ReferenceAlpha
State variable
Scalar coefficient-form PDE state.
Reference
| Field | Value | Description |
|---|---|---|
| adjointDescription | Scalar elliptic adjoint solve supports expression objectives and coefficient sensitivities. | — |
| adjointSupported | true | — |
| availability | {"topologyMethods":[]} | — |
| canonicalSymbol | null | — |
| complexValued | false | — |
| componentDescriptions | ["Scalar state variable"] | — |
| componentNames | ["u"] | — |
| components | 1 | — |
| componentSymbols | [] | — |
| differentiability | exact-ad | — |
| displayName | State variable | — |
| finiteElementSpace | H1-P1 | — |
| initialValue | 0 | — |
| location | node | — |
| name | u | — |
| namingPolicy | model-authored | — |
| quantityId | cfpde.{name}:u | — |
| rank | scalar | — |
| role | state | — |
| runtimeEvidence | {"certificationFixture":"tests/python_backend/test_differentiable_physics_contract.py::test_builtin_physics_optimization_contract_gate","provider":"CoefficientFormPDE.element_residual"} | — |
| symbolPattern | cfpde.{name} | — |
| unit | 1 | — |
Scalar coefficient-form PDE state.
Contract
| Property | Value |
|---|---|
| adjointDescription | Scalar elliptic adjoint solve supports expression objectives and coefficient sensitivities. |
| adjointSupported | true |
| availability | {"topologyMethods":[]} |
| canonicalSymbol | null |
| complexValued | false |
| componentDescriptions | ["Scalar state variable"] |
| componentNames | ["u"] |
| components | 1 |
| componentSymbols | [] |
| differentiability | exact-ad |
| displayName | State variable |
| finiteElementSpace | H1-P1 |
| initialValue | 0 |
| location | node |
| name | u |
| namingPolicy | model-authored |
| quantityId | cfpde.{name}:u |
| rank | scalar |
| role | state |
| runtimeEvidence | {"certificationFixture":"tests/python_backend/test_differentiable_physics_contract.py::test_builtin_physics_optimization_contract_gate","provider":"CoefficientFormPDE.element_residual"} |
| symbolPattern | cfpde.{name} |
| unit | 1 |