f.write("\x00\x00\x00\x00")
for i in imgs:
if i:
f.write(''.join([chr(c) for c in realconvert(i).transpose(Image.ROTATE_270)
.transpose(Image.FLIP_LEFT_RIGHT).getdata()]))
f.close()
return morefils
spcre=re.compile(r'\s+');
from textures import textures
#imgmap = imgdict([(num, tex) for num, (ingame, tex) in textures.iteritems() if ingame], None)
imgmap={}
for texnum, (ingame, texfile) in textures.iteritems():
dr = 'buildicons/'
texture=Image.open(dr+texfile+'.png')
if ingame and (texture.size[0] != 128 or texture.size[1] != 128):
filt = Image.BICUBIC
if texture.size[0] > 128:
filt = Image.ANTIALIAS
texture = texture.resize((128,128),filt)
imgmap[texnum]=texture
curartfile=0
while writeartfile(imgmap,curartfile*256,curartfile*256+255,'tiles%03d.art'%curartfile):
print 'foo'
curartfile += 1
def convert(inputmaps, output, mangler):
sttime = time.time()
from textures import textures
imgmap = imgdict([(num, tex) for num, (ingame, tex) in textures.iteritems() if ingame], None)
def hook(fname, *args):
if hasattr(mangler, fname):
timer.begin("hook: %s"%fname, False)
getattr(mangler, fname)(*args)
timer.end()
hook('preconvert')
# Step 1: convert coordinates
world = World()
mangler.map = world
for i, m in enumerate(inputmaps):
preconvertmap(world, imgmap, i, m)
# Step 5: convert actors
hook('preconvertactors')
iglue = {}
gluelnk = {}
timer.begin("convert actors")
for ar in world.areas:
if ar.hitag == 1:
gluelnk.setdefault(ar.lotag, []).append(ar)
for ar in world.areas:
for a in ar.actors:
a.map = world
if a.clas: continue
clas = None
extra = ''
if (a.cstat&224) == 0:
a.z += 0.25
if type(a) == Glue:
if a.lotag == 1:
iglue.setdefault(a.hitag, []).append(a)
elif a.lotag == 2:
gluelnk.setdefault(a.hitag, []).append(a.area)
for ar in world.areas:
for a in ar.actors:
a.link()
timer.end()
hook('postconvertactors')
hook('preglue')
timer.begin('processglue')
processglue(iglue)
timer.end()
areagroups=[]
timer.begin("transform",len(world.areas))
for ar in world.areas:
timer.progress()
if not ar.tform.offset:
lst = AreaGroup()
ar.tform.transform(lst)
areagroups.append(lst)
timer.end()
for g in areagroups:
for ar in g.areas:
ar.group = g
timer.begin("build wall index", len(world.areas))
#for v in gluelnk.values():
wallmap = {}
for ar in world.areas:
timer.progress()
for w in ar.walls:
wallmap.setdefault((w.x1, w.y1, w.x2, w.y2), []).append(w)
timer.end()
timer.begin("find links", len(world.areas))
for ar in world.areas:
timer.progress()
for w in ar.walls:
for w2 in wallmap.get((w.x2, w.y2, w.x1, w.y1), ()):
if not w2.area in w.links:
if w.blockall or w2.blockall:
w.links[w2.area] = 2
else:
w.links[w2.area] = 0
timer.end()
hook('postglue')
hook('preculllink')
timer.begin("cull links",len(world.areas))
# Step 7: eliminate impossible links
for ar in world.areas:
afl = ar.floor.getz
acl = ar.ceil.getz
timer.progress()
for w in ar.walls:
mfza = afl(w.x1, w.y1)
mfzb = afl(w.x2, w.y2)
mcza = acl(w.x1, w.y1)
mczb = acl(w.x2, w.y2)
wlinks = w.links
for oa in wlinks.keys():
ofza = oa.floor.getz(w.x1, w.y1)
ofzb = oa.floor.getz(w.x2, w.y2)
ocza = oa.ceil.getz(w.x1, w.y1)
oczb = oa.ceil.getz(w.x2, w.y2)
if ((mfza > ocza and mfzb > oczb) or
(mcza < ofza and mczb < ofzb)):
del wlinks[oa]
timer.end()
hook('postculllink')
# Process WALLMODS and WATER
timer.begin("water and wallmod")
for ar in world.areas:
for a in ar.actors:
if type(a) == WallMod:
mind = None
minw = None
for w in ar.walls:
mx = (w.x1+w.x2)/2
my = (w.y1+w.y2)/2
rx = a.x - mx
ry = a.y - my
d2w = math.sqrt(sqr(rx) + sqr(ry))
if mind is None or d2w < mind:
mind = d2w
minw = w
ow = None
for oa in minw.links.keys():
if a.z >= oa.floor.getz(a.x, a.y) and \
a.z <= oa.ceil.getz(a.x, a.y):
for w2 in oa.walls:
if w2.x1 == minw.x2 and w2.y == minw.y2 and \
minw.x1 == w2.x2 and minw.y1 == w2.y2:
ow = w2
break
break
w = minw
if a.hitag == 1:
del minw.links[ow.area]
del ow.links[minw.area]
elif a.hitag == 2:
if ow:
minw.links[ow.area] |= a.lotag
ow.links[minw.area] |= a.lotag
elif a.hitag == 3:
if ow:
minw.links[ow.area] |= a.lotag
for ar in world.areas:
for a in ar.actors:
if type(a) == Water:
a.area.wateractor = a
if a.hitag == 0:
a.area.waterlevel = a.z
a.area.noflood = True
for ar in world.areas:
for a in ar.actors:
if type(a) == Water:
a.area.wateractor = a
if a.hitag == 1:
floodarea(a.area, a.z)
dbgwater = ('water', 'flagpad', 'skidpad', 'suckpad', 'checker', 'yellowrock', 'ceiltex', 'marble1',
'checker2', 'brick', 'dmud')
for ar in world.areas:
if ar.waterlevel is not None:
if hasattr(ar,'wateractor'):
act = ar.wateractor
else:
act = Water()
ar.actors.append(act)
act.x, act.y = ar.findpt()
act.z = ar.waterlevel
#act.clas = "water"
act.area = ar
act.ang = 0
act.picnum = -1
dec = Decoration();
dec.x, dec.y, dec.z = act.x, act.y, act.z
dec.area = ar
dec.ang = 0
dec.aclass = 'water'
dec.params[0] = dbgwater[0]
dec.params[1] = 0.5
#if hasattr(ar, 'wdebug_trans'):
# dec.params[1] = ar.wdebug_trans
ar.actors.append(dec)
timer.end()
for ar in world.areas:
for w in ar.walls:
for oa, fl in w.links.items():
if oa.remove:
del w.links[oa]
hook('pregenparts')
timer.begin("genparts",len(world.areas))
# Step 11: generate wallparts
for ar in world.areas:
timer.progress()
for w in ar.walls:
genparts(w)
timer.end()
hook('postconvert')
world.solidgroups={}
maingroup = AreaGroup()
newgroups = [maingroup]
for g in areagroups:
for ar in g.areas:
for act in ar.actors:
if type(act) == Solid:
break
else:
continue
break
else:
maingroup.areas.extend(g.areas)
continue
extraactors = []
newgroups.append(g)
world.solidgroups[act.hitag] = g, extraactors
for ar in g.areas:
#ar.invert = True
ar.ceil.x -= act.x
ar.ceil.y -= act.y
ar.ceil.z -= act.z
ar.floor.x -= act.x
ar.floor.y -= act.y
ar.floor.z -= act.z
ar.ceil.xpan += act.x
ar.ceil.ypan += act.y
ar.floor.xpan += act.x
ar.floor.ypan += act.y
ar.ceil.xpan -= math.floor(ar.ceil.xpan)
ar.ceil.ypan -= math.floor(ar.ceil.ypan)
ar.floor.xpan -= math.floor(ar.floor.xpan)
ar.floor.xpan -= math.floor(ar.floor.ypan)
for w in ar.walls:
w.point2.point0 = w
w.ox = w.x1 - act.x
w.oy = w.y1 - act.y
for w in ar.walls:
for p in w.parts:
nxp = w.len / p.xs + p.xpan
nxs = -p.xs
#if w.ox+act.x == (43008/1024.0) and w.oy+act.y == (-10240.0/-1024):
# print w.len, p.xpan, p.xs, nxp, nxs
p.xpan = nxp
p.xs = nxs
p.ypan -= act.z / p.ys
p.xpan -= math.floor(p.xpan)
p.ypan -= math.floor(p.ypan)
w.x = w.point2.ox
w.y = w.point2.oy
w.point2 = w.point0
w.links={}
extraactors.extend(ar.actors);
ar.actors=[]
for i, g in enumerate(newgroups):
nareas = []
for ar in g.areas:
if not ar.remove:
nareas.append(ar)
g.areas = nareas
g.idx = i
# Step 13: write
totvol = 0
totarea = 0
if False:
totvol, totarea = calcvolume(world)
#calcvis(newgroups[0].areas)
timer.begin("write",sum(len(g.areas) for g in newgroups))
#f = datastream(gzip.GzipFile(output+".gz", 'wb'));
f = datastream(file(join(OUTPUT_DIR,output), 'wb'));
f.writeu16(len(newgroups))
stats = [0] * 6
for g in newgroups:
nstat = g.writeto(f)
stats = [a + b for a, b in zip(stats, nstat)]
f.close();
timer.end();
print "total: %f"%(time.time()-sttime)
nareas, ncont, nwalls, nlinks, nparts, nactors = stats
print '============== STATS ==============='
print 'Groups:',len(newgroups)
print 'Areas:',nareas
print 'Walls:',nwalls
print 'Wallparts:',nparts
print 'Contours:',ncont
print 'Actors:',nactors
print 'Links:',nlinks
if totvol:
print
print '2d area:',totarea
print 'Volume:',totvol
print 'Average area:',(totarea/len(world.areas))
print 'Average volume:',(totvol/len(world.areas))
