| from pydantic import BaseModel, Field |
| from typing import List |
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|
| class CVInput(BaseModel): |
| cathode_name: str |
| V_start: float = Field(..., description="Starting voltage (V)") |
| V_switch: float = Field(..., description="Switch voltage (V)") |
| scan_rate: float = Field(..., description="Sweep rate (V/s)") |
| dt: float = Field(..., description="Time step (s)") |
| sigma: float = Field(..., description="Gaussian peak width (V)") |
| E0: float = Field(..., description="Redox mid‑potential (V)") |
| Ip: float = Field(..., description="Peak current magnitude (A)") |
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| |
| frequencies: List[float] = Field(..., description="Frequencies (Hz)") |
| Rs: float = Field(..., description="Solution resistance (Ohm)") |
| Rct: float = Field(..., description="Charge‐transfer resistance (Ohm)") |
| Cdl: float = Field(..., description="Double‐layer capacitance (F)") |
| sigma_w: float = Field(..., description="Warburg coefficient (Ω·s^(-1/2))") |
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| |
| V_qv: List[float] = Field(..., description="Voltage array for Q–V curve (monotonic)") |
| Q_qv: List[float] = Field(..., description="Capacity array aligned with V_qv") |
| window: int = Field(21, description="Savitzky–Golay window length (odd)") |
| poly: int = Field(3, description="Savitzky–Golay polynomial order") |
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