IntelliSense shows all the methods

[T1mors]

The Issue was that VSCodes Intellisense does not recognize e.g. .vertex_count() if you use it directly on e.g. SwEnsemble.vertex_count() but only shows the function if you use it like this SwEnsemble.graph().vertex_count(), although both work and give the same output.

So I think the issue is, that when you use SwEnsemble.vertex_count() it uses the function from net_ensemble\traits\graph_trait -> trait MeasurableGraphQuantities. And in the end of the graph_trait file those Quantities gets implemented for all Ensembles like this impl<T, A, E> MeasurableGraphQuantities<GenericGraph<T, A>> for E

But it does not get directly implemented for SwEnsemble, but only on a "passive" way for all E. So the only solution is to implement MeasurableGraphQuantities in the net_ensemble\sw.rs file and for SwEnsemble directly. Then VSCode can look first for all the implemented traits on SwEnsemble in sw.rs and finds the .vertex_count defintion.

I did this implementation for all the Ensembles. You do not have to merge this, but I wanted to show you my results when I dug into the code.

Maybe it is a good way to impl it directly in these files so everyone can see that SwEnsemble has these methods. But on the otherhand it is duplicated code because we get the same result with a .graph().vertex_count() call already and both function calls lead to the exact same underlying structure. The .graph().vertex_count() call refers to the GenericGraph struct and that struct already implements all the functions the trait MeasurableGraphQuantities does too.

Just wanted to share this :D

Here some code to try the IntelliSense out.

use net_ensembles::{
    rand::SeedableRng, BAensemble, EmptyNode, ErEnsembleC, ErEnsembleM, SwEnsemble,
};
use rand_pcg::Pcg64;

fn main() {
    let rng = Pcg64::seed_from_u64(75676525);
    let sw_ensemble = SwEnsemble::<EmptyNode, Pcg64>::new(5, 0.1, rng);
    println!("SwEnsemble.vertex_count()");
    println!("{}", sw_ensemble.vertex_count());
    println!("SwEnsemble.graph().vertex_count()");
    println!("{}", sw_ensemble.graph().vertex_count());

    let rng = Pcg64::seed_from_u64(75676525);
    let er_ensemblec = ErEnsembleC::<EmptyNode, Pcg64>::new(5, 0.1, rng);
    println!("ErEnsembleC.vertex_count()");
    println!("{}", er_ensemblec.vertex_count());
    println!("ErEnsembleC.graph().vertex_count()");
    println!("{}", er_ensemblec.graph().vertex_count());

    let rng = Pcg64::seed_from_u64(75676525);
    let er_ensemblem = ErEnsembleM::<EmptyNode, Pcg64>::new(5, 5, rng);
    println!("ErEnsembleM.vertex_count()");
    println!("{}", er_ensemblem.vertex_count());
    println!("ErEnsembleM.graph().vertex_count()");
    println!("{}", er_ensemblem.graph().vertex_count());

    let rng = Pcg64::seed_from_u64(75676525);
    let ba_ensemble = BAensemble::<EmptyNode, Pcg64>::new(5, rng, 5, 5);
    println!("BAEnsemble.vertex_count()");
    println!("{}", ba_ensemble.vertex_count());
    println!("BAEnsemble.graph().vertex_count()");
    println!("{}", ba_ensemble.graph().vertex_count());
}```