Open johnaoga opened 2 months ago
The failure should be fixed by https://github.com/JuliaIntervals/IntervalLinearAlgebra.jl/pull/135
You can rebase on master to fix the documentation build so that we can see the preview
We can see now that the controller says that it succeeded but there is not trajectory displayed at the end: https://dionysos-dev.github.io/Dionysos.jl/previews/PR354/generated/Path%20planning%20sgmpc/ Anyone has an idea what's wrong ?
@blegat @johnaoga The trajectory is only one point in the target set
Dionysos.System.Control_trajectory{SVector{3, Float64}, Any}(Dionysos.System.Trajectory{SVector{3, Float64}}(SVector{3, Float64}[[0.5, 0.5, 0.0]]), Dionysos.System.Trajectory{Any}(Any[]))
Thank you @adrienbanse for the investigation.
But, That's exactly what surprises me, since the starting point is set to be (0.5, -1.5), I would have expected to have at least 2 points in the trajectory, the starting point and the point (0.5, 0.5).
@adrienbanse @blegat But from your perspective do you think its answer is okay or it maybe a bug from the algorithm? In which case I could explore that direction
@johnaoga The initial state is in the target set so the controller directly stops
So I set x0 = SVector(1.1, -1.6, 0.0)
, but then the state is uncontrollable
@blegat @JulienCalbert Any idea why the example throws compute_controller_reach! terminated without covering init set
? Seems related to nondeterminism in the automaton..
The example probably fails because of the self-loops in the automation. To mitigate this, let's try
@johnaoga The example is fixed, let's try to clean as much as possible the code and the presentation before merging
thank you @adrienbanse, i will clean (if still necessary) and add comments
This is a new benchmark inspired by this work of Antoine Girard
Preview https://dionysos-dev.github.io/Dionysos.jl/previews/PR354