def find_charge_path(self, d):
charging = True
charge_path = []
pos = Hex(*self.player.pos)
while charging:
next_hex = Hex.hex_neighbour(pos, d)
next_pos = next_hex.to_tuple()
if self.is_on_map(next_pos):
if self.is_obstacle(next_pos):
charging = False
elif self.slows_charge(next_pos):
charging = False
charge_path.append(next_pos)
else:
charge_path.append(next_pos)
else:
charging = False
pos = next_hex
return charge_path
def calculate_hex_move_time(self):
a = Hex(*self.animation.hex_start)
b = Hex(*self.animation.hex_end)
hex_distance = Hex.hex_distance(a, b)
return self.animation.move.duration / hex_distance
def is_in_range(self, point):
a = Hex(*point)
b = Hex(*self.player.pos)
dist = Hex.hex_distance(a, b)
return self.player.min_range <= dist <= self.player.max_range
def draw_overlapping_trees(self, surface):
hex = pixel_to_hex(self.game.hex_layout, self.position.screen_pos())
bl = Hex.hex_neighbour(hex, 4)
br = Hex.hex_neighbour(hex, 5)
for hex in (bl, br):
if self.game.map.get_tile((hex.x, hex.y)) == Tile.WOODS:
self.game.map_image.image.draw_overlap_trees(surface, hex)
def weigh_mark_options(self, actor, in_range):
actor_pos = Hex(*actor.pos)
weighted = {}
for coord in in_range:
value = self.dijkstra_map.get_value(coord)
if value is None:
weighted[coord] = UnitControl.IMPASSABLE_WEIGHT
else:
weighted[coord] = value * UnitControl.PROXIMITY_WEIGHT
weighted[coord] += Hex.hex_distance(actor_pos, Hex(*coord))
return weighted
def _draw_tree(self, hex_coord):
px, py = hex_to_pixel(self.game.hex_layout, Hex(*hex_coord))
[
self.tree_sprite.draw(self.surface, pos=(px + tx, py + ty))
for (tx, ty) in TREE_POSITIONS
]
def get_tiles_in_range(self):
player = Hex(*self.owner.pos)
def in_range(coord):
c = Hex(*coord)
return Hex.hex_distance(player, c) <= self._range
coords = self.owner.game.map.all_except(Tile.WOODS)
return filter(in_range, coords)
def calculate_foe_trample(self, foe):
# get all adj hexes to foe
# filter out obstructed hexes
# if any hex is deadly, choose that
# otherwise choose a random hex
# add chosen hex to obstruction map
# if no valid hex, return DIES constant
adj = [h.to_tuple() for h in Hex.get_hex_neighbours(Hex(*foe.pos))]
valid_adj = [a for a in adj if self.is_valid_run_pos(a)]
if not valid_adj:
return 'trample'
deadly = [a for a in valid_adj if self.is_deadly(a)]
if deadly:
run_pos = choice(deadly)
else:
run_pos = choice(valid_adj)
self._obstruction_map.add(run_pos)
return run_pos
def get_adj(self, actor):
a = Hex(*actor.pos)
return self.move_map.available_moves(
[h.to_tuple() for h in Hex.get_hex_neighbours(a)])
def player_in_range(self):
player = Hex(*self.player.pos)
owner = Hex(*self.owner.pos)
return Hex.hex_distance(player, owner) <= self._range
def adj_to_player(self):
player = Hex(*self.player.pos)
owner = Hex(*self.owner.pos)
return Hex.hex_distance(player, owner) == 1
def in_range(coord):
c = Hex(*coord)
return Hex.hex_distance(player, c) <= self._range
def _get_pixel_pos(self, pos):
px, py = hex_to_pixel(self.game.hex_layout, Hex(*pos))
return px, py
def _draw_tile(self, hex_coord):
tile_image = get_tile_image(self.map.get_tile(hex_coord))
pixel_coord = hex_to_pixel(self.game.hex_layout, Hex(*hex_coord))
tile_image.draw(self.surface, pixel_coord)
def _get_hex_pos(self, pos):
px, py = hex_to_pixel(self.game.hex_layout, Hex(*pos))
py -= GameObject.ACTOR_OFFSET
return px, py
def is_adj(self, pos):
a = Hex(*pos)
b = Hex(*self.player.pos)
return Hex.hex_distance(a, b) == 1
