Jason K. Moore
Jason K. Moore
Yes, this sounds like a useful example to have.
Are you doing `u(T(t) - tau)`?
I don't think the internals of opty support anything but `t` in the function `Function('u')(t)`.
` s i n ( T ( t ) − τ ) ` will work, but not if the function is a state variable, e.g. `x(T(t) - t)` or input...
Feel free to prove me wrong though!
> I also do not think, a state variable will work with anything but t, but this is not what I need - if I understood Chris' problem correctly. Christoph...
I scanned through it, but I don't easily understand what you have done.
One comment is that the solution I'm (likely) interested in would not involve any approximations of non-continuous functions. The reason to break the simulation into the leftward and rightward motion...
We have enough examples where you have shown how to make a smooth step or hump function. I'm not sure what this adds to the examples.
Reopen if you think this bring something new.