Closed wjadvos closed 5 years ago
In your example, you set c=0
. As a result the entire coupling term vanishes (and since this is a symbolic computation it really is completely gone) and your differential equation is reduced to ẏᵢ = ωᵢ. As this does not include a delay term, you get the warning.
Oh yes, thanks for the clarification
Thanks for making this package, it is exactly what I need for my master's thesis on explosive synchronisation in the Kuramoto model.
I have the following problem: when I use your example code on the Kuramoto model (https://github.com/neurophysik/jitcdde/blob/master/examples/kuramoto_network.py) and only do the following changes: fix tau to a fixed number (say 5) and take omega from a distribution.
I get the following warning "differential equation does not include a delay term", although in the code there is still written a delay term (tau is a fixed non-zero number, this also happens when I keep tau a random distribution)