def __read_vertices(self, fo):
self.vertnum = read_long(fo)
self.vertices = []
for i in range(self.vertnum):
vertex = Vec3(*read_float3(fo))
self.vertices.append(vertex)
for i in range(self.vertnum):
self.vertids.append(read_short(fo))
def _read(self, fo, version):
if version >= 9:
self.coltype = coltype(read_long(fo))
self.__read_faces(fo)
self.__read_vertices(fo)
self.__read_bounds(fo)
self.__read_ydata(fo)
self.__read_zdata(fo)
if version >= 10:
self.__read_adata(fo)
def _read(self, fo):
self.u1 = read_float(fo)
self.u2 = read_short(fo)
self.u3 = read_short(fo)
self.u4 = read_long(fo)
self.u5 = read_long(fo)
def _read_geomnum(self, fo):
self._read_header(fo)
self.geomnum = read_long(fo)
def _read_header(self, fo, position=0):
self.u1 = read_long(fo)
self.version = read_long(fo)
def _read(self, fo, version):
self.subgeomnum = read_long(fo)
self.subgeoms = [bf2colsubgeom() for i in range(self.subgeomnum)]
for subgeom in self.subgeoms:
subgeom._read(fo, version)
def _read(self, fo, version):
self.lodnum = read_long(fo)
self.lods = [bf2collod() for i in range(self.lodnum)]
for lod in self.lods:
lod._read(fo, version)
def __read_adata(self, fo):
self.anum = read_long(fo)
self.adata = [read_long(fo) for i in range(self.anum)]
def __read_zdata(self, fo):
self.znum = read_long(fo)
self.zdata = [read_short(fo) for i in range(self.znum)]
def __read_ydata(self, fo):
self.ynum = read_long(fo)
self.ydata = [ystruct() for i in range(self.ynum)]
for ydata in self.ydata:
ydata._read(fo)
def __read_faces(self, fo):
self.facenum = read_long(fo)
self.faces = [bf2colface() for i in range(self.facenum)]
for colface in self.faces:
colface._read(fo)