def run(self):
try:
with btypes.FileStream(self.filename[0], 'wb',
btypes.BIG_ENDIAN) as stream:
kcl.pack(stream, self.triangles, self.max_triangles,
self.min_width)
with btypes.FileStream(
os.path.splitext(self.filename[0])[0] + '.pa', 'wb',
btypes.BIG_ENDIAN) as stream:
kcl.SurfaceTypeList.pack(stream, self.surface_types)
except kcl.GeometryOverflowError as error:
self.geometryOverflow.emit(error)
class DrawElement(bt.Struct(
bt.Field(bt.uint16,'material_index'),
bt.Field(bt.uint16,'shape_index'))): pass
#------------------------------------------------------------------------------
parser = argparse.ArgumentParser(description='Extract/Inject images into MDL files')
parser.add_argument('inout',metavar='i/o')
parser.add_argument('ifile',metavar='input.mdl')
parser.add_argument('img',nargs='?',metavar='image')
parser.add_argument('texnum',nargs='?',metavar='"texture number"', type=int)
arguments = parser.parse_args()
rootname = os.path.splitext(arguments.ifile)[0]
stream = bt.FileStream(arguments.ifile,'rb',bt.BE)
header = stream >> Header
stream.seek(header.material_offset)
materials = [stream >> Material for i in range(header.num_materials)]
stream.seek(header.texobj_offset)
texobjs = [stream >> TexObj for i in range(header.num_texobjs)]
stream.seek(header.shape_offset)
shapes = [stream >> Shape for i in range(header.num_shapes)]
stream.seek(header.draw_element_offset)
draw_elements = [stream >> DrawElement for i in range(header.num_draw_elements)]
stream.seek(header.shape_packet_offset)