reorder examples

Author: hexaeder

docs/make.jl

@@ -58,14 +58,12 @@ kwargs = (;
         "API.md",
         "Tutorials" => [
             "Getting Started" => "generated/getting_started_with_network_dynamics.md",
-            "Directed and Weighted Graphs" => "generated/directed_and_weighted_graphs.md",
             "Heterogeneous Systems" => "generated/heterogeneous_system.md",
-            # "Stochastic differential equations" => "generated/StochasticSystem.md",
-            # "Delay differential equations" => "generated/kuramoto_delay.md",
-            "Cascading Failure" => "generated/cascading_failure.md",
-            "Stress on Truss" => "generated/stress_on_truss.md",
             "Initialization" => "generated/init_tutorial.md",
+            "Cascading Failure" => "generated/cascading_failure.md",
             "Gas Network" => "generated/gas_network.md",
+            "Stress on Truss" => "generated/stress_on_truss.md",
+            "Directed and Weighted Graphs" => "generated/directed_and_weighted_graphs.md",
         ]
     ],
     draft=false,

docs/src/data_structure.md

@@ -18,11 +18,11 @@ During actual simulation, the state and parameters are handled as **flat arrays*
 
 A typical workflow is:
 
-1. Set default values in the models using the metadata (see [Metadata](@ref))
-2. Create a network
-3. Generate a state `s = NWState(nw)` which will be prefilled with the default values from the component metadata
-4. Change the values of `s`, i.e., `s.v[1,:x] = 1.0`: This changes the **underlying flat array** but not the metadata of the model
-5. Build a problem with the updated flat arrays using `uflat(s)` and `pflat(s)`
+1. Set default values in the models using the metadata (see [Metadata](@ref)).
+2. Create a network (see [Network Construction](@ref)).
+3. Generate a state `s = NWState(nw)` which will be prefilled with the default values from the component metadata (see [SymbolicIndexing](@ref)).
+4. Change the values of `s`, i.e., `s.v[1,:x] = 1.0`: This changes the **underlying flat array** but not the metadata of the models.
+5. Build a problem with the updated flat arrays using `uflat(s)` and `pflat(s)`.
 
 ## Accessing Components
 Per default, the models are not copied on Network construction: