Read-write network visualization

At least one non-transitory machine-readable medium including instructions for state-based read-write graph network visualization that, when executed by at least one processor, cause the at least one processor to perform operations to:

• display a selected sub-region of a visual representation of a graph network based on inputs received from a user;
• capture state data for a portion of the graph network associated with the selected sub-region upon activation of an edit mode user interface control;
• modify the graph network based on a change to an element of the graph network to create a modified graph network, wherein the change to the element of the graph network is identified by comparing a first set of visual element state data for the selected sub-region identified upon the activation of the edit mode user interface control to a second set of visual element state data for the selected sub-region identified at activation of a commit user interface control;
• identify a formula associated with the element of the graph network;
• automatically recompile a formula associated with the element based on the change to the element of the graph network to generate a recompiled formula;
• and
• automatically recalculate values for the element of graph network, and nodes and edges sharing a path with the element of the graph network, using the recompiled formula.

A method for state-based read-write graph network visualization comprising:

• displaying a selected sub-region of a visual representation of a graph network based on inputs received from a user;
• capturing state data for a portion of the graph network associated with the selected sub-region upon activation of an edit mode user interface control;
• modifying the graph network based on a change to an element of the graph network to create a modified graph network, wherein the change to the element of the graph network is identified by comparing a first set of visual element state data for the selected sub-region identified upon the activation of the edit mode user interface control to a second set of visual element state data for the selected sub-region identified at activation of a commit user interface control;
• identifying a formula associated with the element of the graph network;
• automatically recompiling a formula associated with the element based on the change to the element of the graph network to generate a recompiled formula;
• and
• automatically recalculating values for the element of graph network, and nodes and edges sharing a path with the element of the graph network, using the recompiled formula.