Add example which demonstrates finding an eigenfunction and eigenvalue.#174
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jsilter wants to merge 1 commit intoNVIDIA:mainfrom
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Add example which demonstrates finding an eigenfunction and eigenvalue.#174jsilter wants to merge 1 commit intoNVIDIA:mainfrom
jsilter wants to merge 1 commit intoNVIDIA:mainfrom
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Implement Schrodingers equation for a 1D particle-in-a-box. Include a loss term for the inner product with another function (sine in this case), as a method of finding new eigenfunctions once existing ones have been found. Default configuration includes modes 1 & 2 as orthogonality functions, so should learn 3rd mode (sin 3 pi x). Implement IntegralInteriorConstraint; very similar to IntegralBoundaryConstraint but for the interior region of geometries. Used for normalization constraint of wavefunction. Signed-off-by: Jacob Silterra <github@jacobsilterra.com>
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Thank you for your contribution! Unfortunately, we cannot accept your pull request at this point as we transition the functionality to PhysicsNeMo. Currently we are only accepting bug fixes and since this PR adds an example, we are unable to accept it. We recommend you to check the latest release here. |
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Modulus Pull Request
Description
Implement Schrodingers equation for a 1D particle-in-a-box. Include a loss term for the inner product with another function (sine in this case), as a method of finding new eigenfunctions once existing ones have been found. Default configuration includes modes 1 & 2 as orthogonality functions, so should learn 3rd mode (sin 3 pi x).
Implement IntegralInteriorConstraint; very similar to IntegralBoundaryConstraint but for the interior region of geometries. Used for normalization constraint of wavefunction.
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