def is_stoppable(self, tile, pos):
"""
Returns whether or not a unit can stop on a certain tile.
"""
dist = helper.manhattan_dist((self.tile_x, self.tile_y), pos)
# Check if this is too close to stop in
if (dist < self.min_move_distance):
return False
return super().is_stoppable(tile, pos)
def is_stoppable(self, tile, pos):
"""
Returns whether or not a unit can stop on a certain tile.
"""
dist = helper.manhattan_dist((self.tile_x, self.tile_y), pos)
# Check if this is too close to stop in
if (dist < self.min_move_distance and
(not self.is_docked(pos))):
return False
return super().is_stoppable(tile, pos)
def is_docked(self, pos):
"""
Checks if the given position is currently adjacent to a carrier of the
same team.
"""
for u in BaseUnit.active_units:
if (u.team == self.team and isinstance(u, Carrier)
and helper.manhattan_dist((u.tile_x, u.tile_y), pos) <= 1):
# This is an adjacent carrier! Rejoice!
return True
# No carriers
return False
def is_tile_in_range(self, from_tile, from_pos, to_pos):
"""
Checks to see if a tile is in attackable range from its current
position. Takes tile range bonus into account.
"""
# Get range
r = self.max_atk_range
# Add (or subtract) bonus range from occupied tile
r += from_tile.range_bonus
dist = helper.manhattan_dist(from_pos, to_pos)
if dist <= r:
return True
return False
def is_tile_in_range(self, from_tile, from_pos, to_pos): """ Checks to see if a tile is in attackable range from its current position. Takes tile range bonus into account. """ # Get range r = self.max_atk_range # Add (or subtract) bonus range from occupied tile r += from_tile.range_bonus dist = helper.manhattan_dist(from_pos, to_pos) if dist <= r: return True return False
def is_docked(self, pos):
"""
Checks if the given position is currently adjacent to a carrier of the
same team.
"""
for u in BaseUnit.active_units:
if (u.team == self.team and
isinstance(u, Carrier) and
helper.manhattan_dist((u.tile_x, u.tile_y), pos) <= 1):
# This is an adjacent carrier! Rejoice!
return True
# No carriers
return False
def is_tile_in_range(self, from_tile, from_pos, to_pos):
"""
Checks to see if a tile is in attackable range from its current
position. Takes tile range bonus into account.
Overrides superclass method because planes are unaffected
by terrain range bonus.
"""
# Get range
r = self.max_atk_range
dist = helper.manhattan_dist(from_pos, to_pos)
if dist <= r:
return True
return False
def is_tile_in_range(self, from_tile, from_pos, to_pos):
"""
Checks to see if a tile is in attackable range from its current
position. Takes tile range bonus into account.
Overrides superclass method because planes are unaffected
by terrain range bonus.
"""
# Get range
r = self.max_atk_range
dist = helper.manhattan_dist(from_pos, to_pos)
if dist <= r:
return True
return False
def is_tile_in_range(self, from_tile, from_pos, to_pos):
"""
Checks to see if a tile is in attackable range from its current
position. Takes tile range bonus into account.
Overrides superclass method.
"""
# Get range
max_range = self.max_atk_range
min_range = self.min_atk_range
# Add (or subtract) bonus range from occupied tile
max_range += from_tile.range_bonus
dist = helper.manhattan_dist(from_pos, to_pos)
if min_range <= dist and dist <= max_range:
return True
return False