pyg4ometry.analysis.flukaData¶

Classes¶

`_FlukaDataFile`
`FlukaBinData`
`FlukaBdxData`
`Usrbin`
`Usrbdx`
`Usrdump`

Functions¶

`fortran_skip`(f)
`fortran_read`(f)
`debugDumpFile`(fd[, limit])

Module Contents¶

pyg4ometry.analysis.flukaData.fortran_skip(f)¶

pyg4ometry.analysis.flukaData.fortran_read(f)¶

pyg4ometry.analysis.flukaData.debugDumpFile(fd, limit=10000000)¶

class pyg4ometry.analysis.flukaData._FlukaDataFile(fd)¶

title = None¶

time = None¶

weight = None¶

ncase = None¶

nbatch = None¶

read_header(fd)¶

read_data(fd)¶

print_header()¶

class pyg4ometry.analysis.flukaData.FlukaBinData(index, name, type)¶

index¶

name¶

type¶

data = None¶

stats = None¶

binToVtkGrid()¶

class pyg4ometry.analysis.flukaData.FlukaBdxData(index, name, type)¶

index¶

name¶

type¶

class pyg4ometry.analysis.flukaData.Usrbin(fd, read_data=False)¶

Bases: _FlukaDataFile

stat_pos¶

detector = []¶

read_file(fd)¶

read_data(fd)¶

read_stats(fd)¶

read_header(fd)¶

print_header()¶

class pyg4ometry.analysis.flukaData.Usrbdx(file)¶

Bases: _FlukaDataFile

detector = []¶

read_file(fd)¶

read_data(fd)¶

read_stats(fd)¶

read_header(fd)¶

class pyg4ometry.analysis.flukaData.Usrdump(fd, iEventHeaderToRead=10000)¶

Bases: _FlukaDataFile

event_seek = []¶

track_data = []¶

energy_data = []¶

source_data = []¶

read_structure(fd, iEventHeaderToRead=10000)¶

read_event(fd, ievent=0)¶

trackDataToPolydata()¶