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PyAEDT allows users to automate workflows across multiple physics domains, such as RF, thermal, and structural simulations, enabling seamless coupling and co-simulation setups.
Parametric Studies and Optimization
Interoperability with modeler and pygeometry.
Built-in support for defining and automating parametric sweeps or optimizations.
Interoperability with optiSLang.
Data Visualization and Post-Processing
Comprehensive post-processing capabilities, including field plotting, S-parameter visualization, and custom graph generation.
Advanced plotting options using PyAEDT’s built-in visualization tools or integration with Matplotlib and other libraries.
The text was updated successfully, but these errors were encountered:
PyAEDT extends AEDT functionalities.
Multi-Physics Integration
Parametric Studies and Optimization
Data Visualization and Post-Processing
Comprehensive post-processing capabilities, including field plotting, S-parameter visualization, and custom graph generation.
Advanced plotting options using PyAEDT’s built-in visualization tools or integration with Matplotlib and other libraries.
The text was updated successfully, but these errors were encountered: