rizer.spice.circuits.schemas

Pydantic models for circuit simulation requests and responses.

Attributes

ResistanceModelConfig
GeneratorConfig
SimulationRequest

Classes

ConstantResistanceConfig	Constant plasma resistance model configuration.
RompeWeizelConfig	Rompe-Weizel resistance model configuration.
VlastosConfig	Vlastos resistance model configuration.
BraginskiiConfig	Braginskii resistance model configuration.
TrapezoidalGeneratorConfig	Trapezoidal pulse generator configuration.
GaussianGeneratorConfig	Gaussian pulse generator configuration.
ConstantGeneratorConfig	Constant voltage generator configuration.
SourceCircuitConfig	Source-side network behind a generator waveform: R_g, plus an optional capacitor.
CableConfig	Transmission line cable configuration.
TimeConfig	Simulation time configuration.
RLLCSimulationRequest	RLLC circuit simulation parameters.
CasteraSimulationRequest	Castera circuit simulation parameters.
NRPSimulationRequest	NRP circuit simulation parameters.
LTEDischargeSimulationRequest	Constant-mass LTE discharge simulation parameters.
SimulationResult	Simulation output with time-series data.
CircuitInfo	Metadata about one available circuit type.
CircuitListResponse	List of available circuit metadata entries.

Module Contents

class rizer.spice.circuits.schemas.ConstantResistanceConfig(/, **data: Any)

Bases: pydantic.BaseModel

Constant plasma resistance model configuration.

type: Literal['constant'] = 'constant'

class rizer.spice.circuits.schemas.RompeWeizelConfig(/, **data: Any)

Bases: pydantic.BaseModel

Rompe-Weizel resistance model configuration.

type: Literal['rompe_weizel'] = 'rompe_weizel'

gap: float = None

k_RW: float = None

class rizer.spice.circuits.schemas.VlastosConfig(/, **data: Any)

Bases: pydantic.BaseModel

Vlastos resistance model configuration.

type: Literal['vlastos'] = 'vlastos'

gap: float = None

k_V: float = None

class rizer.spice.circuits.schemas.BraginskiiConfig(/, **data: Any)

Bases: pydantic.BaseModel

Braginskii resistance model configuration.

type: Literal['braginskii'] = 'braginskii'

gap: float = None

k_B: float = None

rizer.spice.circuits.schemas.ResistanceModelConfig

class rizer.spice.circuits.schemas.TrapezoidalGeneratorConfig(/, **data: Any)

Bases: pydantic.BaseModel

Trapezoidal pulse generator configuration.

type: Literal['trapezoidal'] = 'trapezoidal'

U_off: float = None

U_on: float = None

t_rise: float = None

t_on: float = None

t_fall: float = None

class rizer.spice.circuits.schemas.GaussianGeneratorConfig(/, **data: Any)

Bases: pydantic.BaseModel

Gaussian pulse generator configuration.

type: Literal['gaussian'] = 'gaussian'

height: float = None

mean: float = None

FWHM: float = None

class rizer.spice.circuits.schemas.ConstantGeneratorConfig(/, **data: Any)

Bases: pydantic.BaseModel

Constant voltage generator configuration.

type: Literal['constant'] = 'constant'

U_g: float = None

rizer.spice.circuits.schemas.GeneratorConfig

class rizer.spice.circuits.schemas.SourceCircuitConfig(/, **data: Any)

Bases: pydantic.BaseModel

Source-side network behind a generator waveform: R_g, plus an optional capacitor.

type picks the network: “resistive” (just R_g), “c_shunt” (R_g plus a capacitor C_s shunting the source’s own output node), or “c_parallel” (R_g plus a capacitor C_s in parallel with R_g itself) – see get_source_circuit_from_input(). C_s/window_span are required by _build_source_circuit/ build_transmission_line_circuit only for the two capacitive types (not enforced here, to avoid duplicating that validation).

type: Literal['resistive', 'c_shunt', 'c_parallel'] = 'resistive'

R_g: float = None

C_s: float | None = None

window_span: float | None = None

r_p_rtol: float = None

u_s_0: float = None

u_c_0: float = None

class rizer.spice.circuits.schemas.CableConfig(/, **data: Any)

Bases: pydantic.BaseModel

Transmission line cable configuration.

L: float = None

Z_c: float = None

c: float = None

class rizer.spice.circuits.schemas.TimeConfig(/, **data: Any)

Bases: pydantic.BaseModel

Simulation time configuration.

t_start: float = None

t_end: float = None

n_points: int = None

class rizer.spice.circuits.schemas.RLLCSimulationRequest(/, **data: Any)

Bases: pydantic.BaseModel

RLLC circuit simulation parameters.

circuit_type: Literal['rllc'] = 'rllc'

C: float = None

L1: float = None

L2: float = None

R_0: float = None

I_0: float = None

U_c_0: float = None

resistance_model: ResistanceModelConfig = None

time: TimeConfig = None

method: str = None

class rizer.spice.circuits.schemas.CasteraSimulationRequest(/, **data: Any)

Bases: pydantic.BaseModel

Castera circuit simulation parameters.

circuit_type: Literal['castera'] = 'castera'

C: float = None

L: float = None

L_p: float = None

R_b: float = None

R_sg: float = None

R_0: float = None

I_0: float = None

U_c_0: float = None

resistance_model: ResistanceModelConfig = None

time: TimeConfig = None

method: str = None

class rizer.spice.circuits.schemas.NRPSimulationRequest(/, **data: Any)

Bases: pydantic.BaseModel

NRP circuit simulation parameters.

circuit_type: Literal['nrp'] = 'nrp'

generator: GeneratorConfig = None

source_circuit: SourceCircuitConfig = None

cable: CableConfig = None

R_p: float = None

include_reflections: bool = None

time: TimeConfig = None

class rizer.spice.circuits.schemas.LTEDischargeSimulationRequest(/, **data: Any)

Bases: pydantic.BaseModel

Constant-mass LTE discharge simulation parameters.

circuit_type: Literal['lte_discharge'] = 'lte_discharge'

gas: str = None

pressure: float = None

l_gap: float = None

r_0: float = None

T_0: float = None

T_amb: float = None

R_wire: float = None

U_LV: float = None

tau_LV: float = None

L: float = None

factor_radiation: float = None

h_cc_gas: float = None

h_cc_electrode: float = None

i_0: float = None

time: TimeConfig = None

method: str = None

rizer.spice.circuits.schemas.SimulationRequest

class rizer.spice.circuits.schemas.SimulationResult(/, **data: Any)

Bases: pydantic.BaseModel

Simulation output with time-series data.

time: list[float] = None

series: dict[str, list[float]] = None

labels: dict[str, str] = None

class rizer.spice.circuits.schemas.CircuitInfo(/, **data: Any)

Bases: pydantic.BaseModel

Metadata about one available circuit type.

id: str

name: str

description: str

class rizer.spice.circuits.schemas.CircuitListResponse(/, **data: Any)

Bases: pydantic.BaseModel

List of available circuit metadata entries.

circuits: list[CircuitInfo]