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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[S0039] Create a full model from a partial model using the assembly pattern feature
Load a CAD file prepared as a partial model and create a full model using assembly pattern features.
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[S0038] Retrieve the parts and sets information of the analysis template, associate them and apply to a model
Retrieve information on parts and sets from the analysis template, including parts and sets that are not automatically associated. If the names match within certain rules, create pairs and the analysis template is applied to the model.
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[S0037] Create a 2D shape of the I-shaped rotor of an IPM motor
Create the 2D shape of the I-shaped rotor of an IPM motor as a 1/4 model with 4 poles and mirror symmetry.
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[S0036] Set the Halbach array as the magnetization pattern for a permanent magnet
Set a parallel pattern (circular Halbach array) to permanent magnets arranged in the circumferential direction.
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[S0035] Create a response table with corrections and skew applied in an efficiency map study
Apply correction parameters to the results of the efficiency map analysis study and create a new response table.
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[S0034] Get the settings of measurement variables
Retrieved and display the settings of the measurement variables according to the measurement type.
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[S0033] Define a 2D harmonic amplitude response value from a section graph data set
Create and register a 2D harmonic amplitude response value from a dataset of calculation results obtained on the time and spatial axes.
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[S0032] Create a rectangular prism in the Geometry Editor
Create a solid part of a rectangular prism by specifying the length, width and height.
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[S0031] Perform a 2D Fourier transform in time and space axes
Perform a 2D Fourier transform on a dataset of calculation results defined by the time axis and the spatial axis.
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[S0030] Create a custom superconductor material
Create a custom superconductor material with properties that depend on angle, temperature, and magnetic flux density.
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[S0029] Set a point array property to the analysis condition
Create and set a point array to the table type parameter in the analysis condition.
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[S0028] Retrieve the values of winding parameters calculated based on the input parameters.
Get the values of coil parameters in the winding setting calculated from the input and the slot area on the model.
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[S0027] Register a user-defined response value
Register the user-defined response values using a proprietary calculation method from the analysis results output by JMAG.
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[S0026] Check the warnings and error messages in the study
Get the number of errors and warnings occurring in the study, along with their message content.
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[S0025] Generate a multi-layer coating mesh for the specified part
Set multi-layer coating mesh that generates layered mesh automatically on the surface of a region in the 2D analysis.
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[S0024] Set to use subroutines and its user variables
Set the electric potential of the electric potential source to be supplied by a user subroutine, and set user variables for this subroutine.
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[S0023] Performs a Fourier transform on the specified dataset
Performs a Fourier transform on the time history result obtained from a transient response analysis.
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[S0022] Submit batch execution job of specified studies within an analysis group
When submitting a job of an analysis group, run only the selected studies within the group instead of all of them.
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[S0021] Setup coil end cooling and set CSV output for terminal temperature
Create and link a coil end cooling component and an equivalent temperature boundary pattern (rotation) condition to model the cooling of the coils of a rotating machine.
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[S0020] Create a parts set by specifying the part names
Create a part set for multiple parts specified by names.
