def _special_condition(self):
self.has_data = False
self.tick += 1
if(self.tick == 70):
if(self.choice == 0):
self.effect.set_location(self.location)
else:
self.effect.set_location(self.location)
self.effect.set_location((self.location[0] - 1,self.location[1]))
self.effect.set_location((self.location[0] + 1,self.location[1]))
self.effect.set_location((self.location[0],self.location[1] + 1))
self.effect.set_location((self.location[0],self.location[1] - 1))
return False
elif(self.tick < 50 and self.choice == 0):
a = Hu.weapons[self.choice]
a.x += self.actual_location[0]//48
a.y = (self.actual_location[1]/(self.actual_location[0])**2)*(a.x)**2
a.reset()
a.rotate(-90*np.arctan(2*(self.actual_location[1]/(self.actual_location[0])**2)*a.x)/(np.pi/2))
return False
elif(self.tick > 120):
self.tick = 0
a = Hu.weapons[self.choice]
a.reset()
a.x = 0
a.y = 0
self.effect.reset()
if(Backend.check_win()[0]):
self._next = Hu.states["Winner"]
else:
Hu.info_board.set_text("AI turn")
y,x = Backend.computer_hit_at()
Hu.states["Computer"].set_location_fire([x,y])
self._next = Hu.states["Computer"]
return True
elif(self.tick == 1 and self.choice == 1):
a = Hu.weapons[self.choice]
a.rotate(
-90*np.arctan(self.actual_location[1]/
self.actual_location[0])/np.pi)
elif(self.tick < 50 and self.choice == 1):
a = Hu.weapons[self.choice]
a.x += self.actual_location[0]//48
a.y += self.actual_location[1]//48
def _special_condition(self):
if(not self.paused):
self.tick += 1
a = Hu.weapons[0]
if(Backend.check_win()[1]):
self._next = Hu.states["Loser"]
else:
self._next = Hu.states["Player"]
if(self.tick < 50 and not self.paused):
self.player_board.reset_draw_last_hit()
a.x += self.actual_location[0]//48
a.y = (self.actual_location[1]/(self.actual_location[0])**2)*(a.x)**2
a.reset()
a.rotate(-90*np.arctan(2*(self.actual_location[1]/(self.actual_location[0])**2)*a.x)/(np.pi/2))
return False
elif(self.tick > 90):
a.reset()
a.x = 0
a.y = 0
self.tick = 0
return True
elif(self.tick == 50):
self.player_board.set_draw_last_hit()
