--Creating a table for fully object orientedness :D
    test = {};
    test.hud = {};
    tCol = {};

    --Defining variables at the top, putting all of them inside the test.hud table
    --To keep it self containing
    test.hud.xPos = 150;
    test.hud.yPos = ScrH() - 150;

    --The test.hud:TeamColor() puts the function TeamColor() in the test.hud table
    --Refer to it by calling test.hud:TeamColor()
    function test.hud:teamColor()
            --Returning is better than constantly defining global variables
            return team.GetColor(LocalPlayer():Team());
    end;


    function test.hud:drawCircleFill( x, y, radius, col )
            local circle = {};
            local s, c;
            local quality = 10 + radius / 2;
            for i=1, quality do
                    s = math.sin( math.rad( i * 360 ) / quality );
                    c = math.cos( math.rad( i * 360 ) / quality );
                    circle[i] = {
                            x = x + c * radius,
                            y = y + s * radius,
                            u = 1,
                            v = 1
                    };
            end;
            surface.SetDrawColor( col );
            surface.DrawPoly( circle );
    end;

    function test.hud:DrawHealth()
            local health = math.Clamp( LocalPlayer():Health(), 0, 9999 );
            local circleAmount = math.floor( health / 100 * 10 );
            tCol = test.hud:teamColor()
            local r = math.Clamp(tCol.r, 50, 150 ) - 20
            local g = math.Clamp(tCol.g, 50, 150 ) - 20
            local b = math.Clamp(tCol.b, 50, 150 ) - 20
            local a = math.Clamp( (tCol.a/100)*health, 50, 255)

            --Doing this so we can get the size of the text to position it properly
            --You have to set the font to the proper font before
            --Calling surface.GetTextSize
            --Here's an example of calling a function in the test.hud table

            test.hud:drawCircleFill( test.hud.xPos, test.hud.yPos, 60, Color( r, g, b, 100));
            test.hud:drawCircleFill( test.hud.xPos, test.hud.yPos, 50, Color( 120, 120, 120, 200));

            for i=1, circleAmount do
                    local xCircleDrawPos = test.hud.xPos + math.cos( ( CurTime() * 5.5 ) + math.rad( i * 360 ) / circleAmount ) * 100;
                    local yCircleDrawPos = test.hud.yPos + math.sin( ( CurTime() * 4 ) + math.rad( i * 360 ) / circleAmount ) * 80;
                    test.hud:drawCircleFill( xCircleDrawPos, yCircleDrawPos, 10,test.hud:teamColor());
            end;
    end;
    hook.Add( "HUDPaint", "test.hud:DrawHealth", test.hud.DrawHealth );
    --hook.Remove( "HUDPaint", "test.hud:DrawHealth");

    function test.hud:DrawSpeed()
            local speed = math.Round( LocalPlayer():GetVelocity():Length() / 10 );
            local circleAmount = math.floor( speed / 200 * 20 );
            local r = math.Clamp(tCol.r, 50, 150 ) - 20
            local g = math.Clamp(tCol.g, 50, 150 ) - 20
            local b = math.Clamp(tCol.b, 50, 150 ) - 20

            --Doing this so we can get the size of the text to position it properly
            --You have to set the font to the proper font before
            --Calling surface.GetTextSize
            --Here's an example of calling a function in the test.hud table
            test.hud:drawCircleFill( ScrW() - 150, test.hud.yPos, 60,Color( r, g, b, 100) );
            test.hud:drawCircleFill( ScrW() - 150, test.hud.yPos, 50, Color( 120, 120, 120, 200) );
            for i=1, circleAmount do
                    local xCircleDrawPos = ScrW() - 150 + math.cos( ( CurTime() * -5.5 ) + math.rad( i * 360 ) / circleAmount ) * 100;
                    local yCircleDrawPos = test.hud.yPos + math.sin( ( CurTime() * -4 ) + math.rad( i * 360 ) / circleAmount ) * 80;
                    test.hud:drawCircleFill( xCircleDrawPos, yCircleDrawPos, 10, test.hud:teamColor() );
            end;
    end;
    hook.Add( "HUDPaint", "test.hud:DrawSpeed", test.hud.DrawSpeed );
    --hook.Remove( "HUDPaint", "test.hud:DrawSpeed");