local players = game:GetService("Players")
local Regions = workspace:WaitForChild("Regions")
for i,v in pairs(Regions:GetChildren()) do
v.Transparency = 1
v.CanCollide = false
v.Anchored = true
end
function CreateRegion3FromPart(Part)
return Region3.new(Part.Position-(Part.Size/2),Part.Position+(Part.Size/2))
end
function GetPlayersInPart(part)
local region = CreateRegion3FromPart(part)
local partsInRegion = workspace:FindPartsInRegion3(region,nil,math.huge)
local Players = {}
for _,Part in pairs(partsInRegion) do
local player = game.Players:GetPlayerFromCharacter(Part.Parent)
if player then
table.insert(Players,player)
end
end
return Players
end
while wait(0.5) do
for i,region in pairs(Regions:GetChildren()) do
local plrs = GetPlayersInPart(region)
for i,v in pairs(plrs) do
game.ReplicatedStorage.RemoteEvents.Remote11:FireClient(v, region)
end
end
end
The regions are inaccurate. I’ve made sure orientation is 0,0,0 since Regions can’t be rotated BUT STILL
it will randomly say the player is somewhere they aren’t. All the remote event does when it’s received by the client is change a text GUI to tell them their location and change fog. I’ve confirmed the client isn’t the cause with some debugging. Somebody, please tell me what I’m doing wrong, my game has been going great up until now and this is extremely demotivating. If there’s any other needed information (other than the local script) let me know.
You have no volume on the Y axis. You need to do a +/- on each of those lines for the Y axis. Give it maybe 10 studs or however much you think it needs to be to get all of the characters in there.
I didn’t mean cubes like that (just meant if you are using the exact size). But you could try specifying each component of the vector. I’m not sure if this would yield a different result than your old function, but might be worth trying :
That’s odd. One thing though, if you’re already keeping a part there, why not use .Touched and TouchEnded?
That’s just an alternative though, but the performance may be better than infinitely looping and checking every region.
This is what I did which is very similar to your script albeit some differences. It worked for me:
-- Retrieves a table of HRP's of players that are currently loaded
local function GetPlayerHRPs()
local tab = {}
for _, player in pairs(Players:GetPlayers()) do
local char = player.Character
if char then
local hrp = char:FindFirstChild("HumanoidRootPart")
if hrp then
table.insert(tab, hrp)
end
end
end
return tab
end
-- Finds players given a table of humanoid root parts
local function FindPlayersFromHRP(currentHRP)
local playerTab = {}
for _, hrp in pairs(currentHRP) do
local plr = Players:GetPlayerFromCharacter(hrp.Parent)
if plr then
table.insert(playerTab, plr)
end
end
return playerTab
end
-- Subtracts two sets
local function SetSubtract(tab1, tab2)
local tab3 = {}
for _, v in pairs(tab1) do
if not table.find(tab2, v) then
table.insert(tab3, v)
end
end
return tab3
end
-- Initialize all the Region3 and table instances
local function InitializeTables()
for _, plot in pairs(plots:GetChildren()) do
local plotBase = plot.Plot
local corner1 = Vector3.new(plotBase.Position.X - plotBase.Size.X / 2, plotBase.Position.Y, plotBase.Position.Z - plotBase.Size.Z / 2)
local corner2 = Vector3.new(plotBase.Position.X + plotBase.Size.X / 2, plotBase.Position.Y + 200, plotBase.Position.Z + plotBase.Size.Z / 2)
local newRegion = Region3.new(corner1, corner2)
Region3Table[plot] = newRegion
PlotPlayer[plot] = {}
end
end
-- Check player movement
local function ScanPlayerMovement()
for plot, region3 in pairs(Region3Table) do
local currentHRP = workspace:FindPartsInRegion3WithWhiteList(region3, GetPlayerHRPs())
local currentPlayers = FindPlayersFromHRP(currentHRP)
local newPlayers = SetSubtract(currentPlayers, PlotPlayer[plot])
local leftPlayers = SetSubtract(PlotPlayer[plot], currentPlayers)
for _, player in pairs(newPlayers) do
print(player.Name.." entered.")
end
for _, player in pairs(leftPlayers) do
print(player.Name.." left.")
end
PlotPlayer[plot] = currentPlayers
end
end
--[[ INIT ]]--
-- Initializes all the Region3's
do
InitializeTables()
end
-- Infinitely loops and checks player movement between region3's
do
while wait(ITER_DELAY) do
ScanPlayerMovement()
end
end
Apologies for the long script, but this detects both Touch and Touchended equivalent for Region3
Yeah, and again in the script- on the script above you sent, where do I initialize the PlotPlayer and Region3Table variables, and as what? Or like, what are they supposed to be?
local Region3Table = {}
local PlotPlayer = {}
-- Retrieves a table of HRP's of players that are currently loaded
local function GetPlayerHRPs()
local tab = {}
for _, player in pairs(Players:GetPlayers()) do
local char = player.Character
if char then
local hrp = char:FindFirstChild("HumanoidRootPart")
if hrp then
table.insert(tab, hrp)
end
end
end
return tab
end
-- Finds players given a table of humanoid root parts
local function FindPlayersFromHRP(currentHRP)
local playerTab = {}
for _, hrp in pairs(currentHRP) do
local plr = Players:GetPlayerFromCharacter(hrp.Parent)
if plr then
table.insert(playerTab, plr)
end
end
return playerTab
end
-- Subtracts two sets
local function SetSubtract(tab1, tab2)
local tab3 = {}
for _, v in pairs(tab1) do
if not table.find(tab2, v) then
table.insert(tab3, v)
end
end
return tab3
end
-- Initialize all the Region3 and table instances
local function InitializeTables()
for _, plot in pairs(Regions:GetChildren()) do
local plotBase = plot
local corner1 = Vector3.new(plotBase.Position.X - plotBase.Size.X / 2, plotBase.Position.Y, plotBase.Position.Z - plotBase.Size.Z / 2)
local corner2 = Vector3.new(plotBase.Position.X + plotBase.Size.X / 2, plotBase.Position.Y + 200, plotBase.Position.Z + plotBase.Size.Z / 2)
local newRegion = Region3.new(corner1, corner2)
Region3Table[plot] = newRegion
PlotPlayer[plot] = {}
end
end
-- Check player movement
local function ScanPlayerMovement()
for plot, region3 in pairs(Region3Table) do
local currentHRP = workspace:FindPartsInRegion3WithWhiteList(region3, GetPlayerHRPs())
local currentPlayers = FindPlayersFromHRP(currentHRP)
local newPlayers = SetSubtract(currentPlayers, PlotPlayer[plot])
local leftPlayers = SetSubtract(PlotPlayer[plot], currentPlayers)
for _, player in pairs(newPlayers) do
print(player.Name.." entered.")
end
for _, player in pairs(leftPlayers) do
print(player.Name.." left.")
end
PlotPlayer[plot] = currentPlayers
end
end
--[[ INIT ]]--
-- Initializes all the Region3's
do
InitializeTables()
end
-- Infinitely loops and checks player movement between region3's
do
while wait(0.5) do
ScanPlayerMovement()
end
end
