Abstract: A data record management system develops person match scores for data records that may relate to the same person or subject. In a genealogical system where the data records are represented as nodes in a family tree, and where multiple data records may relate the same person in question, the data record management system evaluates not only two data records to determine if they relate to the same person, but also individually evaluate various data records pertaining to people that are related to the person in question. Person match scores are calculated by combining sub-scores based on the comparison of corresponding nodes. Sub-scores for nodes pertaining to related people may be adjusted higher even if those notes do not match, to reflect circumstances such as remarriage.

Abstract: A data record management system develops person match scores for data records that may relate to the same person or subject. In a genealogical system where the data records are represented as nodes in a family tree, and where multiple data records may relate the same person in question, the data record management system evaluates not only two data records to determine if they relate to the same person, but also individually evaluate various data records pertaining to people that are related to the person in question. Person match scores are calculated by combining sub-scores based on the comparison of corresponding nodes. Sub-scores for nodes pertaining to related people may be adjusted higher even if those notes do not match, to reflect circumstances such as remarriage.

Abstract: Methods, devices and systems are described for implementing interactive modification of spacing constraints of genealogical charts. The method includes displaying, on a display device of a computer system, a user interface for displaying one or more genealogical charts including one or more nodes. The user interface includes a horizontal slider and a vertical slider for manipulating the one or more geological charts' size. The one or more geological charts include page breaks representing a number of pages. The method further includes receiving, from an input device of the computer system, manipulation input for one or more of the vertical slider or the horizontal slider. Then, in response to receiving the manipulation input, providing real-time graphical feedback representing the manipulation in the display of the one or more genealogical charts.

Abstract: Methods, devices and systems are described for implementing a method for positioning a non-constrained amount of data in semblance of a tree. The method includes receiving genealogical data including nodes and generating a directed graph of the nodes of the genealogical data. The directed graph is to maintain parent-child relationships among the nodes and to maintain generations. The genealogical data includes a root node. The method includes moving the nodes along the horizontal axis such that each node is in an equal spacing with respect to each node's parent node, determining a number of generations in the genealogical chart, and generating a number of quadratic curves equal to the number of generations. The apex of the quadratic curves is the position of the tree's trunk. The method includes dropping the nodes in the Y-axis along the curve of the quadratic curves. Each generation is in line with the quadratic curve.

Abstract: Methods, devices and systems are described for implementing a method for positioning a non-constrained amount of data in semblance of a tree. The method includes receiving genealogical data including nodes and generating a directed graph of the nodes of the genealogical data. The directed graph is to maintain parent-child relationships among the nodes and to maintain generations. The genealogical data includes a root node. The method includes moving the nodes along the horizontal axis such that each node is in an equal spacing with respect to each node's parent node, determining a number of generations in the genealogical chart, and generating a number of quadratic curves equal to the number of generations. The apex of the quadratic curves is the position of the tree's trunk. The method includes dropping the nodes in the Y-axis along the curve of the quadratic curves. Each generation is in line with the quadratic curve.

Abstract: Methods, devices and systems are described for implementing interactive modification of spacing constraints of genealogical charts. The method includes displaying, on a display device of a computer system, a user interface for displaying one or more genealogical charts including one or more nodes. The user interface includes a horizontal slider and a vertical slider for manipulating the one or more geological charts' size. The one or more geological charts include page breaks representing a number of pages. The method further includes receiving, from an input device of the computer system, manipulation input for one or more of the vertical slider or the horizontal slider. Then, in response to receiving the manipulation input, providing real-time graphical feedback representing the manipulation in the display of the one or more genealogical charts.