A tiny simple and versatile topic map for common test bed
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Source code. The “family tree topic map” has simple structure and unambiguous subjects, and is easy to understand precisely. We can use it for various purposes. @"utf-8" #VERSION "1.3" /* Generator: Ontopia Knowledge Suite (OKS) Date: 2006-09-29 00:10 */

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A tiny, simple and versatile topic map for common test bed

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A tiny simple and versatile topic map for common test bed

Source code

The “family tree topic map” has simple structure and unambiguous subjects, and is easy to understand precisely. We can use it for various purposes.

@"utf-8" #VERSION "1.3"

/*

Generator: Ontopia Knowledge Suite (OKS)

Date: 2006-09-29 00:10

*/

/* -- TT: (untyped) -- */

[en = "En"

@"http://www.knowledge-synergy.com/psi/language.xtm#en"]

/* ----------------- Topic Types --------------- */

[person = "person" / en

@"http://www.knowledge-synergy.com/psi/common.xtm#person"]

/* ----------------- Role Types ---------------- */

[daughter = "daughter" / en]

[father = "father" / en]

[husband = "husband" / en]

[mother = "mother" / en]

[older-brother-sister = "Older brother/sister" / en]

[younger-brother-sister = "Younger brother/sister" / en]

[son = "son" / en]

[wife = "wife" / en]

/* ----------------- Association Types --------- */

[brother-sister = "Brother/Sister" / en]

[married-couple = "Married couple" / en]

[parent-child = "Parent Child" / en]

/* ----------------- Topics -------------------- */

/* -- TT: person -- */

[chizuru : person = "Chizuru Naito" / en]

[kinuko : person = "Kinuko Naito" / en]

[mika : person = "Mika Kondo" / en]

[ryoko : person = "Ryoko Kondo" / en]

[sadako : person = "Sadako Naito" / en]

[hatsu : person = “Hatsu Sasagawa" / en]

[shimo : person = "Shimo Naito" / en]

[tane : person = "Tane Nonoyama" / en]

[tune : person = "Tune Kondo" / en]

[yoko : person = "Yoko Naito" / en]

[hatsuo : person = "Hatsuo Naito" / en]

[kenichi : person = "Kenichi Naito" / en]

[kiichi : person = "Kiichi Nonoyama" / en]

[kunosuke : person = "Kunosuke Kondo" / en]

[motomu : person = "Motomu Naito" / en]

[kyujiro : person = "Kyujiro Sasagawa" / en]

[yoshinori : person = "Yoshinori Naito" / en]

[yoshitaro : person = "Yoshitaro Kondo" / en]

/* ----------------- Associations -------------- */

/* -- AT: brother-sister */

brother-sister( chizuru : older-brother-sister, yoko : younger-brother-sister )

brother-sister( kinuko : older-brother-sister, ryoko : younger-brother-sister )

brother-sister( yoshinori : older-brother-sister, motomu : younger-brother-sister )

/* -- AT: married-couple */

married-couple( hatsuo : husband, sadako : wife )

married-couple( kenichi : husband, shimo : wife )

married-couple( kiichi : husband, tane : wife )

married-couple( kunosuke : husband, tune : wife )

married-couple( motomu : husband, kinuko : wife )

married-couple( kyujiro : husband, sasagawa-woman : wife )

married-couple( yoshitaro : husband, mika : wife )

/* -- AT: parent-child */

parent-child( chizuru : daughter, motomu : father )

parent-child( kinuko : daughter, kunosuke : father )

parent-child( ryoko : daughter, kunosuke : father )

parent-child( sadako : daughter, kiichi : father )

parent-child( tune : daughter, kyujiro : father )

parent-child( yoko : daughter, motomu : father )

parent-child( chizuru : daughter, kinuko : mother )

parent-child( kinuko : daughter, tune : mother )

parent-child( ryoko : daughter, tune : mother )

parent-child( sadako : daughter, tane : mother )

parent-child( tune : daughter, sasagawa-woman : mother )

parent-child( yoko : daughter, kinuko : mother )

parent-child( hatsuo : son, kenichi : father )

parent-child( kunosuke : son, yoshitaro : father )

parent-child( motomu : son, hatsuo : father )

parent-child( yoshinori : son, hatsuo : father )

parent-child( hatsuo : son, shimo : mother )

parent-child( kunosuke : son, mika : mother )

parent-child( motomu : son, sadako : mother )

parent-child( yoshinori : son, sadako : mother )

A tiny, simple and versatile topic mapfor common test bed

Only one topic type:

- person

and three association types:

- brother-sister

- married-couple

- parent-child

Constraint

We can use it for constraint test. The example is shown below:

- In the married-couple association, a person should play husband role or wife role.

Ontological consideration

  • We can do various ontological considerations. The examples are shown below:

  • We can test a Supertype-Subtype relation by adding a mammal type

  • for person type.

  • - We can test a Whole-Part relation by adding ancestor type.

  • We can study husband role and wife role in the married-couple

  • association. Although many people tend to make people the instance of

  • husband or wife type, husband and wife are roles in the married-couple

  • association.

Family tree topic map

<playing>

<instanceOf>

<subjectIndicatorRef href="http://www.knowledge-synergy.com/psi/tm#married-couple"/>

</instanceOf>

<in>

<instanceOf>

<subjectIndicatorRef href="http://www.knowledge-synergy.com/psi/tm#husband"/>

</instanceOf>

<instanceOf>

<subjectIndicatorRef href="http://www.knowledge-synergy.com/psi/tm#wife"/>

</instanceOf>

</in>

</playing>

Examples

Query

Emperor’s ancestry

  • We can use it for query test. The examples are shown below:

  • Get the people which are in grandmother-grandchild's relation by

  • repeating child-parent association twice.

Bach family

  • Get the people which are in uncle-nephew relation by using

  • child-parent and brother-sister associations.

Others

In addition, application to XML Syntax, Compact Syntax, Graphic Notation, TMRM, Published Subjects, etc. are also considered useful to work and carry out. And medical applications, genetic information, etc. are important candidate applications of the "family tree topic maps."


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