def cast(self, context):
from monsters import Boulder
spots = [ neighbour for neighbour in context.player.tile.neighbours() if not neighbour.cannotEnterBecause( Boulder ) ]
if not spots:
context.player.context.log( "Nothing happens." )
else:
context.player.context.log( "A boulder appears!" )
spot = random.choice( spots )
Boulder.spawn( context, spot )
def mapFromGenerator( context, ancestor = None):
from levelgen import generateLevel
lg = generateLevel( 80,
50,
(16,30,16,30),
(12,20,12,16)
)
rv = Map( context, lg.width, lg.height )
if ancestor:
rv.previousLevel = ancestor
ancestor.nextLevel = rv
rv.depth = ancestor.depth + 1
else:
rv.depth = 1
rv.nextLevel = None
# Ror now just the cell data is used; do recall that the lg object
# also contains .rooms; these make up a graph that can be used to
# classify the rooms.
for x in range( lg.width ):
for y in range( lg.height ):
{
' ': makeImpenetrableRock,
'+': lambda tile: makeOpenDoor(tile) if random.random() > 0.5 else makeClosedDoor(tile),
'o': makeHallway,
'.': makeFloor,
'#': makeWall,
}[ lg.data[y][x] ]( rv.tiles[x,y] )
makeStairsUp( rv.tiles[ lg.entryRoom.internalFloorpoint() ], isPortal = not ancestor )
makeStairsDown( rv.tiles[ lg.exitRoom.internalFloorpoint() ] )
if rv.depth == DungeonDepth:
tile = rv.randomTile( lambda tile : not tile.cannotEnterBecause( context.macGuffinMobile ) and lg.exitRoom.contains( tile.x, tile.y ) )
monster = context.macGuffinMobile.spawn( context, tile )
for room in lg.rewardRooms:
# should be in chests: that way it's hard to
# distinguish between danger rooms and reward rooms
valueTarget = random.randint(40,70) # per room, people!
for protoitem in selectThings( rv.depth, valueTarget, context.protoitems ):
item = protoitem.spawn()
tile = rv.tiles[ room.internalFloorpoint() ]
tile.items.append( item )
if rv.depth == 1:
for protoitem in selectThings( rv.depth, 70 - valueTarget, context.protorunes ):
item = protoitem.spawn()
tile = rv.tiles[ room.internalFloorpoint() ]
tile.items.append( item )
for room in lg.dangerRooms:
generateTrapsForRoom( rv, context, room )
monsterValueTarget = random.randint( 6, 12 )
potentialMonsters = [ thing for thing in context.protomonsters if thing.rarity.eligible( rv.depth ) ]
populateLevel( rv, context, monsterValueTarget, potentialMonsters, excludeRoom = lg.entryRoom )
from monsters import Boulder
noBoulders = random.randint( 2, 6 )
for i in range( noBoulders ):
tile = rv.randomTile( lambda tile : not tile.cannotEnterBecause( Boulder ) )
monster = Boulder.spawn( context, tile )
context.levels.append( rv )
return rv