def mouse_click(x, y):
global object
if object == 'Ball':
balls.add(Ball(x, y, random_angle()))
elif object == "Floater":
balls.add(Floater(x, y, random_angle()))
elif object == "Black_Hole":
simu.add(Black_Hole(x, y))
elif object == "Pulsator":
simu.add(Pulsator(x, y))
elif object == "Remove":
g = balls
h = set()
k = set()
for f in g:
if f.contains((x, y)):
h.add(f)
for s in simu:
if s.contains((x, y)):
k.add(s)
for l in h:
remove(l)
for b in k:
simu.remove(b)
pass
elif object == "Hunter":
simu.add(Hunter(x, y, random_angle()))
def update(self, model):
if len(Black_Hole.update(self, model)) != 0:
for i in range(len(Black_Hole.update(self, model))):
for a in range(10):
choice = randint(1, 2)
dx = randint(-10, 10)
dy = randint(-10, 10)
if choice == 1:
model.simuls.add(Ball(self._x + dx, self._y + dy))
elif choice == 2:
model.simuls.add(Floater(self._x + dx, self._y + dy))
self.eaten = set()
model.remove(self)
def _floater_open(self, parent, *args):
if not self._floater:
self._floater = Floater(parent, parent)
self._floater.size_min_set(
self._floater_min_w, self._floater_min_h)
self._floater_title_init()
self._floater_actions_init()
self._floater_content_init()
self._floater_update()
self._floater.show()
def mouse_click(x, y):
if button == 'Ball':
simulation.add(Ball(x, y))
elif button == 'Floater':
simulation.add(Floater(x, y))
elif button == 'Black_Hole':
simulation.add(Black_Hole(x, y))
elif button == 'Pulsator':
simulation.add(Pulsator(x, y))
elif button == 'Hunter':
simulation.add(Hunter(x, y))
elif button == 'Special':
simulation.add(Special(x, y))
elif button == 'Remove':
for i in simulation.copy():
if i.distance((x, y)) < i.radius:
remove(i)
def mouse_click(x,y):
global selection, simultons
if selection == 'Remove': #Need to finish
for sim in simultons.copy():
if sim.contains( (x,y) ):
remove(sim)
elif selection == 'Ball':
add( Ball(x,y,5,5,0,5) )
elif selection == 'Floater':
add( Floater(x,y,5,5,0,5) )
elif selection == 'Black_Hole':
add( Black_Hole(x,y,20,20) )
elif selection == 'Pulsator':
add( Pulsator(x,y,20,20) )
elif selection == 'Hunter':
add( Hunter(x,y,20,20,0,5) )
elif selection == 'Special':
add( Special(x,y,5,5,0,10) )
def mouse_click(x,y):
try:
if object_name == 'Ball':
balls.add(Ball(x,y))
elif object_name == 'Floater':
balls.add(Floater(x,y))
elif object_name == 'Black_Hole':
balls.add(Black_Hole(x,y))
elif object_name == 'Pulsator':
balls.add(Pulsator(x,y))
elif object_name == 'Hunter':
balls.add(Hunter(x,y))
elif object_name == 'Special':
balls.add(Special(x,y))
elif object_name == 'Remove':
for i in find(lambda a: a.contains((x,y))):
balls.remove(i)
except:
pass
def mouse_click(x, y):
global balls
if select_kind == 'Remove':
for b in balls:
coor = b.get_location()
if coor[0] - 5 < x and x < coor[0] + 5 and coor[
1] - 5 < y and y < coor[1] + 5:
remove(b)
break
elif select_kind == 'Ball':
add(Ball(x, y))
elif select_kind == 'Floater':
add(Floater(x, y))
elif select_kind == 'Black_Hole':
add(Black_Hole(x, y))
elif select_kind == 'Pulsator':
add(Pulsator(x, y))
elif select_kind == 'Hunter':
add(Hunter(x, y))
elif select_kind == 'Special':
add(Special(x, y))
def mouse_click(x,y):
global balls, click, remove_set
if str(click) == "Remove":
try:
for ele in balls:
if ele.contains((x,y)):
remove(ele)
except:
pass
else:
if str(click) == "Ball":
add(Ball(x,y))
elif str(click) == 'Black_Hole':
add(Black_Hole(x,y))
elif str(click) == 'Floater':
add(Floater(x,y))
elif str(click) == 'Hunter':
add(Hunter(x,y))
elif str(click) == 'Pulsator':
add(Pulsator(x,y))
elif str(click) == "Special":
add(Special(x,y))
def update(self, model):
self.time_count += 1
target_simu = model.find(
lambda x: isinstance(x, Prey) == False and self.distance(
x.get_location()) <= Special.safe_distance)
if target_simu != set():
for target in target_simu:
position_target = target.get_location()
position_hunter = self.get_location()
self.set_angle(pi -
atan2(position_target[1] -
position_hunter[1], position_target[0] -
position_hunter[0]))
self.rs = self.get_speed() + random()
self.set_speed(self.rs)
if self.time_count > 30:
model.simulton_module.add(
Floater(self.get_location()[0],
self.get_location()[1]))
model.simulton_module.add(
Ball(self.get_location()[0],
self.get_location()[1]))
self.time_count = 0
self.move()
def open(self):
if not self._pop:
self._pop = Floater(self.button, self.obj)
self.pager = Naviframe(self._pop)
self.pager.style_set("editje.rightwards")
self.states = List(self._pop)
self.states.size_hint_weight_set(evas.EVAS_HINT_EXPAND,
evas.EVAS_HINT_EXPAND)
self.states.size_hint_align_set(-1.0, -1.0)
self.states.show()
self.pager.item_simple_push(self.states)
self._pop.content_set(self.pager)
self._pop.size_min_set(self.pop_min_w, self.pop_min_h)
self._pop.title_set("States selection")
self._pop.action_add("New", self._state_add_new_cb)
self._pop.action_add("Close", self._cancel_clicked)
self._edit_grp.part.callback_add("states.changed",
self._list_populate)
self._edit_grp.part.state.callback_add("state.changed",
self._list_populate)
self._list_populate()
self._pop.show()
def loadFloaters(self, config, allowedSections):
"""Load objects floating in the water.
Args:
config: Parsed level config object.
configparser.ConfigParser object.
allowedSections: List or tuple of names used in configuration
files to specify configuration for a track
section.
"""
riverTracks = []
floatingObjects = []
for trackSection in allowedSections:
if not config[trackSection].getboolean('enabled'):
continue
cfg = config[trackSection]
gaps = []
for amount in cfg.get('gaps').replace(' ', '').split(','):
gaps.append(int(amount))
track = {
'top': cfg.getint('top'),
'bottom': cfg.getint('bottom'),
'direction': cfg.get('direction'),
'speed': cfg.getint('speed'),
'gaps': gaps,
}
riverTracks.append(track)
# Get names of config files for the floaters for the level.
configFilenames = cfg.get('floaters').replace(' ', '').split(',')
# Load specified water objects.
waterObjects = []
for idx, configName in enumerate(configFilenames):
configPath = os.path.join(self.configDir, configName)
if idx == len(gaps):
msg = (f"No gap defined for floater '{configPath}' in "
f"section '{trackSection}'.")
print(msg)
raise ValueError(msg)
stuff = Floater(configPath,
roadDirection=track['direction'],
screenWidth=self.screenWidth,
screenHeight=self.screenHeight,
roadTop=track['top'],
roadBottom=track['bottom'],
gapInFront=gaps[idx],
speed=track['speed'])
# Calculate and set starting position of the floater.
if idx == 0:
carWidth = stuff.carWidth
if stuff.direction == 'to_left':
initPos = stuff.initPos = stuff.gap
else:
initPos = stuff.initPos = self.screenWidth - stuff.gap
stuff.gap = 0
stuff.calcPositions()
else:
if stuff.direction == 'to_left':
stuff.initPos = initPos + carWidth + stuff.gap
else:
stuff.initPos = initPos - stuff.carWidth - stuff.gap
stuff.calcPositions()
initPos = stuff.initPos
carWidth = stuff.carWidth
waterObjects.append(stuff)
floatingObjects += waterObjects
return (riverTracks, floatingObjects)
