README updated #111
README updated #111
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README updated to apply new changes to the api.
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## master #111 +/- ##
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- Coverage 83.80% 0.00% -83.81%
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Files 6 6
Lines 321 323 +2
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- Hits 269 0 -269
- Misses 52 323 +271 see 5 files with indirect coverage changes 📣 We’re building smart automated test selection to slash your CI/CD build times. Learn more |
README is updated to reflect changes in the OrdinaryDiffEq interface.
| @@ -83,8 +83,8 @@ In addition to the model equations, the initial conditions and parameters are al | |||
| ```Julia | |||
| using DifferentialEquations, Plots | |||
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| sol = solve(prob) | |||
| plot(sol, vars=(1,3)) | |||
| sol = solve(prob, RK4()) # fourth-order Runge-Kutta method | |||
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No tutorials should use RK4
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I just wanted something generic. The default algorithm choice needs DifferentialEquations.jl and is unavailable in OrdinaryDiffEq. Should we change it to DifferentialEquations.jl or use a different solver? It is for the Lorenz equation that can probably be solved with anything.
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Using DifferentialEquations.jl is generally a good idea for tutorials as we want people using the default algorithm for most things because they tend to not make the right choices.
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