def build_tree(self):
node = cta.brlcad_new(librt.struct_tree_db_leaf)
node.magic = librt.RT_TREE_MAGIC
node.tl_op = librt.OP_DB_LEAF
node.tl_mat = None if self.matrix is None else cta.transform(self.matrix, use_brlcad_malloc=True)
node.tl_name = librt.bu_strdupm(self.name, "tree_db_leaf.tl_name")
return librt.cast(librt.pointer(node), librt.POINTER(librt.union_tree))
def build_tree(self):
node = cta.brlcad_new(librt.struct_tree_db_leaf)
node.magic = librt.RT_TREE_MAGIC
node.tl_op = librt.OP_DB_LEAF
node.tl_mat = None if self.matrix is None else cta.transform(
self.matrix, use_brlcad_malloc=True)
node.tl_name = librt.bu_strdupm(self.name, "tree_db_leaf.tl_name")
return librt.cast(librt.pointer(node), librt.POINTER(librt.union_tree))
def ebm(self,
name,
file_name,
x_dim=350,
y_dim=350,
tallness=20,
mat=Transform.unit()):
libwdb.mk_ebm(self.db_fp, name, file_name, x_dim, y_dim, tallness,
cta.transform(mat))
def vol(self,
name,
file_name,
x_dim=1,
y_dim=1,
z_dim=1,
low_thresh=0,
high_thresh=128,
cell_size=(1, 1, 1),
mat=Transform.unit()):
libwdb.mk_vol(self.db_fp, name, file_name, x_dim, y_dim, z_dim,
low_thresh, high_thresh, cta.point(cell_size),
cta.transform(mat))
def vol(
self,
name,
file_name,
x_dim=1,
y_dim=1,
z_dim=1,
low_thresh=0,
high_thresh=128,
cell_size=(1, 1, 1),
mat=Transform.unit(),
):
libwdb.mk_vol(
self.db_fp,
name,
file_name,
x_dim,
y_dim,
z_dim,
low_thresh,
high_thresh,
cta.point(cell_size),
cta.transform(mat),
)
def ebm(self, name, file_name, x_dim=350, y_dim=350, tallness=20, mat=Transform.unit()):
libwdb.mk_ebm(self.db_fp, name, file_name, x_dim, y_dim, tallness, cta.transform(mat))
