def move(self, me: Wizard, world: World, game: Game, move: Move):
# First, initialize some common things.
attack_faction = self.get_attack_faction(me.faction)
skills = set(me.skills)
# Learn some skill.
move.skill_to_learn = self.skill_to_learn(skills)
# Apply some skill.
move.status_target_id = me.id
# Bonus pick up.
bonus_tick_index = world.tick_index % 2500
if self.pick_up_bonus is None and (me.x > 1600.0 or me.y < 2400.0) and bonus_tick_index >= 2000:
self.pick_up_bonus = min(BONUSES, key=(lambda bonus: me.get_distance_to(*bonus)))
if me.x < 400.0 and me.y > 3600.0:
self.pick_up_bonus = None
if self.pick_up_bonus is not None:
x, y = self.pick_up_bonus
if not MyStrategy.attack_nearest_enemy(me, world, game, move, skills, attack_faction):
move.turn = me.get_angle_to(x, y)
if bonus_tick_index >= 2000 and me.get_distance_to(x, y) < me.radius + 2.0 * game.bonus_radius:
# Bonus hasn't appeared yet. Stay nearby.
return
if 0 < bonus_tick_index < 2000 and (
# Bonus has just been picked up.
me.get_distance_to(x, y) < me.radius or
# No bonus there.
(me.get_distance_to(x, y) < me.vision_range and not world.bonuses)
):
self.pick_up_bonus = None
else:
self.move_by_tiles_to(me, world, game, move, x, y)
return
# Check if I'm healthy.
if self.is_in_danger(me, world, game, me.x, me.y, attack_faction):
# Retreat to the nearest safe tile.
x, y = min((
(x, y)
for x, y in KEY_TILES
if not self.is_in_danger(me, world, game, x, y, attack_faction)
), key=(lambda point: me.get_distance_to(*point)))
self.move_by_tiles_to(me, world, game, move, x, y)
MyStrategy.attack_nearest_enemy(me, world, game, move, skills, attack_faction)
return
# Else try to attack the best target.
if MyStrategy.attack_best_target(me, world, game, move, skills, attack_faction):
return
# Quick and dirty fix to avoid being stuck near the base.
if me.x < 400.0 and me.y > 3600.0:
move.turn = me.get_angle_to(*self.move_by_tiles_to(me, world, game, move, 200.0, 200.0))
return
# Nothing to do. Just go to enemy base.
x, y = self.move_by_tiles_to(me, world, game, move, ATTACK_BASE_X, ATTACK_BASE_Y)
move.turn = me.get_angle_to(x, y)
def apply_go_to_move(point: Point2D, me: Wizard, game: Game, move: Move):
"""
Простейший способ перемещения волшебника.
"""
angle = me.get_angle_to(point.x, point.y)
move.turn = angle
if math.fabs(angle) < game.staff_sector / 4.0:
move.speed = game.wizard_forward_speed
def _goto_forward(self, me: Wizard):
coords_tuple = self._get_next_waypoint(me)
problem_unit = self._find_problem_units(me)
if problem_unit:
angle_to_connected_unit = me.get_angle_to_unit(problem_unit)
self.log('found connected unit %s (%.4f angle)' %
(problem_unit.id, angle_to_connected_unit))
if angle_to_connected_unit >= 0:
self.log('run left')
self.MOVE_STRAFE_SPEED = -1 * self.G.wizard_strafe_speed
else:
self.log('run right')
self.MOVE_STRAFE_SPEED = self.G.wizard_strafe_speed
else:
turn_only = False
if coords_tuple is None:
turn_only = True
coords_tuple = (self.ENEMY_BASE.x, self.ENEMY_BASE.y)
angle = me.get_angle_to(*coords_tuple)
self.MOVE_TURN = angle
if fabs(angle) < self.STAFF_SECTOR / 4.0 and not turn_only:
self.MOVE_SPEED = self.MAX_SPEED
def _goto_backward(self, me: Wizard):
coords_tuple = self._get_prev_waypoint(me)
problem_unit = self._find_problem_units(me, True)
if problem_unit:
angle_to_connected_unit = me.get_angle_to_unit(problem_unit)
self.log('backward angle %.4f' % angle_to_connected_unit)
self.log('found connected unit %s (%.4f angle)' %
(problem_unit.id, angle_to_connected_unit))
if angle_to_connected_unit > 0:
self.log('run right')
self.MOVE_STRAFE_SPEED = -1 * self.G.wizard_strafe_speed
else:
self.log('run left')
self.MOVE_STRAFE_SPEED = self.G.wizard_strafe_speed
else:
angle = me.get_angle_to(*coords_tuple)
angle_reverse = radians(180) - fabs(angle)
if angle > 0:
angle_reverse *= -1
self.log('backward angle %.4f %.4f' % (angle, angle_reverse))
self.log('backward angle staff %.4f' % self.STAFF_SECTOR)
self.MOVE_TURN = angle_reverse
if fabs(angle_reverse) < self.STAFF_SECTOR / 4.0:
self.MOVE_SPEED = -1 * self.MAX_SPEED
