mammos_mumag.tofly#

Convert unv mesh files to the fly format.

usage: tofly.py [-h] [-e DIMENSIONS] [UNV] [FLY]

Convert unv files to the fly format. Elements that belong to a group called ‘contact’ will be converted to their contact counterparts. First and secound order meshes are supported.

positional arguments:

UNV Path to the input file or ‘-’ for stdin. It must: already exist and be stored in the unv format. If ommited stdin will be used instead.
FLY Path to the output file or ‘-’ for stdout. Overridden: if it already exists. If ommited stdout will be used instead.

optional arguments:

-h, --help: show this help message and exit
-e DIMENSIONS, --exclude DIMENSIONS: Comma separated list of dimensions that shall be ignored while converting (e.g. ‘-e 1,2’ only converts 3D elements).

Functions

`addTo`(m, k, d)
`convert`(unv_path, fly_path[, exclude_list])	Convert mesh file from unv to fly.
`convertElemsContact`(index, groups, contact, ...)
`convertNodes`(nodes, unvFile, flyFile)
`countUnvNodes`(file)
`filter`(words, i, pattern)
`findSection`(file)
`get_exclude_set`(exclude_list)
`indexElems`(index, file, exclude)
`indexNodes`(nodes, file)
`nextType`(file)
`parse`(f, num, pattern)
`parseElem`(t, file)
`parseGroups`(groups, contact, file)
`parseNode`(file)
`regIndex`(t, data, index)
`scanUnv`(file, exclude)
`skipSection`(file)
`static_vars`(**kwargs)
`writeBuffer`(f, b, t[, m, i])
`writeFly`(nodes, groups, index, contact, ...)
`writeFooter`(fly)
`writeFooter2`(fly)
`writeHeader`(file)

Exceptions

`EndOfFileError`
`EndOfSectionError`
`ParseError`
`UnsupportedElementError`

exception mammos_mumag.tofly.EndOfFileError[source]#

exception mammos_mumag.tofly.EndOfSectionError[source]#

exception mammos_mumag.tofly.ParseError[source]#

exception mammos_mumag.tofly.UnsupportedElementError[source]#

mammos_mumag.tofly.addTo(m, k, d)[source]#

mammos_mumag.tofly.convert(unv_path, fly_path, exclude_list=[1, 2])[source]#

Convert mesh file from unv to fly.

Parameters:

unv_path (str | Path) – Input unv file path.
fly_path (str | Path) – Output fly file path.
exclude_list (list[int]) – List of dimensions to be excluded. Defaults to [1,2], so it will exclude 1D and 2D elements.

Return type:

None

mammos_mumag.tofly.convertElemsContact(index, groups, contact, unv, fly)[source]#

mammos_mumag.tofly.convertNodes(nodes, unvFile, flyFile)[source]#

mammos_mumag.tofly.countUnvNodes(file)[source]#

mammos_mumag.tofly.filter(words, i, pattern)[source]#

mammos_mumag.tofly.findSection(file)[source]#

mammos_mumag.tofly.get_exclude_set(exclude_list)[source]#

mammos_mumag.tofly.indexElems(index, file, exclude)[source]#

mammos_mumag.tofly.indexNodes(nodes, file)[source]#

mammos_mumag.tofly.nextType(file)[source]#

mammos_mumag.tofly.parse(f, num, pattern)[source]#

mammos_mumag.tofly.parseElem(t, file)[source]#

mammos_mumag.tofly.parseGroups(groups, contact, file)[source]#

mammos_mumag.tofly.parseNode(file)[source]#

mammos_mumag.tofly.regIndex(t, data, index)[source]#

mammos_mumag.tofly.scanUnv(file, exclude)[source]#

mammos_mumag.tofly.skipSection(file)[source]#

mammos_mumag.tofly.static_vars(**kwargs)[source]#

mammos_mumag.tofly.writeBuffer(f, b, t, m=None, i=1)[source]#

mammos_mumag.tofly.writeFly(nodes, groups, index, contact, unvFile, flyFile, exclude)[source]#

mammos_mumag.tofly.writeFooter(fly)[source]#

mammos_mumag.tofly.writeFooter2(fly)[source]#

mammos_mumag.tofly.writeHeader(file)[source]#