pyg4ometry.io.ROOTTGeo¶

Classes¶

Functions¶

`_isClose`(a, b[, relativeTolerance, absoluteTolerance])	return True if values are close to each other. As judged by the
`rootMatrix2pyg4ometry`(matrix, reader)
`rootShape2pyg4ometry`(shape, reader[, warnAboutBadShapes])

Module Contents¶

pyg4ometry.io.ROOTTGeo._isClose(a, b, relativeTolerance=1e-05, absoluteTolerance=0.0)¶: return True if values are close to each other. As judged by the absolute difference between a and b is greater than relative_tolerance times that difference. Implementation from PEP 485 (python > 3.5)

pyg4ometry.io.ROOTTGeo.rootMatrix2pyg4ometry(matrix, reader)¶

pyg4ometry.io.ROOTTGeo.rootShape2pyg4ometry(shape, reader, warnAboutBadShapes=True)¶

class pyg4ometry.io.ROOTTGeo.Reader(fileName, upgradeVacuumToG4Galactic=True, solidsToTessellate=None, suffixSeparator='__', warnAboutBadShapes=True, maximumDepth=1000000.0, dontLoadOverlapNodes=True)¶

solidsToTessellate¶

suffixSeparator¶

maximumDepth¶

tgm¶

first = True¶

_registry¶

_g4Galactic = None¶

objectNames¶

shapes¶

logicalVolumes¶

matrices¶

physicalVolumes¶

materials¶

materialSubstitutions¶

elements¶

isotopes¶

tv¶

getRegistry()¶

load(upgradeVacuumToG4Galactic=True, warnAboutBadShapes=True, dontLoadOverlapNodes=True)¶

_ROOTMatStateToGeant4MatState(rootMaterialState)¶: Based on https://root.cern.ch/doc/master/classTGeoMaterial.html#a8b69c72f90711a29726087e029e39c61 enum TGeoMaterial::EGeoMaterialState

loadMaterials(upgradeVacuumToG4Galactic)¶

_makeG4Element(rootElement)¶

_makeG4Isotope(rootIsotope)¶

recurseVolumeTree(volume, thisDepth, maximumDepth, warnAboutBadShapes=True, dontLoadOverlapNodes=True)¶