1. A method for managing a computer system, the method comprising: receiving, from a user utilizing a client device, user credentials and duties of the user; gathering, with a system manager, data about a first system event, the first system event referencing malfunction of a device within the computer system, wherein the system manager is located within main memory of a server that is communicatively connected to the client device over a network, wherein the main memory further includes an event data attribute value table, a dimensions table, and a values table; utilizing, by the computer system, virtual addressing mechanisms that allow one or more programs within the computer system to behave such that the one or more programs are accessing a large entity; receiving, with the system manager, a set of event attribute values from one or more sensors; determining, with the system manager, a plurality of first system event attribute values based on the user duties, for a plurality of attributes, with the data gathered about the first system event, wherein the plurality of attributes includes: event ID attribute values, an event description attribute, a time/date attribute, a duration attribute, a source attribute, progress of resolution attribute, an importance attribute, a time sensitivity attribute, an urgency attribute, a risk attribute, a resolvability attribute, a ripple attribute, a redundancy attribute, an ownership and roles attribute, a frequency attribute, a scope attribute, a fuzziness attribute, an SLA attribute, and a cost attribute, wherein each attribute of the plurality of attributes includes a numeric value that indicates a severity of the attribute, wherein a higher numeric value represents a higher severity wherein the severity is the importance of the attribute to the first system event; creating, with the system manager, an event data attribute value table that includes the plurality of attributes and their associated numeric value; ordering, with the system manager, the plurality of attributes according to their associated numeric value; gathering, with the system manager, data about a second system event; determining, with the system manager, a plurality of second system event attribute values based on the user credentials, for the plurality of attributes, with the data gathered about the second system event; assigning each of the plurality of attributes to a different dimension from a set of dimensions based on the user credentials, the plurality of attributes comprising at least three attributes, the set of dimensions comprising at least three graph dimensions; generating, with the system manager, a graph based on the received user credentials, the graph comprising a first object representing the first system event using the plurality of first system event values according to the assigned dimensions and a second object representing the second system event using the plurality of second system event values according to the assigned dimensions; displaying a graphical user interface containing the graph on a display device, wherein the graph is in the form of an interactive report; allowing, by the interactive report, the user to control and vary the assigned dimensions and scopes of the varied dimensions in the displayed graph; receiving, from the user, a selection of a particular dimension from the set of dimensions in a drop-down list to add to the displayed graph; reassigning, with the system manager, a first attribute from the plurality of attributes to the selected particular dimension; receiving, from the user, a selection of the second system event within the generated graph; emphasizing, with the system manager, by displaying, within the generated graph, one or more system events and attributes that are correlated to the second system event in the same color as the selected second system event; and predicting, by the system manager analyzing historical data and user inputted data, a forecast of each attribute of the second system event and the one or more emphasized system events.