def __init__(self, parent=None):
SpatialLag_xrc.xrcSpLagVariable.__init__(self, parent)
self.model = M_spLagVariable()
self.model.addListener(self.populate)
d = {}
d['var'] = self.__var
d['vars'] = self.__var
d['newVarName'] = self.__newVarName
d['caution'] = self.__caution
self.dispatch = d
self.varsChoice.Bind(wx.EVT_CHOICE,
self.__var) # AppendItems(self.model.get('vars'))
self.newVarNameCtrl.Bind(wx.EVT_TEXT,
self.__newVarName) # SetValue(newVarName)
def __init__(self, parent=None):
SpatialLag_xrc.xrcSpLagVariable.__init__(self, parent)
self.model = M_spLagVariable()
self.model.addListener(self.populate)
d = {}
d['var'] = self.__var
d['vars'] = self.__var
d['newVarName'] = self.__newVarName
d['caution'] = self.__caution
self.dispatch = d
self.varsChoice.Bind(
wx.EVT_CHOICE, self.__var) # AppendItems(self.model.get('vars'))
self.newVarNameCtrl.Bind(
wx.EVT_TEXT, self.__newVarName) # SetValue(newVarName)
class C_spLagVariable(SpatialLag_xrc.xrcSpLagVariable):
""" Control for an XRC panel that contains, [textCtrl] = W*[dropDown] """
def __init__(self, parent=None):
SpatialLag_xrc.xrcSpLagVariable.__init__(self, parent)
self.model = M_spLagVariable()
self.model.addListener(self.populate)
d = {}
d['var'] = self.__var
d['vars'] = self.__var
d['newVarName'] = self.__newVarName
d['caution'] = self.__caution
self.dispatch = d
self.varsChoice.Bind(wx.EVT_CHOICE,
self.__var) # AppendItems(self.model.get('vars'))
self.newVarNameCtrl.Bind(wx.EVT_TEXT,
self.__newVarName) # SetValue(newVarName)
# self.warn.Bind(wx.EVT_MOTION,self.info)
# def info(self,evt):
# print evt
# print self.warn
# print dir(self.warn)
def populate(self, model):
data = self.model.get()
for key in self.model.DATA_KEYS_ORDER:
v = data[key]
if key in self.dispatch:
self.dispatch[key](value=v)
else:
print "Warning: %s, has not been implemented" % key
self.able()
def able(self):
if self.model.get('var') == -1:
self.newVarNameCtrl.Disable()
else:
self.newVarNameCtrl.Enable()
def __var(self, evt=None, value=None):
# print "__var...EVT: ",evt,"Value:",value
if evt is not None: # evt fired
old_value = self.model.get('var')
value = self.varsChoice.GetSelection()
self.model.set('var', value)
if not old_value == value:
self.__newVarName(value=value)
elif value is not None: # model changed
if type(value) == int:
old_value = self.varsChoice.GetSelection()
self.varsChoice.SetSelection(value)
if value != -1 and old_value != value:
self.__newVarName(value=value)
# self.model.set('newVarName', self.model.get('vars')
# [self.model.get('var')])
else: # assume list
if self.model.varsChanged:
self.varsChoice.Clear()
if '' in value:
value.remove('')
self.varsChoice.AppendItems(value)
self.model.varsChanged = False
def __newVarName(self, evt=None, value=None):
# print "__newVarName...EVT: ",evt,"Value:",value
if evt is not None:
# pass
if self.newVarNameCtrl.GetValue() != self.model.get('newVarName'):
self.model.set('newVarName', self.newVarNameCtrl.GetValue())
elif value is not None:
if type(value) == int: # change from __var
# print self.model.get('var')
# print self.model.get('vars')
varName = self.model.get('vars')[self.model.get('var')]
newVarName = 'W_' + varName
self.model.set('newVarName', newVarName, passive=False)
else: # assume string
self.warn.Show()
# self.good.Show()
self.newVarNameCtrl.SetValue(value)
def __caution(self, evt=None, value=None):
if value is not None:
if self.model.get('newVarName') in self.model.get('vars'):
self.warn.SetToolTipString(
"This variable already exists, and will be overwritten!")
self.warn.Show()
self.model.set('caution', True, True)
elif len(self.model.get('newVarName')) < 1 and \
self.newVarNameCtrl.IsEnabled():
self.warn.SetToolTipString(
"Please enter a variable name, or leave empty to exclude\
this variable.")
self.warn.Show()
self.model.set('caution', True, True)
elif self.model.newVars.count(self.model.get('newVarName')) > 1:
self.warn.SetToolTipString(
"You are creating another new variable with this name,\
please change one of them!")
self.warn.Show()
self.model.set('caution', True, True)
elif len(self.model.get('newVarName')) > 10:
self.warn.SetToolTipString(
"This variable name is too long. Truncated to 10 chars.")
self.warn.Show()
self.model.set('caution', True, True)
else:
self.warn.Hide()
self.model.set('caution', False, True)
class C_spLagVariable(SpatialLag_xrc.xrcSpLagVariable):
""" Control for an XRC panel that contains, [textCtrl] = W*[dropDown] """
def __init__(self, parent=None):
SpatialLag_xrc.xrcSpLagVariable.__init__(self, parent)
self.model = M_spLagVariable()
self.model.addListener(self.populate)
d = {}
d['var'] = self.__var
d['vars'] = self.__var
d['newVarName'] = self.__newVarName
d['caution'] = self.__caution
self.dispatch = d
self.varsChoice.Bind(
wx.EVT_CHOICE, self.__var) # AppendItems(self.model.get('vars'))
self.newVarNameCtrl.Bind(
wx.EVT_TEXT, self.__newVarName) # SetValue(newVarName)
# self.warn.Bind(wx.EVT_MOTION,self.info)
# def info(self,evt):
# print evt
# print self.warn
# print dir(self.warn)
def populate(self, model):
data = self.model.get()
for key in self.model.DATA_KEYS_ORDER:
v = data[key]
if key in self.dispatch:
self.dispatch[key](value=v)
else:
print "Warning: %s, has not been implemented" % key
self.able()
def able(self):
if self.model.get('var') == -1:
self.newVarNameCtrl.Disable()
else:
self.newVarNameCtrl.Enable()
def __var(self, evt=None, value=None):
# print "__var...EVT: ",evt,"Value:",value
if evt is not None: # evt fired
old_value = self.model.get('var')
value = self.varsChoice.GetSelection()
self.model.set('var', value)
if not old_value == value:
self.__newVarName(value=value)
elif value is not None: # model changed
if type(value) == int:
old_value = self.varsChoice.GetSelection()
self.varsChoice.SetSelection(value)
if value != -1 and old_value != value:
self.__newVarName(value=value)
# self.model.set('newVarName', self.model.get('vars')
# [self.model.get('var')])
else: # assume list
if self.model.varsChanged:
self.varsChoice.Clear()
if '' in value:
value.remove('')
self.varsChoice.AppendItems(value)
self.model.varsChanged = False
def __newVarName(self, evt=None, value=None):
# print "__newVarName...EVT: ",evt,"Value:",value
if evt is not None:
# pass
if self.newVarNameCtrl.GetValue() != self.model.get('newVarName'):
self.model.set('newVarName', self.newVarNameCtrl.GetValue())
elif value is not None:
if type(value) == int: # change from __var
# print self.model.get('var')
# print self.model.get('vars')
varName = self.model.get('vars')[self.model.get('var')]
newVarName = 'W_' + varName
self.model.set('newVarName', newVarName, passive=False)
else: # assume string
self.warn.Show()
# self.good.Show()
self.newVarNameCtrl.SetValue(value)
def __caution(self, evt=None, value=None):
if value is not None:
if self.model.get('newVarName') in self.model.get('vars'):
self.warn.SetToolTipString(
"This variable already exists, and will be overwritten!")
self.warn.Show()
self.model.set('caution', True, True)
elif len(self.model.get('newVarName')) < 1 and \
self.newVarNameCtrl.IsEnabled():
self.warn.SetToolTipString(
"Please enter a variable name, or leave empty to exclude\
this variable.")
self.warn.Show()
self.model.set('caution', True, True)
elif self.model.newVars.count(self.model.get('newVarName')) > 1:
self.warn.SetToolTipString(
"You are creating another new variable with this name,\
please change one of them!")
self.warn.Show()
self.model.set('caution', True, True)
elif len(self.model.get('newVarName')) > 10:
self.warn.SetToolTipString(
"This variable name is too long. Truncated to 10 chars.")
self.warn.Show()
self.model.set('caution', True, True)
else:
self.warn.Hide()
self.model.set('caution', False, True)
