How do we mix the two? Is the ratio derived through some physics parameters? Or is it probabilistic?
Dalyons
Is there high overhead or cost to switching between these two methods? I'd think there would be an advantage to keeping it uniform.
dl123
Can you give a more detailed example of how to used the mixed method to solve the problem?
Murrowow
I don't think there is an easy way of just combining the two conceptually? Is it similar to our ray tracer where we flip a coin to determine/decide whether or not we want to sample?
L1TTLEM4N
By mixing the two methods, does that mean you would use the Lagrangian in some scenarios and Eulerian in others?
How do we mix the two? Is the ratio derived through some physics parameters? Or is it probabilistic?
Is there high overhead or cost to switching between these two methods? I'd think there would be an advantage to keeping it uniform.
Can you give a more detailed example of how to used the mixed method to solve the problem?
I don't think there is an easy way of just combining the two conceptually? Is it similar to our ray tracer where we flip a coin to determine/decide whether or not we want to sample?
By mixing the two methods, does that mean you would use the Lagrangian in some scenarios and Eulerian in others?