def networkOneMode(self, mode, nodeCount = True, edgeWeight = True, stemmer = None, edgeAttribute = None, nodeAttribute = None):
        """Creates a network of the objects found by one tag _mode_. This is the same as [networkMultiLevel()](#metaknowledge.CollectionWithIDs.networkMultiLevel) with only one tag.

        A **networkOneMode**() looks are each entry in the collection and extracts its values for the tag given by _mode_, e.g. the `'authorsFull'` tag. Then if multiple are returned an edge is created between them. So in the case of the author tag `'authorsFull'` a co-authorship network is created.

        The number of times each object occurs is count if _nodeCount_ is `True` and the edges count the number of co-occurrences if _edgeWeight_ is `True`. Both are`True` by default.

        **Note** Do not use this for the construction of co-citation networks use [Recordcollection.networkCoCitation()](./classes/RecordCollection.html#metaknowledge.RecordCollection.networkCoCitation) it is more accurate and has more options.

        # Parameters

        _mode_ : `str`

        > A two character WOS tag or one of the full names for a tag

        _nodeCount_ : `optional [bool]`

        > Default `True`, if `True` each node will have an attribute called "count" that contains an int giving the number of time the object occurred.

        _edgeWeight_ : `optional [bool]`

        > Default `True`, if `True` each edge will have an attribute called "weight" that contains an int giving the number of time the two objects co-occurrenced.

        _stemmer_ : `optional [func]`

        > Default `None`, If _stemmer_ is a callable object, basically a function or possibly a class, it will be called for the ID of every node in the graph, all IDs are strings. For example:

        > The function ` f = lambda x: x[0]` if given as the stemmer will cause all IDs to be the first character of their unstemmed IDs. e.g. the title `'Goos-Hanchen and Imbert-Fedorov shifts for leaky guided modes'` will create the node `'G'`.

        # Returns

        `networkx Graph`

        > A networkx Graph with the objects of the tag _mode_ as nodes and their co-occurrences as edges
        """
        return self.networkMultiLevel(mode, nodeCount = nodeCount, edgeWeight = edgeWeight, stemmer = stemmer, edgeAttribute = edgeAttribute, nodeAttribute = nodeAttribute, _networkTypeString = 'one mode network')
Creates a network of the objects found by one tag _mode_. This is the same as [networkMultiLevel()](#metaknowledge.CollectionWithIDs.networkMultiLevel) with only one tag.

        A **networkOneMode**() looks are each entry in the collection and extracts its values for the tag given by _mode_, e.g. the `'authorsFull'` tag. Then if multiple are returned an edge is created between them. So in the case of the author tag `'authorsFull'` a co-authorship network is created.

        The number of times each object occurs is count if _nodeCount_ is `True` and the edges count the number of co-occurrences if _edgeWeight_ is `True`. Both are`True` by default.

        **Note** Do not use this for the construction of co-citation networks use [Recordcollection.networkCoCitation()](./classes/RecordCollection.html#metaknowledge.RecordCollection.networkCoCitation) it is more accurate and has more options.

        # Parameters

        _mode_ : `str`

        > A two character WOS tag or one of the full names for a tag

        _nodeCount_ : `optional [bool]`

        > Default `True`, if `True` each node will have an attribute called "count" that contains an int giving the number of time the object occurred.

        _edgeWeight_ : `optional [bool]`

        > Default `True`, if `True` each edge will have an attribute called "weight" that contains an int giving the number of time the two objects co-occurrenced.

        _stemmer_ : `optional [func]`

        > Default `None`, If _stemmer_ is a callable object, basically a function or possibly a class, it will be called for the ID of every node in the graph, all IDs are strings. For example:

        > The function ` f = lambda x: x[0]` if given as the stemmer will cause all IDs to be the first character of their unstemmed IDs. e.g. the title `'Goos-Hanchen and Imbert-Fedorov shifts for leaky guided modes'` will create the node `'G'`.

        # Returns

        `networkx Graph`

        > A networkx Graph with the objects of the tag _mode_ as nodes and their co-occurrences as edges