Before revision:  The rich variety of emergent architectures and morphologies inspired us to develop order parametersbased on network theory, to quantitatively characterize the URLanization in the simulated network. First, actin-binding proteins with a valency greater than two promote filament bundles and large filament clusters to a much greater extent than bivalent multilinkers.
After revision:  We first map the networks into local graph representations and then, using principles from network-theory order parameters, combine properties from these representations to gain insight on the heterogeneous morphologies of actomyosin networks at a global level. We find that ABPs with a valency greater than two promote filament bundles and large filament clusters to a much greater extent than bivalent multilinkers.