def __init__( self, path_to_dir ):
"""
Initialize an OpenPMD time series with various methods to diagnose the
data
Parameter
---------
path_to_dir : string
The path to the directory where the openPMD files are.
For the moment, only HDF5 files are supported. There should be
one file per iteration, and the name of the files should end
with the iteration number, followed by '.h5' (e.g. data0005000.h5)
"""
OpenPMDTimeSeries.__init__( self, path_to_dir )
def __init__( self, path_to_dir, check_all_files=True ):
"""
Initialize an OpenPMD time series with various methods to diagnose the
data
Parameter
---------
path_to_dir : string
The path to the directory where the openPMD files are.
For the moment, only HDF5 files are supported. There should be
one file per iteration, and the name of the files should end
with the iteration number, followed by '.h5' (e.g. data0005000.h5)
check_all_files: bool, optional
Check that all the files in the timeseries are consistent
(i.e. that they contain the same fields and particles,
with the same metadata)
For fast access to the files, this can be changed to False.
"""
OpenPMDTimeSeries.__init__( self, path_to_dir,
check_all_files=check_all_files )
def __init__( self, path_to_dir, check_all_files=True ):
"""
Initialize an OpenPMD time series with various methods to diagnose the
data
Parameter
---------
path_to_dir : string
The path to the directory where the openPMD files are.
For the moment, only HDF5 files are supported. There should be
one file per iteration, and the name of the files should end
with the iteration number, followed by '.h5' (e.g. data0005000.h5)
check_all_files: bool, optional
Check that all the files in the timeseries are consistent
(i.e. that they contain the same fields and particles,
with the same metadata)
For fast access to the files, this can be changed to False.
"""
OpenPMDTimeSeries.__init__( self, path_to_dir,
check_all_files=check_all_files )
