def tree_view(self, fold_symmetry=True, **kwargs):
if fold_symmetry:
return (str(self) + '\n' + ' ├─' +
self.half.tree_view().replace('\n', '\n │ ') + '\n' +
f" └─mirrored copy of the above {str(self.half)}")
else:
return CollectionOfMeshes.tree_view(self, **kwargs)
def tree_view(self, fold_symmetry=True, **kwargs):
if fold_symmetry:
return (
str(self) + '\n' + ' ├─' +
self.first_slice.tree_view().replace('\n', '\n │ ') + '\n' +
f" └─{len(self)-1} rotated copies of the above {str(self.first_slice)}"
)
else:
return CollectionOfMeshes.tree_view(self, **kwargs)