Write the status in me to outUnit.
Status will only be written if any of the flags is true.
Type | Intent | Optional | Attributes | Name | ||
---|---|---|---|---|---|---|
type(tem_status_type), | intent(in) | :: | me |
Status to write on outunit. |
||
integer, | intent(in) | :: | outUnit |
The file unit to write to. |
subroutine tem_status_dump(me, outUnit) ! --------------------------------------------------------------------------! !> Status to write on outunit. type(tem_status_type), intent(in) :: me !> The file unit to write to. integer, intent(in) :: outUnit ! --------------------------------------------------------------------------! if (any(me%bits)) then write(outUnit,*) '+--------------------------------------------+' write(outUnit,*) 'STATUS:' if (me%bits(tem_stat_interval)) & & write(outUnit,*) ' * Status Interval is reached' if (me%bits(tem_stat_run_terminate)) & & write(outUnit,*) ' * Simulation is to abnormally terminate' if (me%bits(tem_stat_steady_state)) & & write(outUnit,*) ' * Simulation reached a steady state' if (me%bits(tem_stat_global_error)) & & write(outUnit,*) ' * Encountered a global error' if (me%bits(tem_stat_nan_detected)) & & write(outUnit,*) ' * Detected a NaN during computation' if (me%bits(tem_stat_nonPhysical)) & & write(outUnit,*) ' * Ran into a non-physical state' if (me%bits(tem_stat_max_sim)) & & write(outUnit,*) ' * Reached maximal simulation time' if (me%bits(tem_stat_max_iter)) & & write(outUnit,*) ' * Reached maximal number of iterations' if (me%bits(tem_stat_max_clock)) & & write(outUnit,*) ' * Reached maximal wall clock running time' if (me%bits(tem_stat_stop_file)) & & write(outUnit,*) ' * Found a stop file' write(outUnit,*) '+--------------------------------------------+' write(outUnit,*) end if end subroutine tem_status_dump