the number of scans required to obtained the following stream function was   1 in this time step
   excess potential temperature at                         time= 120.0 seconds
   stream function          elasped time= 120.0seconds
   vorticity               time=120.0
   vertical velocity               time120.0
   horizontal velocity               time=120.0
   the number of scans required to obtained the following stream function was   1 in this time step
   excess potential temperature at                         time= 240.0 seconds
   stream function          elasped time= 240.0seconds
   vorticity               time=240.0
   vertical velocity               time240.0
   horizontal velocity               time=240.0
   the number of scans required to obtained the following stream function was  12 in this time step
   excess potential temperature at                         time= 360.0 seconds
   stream function          elasped time= 360.0seconds
   vorticity               time=360.0
   vertical velocity               time360.0
   horizontal velocity               time=360.0
   the number of scans required to obtained the following stream function was   1 in this time step
   excess potential temperature at                         time= 480.0 seconds
   stream function          elasped time= 480.0seconds
   vorticity               time=480.0
   vertical velocity               time480.0
   horizontal velocity               time=480.0
   the number of scans required to obtained the following stream function was   6 in this time step
   excess potential temperature at                         time= 600.0 seconds
   stream function          elasped time= 600.0seconds
   vorticity               time=600.0
   vertical velocity               time600.0
   horizontal velocity               time=600.0
Stop - Program terminated.