powerio-prob

powerio-prob holds operating points, calculation instances, and solutions over both network families. An instance is the complete input for one named calculation and either contains or shares its network; a solution is one calculation's result and shares the instance it solves. A DOE GO Challenge 3 input/problem data file maps to AcScucInstance, and optional format fields outside the Challenge 3 formulation do not. When one source contains the problem and its matching solution, the universal parser uses the problem's identities and time axis to produce an AcScucSolution. DeepMind OPFData parsing (AcOpfSolution) also lives here. BMOPF electrical data parses to a MulticonductorNetwork in powerio-dist; you then construct the McAcPfInstance or McAcOpfInstance here yourself.

The crate stays matrix free; sparse operators over these instances live in powerio-matrix. The ordinary way in is parse from the powerio facade:

use powerio::{PioValue, parse};

fn main() -> Result<(), Box<dyn std::error::Error>> {
    let module = parse("scenario_002.json")?;
    let PioValue::AcScucInstance(instance) = module.value() else {
        panic!("expected an AC SCUC instance");
    };
    assert_eq!(instance.inputs().interval_durations().len(), 24);
    Ok(())
}