def getRandomLine(linename, numTrains):
tilex = random.randrange(0, 50)
tiley = random.randrange(0, 50)
start = classes.Tile(tilex, tiley, linename)
ans = [start]
for i in range(random.randrange(15, 100)):
binaryFlip = random.randrange(0, 2)
if binaryFlip == 0:
tilex += 1
else:
tiley += 1
if (tilex < 100 and tiley < 100):
ans.append(classes.Tile(tilex, tiley, linename))
else:
break
return classes.Line(ans, linename, numTrains)
def addTiles(self):
row = 0
while row < const.WELL_H:
tiles = []
col = 0
while col < const.WELL_W:
tile = classes.Tile(row, col)
tiles.append(tile)
col += 1
self.well.addRowOfTiles(tiles)
row += 1
def process_objects(self, json_objects, load=False):
objects = []
for obj in json_objects:
tile = classes.Tile(0, 0)
if obj["tile"] == "Player":
tile = classes.Player(obj["x"], obj["y"])
self.player = tile
else:
print("obj:", obj)
tile = getattr(sys.modules[obj["module"]],
obj["tile"])(obj["x"], obj["y"])
if load:
tile.load_json(obj)
objects.append(tile)
self.level.objects = objects
def draw_map(player):
global map
width = tcod.random_get_int(0, const['ROOM_MIN_SIZE'],
const['ROOM_MAX_SIZE'])
height = tcod.random_get_int(0, const['ROOM_MIN_SIZE'],
const['ROOM_MAX_SIZE'])
pos_x = tcod.random_get_int(0, 0, (const['MAP_WIDTH'] - 1 - width))
pos_y = tcod.random_get_int(0, 0, (const['MAP_HEIGHT'] - 1 - height))
map = [[classes.Tile(True) for hgt in range(const['MAP_HEIGHT'])]
for wid in range(const['MAP_WIDTH'])]
rooms = []
rooms_num = 0
for r in range(const['MAX_ROOMS']):
new_room = classes.Rectangle(pos_x, pos_y, width, height)
fail = False
for other_room in rooms:
if new_room.check_intersection(other_room):
fail = True
break
if not fail:
create_room(new_room)
(new_x, new_y) = new_room.centering()
if rooms_num == 0:
player.axis_X = new_x
player.axis_Y = new_y
else:
(previous_x, previous_y) = rooms[rooms_num - 1].centering()
if (tcod.random_get_int(0, 0, 1)) == 1:
functions.horizontal_tunnel(previous_x, new_x, previous_y)
functions.vertical_tunnel(previous_y, new_y, previous_x)
else:
functions.vertical_tunnel(previous_y, new_y, previous_x)
functions.horizontal_tunnel(previous_x, new_x, previous_y)
rooms.append(new_room)
rooms_num += 1
return map
def process(self, jsonarray):
y = 0
newmap = []
for row in jsonarray:
x = 0
newr = []
for cel in row:
t = classes.Tile(x, y) # need categorization for this
if cel == "#":
t = classes.Wall(x, y)
elif cel == ".":
t = classes.Floor(x, y)
elif cel == "h":
t = classes.WoodenChair(x, y)
elif cel == "T":
t = classes.WoodenTable(x, y)
elif cel == ",":
t = classes.Grass(x, y)
newr.append(t)
x += 1
newmap.append(newr)
y += 1
return newmap
import classes
import pygame
# Create some tiles
grass = classes.Tile()
grass.name = 'Grass'
grass.passable = True
grass.sprite = pygame.image.load('spr/grass.png')
stone_wall = classes.Tile()
stone_wall.name = 'Stone Wall'
stone_wall.passable = False
stone_wall.sprite = pygame.image.load('spr/block.png')
portal1 = classes.Tile()
portal1.name = 'Portal'
portal1.portal = True
portal1.passable = True
portal1.sprite = pygame.image.load('spr/grass.png')
portal1.portal_destination_level = 1
npc1 = classes.NPC()
npc1.name = 'Nicole'
def __init__(self):
self.name = "Default item"
self.description = "Default item description"
self.count = 1
self.tile = classes.Tile(0, 0)
def get_tile(blocked, block_sight=None):
return classes.Tile(blocked, block_sight=None)