Abstract: Various methods of displaying combined structural and functional disease progression information of a patient's eye are described. In one exemplary method, a set of structural measurements of the patient's eye is received. The set of structural measurements are taken at a plurality of testing dates. A set of functional measurements of the patient's eye is received. The set of functional measurements are taken at a plurality of testing dates. A single viewport comprising a side by side display of structural and functional measurements over a common time scale is generated, which is then displayed or the results of the generated viewport are stored. The structural and functional measurements are arranged in a chronological order of testing dates over the common time scale. Further, a structural and a functional measurement that have testing dates falling within a certain time period are placed in close proximity to each other for comparison purposes.

Abstract: Various methods of displaying combined structural and functional disease progression information of a patient's eye are described. In one exemplary method, a set of structural measurements of the patient's eye is received. The set of structural measurements are taken at a plurality of testing dates. A set of functional measurements of the patient's eye is received. The set of functional measurements are taken at a plurality of testing dates. A single viewport comprising a side by side display of structural and functional measurements over a common time scale is generated, which is then displayed or the results of the generated viewport are stored. The structural and functional measurements are arranged in a chronological order of testing dates over the common time scale. Further, a structural and a functional measurement that have testing dates falling within a certain time period are placed in close proximity to each other for comparison purposes.