![]() Storing and sharing graph perspectives.Edit your Neo4j graph with a visual interface.Performant views of large graphs with custom styling.Whereas the Neo4j browser is mainly used by developers, Bloom is suited better for data analysts - those who want to dynamically visualize big graphs.īloom supports text-based search, allowing people with little Cypher knowledge to investigate a Neo4j graph. Neo4j Bloom is a tool for interactively exploring Neo4j graphs. Neo4j Bloom - Exploration & Analysis Tool Great for rapid query development, but no saving/embedding/sharing of visualizations.Ģ.Direct views of your graph data, but requires (technical) Cypher knowledge.Easy to get started, but limited visualizations and styling choices.The Neo4j Browser is likely the first thing you’ll run into when working with Neo4j.Ī tool for database developers to run Cypher queries, the Browser lets you render query results in a graph or table format.Īlthough limited in visualization capabilities, I use it daily to rapidly design and optimize Cypher queries. Now that we have a high-level overview, lets dive into some of the tools: 1. Tools sit in between two categories, in this case, the tool can be used for both purposes. On the vertical axis, I’ve plotted the product type (a Neo4j product, community project, or enterprise software).Ībove - A structured view of the visualization tool landscape (Click to enlarge). In the image below, I organized some of the most popular graph visualization tools by their main category. Reporting tools, to create and organize data reports.Analysis tools, for revealing trends & discrepancies.Exploration tools, to help analysts explore data relationships.Development tools, to help developers work with graphs.I group all graph visualization tools into four main categories: 'via').Before we dig in to the tools, it’s important to be aware of the categories of tools out there.Īll visualization toolkits were built with a specific purpose in mind, so you’ll have to make sure the tool’s purpose matches your need. When more than two nodes are selected, all combinations will be queried: Neo4j does not allow shortest path calculations between more than two nodes (a.k.a. Get the shortest paths from the database between the selected nodes. Show all edges (relationships) between all nodes in the network or only between selected nodes. Expand single node, bidirectional, incoming or outgoing edges, based on the _available nodes connected to this node_ Expand single node, bidirectional, incoming or outgoing edges, based on the _available edges connected to this node_ Expand single node, bidirectional, incoming or outgoing edges Expand all (selected) nodes, outgoing edges only Expand all (selected) nodes, incoming edges only Expand all (selected) nodes in the network through all edges (bidirectional) This way you can browse through your graph. ![]() The plugin allows you to expand a single node, selected nodes or all nodes in the network at once. Nodes / relationships removed from a graph in Cytoscape will also result in these elements being removed from the Neo4j database after the export. This can be an updated version of an imported graph or a network from a different source. The plugin allows you to export any Cytoscape Network to Neo4j. Import a stored query ((doc/template.md)) into Cytoscape Import all nodes and edges from Neo4j into Cytoscape ![]() ![]() There are three main methods of importing a graph: Queries can be parameterized and stored for reuse.Ĭitation: Ĭonnects to Neo4j with a username/password using the Bolt interface. Neo4j Graphs are often too large for Cytoscape: this plugin allows you to write Cypher queries and import the result as a network.
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