def __init__(self, rank):
self.rank = rank
e = Entrance()
e.location = Location(1000 + RestStop.counter, dummy=True)
self.locid = e.location.locid
self.clusterid = self.locid
e.x, e.y = 48, 21
e.dest, e.destx, e.desty = 0, 0, 0
e.entid = None
self.entrances = [e]
RestStop.counter += 1
def __init__(self, rank):
self.rank = rank
e = Entrance()
e.location = Location(1000 + RestStop.counter, dummy=True)
self.locid = e.location.locid
self.clusterid = self.locid
e.x, e.y = 48, 21
e.dest, e.destx, e.desty = 0, 0, 0
e.entid = None
self.entrances = [e]
RestStop.counter += 1
def add_entrance(self, entrance):
e = Entrance()
e.copy(entrance)
self.entrances.append(e)
def remap_maps(routes):
conlinks = []
cononeways = []
conentrances = []
conclusters = []
for route in routes:
conlinks.extend(route.consolidated_links)
cononeways.extend(route.consolidated_oneways)
conentrances.extend(route.consolidated_entrances)
conclusters.extend(route.consolidated_clusters)
conclusters = sorted(set(conclusters), key=lambda c: c.clusterid)
if ANCIENT:
unused_maps = [
l.locid for l in get_locations()
if l.locid not in towerlocids and l.locid not in PROTECTED
]
rest_maps = [l.locid for l in get_unused_locations() if l.locid != 414]
else:
unused_maps = [l.locid for l in get_unused_locations()]
rest_maps = []
for cluster in conclusters:
if not isinstance(cluster, RestStop):
continue
locid = cluster.locid
newlocid = rest_maps.pop()
locexchange[(locid, locid)] = newlocid
try:
unused_maps.remove(newlocid)
except:
import pdb
pdb.set_trace()
for cluster in conclusters:
if isinstance(cluster, RestStop):
continue
locid = cluster.locid
if (locid, cluster.clusterid) in locexchange:
continue
locclusters = [
c for c in conclusters
if not isinstance(c, RestStop) and c.locid == locid
]
if locid in towerlocids:
for c in locclusters:
locexchange[(locid, c.clusterid)] = locid
else:
location = get_location(locid)
if locid in unused_maps:
newlocid = locid
unused_maps = [u for u in unused_maps if u != newlocid]
else:
newlocid = unused_maps.pop()
if location.longentrances:
locexchange[(locid, cluster.clusterid)] = newlocid
else:
for c in locclusters:
locexchange[(locid, c.clusterid)] = newlocid
newlocations = []
for newlocid in sorted(set(locexchange.values())):
keys = [
key for (key, value) in locexchange.items() if value == newlocid
]
assert len(set([a for (a, b) in keys])) == 1
copylocid = keys[0][0]
if copylocid >= 1000:
cluster = [c for c in conclusters if c.locid == copylocid][0]
copylocid = 413
location = get_location(413)
newlocation = Location(locid=newlocid, dummy=True)
newlocation.copy(location)
newlocation.events = []
newlocation.npcs = []
newlocation.entrance_set.entrances = []
newlocation.restrank = cluster.rank
else:
location = get_location(copylocid)
entrances = location.entrances
newlocation = Location(locid=newlocid, dummy=True)
newlocation.copy(location)
newlocation.events = []
newlocation.npcs = []
newlocation.entrance_set.entrances = []
fixed = [
e for e in entrances
if (e.location.locid, e.entid) in FIXED_ENTRANCES
]
newlocation.entrance_set.entrances.extend(fixed)
locclusters = [
c for c in conclusters
if locexchange[(c.locid, c.clusterid)] == newlocid
]
clustents = [e for c in locclusters for e in c.entrances]
clustents = [e for e in clustents if e in conentrances]
for ent in clustents:
destent = [(a, b) for (a, b) in conlinks if ent in (a, b)]
destent += [(a, b) for (a, b) in cononeways if ent == a]
assert len(destent) == 1
destent = destent[0]
destent = [d for d in destent if d != ent][0]
destclust = [c for c in conclusters if destent in c.entrances]
assert len(destclust) == 1
destclust = destclust[0]
newdestlocid = locexchange[(destclust.locid, destclust.clusterid)]
if destent.location.locid >= 1000:
destloc = get_location(413)
destent = [d for d in destloc.entrances if d.entid == 3][0]
else:
destloc = get_location(destent.location.locid)
destent = [
d for d in destloc.entrances if d.entid == destent.entid
][0]
mirror = destent.mirror
if mirror:
dest = mirror.dest & 0xFE00
destx, desty = mirror.destx, mirror.desty
if abs(destx - destent.x) + abs(desty - destent.y) > 3:
mirror = None
if not mirror:
dest, destx, desty = 0x2000, destent.x, destent.y
dest &= 0x3DFF
dest |= newdestlocid
entrance = Entrance()
entrance.x, entrance.y = ent.x, ent.y
entrance.dest, entrance.destx, entrance.desty = dest, destx, desty
entrance.set_location(newlocation)
newlocation.entrance_set.entrances.append(entrance)
newlocation.setid = 0
newlocation.ancient_rank = 0
newlocation.copied = copylocid
adjents = []
for ent in newlocation.entrances:
for clust in locclusters:
if isinstance(clust, RestStop):
continue
assert clust.locid == newlocation.copied
if clust.has_adjacent_entrances:
x, y = ent.x, ent.y
for ent2 in clust.entgroups.keys():
if ent2.x == ent.x and ent2.y == ent.y:
break
else:
continue
entgroup = clust.entgroups[ent2]
for ent3 in entgroup:
x3, y3 = ent3.x, ent3.y
if x == x3 and y == y3:
continue
entrance = Entrance()
entrance.x, entrance.y = x3, y3
entrance.dest, entrance.destx, entrance.desty = (
ent.dest, ent.destx, ent.desty)
entrance.set_location(newlocation)
adjents.append(entrance)
newlocation.entrance_set.entrances.extend(adjents)
newlocations.append(newlocation)
locations = get_locations()
newlocids = [l.locid for l in newlocations]
assert len(newlocids) == len(set(newlocids))
for location in newlocations:
for e in location.entrances:
if (location.locid, e.entid) not in FIXED_ENTRANCES:
assert e.dest & 0x1FF in newlocids
assert location not in locations
if location.locid not in towerlocids:
location.entrance_set.convert_longs()
# XXX: Unnecessary???
for i, loc in enumerate(newlocations):
if loc.locid in towerlocids:
oldloc = get_location(loc.locid)
oldloc.entrance_set.entrances = loc.entrances
oldloc.ancient_rank = loc.ancient_rank
oldloc.copied = oldloc.locid
newlocations[i] = oldloc
ranked_clusters = []
for n in range(len(routes[0].segments)):
rankedcsets = [route.segments[n].ranked_clusters for route in routes]
for tricluster in zip_longest(*rankedcsets, fillvalue=None):
tricluster = list(tricluster)
random.shuffle(tricluster)
for cluster in tricluster:
if cluster is None:
continue
if cluster.locid not in ranked_clusters:
cluster.routerank = n
ranked_clusters.append(cluster)
ranked_locations = []
for cluster in ranked_clusters:
locid, clusterid = cluster.locid, cluster.clusterid
newlocid = locexchange[locid, clusterid]
newloc = [l for l in newlocations if l.locid == newlocid][0]
if newloc not in ranked_locations:
newloc.routerank = cluster.routerank
ranked_locations.append(newloc)
assert len(set(ranked_locations)) == len(set(newlocations))
ranked_locations = [
l for l in ranked_locations if not hasattr(l, "restrank")
]
for i, loc in enumerate(ranked_locations):
loc.ancient_rank = i
loc.make_tower_basic()
if not ANCIENT:
if loc.locid not in towerlocids:
loc.make_tower_flair()
from options import Options_
loc.unlock_chests(
200,
1000,
uncapped_monsters=Options_.is_code_active('bsiab'))
fsets = get_new_fsets("kefka's tower", 20)
fset = random.choice(fsets)
for formation in fset.formations:
formation.set_music(6)
formation.set_continuous_music()
loc.setid = fset.setid
switch292, gate292 = (292, 0), (292, 1)
switch334, gate334 = (334, 5), (334, 3)
swd = {switch292: None, switch334: None, gate292: None, gate334: None}
segments = [s for route in routes for s in route.segments]
for segment in segments:
for cluster in segment.ranked_clusters:
for key in list(swd.keys()):
locid, entid = key
if cluster.locid == locid and entid in cluster.entids:
assert swd[key] is None
swd[key] = (segment, cluster)
assert None not in list(swd.values())
s292segment, s292cluster = swd[switch292]
s334segment, s334cluster = swd[switch334]
g292segment, g292cluster = swd[gate292]
g334segment, g334cluster = swd[gate334]
if s292segment == g334segment and s334segment == g292segment:
assert s292segment != s334segment
ranked292 = s292segment.ranked_clusters
ranked334 = s334segment.ranked_clusters
if (ranked292.index(s292cluster) > ranked292.index(g334cluster) and
ranked334.index(s334cluster) > ranked334.index(g292cluster)):
raise Exception("Dungeon cannot be completed with this layout.")
return newlocations, unused_maps
def make_secret_treasure_room(mapid, beltroom):
from itemrandomizer import get_secret_item
candidates = []
for line in open(TREASURE_ROOMS_TABLE):
locid, entid, chestid = tuple(map(int, line.strip().split(',')))
location = get_location(locid)
entrance = location.get_entrance(entid)
chest = location.get_chest(chestid)
candidates.append((location, entrance, chest))
location, entrance, chest = random.choice(candidates)
newlocation = Location(mapid)
newlocation.copy(location)
newlocation.make_tower_basic()
newlocation.entrance_set.entrances = []
newlocation.events = []
newlocation.npcs = []
c = ChestBlock(pointer=None, location=newlocation.locid)
c.copy(chest)
c.set_content_type(0x40)
item = get_secret_item()
c.contents = item.itemid
c.set_new_id()
c.do_not_mutate = True
c.ignore_dummy = True
newlocation.chests = [c]
newlocation.secret_treasure = True
newlocation.ancient_rank = 0
e = Entrance(None)
e.copy(entrance)
e.set_location(newlocation)
e.destx, e.desty, e.dest = 36, 27, 287
newlocation.entrances.append(e)
assert len(newlocation.entrances) == 1
e2 = Entrance()
e2.x = 36
e2.y = 25
e2.destx, e2.desty, e2.dest = e.x, e.y, mapid
beltroom.entrance_set.entrances = [
ent for ent in beltroom.entrances if not (ent.x == 36 and ent.y == 25)
]
beltroom.entrance_set.entrances.append(e2)
final_room = get_location(411)
e3 = Entrance()
e3.x = 109
e3.y = 46
e3.destx, e3.desty, e3.dest = 82, 46, 412 | 0x2000
final_room.entrance_set.entrances.append(e3)
newlocation.attacks = 0
newlocation.setid = 0
newlocation.music = 21
return newlocation, beltroom
def remap_maps(routes):
conlinks = []
cononeways = []
conentrances = []
conclusters = []
for route in routes:
conlinks.extend(route.consolidated_links)
cononeways.extend(route.consolidated_oneways)
conentrances.extend(route.consolidated_entrances)
conclusters.extend(route.consolidated_clusters)
conclusters = sorted(set(conclusters), key=lambda c: c.clusterid)
if ANCIENT:
unused_maps = [l.locid for l in get_locations()
if l.locid not in towerlocids
and l.locid not in PROTECTED]
rest_maps = [l.locid for l in get_unused_locations() if l.locid != 414]
else:
unused_maps = [l.locid for l in get_unused_locations()]
rest_maps = []
for cluster in conclusters:
if not isinstance(cluster, RestStop):
continue
locid = cluster.locid
newlocid = rest_maps.pop()
locexchange[(locid, locid)] = newlocid
try:
unused_maps.remove(newlocid)
except:
import pdb; pdb.set_trace()
for cluster in conclusters:
if isinstance(cluster, RestStop):
continue
locid = cluster.locid
if (locid, cluster.clusterid) in locexchange:
continue
locclusters = [c for c in conclusters if
not isinstance(c, RestStop) and c.locid == locid]
if locid in towerlocids:
for c in locclusters:
locexchange[(locid, c.clusterid)] = locid
else:
location = get_location(locid)
if locid in unused_maps:
newlocid = locid
unused_maps = [u for u in unused_maps if u != newlocid]
else:
newlocid = unused_maps.pop()
if location.longentrances:
locexchange[(locid, cluster.clusterid)] = newlocid
else:
for c in locclusters:
locexchange[(locid, c.clusterid)] = newlocid
newlocations = []
for newlocid in sorted(set(locexchange.values())):
keys = [key for (key, value) in locexchange.items()
if value == newlocid]
assert len(set([a for (a, b) in keys])) == 1
copylocid = keys[0][0]
if copylocid >= 1000:
cluster = [c for c in conclusters if c.locid == copylocid][0]
copylocid = 413
location = get_location(413)
newlocation = Location(locid=newlocid, dummy=True)
newlocation.copy(location)
newlocation.events = []
newlocation.npcs = []
newlocation.entrance_set.entrances = []
newlocation.restrank = cluster.rank
else:
location = get_location(copylocid)
entrances = location.entrances
newlocation = Location(locid=newlocid, dummy=True)
newlocation.copy(location)
newlocation.events = []
newlocation.npcs = []
newlocation.entrance_set.entrances = []
fixed = [e for e in entrances
if (e.location.locid, e.entid) in FIXED_ENTRANCES]
newlocation.entrance_set.entrances.extend(fixed)
locclusters = [c for c in conclusters if
locexchange[(c.locid, c.clusterid)] == newlocid]
clustents = [e for c in locclusters for e in c.entrances]
clustents = [e for e in clustents if e in conentrances]
for ent in clustents:
destent = [(a, b) for (a, b) in conlinks if ent in (a, b)]
destent += [(a, b) for (a, b) in cononeways if ent == a]
assert len(destent) == 1
destent = destent[0]
destent = [d for d in destent if d != ent][0]
destclust = [c for c in conclusters
if destent in c.entrances]
assert len(destclust) == 1
destclust = destclust[0]
newdestlocid = locexchange[(destclust.locid, destclust.clusterid)]
if destent.location.locid >= 1000:
destloc = get_location(413)
destent = [d for d in destloc.entrances if d.entid == 3][0]
else:
destloc = get_location(destent.location.locid)
destent = [d for d in destloc.entrances
if d.entid == destent.entid][0]
mirror = destent.mirror
if mirror:
dest = mirror.dest & 0xFE00
destx, desty = mirror.destx, mirror.desty
if abs(destx - destent.x) + abs(desty - destent.y) > 3:
mirror = None
if not mirror:
dest, destx, desty = 0x2000, destent.x, destent.y
dest &= 0x3DFF
dest |= newdestlocid
entrance = Entrance()
entrance.x, entrance.y = ent.x, ent.y
entrance.dest, entrance.destx, entrance.desty = dest, destx, desty
entrance.set_location(newlocation)
newlocation.entrance_set.entrances.append(entrance)
newlocation.setid = 0
newlocation.ancient_rank = 0
newlocation.copied = copylocid
adjents = []
for ent in newlocation.entrances:
for clust in locclusters:
if isinstance(clust, RestStop):
continue
assert clust.locid == newlocation.copied
if clust.has_adjacent_entrances:
x, y = ent.x, ent.y
for ent2 in clust.entgroups.keys():
if ent2.x == ent.x and ent2.y == ent.y:
break
else:
continue
entgroup = clust.entgroups[ent2]
for ent3 in entgroup:
x3, y3 = ent3.x, ent3.y
if x == x3 and y == y3:
continue
entrance = Entrance()
entrance.x, entrance.y = x3, y3
entrance.dest, entrance.destx, entrance.desty = (
ent.dest, ent.destx, ent.desty)
entrance.set_location(newlocation)
adjents.append(entrance)
newlocation.entrance_set.entrances.extend(adjents)
newlocations.append(newlocation)
locations = get_locations()
newlocids = [l.locid for l in newlocations]
assert len(newlocids) == len(set(newlocids))
for location in newlocations:
for e in location.entrances:
if (location.locid, e.entid) not in FIXED_ENTRANCES:
assert e.dest & 0x1FF in newlocids
assert location not in locations
if location.locid not in towerlocids:
location.entrance_set.convert_longs()
# XXX: Unnecessary???
for i, loc in enumerate(newlocations):
if loc.locid in towerlocids:
oldloc = get_location(loc.locid)
oldloc.entrance_set.entrances = loc.entrances
oldloc.ancient_rank = loc.ancient_rank
oldloc.copied = oldloc.locid
newlocations[i] = oldloc
ranked_clusters = []
for n in range(len(routes[0].segments)):
rankedcsets = [route.segments[n].ranked_clusters for route in routes]
for tricluster in izip_longest(*rankedcsets, fillvalue=None):
tricluster = list(tricluster)
random.shuffle(tricluster)
for cluster in tricluster:
if cluster is None:
continue
if cluster.locid not in ranked_clusters:
cluster.routerank = n
ranked_clusters.append(cluster)
ranked_locations = []
for cluster in ranked_clusters:
locid, clusterid = cluster.locid, cluster.clusterid
newlocid = locexchange[locid, clusterid]
newloc = [l for l in newlocations if l.locid == newlocid][0]
if newloc not in ranked_locations:
newloc.routerank = cluster.routerank
ranked_locations.append(newloc)
assert len(set(ranked_locations)) == len(set(newlocations))
ranked_locations = [l for l in ranked_locations
if not hasattr(l, "restrank")]
for i, loc in enumerate(ranked_locations):
loc.ancient_rank = i
loc.make_tower_basic()
if not ANCIENT:
if loc.locid not in towerlocids:
loc.make_tower_flair()
loc.unlock_chests(200, 1000)
fsets = get_new_fsets("kefka's tower", 20)
fset = random.choice(fsets)
for formation in fset.formations:
formation.set_music(6)
formation.set_continuous_music()
loc.setid = fset.setid
switch292, gate292 = (292, 0), (292, 1)
switch334, gate334 = (334, 5), (334, 3)
swd = {switch292: None,
switch334: None,
gate292: None,
gate334: None}
segments = [s for route in routes for s in route.segments]
for segment in segments:
for cluster in segment.ranked_clusters:
for key in swd.keys():
locid, entid = key
if cluster.locid == locid and entid in cluster.entids:
assert swd[key] is None
swd[key] = (segment, cluster)
assert None not in swd.values()
s292segment, s292cluster = swd[switch292]
s334segment, s334cluster = swd[switch334]
g292segment, g292cluster = swd[gate292]
g334segment, g334cluster = swd[gate334]
if s292segment == g334segment and s334segment == g292segment:
assert s292segment != s334segment
ranked292 = s292segment.ranked_clusters
ranked334 = s334segment.ranked_clusters
if (ranked292.index(s292cluster) > ranked292.index(g334cluster) and
ranked334.index(s334cluster) > ranked334.index(g292cluster)):
raise Exception("Dungeon cannot be completed with this layout.")
return newlocations, unused_maps
def add_entrance(self, entrance):
e = Entrance()
e.copy(entrance)
self.entrances.append(e)
def make_secret_treasure_room(mapid, beltroom):
from itemrandomizer import get_secret_item
candidates = []
for line in open(TREASURE_ROOMS_TABLE):
locid, entid, chestid = tuple(map(int, line.strip().split(',')))
location = get_location(locid)
entrance = location.get_entrance(entid)
chest = location.get_chest(chestid)
candidates.append((location, entrance, chest))
location, entrance, chest = random.choice(candidates)
newlocation = Location(mapid)
newlocation.copy(location)
newlocation.make_tower_basic()
newlocation.entrance_set.entrances = []
newlocation.events = []
newlocation.npcs = []
c = ChestBlock(pointer=None, location=newlocation.locid)
c.copy(chest)
c.set_content_type(0x40)
item = get_secret_item()
c.contents = item.itemid
c.set_new_id()
c.do_not_mutate = True
c.ignore_dummy = True
newlocation.chests = [c]
newlocation.secret_treasure = True
newlocation.ancient_rank = 0
e = Entrance(None)
e.copy(entrance)
e.set_location(newlocation)
e.destx, e.desty, e.dest = 36, 27, 287
newlocation.entrances.append(e)
assert len(newlocation.entrances) == 1
e2 = Entrance()
e2.x = 36
e2.y = 25
e2.destx, e2.desty, e2.dest = e.x, e.y, mapid
beltroom.entrance_set.entrances = [ent for ent in beltroom.entrances
if not (ent.x == 36 and ent.y == 25)]
beltroom.entrance_set.entrances.append(e2)
final_room = get_location(411)
e3 = Entrance()
e3.x = 109
e3.y = 46
e3.destx, e3.desty, e3.dest = 82, 46, 412 | 0x2000
final_room.entrance_set.entrances.append(e3)
newlocation.attacks = 0
newlocation.setid = 0
newlocation.music = 21
return newlocation, beltroom