def on_key_up_callback(wid_id, sym, mod):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_key_up is None:
return False
return wid.on_key_up(sym, mod)
mm.err("Widget not found for on_key_up, id {0:x}".format(wid_id))
return False
def on_m_over_e_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_over_e is None:
return False
wid.on_m_over_e()
return
mm.err("Widget not found for on_m_over_e, id {0:x}".format(wid_id))
def on_tooltip_callback(wid_id, tooltip):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_tooltip is None:
return False
wid.on_tooltip(tooltip)
return
mm.err("Widget not found for on_tooltip, id {0:x}".format(wid_id))
def on_m_over_b_callback(wid_id, relx, rely, wheelx, wheely):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_over_b is None:
return False
return wid.on_m_over_b(relx, rely, wheelx, wheely)
mm.err("Widget not found for on_m_over_b, id {0:x}".format(wid_id))
return False
def on_m_up_callback(wid_id, x, y, button):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_up is None:
return False
return wid.on_m_up(x, y, button)
mm.err("Widget not found for on_m_up, id {0:x}".format(wid_id))
return False
def on_m_up_callback(wid_id, x, y, button):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_up is None:
return False
return wid.on_m_up(x, y, button)
mm.err("Widget not found for on_m_up, id {0:x}".format(wid_id))
return False
def on_tooltip_callback(wid_id, tooltip):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_tooltip is None:
return False
wid.on_tooltip(tooltip)
return
mm.err("Widget not found for on_tooltip, id {0:x}".format(wid_id))
def on_key_up_callback(wid_id, sym, mod):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_key_up is None:
return False
return wid.on_key_up(sym, mod)
mm.err("Widget not found for on_key_up, id {0:x}".format(wid_id))
return False
def on_m_over_b_callback(wid_id, relx, rely, wheelx, wheely):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_over_b is None:
return False
return wid.on_m_over_b(relx, rely, wheelx, wheely)
mm.err("Widget not found for on_m_over_b, id {0:x}".format(wid_id))
return False
def on_m_focus_b_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_focus_b is None:
return False
wid.on_m_focus_b()
return
mm.err("Widget not found for " + "on_m_focus_b, id {0:x}".format(wid_id))
def on_m_over_e_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_over_e is None:
return False
wid.on_m_over_e()
return
mm.err("Widget not found for on_m_over_e, id {0:x}".format(wid_id))
def on_m_motion_callback(wid_id, x, y, relx, rely, wheelx, wheely):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_motion is None:
return False
return wid.on_m_motion(x, y, relx, rely, wheelx, wheely)
mm.err("Widget not found for" +
"on_m_motion_callback, id {0:x}".format(wid_id))
return False
def on_display_win_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_display_win is None:
return
wid.on_display_win()
return
mm.err("Widget not found for " + "on_display_win, id {0:x}".format(wid_id))
return
def on_tick_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_tick is None:
return
wid.on_tick()
return
mm.err("Widget not found for on_tick, id {0:x}".format(wid_id))
return
def on_m_motion_callback(wid_id, x, y, relx, rely, wheelx, wheely):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_m_motion is None:
return False
return wid.on_m_motion(x, y, relx, rely, wheelx, wheely)
mm.err("Widget not found for" +
"on_m_motion_callback, id {0:x}".format(wid_id))
return False
def on_destroy_b_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_destroy_b is None:
return
wid.on_destroy_b()
return
mm.err("Widget not found for on_destroy_b, id {0:x}".format(wid_id))
return
def on_m_focus_b_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_focus_b is None:
return False
wid.on_m_focus_b()
return
mm.err("Widget not found for " +
"on_m_focus_b, id {0:x}".format(wid_id))
def on_display_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_display is None:
return
wid.on_display()
return
mm.err("Widget not found for on_display, id {0:x}".format(wid_id))
return
def on_destroy_b_callback(wid_id):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_destroy_b is None:
return
wid.on_destroy_b()
return
mm.err("Widget not found for on_destroy_b, id {0:x}".format(wid_id))
return
def on_joy_button(self, button_a, button_b, button_x, button_y,
button_top_left, button_top_right,
button_left_stick_down, button_right_stick_down,
button_start, button_xbox, button_back, button_up,
button_down, button_left, button_right, button_left_fire,
button_right_fire):
if self.callback_on_joy_button is not None:
self.callback_on_joy_button(
self, button_a, button_b, button_x, button_y, button_top_left,
button_top_right, button_left_stick_down,
button_right_stick_down, button_start, button_xbox,
button_back, button_up, button_down, button_left, button_right,
button_left_fire, button_right_fire)
mm.err("wid_set_on_joy_button not handled")
def on_joy_button_callback(wid_id, button_a, button_b, button_x, button_y,
button_top_left, button_top_right,
button_left_stick_down, button_right_stick_down,
button_start, button_xbox, button_back, button_up,
button_down, button_left, button_right,
button_left_fire, button_right_fire):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_joy_button is None:
return False
wid.on_joy_button(button_a, button_b, button_x, button_y,
button_top_left, button_top_right,
button_left_stick_down, button_right_stick_down,
button_start, button_xbox, button_back, button_up,
button_down, button_left, button_right,
button_left_fire, button_right_fire)
return
mm.err("Widget not found for on_joy_button, id {0:x}".format(wid_id))
return False
def on_joy_button_callback(wid_id,
button_a,
button_b,
button_x,
button_y,
button_top_left,
button_top_right,
button_left_stick_down,
button_right_stick_down,
button_start,
button_xbox,
button_back,
button_up,
button_down,
button_left,
button_right,
button_left_fire,
button_right_fire):
wid = all_wids[wid_id]
if wid is not None:
if wid.on_joy_button is None:
return False
wid.on_joy_button(button_a,
button_b,
button_x,
button_y,
button_top_left,
button_top_right,
button_left_stick_down,
button_right_stick_down,
button_start,
button_xbox,
button_back,
button_up,
button_down,
button_left,
button_right,
button_left_fire,
button_right_fire)
return
mm.err("Widget not found for on_joy_button, id {0:x}".format(wid_id))
return False
def on_joy_button(self,
button_a,
button_b,
button_x,
button_y,
button_top_left,
button_top_right,
button_left_stick_down,
button_right_stick_down,
button_start,
button_xbox,
button_back,
button_up,
button_down,
button_left,
button_right,
button_left_fire,
button_right_fire):
if self.callback_on_joy_button is not None:
self.callback_on_joy_button(self,
button_a,
button_b,
button_x,
button_y,
button_top_left,
button_top_right,
button_left_stick_down,
button_right_stick_down,
button_start,
button_xbox,
button_back,
button_up,
button_down,
button_left,
button_right,
button_left_fire,
button_right_fire)
mm.err("wid_set_on_joy_button not handled")
def on_tick(self):
if self.callback_on_tick is not None:
self.callback_on_tick(self)
return
mm.err("wid_set_on_tick not handled")
def on_destroy_b(self):
if self.callback_on_destroy_b is not None:
self.callback_on_destroy_b(self)
return
mm.err("wid_set_on_destroy_b not handled")
def on_m_over_e(self):
if self.callback_on_m_over_e is not None:
self.callback_on_m_over_e(self)
return
mm.err("wid_set_on_m_over_e not handled")
def on_m_up(self, x, y, button):
if self.callback_on_m_up is not None:
return self.callback_on_m_up(self, x, y, button)
mm.err("wid_set_on_m_up not handled")
def on_display_win(self):
if self.callback_on_display_win is not None:
self.callback_on_display_win(self)
return
mm.err("wid_set_on_display_win not handled")
def on_tooltip(self, tooltip):
if self.callback_on_tooltip is not None:
self.callback_on_tooltip(self, tooltip)
return
mm.err("wid_set_on_tooltip not handled")
def on_destroy_b(self):
if self.callback_on_destroy_b is not None:
self.callback_on_destroy_b(self)
return
mm.err("wid_set_on_destroy_b not handled")
def on_m_up(self, x, y, button):
if self.callback_on_m_up is not None:
return self.callback_on_m_up(self, x, y, button)
mm.err("wid_set_on_m_up not handled")
def on_m_over_e(self):
if self.callback_on_m_over_e is not None:
self.callback_on_m_over_e(self)
return
mm.err("wid_set_on_m_over_e not handled")
def on_display_win(self):
if self.callback_on_display_win is not None:
self.callback_on_display_win(self)
return
mm.err("wid_set_on_display_win not handled")
def on_key_up(self, sym, mod):
if self.callback_on_key_up is not None:
return self.callback_on_key_up(self, sym, mod)
mm.err("wid_set_on_key_up not handled")
def on_tooltip(self, tooltip):
if self.callback_on_tooltip is not None:
self.callback_on_tooltip(self, tooltip)
return
mm.err("wid_set_on_tooltip not handled")
def on_key_up(self, sym, mod):
if self.callback_on_key_up is not None:
return self.callback_on_key_up(self, sym, mod)
mm.err("wid_set_on_key_up not handled")
def on_tick(self):
if self.callback_on_tick is not None:
self.callback_on_tick(self)
return
mm.err("wid_set_on_tick not handled")
def err(self, msg):
mm.con("".join(traceback.format_stack()))
mm.err("Level {}: ERROR: {}".format(self, msg))
def __init__(self, name,
x1, y1, x2, y2,
row_text,
row_font,
row_color,
row_center,
row_rhs,
row_width,
line_width,
row_on_tooltip,
row_tooltip,
row_on_key_down,
row_on_key_sym,
row_on_key_mod,
row_on_key_up,
row_on_joy_button,
row_on_m_down,
row_on_m_up,
row_on_m_motion,
row_on_m_focus_b,
row_on_m_focus_e,
row_on_m_over_b,
row_on_m_over_e,
row_on_destroy,
row_on_destroy_b,
row_on_tick,
row_on_button_list,
row_on_display,
row_on_display_win,
parent=0,
tiles=None,
debug=False,
**kw):
self.parent = parent
self.name = name
if tiles is not None:
super().__init__(name, parent=parent, tiles=tiles, **kw)
self.set_color(tl=True, bg=True, br=True, name="white")
else:
super().__init__(name, parent=parent, **kw)
self.set_pos_pct(x1, y1, x2, y2)
self.to_front()
self.children = []
self.width, self.height = self.get_size_pct()
self.usable_w = self.width
self.usable_h = self.height
self.text_wids = []
y = 0
h = 0
for row in range(0, len(row_text)):
text = row_text[row]
font = row_font[row]
color = row_color[row]
width = row_width[row]
center = row_center[row]
rhs = row_rhs[row]
#
# This magic is to allow splitting of the string
# into words but maintain a space char for display
#
text = text.replace(" ", "\\ ")
lines = text.split("\n")
begin_y = y
l = 0
button_count = 0
col = 0
for line in lines:
lexer = shlex.shlex(line)
lexer.wordchars += '.$%='
words = list(lexer)
x = 0
if center is True:
w = width
x = (self.usable_w - w) / 2.0
x *= 1.0 / self.usable_w
if rhs is True:
x = self.usable_w - width
x = x / self.usable_w
max_h = 0
for word in words:
w, h, c = mm.text_size_pct(font=font, text=word)
if c != "none":
color = c
w = w / self.usable_w
h = h / self.usable_h
if x + w > 1.0:
x = 0
y = y + max_h
max_h = 0
if h > max_h:
max_h = h
if word[:1] == "\'":
#
# Grab the next button event
#
button_event_list = row_on_button_list[row]
button_tiles = "button_plain"
tooltip = None
set_on_m_down = None
set_on_m_over_b = None
set_on_m_over_e = None
context = None
if button_event_list is not None:
if button_count < len(button_event_list):
#
# Settings per button
#
d = button_event_list[button_count]
if d is not None:
try:
button_tiles = d["tiles"]
except KeyError:
pass
try:
tooltip = d["tooltip"]
except KeyError:
pass
try:
event = d["on_m_down"]
set_on_m_down = event
except KeyError:
pass
try:
event = d["on_m_over_b"]
set_on_m_over_b = event
except KeyError:
pass
try:
event = d["on_m_over_e"]
set_on_m_over_e = event
except KeyError:
pass
try:
val = d["context"]
context = val
except KeyError:
pass
else:
mm.err("missing callback "
"for button {0} text {1}".format(
button_count, line))
button_count += 1
#
# Now make the button
#
new_word = word[1:-1]
word = new_word
child = wid.Wid(name="wid text child",
tiles=button_tiles,
parent=self.wid_id)
child.set_color(tl=True, bg=True, br=True, name="grey")
if set_on_m_down is not None:
child.set_on_m_down(set_on_m_down)
if tooltip is not None:
child.set_tooltip(text=tooltip)
child.context = context
child.row_on_m_over_b = set_on_m_over_b
child.row_on_m_over_e = set_on_m_over_e
child.set_on_m_over_b(
wid_text_button_on_m_over_b_callback)
child.set_on_m_over_e(
wid_text_button_on_m_over_e_callback)
else:
child = wid.Wid(name="wid text child",
parent=self.wid_id)
child.set_pos_pct(x, y, x + w, y + h)
if color is not None:
child.set_text(text=word, centerx=True, font=font,
color=color)
else:
child.set_text(text=word, centerx=True, font=font)
self.children.append(child)
x = x + w
child.row = row
child.button = button_count
child.col = col
col += 1
y = y + max_h
max_h = 0
l += 1
w = wid.Wid(name="wid text multi line box", parent=self.wid_id)
w.row = row
w.set_pos_pct(0, begin_y, 1, y)
w.to_back()
w.set_do_not_raise()
w.row_text = row_text[row]
w.row_font = row_font[row]
w.row_color = row_color[row]
w.row_center = row_center[row]
w.row_rhs = row_rhs[row]
w.row_width = row_width[row]
w.line_width = line_width[row]
w.row_on_tooltip = row_on_tooltip
w.row_tooltip = row_tooltip
w.row_on_key_down = row_on_key_down[row]
w.row_on_key_sym = row_on_key_sym[row]
w.row_on_key_mod = row_on_key_mod[row]
w.row_on_key_up = row_on_key_up[row]
w.row_on_joy_button = row_on_joy_button[row]
w.row_on_m_down = row_on_m_down[row]
w.row_on_m_up = row_on_m_up[row]
w.row_on_m_motion = row_on_m_motion[row]
w.row_on_m_focus_b = row_on_m_focus_b[row]
w.row_on_m_focus_e = row_on_m_focus_e[row]
w.row_on_m_over_b = row_on_m_over_b[row]
w.row_on_m_over_e = row_on_m_over_e[row]
w.row_on_destroy = row_on_destroy[row]
w.row_on_destroy_b = row_on_destroy_b[row]
w.row_on_tick = row_on_tick[row]
w.row_on_button_list = row_on_button_list[row]
w.row_on_display = row_on_display[row]
w.row_on_display_win = row_on_display_win[row]
w.set_on_tooltip(row_on_tooltip[row])
if row_tooltip[row] is not None:
w.set_tooltip(text=row_tooltip[row])
w.set_on_joy_button(row_on_joy_button[row])
w.set_on_m_motion(row_on_m_motion[row])
if row_on_key_down[row] is not None or \
row_on_m_down[row] is not None or \
row_on_m_over_b[row] is not None:
wid_text_colorize_row(w)
w.set_on_key_up(wid_text_on_key_up_callback)
w.set_on_key_down(wid_text_on_key_down_callback)
w.set_on_m_up(wid_text_on_m_up_callback)
w.set_on_m_down(wid_text_on_m_down_callback)
w.set_on_m_over_b(
wid_text_on_m_over_b_callback)
w.set_on_m_over_e(wid_text_on_m_over_e_callback)
else:
w.set_on_key_up(row_on_key_up[row])
w.set_on_key_down(row_on_key_down[row])
w.set_on_m_up(row_on_m_up[row])
w.set_on_m_down(row_on_m_down[row])
w.set_on_m_over_b(row_on_m_over_b[row])
w.set_on_m_over_e(row_on_m_over_e[row])
w.set_on_destroy(row_on_destroy[row])
w.set_on_destroy_b(wid_text_on_destroy)
w.set_on_tick(row_on_tick[row])
w.set_on_display(row_on_display[row])
w.set_on_display_win(row_on_display_win[row])
self.text_wids.append(w)
self.update()
def __init__(self,
name,
x1,
y1,
x2,
y2,
row_text,
row_font,
row_color,
row_center,
row_rhs,
row_width,
line_width,
row_on_tooltip,
row_tooltip,
row_on_key_down,
row_on_key_sym,
row_on_key_mod,
row_on_key_up,
row_on_joy_button,
row_on_m_down,
row_on_m_up,
row_on_m_motion,
row_on_m_focus_b,
row_on_m_focus_e,
row_on_m_over_b,
row_on_m_over_e,
row_on_destroy,
row_on_destroy_b,
row_on_tick,
row_on_button_list,
row_on_display,
row_on_display_win,
parent=0,
tiles=None,
debug=False,
**kw):
self.parent = parent
self.name = name
if tiles is not None:
super().__init__(name, parent=parent, tiles=tiles, **kw)
self.set_color(tl=True, bg=True, br=True, name="white")
else:
super().__init__(name, parent=parent, **kw)
self.set_pos_pct(x1, y1, x2, y2)
self.to_front()
self.children = []
self.width, self.height = self.get_size_pct()
self.usable_w = self.width
self.usable_h = self.height
self.text_wids = []
y = 0
h = 0
for row in range(0, len(row_text)):
text = row_text[row]
font = row_font[row]
color = row_color[row]
width = row_width[row]
center = row_center[row]
rhs = row_rhs[row]
#
# This magic is to allow splitting of the string
# into words but maintain a space char for display
#
text = text.replace(" ", "\\ ")
lines = text.split("\n")
begin_y = y
l = 0
button_count = 0
col = 0
for line in lines:
lexer = shlex.shlex(line)
lexer.wordchars += '.$%='
words = list(lexer)
x = 0
if center is True:
w = width
x = (self.usable_w - w) / 2.0
x *= 1.0 / self.usable_w
if rhs is True:
x = self.usable_w - width
x = x / self.usable_w
max_h = 0
for word in words:
w, h, c = mm.text_size_pct(font=font, text=word)
if c != "none":
color = c
w = w / self.usable_w
h = h / self.usable_h
if x + w > 1.0:
x = 0
y = y + max_h
max_h = 0
if h > max_h:
max_h = h
if word[:1] == "\'":
#
# Grab the next button event
#
button_event_list = row_on_button_list[row]
button_tiles = "button_plain"
tooltip = None
set_on_m_down = None
set_on_m_over_b = None
set_on_m_over_e = None
context = None
if button_event_list is not None:
if button_count < len(button_event_list):
#
# Settings per button
#
d = button_event_list[button_count]
if d is not None:
try:
button_tiles = d["tiles"]
except KeyError:
pass
try:
tooltip = d["tooltip"]
except KeyError:
pass
try:
event = d["on_m_down"]
set_on_m_down = event
except KeyError:
pass
try:
event = d["on_m_over_b"]
set_on_m_over_b = event
except KeyError:
pass
try:
event = d["on_m_over_e"]
set_on_m_over_e = event
except KeyError:
pass
try:
val = d["context"]
context = val
except KeyError:
pass
else:
mm.err("missing callback "
"for button {} text {}".format(
button_count, line))
button_count += 1
#
# Now make the button
#
new_word = word[1:-1]
word = new_word
child = wid.Wid(name="wid text child",
tiles=button_tiles,
parent=self.wid_id)
child.set_color(tl=True, bg=True, br=True, name="grey")
if set_on_m_down is not None:
child.set_on_m_down(set_on_m_down)
if tooltip is not None:
child.set_tooltip(text=tooltip)
child.context = context
child.row_on_m_over_b = set_on_m_over_b
child.row_on_m_over_e = set_on_m_over_e
child.set_on_m_over_b(
wid_text_button_on_m_over_b_callback)
child.set_on_m_over_e(
wid_text_button_on_m_over_e_callback)
else:
child = wid.Wid(name="wid text child",
parent=self.wid_id)
child.set_pos_pct(x, y, x + w, y + h)
if color is not None:
child.set_text(text=word,
centerx=True,
font=font,
color=color)
else:
child.set_text(text=word, centerx=True, font=font)
self.children.append(child)
x = x + w
child.row = row
child.button = button_count
child.col = col
col += 1
y = y + max_h
max_h = 0
l += 1
w = wid.Wid(name="wid text multi line box", parent=self.wid_id)
w.row = row
w.set_pos_pct(0, begin_y, 1, y)
w.to_back()
w.set_do_not_raise()
w.row_text = row_text[row]
w.row_font = row_font[row]
w.row_color = row_color[row]
w.row_center = row_center[row]
w.row_rhs = row_rhs[row]
w.row_width = row_width[row]
w.line_width = line_width[row]
w.row_on_tooltip = row_on_tooltip
w.row_tooltip = row_tooltip
w.row_on_key_down = row_on_key_down[row]
w.row_on_key_sym = row_on_key_sym[row]
w.row_on_key_mod = row_on_key_mod[row]
w.row_on_key_up = row_on_key_up[row]
w.row_on_joy_button = row_on_joy_button[row]
w.row_on_m_down = row_on_m_down[row]
w.row_on_m_up = row_on_m_up[row]
w.row_on_m_motion = row_on_m_motion[row]
w.row_on_m_focus_b = row_on_m_focus_b[row]
w.row_on_m_focus_e = row_on_m_focus_e[row]
w.row_on_m_over_b = row_on_m_over_b[row]
w.row_on_m_over_e = row_on_m_over_e[row]
w.row_on_destroy = row_on_destroy[row]
w.row_on_destroy_b = row_on_destroy_b[row]
w.row_on_tick = row_on_tick[row]
w.row_on_button_list = row_on_button_list[row]
w.row_on_display = row_on_display[row]
w.row_on_display_win = row_on_display_win[row]
w.set_on_tooltip(row_on_tooltip[row])
if row_tooltip[row] is not None:
w.set_tooltip(text=row_tooltip[row])
w.set_on_joy_button(row_on_joy_button[row])
w.set_on_m_motion(row_on_m_motion[row])
if row_on_key_down[row] is not None or \
row_on_m_down[row] is not None or \
row_on_m_over_b[row] is not None:
wid_text_colorize_row(w)
w.set_on_key_up(wid_text_on_key_up_callback)
w.set_on_key_down(wid_text_on_key_down_callback)
w.set_on_m_up(wid_text_on_m_up_callback)
w.set_on_m_down(wid_text_on_m_down_callback)
w.set_on_m_over_b(wid_text_on_m_over_b_callback)
w.set_on_m_over_e(wid_text_on_m_over_e_callback)
else:
w.set_on_key_up(row_on_key_up[row])
w.set_on_key_down(row_on_key_down[row])
w.set_on_m_up(row_on_m_up[row])
w.set_on_m_down(row_on_m_down[row])
w.set_on_m_over_b(row_on_m_over_b[row])
w.set_on_m_over_e(row_on_m_over_e[row])
w.set_on_destroy(row_on_destroy[row])
w.set_on_destroy_b(wid_text_on_destroy)
w.set_on_tick(row_on_tick[row])
w.set_on_display(row_on_display[row])
w.set_on_display_win(row_on_display_win[row])
self.text_wids.append(w)
self.update()
def err(self, msg):
mm.con("".join(traceback.format_stack()))
mm.err("Chunk {0}: ERROR: {1}".format(str(self), msg))
def err(self, msg):
mm.con("".join(traceback.format_stack()))
mm.err("p_wid {0}: ERROR: {1}".format(self.name, msg))
def err(self, msg):
mm.con("".join(traceback.format_stack()))
mm.err("Level {0}: ERROR: {1}".format(self, msg))
def err(self, msg):
mm.con("".join(traceback.format_stack()))
mm.err("p_wid {}: ERROR: {}".format(self.name, msg))
