pyg4ometry.convert.fluka2g4materials¶

Attributes¶

`_periodicTable`
`FLUKA_BUILTIN_TO_G4_MATERIAL_MAP`
`_FLUKA_ELEMENT_SYMBOLS`

Classes¶

`_FlukaToG4MaterialConverter`
`_PeriodicTable`

Functions¶

`_getPeriodicTable`()
`makeFlukaToG4MaterialsMap`(freg, greg)	Convert the materials defined in a FlukaRegistry, and populate

Module Contents¶

pyg4ometry.convert.fluka2g4materials._periodicTable = None¶

pyg4ometry.convert.fluka2g4materials.FLUKA_BUILTIN_TO_G4_MATERIAL_MAP¶

pyg4ometry.convert.fluka2g4materials._FLUKA_ELEMENT_SYMBOLS¶

pyg4ometry.convert.fluka2g4materials._getPeriodicTable()¶

class pyg4ometry.convert.fluka2g4materials._FlukaToG4MaterialConverter(freg, greg)¶

periodicTable¶

freg¶

greg¶

g4materials¶

g4elements¶

g4elementKeysMangled¶

addPredefinedElements()¶

convertAll()¶

convertBuiltin(name, flukaMaterial)¶

convertElement(name, flukaElement)¶

convertCompound(flukaCompound)¶

_makeBaseCompoundMaterial(name, flukaCompound)¶

convertMassFractionCompound(name, flukaCompound)¶

convertVolumeFractionCompound(name, flukaCompound)¶

convertAtomicFractionCompound(name, flukaCompound)¶

_totalMassWeightedFractionOfCompound(compound)¶

static _mangleElementName(name)¶

pyg4ometry.convert.fluka2g4materials.makeFlukaToG4MaterialsMap(freg, greg)¶: Convert the materials defined in a FlukaRegistry, and populate the provided geant4 registry with said materials.

class pyg4ometry.convert.fluka2g4materials._PeriodicTable¶

table¶

massNumberFromZ(z)¶

atomicMassFromZ(z)¶

atomicNumberAndMassFromSymbol(symbol)¶