[Update] XenoBot Apophis v14.11.19.995 [Team Scripts

[Update] XenoBot Apophis v14.11.19.995 [Team Scripts | Protocol 10.82]

Keeping with the trend of the last few updates, this is a huge update. Other than the obvious 10.82 compatibility, this update features some improvements: utito tempo will work with recovery, targeting now has many more options for priorities, and the Walker will now automatically detect the rope or shovel of the user. To round out these improvements, I've also added some new features that allow Scripters to easily make team scripts. This update will be automatically installed when you restart XenoSuite.

Changelog:

Code:

v14.11.19.995 Added 10.82 compatibility. Fixed a bug that caused Empowerments in the Scripter to not work with Recovery spells. Re-coded the spell timer system and HUD to be more specific and versatile. Improved Targeting to have ten priority options instead of five. Lowest, Very Low, Low, Medium Low, Medium, Medium High, High, Very High, Super High, Highest The old priorities will slot into Lowest - Medium, and all relevant settings should stay the same relative to these, so old scripts should work flawlessly still. Improved the Walker to automatically detect rope and shovel in open backpacks. If there are no tools visible, the Walker will obey the tools selected in the Walker Options panel like before. Added GenericTextMessageProxy class to the Scripter. Functionality: This works just like all of the other text message proxies. It will catch all messages that don't have a specific proxy (raid messages, player is far to the south, etc). Added Self.WalkTo to the Scripter. Functionality: Tries to walk to the position. Parameters: x: x coordinate in the map on the x-axis y: y coordinate in the map on the y-axis z: z coordinate in the map on the z-axis Return: True if the position is reached, false its: 1. Not reachable for 2 consecutive seconds 2. On a different floor Added IpcPublisherSocket to the Scripter. Added IpcSubscriberSocket to the Scripter. Added IpcResponderSocket to the Scripter. Added IpcRequestorSocket to the Scripter. The four classes above are part of XenoBot's new IPC (inter-process communication) layer. The purpose of this new layer is to allow Lua scripts running on MULTIPLE CHARACTERS to talk to each-other. See below for details on how to use these classes.

Simple examples
Badass example

Self.WalkTo()

This one is pretty simple.

lua code:
if not Self.WalkTo(x, y, z) then

    print("failed to walk to destination")

else

    print("arrived at destination")

end
GenericTextMessageProxy

This one is also pretty simple.

lua code:
local proxy = GenericTextMessageProxy.New("my-proxy")





proxy:OnReceive(function (proxy, message)

    print("Got message: %s", message)

end)
New IPC Classes

The new IPC feature in XenoBot uses sockets to allow multiple bots to communicate. Unlike traditional sockets, these sockets are stateless. The server can be started before or after the clients and the server can be reset at will, and the underlying framework will automatically manage reconnecting for you. Like traditional sockets, though, each unique set of sockets will need a unique port on which they communicate. Additionally, for this initial release, only bots on the same machine can communicate. There are four different types of sockets, and an equal number of classes: IpcPublisherSocket, IpcSubscriberSocket, IpcResponderSocket, and IpcRequestorSocket. These four socket types actually make up two different communication patterns: PUB/SUB and REP/REQ.

PUB/SUB

The PUB/SUB pattern is a pattern in where there is one script acting as a publisher, and many scripts acting as subscribers. A publisher can publish messages to all of its subscribers, and each message can be filtered by a topic, so that only subscribers listening to that topic will hear it. Here's an example, albeit a bit contrived.

This is the publisher socket. It should be run on one client, and one client only.

lua code:
local publisher = IpcPublisherSocket.New("test-ipc-pub-socket", 30123)





local count = 0

while (true) do

    publisher:PublishMessage("Topic 1", "this is message #" .. count .. " on topic 1")

    count = count + 1

    wait(5000)

end
This is the subscriber socket. It can be run on any number of clients, and it will receive the messages broadcasted by the publisher.

lua code:
local subscriber = IpcSubscriberSocket.New("test-ipc-sub-socket", 30123)





subscriber:AddTopic("Topic 1")





while (true) do

    local hasMessage, topic, data = subscriber:Recv()

    while (hasMessage) do

        print("[%s]: %s", topic, data)

        hasMessage, topic, data = subscriber:Recv()

    end

    wait(200)

end
Notice that these sockets are using port 30123 to communicate.

REP/REQ

The REP/REQ pattern is one where there's one script acting as a responder, and many scripts acting as requestors. A responder can receive single messages from each of it's requestors, and must reply with a response before doing anything else. In turn, each requestor must wait for a response before sending another request. Think of it like a question and answer session. Here's an example where the requestors come up with math questions, and the responder answers them.

This is the responder socket, it must only be run on one client.

lua code:
local responder = IpcResponderSocket.New("test-ipc-rep-socket", 30321)





local count = 0

while (true) do

    local success, request = responder:GetRequest()

    while (success) do

        local resonse = loadstring("return (" .. request .. ")")()

        responder:SendResponse(resonse)

        success, request = responder:GetRequest()

    end

    wait(200)

end
This is the requestor socket, it can run on as many clients as you wish:

lua code:
local requestor = IpcRequestorSocket.New("test-ipc-req-socket", 30321)





local count = 0

while (true) do

    local mathRequest = math.random(5, 90) .. " + " .. math.random(5, 50) .. " - " .. math.random(1, 50) .. " * " .. math.random(2, 4)

    requestor:SendRequest(mathRequest)

    print("Got the answer '%s' to question '%s'", requestor:GetResponse(), mathRequest)

    wait(10000)

end
Notice that these sockets are using port 30321 to communicate.

Don't try to mix any of these sockets in ways not mentioned here. For instance, don't do REP/SUB, PUB/REQ, SUB/REQ, etc. This is undefined and unintended behavior, and has the potential to lead to crashes or deadlocks.

A Practical Example of IPC

Since the last examples were a bit simple, I wanted to go ahead and make a script that used IPC in a cool way. Well, not to toot my own horn, but I fucking delivered; and i'm open sourcing it. This script is far from perfect, but its a good start, and I took care of all the complex math already.

The purpose of this script is to run up to 20 drones around the map that will mimic the exiva's casted by the main player, and communicate that data back to said player. All of the results will display on a HUD, showing things like "very far to the east of thais" or "far south of venore". If any of the drones encounter the target player (readas: if he's close by, next to the drone, or above/below the drone), the script will say something like this in the server log:

Quote:

The target player is near "My Exiva Dude 3" in "Thais".

If the target player is far or very far from all of the drones, though, some magic takes place. The script will use some moderately advanced trigonometry to triangulate the position of the player, based on the areas from each exiva. It does this by calculating a region that the target player MUST be inside of. From there, it looks at a list of known towns and hunting spots (thanks to @Rydan, @Fatality, and @kimse for helping me with these lists) in that region, and tells you the top six locations where the player might be. If there's no known locations inside of the area, it will tell you the center xy position and the outline of the polygon, so you can take a look at the data on tibia.xyz or another mapping site. If all else fails, you will still have a large list of exiva results to help locate the player on your own.

Before I jump in to the actual code, I'd like to note that me and @kimse have determined the optimal locations for each drone without the need for PACC: Thais Bless, Folda Boat, Carlin Temple, Kaz North, Ab Boat, Demon Oak Reward, and Venore Boat. If you exiva from either Darashia Carpet or Darashia Boat on the main character, this will cover the entire map very well.

http://i.imgur.com/qWp4P5n.jpg

With further talking, here's the code.

exiva_server.lua, this goes on the main character

lua code:







dofile("exiva_common.lua")





-- variables for triangulation

local triangulated = false

local lastExivaMessageTime = 0

local exivaData = {}

local latestMessages = {}





-- create title HUD

local HUDTitle = HUD.CreateTextDisplay(CONFIG.HUDLocation.x, CONFIG.HUDLocation.y, "", unpack(CONFIG.HUDColors.title))





-- create HUD lines for each exiva result

local HUDsDisplayed = 0

local HUDData = {}

for index = 1, 20 do

    HUDData[index] = HUD.CreateTextDisplay(

                            CONFIG.HUDLocation.x + 5,

                            -- +12 pixels to the y axis for every item

                            CONFIG.HUDLocation.y + ((index - 1) * 12) + 12,

                            "",

                            -- text color

                            unpack(CONFIG.HUDColors.message)

                        )

end





-- create two server sockets to communicate with clients

local pubsock = IpcPublisherSocket.New("pub-socket",  CONFIG.IPCPorts.pubsub)

local repsock = IpcResponderSocket.New("rep-socket",  CONFIG.IPCPorts.repreq)









-- detect exiva casts

LocalSpeechProxy.New("speech-proxy"):OnReceive(function(proxy, type, speaker, level, message)

    if (speaker == Self.Name() and string.starts(message, "exiva")) then

        -- get the name of the exiva target

        local targetPlayer = string.sub(message, 8)

        targetPlayer = string.sub(targetPlayer, 1, string.len(targetPlayer) - 1)





        -- reset all of the HUD stuff for the last exiva target

        HUDTitle:SetText(CONFIG.HUDTitle .. targetPlayer)

        HUDsDisplayed = 0

        for _, HUDLine in pairs(HUDData) do

            HUDLine:SetText("")

        end





        -- reset all of the triangulation stuff

        triangulated = false

        exivaData = {}

        lastExivaMessageTime = 0





        -- find the result of this exiva (comes before the speech does) and store it

        for i = #latestMessages, 1, -1 do

            if (string.starts(latestMessages[i], targetPlayer)) then

                local locationString, townName = parseExivaMessage(latestMessages[i], targetPlayer)

                local message = createIpcMessage(locationString, townName)

                handleExivaResult(message)

                break

            end

        end

        latestMessages = {}





        -- publish the target name to the clients

        pubsock:PublishMessage("target", targetPlayer)

    end

end)









-- catch all generic messages and store them to use later

GenericTextMessageProxy.New("generic-proxy"):OnReceive(function (proxy, message)

    latestMessages[#latestMessages+1] = message

end)









-- Handle incoming exiva results from clients and triangulate after they're all received

Module.New('rep-listen', function()

    local success, request = repsock:GetRequest()

    while (success) do

        -- tell the req socket we've got the message

        repsock:SendResponse("ack")

        -- handle it

        handleExivaResult(request)

        -- check for new messages

        success, request = repsock:GetRequest()

    end





    if (not triangulated and lastExivaMessageTime ~= 0 and os.clock() - lastExivaMessageTime > 1.5) then

        triangulated = true

        triangulate()

    end

end)





function handleExivaResult(result)

    --parse the message

    local parts = string.split(result, "|")

    local showMessage = parts[1] .. " of " .. parts[4]





    -- update the hud

    HUDsDisplayed = HUDsDisplayed + 1

    HUDData[HUDsDisplayed]:SetText(showMessage)





    -- store this for use with triangulator

    exivaData[HUDsDisplayed] = {message = parts[1], x = tonumber(parts[2]), y = tonumber(parts[3]), town = parts[4], drone = parts[5]}

    lastExivaMessageTime = os.clock()

end





-- triginometry code to overlap exiva regions





ANGLES =

{

    SOUTH_EAST = 7426.0,

    EAST = 6977.0,

    NORTH_EAST = 6528.0,

    NORTH = 6079.0,

    NORTH_WEST = 5627.0,

    WEST = 5171.0,

    SOUTH_WEST = 4722.0,

    SOUTH = 4273.0,

    SWEEP = 449.0

}





ANGLE_MAPPING = 

{

    {"south-east", ANGLES.SOUTH_EAST},

    {"north-east", ANGLES.NORTH_EAST},

    {"north-west", ANGLES.NORTH_WEST},

    {"south-west", ANGLES.SOUTH_WEST},

    {"east", ANGLES.EAST},

    {"north", ANGLES.NORTH},

    {"west", ANGLES.WEST},

    {"south", ANGLES.SOUTH},

}





function createPoint(x, y, radius, angle)

    local nx = x + math.cos(angle * 0.01745) * radius

    local ny = y + math.sin(angle * 0.01745) * radius

    return {x = nx, y = ny}

end





function exivaMessageToPolygon(message, x, y)

    local radiusLow = 0

    local radiusHigh = 0

    local angleStart = 0

    local angleEnd = 0

    local angleMiddle = 0





    if (string.find(message, "very far")) then

        radiusLow = 276

        radiusHigh = 4000

    elseif (string.find(message, "far")) then

        radiusLow = 101

        radiusHigh = 275

    else

        return true, {}

    end





    for _, angle in pairs(ANGLE_MAPPING) do

        if (string.find(message, angle[1], 1, true)) then

            angleStart = angle[2] / 10.0

            angleEnd = (angle[2] / 10.0) + (ANGLES.SWEEP / 10.0)

            angleMiddle = (angle[2] / 10.0) + (ANGLES.SWEEP / 20.0)

            break

        else

        end

    end





    -- polygon is a sort of pointy cone, and has 6 points (example of an exiva to the north):

    --[[

                _3_

          2__---   ---__4

           \           /

            \    6    /

             \__- -__/

              1      5

    --]]

    local poly =

    {

        createPoint(x, y, radiusLow, angleStart),

        createPoint(x, y, radiusHigh, angleStart),

        createPoint(x, y, radiusHigh, angleMiddle),

        createPoint(x, y, radiusHigh, angleEnd),

        createPoint(x, y, radiusLow, angleEnd),

        createPoint(x, y, radiusLow, angleMiddle),

    }

    return false, poly

end





function triangulate()

    -- generate the polygons for each exiva cast

    local polygons = {}

    for i, data in ipairs(exivaData) do

        local found, polygon = exivaMessageToPolygon(data.message, data.x, data.y)

        if (found) then

            if (data.self) then

                print("Target player is very close to you")

            else

                print("Target player is very close to '%s' in '%s'", data.drone, data.town)

            end

            return nil

        end





        polygons[i] = polygon

    end





    -- clip the polygons againmst eachother to come up with the overlapping area

    -- and also against the Tibia map to get rid of excess areas

    local clipped = clip(polygons[1], TIBIA_MAP_POLYGON)

    for i = 2, #polygons do

        clipped = clip(clipped, polygons[i])

    end





    -- find the center of the final polygon

    local center = centroid(clipped)

    local locations = {}

    for name, pos in pairs(HUNTING_SPOTS) do

        local point = {x = pos[1], y = pos[2]}

        if (pointinpoly(point, clipped)) then

            locations[#locations+1] = {name = name, dist = distance(point, center)}

        end

    end





    table.sort(locations, function(a,b) return a.dist<b.dist end)





    if (#locations > 6) then

        for i = 6, #locations do

            locations[i] = nil

        end

    end





    --print("Center: %s", table.serialize(center))

    --print("Polygon: %s", table.serialize(clipped))

    --print("Locations: %s", table.serialize(locations))





    for i, place in pairs(locations) do

        print("Target player might be in '%s' (this location is %d SQM from the center of the estimated region)", place.name, place.dist)

    end





    if (#locations == 0) then

        print("No location found.")

        print("Center: %s", table.serialize(center))

        print("Polygon: %s", table.serialize(clipped))

    end

end









-- polygon specific triginometry

function distance(point1, point2)

    return math.sqrt(math.pow(math.abs(point1.x - point2.x), 2) + math.pow(math.abs(point1.y - point2.y), 2))

end





function pointinpoly(point, polygon)

    local hit = false

    local j = #polygon

    for i, vertex in ipairs(polygon) do

        if ( ((polygon[i].y > point.y) ~= (polygon[j].y > point.y)) and

            (point.x < (polygon[j].x - polygon[i].x) * (point.y - polygon[i].y) / (polygon[j].y - polygon[i].y) + polygon[i].x) ) then

            hit = not hit

        end

        j = i

    end

    return hit

end





function centroid(polygon)

    local minx = 65535

    local maxx = 0

    local miny = 65535

    local maxy = 0

    for i, vertex in ipairs(polygon) do

        minx = math.min(minx, vertex.x)

        maxx = math.max(maxx, vertex.x)

        miny = math.min(miny, vertex.y)

        maxy = math.max(maxy, vertex.y)

    end





    return {x = minx + (maxx - minx) / 2.0, y = miny + (maxy - miny) / 2.0}

end





function inside(p, cp1, cp2)

    return (cp2.x - cp1.x) * (p.y-cp1.y) > (cp2.y - cp1.y) * (p.x - cp1.x)

end

 

function intersection(cp1, cp2, s, e)

    local dcx, dcy = cp1.x - cp2.x, cp1.y - cp2.y

    local dpx, dpy = s.x - e.x, s.y - e.y

    local n1 = cp1.x * cp2.y - cp1.y * cp2.x

    local n2 = s.x * e.y - s.y * e.x

    local n3 = 1 / (dcx * dpy - dcy * dpx)

    local x = (n1 * dpx - n2 * dcx) * n3

    local y = (n1 * dpy - n2 * dcy) * n3

    return {x = x, y = y}

end

 

function clip(subjectPolygon, clipPolygon)

    local outputList = subjectPolygon

    local cp1 = clipPolygon[#clipPolygon]

    for _, cp2 in ipairs(clipPolygon) do  -- WP clipEdge is cp1,cp2 here

        local inputList = outputList

        outputList = {}

        local s = inputList[#inputList]

        for _, e in ipairs(inputList) do

            if inside(e, cp1, cp2) then

                if not inside(s, cp1, cp2) then

                    outputList[#outputList+1] = intersection(cp1, cp2, s, e)

                end

                outputList[#outputList+1] = e

            elseif inside(s, cp1, cp2) then

                outputList[#outputList+1] = intersection(cp1, cp2, s, e)

            end

            s = e

        end

        cp1 = cp2

    end

    return outputList

end

exiva_client.lua, this gets execute by each of the drone characters

lua code:







dofile("exiva_common.lua")





-- vars

local currentTargetName = "---------------------------------"





-- create two client sockets to communicate with server

local subsock = IpcSubscriberSocket.New("sub-socket", CONFIG.IPCPorts.pubsub)

local reqsock = IpcRequestorSocket.New("req-sock",  CONFIG.IPCPorts.repreq)

subsock:AddTopic("target")





-- detect exiva results

GenericTextMessageProxy.New("generic-proxy"):OnReceive(function (proxy, message)

    if (string.starts(message, currentTargetName)) then

        -- parse the message and find the closest town

        local locationString, townName = parseExivaMessage(message, currentTargetName)

        -- send results to the server

        local message = createIpcMessage(locationString, townName)

        reqsock:SendRequest(message)

        reqsock:GetResponse()

    end

end)





-- Handle incoming exiva requests from server

Module.New('sub-listen', function()

    local hasMessage, topic, data = subsock:Recv()

    while (hasMessage) do

        currentTargetName = data

        Self.Say("exiva \"" .. currentTargetName)

        hasMessage, topic, data = subsock:Recv()

    end

end)

exiva_common.lua, don't run this on any chars, it's just a library

lua code:







--[[ CONFIG START ]] --





CONFIG = 

{

    HUDTitle = "Exiva On ",

    HUDLocation = { x = 25, y = 5 },

    HUDColors = 

    {

        message = {95, 247, 247},

        title = {225, 225, 225},

    },

    IPCPorts = 

    {

        pubsub = 30269,

        repreq = 30268,

    }

}









--[[ UTILS START ]] --

TIBIA_MAP_POLYGON = 

{

    {x = 31904, y = 31004},

    {x = 33750, y = 31004},

    {x = 33750, y = 33020},

    {x = 31904, y = 33020},

}





HUNTING_SPOTS =

{

    ["Tarpit Tomb"] = {33232, 32704, 7},

    ["Peninsula Tomb"] = {33025, 32868, 7},

    ["Hydra Mountain (North)"] = {32979,32627,7},

    ["Hydra Mountain (South)"] = {32988,32683,7},

    ["New Ancient Scarabs"] = {33359, 32657, 12},

    ["GS Tomb"] = {33047, 32571, 11},

    ["Shadow Tomb"] = {33245, 32853, 13},

    ["Ancient Ruins Tomb"] = {33290, 32557 , 13},

    ["Lion's Rock"] = {33146, 32338, 7},

    ["Darashia Dragons"] = {33265, 32277, 7},

    ["Darashia Minotaurs"] = {33308, 32285, 7},

    ["Darashia North East Wasps"] = {33307, 32341, 7},

    ["Darashia City wasps"] = {33210, 32384, 7},

    ["Drefia Wyrms"] = {33089, 32394, 13},

    ["Drefia Grims"] = {33044, 32457, 13},

    ["Ape City Surface"] = {32812, 32547, 7},

    ["Banuta Main Floor"] = {32822, 32577, 11},

    ["Medusa Tower"] = {32867, 32831, 7},

    ["Old Water Elementals"] = {32532, 32821, 7},

    ["Forbidden Lands Hydras"] = {32976, 32549, 7},

    ["Banuta -1"] = {32785, 32583, 12},

    ["Banuta -2"] = {32782, 32572, 13},

    ["Banuta -3"] = {32771, 32609, 14},

    ["Banuta -4"] = {32801, 32626, 15},

    ["Asura Palace"] = {32947, 32681, 7},

    ["New Water Elementals"] = {32644, 32995, 8},

    ["Orc Fortress"] = {32916, 31776, 7},

    ["Dark Cathedral"] = {32662, 32346, 7},

    ["Venore Coryms"] = {33051, 32120, 11},

    ["Venore Dragons"] = {32807,32157,7},

    ["Plains of Havoc Temple"] = {32816,32272,7},

    ["Plains of Havoc Center"] = {32728,32276,7},

    ["Outlaw Camp"] = {32663,32346,7},

    ["Outside Orc Fortress - West"] = {32800,31790,7},

    ["Outside Orc Fortress - North"] = {32927,31710,7},

    ["PoI DLs"] = {32789, 32334, 12},

    ["PoI DT Seal"] = {32778, 32237, 15},

    ["PoI Hellhound Seal"] = {32880, 32229, 15},

    ["PoI Juggernaut Seal"] = {32872, 32279, 15},

    ["PoI Undead Dragon Seal"] = {32833, 32278, 15},

    ["PoI Plauge Seal"] = {32843, 32349, 15},

    ["Cyclops Mountain"] = {32458, 32073, 7},

    ["Greenshore"] = {32260, 32074, 7},

    ["Mintwallin"] = {32414, 32132, 15},

    ["Fibula"] = {32175,32409,7},

    ["Thais Blessing temple"] = {32345,32365,7},

    ["Thais South Cyclops"] = {32417,32387,7},

    ["Fibula"] = {32168, 32379, 9},

    ["Cyclopolis"] = {33242, 31681, 9},

    ["Hero Fortress"] = {33323, 31580, 10},

    ["Edron Bog Raiders"] = {33345, 31761, 13},

    ["Edron Trolls"] = {33118, 31778, 7},

    ["Edron Goblins"] = {33120, 31832, 7},

    ["Edron Behemoths"] = {33301, 31698, 15},

    ["Inq Spectres"] = {33111, 31775, 13},

    ["Inq HFFs"] = {33164, 31712, 13},

    ["Edron Demons"] = {33103, 31710, 15},

    ["Maze of Lost Souls"] = {32467, 31645, 11},

    ["Demona"] = {32479,31627,14},

    ["Ghost Lands"] = {32217,31819,7},

    ["Banshee Quest"] = {32233,31864,11},

    ["Femur Hills"] = {32564, 31806, 7},

    ["Liberty Bay Wyrms Mountain"] = {32417, 32761, 7},

    ["Quara Grotto"] = {32243, 32899, 8},

    ["Ramoa (BB Island)"] = {31932,32577,7},

    ["Goroma"] = {32130, 32560, 7},

    ["Goroma Serpent Spawns"] = {31928, 32631, 11},

    ["Talahu (Hydra Island)"] = {31958,32664,7},

    ["Malada (GS Island)"] = {32012,32718,7},

    ["Nargor Pirates"] = {31990, 32859, 6},

    ["Liberty Bay Wyrms Underground"] = {32419, 32847, 9},

    ["Oramond Boat"] = {33490, 31986, 7},

    ["Oramond Minotaurs South"] = {33597, 32028, 7},

    ["Oramond Minotaurs East"] = {33704, 31939, 7},

    ["Oramond Furies / Undead Drags"] = {33650, 31839, 7},

    ["Seacrest Serpents Entrance"] = {33545, 31860, 7},

    ["Oramond West"] = {33543, 31893, 7},

    ["Oramond Tower"] = {33550, 31929, 7},

    ["Oramond Hydras"] = {33486, 31924, 10},

    ["Southeast Oramond Minotaurs"] = {33628, 32053, 7},

    ["Oramond Catacombs"] = {33469, 31762, 8},

    ["Seacrest Serpents North"] = {33490, 31685, 15},

    ["Seacrest Serpents South"] = {33468, 31816, 15},

    ["Oramond Grims/Demons"] = {33469, 32056, 10},

    ["Roshamuul South of bridge"] = {33572, 32553, 7},

    ["Roshamuul Bridge"] = {33541, 32529, 6},

    ["Guzzlemaw Valley"] = {33626, 32483, 7},

    ["Roshamuul Prison"] = {33567, 32379, 10},

    ["Roshamuul Depot"] = {33547, 32380, 7},

    ["War Golems"] = {32904, 31288, 7},

    ["Mistrock Cyclops"] = {32591, 31437, 7},

    ["Yalahar Arena Quarter"] = {32676, 31230, 7},

    ["Yalahar Alchemist Quarter"] = {32692, 31133, 7},

    ["Hellspawns"] = {32859, 31046, 7},

    ["Yalahar Grim Reapers"] = {32774, 31060, 8},

    ["Vengoth"] = {32953, 31463, 7},

    ["Fenrock DLs"] = {32593, 31364, 15},

    ["Svargrond Barbarian Camp"] = {32021, 31406, 7},

    ["Svargrond Arena"] = {32192, 31081, 7},

    ["Nibelor"] = {32359, 31080, 7},

    ["Okolnir"] = {32233, 31417, 7},

    ["New Chosens"] = {33179, 31196, 7},

    ["Corruption Hole"] = {33298, 31145, 9},

    ["Lizard City"] = {33078, 31186, 7},

    ["Killer Caimans"] = {33101, 31447, 7},

    ["Souleaters"] = {33164, 31059, 7},

    ["Lizard Village"] = {33238, 31165, 7},

    ["Farmine Dragons"] = {33190, 31293, 7},

    ["Kazordoon Dwarf Mines"] = {32502,31919,8},

    ["Lower Spike"] = {32243, 32604, 8},

    ["Hive"] = {33532, 31252, 7},

    ["Warzone 1/2/3"] = {33036, 31933, 12},

    ["Deeplings"] = {33457, 31194, 12},

}





NPC_DATA =

{

    {name = "Anderson", destinations = {["folda"] = {32046,31580,7}, ["tibia"] = {32234,31675,7}, ["vega"] = {32022,31692,7},}},

    {name = "Barry", destinations = {["magician"] = {32884,31156,7}, ["sunken"] = {32884,31164,7},}},

    {name = "Brodrosch", destinations = {["cormaya"] = {33309,31989,15}, ["farmine"] = {33024,31552,10},}},

    {name = "Bruce", destinations = {["alchemist"] = {32737,31113,7}, ["cemetery"] = {32745,31113,7},}},

    {name = "Buddel", destinations = {["barbarian camp"] = {32021,31294,7}, ["helheim"] = {32462,31174,7}, ["okolnir"] = {32224,31381,7}, ["svargrond"] = {32256,31197,7}, ["tyrsung"] = {32333,31227,7},}},

    {name = "Captain Bluebear", destinations = {["ab'dendriel"] = {32733,31668,6}, ["carlin"] = {32387,31821,6}, ["edron"] = {33193,31784,3}, ["liberty bay"] = {32283,32893,6}, ["oramond"] = {33479,31985,7}, ["port hope"] = {32530,32784,6}, ["roshamuul"] = {33493, 32568, 7}, ["svargrond"] = {32341,31108,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Captain Breezelda", destinations = {["carlin"] = {32387,31821,6}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6},}},

    {name = "Captain Chelop", destinations = {["thais"] = {32312,32211,6},}},

    {name = "Captain Cookie", destinations = {["liberty bay"] = {32298,32896,6},}},

    {name = "Captain Fearless", destinations = {["ab'dendriel"] = {32733,31668,6}, ["ankrahmun"] = {33091,32883,6}, ["carlin"] = {32387,31821,6}, ["darashia"] = {33289,32480,6}, ["edron"] = {33175,31764,6}, ["gray island"] = {33190, 31984, 7}, ["liberty bay"] = {32283,32893,6}, ["port hope"] = {32530,32784,6}, ["svargrond"] = {32341,31108,6}, ["thais"] = {32312,32211,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Captain Greyhound", destinations = {["ab'dendriel"] = {32733,31668,6}, ["edron"] = {33175,31764,6}, ["svargrond"] = {32341,31108,6}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Captain Gulliver", destinations = {["thais"] = {32312,32211,6},}},

    {name = "Captain Haba", destinations = {["hunt"] = {31942,31047,6}, ["svargrond"] = {32339,31117,7},}},

    {name = "Captain Jack", destinations = {["tibia"] = {32205,31756,6},}},

    {name = "Captain Max", destinations = {["calassa"] = {31920,32710,7}, ["liberty bay"] = {32298,32896,6}, ["yalahar"] = {32804,31270,6},}},

    {name = "Captain Seagull", destinations = {["carlin"] = {32387,31821,6}, ["edron"] = {33175,31764,6}, ["gray island"] = {33190, 31984, 7}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Captain Seahorse", destinations = {["ab'dendriel"] = {32733,31668,6}, ["ankrahmun"] = {33091,32883,6}, ["carlin"] = {32387,31821,6}, ["cormaya"] = {33288,31956,6}, ["gray island"] = {33190, 31984, 7}, ["liberty bay"] = {32283,32893,6}, ["port hope"] = {32530,32784,6}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6},}},

    {name = "Captain Sinbeard", destinations = {["darashia"] = {33289,32480,6}, ["edron"] = {33175,31764,6}, ["liberty bay"] = {32283,32893,6}, ["port hope"] = {32530,32784,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Captain Waverider", destinations = {["liberty bay"] = {32350,32856,7}, ["passage"] = {32132,32912,7}, ["peg leg"] = {32346,32625,7},}},

    {name = "Carlson", destinations = {["folda"] = {32046,31580,7}, ["senja"] = {32126,31665,7}, ["tibia"] = {32234,31675,7},}},

    {name = "Charles", destinations = {["ankrahmun"] = {33091,32883,6}, ["darashia"] = {33289,32480,6}, ["edron"] = {33175,31764,6}, ["liberty bay"] = {32283,32893,6}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Chemar", destinations = {["edron"] = {33193,31784,3}, ["farmine"] = {32983,31539,1}, ["femor hills"] = {32535,31837,4}, ["kazordoon"] = {32588, 31942, 0}, ["svargrond"] = {32254,31097,4},}},

    {name = "Dalbrect", destinations = {["passage"] = {32190,31957,6},}},

    {name = "Eremo", destinations = {["cormaya"] = {33288,31956,6},}},

    {name = "Gewen", destinations = {["darashia"] = {33269,32441,6}, ["edron"] = {33193,31784,3}, ["farmine"] = {32983,31539,1}, ["femor hills"] = {32535,31837,4}, ["svargrond"] = {32254,31097,4},}},

    {name = "Gurbasch", destinations = {["farmine"] = {33024,31552,10}, ["kazordoon"] = {32658, 31957, 15},}},

    {name = "Hal", destinations = {["alchemist"] = {32688,31187,7}, ["arena"] = {32688,31195,7},}},

    {name = "Harlow", destinations = {["vengoth"] = {32857,31549,7}, ["yalahar"] = {32837,31364,7},}},

    {name = "Imbul", destinations = {["banuta"] = {32826, 32631, 7}, ["center"] = {32628,32771,7}, ["chor"] = {32968,32799,7}, ["east"] = {32679,32777,7}, ["mountain hideout"] = {32987, 32730, 7},}},

    {name = "Iyad", destinations = {["darashia"] = {33269,32441,6}, ["edron"] = {33193,31784,3}, ["farmine"] = {32983,31539,1}, ["femor hills"] = {32535,31837,4}, ["kazordoon"] = {32588, 31942, 0},}},

    {name = "Jack Fate", destinations = {["ankrahmun"] = {33091,32883,6}, ["darashia"] = {33289,32480,6}, ["edron"] = {33175,31764,6}, ["goroma"] = {32161,32558,6}, ["liberty bay"] = {32283,32893,6}, ["port hope"] = {32530,32784,6}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Karith", destinations = {["ab'dendriel"] = {32733,31668,6}, ["ankrahmun"] = {33091,32883,6}, ["carlin"] = {32387,31821,6}, ["darashia"] = {33289,32480,6}, ["liberty bay"] = {32283,32893,6}, ["port hope"] = {32530,32784,6}, ["thais"] = {32312,32211,6}, ["venore"] = {32954,32023,6},}},

    {name = "Lorek", destinations = {["banuta"] = {32826, 32631, 7}, ["center"] = {32628,32771,7}, ["chor"] = {32968,32799,7}, ["mountain hideout"] = {32987, 32730, 7}, ["west"] = {32558,32780,7},}},

    {name = "Maris", destinations = {["fenrock"] = {32564,31313,7}, ["mistrock"] = {32640,31439,7}, ["yalahar"] = {32649,31292,6},}},

    {name = "Melian", destinations = {["darashia"] = {33269,32441,6}, ["edron"] = {33193,31784,3}, ["femor hills"] = {32535,31837,4}, ["kazordoon"] = {32588, 31942, 0}, ["svargrond"] = {32254,31097,4},}},

    {name = "Nielson", destinations = {["folda"] = {32046,31580,7}, ["senja"] = {32126,31665,7}, ["vega"] = {32022,31692,7},}},

    {name = "Old Adall", destinations = {["banuta"] = {32826, 32631, 7}, ["chor"] = {32968,32799,7}, ["east"] = {32679,32777,7}, ["mountain hideout"] = {32987, 32730, 7}, ["west"] = {32558,32780,7},}},

    {name = "Oliver", destinations = {["factory"] = {32895,31233,7}, ["sunken"] = {32895,31225,7},}},

    {name = "Pemaret", destinations = {["edron"] = {33175,31764,6}, ["eremo's island"] = {33315,31882,7},}},

    {name = "Peter", destinations = {["factory"] = {32860,31302,7}, ["trade"] = {32853,31302,7},}},

    {name = "Petros", destinations = {["ankrahmun"] = {33091,32883,6}, ["gray island"] = {33190, 31984, 7}, ["liberty bay"] = {32283,32893,6}, ["port hope"] = {32530,32784,6}, ["venore"] = {32954,32023,6}, ["yalahar"] = {32816,31272,6},}},

    {name = "Pino", destinations = {["darashia"] = {33269,32441,6}, ["farmine"] = {32983,31539,1}, ["femor hills"] = {32535,31837,4}, ["kazordoon"] = {32588, 31942, 0}, ["svargrond"] = {32254,31097,4},}},

    {name = "Rapanaio", destinations = {["isle of evil"] = {32667,31452,7}, ["kazordoon"] = {32700,31989,15},}},

    {name = "Reed", destinations = {["cemetery"] = {32798,31103,7}, ["magician"] = {32806,31103,7},}},

    {name = "Scrutinon", destinations = {["ab'dendriel"] = {32733,31668,6}, ["darashia"] = {33289,32480,6}, ["venore"] = {32954,32023,6},}},

    {name = "Sebastian", destinations = {["liberty bay"] = {32316,32702,7}, ["meriana"] = {32346,32625,7}, ["nargor"] = {32025,32812,7},}},

    {name = "Svenson", destinations = {["senja"] = {32126,31665,7}, ["tibia"] = {32234,31675,7}, ["vega"] = {32022,31692,7},}},

    {name = "Tarak", destinations = {["monument tower"] = {32941,31182,7}, ["yalahar"] = {32916,31199,7},}},

    {name = "Thorgrin", destinations = {["cormaya"] = {33309,31989,15}, ["kazordoon"] = {33309,31989,15},}},

    {name = "Tony", destinations = {["arena"] = {32695,31253,7}, ["foreign"] = {32695,31260,7},}},

    {name = "Uzon", destinations = {["darashia"] = {33269,32441,6}, ["edron"] = {33193,31784,3}, ["farmine"] = {32983,31539,1}, ["kazordoon"] = {32588, 31942, 0}, ["svargrond"] = {32254,31097,4},}},

}





-- make a list of town names and their locations

local TownLocations = {["Demon Oak Rewards"] = {32710,32398,7}}

for k, v in pairs(NPC_DATA) do

    for name, loc in pairs (v.destinations) do

        if (not string.find(name, "passage") and

            not string.find(name, "east") and

            not string.find(name, "tibia") and

            not string.find(name, "passage") and

            not string.find(name, "hunt") and

            not string.find(name, "center") and

            not string.find(name, "west")) then

            TownLocations[name] = loc

            HUNTING_SPOTS[name] = loc

        end

    end

end





-- internal funcs

function createIpcMessage(locationString, townName)

    return locationString .. "|" .. Self.Position().x .. "|" .. Self.Position().y .. "|" .. townName .. "|" .. Self.Name()

end





function parseExivaMessage(message, currentTargetName)

    local distance = 65535

    local townName = ""

    for name, loc in pairs(TownLocations) do

        local checkDistance = Self.DistanceFromPosition(loc[1], loc[2], loc[3])

        if (checkDistance < distance) then

            townName = name

            distance = checkDistance

        end

    end





    -- get the location data from the message and merge it with the town

    local locationString = string.sub(message, string.len(currentTargetName) + 4)

    locationString = string.sub(locationString, 1, string.len(locationString) - 1)





    return locationString, townName

end





-- string helpers

function string.starts(String,Start)

   return string.sub(String,1,string.len(Start))==Start

end





function string:split(sep)

        local sep, fields = sep or ":", {}

        local pattern = string.format("([^%s]+)", sep)

        self:gsub(pattern, function(c) fields[#fields+1] = c end)

        return fields

end

when is this uppdate done`?

Thanks for the update <3

http://i.imgur.com/ZcWIQ9k.jpg

Thank you sir!

It's liiiiiiiiiiiiiiiiiiive!! :D I see you also sneaked in a pair of throwaway calls to math.random that should fix the one-liner issues that @Ben had some time ago.

nice!

Quote:

Originally Posted by shadowart

It's liiiiiiiiiiiiiiiiiiive!! :D I see you also sneaked in a pair of throwaway calls to math.random that should fix the one-liner issues that @Ben had some time ago.

Those have been around for a few updates, actually

Congratulations on the speed of update ;)