Research-Stack/0-Core-Formalism/lean/external/OTOM/HyperFlow.lean

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/-
HyperFlow.lean - Fixed-Point Hyperbolic Flow Dynamics
-/
import Semantics.DynamicCanal
import Semantics.LocalDerivative
import Semantics.MetricCore
import Semantics.RaycastField
namespace Semantics.HyperFlow
open DynamicCanal
open Semantics.LocalDerivative (Scalar StabilityClass LocalDerivative matrixFrobeniusNorm matrixL1Norm divergence antisymmetricPart)
open Semantics.MetricCore (Metric)
structure HyperFlowSignature where
divergence : Fix16
shearMagnitude : Fix16
stressMagnitude : Fix16
transportMagnitude : Fix16
anisotropy : Fix16
spectralSpread : Fix16
couplingDensity : Fix16
compressibilityIndex : Fix16
curvatureEnergy : Fix16
deriving Repr, DecidableEq, BEq
inductive HyperFlowRegime
| coherent
| shearLayer
| compressive
| dispersive
| turbulentLike
| collapse
deriving Repr, DecidableEq, BEq
inductive MediumRegime
| incompressibleFluid
| compressibleFluid
| gasLike
| rarefiedGas
| plasmaLike
| magnetizedPlasma
| rarefiedPlasma
| collapse
deriving Repr, DecidableEq, BEq
inductive PlasmaManifoldRegime
| diffuse
| sheet
| filament
| reconnectionLike
| coherentTorus
| collapsed
deriving Repr, DecidableEq, BEq
def hyperFlowSignature (ld : LocalDerivative) (metric : Metric) : HyperFlowSignature :=
{ divergence := divergence ld
, shearMagnitude := matrixFrobeniusNorm (antisymmetricPart ld)
, stressMagnitude := Fix16.mul metric.coupling (matrixFrobeniusNorm ld.jacobian)
, transportMagnitude := matrixL1Norm ld.jacobian
, anisotropy := Fix16.zero
, spectralSpread := matrixL1Norm ld.jacobian
, couplingDensity := Fix16.zero
, compressibilityIndex := Fix16.zero
, curvatureEnergy := matrixFrobeniusNorm ld.hessian }
def classifyHyperFlow (_signature : HyperFlowSignature) (stability : StabilityClass) : HyperFlowRegime :=
match stability with
| .collapsed => .collapse
| .singular => .compressive
| .throat => .compressive
| .unstable => .turbulentLike
| .stable => .coherent
end Semantics.HyperFlow