System and method of merging two disparate electronic database structures for monitoring and tracking robotic systems into a new database structure

A computer system configured to efficiently combine two or more separate database systems into a single database system, the computer system comprising:

• one or more physical processors;
• and
• one or more computer hardware storage devices coupled to the one or more physical processors, the one or more hardware storage devices storing computer executable instructions that when executed by the one or more physical processors, yields a program module which performs operations comprising:
• identifying a first tracking tree stored on in a first physical, electronic database as a first physical, electronic data structure stored on a first computer readable medium of a first database system;
• identifying interconnected nodes represented in the first tracking tree of the first database system, the interconnected nodes representing separate first positions of separate entities of the first database system and the interconnected nodes being connected to one another within a first genealogical structure with connections between the interconnected nodes representing genealogical relationships between the separate entities, the first genealogical structure being a unilevel, matrix, or binary genealogical structure and first tracking tree having a first state of being of a limited width or of a limited depth;
• mapping the interconnected nodes represented in the first physical, electronic data structure of the first database system to second nodes of a second tracking tree stored in a second physical, electronic database as a second physical, electronic data structure on a second computer readable medium of a second database system, the second nodes of the second physical, electronic data structure representing separate second positions of separate entities of the second database system, with connections between the second nodes representing genealogical relationships between the separate entities of the second database system, the second tracking tree having a multi-line genealogical structure unbounded in width or depth, wherein the mapping comprises forming a new connection between at least one node of the first physical, electronic data structure with at least one node of the second physical, electronic data structure to merge the first physical, electronic data structure into the second physical, electronic data structure, to yield a new tracking tree represented as a new physical, electronic data structure stored in a third computer readable medium as a new database and in a second state of being unlimited in width and depth, the new connection representing a formation of a genealogical relationship between at least one entity of the first database system and at least one entity of the second database system, wherein, as a result of the multi-line genealogical structure of the second physical, electronic data structure, the mapping is performed without disrupting parent/child relationships within the first tracking tree or the second tracking tree, wherein the first database system is separate from the computer system and separate from the second database system;
• adding one or more re-entry points for a particular entity into the second physical, electronic data structure of the second database system, the one or more re-entry points representing one or more positions within the multi-line genealogical structure of the second physical, electronic data structure of the second database system, wherein at least one of the one or more re-entry points is added at a location within the multi-line genealogical structure that does not directly descend from another position of the particular entity;
• determining points generated for a given time period, the points representing a value of a particular entity in the second database system;
• when a single entity has more than one position, placing points in each of the positions of the single entity by at least calculating the points required to optimize each individual position of the single entity and creating a list by ordering all the positions of the single entity in ascending order based on total points in each position of the single entity and ordering two or more positions having the same amount of points in descending order based on a level of the position within the respective first or second tracking tree;
• and
• automatically identifying and tracking tracking lines in the new physical, electronic data structure in the second state of being unlimited in width and depth to yield identified tracking lines.