System and Method for Trait Tracking

A system for identifying traits that need improvement and for monitoring of improvements, the system comprising:

• a device having a processor, a persistent storage, a non-transient memory, an input device, and a display;
• a set of traits are stored in the persistent storage;
• computer instructions running on the processor from the non-transient memory divides the set of traits into a plurality of primary subsets;
• the computer instructions display each of the plurality of primary subsets on the display and receive inputs from the input device that provides ranks for each trait in each of the plurality of primary subsets;
• the computer instructions remove at least one trait from each of the plurality of primary subsets;
• the computer instructions create a plurality of secondary subsets from the plurality of primary subsets, each secondary subset has the traits taken from each of the plurality of primary subsets;
• the computer instructions display each of the plurality of secondary subsets on the display and receives the inputs from the input device that provides ranks for each trait in the plurality of secondary subsets;
• the computer instructions remove at least one trait from each of the plurality of secondary subsets;
• the computer instructions create a plurality of tertiary subsets from the plurality of secondary subsets, each tertiary subset has the traits taken from each of the plurality of secondary subsets;
• the computer instructions display each of the plurality of tertiary subsets on the display and receive the inputs from the input device that provides ranks for each trait in the plurality of tertiary subsets;
• for each top-rated trait in each of the plurality of tertiary subsets, the computer instructions displays the each top-rated trait, receives the inputs selecting two traits from either the each top-rated trait or a fine-tuning trait from a list of the fine-tuning traits that is associated with the each top-rated trait, and saves selected traits in a final subset;
• and
• for each remaining trait in each of the plurality of tertiary subsets, the computer instructions displays the each remaining trait, receives the inputs selecting one trait from either the each remaining trait or a fine-tuning trait from the list of the fine-tuning traits that is associated with the each remaining trait, and saves the selected trait in the final subset.

Computer program product comprising:

• one or more non-transitory computer-readable data storage media;
• computing instructions stored on the one or more non-transitory computer-readable data storage media and executable by one or more processors of a device to perform:
• providing a set of traits;
• dividing the set of traits into a plurality of primary subsets;
• ranking each primary subset in the plurality of primary subsets;
• removing at least one trait from each of the plurality of primary subsets;
• creating a plurality of secondary subsets from the plurality of primary subsets, each secondary subset having traits taken from each of the plurality of primary subsets;
• rank ordering each secondary subset in the plurality of secondary subsets;
• removing at least one trait from each of the plurality of secondary subsets;
• creating a plurality of tertiary subsets from the plurality of secondary subsets, each tertiary subset having the traits taken from each of the plurality of secondary subsets;
• rank ordering each tertiary subset in the plurality of tertiary subsets;
• for each top-rated trait in each of the plurality of tertiary subsets, selecting two traits from either the top-rated trait or a fine-tuning trait from a list of the fine-tuning traits that is associated with each trait;
• for remaining traits in each of the plurality of tertiary subset of traits, selecting one trait from either the remaining trait or the fine-tuning trait from the list of the fine-tuning traits that is associated with each trait;
• and
• saving the selected traits and/or the fine-tuning traits in a final subset.