@pyf
Hi,
This is what I found in the tutorial scripts for thermal simulations.
Check the RunTutorial function. It may help. Best.
def CreateModel():
...
def CreateEmFdtdSimulation():
...
return em_sim
def CreateThermalSimulation(em_sim):
...
return thermal_sim
def AnalyzeEmAndThermalSimulation(em_sim,thermal_sim):
# Create extractor for the two simulation output files
em_results = em_sim.Results()
thermal_results = thermal_sim.Results()
# overall field sensors
em_overall_field_sensor = em_results[ 'Overall Field' ]
em_overall_field_sensor.Normalization.Normalize = True
thermal_overall_field_sensor = thermal_results[ 'Overall Field' ]
# Create a slice viewer for the SAR
slice_field_viewer_sar = analysis.viewers.SliceFieldViewer()
slice_field_viewer_sar.Visualization.Smooth = True
slice_field_viewer_sar.Inputs[0].Connect( em_overall_field_sensor['SAR(x,y,z,f0)'] )
slice_field_viewer_sar.Update(0)
slice_field_viewer_sar.GotoMaxSlice()
document.AllAlgorithms.Add( slice_field_viewer_sar )
#THERMAL
slice_field_viewer_t = analysis.viewers.SliceFieldViewer()
slice_field_viewer_t.Visualization.Smooth = True
slice_field_viewer_t.Inputs[0].Connect( thermal_overall_field_sensor['T(x,y,z,t)'] )
slice_field_viewer_t.Update(0)
document.AllAlgorithms.Add( slice_field_viewer_t )
def RunTutorial( path ):
document.New()
CreateModel()
em_sim = CreateEmFdtdSimulation()
document.AllSimulations.Add(em_sim)
em_sim.UpdateGrid()
em_sim.CreateVoxels(path)
thermal_sim = CreateThermalSimulation(em_sim)
document.AllSimulations.Add(thermal_sim)
thermal_sim.UpdateGrid()
thermal_sim.CreateVoxels(path)
em_sim.RunSimulation(wait=True)
thermal_sim.RunSimulation(wait=True)
AnalyzeEmAndThermalSimulation(em_sim,thermal_sim)
if name == 'main':
RunTutorial( project_path )
