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I am wondering if MagnetoPyElastica only consider magnetic torque $\tau = m \times B$, where $m$ represents magnetization and $B$ is the externel magnetic field, or if it also accounts for the force induced by non-uniform magnetic field $F = \nabla (m\cdot B)$? I noticed that in magnetic_forces.py, the MagneticForces class only applies torque to the rod.
Thank you in advance for your response.
The text was updated successfully, but these errors were encountered:
Currently we don't have the man power the man power to implement. However, It shouldn't be too difficult to implement. If you are planning to work on non-uniform magnetic fields, we appreciate your contribution. Let us know if you have further questions.
Hi there,
I am wondering if MagnetoPyElastica only consider magnetic torque$\tau = m \times B$ , where $m$ represents magnetization and $B$ is the externel magnetic field, or if it also accounts for the force induced by non-uniform magnetic field $F = \nabla (m\cdot B)$ ? I noticed that in magnetic_forces.py, the MagneticForces class only applies torque to the rod.
Thank you in advance for your response.
The text was updated successfully, but these errors were encountered: