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Analysis of population genealogical structure I. A. method of collecting genealogical data in a numerical form

机译:群体谱系结构分析I.一种以数字形式收集谱系数据的方法

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A method for collecting genealogical data with respect to an individual, a family,an members of the whole population is suggested. The essence of vertical pedigree construction consists of the same type of steps for filling in data (in the fixed order which excludes skips in the enumeration of lines of descent) about the father and the mother of the next ancestor. Each number in the received ordered list of ancestors uniquely determines a path (line of descent) to the given pedigree member. The path is explicitly described by sequence of digits 0 and 1 (that corresponds to the sequence of fathers and mothers in the line of descent) at binary notation of this number. As a results, a pedigree is presented as a set of numbered rows that contain information, which uniquely identifies direct ancestors as individual persons. Results of joining separate pedigrees are recorded as a family list that contains lists of children for each parental pair. A pair of parents (more exactly,pointers of their families in the previous generation and numbers of pair members in their families) plays the role of the family "heading." Such a family list permits one to trace lines of descent and relationships for any population members presented in the list. It contains all genealogical information within the bounds of the study in a compact form. Here the process of collection requires considerably less time than traditional graphic representation of pedigrees. In addition, due to repeated checks of data during accumulation of material, error is minimized. Using pedigrees that have been collected, it is possible to calculate the coefficient of inbreeding manually. In connection with the wide prevalence of personal computers at present, it is also important that the data received are in fact ready to direct input to a computer for further automated data processing.
机译:提出了一种收集有关个体,家庭,全部人口的家谱数据的方法。垂直谱系构建的实质包括用于填充有关下一个祖先父亲和母亲的数据的相同类型的步骤(以固定顺序(不包括后裔枚举的跳跃))。接收到的祖先排序列表中的每个数字都唯一确定到给定谱系成员的路径(后裔)。该路径由数字0和1的序列(对应于下降线中父亲和母亲的序列)明确表示,并以该数字的二进制符号表示。结果,系谱以一组包含信息的编号行的形式出现,该行唯一地将直接祖先识别为个人。加入单独的谱系的结果记录为一个家庭列表,其中包含每个父母对的孩子列表。一对父母(更确切地说,是上一代家庭的指点以及家庭中一对成员的数量)扮演着家庭“领导”的角色。这样的家庭名单允许人们追踪名单中所列任何人口成员的血统和亲戚关系。它以紧凑的形式包含了研究范围内的所有家谱信息。与传统的谱系图示相比,收集过程所需的时间要少得多。另外,由于在材料累积过程中反复检查数据,可以最大程度地减少错误。使用已收集的血统书,可以手动计算近交系数。考虑到目前个人计算机的广泛普及,接收到的数据实际上已经准备好直接输入计算机以进行进一步的自动化数据处理也很重要。

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