"""Dungeon Set Generator, by Kris Schnee.
Sketch of a system that creates a series of "dungeon" areas for a game,
mindful of what items the player has available in each dungeon."""

ITEMS = ["bombs","boomerang","hookshot","wand","bow","boots"]
HOW_MANY_DUNGEONS = 3
ROOMS_PER_DUNGEON = 10
ROOM_LAYOUTS = [("simple1",None),("simple2",None),("simple3",None),("simple4",None),
                ("block_puzzle1",None),("block_puzzle2",None),
                ("monster_horde",None),
                ("room_fulla_pits",None),
                ("miniboss",None),
                ("need_bombs1","bombs"),("need_bombs2","bombs"),
                ("need_bow1","bow"),("need_bow2","bow"),
                ("need_boomerang","boomerang"),
                ("need_hookshot","hookshot"),
                ("need_wand","wand"),
                ("need_boots","boots"),
                ]

import random

items_not_gotten = ITEMS[:]
items_player_has = []
dungeons = []

def MakeDungeonSet(how_many=4):
    for n in range(how_many):
        found_item = items_not_gotten[ random.randint(0,len(items_not_gotten)-1) ]
        items_not_gotten.remove(found_item)
        items_player_has.append(found_item)
        dungeons.append( (MakeDungeon(items_player_has), found_item) )
    return dungeons

def MakeDungeon(items_player_has):
    """Dummy function mostly; use w/map generator."""
    rooms = []
    for n in range(ROOMS_PER_DUNGEON):
        possible_layouts = [r for r in ROOM_LAYOUTS if (not r[1]) or (r[1] in items_player_has)]
        r = possible_layouts[ random.randint(0,len(possible_layouts)-1) ]
        rooms.append(r)
    return rooms

dungeons = MakeDungeonSet(HOW_MANY_DUNGEONS)
for n in range(HOW_MANY_DUNGEONS):
    print "Dungeon #"+str(n+1)+":\nItem Found Here: "+dungeons[n][1]+"\nSet of rooms:"
    for r in dungeons[n][0]:
        print "    "+r[0]