Sweater V2

print'https://pastebin.com/1b6diG9Q'
local function Get_Union(Primary_Part,table_of_obj,is_negated)
    --[[
        // Description \\
        Modified Function of BasePart:UnionAsync and BasePart:SubtractAsync. All wrapped
        in one neat Function. It even gets rid of the parts in the first and second
        parameters.

        -- Input --
         --> Mandatory
         1. (Instance) First parameter is the part being used.
         2. (Table) Second parameter is the table value.

         --> Optional
         3. (Boolean, nil) Third parameter is whether if its being negated or not. If true, it will negate.

        -- Output --
         1. Union instance

    --]]
    local parts = {Primary_Part}
    Primary_Part.Parent = workspace
    for _,v in pairs(table_of_obj)do
        table.insert(parts,v)
    end
    local union
    if not is_negated then
        union = Primary_Part:UnionAsync(table_of_obj)
    else
        union = Primary_Part:SubtractAsync(table_of_obj)
    end
    for _,v in pairs(parts)do
        v:Destroy()
    end
    union.Parent = workspace

    return union
end
local function Weld_ify(part_1,part_2)
    --[[
        // Description \\
        Shortens welding. Returns weld. The WeldConstraint will be parented under
        part_1 from parameter 1.

        -- Input --
         --> Mandatory
         1. (Instance) First parameter will be the part that will be parenting the
            WeldConstraint/s.
         2. (Instance) Second parameter will be the part that will be welded to the
            part from parameter 1.

            --> or
            (table) Second parameter can also be a table value of parts.

        -- Output --
         1. If parameter 2 was an:
             + Instance, Then it will return:
                (Instance) The WeldConstraint used In the Function.
             + Table, Then it will return:
                (table) The WeldConstraints used In the Function.
    --]]
    if typeof(part_2)=='Instance'then
        local weldc = Instance.new("WeldConstraint",part_1)
        weldc.Part0 = part_1
        weldc.Part1 = part_2
        return weldc
    elseif typeof(part_2)=='table'then
        local weldc_list = {}
        for _,v in pairs(part_2)do
            local weldc = Instance.new("WeldConstraint",part_1)
            weldc.Part0 = part_1
            weldc.Part1 = v
            table.insert(weldc_list,weldc)
        end
        return weldc_list
    else
        error('Function failed: Argument 2 is not an Instance or a table.')
    end
end

local function Bevel_ify(para_1,depth)
    --[[
        // Description \\
        Function returns the instance of the anchored beveled part.

         1. First parameter is the part of what it is beveling.
            Putting iN a table of properties will also work.

         2. Second parameter is how deep it is (number).

        This Function needs:
            - GetUnion()

        Warning: This is a yielding Function. Script will pause While Function is active.
    --]]
    local part_1
    local mr = math.rad
    if typeof(para_1)=='Instance'then
        part_1 = para_1
    elseif typeof(para_1)=='table'then
        part_1 = Instance.new('Part',workspace)
        for i,v in pairs(para_1)do
            pcall(function()
                part_1[i] = v
            end)
        end
    end
    part_1.Anchored = true

    local function Get_Corner(Positive_x,Positive_y,Positive_z)
        local X_CF = part_1.Size.X * .5
        local Y_CF = part_1.Size.Y * .5
        local Z_CF = part_1.Size.Z * .5

        local CF_Ang,mid_CA_num

        if not Positive_x or Positive_x==0 then
            X_CF = -X_CF
        end
        if not Positive_y or Positive_y==0 then
            Y_CF = -Y_CF
        end
        if not Positive_z or Positive_z==0 then
            Z_CF = -Z_CF
        end

        if Positive_x==Positive_y then
            if Positive_z==Positive_x then
                mid_CA_num = -45
            else
                mid_CA_num = 45
            end
        elseif Positive_z==Positive_x then
            mid_CA_num = 135
        else
            mid_CA_num = -135
        end

        CF_Ang = CFrame.Angles(0,mr(mid_CA_num),mr(45))

        local part = Instance.new("Part",workspace)
        part.Anchored = true
        part.Size = Vector3.new(depth * 2,part_1.Size.Y,part_1.Size.Y)
        part.CFrame = part_1.CFrame *
            CFrame.new(X_CF,Y_CF,Z_CF) *
            CF_Ang
        part.Name = Positive_x.. Positive_y .. Positive_z

        return part
    end
    local function Get_Edge(wrap_axis,Isnegative_1,Isnegative_2)
        local ps = part_1.Size
        local prime_1 = 1
        local prime_2 = 1
        if Isnegative_1==1 then
            prime_1 = -1
        end
        if Isnegative_2==1 then
            prime_2 = -1
        end

        local part = Instance.new("Part",workspace)
        part.Anchored = true
        if wrap_axis==0 or not wrap_axis then
            part.Size = Vector3.new(part_1.Size.X,depth * 2,depth * 2)
            part.CFrame = part_1.CFrame *
                CFrame.new(0,ps.Y * .5 * prime_1,ps.Z * .5 * prime_2) *
                CFrame.Angles(mr(45),0,0)

        elseif wrap_axis==1 then
            part.Size = Vector3.new(depth * 2,part_1.Size.Y,depth * 2)
            part.CFrame = part_1.CFrame *
                CFrame.new(ps.X * .5 * prime_1,0,ps.Z * .5 * prime_2) *
                CFrame.Angles(0,mr(45),0)
        elseif wrap_axis==2 or not wrap_axis then
            part.Size = Vector3.new(depth * 2,depth * 2,part_1.Size.Z)
            part.CFrame = part_1.CFrame *
                CFrame.new(ps.X * .5 * prime_1,ps.Y * .5 * prime_2,0) *
                CFrame.Angles(0,0,mr(45))
        end

        return part
    end

    local bev = {
    Get_Corner(0,0,0),
    Get_Corner(0,0,1),
    Get_Corner(0,1,0),
    Get_Corner(0,1,1),
    Get_Corner(1,0,0),
    Get_Corner(1,0,1),
    Get_Corner(1,1,0),
    Get_Corner(1,1,1),

    Get_Edge(0,0,0),
    Get_Edge(0,0,1),
    Get_Edge(0,1,0),
    Get_Edge(0,1,1),

    Get_Edge(1,0,0),
    Get_Edge(1,0,1),
    Get_Edge(1,1,0),
    Get_Edge(1,1,1),

    Get_Edge(2,0,0),
    Get_Edge(2,0,1),
    Get_Edge(2,1,0),
    Get_Edge(2,1,1)
    }

    local union = Get_Union(part_1,bev,true)

    return union
end
local function Girl_Torso(part)
    --[[
        // Description \\
        Returns Girl Torso made out of unions and negateoperations.

        -- Output --
         1. (Instance) Girl Torso Union.

        This Function needs:
          - Bevel_ify Function
          - Get_Union Function

        This is a yielding Function.
    --]]

    local Bevel_1 = part
    Bevel_1.Size = Vector3.new(2.02,2.02,1.02)

    local Bevil_ified_1 = Bevel_ify(Bevel_1,.02)

    local function mpart(ori,pos,size)
        local p = Instance.new("Part")
        p.Anchored = true
        p.Orientation = ori
        p.Position = pos
        p.Size = size

        return p
    end

    Bevil_ified_1.Anchored = true
    Bevil_ified_1.Position = Vector3.new(-26, -11.5, -8.5)

    local girl_torso = Get_Union(Bevil_ified_1,{
        mpart(Vector3.new(0, -180, -24.17),
            Vector3.new(-27.415, -11.41, -8.5),
            Vector3.new(1, 1.21, 2.62)
        ),
        mpart(Vector3.new(0, 0, 21.92),
            Vector3.new(-24.6, -12, -8.5),
            Vector3.new(1, 1, 3)
        ),
        mpart(Vector3.new(0, 0, -24.17),
            Vector3.new(-24.542, -11.371, -8.5),
            Vector3.new(1, 1.21, 2.62)
        ),
        mpart(Vector3.new(16.39, 0, 0),
            Vector3.new(-26, -11.4, -7.53),
            Vector3.new(2.9, 1, 1)
        ),
        mpart(Vector3.new(0, -180, 22.53),
            Vector3.new(-27.375, -12.03, -8.5),
            Vector3.new(1, 1, 3)
        ),
        mpart(Vector3.new(13.65, 0, 0),
            Vector3.new(-26, -12.111, -9.491),
            Vector3.new(2.9, 1.08, 1)
        ),
        mpart(Vector3.new(-15.45, 0, 0),
            Vector3.new(-26, -12.09, -7.53),
            Vector3.new(2.9, 1, 1)
        ),
        mpart(Vector3.new(-13.77, 0, 0),
                            Vector3.new(-26, -11.336, -9.48),
                            Vector3.new(2.9, 1, 1)
                        )

    },true)

    return girl_torso
end
local function Sweater_Version_2(Character_1,color3_value_1)
    --[[
        // Description \\
        Makes a new sweater from given character. Returns Sweater Model.

        -- Input --
         --> Mandatory
         1. (Instance) It can be a Player's character or a some rig. But it
            must have:
             -- A torso.
         --> Optional
         2. (Color3) Color3 value for sweater.

        -- Output --
         1. (Instance) Sweater Model.

        This Function needs:
          - Get_Union()
          - Bevel_ify()
          - Weld_ify()

        This Function also might want:
          - Girl_Torso()
                If the character from parameter 1 has a Girl Torso character
                mesh.

        Warning: This Function can yield.
    --]]
    local l_arm = Character_1:FindFirstChild'Left Arm'
    local r_arm = Character_1:FindFirstChild'Right Arm'
    local torso = Character_1:FindFirstChild'Torso'
    local sl_arm,sr_arm,s_torso
    if not torso then
        error('Function failed: No torso in character in paramter 1.')
    end
    if color3_value_1==nil then
        color3_value_1 = Color3.fromRGB(0,0,255)
    elseif typeof(color3_value_1)~='Color3'then
        color3_value_1 = Color3.fromRGB(0,0,255)
    end
    if l_arm then
        local part = Instance.new("Part")
        part.Size = Vector3.new(1.02,2.02,1.02)
        part.Color = color3_value_1
        part.Material = Enum.Material.Fabric

        local bevel_1 = Bevel_ify(part,.02)
        local part_1 = Instance.new("Part")
        part_1.CFrame = bevel_1.CFrame *
            CFrame.new(0,bevel_1.Size.Y * -.5,0)
        part_1.Size = Vector3.new(1.25,.2,1.25)

        local union_1 = Get_Union(bevel_1,{part_1},true)
        sl_arm = union_1
    end
    if r_arm then
        local part = Instance.new("Part")
        part.Size = Vector3.new(1.02,2.02,1.02)
        part.Color = color3_value_1
        part.Material = Enum.Material.Fabric

        local bevel_1 = Bevel_ify(part,.02)
        local part_1 = Instance.new("Part")
        part_1.CFrame = bevel_1.CFrame *
            CFrame.new(0,bevel_1.Size.Y * -.5,0)
        part_1.Size = Vector3.new(1.25,.2,1.25)

        local union_1 = Get_Union(bevel_1,{part_1},true)
        sr_arm = union_1
    end
    if torso then
        local Has_Girl_Torso = false
        for _,v in pairs(Character_1:GetChildren())do
            if v:IsA'CharacterMesh'then
                if v.MeshId==48112070 then
                    Has_Girl_Torso = true
                    break
                end
            end
        end
        if Has_Girl_Torso then
            local part = Instance.new("Part")
            part.Color = color3_value_1

            local girl_torso = Girl_Torso(part)
            girl_torso.Material = Enum.Material.Fabric
            s_torso = girl_torso
        else
            local part = Instance.new("Part")
            part.Size = Vector3.new(2.02,2.02,1.02)
            part.Color = color3_value_1
            part.Material = Enum.Material.Fabric

            local bevel_1 = Bevel_ify(part,.02)
            s_torso = bevel_1
        end
    end

    local mod = Instance.new("Model",Character_1)

    if sl_arm then
        sl_arm.Parent = mod
        sl_arm.CFrame = l_arm.CFrame *
            CFrame.new(0,.1,0)
        Weld_ify(l_arm,sl_arm)
    end
    if sr_arm then
        sr_arm.Parent = mod
        sr_arm.CFrame = r_arm.CFrame *
            CFrame.new(0,.1,0)
        Weld_ify(r_arm,sr_arm)
    end
    if s_torso then
        s_torso.Parent = mod
        s_torso.Color = color3_value_1
        s_torso.CFrame = torso.CFrame
        Weld_ify(torso,s_torso)
    end

    for _,v in pairs(mod:GetChildren())do
        v.Anchored = false
        v.Massless = true
        v.CanCollide = false
    end

    return mod
end

Sweater_Version_2(owner.Character)
owner.CharacterAdded:Connect(function(ch)
    Sweater_Version_2(owner.Character)
end)
print'Repost my sweater = youre fat'
print'but you can change the color tho but nothing else.'