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Electric field phasor

Complex scalar electric-field phasor for one fixed frequency.

Reference

FieldValueDescription
adjointDescriptionThe real-packed complex Helmholtz adjoint supports exact field, energy, source-work, coordinate, input, frequency, material, and topology derivatives.
adjointSupportedtrue
availability{"topologyMethods":[]}
canonicalSymbolewfd.E
complexValuedtrue
componentDescriptions["Complex scalar electric-field phasor"]
componentNames["E"]
components1
componentSymbols["ewfd.E"]
differentiabilityanalytic
displayNameElectric field phasor
finiteElementSpaceH1-P1
initialValue0
locationnode
nameE
namingPolicyfixed
quantityIdewfd.E
rankscalar
rolestate
runtimeEvidence{"certificationFixture":"tests/python_backend/test_differentiable_physics_contract.py::test_builtin_physics_optimization_contract_gate","provider":"WaveOptics.element_residual"}
symbolPatternnull
unitV/m

Complex scalar electric-field phasor for one fixed frequency.

Contract

PropertyValue
adjointDescriptionThe real-packed complex Helmholtz adjoint supports exact field, energy, source-work, coordinate, input, frequency, material, and topology derivatives.
adjointSupportedtrue
availability{"topologyMethods":[]}
canonicalSymbolewfd.E
complexValuedtrue
componentDescriptions["Complex scalar electric-field phasor"]
componentNames["E"]
components1
componentSymbols["ewfd.E"]
differentiabilityanalytic
displayNameElectric field phasor
finiteElementSpaceH1-P1
initialValue0
locationnode
nameE
namingPolicyfixed
quantityIdewfd.E
rankscalar
rolestate
runtimeEvidence{"certificationFixture":"tests/python_backend/test_differentiable_physics_contract.py::test_builtin_physics_optimization_contract_gate","provider":"WaveOptics.element_residual"}
symbolPatternnull
unitV/m