Add benchmarks

benchmark/model_creation.jl

@@ -9,6 +9,8 @@ function benchmark_model_creation()
 
     SUITE["model creation"]["state space (length)"] = benchmark_state_space_model()
     SUITE["model creation"]["hierarchical (depth)"] = benchmark_hierarchical_model()
+    SUITE["model creation"]["recursive (depth)"] = benchmark_recursive_model()
+    SUITE["model creation"]["neural net (hidden dim size)"] = benchmark_neural_net_model()
 
     return SUITE
 end
@@ -106,3 +108,103 @@ function create_hierarchical_model(length::Int, constraints = nothing)
         return (; κ = κ, ω = ω, θ = θ, x_begin = x_begin)
     end
 end
+
+## Recursive model benchmarks
+
+function benchmark_recursive_model()
+    SUITE = BenchmarkGroup()
+
+    for length in 100 .* range(1, stop = 3)
+        # This SUITE benchmarks how long it takes to create a recursive model with depth `n` and length `n` and default constraints
+        SUITE["default constraints", length] = @benchmarkable create_recursive_model($length) evals = 1
+        # This SUITE benchmarks how long it takes to create a recursive model with depth `n` and length `n` and mean field constraints
+        SUITE["mean field constraints", length] = @benchmarkable create_recursive_model($length, $(MeanField())) evals = 1
+    end
+
+    return SUITE
+end
+
+@model function recursive_model(μ, y, depth)
+    if depth == 0
+        y ~ Normal(0, 1)
+    else
+        μ ~ Normal(y, 1)
+        μ ~ recursive_model(y = y, depth = depth - 1)
+    end
+end
+
+function create_recursive_model(depth::Int, constraints = nothing)
+    plugins = if isnothing(constraints)
+        GraphPPL.PluginsCollection()
+    else
+        GraphPPL.PluginsCollection(GraphPPL.VariationalConstraintsPlugin(constraints))
+    end
+    return GraphPPL.create_model(GraphPPL.with_plugins(recursive_model(depth = depth), plugins)) do model, ctx
+        y = GraphPPL.getorcreate!(model, ctx, :y, nothing)
+        μ = GraphPPL.getorcreate!(model, ctx, :μ, nothing)
+        return (; y = y, μ = μ)
+    end
+end
+
+## Neural net model benchmarks
+
+function benchmark_neural_net_model()
+    SUITE = BenchmarkGroup()
+
+    for length in 2 .^ range(2, stop = 7)
+        # This SUITE benchmarks how long it takes to create a neural network model with `8` layers and hidden dimension size `n` and default constraints
+        SUITE["default constraints", length] = @benchmarkable create_neural_net_model($length) evals = 1
+        # This SUITE benchmarks how long it takes to create a neural network model with `8` layers and hidden dimension size `n` and mean field constraints
+        # SUITE["mean field constraints", length] = @benchmarkable create_neural_net_model($length, $(MeanField())) evals = 1
+    end
+
+    return SUITE
+end
+
+function dot end
+function relu end
+
+@model function neuron(in, out)
+    local w
+    for i in 1:(length(in))
+        w[i] ~ Normal(0.0, 1.0)
+    end
+    bias ~ Normal(0.0, 1.0)
+    unactivated := dot(in, w) + bias
+    out := relu(unactivated)
+end
+
+@model function neural_network_layer(in, out, n)
+    for i in 1:n
+        out[i] ~ neuron(in = in)
+    end
+end
+
+@model function neural_net(in, out, h_size)
+    local softin
+    for i in 1:length(in)
+        softin[i] ~ Normal(in[i], 1.0)
+    end
+    h1 ~ neural_network_layer(in = softin, n = h_size)
+    h2 ~ neural_network_layer(in = h1, n = h_size)
+    h3 ~ neural_network_layer(in = h2, n = h_size)
+    h4 ~ neural_network_layer(in = h3, n = h_size)
+    h5 ~ neural_network_layer(in = h4, n = h_size)
+    h6 ~ neural_network_layer(in = h5, n = h_size)
+    h7 ~ neural_network_layer(in = h6, n = h_size)
+    h8 ~ neural_network_layer(in = h7, n = h_size)
+    out ~ neural_network_layer(in = h8, n = 5)
+end
+
+function create_neural_net_model(n::Int, constraints = nothing)
+    plugins = if isnothing(constraints)
+        GraphPPL.PluginsCollection()
+    else
+        GraphPPL.PluginsCollection(GraphPPL.VariationalConstraintsPlugin(constraints))
+    end
+    return GraphPPL.create_model(GraphPPL.with_plugins(neural_net(h_size = n), plugins)) do model, ctx
+        in = GraphPPL.datalabel(model, ctx, GraphPPL.NodeCreationOptions(kind = :data), :in, rand(10))
+        out = GraphPPL.datalabel(model, ctx, GraphPPL.NodeCreationOptions(kind = :data), :out, rand(5))
+        return (; in = in, out = out)
+    end
+end