def load_dungeon(self):
try:
difficulty = self.end_node.difficulty
except AttributeError:
difficulty = 0
self.nodes = Nodes(self.chains_json, self.nodes_json)
self.nodes.create_dungeon(difficulty)
if self.config_manager.get_main_class().debug:
if 1:
i=1
print "Creating dungeon", i
size = (0,0)
while size != (7,7):
print("Retrying")
self.nodes.create_dungeon(difficulty)
map = self.nodes.map.map
size = len(map[0]), len(map)
print size
self.nodes.save_nodes("graph_%s"%i)
self.map = self.nodes.map.map
self.start_node = self.nodes.entrance
self.end_node = self.nodes.exit
class DungeonMap(object):
def __init__(self, config_manager):
self.config_manager = config_manager
self.chains_json = self.config_manager["dungeon_chains"]
self.nodes_json = self.config_manager["dungeon_nodes"]
def load_dungeon(self):
try:
difficulty = self.end_node.difficulty
except AttributeError:
difficulty = 0
self.nodes = Nodes(self.chains_json, self.nodes_json)
self.nodes.create_dungeon(difficulty)
if self.config_manager.get_main_class().debug:
if 1:
i=1
print "Creating dungeon", i
size = (0,0)
while size != (7,7):
print("Retrying")
self.nodes.create_dungeon(difficulty)
map = self.nodes.map.map
size = len(map[0]), len(map)
print size
self.nodes.save_nodes("graph_%s"%i)
self.map = self.nodes.map.map
self.start_node = self.nodes.entrance
self.end_node = self.nodes.exit
def get_coords(self, node):
return self.nodes.map.find_obj(node)
def get_room(self, coords):
if -1 in coords: return None
d_size = self.nodes.map.map_size
if coords[0] == d_size[0]+1 or \
coords[1] == d_size[1]+1:
return None
return self.map[coords[0]][coords[1]]
def replace_node(self, old_node, new_node, carry_entities = []):
coords = self.get_coords(old_node)
if isinstance(new_node, basestring):
node_class = generation.nodes.nodetypes[new_node]
new_node = node_class(old_node.seed)
else:
new_node.seed = old_node.seed
new_node.difficulty = old_node.difficulty
self.map[coords[0]][coords[1]] = new_node
for conn in old_node.connections[:]:
conn.disconnect(old_node)
conn.connect(new_node)
for entity in carry_entities:
if not entity.spawned:
new_node.entity_list.append(entity)
if "door" in entity.mro_groups:
entity.current_room = new_node
for conn in new_node.connections:
for entity in conn.entity_list:
if "door" in entity.mro_groups:
if entity.room is old_node:
entity.room = new_node
return new_node