPSED_TIME | wx.PD_REMAINING_TIME,
)
dlg.CenterOnScreen()
for i, column in enumerate(cur_result.DataColumns): # write column header on grid control
self.grid.SetColLabelValue(i, column)
dlg.Update(i) # update length of gauge in progress dialog
for i, row in enumerate(cur_result.Data[0:no_row]): # write data in each cell in the range
for j, col in enumerate(row):
value = cdml.iif(row[j] == None, "", str(row[j]))
self.grid.SetCellValue(i, j, value)
dlg.Update(i + no_col)
dlg.Destroy()
def ShowSimResult(self, event=None):
"""
Display simulation results in the grid control
"""
id = self.cc_id_sim.GetValue() # Retrieve simulation ID from combo box
if id == '': return
id = int(id)
# Find simulation results object related to current project
cur_result = None
for result in DB.SimulationResults.values():
if result.ID == id and result.ProjectID == self.idPrj:
cur_result = result
break
no_col = len(cur_result.DataColumns)
no_row = len(cur_result.Data)
no_grid_col = self.grid.GetNumberCols()
no_grid_row = self.grid.GetNumberRows()
# If there are too many records, allow the user to decide how many
# to load to the system to reduce the load. It is impractical to show
# very large simulation results.
if no_col * no_row > 50000:
dlg = wx.NumberEntryDialog(
self, 'Define number or records to show',
'The result grid is very large (' + str(no_row) + ' rows x ' +
str(no_col) +
' columns) \nand it is probably not practical to show it on the screen. \nPlease decide how many rows you wish to view. \nNote that you can later export the results to view them in full in another application. \nPressing Cancel will show all rows and in some cases may overwhelm the system.',
'Rows to show', 1000, 0, 100000)
dlg.CenterOnScreen()
if dlg.ShowModal() == wx.ID_OK:
no_row = min(dlg.GetValue(), no_row)
# adjust the number of rows and columns of the grid congtrol
if no_col > no_grid_col:
self.grid.AppendCols(no_col - no_grid_col)
elif no_col < no_grid_col:
self.grid.DeleteCols(no_col, no_grid_col - no_col)
if no_row > no_grid_row:
self.grid.AppendRows(no_row - no_grid_row)
elif no_row < no_grid_row:
self.grid.DeleteRows(no_row, no_grid_row - no_row)
self.grid.ClearGrid() # Clear current values in grid control
dlg = wx.GenericProgressDialog(
"Load Data",
"Loading Data. Please wait......",
maximum=no_col + no_row,
parent=self,
style=wx.PD_APP_MODAL | wx.PD_ELAPSED_TIME | wx.PD_REMAINING_TIME)
dlg.CenterOnScreen()
for i, column in enumerate(
cur_result.DataColumns): # write column header on grid control
self.grid.SetColLabelValue(i, column)
dlg.Update(i) # update length of gauge in progress dialog
for i, row in enumerate(cur_result.Data[0:no_row]
): # write data in each cell in the range
for j, col in enumerate(row):
value = cdml.iif(row[j] == None, '', str(row[j]))
self.grid.SetCellValue(i, j, value)
dlg.Update(i + no_col)
dlg.Destroy()
