PyJEM.femtus.params¶

PyJEM.femtus.params.dict_to_dataclass(name, data)¶

dict・list を再帰的に dataclass 化する

Parameters:

name (str)
data (Any)

PyJEM.femtus.params._dict_to_dataclass(name, data)¶

Parameters:

name (str)
data (dict)

PyJEM.femtus.params._list_to_dataclass(name, lst)¶

リストを処理し、([変換済リスト], リスト要素の型) を返す

Parameters:

name (str)
lst (list)

PyJEM.femtus.params.dataclass_to_dict(obj)¶

dataclass オブジェクトを dict / list / primitive に再帰的に戻す

Parameters:: obj (Any)

class PyJEM.femtus.params.ListField(*args)¶

Bases: list, Generic[T]

Parameters:: args (T)

class PyJEM.femtus.params.RestCommonParameter(Ids: List[uuid.UUID])¶

Bases: object

Parameters:: Ids (List[UUID])

Ids: List[UUID]¶

class PyJEM.femtus.params.RestChemicalElement(AtomicNumber: int, ElectronShell: str)¶

Bases: object

Parameters:

AtomicNumber (int)
ElectronShell (str)

AtomicNumber: int¶

ElectronShell: str¶

class PyJEM.femtus.params.RestChemicalElementsParameter(ChemicalElements: List[PyJEM.femtus.params.RestChemicalElement])¶

Bases: object

Parameters:: ChemicalElements (List[RestChemicalElement])

ChemicalElements: List[RestChemicalElement]¶

class PyJEM.femtus.params.Spectrum(Mode: str, Spectrum: str)¶

Bases: object

Parameters:

Mode (str)
Spectrum (str)

Mode: str¶

Spectrum: str¶

class PyJEM.femtus.params.Config(CoreLossCrossSection: int, AccelarationVoltage: float, CorrectionAngle: float, IsUseZlp: bool, Spectrum: NoneType = None)¶

Bases: object

Parameters:

CoreLossCrossSection (int)
AccelarationVoltage (float)
CorrectionAngle (float)
IsUseZlp (bool)
Spectrum (None)

CoreLossCrossSection: int¶

AccelarationVoltage: float¶

CorrectionAngle: float¶

IsUseZlp: bool¶

Spectrum: None = None¶

class PyJEM.femtus.params.RestQuantitativeMapParameter(Config: NoneType = None)¶

Bases: object

Parameters:: Config (None)

Config: None = None¶

class PyJEM.femtus.params.RestSetCalibrationResultParameter(Dispersion: float, FirstEnergyLoss: float, SecondEnergyLoss: float | None = None)¶

Bases: object

Parameters:

Dispersion (float)
FirstEnergyLoss (float)
SecondEnergyLoss (float | None)

Dispersion: float¶

FirstEnergyLoss: float¶

SecondEnergyLoss: float | None = None¶

class PyJEM.femtus.params.RestCalculateQuantDataResult(TotalZeroLossPeakIntensity: float, TotalSignalIntensity: float, Sigma: float, ElementShellName: str)¶

Bases: object

Parameters:

TotalZeroLossPeakIntensity (float)
TotalSignalIntensity (float)
Sigma (float)
ElementShellName (str)

TotalZeroLossPeakIntensity: float¶

TotalSignalIntensity: float¶

Sigma: float¶

ElementShellName: str¶

class PyJEM.femtus.params.RestQuantitativeAnalysisParameter(Results: PyJEM.femtus.params.ListField[PyJEM.femtus.params.RestCalculateQuantDataResult])¶

Bases: object

Parameters:: Results (ListField[RestCalculateQuantDataResult])

Results: ListField[RestCalculateQuantDataResult]¶

class PyJEM.femtus.params.RestCalculateThicknessResultParameter(RelativeThickness: float, ZeroLossPeakIndex: int, ZeroLossPeakIntensity: float)¶

Bases: object

Parameters:

RelativeThickness (float)
ZeroLossPeakIndex (int)
ZeroLossPeakIntensity (float)

RelativeThickness: float¶

ZeroLossPeakIndex: int¶

ZeroLossPeakIntensity: float¶

class PyJEM.femtus.params.RestErrorParameter(Reason: str)¶

Bases: object

Parameters:: Reason (str)

Reason: str¶

PyJEM.femtus.params.dataclass_to_dict_recursive(obj)¶