def getStatus(state: State) -> str:
s = ""
hasCol4 = Place(4, 1) in state.places
for y in range(0, 4):
col1 = lines(state, Place(1, y + 1))
col2 = lines(state, Place(2, y + 1))
col3 = lines(state, Place(3, y + 1))
col4 = lines(state, Place(4, y + 1))
s += "{0} {1} {2} {3}\n".format(col4[0], col1[0], col2[0], col3[0])
s += "{0} {1} {2} {3}\n".format(col4[1], col1[1], col2[1], col3[1])
return s
def changeTargetPlace(placeRaw: str):
global state
placeList = placeRaw.split()
place = Place(int(placeList[0]), int(placeList[1]))
if place in state.places:
target = reSub(r"^[+]", "", state.places[place].name)
state = state._replace(target=target)
tfeval("/trigger You are now target-healing {0}.".format(target))
def ginfo(s: str):
global state
# we'll want front row to be first, so this is done in a bit difficult way
names = list()
places = state.places
for y in [1, 2, 3]:
for x in [1, 2, 3]:
place = Place(x, y)
if place in places:
names.append(places[place].name)
for place in UNKNOWN_PLACES:
if place in places:
names.append(places[place].name)
tfeval("/python_call ginfo.partyReport {0}".format(" ".join(names)))
def parseMessage(message) -> Member:
"""
Parse incoming party update message
:param message: message as a string with fields separated by spaces
:returns: dictionary with fields and their respective values
boolean and number fields are converted to respective
python data types
"""
d = dict(zip(PARTY_STATUS_UPDATE_FIELDS, message.split(" ")))
x = strtoi(d["place_x"])
y = strtoi(d["place_y"])
place = None if x == None or y == None else Place(cast(int, x), cast(
int, y))
return Member(
str(d["player"]),
int(d["hp"]),
int(d["maxhp"]),
int(d["sp"]),
int(d["maxsp"]),
int(d["ep"]),
int(d["maxep"]),
place,
bool(d["formation"] == "1"),
bool(d["member"] == "1"),
bool(d["entry"] == "1"),
bool(d["following"] == "1"),
bool(d["leader"] == "1"),
bool(d["linkdead"] == "1"),
bool(d["resting"] == "1"),
bool(d["idle"] == "1"),
bool(d["invisible"] == "1"),
bool(d["dead"] == "1"),
int(d["stunned"]),
int(d["unconscious"]),
None,
time(),
MemberDataSource.BCPROXY,
)
def pssJsonToMember(j) -> Member:
unc = 0
if j["state"] == "unc":
unc = 1
elif j["state"][:4] == "unc|":
unc = int(j["state"][-1:]) + 2
stu = 0
if j["state"] == "stu":
stu = 1
elif j["state"][:4] == "stu|":
stu = int(j["state"][-1:])
return Member(
j["name"],
j["hp"],
j["maxhp"],
j["sp"],
j["maxsp"],
j["ep"],
j["maxep"],
Place(j["x"], j["y"]),
j["state"] == "form",
j["state"] == "mbr",
j["state"] == "ent",
j["state"] == "fol",
j["state"] == "ldr",
j["state"] == "ld",
j["state"] == "rest",
j["idle"],
j["name"] == "Someone",
j["state"] == "dead",
stu,
unc,
j["state"][:3] == "amb",
time(),
MemberDataSource.PSS,
)
None,
time(),
MemberDataSource.BCPROXY,
)
def getMemberByName(name: str) -> Optional[Member]:
global state
for member in state.members:
if member.name == name:
return member
return None
UNKNOWN_PLACES: Sequence[Place] = [
Place(1, 4),
Place(2, 4),
Place(3, 4),
Place(4, 4),
Place(4, 1),
Place(4, 2),
Place(4, 3),
]
#: batclient messages will have out-of-formation places as 6,1 or something
VALID_PLACES: FrozenSet[Place] = frozenset([
Place(1, 1),
Place(1, 2),
Place(1, 3),
Place(2, 1),
Place(2, 2),