Right now the temperature floor is applied as a kernel call at the very end of each hydro integrator. I propose that instead, it be added as a single function call in the Grid3D::Update_Hydro_Grid function. If added right after the current Execute_Hydro_Integrator function, it shouldn't change the existing logic at all, but would reduce the number of function calls significantly (and allow it to be used for 1D and 2D simulations, a functionality that is currently missing.) This would require adding a new wrapper (host) function to call the kernel (as was done for other functions that were moved out of the integrators, e.g. cooling or the time step calculation).
Right now the temperature floor is applied as a kernel call at the very end of each hydro integrator. I propose that instead, it be added as a single function call in the Grid3D::Update_Hydro_Grid function. If added right after the current Execute_Hydro_Integrator function, it shouldn't change the existing logic at all, but would reduce the number of function calls significantly (and allow it to be used for 1D and 2D simulations, a functionality that is currently missing.) This would require adding a new wrapper (host) function to call the kernel (as was done for other functions that were moved out of the integrators, e.g. cooling or the time step calculation).