def load(filepath,
import_scale=0.05,
read_surface=True,
voxel_dir=VOXEL_DATA_DIR,
use_voxel_id=False):
global READ_SURFACES, IMPORT_SCALE, VOXEL_DATA_DIR, VOXEL_DIR_PATH, USE_VOXEL_ID
READ_SURFACES = read_surface
IMPORT_SCALE = import_scale
VOXEL_DATA_DIR = voxel_dir
USE_VOXEL_ID = use_voxel_id
# Voxel Directory check
curdir = os.path.dirname(bpy.data.filepath)
if len(curdir) <= 0:
#raise NameError("The blend file must be saved to export voxel datas.")
return ({'ERROR'}, 'Please save the blend file before import')
VOXEL_DIR_PATH = os.path.join(curdir, VOXEL_DATA_DIR)
if os.path.exists(VOXEL_DIR_PATH):
# Directory is exists
if os.path.isfile(VOXEL_DIR_PATH):
# It is file!
# raise IOError("Same name file found: {}".format(VOXEL_DIR_PATH))
return ({'ERROR'}, 'Voxel save dir open Error')
else:
# Create voxels output dir
os.makedirs(VOXEL_DIR_PATH)
# Load File
contents = ThreeB.load_3bfile(filepath)
if contents:
voxtree = ThreeB.create_VoxTree(contents)
objlist = []
traverse_VoxTree(voxtree, objlist)
return (None, None)
def load(filepath,
import_scale=0.05,
read_surface=True,
voxel_dir=VOXEL_DATA_DIR,
use_voxel_id=False):
global READ_SURFACES, IMPORT_SCALE, VOXEL_DATA_DIR, VOXEL_DIR_PATH, USE_VOXEL_ID
READ_SURFACES =read_surface
IMPORT_SCALE = import_scale
VOXEL_DATA_DIR = voxel_dir
USE_VOXEL_ID = use_voxel_id
# Voxel Directory check
curdir = os.path.dirname(bpy.data.filepath)
if len(curdir) <= 0:
#raise NameError("The blend file must be saved to export voxel datas.")
return ({'ERROR'}, 'Please save the blend file before import')
VOXEL_DIR_PATH = os.path.join(curdir, VOXEL_DATA_DIR)
if os.path.exists(VOXEL_DIR_PATH):
# Directory is exists
if os.path.isfile(VOXEL_DIR_PATH):
# It is file!
# raise IOError("Same name file found: {}".format(VOXEL_DIR_PATH))
return ({'ERROR'}, 'Voxel save dir open Error')
else:
# Create voxels output dir
os.makedirs(VOXEL_DIR_PATH)
# Load File
contents = ThreeB.load_3bfile(filepath)
if contents:
voxtree = ThreeB.create_VoxTree(contents)
objlist = []
traverse_VoxTree(voxtree, objlist)
return (None, None)
print("num of cells: {0}".format(len(voldat.cells)))
print("cell AABB: {0}".format(voldat.cell_AABB))
print("effect AABB: {0}".format(voldat.effect_AABB))
if voldat.representation == 256:
print("surface vertices: {}".format(voldat.num_vertices))
print("surface faces: {}".format(voldat.num_faces))
print("initial surface vertices: {}".format(voldat.num_init_vertices))
else:
print("No Volume data")
if voxbranch.childs:
print("{} childs".format(len(voxbranch.childs)))
for i in voxbranch.childs:
print_VoxInfo(i)
if len(sys.argv) <= 1:
print("usage {0} file1.3b".format(sys.argv[0]))
for i,fname in enumerate(sys.argv[1:]):
print("input {0}".format(fname))
threeb = ThreeB.load_3bfile(fname)
chunk = threeb.get("VOL3")
chunkdata = chunk.data
print("VOL3 chunk version: {}".format(chunkdata.version))
#print("VoxTreeXML:\n{0}".format(chunkdata.VoxTreeXML))
voxtree = ThreeB.create_VoxTree(threeb)
print_VoxInfo(voxtree)
outf.write("\n".join(vertlist) + "\n")
outf.write("\n".join(normlist) + "\n")
outf.write("\n".join(facelist) + "\n")
vertcount += len(vertlist)
else:
print("This volume has no surfaces")
else:
print("No Volume data")
# convert childs
if voxbranch.childs:
for childvox in voxbranch.childs:
vertcount = convert_surface_to_obj(childvox, vertcount, mtrx, outf)
return vertcount
if len(sys.argv) <= 1:
print("usage {0} file1.3b".format(sys.argv[0]))
for i, fname in enumerate(sys.argv[1:]):
print("input {0}. reading...".format(fname))
threeb = ThreeB.load_3bfile(fname)
if threeb:
print("creating Voxel Data Tree")
voxtree = ThreeB.create_VoxTree(threeb)
output_surface_as_obj(voxtree, fname + ".obj")
else:
print("{} is not a 3b file".format(fname))
