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The ``ModeSource`` class represents a propagating mode in a given structure cross section.
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Behind the scenes, the desired mode is initially obtained by running the mode solver on the ``ModeSource`` plane. The ``ModeSpec`` class provides the settings for the mode solver. Once the desired mode is found, it is injected into the 3D simulation along the plane normal. The user does not need to invoke the mode solver explicitly; it is performed automatically whenever a ``ModeSource`` or ``ModeMonitor`` is included in a Tidy3D simulation.
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.. code-block:: python
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# custom mode specification tells the mode solver to search for
Copy file name to clipboardExpand all lines: docs/api/plugins/smatrix.rst
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.. currentmodule:: tidy3d
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S-Matrix Component Modelers Plugin
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==================================
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This plugin provides component modelers for computing S-parameters (scattering parameters) for both **photonics** and **RF/microwave** applications. The plugin supports:
Copy file name to clipboardExpand all lines: docs/api/sources.rst
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@@ -185,46 +185,7 @@ The ``GaussianBeam`` and ``AstigmaticGaussianBeam`` classes implement the paraxi
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~~~~
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Mode Source
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-----------
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.. autosummary::
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:toctree: _autosummary/
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:template: module.rst
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tidy3d.ModeSource
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tidy3d.ModeSpec
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tidy3d.PECFrame
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The ``ModeSource`` class represents a propagating mode in a given structure cross section.
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Behind the scenes, the desired mode is initially obtained by running the mode solver on the ``ModeSource`` plane. The ``ModeSpec`` class provides the settings for the mode solver. Once the desired mode is found, it is injected into the 3D simulation along the plane normal. The user does not need to invoke the mode solver explicitly; it is performed automatically whenever a ``ModeSource`` or ``ModeMonitor`` is included in a Tidy3D simulation.
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.. code-block:: python
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# custom mode specification tells the mode solver to search for
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