Name: Hypothesis Generator
Author: DaryLu0v0

Hypothesis Generator (Step 8)

Generate concrete, simulation-ready design hypotheses with full CST specifications.

Instructions

When this skill is invoked (typically after family mapping):

For each top-ranked family, generate a hypothesis with:
- Geometric parameters: scaled from the ontology based on target frequency
  - Scale factor = 10 GHz / center_frequency (elements scale as λ)
  - Starting point = midpoint of scaled range
- CST simulation spec (automatically generated):
  - Substrate: material, thickness (λ/4√εr for absorbers), permittivity, loss tangent
  - Conductor: material, thickness, conductivity
  - Unit cell pitch: 0.4λ at lowest frequency
  - Layer stackup: ground plane → substrate → patterned conductor
  - Boundary conditions: unit cell (x,y), open (z)
  - Excitation: Floquet port with target polarization
- Mechanism rationale: why this family should work for the target

Generate concrete, simulation-ready design hypotheses with full CST specifications.

When this skill is invoked (typically after family mapping):

For each top-ranked family, generate a hypothesis with:
- Geometric parameters: scaled from the ontology based on target frequency
  - Scale factor = 10 GHz / center_frequency (elements scale as λ)
  - Starting point = midpoint of scaled range
- CST simulation spec (automatically generated):
  - Substrate: material, thickness (λ/4√εr for absorbers), permittivity, loss tangent
  - Conductor: material, thickness, conductivity
  - Unit cell pitch: 0.4λ at lowest frequency
  - Layer stackup: ground plane → substrate → patterned conductor
  - Boundary conditions: unit cell (x,y), open (z)
  - Excitation: Floquet port with target polarization
- Mechanism rationale: why this family should work for the target