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How to Operate Femtet Macros by Python

Femtet macros can be operated with Python script.

Prepare Operating Environment for Python Script

Prepare Operating Environment for Python

Operate Femtet by Python Script

Femtet Operation by Python

Remarks

Methods that have been updated for Python.
・For old project files, the output Python script may include a method that causes an error.
In that case, modify the method causing the issue to the method listed in the macro help.

Example: Replace MultiSweep with MultiSweep2_py.
Methods not supported by Python and alternative methods

Integration methods listed below are not supported by Python. These methods have integrand sub procedures as parameters.

Such parameters cannot be passed by Python.

CGogh.IntegralAtEdge	Edge integral.
CGogh.IntegralAtEdgeByBoundary	Edge integral using boundary condition.
CGogh.IntegralAtFace	Surface integral.
CGogh.IntegralAtFaceByBoundary	Surface integral using boundary condition.
CGogh.IntegralAtBody	Volume integral.
CGogh.IntegralAtBodyByBodyAttribute	Volume integral using body attribute name.
CGogh.IntegralAtBodyByMaterial	Volume integral using material name.

As alternative method, simple integration methods are available which do not require the integrand sub procedure.

(Standard methods and Python-only methods)

CGogh.SimpleIntegralPotentialAtEdge_py	Simple edge integral of potential
CGogh.SimpleIntegralPotentialAtEdgeSheetBody_py	Simple edge integral of potential (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralVectorAtEdge_py	Simple edge integral of vector
CGogh.SimpleIntegralVectorAtEdgeSheetBody_py	Simple edge integral of vector (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralVectorAtEdgeNormal_py	Simple edge integral of vector's normal line component
CGogh.SimpleIntegralVectorAtEdgeNormalSheetBody_py	Simple edge integral of vector's normal line component (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralTensorAtEdge_py	Simple edge integral of tensor
CGogh.SimpleIntegralTensorAtEdgeSheetBody_py	Simple edge integral of tensor (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralTensorAtEdgeNormal_py	Simple edge integral of tensor's normal line component
CGogh.SimpleIntegralTensorAtEdgeNormalSheetBody_py	Simple edge integral of tensor's normal line component (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralPotentialAtFace_py	Simple surface integral of potential
CGogh.SimpleIntegralPotentialAtFaceSheetBody_py	Simple surface integral of potential (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralVectorAtFace_py	Simple surface integral of vector
CGogh.SimpleIntegralVectorAtFaceSheetBody_py	Simple surface integral of vector (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralTensorAtFace_py	Simple surface integral of tensor
CGogh.SimpleIntegralTensorAtFaceSheetBody_py	Simple surface integral of tensor (Thickness of sheet body and circumferential direction of the axisymmetric analysis results are taken into account.)
CGogh.SimpleIntegralPotentialAtBody_py	Simple volume integral of potential
CGogh.SimpleIntegralVectorAtBody_py	Simple volume integral of vector
CGogh.SimpleIntegralTensorAtBody_py	Simple volume integral of tensor