def ban_kyurem(tiers):
elements = tiers.findall(".//tier")
new_bans = set(("Kyurem-W", "Kyurem-B"))
for element in elements:
tier = element.attrib["name"]
gen = element.attrib["gen"]
if gen != "5": continue
current_bans = deserialize_bans(element.attrib["pokemons"])
bans = copy(current_bans)
p = element
while 1:
parent = p.attrib["banParent"] if "banParent" in p.attrib else None
if not parent:
break
print("Adding {parent} to {tier}'s bans".format(parent=parent,tier=tier))
p = tiers.find(".//tier[@name='{parent}']".format(parent=parent))
bans |= deserialize_bans(p.attrib["pokemons"])
ban_subset = new_bans - bans
if ban_subset:
print("Add bans for {pokemon} in {tier}.".format(pokemon=ban_subset, tier=tier))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
current_bans |= ban_subset
element.attrib["pokemons"] = serialize_bans(bans)
print("Tier {tier} updated!".format(tier=tier))
else:
print("Tier {tier} not updated.".format(tier=tier))
else:
print("Tier {tier} has bans already.".format(tier=tier))
return tiers
def ban_kyurem(tiers):
elements = tiers.findall(".//tier")
new_bans = set(("Kyurem-W", "Kyurem-B"))
for element in elements:
tier = element.attrib["name"]
gen = element.attrib["gen"]
if gen != "5": continue
current_bans = deserialize_bans(element.attrib["pokemons"])
bans = copy(current_bans)
p = element
while 1:
parent = p.attrib["banParent"] if "banParent" in p.attrib else None
if not parent:
break
print("Adding {parent} to {tier}'s bans".format(parent=parent,tier=tier))
p = tiers.find(".//tier[@name='{parent}']".format(parent=parent))
bans |= deserialize_bans(p.attrib["pokemons"])
ban_subset = new_bans - bans
if ban_subset:
print("Add bans for {pokemon} in {tier}.".format(pokemon=ban_subset, tier=tier))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
current_bans |= ban_subset
element.attrib["pokemons"] = serialize_bans(bans)
print("Tier {tier} updated!".format(tier=tier))
else:
print("Tier {tier} not updated.".format(tier=tier))
else:
print("Tier {tier} has bans already.".format(tier=tier))
return tiers
def update_tiers(tiers):
for USAGE_TREE in TIER_TREES:
all_bans = set(BANLIST.get(USAGE_TREE[0],[]))
tier_usage = {}
tier_pokemon = {}
ban_parent = None
grand_ban_parent = None
for tier in USAGE_TREE:
# Find bans by parent tier top usage
top_usage = set()
print("Calculating banlists for {tier}...".format(tier=tier), end = " ")
if ban_parent:
print("Downloading ranked stats for {tier}...".format(tier=ban_parent), end=" ")
stats = get_ranked_stats(ban_parent)
tier_usage[ban_parent] = dict((s[0], float(s[1])) for s in stats)
cutoff = SPECIAL_CUTOFFS.get(tier, DEFAULT_CUTOFF)
tier_pokemon[ban_parent] = [entry[0] for entry in stats if float(entry[1]) >= cutoff]
# Bans
parent_pokemon = tier_pokemon[ban_parent] if ban_parent else set()
usage_bans = set(parent_pokemon)
banlist_bans = set(BANLIST.get(tier,[])) | set(ADDITIONAL_BANS.get(tier,[]))
pokemon_bans = usage_bans | banlist_bans
element = tiers.find(".//tier[@name='{tier}']".format(tier=tier))
drops = set()
if grand_ban_parent:
# Calculate drops using very heuristic approach.
for pokemon in tier_usage[grand_ban_parent]:
if pokemon not in (all_bans | pokemon_bans) and 0.1 < tier_usage[grand_ban_parent][pokemon] < SPECIAL_CUTOFFS.get(ban_parent, DEFAULT_CUTOFF) and tier_usage[ban_parent].get(pokemon, 0) * 20 < tier_usage[grand_ban_parent][pokemon]:
drops.add(pokemon)
pokemon_bans |= drops
current_bans = deserialize_bans(element.attrib["pokemons"])
all_bans = all_bans | pokemon_bans
missing_bans = pokemon_bans - current_bans
extra_bans = current_bans - pokemon_bans
likely_drops = current_bans - all_bans
removable_bans = extra_bans - likely_drops
print("Calculated.")
if drops:
print("Likely dropped from {grand_parent} to {parent}: {pokes}. Added to {tier} ban list.".format(pokes=drops, grand_parent=grand_ban_parent, parent=ban_parent, tier=tier))
if missing_bans or removable_bans or likely_drops:
bans = copy(current_bans)
print("Proposed changes:")
for reason, missing_subset in (("usage", usage_bans), ("banlist", banlist_bans), ("dropping from grandparent", drops)):
ban_subset = missing_subset - current_bans
if ban_subset:
print("Add bans for {pokemon} as they should be banned by {reason}.".format(pokemon=ban_subset, reason=reason))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
bans |= ban_subset
if removable_bans:
print("Remove bans for {extra} as they are banned in parent tiers.".format(extra=removable_bans))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
bans -= removable_bans
if likely_drops:
print("These pokemon have fell in usage or have been removed from banlist {bans} and their bans are to be removed.".format(bans=likely_drops))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
bans -= likely_drops
if bans != current_bans:
element.attrib["pokemons"] = serialize_bans(bans)
print("Tier {tier} updated!".format(tier=tier))
else:
print("Tier {tier} not updated.".format(tier=tier))
else:
print("Tier {tier} seems fine.".format(tier=tier))
grand_ban_parent = ban_parent
ban_parent = tier
return tiers
def update_tiers(tiers):
for USAGE_TREE in TIER_TREES:
all_bans = set(BANLIST.get(USAGE_TREE[0],[]))
tier_usage = {}
tier_pokemon = {}
ban_parent = None
grand_ban_parent = None
for tier in USAGE_TREE:
# Find bans by parent tier top usage
top_usage = set()
print("Calculating banlists for {tier}...".format(tier=tier), end = " ")
if ban_parent:
print("Downloading ranked stats for {tier}...".format(tier=ban_parent), end=" ")
stats = get_ranked_stats(ban_parent)
tier_usage[ban_parent] = dict((s[0], float(s[1])) for s in stats)
cutoff = SPECIAL_CUTOFFS.get(tier, DEFAULT_CUTOFF)
tier_pokemon[ban_parent] = [entry[0] for entry in stats if float(entry[1]) >= cutoff]
# Bans
parent_pokemon = tier_pokemon[ban_parent] if ban_parent else set()
usage_bans = set(parent_pokemon)
banlist_bans = set(BANLIST.get(tier,[])) | set(ADDITIONAL_BANS.get(tier,[]))
pokemon_bans = usage_bans | banlist_bans
element = tiers.find(".//tier[@name='{tier}']".format(tier=tier))
drops = set()
if grand_ban_parent:
# Calculate drops using very heuristic approach.
for pokemon in tier_usage[grand_ban_parent]:
if pokemon not in (all_bans | pokemon_bans) and 0.1 < tier_usage[grand_ban_parent][pokemon] < SPECIAL_CUTOFFS.get(ban_parent, DEFAULT_CUTOFF) and tier_usage[ban_parent].get(pokemon, 0) * 20 < tier_usage[grand_ban_parent][pokemon]:
drops.add(pokemon)
pokemon_bans |= drops
current_bans = deserialize_bans(element.attrib["pokemons"])
all_bans = all_bans | pokemon_bans
missing_bans = pokemon_bans - current_bans
extra_bans = current_bans - pokemon_bans
likely_drops = current_bans - all_bans
removable_bans = extra_bans - likely_drops
print("Calculated.")
if drops:
print("Likely dropped from {grand_parent} to {parent}: {pokes}. Added to {tier} ban list.".format(pokes=drops, grand_parent=grand_ban_parent, parent=ban_parent, tier=tier))
if missing_bans or removable_bans or likely_drops:
bans = copy(current_bans)
print("Proposed changes:")
for reason, missing_subset in (("usage", usage_bans), ("banlist", banlist_bans), ("dropping from grandparent", drops)):
ban_subset = missing_subset - current_bans
if ban_subset:
print("Add bans for {pokemon} as they should be banned by {reason}.".format(pokemon=ban_subset, reason=reason))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
bans |= ban_subset
if removable_bans:
print("Remove bans for {extra} as they are banned in parent tiers.".format(extra=removable_bans))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
bans -= removable_bans
if likely_drops:
print("These pokemon have fell in usage or have been removed from banlist {bans} and their bans are to be removed.".format(bans=likely_drops))
ans = input("Proceed with changes? [Y/n] ")
if ans == "" or ans.upper().startswith("Y"):
bans -= likely_drops
if bans != current_bans:
element.attrib["pokemons"] = serialize_bans(bans)
print("Tier {tier} updated!".format(tier=tier))
else:
print("Tier {tier} not updated.".format(tier=tier))
else:
print("Tier {tier} seems fine.".format(tier=tier))
grand_ban_parent = ban_parent
ban_parent = tier
return tiers
