f4enix.input.xsdirpyne.OpenMCXsdir#

class f4enix.input.xsdirpyne.OpenMCXsdir(filename, libmanager, library)#

Bases: Xsdir

Parameters:

filename (str) – Path to xsdir file.

Methods

__init__(filename, libmanager, library)

find_table(name[, mode])

Find all tables for a given ZAID.

find_zaids(lib)

Find all zaids for a given library.

nucs()

Provides a set of the valid nuclide ids for nuclides contained in the xsdir.

read(libmanager, library)

Populate the Xsdir object by reading the file.

to_xsdata(filename)

Writes a Serpent xsdata file for all continuous energy xs tables.

zaid_has_table(zaidname, lib)

Check if a ZAID has a table in a given library.
find_table(name, mode='default')#

Find all tables for a given ZAID.

Modified for JADE, a bug was corrected since table.name do not find natural zaids.

Parameters:

  • name (str) – The ZIAD name.

  • mode (str) – if ‘default’, the default behaviour is used. If ‘exact’ the zaid is searched in that specific library. If ‘default-fast’ it is run in an accellerated loop giving only the libraries names. default is ‘default’.

Returns:

tables – All XsdirTable objects for a given ZAID.

Return type:

list

find_zaids(lib)#

Find all zaids for a given library.

Parameters:

lib (str) – The library suffix.

Returns:

tables – All XsdirTable objects for a given library.

Return type:

list

nucs()#

Provides a set of the valid nuclide ids for nuclides contained in the xsdir.

Returns:

valid_nucs – The valid nuclide ids.

Return type:

set

read(libmanager, library)#

Populate the Xsdir object by reading the file.

to_xsdata(filename)#

Writes a Serpent xsdata file for all continuous energy xs tables.

Parameters:

filename (str) – The output filename.

zaid_has_table(zaidname: str, lib: str) → bool#

Check if a ZAID has a table in a given library.

Parameters:

  • zaidname (str) – The ZAID name (e.g. 1001).

  • lib (str) – The lib suffix (e.g. 31c)

Returns:

True if the ZAID has a table in the given library.

Return type:

bool