Practice monopartite projections

Now that you understand the difference between graph structure and graph labelsiFull definition for label (opens in a new tab)A tag on a node that groups it with other nodes of the same kind. A node can carry more than one., it's time to practice creating true monopartiteiFull definition for monopartite graph (opens in a new tab)A graph in which every node is the same kind of thing, so relationships connect like to like. projectionsiFull definition for projection (opens in a new tab)An in-memory copy of part of your database that graph algorithms run against. You choose which nodes and relationships it holds..

In this lesson, you'll work with the Movies dataset to create various monopartite projections—transforming bipartiteiFull definition for bipartite graph (opens in a new tab)A graph with two kinds of node, where every relationship joins one kind to the other and never two of the same kind. and multipartiteiFull definition for multipartite graph (opens in a new tab)A graph with three or more kinds of node, where relationships only ever join nodes of different kinds. structures into single-type networks that reveal different patternsiFull definition for pattern (opens in a new tab)A graph structure written in Cypher, such as a node joined to another node by a relationship. within the same data.