-- render a square table (table of tables) nicely
draw_table = function(t)

draw_data = function()

	local rside = max_row_width(t) + namepx*2  -- width of name column
	local nt = table.size(t)
	local hrow = total_row_width(t) + namepx*2*nt

	local rside = max_row_width(Data) + namepx*2  -- width of name column
	local nt = table.size(Data)
	local hrow = total_row_width(Data) + namepx*2*nt

	local rows = ordered_keys(t)

	local rows = ordered_keys(Data)

					if t[t1][t2] then
						local px = (params.w - App.width(t[t1][t2])) / 2

					if Data[t1][t2] then
						local px = (params.w - App.width(Data[t1][t2])) / 2

						love.graphics.print(t[t1][t2], params.x+px, params.y+py)

						love.graphics.print(Data[t1][t2], params.x+px, params.y+py)

					local v = t[t1][t2]

					local v = Data[t1][t2]

						t[t1][t2] = 0 t[t2][t1] = 2

						Data[t1][t2] = 0 Data[t2][t1] = 2

						t[t1][t2] = 2 t[t2][t1] = 0

						Data[t1][t2] = 2 Data[t2][t1] = 0

						t[t1][t2] = nil t[t2][t1] = nil

						Data[t1][t2] = nil Data[t2][t1] = nil

		local total = score(t, t1)

		local total = score(Data, t1)

		love.graphics.print(score(t, t1), l+px, top+y*c+py)

		love.graphics.print(score(Data, t1), l+px, top+y*c+py)

end

end

	draw_table(Data)
end

	draw_data()
end