using DifferentialEquations u0 = [1.,0.] harmonic! = @ode_def HarmonicOscillator begin dv = -x dx = v end tspan = (0.0,10.0) prob = ODEProblem(harmonic!,u0,tspan) function terminate_affect!(integrator) terminate!(integrator) end function terminate_condition(…

Yes, ContinuousCallback has a continuous definition to its conditions, and it will apply the callback at the point at which the condition hits zero. DiscreteCallback is a true/false callback and applies at the end of each step based on true/false. Choose the one that is appropriate for your situatio…

Terminate condition in ContinuousCallback in DifferentialEquations.jl

General Usage

ChrisRackauckas November 12, 2021, 11:45am 14

Look at terminate and the SteadyStateCallback.

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Terminate condition in ContinuousCallback in DifferentialEquations.jl

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