KR20000024955A - Method for recording and searching genealogy data - Google Patents

Abstract

PURPOSE: A method for recording and searching a genealogy data is provided to record and search all persons of a genealogy by using a genealogy code showing a relative relationship among persons. CONSTITUTION: A method for recording and searching a genealogy data comprises the step of: receiving a first ancestor data showing a first person and receving a relationship data showing degrees of relationship between the first person and a second person; generating a genealogy code of the first person for defining a relative relationship between the first and the second persons by using the relationship data; recording the first ancestor data and the genealogy code; and performing the previous steps for all persons of the genealogy.

Description

How genealogy data is recorded and retrieved

The present invention relates to a method of writing and searching genealogical data, and more particularly, to a method of recording genealogical data constituting genealogical data including a genealogical code, and a method of retrieving a genealogical data using genealogical code. will be.

The present invention implements the technical idea of the invention described in Patent No. 97-70874 filed by the Applicant entitled "Apparatus and Method for Performing Recording and Retrieval of Genealogy Data" of December 19, 1997. It is written mainly on a computer-readable recording medium that records a program for the purpose of making the program. The provision of the claim dated August 1, 1998 includes a recording medium such as a CD-ROM in the scope of the claims. To apply.

The genealogy is a history book of a family that systematically and systematically depicts the lineage of the Han tribe from the ancestors to the father line. The genealogy began in the 6th generation of China and describes the royal lineage. A family genealogy shows that the open-air Sosun (1009-1066) was a small oxygen genealogy in the north Songsong. 를) was the beginning. As for Korea, Kim Kwan's 『Pyeon-Yeon Log: Goryeo jongjong〉 recorded the royal line of the Goryeo period, and the present data is Andong Kwon Se-sebo: Seonghwabo (成化 譜) compiled in the 7th year of King Seongjong (1476). In fact, we can see that genealogy is organized.

Kinds of genealogy are Daedongbo, Sebo, Pabo and Gaseungbo. Daedongbo is a genealogical list compiled among clans, each with their own main building. In other words, the main building refers to the reconstruction made by integrating several different races with the same ancestors. Sebo refers to the compilation of genealogies by two or more sects, or by an independent group. Pabo refers to the remedies that contain the names, wives, and historical figures of a single parish family, starting from the ancestors. It is a record of the history and the history, which is the basis of the compilation of the books.

A genealogical view made of conventional literature will be described with reference to FIG.

As shown in Fig. 16, one page in the genealogy usually consists of six tiers, one tier describing the same generation. If you want to find the lineal ancestors, start at the bottom and climb to the top with a right angle to the right. In the case of the 11-year-old Jaejun at the bottom of page 72 in Fig. 16, the direct ancestors are: 在 俊 → 光 鎬 → 仁 柱 → 濟 恒 → 鎭 一 → 源源 → 禮 謙 → 泰 爀 → 相 運 → 得元 → 斗 咸 → 乙 那. Sijo Eulna is the tenth group of Jaejun, who becomes the eleven-year-old son of Sijoulna.

As described above, in the genealogical view of the conventional literature, the most important problem of finding oneself and then looking for lineal ancestors is that the core of the family tree view is that it takes a long time to find the person who is recorded in the genealogy first. In particular, if you do not know the number of generations from the seesaw, or if you do not know the Hangulja (行 列 字) takes a lot more time. Even if you know it, there are so many people in Parvo and Daedongbo who use the same rivals in their generation, so finding yourself takes a lot of time. Also, as described above, if you find yourself and follow your ancestors and find your immediate ancestors, if you go up six generations, you have to find another page and go up. Genealogy search is cumbersome and requires a lot of time because we have to go to the ideal place.

In addition, when many members gathered under the same ancestors, such as the Fellowship, it is sometimes necessary to know from which ancestors the ancestors were separated. In the conventional genealogy, it is difficult to find two common ancestors. . For example, if you have a person with the same main building and you want to know who the two people came from, you need to find two people in your genealogy and find a common person. It can be seen that more time is required than ancestor seeking. If the common ancestor search is more than three people, more and more liver is needed.

In addition, the genealogy of the conventional literature has a limited content, and it is difficult to see the behavior of each person and the like, and there are problems that generations that need to understand genealogy and ancestors cannot utilize genealogically-generated genealogy.

Efforts have been made to include these conventional genealogy on new media, such as CD-ROM, but this is done by storing each page of the document as an image and storing genealogy that occupies a large volume as several CD-ROMs. It is only an advantage for storage, and did not overcome problems such as retrieval of genealogical data.

To date, there is no known device or method for retrieving genealogical data recorded in the literature, and no device and method for recording such retrieval are available. This means that there was no attempt to convert ideas into a database or CD-ROM, and that it was never easy to develop a technology that connects the relative relationships between all the characters, which is one of the essential skills when producing a database or CD-ROM. It also indicates that detailed research and development on genealogical functions effective for genealogical application has not been conducted.

Accordingly, an object of the present invention is to provide a genealogy data recording method that enables the genealogy data retrieval using a genealogy code representing a relative relationship between persons recorded in the genealogy.

It is another object of the present invention to provide a method for searching oneself and his or her direct ancestors from recorded genealogy data including a genealogy code, and a method for searching two common ancestors.

Another stick of the present invention provides a method of searching for ancestors based on the historical background by using the genealogical data recorded including a breaking code.

Still another object of the present invention is to provide a statistical method for calculating genealogy data including genealogy codes in genealogy data.

1 is a block diagram of a genealogical data recording apparatus according to the present invention;

2 is a diagram for describing a genealogy code among genealogy data.

Figure 3 is a block diagram of a genealogy data retrieval apparatus according to the present invention.

Figure 4 is a flow chart of the 'direct ancestor search method' in the genealogical data search according to the present invention.

Figure 5 is a flow chart of the "common ancestor search method" in the search for genealogical data according to the present invention.

Figure 6 is a flow chart of the 'ancestor search method through the historical background' in the search for genealogical data according to the present invention.

7 is a flowchart of a method of performing statistics such as the number of ancestors, place of birth, track, etc. using genealogy data.

8 to 15 is a view showing a genealogical database screen implemented according to an embodiment of the present invention.

Fig. 16 is a view for explaining a method of viewing a genealogy in the prior art.

* Explanation of symbols for main parts of the drawings

100, 300: recording unit 102, 302: control unit

104: genealogy code generation unit 106, 308: input unit

304: genealogy code analysis unit 306: display unit

In order to achieve the above object, an apparatus for recording data for each person in a genealogy according to the present invention includes first ancestor data, which is a historical record of a first person, and a part of the first person and the first person. Or input means for inputting relationship information indicating a relationship between a second person being child;

Genealogy code generating means for generating a genealogy code of the first person defining a relative relationship between the first person and the second person using the relationship information; And recording means for recording the ancestor data of the first person and the genealogy code as the genealogy data of the first person.

Here, the ancestor data includes the name of the ancestor, the track, the date of birth, the date of death, and the spouse information. The ancestor data further receives annual background data for each year through the input unit and includes it in the genealogical data.

On the other hand, the method for recording the data for each person in the genealogy, first, the first ancestor data, which is a historical record of the first person, and the first or second person or the first person A first step of inputting relationship information indicating a relationship between two persons;

Generating a genealogy code of the first person to define a relative relationship between the first person and the second person using the relationship information;

A third step of recording the ancestor data of the first person and the genealogy code as the genealogy data of the first person; And

The first to third steps are performed on all the persons of the genealogy.

Here, the ancestor data includes the name of the ancestor, the track, the date of birth, the date of death, and the spouse information. The ancestor data may further receive annual background data for each year through the input unit and may include it in the family tree data.

In addition, a method of searching for a direct ancestor by using a genealogy code that defines a relative relationship between a first person and a second person for all persons in the genealogy may include first searching for a first person and then searching for the first person. And analyzing the genealogy code of the first person to read at least one ancestor data of one or more lineal ancestors, and then display the read ancestor data.

Here, the genealogy code is generated by relationship information indicating a relationship between a second person who is a negative person or a child of the first person.

A method of searching for at least two common ancestors in genealogical data by using a genealogy code that defines a relative relationship between a first person and a second person for all persons of the genealogy may include first searching for at least two people. Searching each; Detecting the breaking code of a common ancestor by analyzing the genealogy code of each search person when each search person is found; And reading the common genealogical data.

On the other hand, the apparatus for statistical processing ancestor data for all the people of the genealogy, means for storing genealogical data in each person of the genealogy; Means for inputting a search term; And control means connected to the search word input means for statistically processing the genealogy data of the genealogy data storage means in response to the input search word.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

1 shows an apparatus and method for recording genealogy data. As shown in FIG. 1, the apparatus for recording genealogical data includes a recording unit 100, a control unit 102, a genealogical code generation unit 104, and an ancestor data input unit 106.

In the present embodiment, the genealogy data includes ancestor data and genealogy code. Ancestor data are records of each ancestor recorded in the genealogy, such as the name of the ancestor, the date of birth, the course of action, the date of death, the graveyard, the spouse's information, the stone, and the wave. On the other hand, the "family tree code" is a code essential for performing relative ancestor search, common ancestor search, and ancestor search through the background of the ancestor by defining a relative relationship between the first ancestor and the second ancestor.

As shown in Fig. 2, for example, when an inputter inputs ancestor data in the order of ancestors from 2nd generation to 3rd generation ... The generation unit 104 generates a genealogical code of alphabets next to a circle representing each ancestor (here, the genealogical code is represented in alphabetical form, but may be actually displayed in various forms).

First, when the ancestor data input unit 106 (Fig. 1) input the ancestor data of the person 200 is the ancestor, and the character is the ancestor, the genealogy code generation unit 104 is A Generate a genealogical code.

Subsequently, when the ancestor data of the person 202 is input as 2 years old and the relationship between the father and the son are the first children of the person 200, AA is generated as the genealogy code of the person 202. Similarly, when the ancestor data of the person 204 is input and the relationship between the father and the child is the second child, the AB is generated as a genealogy code of the person 202.

Similarly, when the three-year-old enter the ancestor data of the persons 206, 208, and 210, respectively, and input that they are the parental relationship as the first, second, and third children, respectively, the character 206 In response to the genealogy code AAA, for the person 208, the genealogy code AAB, and for the person 210, the genealogy code AAC is generated. In this manner, the genealogy codes of the person 212 to the person 226 may be generated as shown in FIG. 2.

Here, it should be understood that the representation of the genealogical code described in FIG. 2 is only one embodiment of the present invention. Applicants' research has found that genealogy codes can be classified into two types according to the amount of information that genealogy codes have. The first is a 'family genealogy code' that consists of enough information in one genealogy code to simply connect the relationship between two people, and the second is a 'genetic genealogy code' in which the genealogy code itself is long enough to know all the genealogy codes above. .

First, the first case is described by way of example. Here the genealogy code is made up of three pieces of information. The first information is the identifier of each person, the second information is the tax revenue of each person, and the third information is the information about the parent-child relationship between the two identifiers. Here, using these three pieces of information, we can create a genealogy code. For example, if the reference numerals of the person 200 to person 226 in FIG. 2 are individual identifiers, the genealogy code AAAA of FIG. 2 may be expressed as follows. That is, "the father of the fourth-year identifier 216 is the (third-year) identifier 206".

On the other hand, in the second case, only the genealogical code of one person can obtain the genealogical code of direct ancestors from it at one time. For example, in the genealogy code ABAA of person 218, this person is a four-year-old son, whose father is a person with a genealogical code ABA, and the father of a person with a genealogical code ABA is a person with a genealogical code AB For example, the father of a person whose genealogy code is AB is made to know that the genealogy code is A. By constructing the genealogy code, it has the advantage of speeding up the processing speed in the direct ancestor search or common ancestor search to be described later. It can be seen that.

The two genealogical code types described above merely represent what they would look like when they were recorded in the record. Each search function to be described later can be made into the latter genealogical code form using the former genealogical code form.

Referring back to FIG. 1, in the ancestor data input unit 100, the inputter inputs ancestor relation information indicating a relationship between ancestor data and an ancestor to generate a genealogy code. Ancestor relationship information can be expressed in various ways. As described above, the information may be simply represented by three pieces of information (an identifier for each person, the tax revenue of each person, and the parent-child relationship information between the two identifiers), and the father family genealogy code, the sibling order, etc. without the individual identifier information. It can be shown in combination (in Figure 2 it can be seen that the person 218 is composed of the addition of A representing the first sibling to the father genealogy code ABA).

Ancestor data and ancestor relation information input as described above are provided to the controller 102. When a new ancestor is input, the control unit 102 provides the ancestor relationship information to the genealogy code generation unit 104. The genealogical code generation unit 104 generates a breaking code from the ancestor relation information and provides it to the control unit 102. The control unit 102 records the genealogical code and ancestor data for this new ancestor in the recording unit 100 as genealogical data for the new person.

In addition to the genealogy data described above, the ancestor data input unit 106 may input the yearly background data. By entering the historical background by year, it is possible to know historical facts during the life of each of the ancestors described below. The use of the historical background data will be described later.

The ancestor data input unit 106 described above is, for example, a keyboard of a personal computer, and the recording unit 100 records genealogy-related data such as genealogical data consisting of genealogical codes and ancestor data and other historical background data. The recording medium may be an internal or external hard disk of a computer or a CD-ROM.

3 illustrates an apparatus for retrieving genealogical data according to the present invention. As shown in FIG. 3, the recording unit 300 is the recording unit 100 described in FIG. 1 and stores genealogy-related data such as genealogical data and historical background data.

The controller 302 performs each search in response to a search request input through an input unit 308 such as a keyboard. As a search function performed in the present embodiment, 'direct ancestor search' for finding an immediate ancestor in the same way as the father of the person and the father of the person with respect to an ancestor placed on an existing person or genealogy; 'Common jing search' for searching for at least two common ancestors (eg, the common ancestor of person 218 and person 226 in FIG. 1 is person 204); And 'ancestor search through the background of the times' searching for ancestors who lived in the period through the background of the times.

Referring to Figs. 4 and 3, the method of 'direct ancestor search' will be described.

If the inputter selects 'direct ancestor search' as the search function, the display unit 306 displays the direct ancestor search window in step S402. The display unit 306 is, for example, a monitor of a personal computer. Subsequently, when an inputter inputs a word (eg, an ancestor's name) among ancestor data as a search word (S404), the controller 302 searches for a matching person by comparing the ancestor data recorded in the recording unit 300. (S406). At this time, if there is no person corresponding to the data input by the inputter, a message indicating that the person does not exist is output (omitted in the drawing). When a matching person is found in step S406, the genealogical code of the person is read from the recording unit 300 (S408), and the genealogical code analysis unit 304 provides the genealogical code analysis unit 304 to the genealogical code analysis unit 304. The code is interpreted (S410). The control unit 302 reads data of persons corresponding to the direct ancestors indicated in the analyzed genealogical code provided from the genealogical code analyzing unit 304 (S412), and displays it on the display unit 308 (S414). In the case of using the long genealogical code illustrated in FIG. 2, when the person seeking a direct ancestor in FIG. 2 is the person 216, first, the genealogy code of the person is AAAA, and the first generation of the person from AAAA is the genealogy code AAA. It is the person 206, the two majors are the person 202 having the genealogy code AA, and the person 200 having the genealogy code A is the last ancestor.

On the other hand, in the case of using the above-described short-formed genealogy code, if the person looking for direct ancestors is the person 218, the genealogy code of the person is interpreted by the genealogy code interpreter 304, and the control unit 302 based thereon The genealogical code of the person 212 who is the father is taken from the recording unit 300 and provided to the genealogical code analysis unit 304 again. On the basis of the interpreted genealogy data provided from the genealogy code analysis unit 304, the genealogy code of the person 204 is again obtained from the recording unit 300. Repeating this may bring the genealogy code of the person 200. Each of the ancestor data corresponding to the genealogy code stored in the lineal ancestors stored in this manner is displayed on the display unit 306.

As described above, it can be seen that when the short genealogy code is repeatedly stored in the genealogy code analysis unit, the long genealogy code becomes. On the other hand, it can be easily seen that the direct ancestors are displayed on the display unit one by one in the direct ancestor search and the next direct ancestor may be found.

Next, with reference to Figs. 5 and 3, the 'common ancestor search' will be described. When the user selects 'common ancestor search' to enter the common ancestor search mode, the display unit 306 displays the common ancestor search window in step S502. Subsequently, when a search is performed by inputting a first person's search word (eg, an ancestor's name) (S504), the searcher inputs a second person's search word (S506). When the search for the second person is completed, the genealogy code of the first person is read and interpreted (S510). In the case of the analysis of the genealogical code, in the case of the short genealogical code, the long genealogical code may be generated by a predetermined repeated calculation. After the analysis of the genealogy code of the first person is completed, the genealogy code for the second person is read and interpreted as in the first person (S510). When the genealogical codes of the first and second persons are made in a long form, the genealogical codes of common parts are set as the genealogical genealogical codes of the common ancestors by comparing the analyzed genealogical codes of the first and second persons (S512). . Thereafter, ancestor data corresponding to the genealogical code of the common ancestor is read (S516). Thereafter, the read ancestor data is displayed on the display unit.

In the case of using the genealogical code illustrated in FIG. 1, when the person looking for common ancestors in FIG. 1 is the first person 218 and the second person 226, first, the genealogy code of the first person 218 is ACAA, The genealogical code of the second person 226 is ACBA. The common part of the two genealogy codes is AC, and the person 204 having the genealogy code AC becomes the common ancestor of the two people 218 and 226. Genealogy data of this common ancestor 204 is displayed on the display unit 308. By searching the common ancestors of these two characters, the number of villagers between two people can be easily calculated, and the number of villagers can be displayed between the two characters. As described in Finding direct ancestors, in case of using a single genealogy code, the genealogy code analysis unit can easily find common ancestors by converting two or more genealogical codes to find a common ancestor into a long genealogy code and then performing the above procedure. It can be seen that.

Next, referring to FIGS. 6 and 3, a method of searching for an ancestor through the historical background is illustrated. If the searcher selects 'ancestor search through the historical background', the display unit 306 displays the ancestor search window through the historical background in step S602. Then, when the inputter enters a search term related to the background of the times (S604), the year corresponding to the background of the period is read from the historical background data recorded in the recording unit 300, and the ancestors surviving in the year are searched, which is an ancestor. In the data, people who include the year between the year of birth and the year of death are searched for (S606). The ancestor data of the found person is provided to the display unit 306 to display the result (S608).

7 shows a statistical method of ancestor data according to the present invention. As mentioned above, the ancestor data includes the name of the ancestor, the date of birth, the activity, the date of death, the graveyard, the spouse, and the stone. The statistical method using such ancestor data is as follows.

First, it is determined whether the statistical mode of the ancestor data is present (S702). Thereafter, in the statistical mode of the ancestor data, it is determined whether or not the population number statistics (S704). If the population number statistics, the input unit 308 receives a set year for outputting the statistical values (S706). If the set year is entered, the number of people in the preset period is counted. That is, the number of people can be calculated by summing up the figures at that time using the date of birth and death of the genealogy data. When the statistics are completed, the result is displayed on the display unit 306 and ends (S710). Of course, the display of the results can be shown in various forms.

If it is not the population number statistics in step S704, it is determined in step S711 whether the traffic statistics. In the case of trace statistics, trace statistics such as ancestors' crests are performed as follows. The track statistics first receive the desired track data from the input unit 308 (S712). Next, calculate the number of ancestors related to the received track. The calculation result is displayed on the display unit 306 and ends (S716). If it is not the track statistics in step S711, other statistical functions are performed as other information recorded in the genealogical data (S718).

The genealogy of our ancestors, the genealogy, is recorded, retrieved, and archived in a new way so that descendants can easily know the history of the clan. In particular, my father, grandfather, great-grandfather, great-grandfather, and the great-grandfather of the great-grandfather of father to ancestors can be found in a short time so that the question of "who am I" can be easily solved. In addition, when all the members gathered together, such as the Fellowship Society, it was possible to know what the grandfather had been, rather than the flimsy concept of a single family, and that the grandfather was immediately able to carry out something that could not be achieved by the existing family genealogy. In addition, when there is an important historical event, it is possible to study history from the ancestor's perspective by searching the ancestor's tracks very easily.

Claims (7)

To record character data in the genealogy, A first step of receiving first ancestor data, which is a historical record of the first person, and relationship information indicating a relationship between the first person and a second person, which is a negative or child of the first person; Generating a genealogy code of the first person to define a relative relationship between the first person and the second person using the relationship information; A third step of recording the ancestor data of the first person and the genealogy code as the genealogy data of the first person; And A computer-readable recording medium having recorded a genealogy data recording program for executing the first to third steps for all persons of the genealogy. According to the first, The ancestor data includes the name of the ancestors, the track record, the date of birth, the date of death, and the spouse information. The ancestor data is further inputted with the historical background data for each year through the input unit. Readable record carrier. To search for direct ancestors using genealogy codes that define the relative relationship between the first and second persons for all persons in the genealogy, Searching for a first person; Interpreting the genealogy code of the first person when the first person is searched, and reading at least one ancestor data of one or more ancestors; And A computer-readable recording medium having recorded thereon a program for executing the direct-to-ancestor search method, comprising displaying the read ancestor data. The method of claim 3, The genealogical code is a computer-readable recording medium having recorded thereon a program for executing a direct ancestor search method created by relationship information indicating a relationship between a first person's negative or second person. . To search for common ancestors of at least two people in genealogical data using genealogy codes that define the relative relationship between the first and second persons for all the genealogical figures, Searching each of the at least two search persons; Detecting each genealogy code of a common ancestor by analyzing the genealogy code of each person searching when the search person is searched; And A computer-readable recording medium having recorded thereon a program for executing a common ancestor searching method comprising the step of reading the genealogy data of the common ancestor. In the historical record, the chronological history data, which records historical facts chronologically, is stored, and the genealogical data defining the relative relationship between one's ancestors and other ancestors in the genealogy, and the genealogical code that defines the relative relationship between the ancestors and other figures, is based on historical events. To search for the ancestors who lived at that time, If the searcher selects 'ancestor search based on the historical background', displaying an ancestor search box based on the historical background; Receiving a search term related to the background of time inputted by the searcher; Reading a year corresponding to the background of the period from the period background data recorded in the recording unit, and collecting genealogy codes of persons including the year between birth and death years in the ancestor data; And displaying an ancestor data corresponding to each of the collected genealogical codes on a display unit. A computer-readable recording medium having recorded thereon a program for executing an ancestor searching method through a historical background. For statistical processing of ancestor data for all the genealogical figures, Storing genealogy data for each person in the genealogy; Inputting a search word; And A computer-readable recording medium having recorded thereon a program for executing the genealogy data statistical processing method comprising the step of statistically processing the genealogical data stored according to the search word.