Users can operate almost every feature in JMAG through scripts. Although the JMAG website previously restricted access to sample scripts to authenticated users, we would now like to make this library available to everyone.
Most of the sample scripts written in Python are easy to use with some general programming knowledge. In addition, we are also releasing instructional materials that describe various scripting methods alongside usage examples. These materials should give even those new to JMAG confidence to use the scripting tools to easily automate and streamline analyses and design processes. Going forward, we will continue to enhance this library so that everyone can realize more flexible workflows through scripts.
JMAG Script Library
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[S0068] Create a multiple face reference target and set it as the reference for the surface normal direction of a superconducting material
Create a multi faces selection reference target to specify the reference surface for material properties where the reference direction changes along a curved surface.
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[S0067] Create mesh channel conditions and set heat transfer boundaries
Create channel conditions specifying the cross-sectional shape and placement to be applied during mesh generation, and set the heat transfer boundary conditions.
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[S0066] Create a 2D geometry of an I-shaped IPM outer rotor
Create a 2D shape of the I-shaped IPM outer rotor as a 1/4 model with 8 poles.
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[S0065] Create a 2D geometry of a stator with tapered slots
Create a 2D shape of the tapered-slot stator with 24 slots as a 1/4 model.
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[S0064] Calculate a per depth average within the specified time range
Create a probe for the result of the lamination at each depth and calculate the average for each depth.
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[S0063] Create a custom macro component
Group multiple circuit components in the circuit editor into a single circuit block and register it as a macro component.
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[S0062] Export results for each element or node to a file
Select elements or nodes to output the values of the distribution results to a file in table format.
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[S0061] Define cut planes of the model
Create a cut plane to view the results interior of the model.
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[S0060] Create a flux line for a 3D result by specifying a face as a rendering start
Create a flux line passing through a specified plane for a 3D analysis result.
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[S0059] Create a scaling factor
Create a scaling factor to adjust the display of the analysis results' displacement and show the displacement vector plot.
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[S0058] Create an ellipse shape in the Geometry Editor
Create an elliptical region with its center position, major radius, minor radius and major angle relative to the X-axis defined by equation variables.
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[S0057] Define a user component and create the result item using it
Create an expression of a user component and then create a result item that uses the user component.
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[S0056] Create a vector expression
Create a vector expression data from the table results and define a vector expression using that variable.
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[S0055] Create a beam in the Geometry Editor
Create a beam part with its start position and length defined by equation variables.
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[S0054] Create a shell in the Geometry Editor
Create a shell solid part with its start position, width and height defined by equation variables.
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[S0053] Create a helix solid in the Geometry Editor
Create a helix solid part with its start position, pitch, number of turns, helix radius and tube radius defined by equation variables.
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[S0052] Create a torus solid in the Geometry Editor
Create a torus solid part with its center position, torus radius and tube radius defined by equation variables.
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[S0051] Export project files with selecting studies
Select studies from the active project and export the project file.
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[S0050] Create an arc section graph and obtain the result
Create a section graph retrieving the result values along an arc and display the result data table.
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[S0049] Configure the response table creation for an efficiency map analysis study using a reduced order model method
Configure the settings of the response table creation for efficiency map analysis using a reduced order model method.
