Launch the COMSOL desktop GUI with the live bridge loaded.

Operations issued afterwards drive the visible GUI in real time.

Connect to an already-running COMSOL GUI bridge.

Report the current GUI/bridge session state.

Stop the COMSOL GUI bridge session.

Load a .mph model from disk.

Save the current model to a .mph file.

Create a new empty model.

Return the structure of the current model.

Add a block (box) to a geometry sequence.

Add a cylinder to a geometry sequence.

Add a sphere to a geometry sequence.

Boolean combine geometry features (union|intersect|difference).

Import a geometry from a CAD/file format.

Add a physics interface (ht, spf, tds, es, solid, ...).

Add a material to the model.

Build the mesh.

Add a study (Stationary|TimeDependent|Parametric|Eigenfrequency).

Run the solver for a study.

Report whether a study has been solved.

Evaluate an expression (or global evaluation) and return data.

Export results (plot/data) to a file.

Run arbitrary COMSOL Java API code.

Provide either a full class with public static String run(Model model), or a Java snippet body; it will be wrapped automatically and executed in the COMSOL JVM (best-effort in live mode, always via compile+run in batch mode).

Generate a standalone, compilable COMSOL Java model source file.

Works WITHOUT COMSOL installed. Use it on a COMSOL-less machine to prepare a Java model, then move the file to a COMSOL machine and compile it: comsolcompile .java comsolbatch -java spec may carry geometries/physics/materials/studies/save to shape the code. The produced file still needs COMSOL to actually compile into a .mph.