def online(args="", user=None, hostmask=None, extra={}):
"""online - Get online users
{"category":"mc"}"""
dynmap.update()
names = [x["name"] for x in dynmap.getPlayers()]
if len(names) == 0:
return "There are no players online on dynmap right now."
return "\x02Online:\x0f " + " ".join(names)
def get_player(args="", user=None, hostmask=None, extra={}):
dynmap.update()
players = dynmap.getPlayers()
try:
data = dynmap.getPlayerData(args)
returned = data["name"] + " is at " + "{0},{1},{2}".format(
data["x"], data["y"], data["z"])
world = {
"world": "overworld",
"world_nether": "nether",
"world_the_end": "end"
}[data["world"]]
returned = returned + " in the {0} and has {1} health and {2} armour.".format(
world, data["health"], data["armor"])
return returned
except:
return "Could not find user, possibly hidden on dynmap?"
def phraseInput(text, username=""):
#Returns requirements
for i in [
"how long", "time it take", "length of trip", "length of journey"
]:
if probFind(
text, i
) > 0.85: #Check if it's a question regarding the length of the trip
#Config variables
travel_type = "walk" #Default travel type
vert_type = "jump"
potion = ""
nether = False
if "nether" in text or "hell" in text:
nether = True
#Horiziontal transporation methods
if probFind(text, "walk") > 0.9: travel_type = "walk"
elif probFindArray(text, ["sprint", "run"]): travel_type = "run"
elif probFind(text, "sneak") > 0.9: travel_type = "sneak"
elif probFind(text, "cart") > 0.9: travel_type = "minecart"
elif probFind(text, "boat") > 0.9: travel_type = "boat"
elif probFind(text, "pig") > 0.9: travel_type = "pig"
elif probFindArray(text, ["horse", "donkey", "mule"]):
travel_type = "horse" #Also assume donkey and mule
elif probFind(text, "swim") > 0.9:
travel_type = "swim"
elif probFind(text, "fly") > 0.9:
travel_type = "fly" #Assume both creative and elytra
elif probFind(text, "pearl") > 0.9:
travel_type = "pearl"
elif probFindArray(text, ["elytra", "wing"]):
travel_type = "wing"
#Vertical transporation methods
#Swimming in lava/water is not included and so is flying in creative
if probFind(text, "jump") > 0.9: vert_type = "jump"
elif probFind(text, "stair") > 0.9: vert_type = "stairs"
elif probFind(text, "ladder") > 0.9: vert_type = "ladder"
#Obtain location
text2 = text.replace(" ", "")
#Locate the bases FIRST
a = re.findall(" (.*) base", text)
if a != []:
for i in a:
for b in base.bases:
if i.split(" ")[-1].replace("'s", "") in b.users:
text = text.replace("base", "")
text = text.replace(
i.split(" ")[-1],
str(b.x) + "," + str(b.y) + "," + str(b.z))
for b in base.bases:
if b.name.lower() in text.lower():
text = text.lower().replace(
b.name.lower(),
str(b.x) + "," + str(b.y) + "," + str(b.z))
#Locate the players and replace names with coordinates
dynmap.update()
names = []
players = dynmap.getPlayers()
for key in players:
name = key["name"] #Prob match if player is there
if probFind(text.lower(), name.lower()) > 0.85:
text = text.lower().replace(
name.lower(),
str(key["x"]) + ',' + str(key["y"]) + ',' +
str(key["z"]))
#Locate the coordinates
cords = re.findall(
"([-+]?)([:]?\d*\.\d+|\d+),([-+]?)([:]?\d*\.\d+|\d+),([-+]?)([:]?\d*\.\d+|\d+)",
text.replace(" ", ""))
if cords != []:
for x in cords:
replace = x[0] + x[1] + "," + x[2] + x[3] + "," + x[4] + x[
5]
text2 = text2.replace(replace, "")
cords2 = re.findall(
"([-+]?)([:]?\d*\.\d+|\d+),([-+]?)([:]?\d*\.\d+|\d+)",
text2.replace(" ", ""))
cords = cords + cords2
text3 = text.replace(" ", "")
#Facepalm, the order of the coordinates don't matter
if len(cords) >= 1:
c1 = listToCord(cords[0])
if len(cords) >= 2:
c2 = listToCord(cords[1])
if text3.index(c2) < text3.index(c1):
c1, c2 = c2, c1
else:
c2 = c1
try:
c1 = dynmap.getPlayerData(username)
c1 = str(c1["x"]) + "," + str(c1["y"]) + "," + str(
c1["z"])
except:
return False
#Get the actual distance
distance = calcDis(c1, c2)
times = []
if travel_type == 'walk':
times.append(
[distance["horz"] / 4.3, "(Assuming flat terrain)"])
elif travel_type == 'run':
times.append(
[distance["horz"] / 5.6, "(Assuming flat terrain)"])
elif travel_type == 'sneak':
times.append(
[distance["horz"] / 1.3, "(Assuming flat terrain)"])
elif travel_type == 'minecart':
times.append(
[distance["horz"] / 8, "(Assuming powered rails)"])
times.append(
[distance["horz"] / 7.1, "(Assuming 1/4 slope track)"])
elif travel_type == 'boat':
times.append([
distance["horz"] / 6.2,
"(Assuming max speed on flat water)"
])
times.append([distance["horz"] / 40, "(Assuming on ice)"])
elif travel_type == 'pig':
times.append([distance["horz"] / 8, "(Assuming flat terrain)"])
elif travel_type == 'horse':
times.append(
[distance["horz"] / 9.675, "(Assuming average horse)"])
times.append(
[distance["horz"] / 14.57, "(Assuming best horse)"])
times.append([distance["horz"] / 7.525, "(Assuming donkey)"])
elif travel_type == 'swim':
times.append(
[distance["horz"] / 1.97, "(Assuming still water)"])
elif travel_type == 'fly':
times.append([distance["horz"] / 10.9, "(Assuming creative)"])
times.append(
[distance["horz"] / 30, "(Assuming elytra, at 0 pitch)"])
elif travel_type == 'pearl':
times.append(
[distance["horz"] / 23, "(Assuming thrown at 15 degrees)"])
elif travel_type == 'wing':
times.append(
[distance["horz"] / 30, "(Assuming elytra, at 0 pitch)"])
vert_time = 0
if travel_type == 'fly':
vert_time = distance["vert"] / 7.5
elif travel_type == 'swim':
vert_time = distance["vert"] / 2
elif vert_type == "jump":
vert_time = distance["vert"] / 2
elif vert_type == "stairs":
vert_time = distance["vert"] / 3.2
elif vert_type == "ladder":
vert_time = distance["vert"] / 2.35
#Add vertical values to times and divide times by 8 for nether
for i in range(0, len(times)):
if nether:
times[i][0] /= 8
times[i][0] += vert_time
for i in range(0, len(times)):
times[i][0] = convertSeconds(times[i][0])
times.insert(0, [str(round(distance["horz"])), "meters"])
input_int = "Time to travel by {0} from {1} to {2}".format(
travel_type, c1, c2)
if nether: input_int += " via the nether"
return [times, input_int]
return False