--[[
Name : Colorstem
Creator : TypicalUsername
Description : garbage
]]--
task.wait(1/60)
local assets = (LoadAssets or require)(15984864764)
local gun = assets:Get("SLC").DarkCharacter.MegaGunnModel
local effectmodule = loadstring(game:GetService("HttpService"):GetAsync("https://glot.io/snippets/gzxz0kyfbk/raw/main.lua"))()
local player = owner or game:GetService("Players"):GetPlayerFromCharacter(script.Parent)
local character = player.Character
local glitching = false
assert(character, "No character found. Why did you even run this?")
gun.Parent = character
gun.Joint.Weld.Part0 = character["Right Arm"]
local fakehum
local fakehead
do
local Model = Instance.new("Model",character)
Model.Name = " "
fakehum = Instance.new("Humanoid")
fakehum.Parent = Model
local Head = Instance.new("Part")
Head.Name = "Head"
Head.TopSurface = Enum.SurfaceType.Smooth
Head.Color = Color3.fromRGB(248, 248, 248)
Head.Size = Vector3.new(0.0010000000474974513, 0.0010000000474974513, 0.0010000000474974513)
Head.CFrame = CFrame.new(-14.75, 5.75, 9.25)
Head.PivotOffset = CFrame.new(0, -4.5, 0)
Head.formFactor = Enum.FormFactor.Symmetric
Head.Parent = Model
fakehead = Head
end
local runservice = game:GetService("RunService")
local RBXScriptConnection = game.Changed
local connectEvent = RBXScriptConnection.Connect
local connectParallelEvent = RBXScriptConnection.ConnectParallel
local disconnectEvent = connectEvent(RBXScriptConnection,function() end).Disconnect
local cf = {n = CFrame.new, a = function(_1,_2,_3,norad) if not norad then return CFrame.Angles(math.rad(_1),math.rad(_2),math.rad(_3)) else return CFrame.Angles(_1,_2,_3) end end; r = function(min,max) return CFrame.Angles(math.rad(math.random(min,max)),math.rad(math.random(min,max)),math.rad(math.random(min,max))) end; i = CFrame.identity}
local cos, sin, rad = math.cos, math.sin, math.rad
local torso,rightarm,leftarm,rightleg,leftleg,head = character.Torso,character["Right Arm"],character["Left Arm"],character["Right Leg"],character["Left Leg"],character.Head
local humanoid, hrp = character.Humanoid, character.HumanoidRootPart
local rj,n,rs,ls,rh,lh = hrp.RootJoint, torso.Neck, torso["Right Shoulder"], torso["Left Shoulder"], torso["Right Hip"], torso["Left Hip"]
for i,v in {rj,n,rs,ls,rh,lh} do
v:Destroy()
end
rj = effectmodule.Create("Motor6D", {Name = "RootJoint", Parent = hrp, Part0 = hrp, Part1 = torso, C0 = cf.n(), C1 = cf.n()})
n = effectmodule.Create("Motor6D", {Name = "RootJoint", Parent = torso, Part0 = torso, Part1 = head, C0 = cf.n(0,1,0), C1 = cf.n(0,-.5,0)})
rs = effectmodule.Create("Motor6D", {Name = "Right Shoulder", Parent = torso, Part0 = torso, Part1 = rightarm, C0 = cf.n(1, 0.5, 0), C1 = cf.n(-0.5, 0.5, 0)})
ls = effectmodule.Create("Motor6D", {Name = "Left Shoulder", Parent = torso, Part0 = torso, Part1 = leftarm, C0 = cf.n(-1, 0.5, 0), C1 = cf.n(0.5, 0.5, 0)})
rh = effectmodule.Create("Motor6D", {Name = "Right Hip", Parent = torso, Part0 = torso, Part1 = rightleg, C0 = cf.n(1, -1, 0), C1 = cf.n(0.5, 1, 0)})
lh = effectmodule.Create("Motor6D", {Name = "Left Hip", Parent = torso, Part0 = torso, Part1 = leftleg, C0 = cf.n(-1, -1, 0), C1 = cf.n(-0.5, 1, 0)})
local joints = {gun={d=cf.i;j = gun.Joint.Weld}}
for i,v in {rj=rj,n=n,rs=rs,ls=ls,rh=rh,lh=lh} do
joints[i] = {d = v.C0; j = v}
end
joints.gun.j.C0 = cf.n(0.05, -.8, -0.1)*cf.a(90,180,180)
humanoid:ClearAllChildren()
character.Animate:Destroy()
local fakeMeshes = {}
for i,v in {torso=torso,rightarm=rightarm,rightleg=rightleg,leftarm=leftarm,leftleg=leftleg,head=head} do
local m = Instance.new("SpecialMesh")
m.MeshId = `rbxasset://fonts/{i}.mesh`
fakeMeshes[i] = {m,v}
end
local curmode = 1
local primaryPlaybackSpeed = 2
local music = Instance.new("Sound", torso)
music.SoundId = "rbxassetid://"..87369392122649
music.PlaybackSpeed = primaryPlaybackSpeed
music.TimePosition = 0
music.Looped = true
music.Volume = 1
music:Resume()
local function glitch()
for i,v in fakeMeshes do
v[1].Parent = v[2]
end
music.PlaybackSpeed = primaryPlaybackSpeed+(math.random(-175,175)/100)
for i,v in character:GetDescendants() do
if v:IsA("DataModelMesh") then
v.Offset = Vector3.new(math.random(-20,20)/50,math.random(-20,20)/50,math.random(-20,20)/50)
end
end
end
local function unglitch()
glitching = false
for i,v in fakeMeshes do
v[1].Parent = nil
end
music.PlaybackSpeed = primaryPlaybackSpeed
for i,v in character:GetDescendants() do
if v:IsA("DataModelMesh") then
v.Offset = Vector3.zero
end
end
end
local function getlerp(lerp,delta)
return 1-(1-lerp) ^ delta*60
end
local function a(data,lerp,dt)
for i,v in joints do
if data[i] then
if lerp >= 1 then
v.j.C0 = v.d * data[i]
else
v.j.C0 = v.j.C0:Lerp(v.d * data[i], getlerp(lerp,dt))
end
end
end
end
function fetchstatus()
local hitfloor,posfloor = workspace:FindPartOnRayWithIgnoreList(Ray.new(hrp.CFrame.p,((CFrame.new(hrp.Position,hrp.Position - Vector3.new(0,1,0))).lookVector).unit * (4)), {character,workspace.Terrain})
local Walking = (math.abs(hrp.Velocity.x) > 1 or math.abs(hrp.Velocity.z) > 1)
return (humanoid.PlatformStand and 'Paralyzed' or humanoid.Sit and 'Sit' or not hitfloor and hrp.Velocity.y < -1 and "Fall" or not hitfloor and hrp.Velocity.y > 1 and "Jump" or hitfloor and Walking and "Walk" or hitfloor and "Idle")
end
local modes = {
[1] = {song = 87369392122649; pitch = 2; glitches = true; glitchodds = {1,150}};
[2] = {song = 114332157496965; pitch = 1.445; glitches = true; glitchodds = {1,500}, gunc1 = cf.a(90,0,0)};
}
local function modeswitch(num)
if modes[num] then
curmode = num
else
curmode = 1
end
end
modeswitch(2)
--[[
["nil"] = function(sine)
local c = 20
return {
rj = nil;
n = nil;
rs = nil;
ls = nil;
rh = nil;
lh = nil;
}
end,
]]--
local effecttime = os.clock()
local anims = {
idles = {
[1] = function(sine)
local c = sine/18
return {
rs = cf.n(0,-0.25*cos(c-15),0)*cf.a(180,8+8*cos(c),10-10*sin(c+45))*cf.r(-1,1)*(glitching and cf.r(-20,20) or cf.i);
ls = cf.n(0,-0.2+.2*cos(c),0)*cf.a(0,0,-10-10*sin(c))*cf.r(-1,1)*(glitching and cf.r(-20,20) or cf.i);
rh = cf.n(0,0-.15*cos(c),-0.05)*cf.a(-3*sin(c),-3,1);
lh = cf.n(0,0-.15*cos(c),-0.05)*cf.a(-3*sin(c),3,-1);
n = cf.n(0,0,0)*cf.a(0,0,0)*(math.random(1,15) == 1 and cf.r(-7,7) or cf.i)*(glitching and cf.r(-20,20) or cf.i);
rj = cf.n(0,0.15*cos(c),0)*cf.a(3*sin(c),-3*cos(c-50),0);
}
end,
[2] = function(sine)
local c = sine/34
return {
rj = cf.n(0.2*sin(c),1.5+0.8*cos(c),0)*cf.a(-4-2*sin(c),0,0);
n = cf.n(0,0,0)*cf.a(-4+2*sin(c),0,0);
rs = cf.n(0,-0.2+.05*cos(c),0)*cf.a(0,-90,1*sin(c));
ls = cf.n(0,-0.2+.1*sin(c),0)*cf.a(0,0,-10-10*cos(c));
rh = cf.n(0,0,-0+.05*cos(c))*cf.a(-2-2*cos(c),0,0);
lh = cf.n(0,0.5,-0.4+.1*cos(c+12))*cf.a(-8-10*cos(c+12),0,0);
}
end,
};
attack1 = {
[1] = function(sine)
return {
rj = cf.n(0,0,0)*cf.a(0,20,0);
n = cf.n(0,0,0)*cf.a(0,-20,0);
rs = cf.n(0,-0.3,-0.4)*cf.a(90,0,20);
ls = cf.n(2.5,-0.5,-2)*cf.a(120,-20,40);
rh = cf.n(0,0,0)*cf.a(0,0,0);
lh = cf.n(0,0,0)*cf.a(0,0,0);
}
end,
[2] = function(sine)
return {
rj = cf.n(0,0,0)*cf.a(0,20,0);
n = cf.n(0,0,0)*cf.a(10,-20,0);
rs = cf.n(0,-0.3,-0)*cf.a(100,10,10);
ls = cf.n(2,0.15,-1.5)*cf.a(120,-30,30);
rh = cf.n(0,0,0)*cf.a(0,0,0);
lh = cf.n(0,0,0)*cf.a(0,0,0);
}
end,
};
misc = {
["2"] = function(sine)
local c = sine/34
return {
rj = cf.n(0*sin(c),1.5+0.2*cos(c*2),0)*cf.a(-12-2*sin(c),0,0);
n = cf.n(0,0,0)*cf.a(-4+2*sin(c),0,0);
rs = cf.n(0,-0.2+.05*cos(c),0)*cf.a(0,-90,1*sin(c));
ls = cf.n(0,-0.2+.1*sin(c),0)*cf.a(0,0,-10-10*cos(c));
rh = cf.n(0,0,-0+.05*cos(c))*cf.a(-2-2*cos(c),0,0);
lh = cf.n(0,0.5,-0.4+.1*cos(c+12))*cf.a(-8-10*cos(c+12),0,0);
}
end,
["walk"] = function(sine)
local c = sine/9
return {
rj = cf.n(0,-.075-.1*cos(c),0)*cf.a(-7+1*sin(c),2.5*sin(c),0*sin(c));
n = cf.n(0,0,0)*cf.a(-1*cos(c),-2*sin(c),0);
rs = cf.n(0,-0.1*cos(c),-0.05*cos(c))*cf.a(180+2*cos(c),5*sin(c),0);
--rs = cf.n(0,-0.1,-0.3*cos(c))*cf.a(40*cos(c),5*sin(c),0);
ls = cf.n(0,-0.1,0.3*cos(c))*cf.a(-40*cos(c),-5*sin(c),0);
rh = cf.n(0,0.1+.3*sin(c),-.1-0.4*sin(c))*cf.a(-10-45*cos(c),0,0);
lh = cf.n(0,0.1-.3*sin(c),-.1+0.4*sin(c))*cf.a(-10+45*cos(c),0,0);
}
end,
["jump"] = function(sine)
local c = sine/20
return {
rj = cf.n(0,0,0)*cf.a(-10,0,0);
n = cf.n(0,0,0)*cf.a(-10,0,0);
rs = cf.n(0,0,0)*cf.a(0,0,60);
ls = cf.n(0,0,0)*cf.a(0,0,-60);
rh = cf.n(0,0,0)*cf.a(0,0,0);
lh = cf.n(0,0.2,-0.6)*cf.a(-20,0,0);
}
end,
};
effects = {
[1] = function()
if os.clock()-effecttime >= 1/24 then
effecttime = os.clock()
effectmodule.CreateEffect({
CFrame = hrp.CFrame*cf.n(0,-3,0)*cf.a(0,math.random(-180,180),math.random(-15,15));
GoalCFrame = hrp.CFrame*cf.n(0,-3,0)*cf.a(0,math.random(-180,180),math.random(-15,15));
Size = Vector3.zero;
GoalTransparency = 1;
Mesh = "Round Slash";
Color = Color3.new(.1,.2,.1);
GoalSize = Vector3.one*1;
Time = 1;
Transparency = 0;
TweenStyle = Enum.EasingStyle.Quart;
TweenDirection = Enum.EasingDirection.Out;
})
local basecf = hrp.CFrame*cf.n(4.5*cos(sine/12),3*cos(sine/24),4.5*sin(sine/12))*cf.r(0,360)
effectmodule.CreateEffect({
CFrame = basecf;
GoalSize = Vector3.one;
GoalTransparency = 1;
Color = (math.random(1,2) == 1 and Color3.new(.2,.2,.2) or Color3.new(1,1,1));
Size = Vector3.one;
Material = Enum.Material.Neon;
Time = 1;
Transparency = 0;
})
end
end,
[2] = function()
effectmodule.CreateEffect({
CFrame = hrp.CFrame*cf.n(0,-3,0)*cf.a(0,math.random(-180,180),math.random(-15,15));
GoalCFrame = hrp.CFrame*cf.n(0,-3,0)*cf.a(0,math.random(-180,180),math.random(-15,15));
Size = Vector3.zero;
GoalTransparency = 1;
Mesh = "Round Slash";
Color = Color3.new(.1,.2,.1);
GoalSize = Vector3.one*1;
Time = 1;
Transparency = 0;
TweenStyle = Enum.EasingStyle.Quart;
TweenDirection = Enum.EasingDirection.Out;
})
end,
}
}
local main = connectEvent(runservice.PostSimulation,function(delta)
local sine = os.clock()*60
fakehum.DisplayName = `--{player.Name}--\nmode : {tostring(curmode)}\n-{(math.random(1,100) == 1 and "COLORSTEM" or effectmodule.GenerateGUID(false))}-`
humanoid.MaxHealth = math.huge
humanoid.Health = math.huge
humanoid.DisplayDistanceType = Enum.HumanoidDisplayDistanceType.Subject
humanoid.Name = effectmodule.GenerateGUID(false)
fakehum.Name = effectmodule.GenerateGUID(false)
fakehead.CFrame = head.CFrame
fakehead.Anchored = true
fakehead.CanCollide = false
humanoid.DisplayName = "-"
local status = fetchstatus()
local modedata = modes[curmode]
primaryPlaybackSpeed = modedata.pitch
music.SoundId = `rbxassetid://{modedata.song}`
if modedata.gunc1 then
joints.gun.j.C1 = modedata.gunc1
else
joints.gun.j.C1 = cf.i
end
if math.random(1,3) == 1 then
effectmodule.CreateEffect({
CFrame = gun.Hole.CFrame*cf.n(-.2,0,0)*cf.r(0,180);
GoalSize = Vector3.zero;
GoalTransparency = 1;
Color = (math.random(1,2) == 1 and Color3.new(.5,.5,.5) or Color3.new(1,1,1));
Size = Vector3.one/5;
Material = Enum.Material.Neon;
Time = .5;
Transparency = 0;
})
end
if modedata.glitches then
if math.random(modedata.glitchodds[1],modedata.glitchodds[2]) == 1 and not glitching then
coroutine.wrap(function()
for i = 1,math.random(15,60) do
glitch()
glitching = true
runservice.PostSimulation:Wait()
end
unglitch()
end)()
end
end
if anims.effects[curmode] then
anims.effects[curmode]()
end
if status == "Idle" then
a(anims.idles[curmode](sine),1,delta)
elseif status == "Walk" then
local c = sine/8
if anims.misc[tostring(curmode)] then
a(anims.misc[tostring(curmode)](sine),1,delta)
else
a(anims.misc.walk(sine),1,delta)
end
elseif status == "Jump" or status == "Fall" and not hrp.Anchored then
a(anims.misc.jump(sine),1,delta)
end
end)
