Fixes a rare case of ego's not being properly loaded during randart generation.

game/modules/tome/class/GameState.lua

@@ -525,11 +525,12 @@ function _M:generateRandart(data)
 		local picked_egos = {}
 		local legos = {}
 		local been_greater = 0
+		game.zone:getEntities(game.level, "object") -- make sure ego definitions are loaded
 		-- merge all egos into one list to correctly calculate rarities
 		table.append(legos, game.level:getEntitiesList("object/"..o.egos..":prefix") or {})
 		table.append(legos, game.level:getEntitiesList("object/"..o.egos..":suffix") or {})
 		table.append(legos, game.level:getEntitiesList("object/"..o.egos..":") or {})
---print(" * loaded ", #legos, "ego definitions")
+--		print(" * loaded ", #legos, "ego definitions from ", o.egos)
 		for i = 1, nb_egos or 3 do
 			local list = {}
 			local gr_ego, ignore_filter = false, false
@@ -593,7 +594,7 @@ function _M:generateRandart(data)
 				points = points + xpoints
 			end
 		end
-		o.egos = nil o.egos_chance = nil o.force_ego = nil
+--		o.egos = nil o.egos_chance = nil o.force_ego = nil
 	end
 	-- Re-resolve with the (possibly) new resolvers
 	o:resolve()
@@ -635,7 +636,7 @@ function _M:generateRandart(data)
 		local p = powers[i]
 		if p and p.points <= hpoints*2 then -- Intentionally allow the budget to be exceeded slightly to guarantee powers at low levels
 			local state = {scaleup = math.max(1,(lev/(p.level_range[2] or 50))^0.5)} --Adjust scaleup factor for each power based on lev and level_range max
---			print(" * adding power: "..p.name.."("..p.points.." points)")
+		print(" * adding power: "..p.name.."("..p.points.." points)")
 			selected_powers[p.name] = selected_powers[p.name] or {}
 			table.ruleMergeAppendAdd(selected_powers[p.name], p, {merger}, state)
 			hpoints = hpoints - p.points