def forward_step(self, dir):
s = gamesrv.Sprite(self.icons[self.dir + dir], self.x, self.y)
self.tron.trailsprites.append(s)
self.dir = dir
self.cx += dir[0]
self.cy += dir[1]
self.move(self.cx*8-2, self.cy*8-2, self.icons[dir])
def writestr(x, y, text):
result = []
for c in text:
ico = sprcharacterget(c)
if ico is not None:
result.append(gamesrv.Sprite(ico, x, y))
x += 7
return result
def extra_water_flood():
from mnstrmap import Flood
from monsters import Monster
waves_icons = [images.sprget(n) for n in Flood.waves]
fill_icon = images.sprget(Flood.fill)
bspr = []
if 'flood' in curboard.sprites:
return # only one flooding at a time
curboard.sprites['flood'] = bspr
waves_sprites = [gamesrv.Sprite(waves_icons[0], x, bheight-CELL)
for x in range(0, bwidth, CELL)]
bspr += waves_sprites
fill_by_line = []
poplist = [None]
while waves_sprites[0].y > 0:
yield 0
waves_icons.insert(0, waves_icons.pop())
for s in waves_sprites:
s.seticon(waves_icons[0])
yield 0
sprites = [gamesrv.Sprite(fill_icon, s.x, s.y) for s in waves_sprites]
bspr += sprites
fill_by_line.append(sprites)
for s in waves_sprites:
s.step(0, -16)
for s in images.touching(0, waves_sprites[0].y, bwidth, bheight):
if isinstance(s, Monster):
s.argh(poplist)
while 1:
for i in range(2):
yield 0
waves_icons.insert(0, waves_icons.pop())
for s in waves_sprites:
s.seticon(waves_icons[0])
if not fill_by_line:
break
for s in fill_by_line.pop():
s.kill()
for s in waves_sprites:
s.step(0, 16)
for s in waves_sprites:
s.kill()
del curboard.sprites['flood']
def extra_swap_up_down(N=27):
# unregister all walls
walls = curboard.walls_by_pos.items()
walls.sort()
if not walls:
return
curboard.walls_by_pos.clear()
emptyline = '##' + ' '*(width-4) + '##'
curboard.walls = [emptyline] * height
l = curboard.sprites['walls']
wallicon = l[0].ico
wallpool = l[:]
l[:] = [gamesrv.Sprite(wallicon, 0, -wallicon.h)]
# force the top half of the walls on front
#for (y,x), w in walls:
# if y*2 < height:
# show the walls swapping up/down
ycenter = ((height-1)*CELL) // 2
for i in range(N):
alpha = math.cos((math.pi*(i+1))/N)
ymap = {}
for y in range(height):
ymap[y] = int(alpha*(y*CELL-ycenter)) + ycenter
for (y,x), w in walls:
if y in ymap:
w.move(x*CELL, ymap[y])
yield 0
if i == (N+1)//2:
# reorder the wall sprites in the middle of the swap
walls = [((-y,x), w) for (y,x), w in walls]
walls.sort()
for i in range(len(walls)):
(y,x), w = walls[i]
walls[i] = (y,x), wallpool[i]
walls = [((-y,x), w) for (y,x), w in walls]
walls.sort()
# reverse all dragons!
from player import BubPlayer
for dragon in BubPlayer.DragonList:
dragon.dcap['gravity'] *= -1.0
# freeze the walls in their new position
i = 0
for (y,x), w in walls:
y = height-1 - y
if 0 <= y < height and (y,x) not in curboard.walls_by_pos:
w = wallpool[i]
i += 1
curboard.putwall(x, y, w)
l[:0] = wallpool[:i]
for w in wallpool[i:]:
w.kill()
curboard.reorder_walls()
def putwall(self, x, y, w=None):
wallicon = patget((self.num, x%self.wnx, y%self.wny), images.KEYCOL)
if w is None:
w = gamesrv.Sprite(wallicon, 0, bheight)
l = self.sprites['walls']
w.to_back(l[-1])
l.append(w)
self.walls_by_pos[y,x] = w
if y >= 0:
line = self.walls[y]
self.walls[y] = line[:x] + '#' + line[x+1:]
def writesprites(self, name, xyicolist):
sprlist = self.sprites.setdefault(name, [])
xyicolist = xyicolist[:]
xyicolist.reverse()
for s in sprlist[:]:
if xyicolist:
s.move(*xyicolist.pop())
else:
s.kill()
sprlist.remove(s)
while xyicolist:
x, y, ico = xyicolist.pop()
sprlist.append(gamesrv.Sprite(ico, x, y))
def enter(self, complete=1, inplace=0, fastreenter=False):
global curboard
if inplace:
print "Re -",
print "Entering board", self.num+1
self.set_musics()
# add board walls
l = self.sprites.setdefault('walls', [])
bl = self.sprites.setdefault('borderwalls', [])
if inplace:
deltay = 0
else:
deltay = bheight
wnx = wny = 1
while haspat((self.num, wnx, 0)):
wnx += 1
while haspat((self.num, 0, wny)):
wny += 1
self.wnx = wnx
self.wny = wny
if haspat((self.num, 'l')):
lefticon = patget((self.num, 'l'))
if haspat((self.num, 'r')):
righticon = patget((self.num, 'r'))
else:
righticon = lefticon
xrange = range(2, self.width-2)
else:
xrange = range(self.width)
lefticon = righticon = None
if BOARD_BKGND == 1:
gl = self.sprites.setdefault('background', [])
xmax = (self.width-2)*CELL
ymax = self.height*CELL
y = -HALFCELL
ystep = 0
firstextra = 1
while y < ymax:
x = 2*CELL+HALFCELL
xstep = 0
while x < xmax:
bitmap, rect = loadpattern((self.num, xstep, ystep),
images.KEYCOL)
bitmap, rect = images.makebkgndpattern(bitmap, rect)
if firstextra:
# special position where a bit of black might show up
x -= rect[2]
xstep = (xstep-1) % wnx
firstextra = 0
continue
bkgndicon = bitmap.geticon(*rect)
w = gamesrv.Sprite(bkgndicon, x, y + deltay)
gl.append(w)
x += rect[2]
xstep = (xstep+1) % wnx
y += rect[3]
ystep = (ystep+1) % wny
else:
gl = []
if lefticon is not None:
for y in range(0, self.height, lefticon.h // CELL):
bl.append(gamesrv.Sprite(lefticon, 0, y*CELL + deltay))
for y in range(self.height):
for x in xrange:
c = self.walls[y][x]
if c == '#':
wallicon = patget((self.num, x%wnx, y%wny), images.KEYCOL)
w = gamesrv.Sprite(wallicon, x*CELL, y*CELL + deltay)
l.append(w)
self.walls_by_pos[y,x] = w
if not l:
# self.sprites['walls'] must not be empty, for putwall
wallicon = patget((self.num, 0, 0), images.KEYCOL)
w = gamesrv.Sprite(wallicon, 0, -wallicon.h)
l.append(w)
if righticon is not None:
for y in range(0, self.height, lefticon.h // CELL):
bl.append(gamesrv.Sprite(righticon, (self.width-2)*CELL, y*CELL + deltay))
while deltay:
dy = -min(deltay, 8)
for w in gl:
w.step(0, dy)
for w in l:
w.step(0, dy)
for w in bl:
w.step(0, dy)
deltay += dy
yield 1
if inplace:
for w in images.ActiveSprites:
w.to_front()
curboard = self
if gamesrv.game:
gamesrv.game.updateboard()
if not complete:
return
# add players
from player import BubPlayer, scoreboard
if not inplace:
random.shuffle(BubPlayer.PlayerList)
scoreboard(1, inplace=inplace)
if not fastreenter:
random.shuffle(BubPlayer.PlayerList)
playing = []
for p in BubPlayer.PlayerList:
if p.isplaying():
p.enterboard(playing)
p.zarkon()
playing.append(p)
for d in BubPlayer.DragonList:
d.enter_new_board()
else:
# kill stuff left over from leave(inplace=1) (Big Clock bonus only)
import bonuses
keepme = bonuses.Points
dragons = {}
playing = []
for p in BubPlayer.PlayerList:
if p.isplaying():
for d in p.dragons:
if hasattr(d, 'dcap'):
d.dcap['shield'] = 90
dragons[d] = True
playing.append(p)
for s in images.ActiveSprites[:]:
if isinstance(s, keepme) or s in dragons:
pass
else:
s.kill()
# add monsters
if not self.bonuslevel:
import monsters
f_monsters = gamesrv.game.f_monsters
if f_monsters < 0.1:
f_monsters = max(1.0, min(2.0, (len(playing)-2)/2.2+1.0))
for mdef in self.monsters:
if not fastreenter:
yield 2
cls = getattr(monsters, mdef.__class__.__name__)
dir = mdef.dir
i = random.random()
while i < f_monsters:
cls(mdef, dir=dir)
dir = -dir
i += 1.0
self.playingboard = 1
def newsprite(ico, x, y):
s = gamesrv.Sprite(ico, x, y)
s.to_back(walls[0])
gl.append(s)
return s
def display(lines, timeleft, bgen=None, black=0):
waves = []
if lines:
totalwidth = 0
totalheight = 0
for line in lines:
w, h = linesize(line)
if w > totalwidth:
totalwidth = w
totalheight += h
heightmargin = (boards.bheight - 2 * CELL -
totalheight) // (len(lines) + 1)
if heightmargin > VMARGIN:
heightmargin = VMARGIN
totalheight += heightmargin * (len(lines) + 1)
# size in number of CELLs
cwidth = (totalwidth + CELL - 1) // CELL
cheight = (totalheight + CELL - 1) // CELL
x0 = ((boards.width - cwidth) // 2) * CELL + HALFCELL
y0 = ((boards.height - cheight) // 2) * CELL + HALFCELL
extras = boards.curboard.sprites.setdefault('ranking', [])
#while extras:
# extras.pop().kill()
# yield 0.12
vspeed = -4
while extras:
nextras = []
for s in extras:
s.step(0, vspeed)
if s.y + s.ico.h <= 0:
s.kill()
else:
nextras.append(s)
extras[:] = nextras
yield 1
vspeed -= 1
# draw the box filled with water
original_y0 = y0
wallicon = boards.patget((boards.curboard.num, 0, 0), images.KEYCOL)
if black:
fillicon = images.sprget('gameoverbkgnd')
waveicons = [wallicon]
y0 = boards.bheight + CELL
else:
fillicon = images.sprget(Flood.fill)
waveicons = [images.sprget(n) for n in Flood.waves]
for y in range(y0 - CELL, y0 + cheight * CELL + CELL, CELL):
w = gamesrv.Sprite(wallicon, x0 - CELL, y)
extras.append(w)
for x in range(x0, x0 + cwidth * CELL, CELL):
w = gamesrv.Sprite(wallicon, x, y0 + cheight * CELL)
extras.append(w)
w = gamesrv.Sprite(waveicons[-1], x, y0 - CELL)
extras.append(w)
waves.append(w)
for y in range(y0, y0 + cheight * CELL, CELL):
w = gamesrv.Sprite(fillicon, x, y)
extras.append(w)
for y in range(y0 - CELL, y0 + cheight * CELL + CELL, CELL):
w = gamesrv.Sprite(wallicon, x0 + cwidth * CELL, y)
extras.append(w)
# draw the individual items inside
y = y0 + totalheight
lines.reverse()
for line in lines:
linew, lineh = linesize(line)
x = x0 + MARGIN
y -= (lineh + heightmargin)
for item in line:
w, h = item.getsize()
extras += item.render(x, y + (lineh - h) // 2)
x += w
vspeed = 0
while y0 > original_y0:
vspeed = max(vspeed - 1, original_y0 - y0)
y0 += vspeed
for s in extras:
s.step(0, vspeed)
yield 1
while timeleft > 0.0:
if waves:
ico = waveicons.pop(0)
waveicons.append(ico)
for w in waves:
w.seticon(ico)
for i in range(2):
if bgen is None:
t = boards.normal_frame()
else:
try:
t = bgen.next()
except StopIteration:
timeleft = 0.0
break
timeleft -= t
yield t
def render(self, x, y):
return [
gamesrv.Sprite(ico, x + dx, y + dy) for dx, dy, ico in self.icons
]