View difference between Paste ID: yydaUuqy and xE9YxJPA

-local p = game:service'Players'.luxulux
+local p = game:service'Players'.Tabby_Cxt
 local c = p.Character
 local bp = p.Backpack
 pcall(function() _G.mm:Remove() end)
 pcall(function() bp.RMTank:Remove() end)
 it = Instance.new
 v3=Vector3.new
 bc=BrickColor.new
 c3=Color3.new
 cn=CFrame.new
 ca=CFrame.Angles
 ti=table.insert
 tr=table.remove
 rn=math.random
 rd=math.rad
 mf=math.floor
 asset = "http://www.roblox.com/asset/?id="
 ds = {}
 ds.Claw = "10681506"
 ds.Ring = "3270017"
 ds.Crack = "49173398"
 ds.Cloud = "1095708"
 ds.Spike = "1033714"
 ds.Rock = "1290033"
 ds.Crown = "1323306"
 ds.Hood = "16952952"
 ds.Slash = "10209645"
 ds.Slash2 = "46760716"
 ds.MadFace = "2235131"
 ds.BanditMask = "20637493"
 ds.Hood2 = "25211365"
 ds.HoodT2 = "64240784"
 ds.Axe = "12768042"
 ds.AxeT = "12768034"
 ds.Fist = "65322375"
 ds.Tree1 = "1090398"
 ds.Vine = "13108500"
 ds.VineT = "17585271"
 ds.TreeTexture = "2861779"
 ds.Tug = "31173820" -- sound
 ds.Fire = "2693346" --"2760979"
 ds.Hit = "2801263"
 ds.BulletHole = "64291961"
 ds.Camo = "4268107"
 table.foreach(ds,function(a,b)
 if tonumber(b:sub(1,3)) then
 ds[a] = asset .. b game:service'ContentProvider':Preload(ds[a])
 end
 end)
 q = function(f)
 coroutine.resume(coroutine.create(function()
 f()
 end))
 end
 ft = function(tablez,item)
 for i=1,#tablez do
 if tablez[i] == item then
 return i
 end
 end
 return nil
 end
 pa = function(pa,pn,sh,x,y,z,c,a,tr,re,bc2)
 local fp=nil
 if sh ~= "Wedge" and sh ~= "CornerWedge" and sh ~= "VehicleSeat" and sh ~= "Seat" then
 fp=it("Part",pa)
 fp.Shape=sh
 fp.formFactor="Custom"
 elseif sh == "Wedge" then
 fp=it("WedgePart",pa)
 fp.formFactor="Custom"
 elseif sh == "CornerWedge" then
 fp=it("CornerWedgePart",pa)
 elseif sh == "VehicleSeat" then
 fp=it("VehicleSeat",pa)
 elseif sh == "Seat" then
 fp=it("Seat",pa)
 end
 fp.Size=v3(x,y,z)
 fp.Friction = 2
 fp.CanCollide=c
 fp.Anchored=false
 fp.BrickColor=bc(bc2)
 fp.Transparency=tr
 fp.Reflectance=re
 fp.BottomSurface=0
 fp.Name=pn
 fp.Locked = true
 --fp.FrontSurface="Hinge"
 fp.TopSurface=0
 fp.CFrame = cn(-9000,9000,-9000)
 fp:BreakJoints()
 fp.Anchored = a
 return fp
 end
 weld = function(pa,p0,p1,x,y,z,a,b,c)
 local fw=it("Weld",pa)
 fw.Part0=p0
 fw.Part1=p1
 fw.C0=cn(x,y,z) *ca(a,b,c)
 return fw
 end
 fade = function(prt,incr)
 q(function()
 for i=prt.Transparency,1,incr do
 prt.Transparency=i
 wait()
 end
 prt:Remove''
 end)
 end
 stick = function(hit2,hit)
 local weld=it("Weld")
 weld.Part0=hit2
 weld.Part1=hit
 local HitPos=hit2.Position
 local CJ=cn(HitPos)
 local C0=hit2.CFrame:inverse() *CJ
 local C1=hit.CFrame:inverse() * CJ
 weld.C0=C0
 weld.C1=C1
 weld.Parent=hit2
 end
 ray = function(Pos, Dir,xxz)
 local xxz2=c
 if xxz ~= nil then
 xxz2=nil
 end
 return workspace:FindPartOnRay(Ray.new(Pos, Dir.unit *999),xxz2)
 end
 ft2 = function(tablez,item)
 for i=1,#tablez do
 if tablez[i][1] == item then
 return i
 end
 end
 return nil
 end
 Trail = function(ob,times,waitz,col,thickz,ofz)
 q(function()
 local oldpos=(ob.CFrame *ofz).p
 for i=1,times do
 local obp=(ob.CFrame *ofz).p
 local mag=(oldpos - obp).magnitude
 local tr=pa(ob,"trail","Block",0,0,0,false,false,0.5,0.15,col)
 tr.Anchored=true
 tr.CFrame=cn(oldpos,obp)
 tr.CFrame=tr.CFrame + tr.CFrame.lookVector* (mag/2)
 local trm=it("CylinderMesh",tr)
 trm.Scale=v3(5*thickz,mag*5,5*thickz)
 q(function()
 for i=5*thickz,0,-5*thickz/10 do
 trm.Scale=v3(i,mag*5,i)
 wait()
 end
 tr:Remove''
 end)
 tr.CFrame=tr.CFrame *ca(rd(90),0,0)
 oldpos=obp wait(waitz)
 end
 end)
 end
 qi = function(ttz)
 local qii = it(ttz[1],ttz[2])
 table.foreach(ttz,function(oi,oi2)
 if oi ~= 1 and oi ~= 2 then
 qii[oi] = oi2
 end
 end)
 return qii
 end
 de = function(it,ti) game:service'Debris':AddItem(it,ti) end
 GlowMesh = function(anch,meshid2,rootz,mv3,colzz,adjus,l1,l2,l3) q(function()
 local spi=pa(rootz,"","Block",1,1,1,false,false,l1,0,colzz) local spim=it("SpecialMesh",spi) if meshid2:lower()=="sphere" then spim.MeshType="Sphere" elseif meshid2:lower()=="block" then spim.MeshType="Brick" else spim.MeshType="FileMesh" spim.MeshId=meshid2 end
 if anch then local spiw=qi({"Weld",spi,Part0=rootz,Part1=spi}) spiw.C0 =spiw.C0 *adjus else spi.Anchored=true spi.CFrame=adjus end
 for i=l1,l2,l1 do spi.Transparency=i spim.Scale=mv3*(i+0.3) wait() end spi:Remove'' end)
 end
 DetectSurface = function(pos, part)
 local surface = nil
 local pospos = part.CFrame
 local pos2 = pospos:pointToObjectSpace(pos)
 local siz = part.Size
 local shaep = part.Shape
 if shaep == Enum.PartType.Ball or shaep == Enum.PartType.Cylinder then
 surface = {"Anything", cn(pospos.p, pos)*cn(0, 0, -(pospos.p - pos).magnitude+0.12)*ca(rd(-90), 0, 0)}
 else
 if pos2.Y > ((siz.Y/2)-0.01) then
 surface = {"Top", ca(0, 0, 0)}
 elseif pos2.Y < -((siz.Y/2)-0.01) then
 surface = {"Bottom", ca(-math.pi, 0, 0)}
 elseif pos2.X > ((siz.X/2)-0.01) then
 surface = {"Right", ca(0, 0, rd(-90))}
 elseif pos2.X < -((siz.X/2)-0.01) then
 surface = {"Left", ca(0, 0, rd(90))}
 elseif pos2.Z > ((siz.Z/2)-0.01) then
 surface = {"Back", ca(rd(90), 0, 0)}
 elseif pos2.Z < -((siz.Z/2)-0.01) then
 surface = {"Front", ca(rd(-90), 0, 0)}
 end end
 return surface
 end
 BulletHole = function(HitPos,HitObj,sc)
 local Surface = DetectSurface(HitPos, HitObj)
 local C = cn(HitPos) * ca(HitObj.CFrame:toEulerAnglesXYZ()) * Surface[2]
 if Surface[1] == "Anything" then C = Surface[2] end
 local bl = pa(workspace,"","Block",sc,0,sc,false,true,1,0,"") qi({"Decal",bl,Face="Top",Texture=ds.BulletHole})
 bl.CFrame = C*cn(0,-0.1,0) if not HitObj.Anchored then bl.Anchored = false stick(bl,HitObj) bl.ChildRemoved:connect(function() bl:Remove() end) end de(bl,5)
 end
 so = function(id,par,vol,pit) q(function()
 local sou = qi({"Sound",par or workspace,Volume=vol/1.5 or 0.75,Pitch=pit or 1,SoundId=id})
 wait() sou:play() wait(2) sou:Remove() end) end
 GetRegion = function(p0,p1,f,f2)
 q(function()
 for i,v in pairs(workspace:FindPartsInRegion3(Region3.new(p0,p1),c,100) ) do
 if v.Parent:findFirstChild("H") == nil and v.Name == "Torso" and v.Parent:findFirstChild("Humanoid") and v.Parent.Humanoid.Health > 0 and v.Parent:findFirstChild("Torso") then
 q(function()
 f(v.Parent)
 end)
 elseif f2 and v.Parent.Parent:findFirstChild("Humanoid") == nil then
 f2(v)
 end
 end
 end)
 end
 FindGround = function(pos)
 local ax,ay,az = pos:toEulerAnglesXYZ()
 local bhit,bpos=ray(pos.p,pos.p - (pos.p + v3(0,200,0)))
 if bhit and bpos then
 return cn(bpos)*ca(ax,ay,az)
 end
 return nil
 end
 MakeCrater = function(pos,sc,tyms,debz)
 q(function()
 if not debz then
 debz = 5
 end
 local bhit,bpos=ray(pos,pos - (pos + v3(0,200,0)))
 if bhit and bpos then
 for i=1,tyms do
 q(function()
 local gr = pa(misc,"","Block",rn(5,13)/10*sc,0.25*sc,rn(4,10)/10*sc,true,true,bhit.Transparency,bhit.Reflectance,bhit.BrickColor.Name)
 gr.Material = bhit.Material
 gr.TopSurface = bhit.TopSurface
 gr.CFrame = cn(bpos+v3(rn(-12,12)/10*sc,0,rn(-12,12)/10*sc))*ca(rd(rn(-40,40)),rd(rn(-360,360)),rd(rn(-40,40)))
 wait(debz)
 fade(gr,0.1)
 end)
 end
 end
 end)
 end
 MakeCrack = function(pos,sc,debz)
 q(function()
 if not debz then
 debz = 5
 end
 local bhit,bpos=ray(pos,pos - (pos + v3(0,10,0)))
 if bhit and bpos then
 local cr = pa(misc,"","Block",sc,0,sc,false,true,1,0,"") cr.CFrame = cn(bpos)
 local dec=qi({"Decal",cr,Face="Top",Texture=ds.Crack}) de(cr,debz)
 end
 end)
 end
 f1 = function(cff,hit2,hit)
 local HitPos=cff.p
 local CJ=cn(HitPos)
 local C0=cff:inverse() *CJ
 local C1=hit.CFrame:inverse() * CJ
 return C0,C1
 end
 a = {}
 a.insw={}
 function cleanweld(wexx,namzi)
 local tn=ft2(a.insw,wexx)
 if tn==nil then return end
 if namzi=="p0" then
 a.insw[tn][2]["p0x"],a.insw[tn][2]["p0y"],a.insw[tn][2]["p0z"]=0,0,0 elseif namzi=="p1" then
 a.insw[tn][2]["p1x"],a.insw[tn][2]["p1y"],a.insw[tn][2]["p1z"]=0,0,0 elseif namzi=="a0" then
 a.insw[tn][2]["a0x"],a.insw[tn][2]["a0y"],a.insw[tn][2]["a0z"]=0,0,0 elseif namzi=="a1" then
 a.insw[tn][2]["a1x"],a.insw[tn][2]["a1y"],a.insw[tn][2]["a1z"]=0,0,0
 end
 end
 function c2(wexx,smmx,c0orc1,aa,bb,cc,xx,yy,zz)
 q(function()
 c1(wexx,smmx,c0orc1,aa,bb,cc,xx,yy,zz)
 end)
 end
 a.Welding=0
 function c1(wexx,smmx,c0orc1,aa,bb,cc,xx,yy,zz)
 if ft2(a.insw,wexx)==nil then
 ti(a.insw,{wexx,{}})
 local tn=ft2(a.insw,wexx)
 a.insw[tn][2]["p0x"],a.insw[tn][2]["p0y"],a.insw[tn][2]["p0z"]=wexx.C0.x,wexx.C0.y,wexx.C0.z
 a.insw[tn][2]["p1x"],a.insw[tn][2]["p1y"],a.insw[tn][2]["p1z"]=wexx.C1.x,wexx.C1.y,wexx.C1.z
 a.insw[tn][2]["a0x"],a.insw[tn][2]["a0y"],a.insw[tn][2]["a0z"]=wexx.C0:toEulerAnglesXYZ()
 a.insw[tn][2]["a1x"],a.insw[tn][2]["a1y"],a.insw[tn][2]["a1z"]=wexx.C1:toEulerAnglesXYZ()
 end
 local tn=ft2(a.insw,wexx)
 local xx2,yy2,zz2=0,0,0
 local x2,y2,z2=0,0,0
 if c0orc1==0 then
 xx2,yy2,zz2=a.insw[tn][2]["a0x"],a.insw[tn][2]["a0y"],a.insw[tn][2]["a0z"]
 x2,y2,z2=a.insw[tn][2]["p0x"],a.insw[tn][2]["p0y"],a.insw[tn][2]["p0z"]
 elseif c0orc1==1 then
 xx2,yy2,zz2=a.insw[tn][2]["a1x"],a.insw[tn][2]["a1y"],a.insw[tn][2]["a1z"]
 x2,y2,z2=a.insw[tn][2]["p1x"],a.insw[tn][2]["p1y"],a.insw[tn][2]["p1z"]
 else
 xx2,yy2,zz2=a.insw[tn][2]["a1x"],a.insw[tn][2]["a1y"],a.insw[tn][2]["a1z"]
 x2,y2,z2=a.insw[tn][2]["p0x"],a.insw[tn][2]["p0y"],a.insw[tn][2]["p0z"]
 end a.Welding=a.Welding + 1
 local twa=1
 if smmx >= 1 then
 else
 for i=smmx,0.8,smmx do
 twa = 1
 if c0orc1==0 then
 wexx.C0=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)) *ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 elseif c0orc1==1 then
 wexx.C1=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)) *ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 else local x,y,z = wexx.C0:toEulerAnglesXYZ()
 wexx.C0=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i))*ca(x,y,z)
 wexx.C1=cn(wexx.C1.x,wexx.C1.y,wexx.C1.z)*ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 end
 if fu then
 q(fu)
 end
 wait()
 end
 for i=0.8,1,smmx*0.45 do
 twa = 1
 if c0orc1==0 then
 wexx.C0=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)) *ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 elseif c0orc1==1 then
 wexx.C1=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)) *ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 else local x,y,z = wexx.C0:toEulerAnglesXYZ()
 wexx.C0=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i))*ca(x,y,z)
 wexx.C1=cn(wexx.C1.x,wexx.C1.y,wexx.C1.z)*ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 end
 wait()
 end
 end
 local i=1
 if c0orc1==0 then
 wexx.C0=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)) *ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 elseif c0orc1==1 then
 wexx.C1=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)) *ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 else local x,y,z = wexx.C0:toEulerAnglesXYZ()
 wexx.C0=cn(x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i))*ca(x,y,z)
 wexx.C1=cn(wexx.C1.x,wexx.C1.y,wexx.C1.z)*ca(xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i))
 end
 a.Welding=a.Welding - 1
 local tn=ft2(a.insw,wexx)
 if c0orc1==0 then
 a.insw[tn][2]["p0x"],a.insw[tn][2]["p0y"],a.insw[tn][2]["p0z"]=x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)
 a.insw[tn][2]["a0x"],a.insw[tn][2]["a0y"],a.insw[tn][2]["a0z"]=xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i)
 elseif c0orc1==1 then
 a.insw[tn][2]["p1x"],a.insw[tn][2]["p1y"],a.insw[tn][2]["p1z"]=x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)
 a.insw[tn][2]["a1x"],a.insw[tn][2]["a1y"],a.insw[tn][2]["a1z"]=xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i)
 elseif c0orc1==3 then
 local x,y,z=wexx.C0.x,wexx.C0.y,wexx.C0.z
 a.insw[tn][2]["p0x"],a.insw[tn][2]["p0y"],a.insw[tn][2]["p0z"]=x2-(((x2-aa)/twa)*i),y2-(((y2-bb)/twa)*i),z2-(((z2-cc)/twa)*i)
 local x,y,z=wexx.C1:toEulerAnglesXYZ()
 a.insw[tn][2]["a1x"],a.insw[tn][2]["a1y"],a.insw[tn][2]["a1z"]=xx2-(((xx2-rd(xx))/twa)*i),yy2-(((yy2-rd(yy))/twa)*i),zz2-(((zz2-rd(zz))/twa)*i)
 end
 end
 gunshot = function(speed,sc,dmg,cff) q(function()
 local bb = pa(workspace,"","Block",0.2*sc,0.3*sc,0.2*sc,true,true,0,0.1,"Black") qi({"CylinderMesh",bb})
 bb.CFrame = cff*ca(rd(rn(-1000,1000)/1500),rd(rn(-1000,1000)/1500),rd(rn(-1000,1000)/1500))
 so(ds.Fire,bb,0.3,1) wait() for i=1,50 do
 bhit,bpos=ray(bb.Position,bb.Position - (bb.CFrame *cn(0,-1,0)).p)
 if bhit and bpos and (bpos - bb.Position).magnitude < speed then break end
 bb.CFrame=bb.CFrame*cn(0,speed,0)*ca(rd(-0.2),0,0)
 wait()
 end bb.CFrame=bb.CFrame*cn(0,(bpos-bb.Position).magnitude,0)
 if not bhit.Anchored then
 if bhit.Parent:findFirstChild("Humanoid") then local h = bhit.Parent.Humanoid h.Health=h.Health-dmg so(ds.Hit,bhit,0.3,1) end
 else end bb:Remove()
 if bhit.Parent:findFirstChild("Humanoid") == nil then BulletHole(bpos,bhit,0.7*sc) end
 end) end
 _G.mm = qi({"Model",workspace,Name="RMTank"})
 local mm = _G.mm
-engine=pa(mm,"","Block",14,3,20,true,false,0,0,"Bright blue") it('BlockMesh',engine)
+engine=pa(mm,"","Block",14,3,20,true,false,0,0,"Bright orange") it('BlockMesh',engine)
 engine.CFrame = c.Torso.CFrame*cn(0,0,-20)
-front=pa(mm,"","Wedge",14,3,3,true,false,0,0,"Bright blue")
+front=pa(mm,"","Wedge",14,3,3,true,false,0,0,"Bright orange")
 qi({"Weld",front,Part0=engine,Part1=front,C0=cn(0,0,-11.5)*ca(rd(180),rd(180),0)})
-front2=pa(mm,"","Wedge",14,2,6,true,false,0,0,"Bright blue")
+front2=pa(mm,"","Wedge",14,2,6,true,false,0,0,"Bright orange")
 qi({"Weld",front,Part0=engine,Part1=front2,C0=cn(0,2.5,-10)})
-back=pa(mm,"","Wedge",14,5,6,true,false,0,0,"Bright blue")
+back=pa(mm,"","Wedge",14,5,6,true,false,0,0,"Bright orange")
 qi({"Weld",front,Part0=engine,Part1=back,C0=cn(0,1,13)*ca(rd(180),rd(0),0)})
-body2=pa(mm,"","Block",14,2,17,true,false,0,0,"Bright blue") it('BlockMesh',body2)
+body2=pa(mm,"","Block",14,2,17,true,false,0,0,"Bright orange") it('BlockMesh',body2)
 qi({"Weld",body2,Part0=engine,Part1=body2,C0=cn(0,2.5,1.5)})
-body3=pa(mm,"","Wedge",14,1,8,true,false,0,0,"Bright blue")
+body3=pa(mm,"","Wedge",14,1,8,true,false,0,0,"Bright orange")
 qi({"Weld",body2,Part0=engine,Part1=body3,C0=cn(0,4,12)})
-lbody=pa(mm,"","Block",2.3,3,24,true,false,0,0,"Bright blue") it('BlockMesh',lbody)
+lbody=pa(mm,"","Block",2.3,3,24,true,false,0,0,"Bright orange") it('BlockMesh',lbody)
 qi({"Weld",body2,Part0=engine,Part1=lbody,C0=cn(8.1,2.5,1.5)})
-rbody=pa(mm,"","Block",2.3,3,24,true,false,0,0,"Bright blue") it('BlockMesh',rbody)
+rbody=pa(mm,"","Block",2.3,3,24,true,false,0,0,"Bright orange") it('BlockMesh',rbody)
 qi({"Weld",body2,Part0=engine,Part1=rbody,C0=cn(-8.1,2.5,1.5)})
 lb=pa(mm,"","Block",2.25,0.4,18,true,false,0,0,"Black") it('BlockMesh',lb)
 qi({"Weld",body2,Part0=engine,Part1=lb,C0=cn(8,-2.5,1.5)})
 rb=pa(mm,"","Block",2.25,0.4,18,true,false,0,0,"Black") it('BlockMesh',lb)
 qi({"Weld",body2,Part0=engine,Part1=rb,C0=cn(-8,-2.5,1.5)})
-spi=pa(mm,"","Block",5,3,5,true,false,0,0,"Bright blue") it('CylinderMesh',spi)
+spi=pa(mm,"","Block",5,3,5,true,false,0,0,"Bright orange") it('CylinderMesh',spi)
 spiw = qi({"Weld",body2,Part0=engine,Part1=spi,C0=cn(0,5,5)})
-spi2=pa(mm,"","Block",12,3,12,true,false,0,0,"Bright blue") it('BlockMesh',spi2)
+spi2=pa(mm,"","Block",12,3,12,true,false,0,0,"Bright orange") it('BlockMesh',spi2)
 qi({"Weld",body2,Part0=spi,Part1=spi2,C0=cn(0,1,0)})
-spi6=pa(mm,"","Wedge",12,3,2,true,false,0,0,"Bright blue") it('BlockMesh',spi2)
+spi6=pa(mm,"","Wedge",12,3,2,true,false,0,0,"Bright orange") it('BlockMesh',spi2)
 qi({"Weld",body2,Part0=spi2,Part1=spi6,C0=cn(0,0,7)*ca(rd(180),rd(0),0)})
-spi3=pa(mm,"","Wedge",3,6,4,true,false,0,0,"Bright blue")
+spi3=pa(mm,"","Wedge",3,6,4,true,false,0,0,"Bright orange")
 qi({"Weld",body2,Part0=spi2,Part1=spi3,C0=cn(-3,0,-8)*ca(0,0,rd(90))})
-spi4=pa(mm,"","Wedge",3,6,4,true,false,0,0,"Bright blue")
+spi4=pa(mm,"","Wedge",3,6,4,true,false,0,0,"Bright orange")
 qi({"Weld",body2,Part0=spi2,Part1=spi4,C0=cn(3,0,-8)*ca(0,0,rd(-90))})
-tilt=pa(mm,"","Block",5,3,5,true,false,0,0,"Bright blue") it('CylinderMesh',tilt)
+tilt=pa(mm,"","Block",5,3,5,true,false,0,0,"Bright orange") it('CylinderMesh',tilt)
 tiltw=qi({"Weld",body2,Part0=spi2,Part1=tilt,C0=cn(0,0.5,-8.5)*ca(0,0,rd(90))})
-can=pa(mm,"","Block",2,20,2,true,false,0,0,"Bright blue") it('CylinderMesh',can)
+can=pa(mm,"","Block",2,20,2,true,false,0,0,"Bright orange") it('CylinderMesh',can)
 canw=qi({"Weld",body2,Part0=tilt,Part1=can,C0=cn(0,0,-11)*ca(rd(-90),0,0)})
-can2=pa(mm,"","Block",3.4,1.5,3.4,true,false,0,0,"Bright blue") it('CylinderMesh',can2)
+can2=pa(mm,"","Block",3.4,1.5,3.4,true,false,0,0,"Bright orange") it('CylinderMesh',can2)
 qi({"Weld",body2,Part0=can,Part1=can2,C0=cn(0,-4,0)})
-can5=pa(mm,"","Block",2.4,1.5,2.4,true,false,0,0,"Bright blue") it('CylinderMesh',can5)
+can5=pa(mm,"","Block",2.4,1.5,2.4,true,false,0,0,"Bright orange") it('CylinderMesh',can5)
 qi({"Weld",body2,Part0=can,Part1=can5,C0=cn(0,9,0)})
-can3=pa(mm,"","Block",2.5,10,2.5,true,false,0,0,"Bright blue") it('CylinderMesh',can3)
+can3=pa(mm,"","Block",2.5,10,2.5,true,false,0,0,"Bright orange") it('CylinderMesh',can3)
 qi({"Weld",body2,Part0=can,Part1=can3,C0=cn(0,-5,0)})
-can4=pa(mm,"","Block",3,4,3,true,false,0,0,"Bright blue") it('CylinderMesh',can4)
+can4=pa(mm,"","Block",3,4,3,true,false,0,0,"Bright orange") it('CylinderMesh',can4)
 qi({"Weld",body2,Part0=can,Part1=can4,C0=cn(0,1,0)})
 hol=pa(mm,"","Block",1.75,0,1.75,true,false,0,0,"Really black") it('CylinderMesh',hol)
 qi({"Weld",body2,Part0=can,Part1=hol,C0=cn(0,10,0)})
 smo = qi({"Smoke",hol,RiseVelocity=25,Size=8,Color=BrickColor.new("White").Color,Opacity=0.1,Enabled=false})
 hol2=pa(mm,"","Block",0,0,0,true,false,0,0,"Really black") it('CylinderMesh',hol2).Scale=v3(5,0.2,5)*5
 qi({"Weld",body2,Part0=spi2,Part1=hol2,C0=cn(0,1.5,4)})
 cap=pa(mm,"","Block",5.1,0,5.1,true,false,0,0,"Brick blue") it('CylinderMesh',cap)
 capw = qi({"Weld",body2,Part0=hol2,Part1=cap,C0=cn(0,0.1,2.5),C1=cn(0,0,2.5)})
 aaa=pa(mm,"","Block",3,0.5,0.5,true,false,0,0,"Brick blue")
 qi({"Weld",body2,Part0=hol2,Part1=aaa,C0=cn(0,0,2.5)})
-aaa2=pa(mm,"","Block",5,0.5,5,true,false,0,0,"Bright blue") it('CylinderMesh',aaa2)
+aaa2=pa(mm,"","Block",5,0.5,5,true,false,0,0,"Bright orange") it('CylinderMesh',aaa2)
 aaa2w=qi({"Weld",body2,Part0=spi2,Part1=aaa2,C0=cn(-3.4,1.7,-4.6)*ca(0,rd(35),0)})
 lb.Friction = 0.045
 rb.Friction = 0.045
 for x=-5,5,10/3 do
 aaax=pa(mm,"","Block",2,3.5,2,true,false,0,0,"")
 qi({"Weld",body2,Part0=spi2,Part1=aaax,C0=cn(x,0,7.5)*ca(rd(80),0,0)}) it('CylinderMesh',aaax)
 end
 for x=-1,1 do
-aaa=pa(mm,"","Block",x~=0 and 3 or 2,3,0.5,true,false,0,0,"Bright blue")
+aaa=pa(mm,"","Block",x~=0 and 3 or 2,3,0.5,true,false,0,0,"Bright orange")
 qi({"Weld",body2,Part0=aaa2,Part1=aaa,C0=cn(x*2,1.6,x~=0 and -1 or -2)*ca(0,rd(-45*x),0)})
 if x==0 then
-ball=pa(mm,"","Block",0,0,0,true,false,0,0,"Bright blue") qi({"SpecialMesh",ball,MeshType="Sphere",Scale=v3(1.7,1,1)*7})
+ball=pa(mm,"","Block",0,0,0,true,false,0,0,"Bright orange") qi({"SpecialMesh",ball,MeshType="Sphere",Scale=v3(1.7,1,1)*7})
 ballw=qi({"Weld",body2,Part0=aaa,Part1=ball,C0=cn(0,1.5,0)})
-gun1=pa(mm,"","Block",0.5,2,0.5,true,false,0,0,"Bright blue") it('CylinderMesh',gun1)
+gun1=pa(mm,"","Block",0.5,2,0.5,true,false,0,0,"Bright orange") it('CylinderMesh',gun1)
 qi({"Weld",body2,Part0=ball,Part1=gun1,C0=cn(-0.4,0,-1)*ca(rd(-90),0,0)})
-gun2=pa(mm,"","Block",0.5,2,0.5,true,false,0,0,"Bright blue") it('CylinderMesh',gun2)
+gun2=pa(mm,"","Block",0.5,2,0.5,true,false,0,0,"Bright orange") it('CylinderMesh',gun2)
 qi({"Weld",body2,Part0=ball,Part1=gun2,C0=cn(0.4,0,-1)*ca(rd(-90),0,0)})
 for i,v in pairs({gun1,gun2}) do
 gunhol=pa(mm,"","Block",0.3,0,0.3,true,false,0,0,"Really black") it('CylinderMesh',gunhol)
 qi({"Weld",body2,Part0=v,Part1=gunhol,C0=cn(0,0.92,0)})
 end
-seat2=pa(mm,"","VehicleSeat",2,0.5,2,true,false,0,0,"Bright blue") it('CylinderMesh',seat2)
+seat2=pa(mm,"","VehicleSeat",2,0.5,2,true,false,0,0,"Bright orange") it('CylinderMesh',seat2)
 seat2w=qi({"Weld",body2,Part0=aaa2,Part1=seat2,C0=cn(0,0.5,0)})
 seat2.HeadsUpDisplay=false
 q(function()
 local guntilt = 0
 for i,v in pairs({aaa2,ball,seat2}) do
 local gcd = qi({"ClickDetector",v,MaxActivationDistance=8})
 gcd.MouseClick:connect(function()
 gunshot(10,1,5,gun1.CFrame*cn(0,1+(rn(0,2000)/600),0))
 gunshot(10,1,5,gun2.CFrame*cn(0,1+(rn(0,2000)/600),0))
 end)
 end
 while true do if rn(1,8) == 1 then wait() else wait(0.0345) end
 aaa2w.C1=aaa2w.C1*ca(0,rd(seat2.Steer*6),0)
 if seat2.Throttle == 1 and guntilt<112 then guntilt = guntilt+4
 elseif seat2.Throttle == -1 and guntilt>-48 then guntilt=guntilt-4
 --elseif seat2.Throttle==0 then if guntilt > 0 then guntilt=guntilt-4 elseif guntilt<0 then guntilt=guntilt+4 end
 end
 ballw.C1=ca(rd(-guntilt),0,0)
 end
 end)
 end
 end
 for x=-1,1,2 do
 for z=-1,1,2 do
 whe=pa(mm,"","Block",4,2,4,true,false,0,0,"Black") qi({"CylinderMesh",whe})
 qi({"Weld",whe,Part0=engine,Part1=whe,C0=cn(x*8,0.8,(z*11.5)+1.5)*ca(0,0,rd(90))})
 ss=pa(mm,"","Block",2.25,0.3,5,true,false,0,0,"Black")
 qi({"Weld",body2,Part0=engine,Part1=ss,C0=cn(x*8,-1.5,(z*11.2)+1.5)*ca(rd(-23*z),0,0)})
 ss=pa(mm,"","Block",2.25,2,0.3,true,false,0,0,"Black")
 qi({"Weld",body2,Part0=engine,Part1=ss,C0=cn(x*8,0.4,(z*13.4)+1.5)})
-ss=pa(mm,"","Wedge",2.3,3,3,true,false,0,0,"Bright blue")
+ss=pa(mm,"","Wedge",2.3,3,3,true,false,0,0,"Bright orange")
 local trolo = z == 1 and 180 or 0
 qi({"Weld",body2,Part0=engine,Part1=ss,C0=cn(x*8.1,2.5,(z*13.5)+1.5)*ca(0,rd(trolo),0)})
 end end
 local form = 4*4
 for x=-1,1,2 do
 for z=form/2,-form/2,-form/3 do
 whe=pa(mm,"","Block",4,2,4,true,false,0,0,"Black") qi({"CylinderMesh",whe})
 qi({"Weld",whe,Part0=engine,Part1=whe,C0=cn(8*x,-0.5,(z*0.9)+1.5)*ca(0,0,rd(90))})
 end
 end
-for i,p in pairs(mm:children()) do if p.BrickColor.Name=="Bright blue" then
+for i,p in pairs(mm:children()) do if p.BrickColor.Name=="Bright orange" then
 for i,s in pairs({"Back","Front","Bottom","Top","Left","Right"}) do
 --qi({"Texture",p,Face=s,Texture=ds.Camo,StudsPerTileU=0,StudsPerTileV=0})
 end
 end end
 game.Lighting.Ambient=Color3.new(1,1,1)
 local bin = qi({"HopperBin",bp,Name="RMTank"})
 t = {}
 t.Vault = "Closed"
 t.Steer = ""
 t.Steer2 = ""
 t.Steering=""
 t.Tilt = 0
 t.Move = ""
 t.Fire = false
 ks = {}
 TheWeld = nil
 Seated = false
 TankSpeed=16
 bv = qi({"BodyVelocity",engine}) bv.maxForce=v3(0,0,0)
 bav = qi({"BodyAngularVelocity",engine}) bav.maxTorque=v3(0,0,0)
 bin.Selected:connect(function(mouse)
 mouse.KeyDown:connect(function(k) k = k:lower() ks[k]=false
 if k == "g" and t.Vault~="moving" then if t.Vault=="Closed" then
 t.Vault = "moving" for i=0,-110,-10 do capw.C1=cn(0,0,2.5)*ca(rd(i),0,0) wait(0.034) end t.Vault="Opened" else
 t.Vault = "moving" for i=-110,0,10 do capw.C1=cn(0,0,2.5)*ca(rd(i),0,0) wait(0.034) end t.Vault="Closed" end
 elseif k == "h" and t.Steer=="" then t.Steer = "Left" repeat spiw.C1=spiw.C1*ca(0,rd(-2),0) wait(0.034) until ks[k] t.Steer = ""
 elseif k == "k" and t.Steer=="" then t.Steer = "Right" repeat spiw.C1=spiw.C1*ca(0,rd(2),0) wait(0.034) until ks[k] t.Steer = ""
 elseif k == "u" and t.Steer2=="" then t.Steer2 = "Up" repeat t.Tilt=t.Tilt+1.5 tiltw.C1=ca(0,rd(t.Tilt),0) wait(0.034) until t.Tilt>=90 or ks[k] t.Steer2 = ""
 elseif k == "j" and t.Steer2=="" then t.Steer2 = "Down" repeat t.Tilt=t.Tilt-1.5 tiltw.C1=ca(0,rd(t.Tilt),0) wait(0.034) until t.Tilt<=-12 or ks[k] t.Steer2 = ""
 elseif k == "z" and t.Vault=="Opened" and Seated and TheWeld then Seated = false TheWeld:Remove() c.Humanoid.PlatformStand = false c.Torso.CFrame = hol2.CFrame*cn(0,4,0) mm.Parent = workspace
 elseif k == "w" and Seated and t.Move == "" then t.Move = "Forward" bv.maxForce=v3(1/0,0,1/0) repeat bv.velocity=engine.CFrame.lookVector*TankSpeed wait() until ks[k] bv.maxForce=v3(0,0,0) t.Move = ""
 elseif k == "s" and Seated and t.Move == "" then t.Move = "Backward" bv.maxForce=v3(1/0,0,1/0) repeat bv.velocity=engine.CFrame.lookVector*(-TankSpeed/1.2) wait() until ks[k] bv.maxForce=v3(0,0,0) t.Move = ""
 elseif k == "a" and Seated and t.Steering=="" then t.Steering="Left" bav.maxTorque=v3(0,1/0,0) bav.angularvelocity=v3(0,0.8,0) repeat wait() until ks[k] bav.maxTorque=v3(0,0,0) t.Steering = ""
 elseif k == "d" and Seated and t.Steering=="" then t.Steering="Right" bav.maxTorque=v3(0,1/0,0) bav.angularvelocity=v3(0,-0.8,0) repeat wait() until ks[k] bav.maxTorque=v3(0,0,0) t.Steering = ""
 elseif k == "f" and not t.Fire then t.Fire = true
 q(function()
 GlowMesh(false,ds.Ring,hol,v3(7,7,7),'New Yeller',hol.CFrame*cn(0,0,0)*ca(rd(90),0,0),0.1,1,0.13)
 local speed = 8 local cff = hol.CFrame*cn(0,2,0) local dmg = 25
 local bb = pa(mm,"","Block",2,2,2,true,true,0,0.2,"Black") qi({"CylinderMesh",bb})
 local bb2 = pa(mm,"","Block",0,0,0,true,true,0,0.2,"Black") qi({"SpecialMesh",bb2,MeshType="Sphere",Scale=v3(2,3,2)*5})
 bb.CFrame = cff*ca(rd(rn(-1000,1000)/1500),rd(rn(-1000,1000)/1500),rd(rn(-1000,1000)/1500))
 so(ds.Fire,bb,0.3,1) wait() for i=1,50 do bb2.CFrame = bb.CFrame*cn(0,-5,0)
 bhit,bpos=ray(bb.Position,bb.Position - (bb.CFrame *cn(0,-1,0)).p)
 if bhit and bpos and (bpos - bb.Position).magnitude < speed then break end
 bb.CFrame=bb.CFrame*cn(0,speed,0)*ca(0,0,rd(0.2)) bb2.CFrame=bb.CFrame*cn(0,1,0)
 wait()
 end bb.CFrame=bb.CFrame*cn(0,(bpos-bb.Position).magnitude,0)
 bb:Remove() bb2:Remove()
 for i=1,3 do
 GlowMesh(false,"Sphere",hol,v3(rn(10,20),rn(10,20),rn(10,20)),'New Yeller',bb.CFrame*cn(rn(-3,3),rn(-3,3),rn(-3,3))*ca(rd(rn(-360,360)),rd(rn(-360,360)),rd(rn(-360,360))),0.1,1,0.1) end
 local rr = 10 GetRegion(bb.Position-v3(rr,rr,rr),bb.Position+v3(rr,rr,rr),function(v) if v.Name~="Torso" then return end v.Humanoid.Health=b.Humanoid.Health-dmg end,function(v) if v.Anchored or v:GetMass()>500 then return end v:BreakJoints() v.Velocity=cn(bb.Position,v.Position).lookVector*rn(70,120) end)
 end)
 smo.Enabled = true for i=0,-3,-1 do canw.C1=cn(0,-i/1.3,0) wait(0.033) end for i=-3,0,1 do canw.C1=cn(0,-i/1.3,0) wait(0.033) end
 smo.Enabled = false t.Fire = false
 end
 end)
 mouse.KeyUp:connect(function(k) k=k:lower() ks[k]=true
 end)
 end)
 hol2.Touched:connect(function(hit) if hit.Parent ~= c or Seated or t.Vault~="Opened" then return end
 _G.mm.Parent = c Seated = true
 local hu = c.Humanoid hu.PlatformStand = true wait()
 TheWeld = qi({"Weld",engine,Part0=engine,Part1=c.Torso,C0=cn(0,1.5,2)*ca(rd(90),0,0)})
 end)