--The connet the dots spell game
print("Hi from connectthedots.lua")

--Minigame is held in self.dots, each dot  is a table,
--dot[num] = {dot x, dot y, {{armor_start_angle,armor_end_angle},{armor_start_angle,armor_end_angle}}}

Game.Cast = function(self,difficulty)
    print("Cast with dificulty: " .. difficulty)
    self.Score = nil

    --Create a dummy panel so that the mouse is trapped, untrap it when it right clicks
    scoreboard = vgui.Create("MBFrame")
	if(!scoreboard) then return end
	scoreboard:SetPos(0,0)
	scoreboard:SetSize(0,0)
    scoreboard:MakePopup()
    self.scoreboard = scoreboard

    --Create the minigame
end

Game.Draw = function(self)
    if not input.IsKeyTrapping() then
        input.StartKeyTrapping()
    end
    draw.DrawText( "You're casting a spell!", "TargetID", ScrW() * 0.5, ScrH() * 0.25, Color( 255, 255, 255, 255 ), TEXT_ALIGN_CENTER )

    print("X:" .. gui.MouseX() .. " Y:" .. gui.MouseY())
    if(input.IsMouseDown(MOUSE_RIGHT)) then
        self.Score = 100
        self.scoreboard:Remove()
    end
end

--A basic dot, can be accessed from anywhere.
Game.AddRegDot = function(self)

    --Find the most recently added dot
    local fd = table.GetFirstValue(self.dots)
    local armors = {}
    for k,v in pairs(fd[2]) do
        armors[k] = v
    end
    --Since armor can have multiple segments, pick all open segments, and find the surface area they occupy.
    local totalsurface = 360
    for k,v in pairs(armors) do
        print("Found armor between " .. v[1] .. " and " .. v[2])
        totalsurface = totalsurface - (v[1]-v[2])
    end
    print("Looks like there's " .. totalsurface .. " of avaliable angle!")
    --Pick a number between 0 and totalsurface that represents  how much un-armored space is before us
    local position = math.random(totalsurface)

    --Find the angles that we will add outselves between
    for k,v in pairs(fd[2]) do
        if(position > v[1]) then
            position += v[2]-v[1]
        end
    end
    print("Adding new dot at an angle of " .. position)

    --Pick a random distance from this dot to the screen edge, and put a dot there
    local rand = 0

    --If we're in the first quadrent
    if(math.cos(position) > 0) then
        rand = math.random(fd[0],ScrW())


end

Game.AddDots = function(self)
    print("Add dots function called!")
end

Game.InstantFail = function(self)
    self.Score = 0
end