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The current state of `JuliaDiffEq` is now completely overtaken by various splinters of `DifferentialEquations.jl` package. Splitting up the huge package like that is a move in a good direction but we…
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DifferentialEquations is dealing with the forward problem in Julia: predicting the model behaviour for all types of DEs and all types of solvers.
Are you planning to go into the direction of the Inve…
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Hi Chris
Gitter is down atm (and github very slow) so I use an issue to write down stuff, hope thats ok.
1) The idea of multiscalemodels is brilliant. Your approach made it so much more general too.…
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As discussed in #2, most ODE solvers are built under some assumptions of the continuity of the RHS and its derivatives. Frequently, there are problems with discontinuities in the RHS that we still wan…
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I suggest moving ODE.jl to JuliaMath unless we want to put all differential equations related packges in their own org.
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I want to consolidate loosely the topics:
- JuliaDiffEq/Sundials.jl#3
- JuliaDiffEq/Sundials.jl#10
- JuliaDiffEq/DifferentialEquations.jl#41
- JuliaDiffEq/DifferentialEquations.jl#36
- JuliaDiffEq/OD…
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I think it would be great if all the ODE/DAE solvers could be called through the same interface. This would essentially mirror the approach of https://github.com/JuliaOpt/MathProgBase.jl . Would it …
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```
In [1]: V, I = symbols("V I", cls=Function)
In [2]: RC, t, C, Vs, L, R1, V0, I0 = symbols("RC t C Vs L R1 V0 I0")
In [3]: system = [Eq(V(t).diff(t), -1/RC*V(t) + I(t)/C), Eq(I(t).diff(t), -R1/L*…
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Hi,
I am Francesco Saporito, and I was intested in applying for the ODE Solver project. I have been poking around the code and reading the Julia manual, and I am getting toghether some ideas for the …
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Already being implemented:
https://github.com/mschauer/SDE.jl
Sorry for the fuss.