def GenerateCustomMap(self, width, height, isUrban, isCrowd):
generator = MapGen.Generator(width, height, isUrban, isCrowd)
while not generator.IsDone():
generator.DoNextTask()
commands = generator.commands
return MapGen.BuildMapFromCommands(commands, width, height, None, None)
def GetPlayScene(self):
global _registeredSeeds
_registeredSeeds = None
levels = []
width = 28
height = 24
if self.mapSize == 2:
width = 42
height = 36
elif self.mapSize == 3:
width = 64
height = 48
swidth = width
sheight = height
for i in range(9):
if i == 5:
width = swidth
height = sheight
levels.append((width, height))
width = int(width * 1.6)
height = int(height * 1.6)
if self.startZoom < 5:
levels = levels[:5]
else:
levels = levels[5:]
isCrowd = self.args['isCrowd']
lastWidth = levels[-1][0]
lastHeight = levels[-1][1]
lastLevel = MapGen.Generator(lastWidth, lastHeight, True, isCrowd)
while not lastLevel.IsDone():
lastLevel.DoNextTask()
commands = lastLevel.commands
lastLevel = MapGen.BuildMapFromCommands(commands, width, height, None,
None, None)
# Generate tiles for big map
# generate empty maps for smaller maps
maps = []
for level in levels:
#print level
mp = MapGen.BuildMapFromCommands([], level[0], level[1], None,
None, None)
#print 'map instance:', len(mp.grid), len(mp.grid[0])
maps.append(mp)
maps[-1] = lastLevel
# determine top left coordinate of smaller map where it is in big map
offsets = []
for level in levels:
x = (lastWidth - level[0]) // 2
y = (lastHeight - level[1]) // 2
offsets.append((x, y))
# blit big map onto smaller maps
for i in range(len(offsets) - 1):
x = offsets[i][0] - offsets[i + 1][0]
y = offsets[i][1] - offsets[i + 1][1]
maps[i + 1].spriteCarryOver = (x, y)
for i in range(len(levels) - 1):
offset = offsets[i]
xOffset = offset[0]
yOffset = offset[1]
level = maps[i]
size = levels[i]
width = size[0]
height = size[1]
#print i, width,height
y = 0
while y < height:
x = 0
while x < width:
level.grid[x][y] = lastLevel.grid[x + xOffset][y + yOffset]
x += 1
y += 1
addTheseSprites = []
# blast out a bunch of sprites. PlayScene will automatically move sprites if they aren't standing in a valid place (like on a roof)
for i in range(100):
rx = int(random.random() * lastWidth - 4) + 2
ry = int(random.random() * lastHeight - 4) + 2
addTheseSprites.append((rx, ry))
# sprites in previous level zone move to previous level
for i in range(len(levels)):
size = levels[i]
offset = offsets[i]
level = maps[i]
newSpriteList = []
for sprite in addTheseSprites:
if sprite[0] < offset[0] or sprite[
0] >= offset[0] + size[0] or sprite[1] < offset[
1] or sprite[1] >= offset[1] + size[1]:
newSpriteList.append(sprite)
else:
x = sprite[0] - offset[0]
y = sprite[1] - offset[1]
level.citizens.append((x, y, random.random() < .5,
random.choice([1, 2, 3, 4]), x, y))
addTheseSprites = newSpriteList
# add a sprite to each border region of each level
for level in maps:
level.citizens.append((1, 1, True, 1, 1, 1))
levels = levels[self.startZoom:]
maps = maps[self.startZoom:]
offsets = offsets[self.startZoom:]
seeds = []
for i in range(len(levels)):
#print 'level',i,levels[i][0], levels[i][1], len(maps[i].grid), len(maps[i].grid[0])
seeds.append(
GamePlay.LevelSeed(
None, {
'map': maps[i],
'width': levels[i][0],
'height': levels[i][1],
'isCrowd': isCrowd,
'mode': ('individual', 'crowd')[isCrowd],
'progress': True,
'minutes': self.minutes
}))
_registeredSeeds = seeds
first = _registeredSeeds[0]
_registeredSeeds = _registeredSeeds[1:]
if not self.doProgress:
_registeredSeeds = []
return GamePlay.PlayScene(first)