Robot = {}
Robot.Name = "MachinaDeusEx"
Robot.Health=100
Robot.Scale=1
Robot.Color = "White"
Robot.Color2 = "Cyan"
--declarations
PI=math.pi
TAU=PI*2
DEBRIS=game:service'Debris'
mr,md=math.random,math.rad
cfn,v3n=CFrame.new,Vector3.new
_A=nil
ang=function(x,y,z)local a=CFrame.Angles(x or 0,y or 0,z or 0)_A=a return a end
RS=game:service'RunService'
bcol=BrickColor.new
RS:UnbindFromRenderStep('Anim')
--player specific...
player = game.Players.LocalPlayer
character = player.Character
torso = character.Torso
head = character.Head
rarm = character['Right Arm']
larm = character['Left Arm']
rleg = character['Right Leg']
rleg = character['Left Leg']
human = character.Humanoid
--Utilities... who needs them?
function findHum(pos,rad,hum2)
local hums={}
function check(a)
local res=false
for i,ho in pairs(hums)do
if a==ho then res=true end
end
return res
end
for i,v in pairs(Workspace:children())do
if v:IsA'Model'and v~=Char and v~=(hum2 or Char) then
for i,q in pairs(v:children())do
if q:IsA'Humanoid' and q.Parent:FindFirstChild'Torso'and(q.Torso.Position-pos).magnitude < rad then
if not check(q)then
table.insert(hums,q)
end
end
end
end
end
return hums
end
function checkY(p1,p2,range,range2)
local function checko()
return ( (l(p1).X>l(p2).X-range2 and l(p1).X<l(p2).X+range2) and (l(p1).Z>l(p2).Z-range2 and l(p1).Z<l(p2).Z+range2) )
end
if range2 then
return (l(p1).Y > l(p2).Y-range and l(p2).Y < l(p2).Y+range) and checko()
else
return (l(p1).Y > l(p2).Y-range and l(p2).Y < l(p2).Y+range)
end
end
udim=function(a,b,c,d)
if type(a)=='string'then
x,y=tostring(a):match('([%+%d%.%-%/%*]+),([%+%d%.%-%/%*]+)')
return UDim2.new(x or 0,x2 or 0,y or 0,y2 or 0)
else
return UDim2.new(a or 0,c or 0,b or 0,d or 0)
end end
function l(a1,x,y,z,rx,ry,rz)
local cf
if tostring(a1):find(',') == nil then
cf=a1.CFrame
else cf=a1 end
return cf*CFrame.new(x or 0,y or 0,z or 0)*CFrame.Angles(
rx or 0,ry or 0,yz or 0)
end
function f(a) --turns thigns in to function returning the thing... f(l)(torso,0,2,0)
return function(...)
local args={...}
return function() return a(unpack(args)) end
end
end
function isIn(what,tab) --returns true if what is in tab. isIn("Troll", {"Tomato", "Troll", "Strawberry") --> true
local res=false
for i,v in next,tab do
if v==what then
res = true
break
end
end
return res
end
Weld = function(part0,part1,c0,c1,...) --over-engineered welding function which accepts many things
local ar = {...}
local cframe0,cframe1
local function checkf()local res=true
for i,v in pairs(ar)do
if type(v) ~= 'number' then
res=false
end
end
return res
end
if type(c0) == 'table' then
cframe0 = CFrame.new(c0[1] or 0, c0[2] or 0, c0[3] or 0) * CFrame.Angles(
c0[4] or 0, c0[5] or 0, c0[6] or 0)
elseif type(c0) == 'userdata' then
cframe0 = c0
elseif type(c0) == 'number' and checkf() then
cframe0 = CFrame.new(c0 or 0,c1 or 0,ar[1] or 0) * CFrame.Angles(ar[2] or 0, ar[3] or 0, ar[4] or 0)
end
if type(c1) == 'table' then
cframe1 = CFrame.new(c1[1] or 0, c1[2] or 0, c1[3] or 0) * CFrame.Angles(
c1[4] or 0, c1[5] or 0, c1[6] or 0)
elseif type(c1) == 'userdata' then
cframe1 = c1
elseif type(c1) == 'number' and (not c0 or (c0 and type(c0) == 'table')) then
cframe1 = CFrame.new(c1 or 0, ar[1] or 0, ar[2] or 0) * CFrame.Angles(ar[3] or 0, ar[4] or 0, ar[5] or 0)
end
for i,v in pairs(ar)do
if type(v) == 'table' then
cframe1 = CFrame.new(v[1] or 0, v[2] or 0, v[3] or 0) * CFrame.new(v[4] or 0, v[5] or 0, v[6] or 0)
elseif type(v) == 'userdata' then
cframe1 = v
end
end
cframe0,cframe1 = cframe1,cframe0
part0.Position=part1.Position
local weld = Instance.new("Weld")
weld.Part0 = part0
weld.Part1 = part1
weld.C0 = cframe0 or CFrame.new()
weld.C1 = cframe1 or CFrame.new()
if weld:IsA'Motor'then weld.MaxVelocity = set_maxvel or .1 end
weld.Parent = part0
_2=weld
return weld
end
mesh_ids = {
spikeball = "rbxassetid://24388358";
spike = "rbxassetid://1033714";
ring = "rbxassetid://3270017";
coil = 'rbxassetid://16606212';
diamond = 'rbxassetid://9756362';
rock = 'rbxassetid://1290033';
gear = 'rbxassetid://156292343';
crown = 'rbxassetid://20329976';
orb = 'rbxassetid://34795798';
heart = 'rbxassetid://431221914';
dragon = 'rbxassetid://24478215';
}
mesh_texs = {
rock = 'rbxassetid://1290030';
dragon = 'rbxassetid://25665033';
}
mesh_scales={
diamond = v3n(0.75, 0.75, 0.75);
spikeball = v3n(1.05, 1.05, 1.05);
spike = v3n(0.5, 1.5, 0.5);
gear = v3n(1.25,1.25,18);
ring = v3n(1, 1, 6);
coil = v3n(0.5, 0.5, 0.3);
crown = v3n(0.6, 0.6, 0.6);
orb = v3n(1, 1, 1);
heart = v3n(0.25, 0.25, 0.4);
dragon = v3n(0.4, 0.5, 0.4);
}
mesh_offsets={
crown = v3n(0,.15,0);
}
function bindMesh(mesh,Size)
local mesh_name
local size=Size or mesh.Parent.Size
for name,id in next,mesh_ids do
if mesh.MeshId==id then
mesh_name=name
end
end
if not mesh_name then return end
local mesh=mesh
local con
con=mesh.Parent.Changed:connect(function()
local siz=mesh.Parent.Size
mesh.Scale=siz*mesh_scales[mesh_name]
if mesh_offsets[mesh_name] then
mesh.Offset=siz*mesh_offsets[mesh_name]
end
end)
return con
end
Mesh = function(parent,id,sx,sy,sz)
local name = ( (id == 'cyl' and 'CylinderMesh') or (id == 'bl' and 'BlockMesh') or 'SpecialMesh')
local mesh = Instance.new(name)
if id == 's' then
mesh.MeshType = Enum.MeshType.Sphere
elseif id == 'w' then
mesh.MeshType = Enum.MeshType.Wedge
elseif id == 'h' then
mesh.MeshType = Enum.MeshType.Head
elseif string.find(id,"://") ~= nil then
mesh.MeshId = id
end
mesh.Scale = Vector3.new(sx or 1, sy or 1, sz or 1)
mesh.Parent = parent
_3=mesh
return mesh
end
Edit = function(what)
return function(args)
for ind,obj in next,what do
for arg,val in next,args do
local child,argu = arg:match"(.+)%.(.+)"
if child and argu then
if pcall(function()return obj[child][argu] end) then
obj[child][argu]=val
end
else
if arg=='_F'then
val(ind,obj)
elseif pcall(function()return obj[arg]end) then
obj[arg]=val
end
end
end
end
end
end
New = function(what) --Synthetic caffeine for Instance.new
local obj
if type(what) ~= 'string' then
obj=what:Clone()
else
obj=Instance.new(what)
end
if what=='Weld' then obj.Name='mujoint'end
return function(bar)
for arg,val in pairs(bar) do
if arg == "_P" then
obj.Parent = val
elseif arg=="_PP" then
obj.Part0=val[1]
obj.Part1=val[2]
elseif arg=='_F'then
val(obj)
else
if pcall(function()return obj[arg] end) then
obj[arg]=val
end
end
end _4=obj
return obj
end
end
set_parent,set_material=nil,nil
set_maxvel,set_anchor=nil,nil
_1,_2,_3,_4,_5,_6,_7,_8 = nil,nil,nil,nil,nil,nil,nil
Part = function(x,y,z,col,tr)
local p = New"Part"{
_P=set_parent or ears or Main;
BrickColor = BrickColor.new(col or set_color or "White");
CanCollide = false;
Transparency = tr or 0;
Size = Vector3.new(x or 0,y or 0,z or 0);
Material = set_material or 'SmoothPlastic';
Anchored = (set_anchor~=nil and set_anchor or false)
}
for _,sur in next,Enum.NormalId:GetEnumItems() do
p[sur.Name..'Surface'] = 10
end
_1 = p
return p
end
Joints={}
Joint={}
Joint.new=function(name,weld,c0,c1)
local joint={
w=weld;
part1=weld.Part1;
n_c0=(c0 or weld.C0);
n_c1=(c1 or weld.C1);
name=name;
previous=weld.C0;
_can_kf=true;
}
joint.keys={};
function joint:revertToOrig()
self.w.C0=self.n_c0
self.w.C1=self.n_c1
end
function joint:NewAnim(anim)
self.keys[anim]={}
end
setmetatable(joint,{
__mul=function(ta,val)
return ta.n_c0*val
end;
})
getfenv()[name]=joint
Joints[name]=joint
return joint
end
pcall(function() character[Robot.Name]:Destroy() end) --removes old model.
pcall(function()character.Head.face.Transparency=1 end)
Main = New"Model"{_P=character;Name = Robot.Name}
for i,v in pairs(character:children())do
if v:IsA'Hat'then v.Handle.Transparency=1
elseif v:IsA'Part'then
v.Transparency=1 end
end
--Torso...
midp=Part(4,1.5,2)_1.Transparency=1
Weld(midp,torso)
bottomp=Part(2,1.5,1.5,_,1)
Joint.new('b_p',Weld(bottomp,midp,0,-.75))
--Cage--
back_wall=Part(2,1.5,.25)
Weld(_1,bottomp,0,0,.75-.125)
front_wall=Part(2,1.25,.25)
-- Weld(_1,bottomp,0,0,-.75-.125)
cabin_mot=New"Motor"{_P=front_wall;_PP={front_wall,bottomp};
C1=cfn(0,.75,-.75+.125)*ang(0,PI/2);C0=cfn(0,1.25/2,0)*ang(0,PI/2);
MaxVelocity=.1}
-- Spawn(function() --demonstration of secret cabinet
-- while wait(1)do
-- cabin_mot.DesiredAngle=PI/2
-- wait(1)
-- cabin_mot.DesiredAngle=0
-- end end)
bottom_wall=Part(2,.25,1.5)
Weld(bottom_wall,bottomp,0,-.75+.125)
--Sides
p=Part(1.5,1.5,.75)Mesh(p,'w')
Weld(p,bottomp,-1-.75/2,0,0,PI,PI/2)
p=Part(1.5,1.5,.75)Mesh(p,'w')
Weld(p,bottomp,1+.75/2,0,0,PI,-PI/2)
topp=Part(4,1.5,2)
-- Weld(topp,bottomp,0,1.5)
Joint.new('t_p',New"Weld"{_P=topp;_PP={topp,bottomp};C1=cfn(0,.75,0);C0=cfn(0,-.75,0)})
--head
hed=Part(1,1,1)
Weld(hed,topp,0,.75+.5)
for _,v in pairs{ {.55,0};{-.55,PI} } do
local p=Part(.35,.1,.35)Mesh(_1,'cyl')
Weld(_1,hed,v[1],.235,0,0,v[2],PI/2)
local p2=Part(.35,.1,.35)Mesh(p2,'s')
Weld(p2,p,0,-.05)
local cyl=Part(.1,.25,.1)
Mesh(_1,'cyl',.5,1,.5)
Weld(cyl,p,.35/2+(.25/2-.05),-.025,0,PI/2,0,PI/2)
local cyl2=Part(.1,.25,.1)
Mesh(_1,'cyl',.25,1/2,.25)
Weld(cyl2,cyl,0,-.125-(.125/2))
local cyl3=Part(.1,.25,.1)
Mesh(_1,'cyl',.125,1/2,.125)
Weld(cyl3,cyl2,0,-.25/2)
end
--Faces--
faces={}
faces.happy="[[2, 1], [7, 1], [2, 2], [7, 2], [2, 3], [7, 3], [1, 6], [8, 6], [1, 7], [2, 7], [7, 7], [8, 7], [2, 8], [3, 8], [4, 8], [5, 8], [6, 8], [7, 8]]"
faces.sad="[[2, 1], [7, 1], [2, 2], [7, 2], [2, 3], [7, 3], [2, 6], [3, 6], [4, 6], [5, 6], [6, 6], [7, 6], [1, 7], [2, 7], [7, 7], [8, 7], [1, 8], [8, 8]]"
faces.xD="[[1, 1], [2, 1], [7, 1], [8, 1], [2, 2], [3, 2], [4, 2], [6, 2], [7, 2], [4, 3], [5, 3], [6, 3], [3, 4], [4, 4], [6, 4], [7, 4], [2, 5], [3, 5], [7, 5], [8, 5], [1, 7], [2, 7], [3, 7], [4, 7], [5, 7], [6, 7], [7, 7], [8, 7], [1, 8], [8, 8], [2, 9], [3, 9], [4, 9], [5, 9], [6, 9], [7, 9]]"
faces.angry="[[2, 1], [7, 1], [2, 2], [3, 2], [6, 2], [7, 2], [3, 3], [7, 3], [2, 4], [3, 4], [6, 4], [7, 4], [2, 8], [3, 8], [4, 8], [5, 8], [6, 8], [7, 8]]"
faces.bored="[[1, 1], [2, 1], [3, 1], [6, 1], [7, 1], [8, 1], [2, 2], [7, 2], [2, 3], [7, 3], [2, 4], [7, 4], [2, 7], [3, 7], [4, 7], [5, 7], [6, 7], [7, 7], [1, 8], [2, 8], [7, 8], [8, 8]]"
faces.normal="[[2, 1], [7, 1], [2, 2], [7, 2], [2, 3], [7, 3], [2, 8], [3, 8], [4, 8], [5, 8], [6, 8], [7, 8]]"
faces.heart="[[2, 1], [7, 1], [1, 2], [2, 2], [3, 2], [6, 2], [7, 2], [8, 2], [0, 3], [1, 3], [2, 3], [3, 3], [4, 3], [5, 3], [6, 3], [7, 3], [8, 3], [9, 3], [0, 4], [1, 4], [2, 4], [3, 4], [4, 4], [5, 4], [6, 4], [7, 4], [8, 4], [9, 4], [1, 5], [2, 5], [3, 5], [4, 5], [5, 5], [6, 5], [7, 5], [8, 5], [2, 6], [3, 6], [4, 6], [5, 6], [6, 6], [7, 6], [3, 7], [4, 7], [5, 7], [6, 7], [4, 8], [5, 8]]"
htp=game:service'HttpService'
bitmap=htp:JSONDecode(faces.normal)
surfg=New"SurfaceGui"{_P=hed;Face='Front';Size=udim'1,1'}
fr=New"Frame"{_P=surfg;Size=udim'1,1';BackgroundTransparency=1}
for y=1,10 do
for x=1,10 do
local f=New"Frame"{_P=fr;Size=udim(1/10,1/10);Position=udim( (-1+x)*1/10,(-1+y)*1/10 );
BackgroundColor=bcol(Robot.Color2);BackgroundTransparency=1;
}
for _,v in pairs(bitmap) do
if v[1] and v[2] then
if x-1==v[1] and y-1==v[2] then
f.BackgroundTransparency=0
end
end
end
-- if bitmap[y][x] ~= nil and bitmap[y][x]==1 then
-- f.BackgroundTransparency=0
-- end
end
end
function changeFace(face)
local bitmap=htp:JSONDecode(faces[face])
fr:ClearAllChildren()
for y=1,10 do
for x=1,10 do
-- print(x,y)
f=New"Frame"{_P=fr;Size=udim(1/10,1/10);Position=udim( (-1+x)*1/10,(-1+y)*1/10 );
BackgroundColor=bcol(Robot.Color2);BackgroundTransparency=1;
}
for _,v in pairs(bitmap) do
if v[1] and v[2] then
if x-1==v[1] and y-1==v[2] then
f.BackgroundTransparency=0
end
end
end
end
end
prevface=faces[face]
end
----
--Health display
function newseg(le,x,y,z,rx,ry,rz)
local segment={}
segment.modl=New"Model"{_P=Main;Name='Segment'}
set_parent=segment.modl
le=le or .5
local p=Part(le,.1,.1,'Lime green')Mesh(p,'bl',1,.5,.1)
Weld(p,bgp,x,y,z,rx,ry,rz)
local p2=Part(.1,.1,.1,'Lime green')Mesh(p2,'bl',.35,.35,.1)
Weld(p2,p,le/2,0,0,0,0,PI/4)
local p22=Part(.1,.1,.1,'Lime green')Mesh(p22,'bl',.35,.35,.1)
Weld(p22,p,-le/2,0,0,0,0,PI/4)
Edit{p,p2,p22}{Material='Neon';Transparency=1}
function segment:light(a)
for i,v in pairs(self.modl:children())do
v.BrickColor=bcol'Lime green'
v.Material='Neon'
v.Transparency=a or 0
end
end
function segment:dim(a)
for i,v in pairs(self.modl:children())do
v.BrickColor=bcol'Hurricane rgey'
v.Material='SmoothPlastic'
v.Transparency=.9
end
end
set_parent=nil
return segment
end
letters = {
[0]='1111110';[1]='0110000';[2]='1101101';[3]='1111001';[4]='0110011';[5]='1011011';
[6]='1011111';[7]='1110000';[8]='1111111';[9]='1111011';
['A']='1110111';['b']='0011111';['C']='1001110';['d']='0111101';['E']='1001111';['F']='1000111'
}
function new7Dig(x,y,z,rx,ry,rz)
local disp = {}
disp.segs={}
bgp=Part(.75,1,.1,'Black')
Weld(bgp,topp,x,y,z,rx,ry,rz)
disp.segs[1]=newseg(_,0,.4,-.1) --top
disp.segs[6]=newseg(.25,.75*.4,.2,-.1,0,0,PI/2) --second top
disp.segs[2]=newseg(.25,-.75*.4,.2,-.1,0,0,PI/2)
disp.segs[7]=newseg(_,0,0,-.1) --middle
disp.segs[5]=newseg(.25,.75*.4,-.2,-.1,0,0,PI/2) --second bottom
disp.segs[3]=newseg(.25,-.75*.4,-.2,-.1,0,0,PI/2)
disp.segs[4]=newseg(_,0,-.4,-.1) --bottom
function disp:show(letter)
for i,v in pairs(disp.segs)do
v:dim()
end
local str=letters[tonumber(letter)]
for i=1,7 do
-- print(i)
local s=str:sub(i,i)
if s=='1' then
self.segs[i]:light()
end
end
end
return disp
end
D2=new7Dig(0,0,-1.05)
D=new7Dig(.75,0,-1.05)
D3=new7Dig(-.75,0,-1.05)
local prevhp=99
prevface=faces.normal
human.HealthChanged:connect(function(hp)
local str=tostring(math.floor(hp))
if #str==3 then
D:show(str:sub(1,1))
D2:show(str:sub(2,2))
D3:show(str:sub(3,3))
elseif #str==2 then
D:show(0)
D2:show(str:sub(1,1))
D3:show(str:sub(2,2))
elseif #str==1 then
D:show(0)
D2:show(0)
D3:show(str:sub(1,1))
end
end)
human.Health=99
----
--Right arm...
s=Part(1.25,1.25,1.25)
Joint.new('s_r',New"Motor"{_P=s;_PP={s,topp};C1=cfn(3-.625,.75,0)*ang(0,PI)})
a1=Part(1,1.5,1)
Joint.new('e_r',New"Motor"{_P=a1;_PP={a1,s};C1=cfn(0,-1.25/2,0);C0=cfn(0,.75,0)})
a2=Part(1,1.5,1,_,.5)
Joint.new('a_r',New"Motor"{_P=a1;_PP={a2,a1};C1=cfn(0,-.75,0);C0=cfn(0,.75,0)})
--Another secret cabinet
cabin_mot.DesiredAngle=PI/2
front_wall=Part(1,1.4,.1)
Weld(_1,a2,0,-.05,.5-.1)
back_wall=Part(1,1.4,.1)
Weld(_1,a2,0,-.05,-.5+.1)
top_wall=Part(1,.1,1,'Black')
Weld(top_wall,a2,0,.75-.05)
local hand_r=Part(1.1,.75,.5)
Joint.new('h_r',New"Motor"{_P=hand_r;_PP={hand_r,a2};C1=cfn(0,-.75,0);C0=cfn(0,.75/2,0)})
local heart_r=Part(.5,.5,.1,Robot.Color2)
Weld(_1,hand_r,0,0,-.25)
--Left arm...
s=Part(1.25,1.25,1.25)
Joint.new('s_l',New"Motor"{_P=s;_PP={s,topp};C1=cfn(-(3-.625),.75,0)*ang(0,PI)})
a1=Part(1,1.5,1)
Joint.new('e_l',New"Motor"{_P=a1;_PP={a1,s};C1=cfn(0,-1.25/2,0);C0=cfn(0,.75,0)})
a2=Part(1,1.5,1)
Joint.new('a_l',New"Motor"{_P=a1;_PP={a2,a1};C1=cfn(0,-.75,0);C0=cfn(0,.75,0)})
hand_l=Part(1.1,.75,.5)
Joint.new('h_l',New"Motor"{_P=hand_l;_PP={hand_l,a2};C1=cfn(0,-.75,0);C0=cfn(0,.75/2,0)})
heart_l=Part(.5,.5,.1,Robot.Color2)
Weld(_1,hand_l,0,0,-.25)
human.HipHeight=3
hole=Part(1.25*.8,.1,1.25*.8,'Black')
New"PointLight"{_P=hole;Color=bcol(Robot.Color2).Color;Brightness=20;Range=5;Face='Bottom'}
Weld(hole,bottomp,0,-.8)
Mesh(hole,'cyl')
pipe=Part(.25,2,.25)
New"Motor"{_P=pipe;_PP={pipe,hole};C1=cfn(0,-1.05,0)*ang(PI/2);C0=ang(PI/2);MaxVelocity=.3;DesiredAngle=9e+009}
-- Mesh(pipe,'cyl')
-- Weld(pipe,hole,0,-1.05)
lapa=Part(.1,2,.1)lm=Mesh(_1,'bl',.3,1,3)
l1_m=New"Motor"{_P=lapa;_PP={lapa,pipe};
C1=cfn(.05,-1,0)*ang(md'12',PI);C0=cfn(0,-1,0);MaxVelocity=.1;DesiredAngle=PI/2}
tip=Part(.2,.1,.2)Mesh(_1,'cyl',lm.Scale.z,.3,lm.Scale.z)
Weld(_1,lapa,0,1,0,0,0,PI/2)
lapa2=Part(.1,2,.1)Mesh(_1,'bl',.3,1,lm.Scale.z)
l2_m=New"Motor"{_P=lapa2;_PP={lapa2,pipe};
C1=cfn(-.05,-1,0)*ang(md'-12');C0=cfn(0,-1,0);MaxVelocity=.1;DesiredAngle=PI/2}
tip=Part(.2,.1,.2)Mesh(_1,'cyl',lm.Scale.z,.3,lm.Scale.z)
Weld(_1,lapa2,0,1,0,0,0,PI/2)
for _,v in pairs{lapa,lapa2} do
local stripe=Part(.1,.1,.1,Robot.Color2)Mesh(_1,'bl',.3,.5,3)_3.Scale=_3.Scale*1.01
Weld(stripe,v,0,2/3)
local stripe2=Part(.1,.1,.1,Robot.Color2)Mesh(_1,'bl',.3,.5,3)_3.Scale=_3.Scale*1.01
Weld(stripe2,v,0,2/3-.25)
Edit{stripe,stripe2}{Material='Neon'}
end
--EAsings--
Styles={
Linear = function(alpha)
return alpha
end;
easeInSine = function(alpha)
local alpha = (1-math.cos(alpha*(math.pi/2)))
return alpha
end;
easeOutSine = function(alpha)
alpha = math.sin(alpha*(math.pi/2))
return alpha
end;
easeInOutSine = function(alpha)
alpha = alpha*2
if alpha < 1 then
return 0.5*Styles["easeInSine"](alpha)
else
return 0.5*Styles["easeOutSine"](alpha-1)+.5
end
end;
easeInQuadratic = function(alpha)
alpha = alpha^2
return alpha
end;
easeOutQuadratic = function(alpha)
_alpha = 1-alpha
alpha = 1-_alpha*_alpha
return alpha
end;
easeInOutQuadratic = function(alpha)
alpha = alpha*2
if alpha < 1 then
return 0.5*Styles["easeInQuadratic"](alpha)
else
return 0.5*Styles["easeOutQuadratic"](alpha-1)+0.5
end
end;
easeInCubic = function(alpha)
alpha = alpha^3
return alpha
end;
easeOutCubic = function(alpha)
alpha = 1-alpha
return 1-alpha^3
end;
easeInOutCubic = function(alpha)
alpha = alpha*2
if alpha < 1 then
return 0.5*Styles["easeInCubic"](alpha)
else
return 0.5*Styles["easeOutCubic"](alpha-1)+.5
end
end;
}
function Interpolate(Type,p0,p1)
local Data = {Style = Styles[Type],PointA = p0,PointB = p1}
return function(Perc)
local Perc = Data.Style(Perc)
return Data.PointA:lerp(Data.PointB,Perc)
end
end
function NewLimbAnim(anim)
for _,v in pairs(Joints)do
v:NewAnim(anim)
end
end
Animations={}
Animation={prev=nil}
function Animation.new(name,lenght,style,insert)
local Anim={
Span=lenght;
Location=insert;
Count=0;
Keyframes={}; --Aliases
Playing=false;
Loop=false;
reset_on_loop=true;
Name=name;
}
for i,v in pairs(Joints)do
Anim.Keyframes[i]=v
end
function Anim:Play()
self.Playing=true
self.Count=0
-- anim_script.Disabled=true
Animation.prev = self
end
function Anim:Stop()
-- if self.reset_on_loop==true then RevertAll() end
self.Playing=false
self.Count=0
-- anim_script.Disabled=false
-- Animation.prev=nil
-- RevertAll()
end
local Time=tick()
function Anim:Add(Time,limb,c0,c1)
if Time>self.Span then error"one simply does not travel to future..."end
local Tab={TimeOfAction=Time,Joint=limb,frame={C0=c0 or self.Keyframes[limb].n_c0,C1=c1 or self.Keyframes[limb].n_c1}}
table.insert(self.Keyframes[limb].keys[self.Location],Tab)
table.sort(self.Keyframes[limb].keys[self.Location],function(a,b) return a.TimeOfAction < b.TimeOfAction end)
end
function Anim:Exec(smooth)
local DT=tick()-Time
Time=tick()
local First,Current,Next
if self.Playing then --Check if anim can play
self.Count=self.Count+DT --it goes up
if self.Loop then --Reset when at end if loop
if self.Count >= self.Span then
self.Count=0
if self.onCycle then
self.onCycle(self)
end
end
elseif not self.Loop then
if self.Count >= self.Span then
self.Count=self.Span
if self.onFinish then
self.onFinish(self)
end
end
end
for i,v in pairs(self.Keyframes) do
if v._can_kf then
for i2,v2 in pairs(v.keys[self.Location]) do --cframes are stored in joints. self.Location is the name of animation
First = v.keys[self.Location][1]
Current = v2
Next = v.keys[self.Location][i2+1]
-- print(i2)
if Next ~= nil and self.Count >= Current.TimeOfAction and self.Count <= Next.TimeOfAction then
local Dis = (Next.TimeOfAction-Current.TimeOfAction)
local Perc = (self.Count-Current.TimeOfAction)/Dis
v.w.C0 = Interpolate(style or 'Linear',Current.frame.C0,Next.frame.C0)(Perc)
v.w.C1 = Interpolate(style or 'Linear',Current.frame.C1,Next.frame.C1)(Perc)
v.previous = v.w.C0
end
end end
end
end
end
Animations[name]=Anim
return Anim
end
previous_kfl=nil
function newAnim(name,lenght,loop,style,strange) --Epic wrapper for epic skids
NewLimbAnim(name)
local a=Animation.new(name,lenght,style,name)
if loop~=nil then
a.Loop=loop
end
return function(kfs)
if not kfs[0] then
local t={}
for j,v in pairs(Joints) do
t[j]=v.previous
end
kfs[0]=t
end
a.kfl=kfs
function a:last()
local n,o=-1,nil
for i,v in pairs(self.kfl)do
if i>n then
n=i o=v
if type(o)=='number' then
o=self.kfl[o]
end
end
end
return o
end
function a:Wait(num)
repeat wait()until self.Count>=(num or self.Span)
end
if lenght==0 then
for i,v in pairs(kfs) do
a.Span=i
end
end
for tim,kf in pairs(kfs) do
local kk=kf
if type(kf) =='number'then
kk=kfs[kf]
end
for j,v in pairs(kk) do
if not strange then
a:Add(tim,j, (v == 0 and Joints[j].n_c0 or (Joints[j].n_c0 * v) ))
else
a:Add(tim,j, (v == 0 and Joints[j].n_c0 or v ))
end
end
end
return a
end
end
local facetick=tick()
LerParts={}
function LerParts:Add(tag,part,value,speed)
local tt = {
p=part;c=value;s=speed;t=tag;
}
function tt:Kill()
self.p:Destroy()
LerParts[self.t]=nil
end
self[tag]=tt
end
RS:BindToRenderStep('Anim',2000,function() --Mainloop
for i,v in pairs(Animations)do --execute animations
v:Exec()
end
for i,v in pairs(LerParts) do --lerp parts
if type(v)~='function'then
v.p.CFrame=v.p.CFrame:lerp(v.c(),v.s)end
end
end)
function tablify(tab)
setmetatable(tab,{
__add = function(t,t2)
if type(t2) ~= 'table' then return end --prevent errors
local ta={}
for i,v in pairs(t) do
ta[i]=v
end
for i,v in pairs(t2) do
ta[i] = v
end
return ta
end
})
end
local init={}
tablify(init)
for i,v in pairs(Joints)do
init[i]=0
end
mighty=newAnim('c',1){
[.1]=init+{t_p=ang(md'-45');
s_r=ang(md'45',0,md'75');
s_l=ang(md'45',0,md'-75');
a_r=ang(md'25');
a_l=ang(md'25');
}
}
armraise=newAnim('a',.5){
[0]=init;
[.25]={
s_r=ang(md'90');
};
[.5]={
h_r=ang(md'75');
};
}
push=newAnim('a2',.25){
[0]=init+{
s_r=ang(md'90');
h_r=ang(md'75');
};
[.25]={
s_r=ang(md'90');
a_r=ang(md'45');
e_r=ang(md'15');
};
}
function laser(st,en,r)
total_mag=(st-en).magnitude
prev=cfn(st)
local mo=New"Model"{_P=Main}
set_parent=mo
local pm={-1,1}
for i=0,1,.1 do
local pos=cfn(st):lerp(cfn(en),i)
local pos2=pos*cfn(pm[mr(#pm)]*r,0,pm[mr(#pm)]*r)
local mag=(prev.p-pos2.p).magnitude
local laz=Part(.1,mag,.1,'Cyan',.5)_1.Anchored=true _1.Material='Neon'
Mesh(_1,'bl',.5,1,.5)
_1.CFrame=(cfn(prev.p,pos2.p)*cfn(0,0,-mag/2))*ang(PI/2)
if i>.9 then
_1.CFrame=(cfn(prev.p,pos2.p)*cfn(0,0,-mag/2))*ang(PI/2)
end
prev=pos2
end
set_parent=nil
DEBRIS:AddItem(mo,.025)
end
function sparks()
local a=newAnim('sfss',2.1){
[0]=init;
[.25]={
s_r=ang(md'100',md'-25');
a_r=ang(0,0,md'-25');
h_r=ang(md'-10');
s_l=ang(md'80',md'25');
a_l=ang(0,0,md'25');
h_l=ang(md'-10',PI);
e_r=ang(md'-5');
e_l=ang(md'5');
};
[.75]={
e_r=ang(md'25');
e_l=ang(md'-25');
};
[2]=.75;
[2.1]={
e_r=ang(md'-5');
e_l=ang(md'5');
};
}a:Play()
a:Wait(.25)
changeFace('happy')
local p=Part(1,1,1,Robot.Color2)_1.Material='Neon'_1.Anchored=true
p.CFrame=heart_r.CFrame:lerp(heart_l.CFrame,.5)
LerParts:Add('orb',p,function()return heart_r.CFrame:lerp(heart_l.CFrame,.5)*ang(mr(-3,3),mr(-3,3),mr(-3,3))end,.25)
-- Spawn(function()
repeat
laser(heart_r.Position,heart_l.Position,.25)
for i,v in pairs(findHum(torso.Position,30))do
if v~=human then
v.Torso.Velocity=cfn(v.Torso.Position,torso.Position).lookVector*20
v.Torso.RotVelocity=v3n(0,100,0)
end end
wait()
until a.Count>=2
changeFace('normal')
LerParts['orb']:Kill()
local ring=Part(1,1,1,'Cyan',.5)_1.Anchored=true
local msh=Mesh(_1,mesh_ids.ring)
ring.CFrame=cfn(heart_r.CFrame:lerp(heart_l.CFrame,.5).p)*ang(PI/2,0,0)
for i=0,1,.1 do
msh.Scale=v3n(i*20,i*20,1)
ring.Transparency=.5+i*.5
wait()
end
ring:Destroy()
a:Wait()a:Stop()
reset()
-- end)
end
-- o=newAnim("werwer",.5){
-- [0]=init;
-- [.1]={
-- t_p=ang(md'15',md'25');
-- s_l=ang(md'45');
-- s_r=ang(md'45');
-- };
-- [.5]={
-- t_p=ang(md'-15',md'-25');
-- s_l=ang(md'140',0,md'75');
-- s_r=ang(md'140',0,md'75');
-- h_r=ang(0,PI/2);
-- a_l=0;
-- };
-- }o:Play()o:Wait()
-- o.Playing=false
-- o:Stop()
-- o2=newAnim('ww',.5,true){
-- [0]=o:last();
-- [.2]={
-- t_p=ang(md'15',md'25');
-- s_l=ang(md'45',0,md'75');
-- s_r=ang(md'45',0,md'75');
-- a_l=ang(md'-15',md'15')
-- };
-- [.5]=0
-- }o2:Play()
function reset()
local cc=newAnim('sfs',.5,false,_,true){
[.5]=init;
}cc:Play()cc:Wait()cc:Stop()
end
human.Died:connect(function() --onDeath
e=Instance.new("Explosion",Workspace)
e.Position=torso.Position
e.BlastRadius=30
end)
function beam()
armraise.Count=0
armraise:Play()
armraise:Wait()
for i=1,30 do
local bl=Part(.1,.1,.1,'New Yeller',.5)
_1.Material='Neon'
_1.CFrame=l(heart_r,mr(-3,3),mr(-3,3))
Mesh(_1,'s')
New"BodyPosition"{_P=bl;position=heart_r.Position}
DEBRIS:AddItem(bl,.3)
wait()
end
local obj,pos=Workspace:FindPartOnRay(Ray.new(l(heart_r).p,l(heart_r).lookVector*100),character)
if obj and pos then
changeFace("xD")
local mag = (l(heart_r).p-pos).magnitude
local laz=Part(1,mag,1,'New Yeller')_1.Anchored=true
local msh=Mesh(laz,'cyl')
local lista={}
laz.CFrame=(cfn(l(heart_r).p,pos)*cfn(0,0,-mag/2))*ang(PI/2)
for i,v in pairs(findHum(pos,10))do
if v~=human then
v.Health=0 end
end
for i=0,1,1/4 do
local r=Part(1,1,1,'New Yeller',.5)_1.Anchored=true
r.CFrame=l(laz,0,-laz.Size.y/2+laz.Size.y*i,0,PI/2)
local msh=Mesh(r,mesh_ids.ring)
table.insert(lista,r)
end
local ss=mesh_scales.ring*v3n(laz.Size.x,laz.Size.z,1)
Spawn(function()
for i=0,1,.05 do
Edit{msh,laz}{Transparency=i;Scale=v3n(1+i*3,1,1+i*3)}
Edit(lista){Transparency=i;['Mesh.Scale']=ss+v3n(i*10,i*10,1)}
wait()
end
laz:Destroy()
for i,v in pairs(lista)do v:Destroy()end
end)
end
push:Play()
push:Wait()
push:Stop()
armraise:Stop()
changeFace('normal')
reset()
end
Mouse=player:GetMouse()
atacking=false
mouse_con1=Mouse.KeyDown:connect(function(key)
attacking=true
if key=='f'then
beam()
elseif key=='r'then
sparks()
end
attacking=false
end)
--Maeking sure it wont go insane--
New"BindableFunction"{_P=script;Name='sidos'}.OnInvoke=function()
mouse_con1:disconnect()
end
script.Name='riimu'
