Lyapunov exponent with respect to a parameter
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I want to investigate the chaotic nature of Lorenz system when the parameter R varies. I am using the code which was previously posted on Mathworks. Now, for every R, I want to take the Lyapunov exponent at the end time. Then, I would like to store that R and Lyapunov exponent and plot them together. To get this kind of plot, I made some changes, but it gives some errors. Please help.
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DGM
2023 年 11 月 1 日
編集済み: DGM
2023 年 11 月 1 日
You ran some "modified" code that was known to have some undescribed errors, and you got some undescribed errors.
FWIW, the unmodified files are here:
If you want to conduct the same modification that OP wanted, you'll have to figure out what OP wanted, because the changes that were made don't really make sense. R is not defined before it's used, so you'll have to figure out where and how it should be defined and possibly pass it between functions if and when necessary.
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