def on_left_down(self, event):
# do main processing
self.parent_on_left_down(event)
# Can't drag modules in basic (but want to be able to select for the help window)
if (not win_data.get_adv_mode()):
self.drag_name = None
self.drag_bmap = None
def on_left_down(self, event):
# do main processing
self.parent_on_left_down(event)
# Can't drag modules in basic (but want to be able to select for the help window)
if (not win_data.get_adv_mode()):
self.drag_name = None
self.drag_bmap = None
def on_left_down(self, event):
# Make sure that we have the focus
#self.SetFocus()
pt = self.CalcUnscrolledPosition(event.GetPosition())
# BED zooming support
if (self.zoom != 1.0):
pt.Set(pt.x/self.zoom, pt.y/self.zoom)
self.drag_loc, self.drag_name = self.hit_test(pt)
if (self.drag_loc >= 0):
self.drag_start_pos = pt
# also set the selection and update the help window
win_data.selection_take('cwork', self.drag_name, self.drag_loc)
# Don't allow movements in basic mode
if (not win_data.get_adv_mode()):
self.drag_loc = -1
self.drag_name = None
self.drag_start_pos = None
def on_left_down(self, event):
# Make sure that we have the focus
#self.SetFocus()
pt = self.CalcUnscrolledPosition(event.GetPosition())
# BED zooming support
if (self.zoom != 1.0):
pt.Set(pt.x / self.zoom, pt.y / self.zoom)
self.drag_loc, self.drag_name = self.hit_test(pt)
if (self.drag_loc >= 0):
self.drag_start_pos = pt
# also set the selection and update the help window
win_data.selection_take('cwork', self.drag_name, self.drag_loc)
# Don't allow movements in basic mode
if (not win_data.get_adv_mode()):
self.drag_loc = -1
self.drag_name = None
self.drag_start_pos = None
def enable_check(enable_list):
for etype, args in enable_list:
#print etype,args
if (etype == 'D'):
found_one = False
for d in args:
if (win_data.config_device_used(d)):
found_one = True
break
if (not found_one):
return False
elif (etype == 'A'):
if (not win_data.get_adv_mode()):
return False
elif (etype == 'P'):
if (not win_data.config_motor_pairs()):
return False
elif (etype == 'V'):
if (not win_data.vars_defined()):
return False
elif (etype == 'U'):
if (not win_data.vars_defined('0-255')):
return False
elif (etype == 'S'):
if (not win_data.vars_defined('+/- 32767')):
return False
elif (etype == 'E'):
#print '*** checking E ****'
(unused_events_set, unused_events) = win_data.get_unused_events()
#print unused_events_set, unused_events
if (unused_events_set and len(unused_events) == 0):
return False
else:
raise SyntaxError, 'Unknown enable type: ' + etype
return True
def enable_check(enable_list):
for etype, args in enable_list:
#print etype,args
if (etype == 'D'):
found_one = False
for d in args:
if (win_data.config_device_used(d)):
found_one = True
break
if (not found_one):
return False
elif (etype == 'A'):
if (not win_data.get_adv_mode()):
return False
elif (etype == 'P'):
if (not win_data.config_motor_pairs()):
return False
elif (etype == 'V'):
if (not win_data.vars_defined()):
return False
elif (etype == 'U'):
if (not win_data.vars_defined('0-255')):
return False
elif (etype == 'S'):
if (not win_data.vars_defined('+/- 32767')):
return False
elif (etype == 'E'):
#print '*** checking E ****'
(unused_events_set, unused_events) = win_data.get_unused_events()
#print unused_events_set, unused_events
if (unused_events_set and len(unused_events) == 0):
return False
else:
raise SyntaxError, 'Unknown enable type: ' + etype
return True
