I need a tool for numerical bifurcation analysis of differential equations with constant delays(DDEs) in Python. I think PyDSTool is just for ODEs and uses PyCont for bifurcation analysis, but cant handle DDEs. We can also use Pydelay to simulate DDEs. So we have nothing like BIF-TOOL in Matlab for DDEs, do we?
Thanks for any guide or comment.
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You are correct, unfortunately. I am out of touch with recent developments techniques for DDEs, but they get complex pretty quickly unless you have certain kinds of strong constraints / special cases. E.g. if the variables only interact via dirac delta pulses (like an integrate-and-fire type model).
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I need a tool for numerical bifurcation analysis of differential equations with constant delays(DDEs) in Python. I think PyDSTool is just for ODEs and uses PyCont for bifurcation analysis, but cant handle DDEs. We can also use Pydelay to simulate DDEs. So we have nothing like BIF-TOOL in Matlab for DDEs, do we?
Thanks for any guide or comment.
You are correct, unfortunately. I am out of touch with recent developments techniques for DDEs, but they get complex pretty quickly unless you have certain kinds of strong constraints / special cases. E.g. if the variables only interact via dirac delta pulses (like an integrate-and-fire type model).