bmgen.targets.jsonld package#

Submodules#

bmgen.targets.jsonld.ast module#

class bmgen.targets.jsonld.ast.BCLInstruction(sequence: List[bmgen.targets.jsonld.ast.BCLStep], repetitions: int)#

Bases: object

repetitions: int#

sequence: List[BCLStep]#

toDict()#

class bmgen.targets.jsonld.ast.BCLParameter(unit: bmgen.targets.jsonld.ast.BCLUnit, name: str, value: float)#

Bases: BCLValue

name: str#

toDict()#

value: float#

class bmgen.targets.jsonld.ast.BCLProgram(name: str, parameters: Dict[str, float], instructions: List[bmgen.targets.jsonld.ast.BCLInstruction])#

Bases: object

instructions: List[BCLInstruction]#

name: str#

parameters: Dict[str, float]#

toDict()#

class bmgen.targets.jsonld.ast.BCLStep(type: bmgen.targets.jsonld.ast.BCLStepType, value: bmgen.targets.jsonld.ast.BCLValue, terminations: List[bmgen.targets.jsonld.ast.BCLTermination] | None)#

Bases: object

terminations: List[BCLTermination] | None#

toDict()#

type: BCLStepType#

value: BCLValue#

class bmgen.targets.jsonld.ast.BCLStepType(name: str)#

Bases: object

name: str#

toDict()#

class bmgen.targets.jsonld.ast.BCLTermination(type: bmgen.targets.jsonld.ast.compare.<locals>.c2, value: bmgen.targets.jsonld.ast.BCLValue)#

Bases: object

toDict()#

type: c2#

value: BCLValue#

class bmgen.targets.jsonld.ast.BCLTerminationType(name: str)#: Bases: BCLTerminationType

class bmgen.targets.jsonld.ast.BCLUnit(name: str)#

Bases: object

name: str#

toDict()#

class bmgen.targets.jsonld.ast.BCLValue(unit: bmgen.targets.jsonld.ast.BCLUnit)#

Bases: ABC

unit: BCLUnit#

class bmgen.targets.jsonld.ast.BCLValueLiteral(unit: bmgen.targets.jsonld.ast.BCLUnit, value: float)#

Bases: BCLValue

toDict()#

value: float#

class bmgen.targets.jsonld.ast.Channel(quantity: Type[ElectrochemicalQuantity], unit: MeasurementUnit)#: Bases: Channel

class bmgen.targets.jsonld.ast.Limit(type: Type[bmgen.targets.jsonld.ontology.ElectrochemicalQuantity], value: bmgen.targets.jsonld.ast.NumericValue)#

Bases: object

toOntology()#

type: Type[ElectrochemicalQuantity]#

value: NumericValue#

class bmgen.targets.jsonld.ast.NumericLiteral(value: float, unit: bmgen.targets.jsonld.ontology.MeasurementUnit)#

Bases: NumericValue

toOntology()#

unit: MeasurementUnit#

value: float#

class bmgen.targets.jsonld.ast.NumericValue#: Bases: object

class bmgen.targets.jsonld.ast.Program(steps: List[bmgen.targets.jsonld.ast.Step])#

Bases: object

steps: List[Step]#

toOntology()#

class bmgen.targets.jsonld.ast.Reference(id: str)#

Bases: object

id: str#

class bmgen.targets.jsonld.ast.Setpoint(type: Type[bmgen.targets.jsonld.ontology.ElectrochemicalQuantity], value: bmgen.targets.jsonld.ast.NumericValue)#

Bases: object

toOntology()#

type: Type[ElectrochemicalQuantity]#

value: NumericValue#

class bmgen.targets.jsonld.ast.Step(instance: bmgen.targets.jsonld.ontology.Procedure, setpoints: List[bmgen.targets.jsonld.ast.Setpoint], limits: List[bmgen.targets.jsonld.ast.Limit])#

Bases: object

instance: Procedure#

limits: List[Limit]#

setpoints: List[Setpoint]#

toOntology()#

class bmgen.targets.jsonld.ast.UnsupportedChannel(message: str)#: Bases: UnsupportedChannel

bmgen.targets.jsonld.ast.create_property(type: Type[ElectrochemicalQuantity], value: NumericValue | Reference)#

bmgen.targets.jsonld.battery module#

bmgen.targets.jsonld.channel module#

bmgen.targets.jsonld.constants module#

bmgen.targets.jsonld.function module#

bmgen.targets.jsonld.function.charge(current: float, voltage: float | None = None, limits: List[Limit] | None = None, registrations: Any = None)#

bmgen.targets.jsonld.function.discharge(current: float, voltage: float | None = None, limits: List[Limit] | None = None, registrations: Any = None)#

bmgen.targets.jsonld.function.error(errnum: int)#

bmgen.targets.jsonld.function.hours(value: float) → time#

bmgen.targets.jsonld.function.limit(condition: BCLTermination, action: Any | None = None)#

bmgen.targets.jsonld.function.limit_global(condition: BCLTermination, action: Any | None = None)#

bmgen.targets.jsonld.function.minutes(value: float) → time#

bmgen.targets.jsonld.function.pause(limits: List[Limit] | None = None, hours: float | None = None, minutes: float | None = None, seconds: float | None = None, registrations: Any = None)#

bmgen.targets.jsonld.function.register(time: time | None = None, voltage: BCLValue | None = None, current: BCLValue | None = None, format: List | None = None)#

bmgen.targets.jsonld.function.register_global(time: time | None = None, voltage: BCLValue | None = None, current: BCLValue | None = None, format: List | None = None)#

bmgen.targets.jsonld.function.seconds(value: float) → time#

class bmgen.targets.jsonld.function.time(hours: float | None = None, minutes: float | None = None, seconds: float | None = None)#

Bases: object

hours: float | None = None#

minutes: float | None = None#

seconds: float | None = None#

toOntology()#

toValue() → Setpoint#

bmgen.targets.jsonld.ontology module#

class bmgen.targets.jsonld.ontology.Ampere#: Bases: object

class bmgen.targets.jsonld.ontology.AmperePerAmpereHour#: Bases: object

class bmgen.targets.jsonld.ontology.Battery(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.BatteryTest(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.CRateUnit(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.CellCurrent(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.CellVoltage(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ChargingCRate(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ChargingCurrent(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ChargingVoltage(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ConstantCurrentCharging(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.ConstantCurrentConstantVoltageCharging(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.ConstantCurrentConstantVoltageDischarging(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.ConstantCurrentDischarging(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.DischargingCRate(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.DischargingCurrent(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.DischargingVoltage(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.ElectricCharge(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ElectricCurrent(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ElectricResistance(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.ElectrochemicalQuantity(value, unit)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.EnergyDensity(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.InternalResistance(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.IterativeWorkflow(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.LowerVoltageLimit(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.MaximumContinuousChargingCurrent(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.MaximumContinuousDischargingCurrent(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.MeasurementUnit(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.NominalCapacity(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.OntologyClass(**kwargs)#

Bases: object

attributes: dict#

to_jsonld()#

class bmgen.targets.jsonld.ontology.Procedure(**kwargs)#: Bases: OntologyClass

class bmgen.targets.jsonld.ontology.Second#: Bases: object

class bmgen.targets.jsonld.ontology.StepDuration(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.StepTime(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.TerminationQuantity(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.UpperVoltageLimit(value, unit)#: Bases: ElectrochemicalQuantity

class bmgen.targets.jsonld.ontology.Volt#: Bases: object

class bmgen.targets.jsonld.ontology.Voltage(value, unit)#: Bases: ElectrochemicalQuantity

bmgen.targets.jsonld.program module#

bmgen.targets.jsonld.program.variable(name: str, value: float | None = None)#

bmgen.targets.jsonld.stepinfo module#

class bmgen.targets.jsonld.stepinfo.BCLStepInfo(step: bmgen.targets.bcl.ast.BCLStep, varname: str)#

Bases: object

property charge#

step: BCLStep#

varname: str#

bmgen.targets.jsonld.transformer module#

class bmgen.targets.jsonld.transformer.Transformer(*args, **kwargs)#

Bases: Transformer

visit_For(node)#

Module contents#

bmgen.targets.jsonld.generator: JSONLDGenerator#

bmgen.targets.jsonld package#

Subpackages#

Submodules#

bmgen.targets.jsonld.ast module#

bmgen.targets.jsonld.battery module#

bmgen.targets.jsonld.channel module#

bmgen.targets.jsonld.constants module#

bmgen.targets.jsonld.function module#

bmgen.targets.jsonld.ontology module#

bmgen.targets.jsonld.program module#

bmgen.targets.jsonld.stepinfo module#

bmgen.targets.jsonld.transformer module#

Module contents#