For example, with this differential equation, how can I do it in a pythonic way?dx/dt=f(x,t)I have a way to do it, but I think this is not the most pythonic way:import numpy as npdt=0.01N_iter=10./dtdef f(x,t):    return x**2*t#insert your favorite function herex=np.zeros(N_iter)for i in range(N_iter-1):    x[i+1]=x[i]+dt*f(x[i],i*dt)
What is the most pythonic way to solve a differential equation using the Euler method?
python;mathematics;numpy