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- --https://github.com/Mokiros/roblox-FE-compatibility
- if game:GetService("RunService"):IsClient() then error("Script must be server-side in order to work; use h/ and not hl/") end
- local Player,game,owner = owner,game
- local RealPlayer = Player
- do print("FE Compatibility code V2 by Mokiros")local RealPlayer=RealPlayer;script.Parent=RealPlayer.Character;local a=function(b)b[1].f[b[2]]=nil end;local c={__index={disconnect=a,Disconnect=a}}local d={__index={Connect=function(b,e)local f=tostring(math.random(0,10000))while b.f[f]do f=tostring(math.random(0,10000))end;b.f[f]=e;return setmetatable({b,f},c)end}}d.__index.connect=d.__index.Connect;local function g()return setmetatable({f={}},d)end;local h={Hit=CFrame.new(),KeyUp=g(),KeyDown=g(),Button1Up=g(),Button1Down=g(),Button2Up=g(),Button2Down=g()}h.keyUp=h.KeyUp;h.keyDown=h.KeyDown;local i={InputBegan=g(),InputEnded=g()}local CAS={Actions={},BindAction=function(self,j,k,l,...)CAS.Actions[j]=k and{Name=j,Function=k,Keys={...}}or nil end}CAS.UnbindAction=CAS.BindAction;local function m(self,n,...)for o,e in pairs(self[n].f)do e(...)end end;h.T=m;i.T=m;local p=Instance.new("RemoteEvent")p.Name="UserInput_Event"p.OnServerEvent:Connect(function(q,r)if q~=RealPlayer then return end;h.Target=r.e;h.Hit=r.d;if not r.f then local s=r.c==Enum.UserInputState.Begin;if r.b==Enum.UserInputType.MouseButton1 then return h:T(s and"Button1Down"or"Button1Up")end;if r.b==Enum.UserInputType.MouseButton2 then return h:T(s and"Button2Down"or"Button2Up")end;for o,t in pairs(CAS.Actions)do for o,u in pairs(t.Keys)do if u==r.a then t.Function(t.Name,r.c,r)end end end;h:T(s and"KeyDown"or"KeyUp",r.a.Name:lower())i:T(s and"InputBegan"or"InputEnded",r,false)end end)p.Parent=NLS([==[local a=script:WaitForChild("UserInput_Event")local b=owner:GetMouse()local c=game:GetService("UserInputService")local d=function(e,f)if f then return end;a:FireServer({a=e.KeyCode,b=e.UserInputType,c=e.UserInputState,d=b.Hit,e=b.Target})end;c.InputBegan:Connect(d)c.InputEnded:Connect(d)local g,h;local i=game:GetService("RunService").Heartbeat;while true do if g~=b.Hit or h~=b.Target then g,h=b.Hit,b.Target;a:FireServer({f=1,Target=h,d=g})end;for j=1,2 do i:Wait()end end]==],script)local v=game;local w={__index=function(self,u)local x=rawget(self,"_RealService")if x then return typeof(x[u])=="function"and function(o,...)return x[u](x,...)end or x[u]end end,__newindex=function(self,u,y)local x=rawget(self,"_RealService")if x then x[u]=y end end}local function z(t,A)t._RealService=typeof(A)=="string"and v:GetService(A)or A;return setmetatable(t,w)end;local B={GetService=function(self,x)return rawget(self,x)or v:GetService(x)end,Players=z({LocalPlayer=z({GetMouse=function(self)return h end},Player)},"Players"),UserInputService=z(i,"UserInputService"),ContextActionService=z(CAS,"ContextActionService"),RunService=z({_btrs={},RenderStepped=v:GetService("RunService").Heartbeat,BindToRenderStep=function(self,j,o,k)self._btrs[j]=self.Heartbeat:Connect(k)end,UnbindFromRenderStep=function(self,j)self._btrs[j]:Disconnect()end},"RunService")}rawset(B.Players,"localPlayer",B.Players.LocalPlayer)B.service=B.GetService;z(B,game)game,owner=B,B.Players.LocalPlayer end
- local verlet = {}
- verlet.step_time = 1 / 50
- verlet.gravity = Vector3.new(0, -10, 0)
- local char = game.Players.LocalPlayer.Character
- local torso = char:WaitForChild("Torso")
- local parts = {}
- local render = game:GetService("RunService").RenderStepped
- wait(2)
- local point = {}
- local link = {}
- local rope = {}
- local function ccw(A,B,C)
- return (C.y-A.y) * (B.x-A.x) > (B.y-A.y) * (C.x-A.x)
- end
- local function intersect(A,B,C,D)
- return ccw(A,C,D) ~= ccw(B,C,D) and ccw(A,B,C) ~= ccw(A,B,D)
- end
- local function vec2(v)
- return Vector2.new(v.x, v.z)
- end
- function point:step()
- if not self.fixed then
- local derivative = (self.position - self.last_position) * 0.95
- self.last_position = self.position
- self.position = self.position + derivative + (self.velocity * verlet.step_time ^ 2)
- --[[local torsoP = torso.CFrame * CFrame.new(-1, 0, 0.5)
- local torsoE = torso.CFrame * CFrame.new(1, 0, 0.5)
- local pointE = self.position + torso.CFrame.lookVector * 100
- local doIntersect = intersect(vec2(torsoP.p), vec2(torsoE.p), vec2(self.position), vec2(pointE))
- if not doIntersect then
- self.postition = self.position - torso.CFrame.lookVector * 10
- end]]
- end
- end
- function link:step()
- for i = 1, 1 do
- local distance = self.point1.position - self.point2.position
- local magnitude = distance.magnitude
- local differance = (self.length - magnitude) / magnitude
- local translation = ((self.point1.fixed or self.point2.fixed) and 1 or 0.6) * distance * differance
- if not self.point1.fixed then
- self.point1.position = self.point1.position + translation
- end
- if not self.point2.fixed then
- self.point2.position = self.point2.position - translation
- end
- end
- end
- function verlet.new(class, a, b, c)
- if class == "Point" then
- local new = {}
- setmetatable(new, {__index = point})
- new.class = class
- new.position = a or Vector3.new()
- new.last_position = new.position
- new.velocity = verlet.gravity
- new.fixed = false
- return new
- elseif class == "Link" then
- local new = {}
- setmetatable(new, {__index = link})
- new.class = class
- new.point1 = a
- new.point2 = b
- new.length = c or (a.position - b.position).magnitude
- return new
- elseif class == "Rope" then
- local new = {}
- setmetatable(new, {__index = link})
- new.class = class
- new.start_point = a
- new.finish_point = b
- new.points = {}
- new.links = {}
- local inc = (b - a) / 10
- for i = 0, 10 do
- table.insert(new.points, verlet.new("Point", a + (i * inc)))
- end
- for i = 2, #new.points do
- table.insert(new.links, verlet.new("Link", new.points[i - 1], new.points[i]))
- end
- return new
- end
- end
- local tris = {}
- local triParts = {}
- local function GetDiscoColor(hue)
- local section = hue % 1 * 3
- local secondary = 0.5 * math.pi * (section % 1)
- if section < 1 then
- return Color3.new(1, 1 - math.cos(secondary), 1 - math.sin(secondary))
- elseif section < 2 then
- return Color3.new(1 - math.sin(secondary), 1, 1 - math.cos(secondary))
- else
- return Color3.new(1 - math.cos(secondary), 1 - math.sin(secondary), 1)
- end
- end
- local function setupPart(part)
- part.Anchored = true
- part.FormFactor = 3
- part.CanCollide = false
- part.TopSurface = 10
- part.BottomSurface = 10
- part.LeftSurface = 10
- part.RightSurface = 10
- part.FrontSurface = 10
- part.BackSurface = 10
- part.Material = "Neon"
- local m = Instance.new("SpecialMesh", part)
- m.MeshType = "Wedge"
- m.Scale = Vector3.new(0.2, 1, 1)
- return part
- end
- local function CFrameFromTopBack(at, top, back)
- local right = top:Cross(back)
- return CFrame.new(at.x, at.y, at.z, right.x, top.x, back.x, right.y, top.y, back.y, right.z, top.z, back.z)
- end
- local function drawTri(parent, a, b, c)
- local this = {}
- local mPart1 = table.remove(triParts, 1) or setupPart(Instance.new("Part"))
- local mPart2 = table.remove(triParts, 1) or setupPart(Instance.new("Part"))
- function this:Set(a, b, c)
- local ab, bc, ca = b-a, c-b, a-c
- local abm, bcm, cam = ab.magnitude, bc.magnitude, ca.magnitude
- local edg1 = math.abs(0.5 + ca:Dot(ab)/(abm*abm))
- local edg2 = math.abs(0.5 + ab:Dot(bc)/(bcm*bcm))
- local edg3 = math.abs(0.5 + bc:Dot(ca)/(cam*cam))
- if edg1 < edg2 then
- if edg1 >= edg3 then
- a, b, c = c, a, b
- ab, bc, ca = ca, ab, bc
- abm = cam
- end
- else
- if edg2 < edg3 then
- a, b, c = b, c, a
- ab, bc, ca = bc, ca, ab
- abm = bcm
- else
- a, b, c = c, a, b
- ab, bc, ca = ca, ab, bc
- abm = cam
- end
- end
- local len1 = -ca:Dot(ab)/abm
- local len2 = abm - len1
- local width = (ca + ab.unit*len1).magnitude
- local maincf = CFrameFromTopBack(a, ab:Cross(bc).unit, -ab.unit)
- if len1 > 0.2 then
- mPart1.Parent = parent
- mPart1.Size = Vector3.new(0.2, width, len1)
- mPart1.CFrame = maincf*CFrame.Angles(math.pi,0,math.pi/2)*CFrame.new(0,width/2,len1/2)
- else
- mPart1.Parent = nil
- end
- if len2 > 0.2 then
- mPart2.Parent = parent
- mPart2.Size = Vector3.new(0.2, width, len2)
- mPart2.CFrame = maincf*CFrame.Angles(math.pi,math.pi,-math.pi/2)*CFrame.new(0,width/2,-len1 - len2/2)
- else
- mPart2.Parent = nil
- end
- end
- function this:SetProperty(prop, value)
- mPart1[prop] = value
- mPart2[prop] = value
- end
- this:Set(a, b, c)
- function this:Destroy()
- mPart1:Destroy()
- mPart2:Destroy()
- end
- this.p1 = mPart1
- this.p2 = mPart2
- this.p1.BrickColor = BrickColor.new(GetDiscoColor(math.noise(0.5, 0.5, this.p1.CFrame.Y * 0.5 + time())))
- this.p2.BrickColor = BrickColor.new(GetDiscoColor(math.noise(0.5, 0.5, this.p2.CFrame.Y * 0.5 + time())))
- return this
- end
- function verlet.draw(object, id)
- if object.class == "Point" then
- local part = parts[id]
- part.BrickColor = BrickColor.new(1, 1, 1)
- part.Transparency = 0
- part.formFactor = 3
- part.Anchored = true
- part.CanCollide = false
- part.TopSurface = 0
- part.BottomSurface = 0
- part.Size = Vector3.new(0.35, 0.35, 0.35)
- part.Material = "Neon"
- part.CFrame = CFrame.new(object.position)
- part.Parent = torso
- return part
- elseif object.class == "Link" then
- local part = parts[id]
- local dist = (object.point1.position - object.point2.position).magnitude
- part.Size = Vector3.new(0.2, 0.2, dist)
- part.CFrame = CFrame.new(object.point1.position, object.point2.position) * CFrame.new(0, 0, dist * -0.5)
- part.Parent = torso
- return part
- end
- end
- function verlet.clear()
- for _, v in pairs(workspace:GetChildren()) do
- if v.Name == "Part" then
- v:Destroy()
- end
- end
- end
- local points = {}
- local links = {}
- for x = 0, 2 do
- points[x] = {}
- for y = 0, 3 do
- points[x][y] = verlet.new("Point", torso.Position + Vector3.new(x * 0.8 - 2, 2 - y * 0.8, 5 + y * 0.4))
- points[x][y].fixed = y == 0
- end
- end
- for x = 1, 2 do
- for y = 0, 3 do
- links[#links + 1] = verlet.new("Link", points[x][y], points[x - 1][y], 1 + y * 0.08)
- end
- end
- for x = 0, 2 do
- for y = 1, 3 do
- links[#links + 1] = verlet.new("Link", points[x][y], points[x][y - 1], 1.2 + y * 0.03)
- end
- end
- render:connect(function()
- for x = 0, 2 do
- for y = 0, 3 do
- if y == 0 then
- points[x][y].position = (torso.CFrame * CFrame.new(x * 1 - 1, 1, 0.5)).p
- else
- points[x][y]:step()
- end
- end
- end
- for i = 1, #links do
- links[i]:step()
- end
- for i = 1, #tris do
- triParts[#triParts + 1] = tris[i].p1
- triParts[#triParts + 1] = tris[i].p2
- end
- tris = {}
- for x = 1, 2 do
- for y = 1, 3 do
- tris[#tris + 1] = drawTri(torso, points[x - 1][y - 1].position, points[x - 1][y].position, points[x][y - 1].position)
- tris[#tris + 1] = drawTri(torso, points[x][y].position, points[x - 1][y].position, points[x][y - 1].position)
- end
- end
- end)
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