DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Input(17), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12936091), (Input(24), -0.72947145), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.8395382, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Input(17), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12936091), (Input(24), -0.72947145), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.8395382, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.50119203, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Input(17), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12936091), (Input(24), -0.72947145), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.8395382, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.50119203, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9683453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.14506531)], bias: 0.8614974, activation: relu
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.36264753)], bias: 0.45776796, activation: f32::tanh
 }, poisoned: false, .. }], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Hidden(0), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12500864), (Input(24), -0.7301332), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.83125854, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Hidden(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.14506531)], bias: 0.8614974, activation: relu
 }, poisoned: false, .. }], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Hidden(0), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12500864), (Input(24), -0.7301332), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.83125854, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.90933275, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3298453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.061819255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.53576374, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9683453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Input(17), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12936091), (Input(24), -0.72947145), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.8395382, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.50119203, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3762645, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.90933275, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3298453, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.53576374, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9683453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Input(17), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12936091), (Input(24), -0.72947145), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.8395382, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.4072979, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.11389816, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.50119203, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.0109600425, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.118944645, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.24975127, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.8171423, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3762645, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.71766573, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.99102896, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9677258, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.37749994, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.076847255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.596143, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.6000034, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.62363005, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.44465727, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.90933275, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3298453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.061819255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.53576374, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9683453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Input(17), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12936091), (Input(24), -0.72947145), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.8395382, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.4072979, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.11389816, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.50119203, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.0109600425, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.118944645, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.24975127, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.8171423, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3762645, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.71766573, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.99102896, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9677258, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.37749994, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.076847255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.596143, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.6000034, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.62363005, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.44465727, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.90933275, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3298453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.061819255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.53576374, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9683453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.14506531)], bias: 0.8614974, activation: relu
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.36264753), (Input(17), 0.840199)], bias: 0.45776796, activation: f32::tanh
 }, poisoned: false, .. }], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Hidden(0), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12500864), (Input(24), -0.7301332), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595)], bias: 0.83125854, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Hidden(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }
DNA { network: NeuralNetworkTopology { input_layer: [RwLock { data: NeuronTopology { inputs: [], bias: 0.5521459, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.40018344, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.50119203, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.0109600425, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.118944645, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.24975127, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.8171423, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.71766573, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.99102896, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9677258, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.076847255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.596143, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.6000034, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.62363005, activation: linear_activation
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 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.90933275, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.3298453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.061819255, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.53576374, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.9683453, activation: linear_activation
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [], bias: 0.043185353, activation: linear_activation
 }, poisoned: false, .. }], hidden_layers: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.14506531), (Input(19), 0.98234993)], bias: 0.8614974, activation: relu
 }, poisoned: false, .. }], output_layer: [RwLock { data: NeuronTopology { inputs: [(Input(17), -0.6528506), (Input(5), -0.2794342), (Input(1), -0.3503883), (Input(6), -0.23691535), (Hidden(0), -0.25674295), (Input(4), -0.33464885), (Input(17), 0.72479916), (Input(6), -0.31137466), (Input(4), 0.63548094), (Input(1), -0.12500864), (Input(24), -0.7301332), (Input(13), 0.32606173), (Input(17), 0.40174985), (Input(16), -0.63015056), (Input(18), -0.52169895), (Input(3), 0.4348595), (Hidden(0), 0.7600025)], bias: 0.83125854, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(19), 0.2871728), (Input(2), -0.96136665), (Input(18), -0.060643226), (Input(3), -0.92274046), (Input(23), -0.27781558), (Input(16), 0.9822737)], bias: 0.83290255, activation: sigmoid
 }, poisoned: false, .. }, RwLock { data: NeuronTopology { inputs: [(Input(1), 0.78369474), (Input(8), -0.45172548), (Input(16), 0.03620168), (Input(0), 0.2525642), (Input(1), 0.594465), (Input(13), 0.7997849), (Input(23), -0.47897077), (Input(9), -0.39219165), (Input(21), -0.46764302), (Input(4), -0.4570403), (Input(15), 0.14514446), (Input(22), -0.55408573)], bias: 0.060724437, activation: sigmoid
 }, poisoned: false, .. }], mutation_rate: 0.01, mutation_passes: 3 } }