entity'definition.specific

_CREATED: {2012-01-22}

name::
* McsEngl.entity'definition.specific,

"entity" and "relation" are the 2 STARTING concepts we need to define all the others specifically.
[hmnSngo.2012-01-22]

creation

entity:
structure-of-entity: all relations with attributes.
evolution-of-entity: the structure in time.
[hmnSngo.2009-10-14]

creation: generic

The most general in Sympan-SubWorldView.
[hmnSngo.2009-03-29]

analytic

START: starting-analytic-definition.

synthetic

STOP: final-synthetic-definition [2000-09-27]

ENTITY is ?anything?. It is the most general concept.
[hmnSngo.1998-04-21_nikos]

ENTITY is ANYTHING which is PART-OF the SYMPAN (I suppose not the siban itself).
[hmnSngo.2000-07-28_nikkas]

misc

Η ΟΝΤΟΤΗΤΑ είναι μέρος του ΣΥΜΠΑΝΤΟΣ#cptCore92.a#.
[hmnSngo.1995.03_nikos]
Και κάθε 'φανταστικό' είναι μέρος του σύμπαντος γιατί είναι κατασκεύασμα μυαλού ανθρώπου.
[hmnSngo.1998-04-21_nikos]

Ολα μέσα στο σύμπαν είναι ένα ΑΝΤΙΚΕΙΜΕΝΟ.
[JAVA βήμα προς βήμα, 107]

ΟΝΤΟΤΗΤΑ ΕΙΝΑΙ Η 'ΓΕΝΙΚΗ ΕΝΝΟΙΑ' ΤΗΣ ΟΠΟΙΑΣ ΤΟ ΑΝΑΦΕΡΟΜΕΝΟ ΕΙΝΑΙ ΚΑΘΕ 'ΥΛΙΚΟ#cptCore490#' ή 'ΠΝΕΥΜΑΤΙΚΟ#cptCore492#'.
[hmnSngo.1993.11_nikos]

ΕΠΑΓΩΓΙΚΟΣ ΟΡΙΣΜΟΣ:
ΟΝΤΟΤΗΤΑ ονομάζω ΟΤΙΔΗΠΟΤΕ.
[hmnSngo.1995.01_nikos]

ΟΝΤΟΤΗΤΑ ΕΙΝΑΙ ΟΤΙΔΗΠΟΤΕ ΠΑΡΑΤΗΡΟΥΜΕ ή ΣΚΕΦΤΟΜΑΣΤΕ.
[hmnSngo.1993.09_nikos]

ΑΝΑΔΡΟΜΙΚΟΣ ΟΡΙΣΜΟΣ:
'οτιδήποτε' είναι ή ποιότητα ή χαρακτηριστικό ποιότητας.
Αλλά και κάθε 'χαρακτηριστικό ποιοτητας' είναι 'ποιότητα'.
[hmnSngo.1994.06_nikos]

Οι γλώσσες χρησιμοποιούν 'ουσιαστικά#cptCore549#' για την οντότητα και 'επίθετα#cptCore550#' για τα χαρακτηριστικά.
[hmnSngo.1994.05_nikos]

OTHER-VIEW

An entity is something that has a distinct, separate existence, though it need not be a material existence. In particular, abstractions and legal fictions are usually regarded as entities. In general, there is also no presumption that an entity is animate. Entities are used in system developments as models that display communications and internal processing of, say, documents compared to order processing.
An entity could be viewed as a set containing subsets. In philosophy, such sets are said to be abstract objects.
[http://en.wikipedia.org/wiki/Entity] 2007-09-27

"ΠΟΙΟΤΗΤΑ: ΦΙΛΟΣΟΦΙΚΗ ΚΑΤΗΓΟΡΙΑ, Η ΟΠΟΙΑ ΕΚΦΡΑΖΕΙ ΤΟΝ ΑΝΑΠΟΣΠΑΣΤΟ ΑΠΟ ΤΟ ΕΙΝΑΙ ΕΝΟΣ ΑΝΤΙΚΕΙΜΕΝΟΥ 'ΟΥΣΙΑΣΤΙΚΟ ΠΡΟΣΔΙΟΡΙΣΜΟ-ΤΟΥ', ΧΑΡΗ ΣΤΟΝ ΟΠΟΙΟ ΤΟ ΑΝΤΙΚΕΙΜΕΝΟ ΕΙΝΑΙ ΑΚΡΙΒΩΣ ΑΥΤΟ, ΚΑΙ ΟΧΙ ΚΑΠΟΙΟ ΑΛΛΟ".
[ΗΛΙΤΣΕΦ ΚΛΠ, ΦΙΛΟΣΟΦΙΚΟ ΛΕΞΙΚΟ 1985, Δ317#cptResource164#]

NAME

name::
* McsEngl.entity'ATTRIBUTE|CHARACTERISTIC (lagSngo'os-o),
* McsEngl.conceptCore398,
* McsEngl.conceptCore398,
* McsEngl.abt@cptCore398, {2014-09-28}
* McsEngl.attr@cptCore398, {2011-09-19}
* McsEngl.att, {2014-11-19}
* McsEngl.attribute,
* McsEngl.attribute-of-entity,
* McsEngl.attribute-value,
* McsEngl.atribo-of-entity,
* McsEngl.characteristic,
* McsEngl.chc, {2013-11-01}
* McsEngl.entity's-attribute,
* McsEngl.entity'attribute, {2012-08-06} {2012-07-14}
* McsEngl.feature,
* McsEngl.trait,
=== _OLD:
* McsEngl.abstract-concept@old,
* McsEngl.description@old@deleted, {2009-06-20}
* McsEngl.property@old@deleted, {2009-06-20}
====== lagoSINAGO:
* McsSngo.oso,
* McsEngl.oso@lagoSngo, {2014-04-18}

* McsSngo.osEo,
* McsEngl.osEo@lagoSngo, {2009-02-08}
* McsEngl.eo@lagoSngo, (ao = the first_person) {2008-08-19}
* McsEngl.ao@lagoSngo, {2008-08-19}
* McsEngl.atro@lagoSngo, {2008-06-29}
* McsEngl.atribo@lagoSngo, (atrib-eano, atrib-e, atrib-o, atrib-a) {2008-06-26}
* McsEngl.atribepo@lagoSngo, {2008-04-11}
* McsEngl.atribepto@lagoSngo, {2008-02-06}
* McsEngl.atribo@lagoSngo,
====== lagoGreek:
* McsElln.ΧΑΡΑΚΤΗΡΙΣΤΙΚΟ@cptCore398,
* McsElln.ΑΦΗΡΗΜΕΝΗ-ΕΝΝΟΙΑ,
* McsElln.ΙΔΙΟΤΗΤΑ,
* McsElln.ΚΑΤΗΓΟΡΗΜΑ,
* McsElln.ΠΡΟΣΔΙΟΡΙΣΜΟΣ,
====== lagoEsperanto:
* McsEngl.atributo@lagoEspo,
* McsEspo.atributo,
====== lagoChinese:
shu3xing4; attribute; property,
xing4; sex; nature; surname; suffix corresponding to -ness or -ity

ATRIBEPTO:
I give this name, because it is DIRECTLY related to entepto. This way I emphasize that is a koncepto.
[hmnSngo.2008,02.06_KasNik]

Intension: The potential set of all the PROPERTIES possessed by a particular CONCEPT. The union of the LOCAL INTENSION of the concept, and the intension of all the concept's SUPERCONCEPTS. The intension is an uncountable set whose existence is posited solely for the purpose of making various formal definitions.
[Tim Lethbridge's PhD Thesis 1994nov]

"ABSTRACT CONCEPTS are those which refer not to an entire object, but to any of its features in isolation from it (eg "whiteness", "injustice")"
[Getmanova, Logic 1989, 39#cptResource19#]

DEFINITION

The SAME attributes of an-entity are-organized in TWO DIFFERENT tree-structures.
1) the-whole-part-environment tree-stucture and
2) the-generic-specific tree-structure.
[hmnSngo.2016-03-26]

Characteristic-of-entity1 is IDENTIFIABLE entity2 related to entity1.
This entity2 is a generic-specific-pair.
[hmnSngo.2013-11-03]

Κάθε οντότητα έχει χαρακτηριστικα.
Δρώντας αναδραστικά στην ίδια την οντοτητα έχουμε τα άλλα χαρακτηριστικα που βλέπουμε εδώ όπως δομη, εξέλιξη κλπ.
[hmnSngo.1994.11_nikos]

There are 3 entities here:
1) the entity1 whose attribute we talk about.
2) the entity2 "attribute" which is a concept like the "entity1".
3) the "relation" of entity1 with the entity2
---
For example:
1) entity1: specific-car
2) entity2: color-red (a specific color concept)
3) color-relation of "car" with "color-red"
or
1) entity1: generic-car
2) entity2: color (concept)
3) color-relation of "car" with "color"
[hmnSngo.2013-04-04]

There are 4 entities here:
1) the entity1 whose attribute we talk about.
2) the entity2 "attribute" which is a concept like the "entity1".
3) the "relation" of entity1 with the "attribute=entity2".
4) the "value" of "attribute", ie the specific concepts of "attribute" that satisfy this relation.
---
For example:
1) entity1: car
2) attribute=entity2: color
3) attribute-part-relation: color-relation
4) attribute-value: red-color and black-color (specific colors).
---
Sentence:
The color of the car is red and black.
---
Triple Notation in some computers:
car color red&black
color car red&black
[hmnSngo.2012-01-18]

There are 2 entities here:
1) attribute-value: the concept "related" to entity.
2) attribute-relation: the concept of "relation" between the entity and the attribute-value concept.
[hmnSngo.2011-12-08]

_DefinitionWorking:
attribute-of-entity is any other entity related[=undefined] with it.
[hmnSngo.2011-07-27]

att'ENTITY-TREE-STRUCTURE

name::
* McsEngl.att'ENTITY-TREE-STRUCTURE,

att'SYMPAN-TREE-STRUCTURE

name::
* McsEngl.att'SYMPAN-TREE-STRUCTURE,

att'Notation

_CREATED: {2011-10-09}

name::
* McsEngl.att'Notation,
* McsEngl.attribute'notation,
* McsEngl.characteristic'notation,
* McsEngl.att'name-of-specific,
* McsEngl.notation.characteristic,
* McsEngl.notation, {2014-01-31}
* McsEngl.notation-of-entity-attributes,

_SPECIFIC:
* entity.attribute (familiar to ool)
* entity:specific (css, properties of objects)
* entity/part (familiar to computer paths)
[hmnSngo.2014-02-10]
===
* entity .specific
* entity'specificNo
* entity/part (computer path)
* entiy_with_many_words_name
[hmnSngo.2014-01-31]
===
* entity:specific
* entity.specificNo (familiar to ool)
[hmnSngo.2013-12-14]
===
* entity:attribute  = any
- entity's attribute
- attribute@entity  [2011-10-09]
- attribute_entity
- attribute of entity
- attribute-of-entity
- attribute_of_entity
- attribute_in_entity
===
* entity'attribute  = non_specific attribute [2011-10-09]
===
* entity.attribute  = specific attribute
- entityAttribute

_FolioViews:
* specific:  govGreek, govEU,  gov.Greek,
* non_specific:  govsDebt,    gov'Debt,
* multiword:  goverment's_debt,
[hmnSngo.2012-02-26]

att'relation

_CREATED: {2012-01-18}

name::
* McsEngl.att'relation,
* McsEngl.conceptCore398.5,
* McsEngl.relation-of-attribute@cptCore398.5,

_SAME:
* relation#cptCore546#

_DESCRIPTION:
Every attribute-concept has a SPECIFIC-RELATION with the entity-concept.
The name of this relation, will be the name of the attribute-concept.
[hmnSngo.2012-01-18]

att'time

name::
* McsEngl.att'time,

att'value

_CREATED: {2012-01-18}

name::
* McsEngl.att'value,
* McsEngl.conceptCore398.6,

_DESCRIPTION:
It is the collection of specific-concepts-of-the-attribute-concept that the entity-concept can have.
[hmnSngo.2012-01-18]

att.SPECIFIC-RELATION

name::
* McsEngl.att.SPECIFIC-RELATION,
* McsEngl.att.specific,
* McsEngl.characteristic.specific,

_SPECIFIC: att.alphabetically:
* attribute.body#cptCore398.3#
* attribute.bodyNo#cptCore398.2#
* attribute.distinguishing#cptCore398.7#
* attribute.distinguishingNo
* attribute.essential
* attribute.essentialNo
* attribute.node#cptCore515.4#
* attribute.nodeNo#cptCore515.5#
* attribute.part#cptCore869#
* attribute.partNo#cptCore398.1#
* attribute.partNo.environment#cptCore932#
* attribute.partNo.generic#cptCore398.4#
* attribute.partNo.specific#cptCore768#
* attribute.partNo.whole#cptCore780#

att.SPECIFIC_DIVISION.relation:
_SPECIFIC:
* attribute.node#cptCore515.4#
* attribute.nodeNo#cptCore515.5#
[hmnSngo.2012-08-19]

ATTRIBUTE:
- internal#ql:internal'attribute@cptCore869# | external#ql:external_attribute@cptCore398.1#: ao'do, ao'to,
- whole#ql:whole-*# | environment#ql:environment-*#: ao'to'lo, ao'to'ro,
--------------------------------
- specific#ql:specific-*# | general#ql:generic-*#: ao'bo, ao'po,
[2008-08-19]

* ROOTS:
- whole, part:  tuto, dudo
- whole&part:  tuto-dudo
- general, specific:  pupo, bubo
- general&specific:  pupo-bubo
- external:    dudo-udo
- environment:  tuto-udo
[hmnSngo.2008-08-05_HokoYono]

_SPECIFIC:
* Εδώ καταχωρώ ΓΕΝΙΚΑ χαρακτηριστικά, για να μπορέσω να τα τοιποποιήσω.
Κάθε ένα θα έχει και την εγγραφή "συνωνυμα" με τη λέξη 'attribute' για να έχω τυχαία προσπέλαση στο οποιοδήποτε.
Αν θέλω μπορώ να έχω εδώ ΟΛΑ τα χαρακτηριστικά και να έχω συνδέσεις στα σημεία που γίνεται η παρουσίασή τους.
[hmnSngo.1994.07_nikos]
===
* DANGER
* DIFFICULTIES
* DRAWBACKS = SHORTCOMINGS = IMPEDIMENTS
* EXISTENCE : if the subject matter is a reality, not a fantasy.
* GOOD/BAD
* IMPACT TO : what changes the concept does in other concepts.
* IMPROVEMENTS
* NAME GENESIS:
* NECESSITY = IMPORTANCE
* OBSOLESCENCE.
* PERFORMANCE : measurement of its functionality.
* PROBLEMS = SHORTCOMINGS
* RISK
* STRATEGY = METHOD
* STRENGTH = ΔΥΝΑΜΗ
* ΒΑΣΙΚΟ ΣΗΜΕΙΟ

att.SPECIFIC-DIVISION.doing (change)

_CREATED: {2012-03-06}

name::
* McsEngl.att.SPECIFIC-DIVISION.doing (change),

_SPECIFIC:
* doing-of-entity#cptCore684.18#
* structure-of-entity#cptCore515E
both expressed in time.

att.SPECIFIC-DIVISION.part

_CREATED: {2013-12-22}

name::
* McsEngl.att.SPECIFIC-DIVISION.part,
* McsEngl.att.SPECIFIC-DIVISION.internal-external,

_SPECIFIC:
* part#cptCore869#
* partNo#cptCore398.1#

_SPECIFIC:
* ATRO_ESO-(PARTO)#cptCore869#
* ATRO_EZO (PARTO_CO)#cptCore398.1#:
 WHOLE-ATTRIBUTE#cptCore780#
 ENVIRONMENT-ATTRIBUTE#cptCore932#
[hmnSngo.2003-02-27_nikkas]

* INTERNAL-ATTRIBUTE-(PART-ATTRIBUTE)#cptCore869: attSpe#
* EXTERNAL-ATTRIBUTE-(ENVIRONMENT-ATTRIBUTE)#cptCore932: attSpe#
 WHOLE--ATTRIBUTE#cptCore780: attSpe#

whole/generic/specific can be thought of as specific-environments.
Talking of a 'part' we can mean the part-concept or the part-referent, BUT talking for the generic/specific, we always are talking about concepts not referents.
[hmnSngo.2001-03-02_nikkas]

The whole-attribute is an external/environment attribute because if it was an internal, THEN the whole ought to be part.
[hmnSngo.2002-06-05_nikkas]

att.SPECIFIC-DIVISION.specific

_CREATED: {2013-11-15}

name::
* McsEngl.att.SPECIFIC-DIVISION.specific,

_SPECIFIC:
* specific#cptCore768#
* specificNo#cptCore398.8#

att.SPECIFIC-DIVISION.body#cptCore538#

name::
* McsEngl.att.SPECIFIC-DIVISION.body,

_SPECIFIC:
* attribute.body#cptCore398.3#
* attribute.bodyNo#cptCore398.2#

att.SPECIFIC-DIVISION.inheritance

name::
* McsEngl.att.SPECIFIC-DIVISION.inheritance,

_SPECIFIC:
=== InheritedFROM generic-concept:
* Generic-attribute,
* GenericNo-attribute,
=== inheritedTO specific-concept:
* Specific-attribute,
* SpecificNo-attribute,
===
* INHERITED_ATTRIBUTE (generic have it)
* INHERITING_ATTRIBUTE (specifics have it)

att.BODY

name::
* McsEngl.att.BODY,
* McsEngl.conceptCore398.3,
* McsEngl.atro-reso@cptCore398.3,
* McsEngl.atro-tano,
* McsEngl.attribute-body@cptCore398.3, {2012-08-14}
* McsEngl.body.attribute@cptCore398.3, {2012-08-14}
* McsEngl.object-attribute@cptCore398.3,

_GENERIC:
* entity.body#cptCore538#

att.BODY.NO

name::
* McsEngl.att.BODY.NO,
* McsEngl.conceptCore398.2,
* McsEngl.atro-dano,
* McsEngl.atro-dino@cptCore398i,
* McsEngl.relation-or-process-attribute@cptCore398i,
* McsEngl.non-object-attribute@cptCore398.2, {2011-09-19}
* McsEngl.objectNo-attribute@cptCore398.2, {2011-09-19}

_DEFINITION:
* ATRIBO_DINO is the atribo which is a dino#cptCore399#.
[hmnSngo.2007-09-25_KasNik]

Every attribute of an entity has an analogous (coresponding) STATE with the entity.
[hmnSngo.2002-06-05_nikkas]

_DESCRIPTION:
It is the characteristic-of-entity which is NOT 'doing' or 'relation'.
[hmnSngo.2013-11-15]

_SPECIFIC:
* atribo-deino,
* atribo-duino,

att.COMPLEMENT

_CREATED: {1998-08-14}

name::
* McsEngl.att.COMPLEMENT,
* McsEngl.conceptCore1035,
* McsEngl.complement,
* McsEngl.complement-attribute@cptCore1035, {2008-11-30}
* McsEngl.complement-entity,
* McsEngl.complement'entity@cptCore1035,
* McsEngl.complement-concept,

* McsEngl.clt,
* McsEngl.conceptCore1035,
====== lagoSINAGO:
* McsSngo.uo,
* McsEngl.uo@lagoSngo, {2010-06-21}
* McsEngl.kompletealo@lagoSngo, {2006-12-10}
* McsEngl.argumeno'kompleteino@lagoSngo,
====== lagoGreek:
* McsElln.ΣΥΜΠΛΗΡΩΜΑΤΙΚΗ-ΟΝΤΟΤΗΤΑ,
* McsElln.ΣΥΜΠΛΗΡΩΜΑΤΙΚΗ-ΕΝΝΟΙΑ,

NOTE:
kompleTealo from "complete" the whole. CompleMent is something additional.
[hmnSngo.2006-12-10_nikkas]

att.DISTINGUISHING

_CREATED: {2012-12-15}

name::
* McsEngl.att.DISTINGUISHING,
* McsEngl.conceptCore398.7,
* McsEngl.distinguishing-attribute@cptCore398.7, {2012-12-15}
* McsEngl.identifying-characteristic@cptCore398.7, {2012-12-15}
* McsEngl.trait@cptCore398.7, {2012-12-15}

_DESCRIPTION:
trait (plural traits)
* an identifying characteristic, habit or trend [quotations ?]
* (computing, programming) In object-oriented programming, an uninstantiable collection of methods that provides functionality to a class by using the class’s own interface.
[http://en.wiktionary.org/wiki/trait]

att.DISTINGUISHING.NO

_CREATED: {2014-02-14}

name::
* McsEngl.att.DISTINGUISHING.NO,

att.DOING-of-entity#cptCore684.18#

name::
* McsEngl.att.DOING-of-entity,

att.structure-of-entity#cptCore515#

name::
* McsEngl.att.structure-of-entity,

att.ESSENSIAL

name::
* McsEngl.att.ESSENSIAL,

att.ESSENSIAL.ΝΟ

name::
* McsEngl.att.ESSENSIAL.ΝΟ,

att.GENERIC-CONCEPT

_CREATED: {2014-03-04}

name::
* McsEngl.att.GENERIC-CONCEPT,
* McsEngl.generic-concept-of-entity,

_DESCRIPTION:
Generic-attribute of the attributes of an entity is an attribute which is a generic-concept.
This implies that the entity is generic and putting instances on this generic-attribute we create specific or instances of the entity.
[hmnSngo.2014-03-04]
===
A generic-attribute-of-a-concept is an attribute of a generic-concept that appears in all specifics of the generic-concept.
[hknu2009-07-05]

att.GENERIC-OF-ENTITY

_CREATED: {2009-07-06}

name::
* McsEngl.att.GENERIC-OF-ENTITY,
* McsEngl.conceptCore398.4,
* McsEngl.generic-attribute-of-entity, {2014-03-04}
* McsEngl.general-attribute@cptCore398.4,
* McsEngl.generic-attribute@cptCore398.4,

_DEFINITION:
A generic-attribute of conceptX is a generic-concept of conceptX.
[hmnSngo.2011-09-19]

att.INHERITED-FROM

_CREATED: {2009-06-03}

name::
* McsEngl.att.INHERITED-FROM,
* McsEngl.inherited-from,
* McsEngl.inheritedfrom,
* McsEngl.attribute.generic,
* McsEngl.attribute.inherited,
* McsEngl.generic-attribute-of-concept, {2017-09-30}
* McsEngl.specific-attribute@cptCore398i, {2009-07-06}
* McsEngl.inherited-attribute,

_DESCRIPTION:
It is the attribute-of-cptS that is attribute and of the cptG which is generic to cptS.
CptG "inherites" attributes to cptS.
CptG is the "inheritor" of the inherited-attribute of cptS.
[hmnSngo.2009-06-03]

_SPECIFIC:
* McsEngl.inherited_to,
* McsEngl.inherited_toN,

att.INHERITED-FROM.NO

name::
* McsEngl.att.INHERITED-FROM.NO,
* McsEngl.inherited-fromNo,
* McsEngl.inheritedfromNo,
* McsEngl.attribute.genericNo,
* McsEngl.attribute.instance,
* McsEngl.instance-attribute-of-concept, {2017-09-30}
* McsEngl.non-inherited-attribute-of-entity,
* McsEngl.own-attribute-of-entity,

_DESCRIPTION:
Instance-attribute-of-concept is an-attribute not inherited from a-generic.
[hmnSngo.2017-09-30]

att.INHERITING-TO

_CREATED: {2017-09-29}

name::
* McsEngl.att.INHERITING-TO,
* McsEngl.inheriting-to,
* McsEngl.inheritingto,
* McsEngl.attribute.specific,
* McsEngl.inheriting-attribute,
* McsEngl.inheriting-to-specific-attribute,
* McsEngl.specific-attribute-of-concept, {2017-09-30}

_DESCRIPTION:
Specific-attribute of concept[1] is an-attribute of concept[1] inherited TO a-specific of it[1].
[hmnSngo.2017-09-30]
===
Inheriting-to-specific is an-attribute of a-concept-x that is an-attribute and in the-specific-concepts of concept-x.
[hmnSngo.2017-09-29]

_SPECIFIC:
* sg-specificGeneric,
* sgN-specificGenericNo,

att.INHERITING-TO.NO

_CREATED: {2017-09-30}

name::
* McsEngl.att.INHERITING-TO.NO,
* McsEngl.inheritingtoNo,
* McsEngl.inheriting-toNo,
* McsEngl.attribute.specificNo,
* McsEngl.inheritingNo-attribute,
* McsEngl.inheritingNo-to-specific-attribute,
* McsEngl.specificNo-attribute-of-concept, {2017-09-30}

_DESCRIPTION:
SpecificNo-attribute of concept[1] is an-attribute of concept[1] NOT inherited TO a-specific of it[1].
[hmnSngo.2017-09-30]

_SPECIFIC:
* sNg-specificNoGeneric,
* sNgN-specificNoGenericNo,

att.PART-OF-ENTITY (internal)

name::
* McsEngl.att.PART-OF-ENTITY (internal),
* McsEngl.conceptCore869,
* McsEngl.attributal@cptCore869, {2012-11-04}
* McsEngl.attributeInternal@cptCore869, {2011-09-19}
* McsEngl.attributePart@cptCore869, {2011-09-19}
* McsEngl.containee,
* McsEngl.part-attribute-of-entity@cptCore869, {2008-10-05}
* McsEngl.attribute.internal@cptCore869,
* McsEngl.element, {2003-02-16}
* McsEngl.entity.attribute.part@cptCore869,
* McsEngl.internal'attribute@cptCore869,
* McsEngl.part-attribute@cptCore869,
* McsEngl.part-of-entity,
* McsEngl.attPar@cptCore869, {2012-04-29}
====== lagoSINAGO:
* McsEngl.olosParto@lagoSngo, {2014-04-18}
* McsEngl.osoParto@lagoSngo, {2014-04-18}
* McsEngl.eoDo@lagoSngo, {2008-10-05}
* McsEngl.osDo@lagoSngo,
* McsEngl.ao'do@lagoSngo, {2008-08-19}
* McsEngl.atro-eso@lagoSngo, {2008-06-29}
* McsEngl.parto@lagoSngo, {2006-11-23}
* McsEngl.atribo'parto@lagoSngo,
* McsEngl.atribo'interno@lagoSngo,
====== lagoGreek:
* McsElln.μερικό,
* McsElln.ΜΕΡΟΣ@cptCore869,
====== lagoEsperanto:
* McsEngl.parto@lagoEspo,
* McsEspo.parto,
====== lagoChinese:
bu4fen4; part (of a whole); piece; section; share; shell (Unix)
bu4; ministry; department; section; part; division; troops; board; (a measure word); (a measure word for works of literature, films, machines, etc.)
fen4; (a measure word for gifts, copies of a newspaper); copy (of newspaper, magazine, etc.); share; portion; part; (a measure word)

att.PART.NO (ENVIRONMENT | external)

_CREATED: {2003-02-27}

name::
* McsEngl.att.PART.NO (ENVIRONMENT | external),
* McsEngl.conceptCore398.1,
* McsEngl.entity.attribute.partNo@cptCore398.1, {2012-08-09}
* McsEngl.environment-attribute,
* McsEngl.external-attribute,
* McsEngl.attributeExternal,
* McsEngl.partNo-attribute,
====== lagoSINAGO:
* McsSngo.osoLoUo,
* McsEngl.osoLoUo@lagoSngo, {2014-04-18}
* McsEngl.osoRo@lagoSngo@lagoSngo, {2014-04-18}
* McsEngl.LoUo@lagoSngo@lagoSngo, {2014-04-18}
* McsEngl.Ro@lagoSngo@lagoSngo, {2014-04-18}
* McsEngl.ao'to@lagoSngo, {2008-08-19}
* McsEngl.atro-ezo@lagoSngo, {2008-06-29}
* McsEngl.autatribo@lagoSngo,
* McsEngl.atribo'auterno@lagoSngo,
* McsEngl.partoco@lagoSngo,

_DEFINITION:
* EXTERNAL-ATTRIBUTE is any attribute which is NOT internal.
[hmnSngo.2003-02-27_nikkas]

_SPECIFIC:
* Whole (ATRO_TUTO#cptCore780#
* Environment ATRO_TUDO#cptCore932#
===
* GENERIC-ATTRIBUTE-OF-ENTITY#cptCore50.29.10#
* SPECIFIC-ATTRIBUTE-OF-ENTITY#cptCore768#

att.PartNo.WHOLE.NO-ENTITY

name::
* McsEngl.att.PartNo.WHOLE.NO-ENTITY,
* McsEngl.conceptCore932,
* McsEngl.entity.attribute.partNo.wholeNo@cptCore932, {2012-08-12}

* McsEngl.environment,
* McsEngl.envt,
* McsEngl.att.environment,
* McsEngl.environment-entity,
* McsEngl.environment-attribute,
* McsEngl.environmental-entity,
* McsEngl.whole-external-attributes,
* McsEngl.attribute.external,
* McsEngl.external-attribute,
====== lagoSINAGO:
* McsEngl.ao'to'ro@lagoSngo, {2008-08-19}
* McsEngl.atro-tudo@lagoSngo, {2008-06-29}
* McsEngl.atribo'envio@lagoSngo,
* McsEngl.envio@lagoSngo,
====== lagoGreek:
* McsElln.ΠΕΡΙΒΑΛΛΟΝΤΙΚΟ-ΧΑΡΑΚΤΗΡΙΣΤΙΚΟ,
* McsElln.ΠΕΡΙΒΑΛΛΟΝ-ΟΝΤΟΤΗΤΑΣ,
* McsElln.ΠΕΡΙΒΑΛΛΟΝ@cptCore932,
* McsElln.ΕΞΩΤΕΡΙΚΑ-ΧΑΡΑΚΤΗΡΙΣΤΙΚΑ-ΟΛΟΤΗΤΑΣ,
* McsElln.ΠΕΡΙΒΑΛΛΟΝ-ΟΛΟΤΗΤΑΣ,
====== lagoEsperanto:
* McsEngl.medio@lagoEspo,
* McsEspo.medio,
* McsEngl.cxirkauxajxo@lagoEspo,
* McsEspo.cxirkauxajxo,

att.PartNo.WHOLE-OF-ENTITY

name::
* McsEngl.att.PartNo.WHOLE-OF-ENTITY,
* McsEngl.conceptCore780,
* McsEngl.entity.attribute.partNo.whole@cptCore780, {2012-08-12}

* McsEngl.whole-of-entity,
* McsEngl.att.whole,
* McsEngl.attributeWhole@cptCore780, {2011-09-19}
* McsEngl.attrWhole@cptCore780, {2011-09-19}
* McsEngl.whole-attribute@cptCore780, {2008-09-16}
* McsEngl.aggregation,
* McsEngl.organization, {2003-08-20}
* McsEngl.union,
* McsEngl.whole-attribute@cptCore780,
* McsEngl.collection,
* McsEngl.structured-information-whole,
* McsEngl.concept-ENTITY,
* McsEngl.partNo.whole-attribute, {1997-09-28}
* McsEngl.whole-of-structured'information@cptCore780,
====== lagoSINAGO:
* McsEngl.eo'to'lo@lagoSngo, {2008-08-19}
* McsEngl.atro-tuto@lagoSngo, {2008-06-29}
* McsEngl.tuto@lagoSngo, (tut-eano, tut-e, tut-o, tuta) {2008-06-26}
* McsEngl.tutepto@lagoSngo, {2007-12-16}
* McsEngl.tuto@lagoSngo,
====== lagoGreek:
* McsElln.ΟΛΟ; ΟΛΟΥ,
* McsElln.ΟΛΟΤΗΤΑ@cptCore780-Η,
* McsElln.ΔΟΜΗΜΕΝΗΣ-ΠΛΗΡΟΦΟΡΙΑΣ-ΟΛΟΤΗΤΑ,
* McsElln.ΟΛΟΤΗΤΑ'ΔΟΜΗΜΕΝΗΣ'ΠΛΗΡΟΦΟΡΙΑΣ@cptCore780,
====== lagoEsperanto:
* McsEngl.tuto@lagoEspo,
* McsEspo.tuto,

Creating a group or a system we say that ORGANIZE an entity.
[2003-08-20]

att.SPECIFIC

name::
* McsEngl.att.SPECIFIC,
* McsEngl.conceptCore768,
* McsEngl.attribute.specific,
* McsEngl.specific@cptCore768,
* McsEngl.specific-of-entity@cptCore768, {2009-12-10}
* McsEngl.specific-attribute-of-entity@cptCore768, {2009-12-10}
* McsEngl.specific-attribute@cptCore768,
* McsEngl.form,
* McsEngl.kind,
* McsEngl.subconcept,
* McsEngl.subgeneral-concept,
* McsEngl.specific,
* McsEngl.specific-concept-of-concept,
* McsEngl.subgeneral,
* McsEngl.subspecific,
* McsEngl.type,
* McsEngl.spc, {2014-04-03}
====== lagoSINAGO:
* McsEngl.ao'bo@lagoSngo, {2008-08-19}
* McsEngl.atro-spo@lagoSngo, (atro_sp-eano, atro_sp-e) {2008-06-29}
* McsEngl.specifo@lagoSngo, {2008-06-26}
* McsEngl.specifepto@lagoSngo, {2007-11-10}
* McsEngl.spesifepto@lagoSngo, {2006-12-08}
* McsEngl.specifepto@lagoSngo, {2006-12-01}
* McsEngl.specifo@lagoSngo, {2006-11-28}
* McsEngl.specifiko@lagoSngo, {2006-10-25}
====== lagoGreek:
* McsElln.ΕΙΔΟΣ,
* McsElln.ειδικό,
====== lagoEsperanto:
* McsEngl.specifa@lagoEspo,
* McsEngl.specifa@lagoEspo,
* McsEspo.specifa,
* McsEngl.specifika@lagoEspo,
* McsEngl.specifika@lagoEspo,
* McsEspo.specifika,

particular:
wordnet set it as synonym of specific and part.
===
* ΜΕΡΙΚΗ_ΕΝΝΟΙΑ,
* ΜΕΡΙΚΟ,
* Υπάρχει σε πολλούς ταύτιση μερικού|ειδικού.

The word 'SUBgeneral' is a hoax because points out to 'SUPERgeneral' and super-sub denote a system-hierarchy which is very diferent from the 'general-specific hierarchy'.
[hmnSngo.2001-02-02_nikkas]

chcSpc'EXPRESSION:
English:
1) a new name:
2) adjective and noun: a good man.
3) of: the car of John.
4) 's: John's car.

KOMON:
1) generic-attribute: man-good. 2004-09-12
= a man with the good attribute.

att.SPECIFIC.NO

_CREATED: {2013-11-15}

name::
* McsEngl.att.SPECIFIC.NO,
* McsEngl.conceptCore398.8,
* McsEngl.non-specific-characteristic-of-entity,

_DESCRIPTION:
Any characteristic other than 'specifics'.
Folioviews-notation: entity'characteristic.
[hmnSngo.2013-11-15]

att.EVOLUTING#cptCore546.171#

name::
* McsEngl.att.EVOLUTING,

2003-04-20:
* I merged with this concept the "abstract#cptCore767#" concept, in terms of getmanova, something we don't perceive independent of something else.

order'SPECIFEFINO:

name::
* McsEngl.order'SPECIFEFINO:,
* McsEngl.FIRST,
* McsEngl.1st,
* McsEngl.1ος,
* McsElln.ΠΡΩΤΟΣ,
* McsEngl.noun-orderer, {2003-11-24}
* McsEngl.ordinal'numeral,
* McsEngl.numeral.ordinal,
* McsElln.ΤΑΚΤΙΚΟ-ΑΡΙΘΜΗΤΙΚΟ,
* McsEngl.noun-order,

=== _NOTES: It denotes an entity without naming it.

τακτικό_αριθμητικό_μγ01:
Τα τακτικά αριθμητικά φανερώνουν τη θέση που παίρνει κάτι σε μια σειρά από όμοια πράγματα:
· _stxElln: ο ιούνιος είναι ο ΕΚΤΟΣ μήνας.
[ΝΕΟΕΛΛΗΝΙΚΗ ΓΡΑΜΜΑΤΙΚΗ, ΟΕΔΒ 1987, 123#cptResource310#]

· _stxEngl: This is the first public version of this document.
· _stxElln: Σας είπα όμως και πριν ότι ο πρώτος λόγος ήταν η ιδέα για το Μοναστηράκι.
· _stxElln: Ηταν ο πρώτος φίλος μου.
· _stxElln: Ο Louis Pasteur πρώτος αποκήρυξε τον ρόλο του επιστήμονα-μυστικιστή.
2nd: 2ος:

SECOND:
* ΔΕΥΤΕΡΟΣ:
- Ο δεύτερος παράγοντας είναι η οικουμενική άνθηση των τελευταίων χρόνων.

NEXT:
* ADNOUNER:
* ΕΠΟΜΕΝΟΣ:
- [Ian] will be working on @the computer system@ for @the next two weeks@.
* ADVERB:

THIS|CURRENT:

PREVIOUS:

LAST:
* ΤΕΛΕΥΤΑΙΟΣ,

order.ENGLISH-KONCEPTETO

_CREATED: {2008-02-12}

name::
* McsEngl.order.ENGLISH-KONCEPTETO,

* ORDER#ql:order.english_koncepteto# (type):
* en'pont142.Order.First:    an: first.183,
* en'pont143.Order.Second:    an: second.184,
* en'pont144.Order.Third:
* en'pont145.Order.Forth:
* en'pont146.Order.Fifth:
* en'pont147.Order.Sixth:
* en'pont148.Order.Seventh:
* en'pont149.Order.Eighth:
* en'pont150.Order.Ninth:
* en'pont151.Order.Tenth:
* en'pont152.Order.Eleventh:
* en'pont153.Order.Twelfth:
* en'pont154.Order.Thirteenth:
....
* en'pont155.Order.Last:      an: last.185,

* en'pont156.Order.previous:
* en'pont157.Order.next:

structure'setConceptName#cptCore653#

name::
* McsEngl.structure'setConceptName,

Noun
* S: (n) structure, construction (a thing constructed; a complex entity constructed of many parts) "the structure consisted of a series of arches"; "she wore her hair in an amazing construction of whirls and ribbons"
* S: (n) structure (the manner of construction of something and the arrangement of its parts) "artists must study the structure of the human body"; "the structure of the benzene molecule"
* S: (n) structure (the complex composition of knowledge as elements and their combinations) "his lectures have no structure"
* S: (n) structure, anatomical structure, complex body part, bodily structure, body structure (a particular complex anatomical part of a living thing) "he has good bone structure"
* S: (n) social organization, social organisation, social structure, social system, structure (the people in a society considered as a system organized by a characteristic pattern of relationships) "the social organization of England and America is very different"; "sociologists have studied the changing structure of the family"

Verb
* S: (v) structure (give a structure to) "I need to structure my days"
[wn, 2008-01-14]

Structure is a fundamental and sometimes intangible notion covering the recognition, observation, nature, and stability of patterns and relationships of entities. From a child's verbal description of a snowflake, to the detailed scientific analysis of the properties of magnetic fields, the concept of structure is an essential foundation of nearly every mode of inquiry and discovery in science, philosophy, and art.[1]
[http://en.wikipedia.org/wiki/Structure]

DEFINITION

Every structure-of-entity is composed of nodes and relations (non-nodes). BUT a node could be ANY entity (body, relation, doing).
An attribute-of-entity is any node or non-node of the entity.
[hmnSngo.2012-10-27]

     argument  argumentNo
timePoint:  structure  relation
timeInterval:  system  process
[hmnSngo.2012-04-13]

A structure is a PROPERTY#cptCore869.1# of a whole-entity#cptCore476#.
[hmnSngo.2012-04-13]

     argument  argumentNo
timePoint:  structure  relation
timeInterval:  system  process
[hmnSngo.2012-04-13]

Structure is a relation[epistem546#cptCore546#] plus its arguments.
===
Structure is the time-point stages of a process.
- object relation object
[hmnSngo.2012-03-12]

System is a STRUCTURE (518) >PLUS< its processes (475).
[hmnSngo.2011-05-04]

Structure-of-entity is the relations with other-entities (=attributes#cptCore398#) of the entity.
Structure-entity is the entity that is comprised of RELATIONS(=undefined) with other-strucures (=objects).
Process-entity is the entity that is a CHANGE(=undefined) of one structure.
[hmnSngo.2011-03-16]

structure = network
[hmnSngo.2011-07-27]

Structure-of-entity is the objects#cptCore538# and the relations of the entity.
[hknu2011-02-09]

structure'GENERIC

_GENERIC:
* entity.attribute_of_entity#cptCore398# (strukturo is not a PART of an entity)
* category#cptCore50.29.11#

Because it is not a specific attribute, I will place it at the end in a sensorial_koncepto.
[hmnSngo.2008-01-10_KasNik]

structure'WHOLE

_WHOLE:
* sympan#cptCore92#
* sympan'system#cptCore765# having 'internal-structure' is a system. 2012-08-18,
* sympan'entity#cptCore387# 2012-08-18, 2012-07-30,
* entity#cptCore387# {2012-05-15}

structure'wholeNo-relation#cptCore546.15#

name::
* McsEngl.structure'wholeNo-relation,

structure'attribute#cptCore546.174#

name::
* McsEngl.structure'attribute,

_ATTRIBUTE.structure:
* entity
* entity_structure_relation
* evoluting#cptCore725#
* node#cptCore515.4#
* nodeNo#cptCore515.5#

_SPECIFIC_DIVISION.RELATION:
* node#cptCore515.4#
* nodeNo#cptCore515.5#

structure'OTHER-VIEW#cptCore505#

name::
* McsEngl.structure'OTHER-VIEW,

_OTHER_VIEW:
* math-graph-theory#cptCore89.37#
* GRAPH (MATH)#cptCore471.1#
* NETWORK (MATH)#cptCore471.6#

structure'node

_CREATED: {2012-06-07}

name::
* McsEngl.structure'node,
* McsEngl.conceptCore515.4,
* McsEngl.entity.attribute.node@cptCore515.4, {2012-08-19}
* McsEngl.entity.node@cptCore515.4@deleted, {2012-08-10}

* McsEngl.nado@cptCore515.4, {2012-08-24}
* McsEngl.node@cptCore515.4, {2012-08-07}
* McsEngl.node-of-structure@cptCore515.4,
* McsEngl.structural-unit@cptCore515.4, {2012-08-18} [wikipedia]

(= body.attribute@cptCore398.3)

_GENERIC:
* entity#cptCore387#
* entity.body#cptCore538# {2012-08-15}

_DESCRIPTION:
Node is ANY ATTRIBUTE of a structure of an entity.
[hmnSngo.2012-08-15]
===
The nodes of a structure-of-entity are the non-doing-and-relations ATTRIBUTES of the entity which structure we talk about!!!
[hmnSngo.2012-08-07]
===
A structure-of-entity is comprised of nodes and relations among them.
The internal-nodes and relations IS the entity.
A structure-of-entity is not a part of it.
[hmnSngo.2012-06-07]

structure'nodeNo (relation)

_CREATED: {2012-08-15}

name::
* McsEngl.structure'nodeNo (relation),
* McsEngl.conceptCore515.5,
* McsEngl.entity.attribute.NodeNo@cptCore515.5, {2012-08-19}

_GENERIC:
* entity.bodyNo.relation#cptCore546#

_DESCRIPTION:
It is a RELATION between the nodes IN A STRUCTURE.
[hmnSngo.2012-08-15]

structure'specific-complement

name::
* McsEngl.structure'specific-complement,

_DESCRIPTION:
* doing-of-entity#ql:doing_of_entity@cptCore#
[hmnSngo.2014-04-14]
===
There is NO specific-complement for the 'structure-of-entity'.
[hmnSngo.2012-08-18]
===
relation & process
structure & system (relation & process & arguments)
[hmnSngo.2012-03-22]
===
* doing#cptCore475#

SPECIFIC

name::
* McsEngl.structure.specific,

_SPECIFIC: structure.alphabetically:
* structure.economic#cptCore515.2#
* structure.network
* structure.part#cptCore515.6#
* structure.partlNo#cptCore515.7#
* structure.state#cptCore515.3#
* structure.tree#cptCore1133#
* structure.treeNo#cptCore515.1#

_SPECIFIC: structure.SPECIFIC_DIVISION.LEVELS_OF_COMPLEXITY:
_Created: 2007-12-19 | 2003-02-17]
* structure.tree (hierarchy)#cptCore1133#
* structure.treeNo (mono-level)#cptCore515.1#

structure.COMPLEX

_CREATED: {2012-09-03}

name::
* McsEngl.structure.COMPLEX,
* McsEngl.conceptCore515.12,
* McsEngl.complex-structure@cptCore515.12, {2012-09-03}
* McsEngl.complexity@cptCore515.12, {2012-09-03}

_DESCRIPTION:
Richard Branson
Complexity is your enemy. Any fool can make something complicated. It is hard to make something simple http://virg.in/cye.
[google+, 2012-09-03]

structure.ECONOMIC

name::
* McsEngl.structure.ECONOMIC,
* McsEngl.conceptCore515.2,
* McsEngl.conceptEconomy207,
* McsEngl.structure.economic@cptEconomy207, {2011-03-23}
* McsEngl.economic-structure@cptCore515.2, {2011-03-23}
* McsEngl.economic-object@cptEconomy207,
* McsEngl.economy-element,
* McsEngl.strrEcn@cptCore515.2, {2012-04-23}
====== lagoGreek:
* McsElln.ΑΝΤΙΚΕΙΜΕΝΟ-ΟΙΚΟΝΟΜΙΑΣ,
* McsElln.ΑΝΤΙΚΕΙΜΕΝΟ.ΟΙΚΟΝΟΜΙΚΟ@cptEconomy207,
* McsElln.ΟΙΚΟΝΟΜΙΚΟ-ΑΝΤΙΚΕΙΜΕΝΟ,
* McsElln.ΟΙΚΟΝΟΜΙΚΟ'ΑΝΤΙΚΕΙΜΕΝΟ@cptEconomy207,
* McsElln.ΣΤΟΙΧΕΙΟ-ΤΗΣ-ΟΙΚΟΝΟΜΙΑΣ,

structure.PART

_CREATED: {2012-08-04}

name::
* McsEngl.structure.PART,
* McsEngl.conceptCore515.6,
* McsEngl.internal-structure@cptCore515.6, {2012-08-04}

_DESCRIPTION:
Internal-structure-of-entity is the structure of ALL part-attributes#cptCore869# of an entity.
[hmnSngo.2012-08-04]

structure.PART.NO

_CREATED: {2012-08-07}

name::
* McsEngl.structure.PART.NO,
* McsEngl.conceptCore515.7,
* McsEngl.internalNo-structure@cptCore515.7, {2012-08-07}

_DESCRIPTION:
The structure of non-part attributes of an entity.
[hmnSngo.2012-08-07]

structure.STATE#cptCore725.6#

name::
* McsEngl.structure.STATE,

structure.TREE#cptCore1133#

name::
* McsEngl.structure.TREE,

structure.TREE.NO (flat)

_CREATED: 2007-12-19; {2007-12-17}

name::
* McsEngl.structure.TREE.NO (flat),
* McsEngl.conceptCore515.1,
* McsEngl.flat-structure@cptCore515.1, {2012-04-27}
* McsEngl.monolevel-structure@cptCore515.1, {2012-04-29}
* McsEngl.non-tree-structure@cptCore515.1, {2007-12-19}
* McsEngl.structure.flat@cptCore515.1, {2012-04-29}
====== lagoSINAGO:
* McsEngl.treepto-co@lagoSngo,

_DEFINITION:
* TREEPTO_CO is any entepto that is not a treepto.
[hmnSngo.2007-12-17_KasNik]

entity'age

name::
* McsEngl.entity'age,

entity'creation-time

name::
* McsEngl.entity'creation-time,

entity'decomposition-time

name::
* McsEngl.entity'decomposition-time,

entity'lifetime#cptCore384.8#

name::
* McsEngl.entity'lifetime,
* McsEngl.life-time-of-entity@cptCore576,
* McsEngl.lifespan-of-entity@cptCore576,
* McsEngl.lifetime,
====== lagoGreek:
* McsElln.διάρκεια-ζωής-οντότητας,
* McsElln.εν.ΔΙΑΡΚΕΙΑ-ΖΩΗΣ-ΟΝΤΟΤΗΤΑΣ,

entity'longevity

name::
* McsEngl.entity'longevity,
* McsEngl.longevity,
====== lagoGreek:
* McsElln.μακροβιότητα,

entity and concept and structured-concept

name::
* McsEngl.conceptCore387.1,
* McsEngl.entity'and'concept@cptCore387.1,
* McsEngl.entity'relation-to-concept,
* McsEngl.konsepto'and'entepto@cptCore387.1,
* McsEngl.concept'and'entity@cptCore387.1,
* McsEngl.concept'and'entito@cptCore387.1,
* McsEngl.entepto'and'concept@cptCore387.1,
* McsEngl.entepto'and'koncepto@cptCore387.1,

The "entity" and the "concept" and everything we understand and communicate are concepts. The difference is its "referent".
The referent of "entity" is anything brain-constructs or not, but the referent of "concept" is only other concepts (= brain constructs).
[hmnSngo.2011-09-19]

The "entity" and the "concept (of concepts)" have a "referent-concept" relation. The "entity" is a construction of my brain, an individual concept. The same is, "a construction of my brain", and all other entities I perceive. The referents of all these entities are NOT constructs of my brain.
On the other hand, because "entity" is the most generic of all entities (as I defined it), the "concept" is a SPECIFIC entity. The "concept" is a special-entity with these 2 relations with entity.
The expression "the entity IS a concept" does NOT mean that the entity is a specific concept.
[hmnSngo.2009-09-04]

The "entity" is an element of the referent-of-concept, THEN it is a concept, then must have the attributes of a concept.
The "concept" is a specific entity, THEN must have the attributes of "entity".
[hknu2009-06-20]

The referent of "concept" is all other concepts.
The referent of "entity" is anything, the concepts we created and the entities that exist.
The referent of "SensorialConcept" is any SensorialConcept we have created.
[hmnSngo.2009-04-12]

The "entity" is a part of the referent of "concept" (= the concept of concepts).
The "entity" is the most generic in Sympan-SubWorldView.
The "concept" is the most generic in MetaConcept-SubWorldView.
The "SensorialConcept" is a mapping of "concept" and is the most generic in SensorialMetaConcept-SubWorldView.
[hmnSngo.2009-03-31]

The problem, from the underneath logo, is caused because we use the verb "is" with diferent meanings.
[hmnSngo.2002-08-07_nikkas]

The entity-concept is the most generic-concept OF THE CONCEPTS of generic-specific-hierarchy of concepts we have created to understand our environment.
[hmnSngo.2002-08-07_nikkas]

People communicate with concepts, not with the referents-of-these-concepts.
[hmnSngo.2002-07-19_nikkas]

ENTITY is the most generic concept of the referents of concept "concept". Then we must not put the "concept" in this generic-hierarchy.
[hmnSngo.2002-06-06_nikkas]
* entepto is a protoconcept, koncepto is a metaconcepto.
[hmnSngo.2007-11-01_KasNik]

The entity-cpt is a concept = the 'entity-cpt' is a REFERENT of concept 'concept' as 'my-car' is a referent of concept 'car'.

We organize ONLY CONCEPTS in a generic-specific-hierarchy, not their referents.

A cptB is specific of cptA ***IF*** the attributes of cptA are attr and of cptB ***AND*** the referent of cptB is a subset of the referent of cptA, eg cptCar is specific of cptVehicle.
THEN
the cptEntity is NOT a specific of cptConcept because the referents of cptEntity is not a subset of cptConcept.

Concepts and Referents are organized in a PART-WHOLE-HIERARCHY.
[hmnSngo.2001-03-07_nikkas]

With the word 'entity' we mean 2 entities:
a) any ENTITY-REFERENT and
b) the ENTITY-CONCEPT.

We MAP the entity-referent with concept and create statements and conceptual-information. The entity-referent is NOT a specific of concept. The concept is a specific of entity-referent.

The entity-concept is a specific of concept.
[hmnSngo.2001-01-23_nikkas]

The entity is a concept. BUT the entity is NOT a specific of 'concept' because the referent of 'entity' is not a subset of the referent of 'concept'.
[hmnSngo.2001-01-01_nikkas]

ENTITY is the most general-concept. 'Entity' IS NOT a subgeneral of 'concept' because we defined as 'entity' as the generalization of 'mental' and 'material' and the 'concept' is something mental.
[hmnSngo.2000-09-27_nikkas]

CLARIFICATION of very-complex relations:
1. Everything in my scs-kb is a 'structured-concept'. From this point of view the concept 'entity', is a 'structured-concept'. THEN 'entity' is a subgeneral-concept of 'structured-concept'.
2. Because 'entity' has as referent anything mental or material, truth or falsh, abstract or concrete etc
THEN the 'structured-concept' is a subgeneral-concept of 'entity'.
[hmnSngo.1997-10-28_nikos]

* 2 is wrong. The 'entity' is NOT specific of 'sc' BECAUSE the referent of 'entity' is not a subset of the referent of the 'sc'.
[hmnSngo.2001-04-26_nikkas]

* 'entity' and 'sc' have referent-concept relation. The 'entity' is the most generic concept of all concepts that are the referents of 'sc'.
[hmnSngo.2002-06-16_nikkas]

entity-and-Math-Graph

name::
* McsEngl.entity-and-Math-Graph,
* McsEngl.math-graph'and'entepto@cptCore387i,
* McsEngl.graph'and'entepto@cptCore387i,
* McsEngl.math-graph'and'koncepto@cptCore387i,
* McsEngl.graph'and'koncepto@cptCore387i,

_DESCRIPTION:
Enteptos (and konceptos) as entities with attributes can be represented as math_graphs with more attributes.
[hmnSngo.2007-12-17_KasNik]

entity'measure#cptCore88#

name::
* McsEngl.entity'measure,

many#cptCore88-2#

Αφού η οντότητα είναι έννοια έχει αναφερόμενο. Αν το αναφερόμενο είναι ΜΟΝΑΔΙΚΟ τοτε η οντότητα ονομάζεται ΣΥΓΚΕΚΡΙΜΕΝΗ,
[hmnSngo.1994.09_nikos]

entity'REFEREINO#cptCore546.79#

name::
* McsEngl.entity'REFEREINO,

_DEFINITION:
The referento of entepto contains "infinite" entities, but the referento of simbanepto has one entity the universe.
[hmnSngo.2007-12-17_KasNik]

* In the referent of concept 'entity', there is AND itself.
[hmnSngo.1997-10-28_nikos]

_GENERIC:
* REFERENTO#cptCore181.68#

NAME

name::
* McsEngl.entity'doing.EVOLUTING,
* McsEngl.conceptCore725,
* McsEngl.doing.475.290,
* McsEngl.entity'evoluting@cptCore725,
* McsEngl.evolution-of-entity@cptCore725,
* McsEngl.development,
* McsEngl.evg, {2017-03-23}
* McsEngl.evn, {2017-03-17}
* McsEngl.evoluting@cptCore725,
* McsEngl.evolution@cptCore725,
* McsEngl.evolution,
* McsEngl.life-cyle-of-entity@cptCore725,
====== lagoSINAGO:
* McsEngl.evoluino@lagoSngo,
====== lagoGreek:
* McsElln.ΤΟ_ΓΙΓΝΕΣΘΑΙ@cptCore725, {2009-09-04}
* McsElln.ΕΞΕΛΙΞΗ@cptCore725,
* McsElln.ΕΞΕΛΙΞΗ,
====== lagoEsperanto:
* McsEngl.evoluado@lagoEspo,
* McsEspo.evoluado,
* McsEngl.evoluo@lagoEspo,
* McsEspo.evoluo,
====== lagoChinese:
yan3hua4 (evolution)
yan3 (to develop; to evolve; to practice; to perform; to play; to act)
hua4 (to make into; to change into; -ization; to ... -ize; to transform)
====== lagoTurkish:
evrim,

_WIKIPEDIA: af:Evolusie, ar:????? ??????, bn:???????, zh-min-nan:Ian-hoa, bg:????????, ca:Evolucio, cs:Evoluce, cy:Esblygiad, da:Evolution (biologi), de:Evolution, et:Evolutsioon, el:Εξέλιξη (βιολογία), es:Evolucion biologica, eo:Evoluismo, fa:????? ?????, fr:Evolution (biologie), gl:Evolucion bioloxica, ka:????????, ko:??, hr:Evolucija, id:Evolusi, is:?rounarkenningin, it:Evoluzione, he:????????, la:Evolutio, lv:Evolucija, lb:Evolutioun, lt:Evoliucija, hu:Evolucio, mk:?????????, nl:Evolutie, ja:??, no:Evolusjon, uz:Evolutsiya, pt:Evolucao, pl:Ewolucja biologiczna, qu:Rikch'aqyay, ru:????????, simple:Evolution, sl:Evolucija, sr:????????? (?????????), su:Evolusi, fi:Evoluutio, sv:Evolution, th:??????????, vi:Ti?n hoa, tr:Evrim, uk:???????? (????????), yi:?????????, zh:??,

'ΚΙΝΗΣΗ' ονομάζεται στην 'υλιστική-διαλεκτική'.

DEFINITION

· evoluting is a-doing-attribute, not a-specific one because specifics behave like the-evolution of their generic.
{2019}

evoluting-of-entity could be:
a) evoluting of the whole entity, which are SPECIFICS of entity in time.
b) evoluting of other attributes (not specifics) of the entity which evoluting-attribute is part of these other attributes.
[hmnSngo.2015-07-16]

evoluting-of-entity are SPECIFICS of entity in time.
[hmnSngo.2015-07-04]

A description of the change of structure = time of entity.
[hmnSngo.2009-01-05]

evoluting'GENERIC

_GENERIC:
* entity.bodyNo.doing#cptCore475#

evoluting'WHOLE

_WHOLE:
* sympan'entity#cptCore387#
* OBJECT#cptCore538#

evoluting'Lifetime#cptCore576: attPar#

name::
* McsEngl.evoluting'Lifetime,

evoluting'evoluting#cptCore546.171#

name::
* McsEngl.evoluting'evoluting,

2002-09-05:
I merged the "evolution" and "evolutionary-process" concepts.
But, at the same time, I separated them again with a new thought about the "evolution" as a series of processes.

evoluting'timeinterval (stage)

_CREATED: {2012-11-24}

name::
* McsEngl.evoluting'timeinterval (stage),
* McsEngl.conceptCore725.5,
* McsEngl.doing.475.33,
* McsEngl.doing.evoluting.time-interval,
* McsEngl.EVOLUINO-INTERVAL,
* McsEngl.evolution-interval-475.33,
* McsEngl.evoluting's'part-475.33, {2006-01-06}
* McsEngl.evoluting-475.33, {2006-01-03}
* McsEngl.evoluting.timeinterval@cptCore725.5, {2012-11-24}
* McsEngl.evolutionary'doing-475.33,
* McsEngl.process.evolutionary-475.33,
* McsEngl.evolution-phase,
* McsEngl.evolution-stage,
* McsEngl.part'of'evolution-475.33,
* McsEngl.phase@cptCore725.5, {2012-11-24}
* McsEngl.phase-of-process-475.33,
* McsEngl.stage@cptCore725.5, {2012-11-24}
* McsEngl.stage-of-evolution@cptCore475.33, {2012-03-11}
* McsEngl.stage-of-evolution-475.33,
* McsEngl.staging@cptCore475.33, {2012-11-24}
* McsEngl.step-in-evoluting@cptCore475.33, {2012-08-19}
====== lagoSINAGO:
* McsEngl.staguino-475.33@lagoSngo,
====== lagoGreek:
* McsElln.ΣΤΑΔΙΟ-ΕΞΕΛΙΞΗΣ,
* McsElln.ΣΤΑΔΙΟ-475.33,
* McsElln.ΦΑΣΗ-ΕΞΕΛΙΞΗΣ,
* McsElln.ΦΑΣΗ-475.33,
====== lagoEsperanto:
* McsEngl.scenejo@lagoEspo,
* McsEspo.scenejo,
* McsEngl.stadio@lagoEspo,
* McsEspo.stadio,
* McsEngl.estrado@lagoEspo,
* McsEspo.estrado,
* McsEngl.etapo@lagoEspo,
* McsEspo.etapo,
* McsEngl.fazo@lagoEspo,
* McsEspo.fazo,
* McsEspo.stacio,

_GENERIC:
* entity.bodyNo.doing#cptCore475#

_WHOLE:
* Evolution#cptCore725#

_DEFINITION:
* EVOLUTIONARY-PROCESS is ANY process that occurs in the evolution#cptCore725.a# of an entity.
[hmnSngo.2002-07-21_nikkas]

* ΣΤΑΔΙΟ ΕΞΕΛΙΞΗΣ ΟΝΤΟΤΗΤΑΣ ονομάζω καθε κομμάτι της ΕΞΕΛΙΞΗΣ#cptCore725.a# της.
[hmnSngo.1995.03_nikos]

* The noun stage has 8 senses (first 7 from tagged texts)
1. (266) phase, stage -- (any distinct time period in a sequence of events; "we are in a transitional stage in which many former ideas must be revised or rejected")
2. (236) degree, level, stage, point -- (a specific identifiable position in a continuum or series or especially in a process; "a remarkable degree of frankness"; "at what stage are the social sciences?")
3. (205) stage -- (a large platform on which people can stand and can be seen by an audience; "he clambered up onto the stage and got the actors to help him into the box") 4. (153) stage -- (the theater as a profession (usually `the stage'); "an early movie simply showed a long kiss by two actors of the contemporary stage") 5. (68) stage -- (any scene regarded as a setting for exhibiting or doing something; "All the world's a stage"--Shakespeare; "it set the stage for peaceful negotiations") 6. (15) stagecoach, stage -- (a large coach-and-four formerly used to carry passengers and mail on regular routes between towns; "we went out of town together by stage about ten or twelve miles") 7. (10) stage, leg -- (a section or portion of a journey or course; "then we embarked on the second stage of our Caribbean cruise") 8. stage, microscope stage -- (a small platform on a microscope where the specimen is mounted for examination)
[WordNet 2.0]

===
* phase    
 1   phase; phases
  A phase is a particular stage in a process or in the gradual development of something.
   This autumn, 6000 residents will participate in the first phase of the project.
   The crisis is entering a crucial, critical phase.
   Most kids will go through a phase of being faddy about what they eat.
  N-COUNT
  = period
 2   phase; phases; phasing; phased
  If an action or change is phased over a period of time, it is done in stages.
   The redundancies will be phased over two years.
   Both countries agree on the need for a phased withdrawal of American forces from the Philippines.
  VB: usu passive
 
 3   phase
  If two things are out of phase with each other, they are not working or happening together as they should. If two things are in phase, they are working or occurring together as they should.
   With most insects, the middle leg on one side moves in phase with the front and back legs on the other side.
   ...uncomfortable jet-lag symptoms of indigestion and out-of-phase sleeping and waking.
  PHR: usu PHR after v, v-link PHR
 
(c) HarperCollins Publishers.

_SYNTAX.DOING:
1. DUENO= dutanolo or dutanolo.
2. OBJECT:

· _stxEngl: (_stxSbj=duinolo:... _stxVrb:... _stxArg=whom:... ):

· _stxEngl: ( _stxSbj:whom _stxVrb:... ):

_SYNTAX.DOING.ACTING:
1. ACTOR=
2. ACTION-PRODUCT= ENTITY-NEW= ENTITY#cptCore387#,
3. OBJECT2= ENTITY-OLD= ENTITY#cptCore387#

_SYNTAX.DOING.FUNCTING:
1. DUDINOLO-NEW= ENTITY#cptCore387#
2. FAKTENO-OLD= ENTITY#cptCore387#

· _stxEngl: (_stxSbj=dufanolo:... _stxVrb:stop ):
· _stxEngl: [the car] _sxtVrb:{stopped}. ==> stopped moving

evoluting'timepoint (state)

_CREATED: {2012-11-24} {2002-12-19}

name::
* McsEngl.evoluting'timepoint (state),
* McsEngl.conceptCore725.6,
* McsEngl.conceptCore515.3,
* McsEngl.evoluting.timepoint, {2012-11-24}
* McsEngl.structure-of-entity@cptCore518.1,
* McsEngl.timepoint'in'evolution@cptCore518.1,
* McsEngl.state-of-evoluting@cptCore518.1,
====== lagoSINAGO:
* McsEngl.stateino@lagoSngo, {2007-09-29}
====== lagoGreek:
* McsElln.ΚΑΤΑΣΤΑΣΗ@cptCore518Old.1,

_DEFINITION:
* STATE-OF-ENTITY is the-structure AND the-doings of the-entity AT A-SPESIFIC-TIMEPOINT in its evolution.
[hmnSngo.2019-12-16]
===
* STATE-OF-ENTITY is the structure of the entity AT A SPESIFIC-TIMEPOINT in its evolution.
[hmnSngo.2004-01-10_nikkas]
===
* STATE is the structure of an entity AT A SPECIFIC TIMEPOINT.
[hmnSngo.2002-12-19_nikkas]
===
* 1 the existing condition or position of a person or thing (in a bad state of repair; in a precarious state of health).
"The Concise Oxford Dictionary,"

SPECIFIC

name::
* McsEngl.evoluting.specific,

_SPECIFIC: evoluting.alphabetically:
* evoluting.concept#cptCore725.3#
* evoluting.fyloevoluting#cptCore725.1#
* evoluting.odoevoluting#cptCore725.2#
* evoluting.referent#cptCore725.4#

evoluting.SPECIFIC-DIVISION.attribute

name::
* McsEngl.evoluting.SPECIFIC-DIVISION.attribute,

_SPECIFIC:
* PART_EVOLUTION
* RELATION-EVOLUTION
* OBJECT-EVOLUTION

evoluting.CONCEPT-OF-ENTITY

_CREATED: {2012-08-15}

name::
* McsEngl.evoluting.CONCEPT-OF-ENTITY,
* McsEngl.conceptCore725.3,
* McsEngl.concept-of-entity-evoluting@cptCore725.3, {2012-08-15}

evoluting.REFERENT-OF-CONCEPT

_CREATED: {2012-08-15}

name::
* McsEngl.evoluting.REFERENT-OF-CONCEPT,
* McsEngl.conceptCore725.4,
* McsEngl.referent-of-entity-evoluting@cptCore725.4, {2012-08-15}

evoluting.FYLOEVOLUTING

name::
* McsEngl.evoluting.FYLOEVOLUTING,
* McsEngl.conceptCore725.1,
* McsEngl.evoluting.generic-entity@cptCore725.1, {2012-08-15}
* McsEngl.filoevoluino,
* McsEngl.fyloevolution@cptCore725.1,
* McsEngl.phylogenesis,
* McsElln.ΦΥΛΟΕΞΕΛΙΞΗ@cptCore725.1,

_DEFINITION:
* ΦΥΛΟΕΞΕΛΙΞΗ ονομάζω την ΕΞΕΛΙΞΗ#cptCore725.a# 'γενικης οντοτητας' σαν 'ειδος' και όχι συγκεκριμένων οντοτήτων της.
[hmnSngo.1995-04-12_nikos]

evoluting.ODOEVOLUTING

name::
* McsEngl.evoluting.ODOEVOLUTING,
* McsEngl.conceptCore725.2,
* McsEngl.evoluting.instance-entity@cptCore725.1, {2012-08-15}
* McsEngl.odoevoluino,
* McsEngl.odoevolution@cptCore725.2,
* McsEngl.ontogenesis,
* McsElln.ΟΝΤΟΕΞΕΛΙΞΗ@cptCore725.2,

_DEFINITION:
* ΟΝΤΟΕΞΕΛΙΞΗ ονομάζω την ΕΞΕΛΙΞΗ#cptCore725.a# 'τυχαιας' 'μερικης οντοτητας' μιας 'γενικης οντοτητας'.
[hmnSngo.1995.04_nikos]

entityGnc.SPECIFIC-DIVISION.speaker

_CREATED: {2005-12-02}

name::
* McsEngl.entityGnc.SPECIFIC-DIVISION.speaker,

_SPECIFIC:
* entityGnc.person.first (IO)#cptCore387.10#
* entityGnc.person.second (EO)#cptCore387.11#
* entityGnc.person.third (AO)#cptCore387.12#
===
* PERSONEPTO#cptCore387.13#
* PERSONEPTO_1#cptCore387.10#
* PERSONEPTO_2#cptCore387.11#
* PERSONEPTO_3#cptCore387.12#

entityGnc.SPECIFIC-DIVISION.human

name::
* McsEngl.entityGnc.SPECIFIC-DIVISION.human,

_SPECIFIC:
* entityGnc.human (oho)#cptCore401#
* entityGnc.humanNo (ohoUO)#cptCore357#

entity.conceptNaunSpecial

_CREATED: {2014-01-11}

name::
* McsEngl.entity.conceptNaunSpecial,
* McsEngl.conceptCore387.33,

_GENERIC:
* entity#cptCore387#

_ENVIRONMENT:
* pronoun.entity#cptCore556.89#

_SMS_ATTRIBUTE:
* TYPE (def.far, def.near, def.demonstrative, def.one, def.another, def.notnormal)
* NUMBER (sin, plu)

SPECIFIC

ENTITY
INDIVIDUAL-SEMASIAL-SPECIAL-NOUN  INDIVIDUAL-SPECIAL-NOUN
Semasial-attribute  Noun  English  Greek  Esperanto  Komo
interrogative, mas, sin  Nominative  who, which, (human)
what(nonhuman)  ποιος (5)  kiu  o-cio
interrogative, mas, sin  Genitive  whose(human)  ποιου, τίνος, ποιανού  kies  o-cios
interrogative, mas, sin  Accusative  whom(human)  ποιο, ποιον  kiun,  -
interrogative, mas, plu  Nominative  who, which, what  ποιοι  kiuj  -
interrogative, mas, plu  Genitive  whose  ποιων, τίνων, ποιανών  -  -
interrogative, mas, plu  Accusative  whom  ποιους  kiujn  -
interrogative, fem, sin  Nominative  who, which, what  ποια  kiu  -
interrogative, fem, sin  Genitive  whose  ποιας, τίνος, ποιανής  -  -
interrogative, fem, sin  Accusative  whom  ποια  kiun  -
interrogative, fem, plu  Nominative  who, which, what  ποιες  kiuj  -
interrogative, fem, plu  Genitive  whose  ποιων, τίνων, ποιανών  -  -
interrogative, fem, plu  Accusative  whom  ποιες  kiujn  -
interrogative, neu, sin  Nominative  who, which, what  ποιο  kiu  -
interrogative, neu, sin  Genitive  whose  ποιου, τίνος, ποιανού  -  -
interrogative, neu, sin  Accusative  whom  ποιο  kiun  -
interrogative, neu, plu  Nominative  who, which, what  ποια  kiuj  -
interrogative, neu, plu  Genitive  whose  ποιων, τίνων, ποιανών  -  -
interrogative, neu, plu  Accusative  whom  ποια  kiujn  -
deictic (1)  Nominative  -  -  -  o-wio
deictic, sin  Nominative  this, that  αυτός, εκείνος  -  o-wio-fo
deictic, plu  Nominative  these, those  αυτοί, εκείνοι  -  o-wio-vo
indefinite, sin  Nominative  this or that
such  αυτός or εκείνος  tiu  o-qio-fo
indefinite, sin  Accusative  this or that
such  αυτός or εκείνος  tiun  o-qio-fo
indefinite, plu  Nominative  these or those
such  αυτά or εκείνα  tiuj  o-qio-vo
indefinite, plu  Accusative  these or those
such  αυτά or εκείνα  tiujn  o-qio-vo
quantity-none, sin  Nominative  nobody or nothing  κανένας, καμμιά,
κανένα  neniu  o-kaoPo
quantity-none, sin  Accusative  nobody or nothing  κανέναν, καμμιά,
κανένα  neniun  o-kaoPo
quantity-all, sin  Nominative  -  όλος, όλη, όλο  -  o-kaoBo
quantity-all, sin  Accusative  -  όλο, όλη, όλο  -  o-kaoBo
quantity-all, plu  Nominative  all  όλοι, όλες, όλα  ?iu  o-kaoBo
quantity-all, plu  Accusative  all  όλοι, όλες, όλα  ?iun  o-kaoBo
quantity-random, sin (2)  Nominative  an entity, anyone  κάποιος, κάποια,
κάποιο  -  o-kaoGio-fo
quantity-random, plu  Nominative  some  κάποιοι, κάποιες,
κάποια  -  o-kaoGio-vo
quantity-random, plu  Accusative  some  κάποιοι, κάποιες,
κάποια  -  o-kaoGio-vo
quantity-random  Nominative  any, whatever  ο οποιοσδήποτε,
η οποιαδήποτε  -  o-kaoGio
quantity-random  Accusative  any, whatever  τον οποοινδήποτε  -  o-kaoGio
quantity-vague-few (3)  Nominative  few, a few  λίγος  -  o-kaoFio
quantity-vague-many  Nominative  a lot, lots, several  πολλή  -  o-kaoVio
distance, near-speaker, sin  Nominative  this  αυτός, αυτή, αυτό  -  o-duoHio
distance, near-speaker, sin  Accusative  this  αυτός, αυτή, αυτό  -  o-duoHio
distance, near-speaker, plu  Nominative  these  αυτοί, αυτές, αυτά  -  o-hio-vo
distance, near-speaker, plu  Accusative  these  αυτοί, αυτές, αυτά  -  o-hio-vo
distance, near-addressee (4)  Nominative  -  αυτό κοντά σε σένα  -  o-duoHio_ie
distance, near-addr-speak  Nominative  -  αυτό κοντά σε μας  -  o-duoHio_ie_ae
distance, far-speaker, sin  Nominative  that  εκείνος, εκείνη, εκείνο  -  o-duoYio
distance, far-speaker, sin  Accusative  that  εκείνο, εκείνη, εκείνο  -  o-duoYio
distance, far-speaker, plu  Nominative  those  εκείνοι, εκείνες, εκείνα  -  o-yio-vo
distance, far-speaker, plu  Accusative  those  εκείνοι, εκείνες, εκείνα  -  o-yio-vo
distance, far-addressee  Nominative  -  εκείνο κοντά σε σένα  -  o-duoYio_ie
distance, far-addr-speak  Nominative  -  εκείνο κοντά σε μας  -  o-duoYio_ie_ae
time, present  Nominative  this at present  αυτός στο παρών  -  o-ano
time, past  Nominative  this at past  αυτός στο παρελθόν  -  o-eno
time, future  Nominative  this at future  αυτός στο μέλλον  -  o-emo
size, small  Nominative  small entity  -  -  o-daoFio
size, big  Nominative  big entity  -  -  o-daoVio
size, very-small  Nominative  very small entity  -  -  o-daoFioFio
size, very-big  Nominative  very big entity  -  -  o-daoVioVio
reflexive, sin  Nominative  one  -  -  -
reflexive, plu  Nominative  ones  -  -  -
different, sin  Nominative  else, other  -  -  -
different, plu  Nominative  others  -  -  -
additional  Adjective  another  -  -  -
reciprocal  Nominative  each other  -  -  -
[file:///D:/File1a/SBC-2010-08-23/hSbc/lango/sm-specialnoun-mapping.html#ifiO]

structure'body#cptCore538#

name::
* McsEngl.structure'body,

structure'relation#cptCore546#

name::
* McsEngl.structure'relation,

structure.ATTRIBUTE#cptCore515#

name::
* McsEngl.structure.ATTRIBUTE,

entity.NONE

name::
* McsEngl.entity.NONE,

entity.ALL

name::
* McsEngl.entity.ALL,

entity.SUCH

name::
* McsEngl.entity.SUCH,
* McsEngl.conceptCore387.2,
* McsEngl.such'definite'entito@cptCore387.2,

_SYNTAX.LANGO.ENGLISH:

entity.DEICTIC

_CREATED: {2008-11-29}

name::
* McsEngl.entity.DEICTIC,
* McsEngl.conceptCore387.20,
* McsEngl.deictic-entity@cptCore387.20,
====== lagoSINAGO:
* McsSngo.wio,
* McsEngl.wio@lagoSngo,
* McsEngl.o-wio@lagoSngo,

_DEFINITION:
it is an entity whose referent it is denoted by the speaker and it is not named or described. Thus, only context, reveals the entity we talking about.
[2008-11-29]

entity.QUANT-ANY

name::
* McsEngl.entity.QUANT-ANY,
* McsEngl.entity.any@cptCore387i,
* McsEngl.any-entepo@cptCore387i,
* McsEngl.anybody@cptCore387i,
* McsEngl.anything@cptCore387i,
====== lagoGreek:
* McsElln.οποιοσδήποτε@cptCore387i,
* McsElln.οποιαδήποτε@cptCore387i,
* McsElln.οποιδήποτε@cptCore387i,
* McsElln.οτιδήποτε@cptCore387i,
====== lagoEsperanto:
* McsEngl.iu@cptCore387i@lagoEspo,
* McsEspo.iu@cptCore387i,

pron.WHATEVER.1.114:
* McsEngl.pron.WHATEVER.1.114,
* ENTITY: INDEFINITE:
* ΟΤΙΔΗΠΟΤΕ_pronoun, ΟΠΟΙΟΔΗΠΟΤΕ_pronoun:

* NOMINATIVERO: whatever_pronoun.549:
· _stxEngl: [whatever] _stxVrb:{is being discussed}.
· _stxEngl: whatever the flavor or color of your local paper, do remember that these are read avidly for local information. [WordNet 2.0]

_ADJECTIVE:
whatever_pronoun.550:
· _stxEngl: _sxtVrb:{give} me whatever peaches you don't want. [WordNet 2.0]

entity.QUANT-SOME

name::
* McsEngl.entity.QUANT-SOME,
* McsEngl.entepo.some@cptCore387i,
* McsEngl.some@cptCore387i,
====== lagoGreek:
* McsElln.μερικούς@cptCore387i,
* McsElln.μερικές@cptCore387i,
* McsElln.μερικά@cptCore387i,
* McsElln.κάποιους@cptCore387i,
* McsElln.κάποιες@cptCore387i,
* McsElln.κάποια@cptCore387i,
====== lagoEsperanto:
* McsEngl.iu@cptCore387i@lagoEspo,
* McsEspo.iu@cptCore387i,

entity.QUANT-ANY-ONE

name::
* McsEngl.entity.QUANT-ANY-ONE,
* McsEngl.entity.any.one@cptCore387i,
* McsEngl.anyone@cptCore387i,
* McsEngl.somebody@cptCore387i,
* McsEngl.something@cptCore387i,
====== lagoGreek:
* McsElln.κάτι@cptCore387i,

pron.κάποιος.2.038:
* McsEngl.pron.κάποιος.2.038,
*#idCore556.2.038#
* ENTITY: INNDEFINITE-ONE:
* Αόριστη: Η αντωνυμία κάποιος, κάποια, κάποιο κλίνεται κατά το πλούσιος, αλλά το αρσενικό καταλήγει σε -ον στην αιτιατική, για να ξεχωρίζει από το ουδέτερο: Είδα κάποιον στο δρόμο.
* SOMEBODY_pronoun, SOMEONE_pronoun, SOMETHING_pronoun,
* NNOMINATIVER-SINGULAR: _pronoun.κάποιος_pronoun.2.038, κάποια_pronoun.2.038, κάποιο.2.038:
· _stxEngl: _stxVrb:{Μπορεί} να /έρθει/ _stxSbj:κάποιος.
· _stxEngl: @κάποιων@ {αρέσει} [η μουσική], κάποιων αρέσει το ποδόσφαιρο. = _stxConj:(σε) @κάποιους@ _stxVrb:{αρέσει} [η μουσική].
* NNOMINATIVER-PLURAL: _pronoun.κάποιοι_pronoun.2.038, κάποιες_pronoun.2.038, κάποια.2.038:

* NNOMINATIVER-SINGULAR: _pronoun.κάποιου_pronoun.2.038, κάποιας.2.038, :
* NNOMINATIVER-PLURAL: κάποιων!~pronoun.2.038:

* NACCUSATIVER-SINGULAR: _pronoun.κάποιον_pronoun.2.038, κάποια_pronoun.2.038, κάποιο.2.038:
* NACCUSATIVER-PLURAL: _pronoun.κάποιους_pronoun.2.038, κάποιες_pronoun.2.038, κάποια.2.038:

* ADNOUNER-NOMINATIVER-MAS-SIN:  κάποιος!~pronoun.2.038:
* ADNOUNER-GENITIVER-MAS-SIN:  κάποιου!~pronoun.2.038:
* ADNOUNER-ACCUSATIVER-MAS-SIN:  κάποιον!~pronoun.2.038:
­ Από όλους αυτούς τους ανθρώπους που ακούμε κατά καιρούς ότι εκμεταλλεύονται την πληροφορική, βλέπετε κάποιον ο οποίος πράγματι την εκμεταλλεύτηκε καλά; [Μιχάλης Δερτούζος: Ο άνθρωπος που πήγε στο μέλλον. Θανάσης Λάλλας. ΤΟ ΒΗΜΑ 2000-02-22]
* ADNOUNER-NOMINATIVER-MAS-PLU:  κάποιοι!~pronoun.2.038:
* ADNOUNER-GENITIVER-MAS-PLU:  κάποιων!~pronoun.2.038:
* ADNOUNER-ACCUSATIVER-MAS-PLU:  κάποιους!~pronoun.2.038:

* ADNOUNER-NOMINATIVER-FEM-SIN:  κάποια!~pronoun.2.038:
* ADNOUNER-GENITIVER-FEM-SIN:  κάποιας!~pronoun.2.038:
* ADNOUNER-ACCUSATIVER-FEM-SIN:  κάποια!~pronoun.2.038:
· _stxEngl: @κάποια μέρα@ _stxVrb:{ήρθε} και (/με/ _stxVrb:{βρήκε}).
* ADNOUNER-NOMINATIVER-FEM-PLU:  κάποιες!~pronoun.2.038:
* ADNOUNER-GENITIVER-FEM-PLU:  κάποιων!~pronoun.2.038:
* ADNOUNER-ACCUSATIVER-FEM-PLU:  κάποιες!~pronoun.2.038:

* ADNOUNER-NOMINATIVER-NEU-SIN:  κάποιο!~pronoun.2.038:
* ADNOUNER-GENITIVER-NEU-SIN:  κάποιου!~pronoun.2.038:
* ADNOUNER-ACCUSATIVER-NEU-SIN:  κάποιο!~pronoun.2.038:
* ADNOUNER-NOMINATIVER-NEU-PLU:  κάποια!~pronoun.2.038:
* ADNOUNER-GENITIVER-NEU-PLU:  κάποιων!~pronoun.2.038:
* ADNOUNER-ACCUSATIVER-NEU-PLU:  _pronoun.κάποια.2.038:

entSfc'relation-to-specific-concept

_CREATED: {2015-11-15}

name::
* McsEngl.entSfc'relation-to-specific-concept,
* McsEngl.specific-entity-relation-to-specific-concept,

_DESCRIPTION:
A-specific-concept has a-referent which is a-specific-referent.
A-concept and its referent are entities.
A-specific-entity could be a-specific-concept of a-specific-referent.
[hmnSngo.2015-11-15]

analytic

OBJECT I call the ENTITY we perceive as an independent one, distinct from other entities. For example an apple, a tree, a society, a town etc. What is not 'object' is a 'relation#cptCore399#'.
[hmnSngo.2000-09-26_nikkas]

OBJECT I call the ENTITY which is not a RELATION.
[hmnSngo.1998-02-22_nikos]

ΑΝΤΙΚΕΙΜΕΝΟ είναι ΟΛΟΤΗΤΑ που ΔΕΝ είναι ΣΧΕΣΗ.
[hmnSngo.1995.02_nikos]

OBJECT is the 'general concept' which his reference is an 'entity#cptCore387#' we perceive as an independent one, distinct from others entities. For example, an apple, a plant, a stone, a man.

ΑΝΤΙΘΕΤΙΚΟΣ ΟΡΙΣΜΟΣ:
ΤΗΝ ΕΝΝΟΙΑ ΑΝΤΙΚΕΙΜΕΝΟ ΤΗΝ ΟΡΙΖΟΥΜΕ ΣΕ ΑΝΤΙΘΕΣΗ ΤΗΣ ΕΝΝΟΙΑΣ 'ΣΧΕΣΗ'.
[hmnSngo.1993.11_nikos]

The object-relation appoach is very common in human thinking, eg my 'structured-concept' uses it. Every sc is an object which is comprised with relations with other objects.
[hmnSngo.1998-04-26_nikos]

"CONCRETE CONCEPTS are those which reflect individual objects (entire objects, not features)"
[Getmanova, Logic 1989, 39#cptResource19#]

body'SPECIFIC-COMPLEMENT

name::
* McsEngl.body'SPECIFIC-COMPLEMENT,

* RELATION-OR-PROCESS#cptCore399#

OBJECT-AND-WHOLE

analytic

RorP is an entity among other entities (the arguments).
[hmnSngo.2010-01-22]

RELATION I call the ENTITY which is not an OBJECT.
[hmnSngo.1998-04-22_nikos]
What about relation of relations?
[hmnSngo.2000-10-02_nikkas]

#img.ep-8-relation3.bmp#
[hmnSngo.1995.04_nikos]

#img.ep-7-relation.bmp#
[hmnSngo.1995.04_nikos]

ΣΧΕΣΗ είναι η ΟΛΟΤΗΤΑ που ΔΕΝ είναι ΑΝΤΙΚΕΙΜΕΝΟ.
[hmnSngo.1995.02_nikos]

'ΣΧΕΣΗ' ΕΙΝΑΙ Η 'ΓΕΝΙΚΗ ΕΝΝΟΙΑ' ΠΟΥ ΕΚΦΡΑΖΕΙ ΤΟ ΑΝΤΙΘΕΤΟ ΤΟΥ 'ΑΝΤΙΚΕΙΜΕΝΟΥ#cptCore538#'.
[hmnSngo.1993.11_nikos]

synthetic

RELATION is a PROCESS#cptCore475.s# or a CORELATION#cptCore546.s#.
[hmnSngo.2002-12-18_nikkas]

bodyNo'and'LOGO

_CREATED: {2005-11-20}

name::
* McsEngl.bodyNo'and'LOGO,
* McsEngl.conceptCore399.8,

Relations are mapped with verbers.
But we observe that the languages have NOT developed verbers for all relations they express. They use combinations of existing verbers with adverbers or prepositions to express diferent relations.
BUT among the languages, we usually see a relation to expressed in a language with a verber and in another with a verber-structure.
· _stxEngl: _stxTime:αύριο _sxtVrb:{θα πάω αεροπορικώς} στη Ρώμη. [mg06] ==> I_sxtVrb:{'m flying} to Rome tomorrow
· _stxEngl: defenestrate ==> πετώ από το παράθυρο
· _stxEngl: am afraid ==> φοβάμαι.
[hmnSngo.2005-11-20_nikkas]

· _stxElln: circle ==> κινούμαι διαγράφοντας κύκλους: the bird circled overhead το πουλί πετούσε διαγράφοντας κύκλους πάνω από τα κεφάλια μας

bodyNo'MENTAL'TO'SEMANTIC'CORELATION

_CREATED: {2003-03-22}

name::
* McsEngl.bodyNo'MENTAL'TO'SEMANTIC'CORELATION,

* conceptVERB-(RELATION-in-TIME-and-VERBOR)#cptCore567.8#
* RELATION--SEMANTIC-NOUN#cptCore617.9#

A relation-concept is defined independently of any of its arguments. In contrast a semantic-relation (semantic-verb) always is defined in relation to an argument of it. Consequently and a verb denotes a relation of an argument of it.
[hmnSngo.2003-12-25_nikkas]

We use verbs to express time-relations, and nouns, adjectives, adverbs and
"relators" to express timeless-relations.
Relators are used to express statemental-predicatal-conceptual timeless-relations.
Nouns are used to express the reference to timeless-relations.
Adjectives are used to express timeless-relations of nouns.
Adjectives are used to express timeless-relations of verbs.
[hmnSngo.2002-07-15_nikkas]

bodyNo'SPECIFIC'COMPLEMENT dino'SIBLING'CONCEPT#cptCore1022#

name::
* McsEngl.bodyNo'SPECIFIC'COMPLEMENT dino'SIBLING'CONCEPT,

OBJECT#cptCore538#

The specific-complement of RELATION is the WHOLE. The system and the set are specifics of whole (set is the whole whose 'parts' have no relations among them).
PARTS are 'internal-attributes' of the whole.
[hmnSngo.2001-03-11_nikkas]

THING#cptCore538#
or
SYSTEM? (I think system 2001-03-07)

SYSTEM is a specific 'thing' in that a compund-system is a system.
[hmnSngo.2002-01-01_nikkas]

NAME

name::
* McsEngl.bodyNo'argument,
* McsEngl.conceptCore933,
* McsEngl.argRln,
* McsEngl.argument-of-process-or-relation@cptCore933, {2008-12-18}
* McsEngl.argument-of-relation,
* McsEngl.attribute.ARGUMENT-OF-PROCESS-OR-RELATION,
* McsEngl.argument@cptCore933,
* McsEngl.agm@cptCore933,
* McsEngl.argument-of-bodyNo@cptCore933, {2012-08-31}
* McsEngl.argument-of-relation@cptCore933,
* McsEngl.bodyNo'argument,
* McsEngl.element-of-relation,
* McsEngl.entity-of-relation,
* McsEngl.relatad@cptCore933, {2002-07-10}
* McsEngl.relation'element@cptCore933,
* McsEngl.relational'element@cptCore933,
* McsEngl.relation's'entity@cptCore933,
* McsEngl.relater, {2002-01-05}
* McsEngl.relatand, {2000-12-09}
* McsEngl.relation-element, {2001-11-18}
* McsEngl.relation-entity,
* McsEngl.relation's-element,
* McsEngl.object-of-relation,
* McsEngl.operand@cptCore933,

* McsEngl.relatad@cptCore933,
* McsEngl.relatand@cptCore933,
* McsEngl.relater@cptCore933,
====== lagoSINAGO:
* McsEngl.rinalo@lagoSngo,
* McsEngl.dalo@lagoSngo,
* McsEngl.relatalo@lagoSngo,
* McsEngl.argumeno@lagoSngo,
====== lagoGreek:
* McsElln.ΟΡΙΣΜΑ,
* McsElln.όρισμα@cptCore933, {2014-01-13}
* McsElln.ΟΝΤΟΤΗΤΑ-ΣΧΕΣΗΣ,
* McsElln.ΣΤΟΙΧΕΙΟ-ΣΧΕΣΗΣ,
* McsElln.ΣΥΣΧΕΤΙΖΟΜΕΝΟ,
* McsElln.ΣΥΜΠΛΗΡΩΜΑ,
* McsElln.ΣΧΕΣΗΣ'ΟΝΤΟΤΗΤΑ@cptCore933,
* McsElln.ΑΝΤΙΚΕΙΜΕΝΟ-ΣΧΕΣΗΣ,
====== lagoEsperanto:
* McsEngl.argumento@lagoEspo,
* McsEspo.argumento,

relation-element (ie element of a relation) in IMITATION with "set-element" a well known word.
[hmnSngo.2001-11-24_nikkas]

An operand is a quantity on which an operation is performed.[1] The following arithmetic expression shows an example of operators and operands:
3 + 6 = 9
[http://en.wikipedia.org/wiki/Operand]

DEFINITION

The arguments of a process-or-relation are bodies#cptCore538# or could be AND relations-or-processes#cptCore399#.
[hmnSngo.2012-08-13]

The arguments of a process are the same entities at diferent timepoints. The arguments of a corelation have diferent corelations whole-part or environmental.
[hmnSngo.2003-12-22_nikkas]

ΤΑ ΑΝΤΙΚΕΙΜΕΝΑ-ΣΧΕΣΗΣ ανήκουν στο ΠΕΡΙΒΑΛΟΝ της, και ΔΕΝ είναι μέρος της.
ΑΝ ήταν μέρος της, ΤΟΤΕ δεν θα μπορούσαμε να έχουμε εξωτερικά αντικείμενα σε 'ολοτητα' αφού οι εξωτερικές σχέσεις είναι 'μέρος' της ολοτητας και το μέρος-μέρους ολοτητας είναι μέρος της ολότητας.
[hmnSngo.1995.05_nikos]

ΚΑΘΕ σχεση είναι χαρακτηριστικο των αντικειμένων της, αλλιώς έχει ΟΝΤΟΤΗΤΕΣ τα αντικείμενα τα οποία ΣΥΝΔΕΕΙ. Εχει καθιερωθεί οι οντοτητες της σχεσης να ονομάζονται ΣΤΟΙΧΕΙΑ ΣΧΕΣΗΣ.
[hmnSngo.1994-09-18_nikos]

* Οι οντότητες-σχέσης είναι ΟΛΟΤΗΤΕΣ της σχέσης, και η σχέση ΧΑΡΑΚΤΗΡΙΣΤΙΚΟ ΠΕΡΙΒΑΛΛΟΝΤΟΣ των ολοτήτων.
[hmnSngo.1995.04_nikos]

argRln'GENERIC

_GENERIC:
* entity.attribute#cptCore398#
* entity#cptCore387#

argRln'wholeNo-relation#cptCore546.15#

name::
* McsEngl.argRln'wholeNo-relation,

SPECIFIC

name::
* McsEngl.bodyNo'argument.specific,

* SUBJECT

* RELATOLO#cptCore933.1: attSpe#
* RELATELO#cptCore933.2: attSpe#
* RELATULO
* RELATALO (any)

* RELATINOLO#cptCore933.1: attSpe#
* RELATINELO#cptCore933.2: attSpe#
* RELATINULO
* RELATINALO (any)

The relatads of a relation are ENTITIES, objects and relations not only objects. For example we have the specific-complement of a relation which is another relation and the statads of this state are relations.
[hmnSngo.2002-08-07_nikkas]

RELAT-ION & RELAT-AD (RELAT-OR & RELAT-AR (RELAT-ON & RELAT-AN) )
[hmnSngo.2002-07-10_nikkas]

argRln.SUBJECT

_CREATED: {2008-12-18}

name::
* McsEngl.argRln.SUBJECT,
* McsEngl.conceptCore933.5,
* McsEngl.subject-of-process-or-relation@cptCore933.5,

_DEFINITION:
it is the argument we talk about.
[2008-12-18]

argRln.RINOLO

name::
* McsEngl.argRln.RINOLO@deleted,
* McsEngl.conceptCore933.1@deleted,
* McsEngl.relatinolo@cptCore933.1,
* McsEngl.relator@cptCore933.1,
* McsEngl.rinolo@cptCore933.1,
* McsEngl.RELATION'ELEMENT.RELATOR,

_DEFINITION:
* It is a mistake to use the "relat-or" name for the argument we talk about of a relation, BECAUSE the act-or and funct-or (from which we create the relator) are specific arguments of a doing and are not are depended on what argument we talk about.
[hmnSngo.2004-10-28_nikkas]

* A relation is ALWAYS a relation of an entity. There is no relation by itself.
This entity I call RELATOR.
[hmnSngo.2001-11-18_nikkas]

* In a polyargument relation when we refer to it in logo, any of its arguments can be its relator.
[hmnSngo.2004-09-21_nikkas]

argRln.RINELO

name::
* McsEngl.argRln.RINELO@deleted,
* McsEngl.conceptCore933.2deleted,
* McsEngl.relatinelo@cptCore933.2,
* McsEngl.relatad@cptCore933.2,
* McsEngl.relatar@cptCore933.2, {2002-01-05}
* McsEngl.rinelo@cptCore933.2,
* McsEngl.relatornon@cptCore933.2, {2002-07-31}
* McsEngl.RELATION'ELEMENT.RELATAD,

_DEFINITION:
* RELATAR is any RELATAD#cptCore933# except RELATOR#cptCore933.1#.
[hmnSngo.2002-07-31_nikkas]
* RELATAD I call any other relation-element except the RELATOR.
[hmnSngo.2001-11-18_nikkas]

_SPECIFIC:
* we can NOT talk about relaton and relatan.
[hmnSngo.2004-10-28_nikkas]

* relaton,
* relatan#ql:relatan-933i#,

bodyNo.EVENT

_CREATED: {2005-12-24}

name::
* McsEngl.bodyNo.EVENT,
* McsEngl.conceptCore399.9,
* McsEngl.event@cptCore399.9,

_DEFINITION:
* EVENT is a doing-fact.
[hmnSngo.2005-12-24_nikkas]

_GENERIC:
* entity.bodyNo.doing#cptCore475#

Argument#cptCore933#

OBJECT, RECURSIVE OBJECT 1, RECURSIVE OBJECT 2, ...

STARTING CONDITION

In an infinite-recursion we must start from somewhere.
[hmnSngo.2000-10-02_nikkas]

ENDING CONDITION

name::
* McsEngl.ending-mechanism,

Every recursion must have and 'ending-mechanism', otherwise has no sence.
[hmnSngo.2000-07-27_nikkas]

SPECIFIC

SPECIFIC'ENTITIES#ql:([Level OBJECT:rl?][Level Normal Level: generic'entities cptCore544])#,
* recursive-process#cptCore475.170#
* recursive-state,

relation.RECURSIVE

name::
* McsEngl.relation.RECURSIVE,
* McsEngl.conceptCore544.1,
* McsEngl.relation546.68,
* McsEngl.corelation.recursive@cptCore546.68,
* McsEngl.recursive'state@cptCore546.68,
* McsEngl.state.recursion@cptCore546.68,
* McsElln.ΑΝΑΔΡΟΜΙΚΗ-ΚΑΤΑΣΤΑΣΗ,
* McsElln.ΚΑΤΑΣΤΑΣΗ.ΑΝΑΔΡΟΜΙΚΗ@cptCore546.68,

_GENERIC:
* entity.bodyNo.relation#cptCore546#

analytic

* NONHUMAN-ENTITY is any entity that is NOT a human#cptCore401#. All human languages have pronames that denote such a concept.
[hmnSngo.2003-12-18_nikkas]

humanNo.vageptoco.quantity.NONE

name::
* McsEngl.humanNo.vageptoco.quantity.NONE,
* McsEngl.conceptCore357.3,
* McsEngl.non-human-none@cptCore357.3,
* McsEngl.none'indefinite'nonhuman@cptCore357.3,
* McsEngl.nothing@cptCore556.549,
* McsEngl.nothing@cptCore556.554,
====== lagoGreek:
* McsElln.τίποτα@cptCore357.3,

_SYNTAX:
· _stxEngl: ( va:nothing ):
· _stxEngl: he_sxtVrb:{'s} a nothing. [mg06] ==> είναι μια νούλα
· _stxEngl: _sxtVrb:{go} for nothing. [mg06] ==> ιδ. πάω άδικα/στράφι
· _stxEngl: ( va:nothing ):
· _stxEngl: _stxSbj:I _stxVrb:{know} _stxObj:nothing.
· _stxEngl: _stxSbj:he _stxVrb:{respects} _stxArg:nothing. [mg06] ==> δεν σέβεται τίποτα

pron.NOTHING.1.067:
* McsEngl.pron.NOTHING.1.067,
= ΤΙΠΟΤΑ_pronoun:
* NONHUMAN: INDEFINITE-NONE:
* NOMINATIVERO: nothing_pronoun.554:
· _stxEngl: he_sxtVrb:{'s} a nothing. [mg06] ==> είναι μια νούλα
· _stxEngl: _stxSbj:I _stxVrb:{know} _stxObj:nothing.
· _stxEngl: _sxtVrb:{go} for nothing. [mg06] ==> ιδ. πάω άδικα/στράφι
_ADVERB:
nothing_pronoun.554:
· _stxEngl: _stxSbj:he _stxVrb:{respects} _stxArg:nothing. [mg06] ==> δεν σέβεται τίποτα

humanNo.vageptoco.quantity.ALL

name::
* McsEngl.humanNo.vageptoco.quantity.ALL,
* McsEngl.conceptCore357.4,
* McsEngl.all'nonhuman@cptCore357.4,
* McsEngl.all'indefinite'nonhuman@cptCore357.3,
* McsEngl.everything@cptCore556.549,
* McsEngl.everything@cptCore556.550,
====== lagoGreek:
* McsElln.καθετί@cptCore556,

_SYNTAX:
· _stxEngl: ( _stxArg:everything ):
· _stxEngl: _stxSbj:everything _stxVrb:{was [nicely] done}. [mg06] ==> τα πάντα έγιναν σωστά
· _stxEngl: _stxSbj:I _stxVrb:{destroyed} _stxObj:everything. [mg06] ==> κατέστρεψα τα πάντα
· _stxEngl: We like to think that (_stxSbj:everything (we do) and everything (we think) _stxVrb:{is} _stxSbc:a product of our volition).
· _stxEngl: [ all things ]:
· _stxEngl: One group of women, sitting on the ground, was singing, of all things, `Greensleeves'. [HarperCollins]
· _stxEngl: ...the old rule of health, which prescribes moderation in all things. [HarperCollins]
· _stxEngl: Sara wished Franklin to follow family tradition, in this as in all things. [HarperCollins]
· _stxEngl: I realised I had a big problem. I wanted to be all things to all people. [HarperCollins]
· _stxEngl: The film tries to be all things to all menmcomedy, romance, fantasy, and satire. [HarperCollins]

humanNo.vague.quantity.SOME

name::
* McsEngl.humanNo.vague.quantity.SOME,
* McsEngl.conceptCore357.7,
* McsEngl.some'nonhuman@cptCore357.7,
* McsEngl.some-things,

_SYNTAX:
· _stxEngl: ( ):
· _stxEngl: _stxSbj:He _stxVrb:guessed _stxArg:right _stxArg:about some things. [HarperCollins]
· _stxEngl: I have (to sort some things out). We really needed to talk. [HarperCollins]

humanNo.vague.quantity.ONE

name::
* McsEngl.humanNo.vague.quantity.ONE,
* McsEngl.conceptCore357.6,
* McsEngl.one'nonhuman@cptCore357.6,
=== _Pronoun:
* McsEngl.something@cptCore556.549,
* McsEngl.something@cptCore556.550,

_SYNTAX:
· _stxEngl: [ [something] ]:
· _stxEngl: _stxVrb:{there is} _stxSbj:[ [something] (you want) ].
· _stxEngl: [ [something] [entity] ]:
· _stxEngl: I have something personal to tell you. [WordNet 2.0]

pron.SOMETHING.1.093:
* McsEngl.pron.SOMETHING.1.093,
* ΚΑΠΟΙΟ_pronoun, ΚΑΤΙ-566,
* NONHUMAN: INDEFINITE-ONE:
* The noun something has 1 sense (no senses from tagged texts)
1. something -- (a thing of some kind; "is there something you want?")
[wordnet 2.0]
* NOMINATIVERO:
· _stxEngl: _stxVrb:{there is} _stxSbj:[ [something] (you want) ].

* ADJECTIVE:
· _stxEngl: I have something personal to tell you. [WordNet 2.0]

humanNo.vague.quantity.ANY (one;some;all)

name::
* McsEngl.humanNo.vague.quantity.ANY (one;some;all),
* McsEngl.conceptCore357.5,
* McsEngl.any'nonhuman@cptCore357.3,
* McsEngl.any'indefinite'nonhuman@cptCore357.3,
* McsEngl.anything@cptCore556.549,
====== lagoGreek:
* McsElln.οτιδήποτε@cptCore556,
* McsElln.τίποτα@cptCore556,

_SYNTAX:
· _stxEngl: ( _stxArg:anything ):
· _stxEngl: have you writen anything lately? [mg06] ==> έχεις γράψει τίποτα τον τελευταίο καιρό;

humanNo.DEICTIC

name::
* McsEngl.humanNo.DEICTIC,
====== lagoEsperanto:
* McsEngl.tio@cptCore357i@lagoEspo,
* McsEspo.tio@cptCore357i,

5-objective

* objective'relation_to_goal,

Goals vs. Objectives – What’s the Difference?

Its often hard to know the difference between goals and objectives – in fact, we often use the two terms interchangeably. But knowing the difference can help us to use both in a constructive way, to get us from where we are to where we want to go.

Both are a Way of Moving Forward
The major similarity between goals and objectives is that the both involve forward motion, but accomplish it in very different ways. We can think of goals as being the Big Picture — where we hope that our efforts will ultimately bring us. Objectives are about a specific plan of attack — usually a series of them — each being relatively short-term in nature.

Read more: http://www.investorwords.com/article/#ixzz3k0FU5lmr

analytic

MATERIEPTO is any entepto which IS NOT kognepto#cptCore365#. A referento can be kognepto.
[hmnSngo.2007-12-18_KasNik]

MATERIEPTO is any entepto which IS_DENOTED by a kognepto. Then referento and this koncepto are the same.
[hmnSngo.2007-12-17_KasNik]

ΥΛΙΚΗ ΟΝΤΟΤΗΤΑ είναι η ΟΝΤΟΤΗΤΑ που δεν είναι πνευματική.
[hmnSngo.1995.04_nikos]

ΥΛΙΚΟ: ΕΙΝΑΙ ΟΤΙ ΔΕΝ ΕΙΝΑΙ ΠΡΟΙΟΝ ΤΟΥ 'ΑΝΘΡΩΠΙΝΟΥ ΕΓΚΕΦΑΛΟΥ'.
[hmnSngo.1993.10_nikos]

ΥΛΗ καλείται ό,τι υποπίπτει εις τας αισθήσεις μας, με κύρια χαρακτηριστικά γνωρίσματα: τον όγκον, την μάζαν και το βάρος. Το ύδωρ, ο σίδηρος, το ξύλον, ο αήρ κτλ. είναι υλικά αντικείμενα.
[ΠΑΠΑΓΕΩΡΓΙΟΥ-ΛΙΑΤΗΣ, 1971, 3#cptResource830#]

Η ΥΛΗ μας παρουσιάζεται υπο τρείς διαφόρους μορφάς, τας οποίας ονομάζομεν καταστάσεις των σωμάτων. Αυταί είναι η στερεά, η υγρά και η αέριος κατάστασις.
[ΜΑΖΗΣ, 1955, 22#cptResource807#]

synthetic.environment

name::
* McsEngl.synthetic.environment,

Structure is any construction of related entities.
[hmnSngo.2009-02-23]

whole.SPECIFIC-DIVISION.new-attributes

_CREATED: {2014-01-06} {2002-12-24}

name::
* McsEngl.whole.SPECIFIC-DIVISION.new-attributes,

_SPECIFIC:
* structure (new attributes)#cptCore917#
* collection (not new attributes)#cptCore545#
===
- then ordered-collection is a 'structure'.

analytic

COLLECTION is a WHOLE of elements, with attributes the SUM of attributes of its elements.
[hmnSngo.2003-02-16_nikkas]

GROUP is a WHOLE without corelations among its elements|parts.
[hmnSngo.2002-12-22_nikkas]

synthetic

GROUP is created by putting together entities (parts|elements). The attributes of the group is the sum of the attributes of the parts.
[hmnSngo.2002-12-22_nikkas]

"Its main methodological principle is that a system is not reducible to the sum of its elements and has a special systems quality that none of its elements has".
[Smirnov et al, 1984, 38#cptResource289#]

5-COMPLEMENT

_SPECIFIC_COMPLEMENT:
* system (collectionNo)#cptCore765#

set'DEFINITION

_DefinitionGeneric:
Set is a collection with no-duplicate AND no-ordered elements.
[hmnSngo.2013-10-22]
===
Set is a collection with no duplicate elements.
[hmnSngo.2012-05-13]

Set is a STRUCTURE #cptEconomy207# WITHOUT the relations #cptEconomy184# of its elements.
[hmnSngo.2011-05-12]

_DefinitionSpecific:
Set is a STRUCTURE without its relations.
[hmnSngo.2011-05-13]

GRUPO is a KOLEKTO with no duplicate elements.
[hmnSngo.2007-12-11_KasNik]

SET is a GROUP with no duplicate elements.
[hmnSngo.2002-12-22_nikkas]

A set is an arbitrary collection of elements, which may be real or imaginary, physical or abstract. In mathematics, sets are usually composed of abstract things like numbers and points, but one can also talk about sets of apples, oranges, people, or canaries.
...the order of listing the elements is immaterial
... A set has no duplicate elements.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

ΣΥΝΟΛΟ είναι η 'ΟΛΟΤΗΤΑ' που αποτελείται απο 'οντότητες' που έχουν ένα ΚΟΙΝΟ τουλάχιστον χαρακτηριστικό ΑΛΛΑ η ολότητα ΔΕΝ εχει ΧΑΡΑΚΤΗΡΙΣΤΙΚΑ διαφορετικά απο αυτά των αντικειμένων, όπως γίνεται στο σύστημα.
[hmnSngo.1995-01-17_nikos]

ΣΥΝΟΛΟ είναι το 'ΑΝΤΙΚΕΙΜΕΝΟ' που αποτελείται απο άλλα αντικείμενα που έχουν ένα ΚΟΙΝΟ τουλάχιστον χαρακτηριστικό ΑΛΛΑ η ολότητα ΔΕΝ εχει ΧΑΡΑΚΤΗΡΙΣΤΙΚΑ διαφορετικά απο αυτά των αντικειμένων, όπως γίνεται στο σύστημα.
[hmnSngo.1995-01-17_nikos]

ΣΥΝΟΛΟ = ΚΑΘΕ
[hmnSngo.1994-11-28_nikos]

set'wholeNo-relation#cptCore546.15#

name::
* McsEngl.set'wholeNo-relation,

_SPECIFIC_COMPLEMENT.DUPLICATE:
* collection-duplicate#cptCore1047#

set'Cardinality

name::
* McsEngl.set'Cardinality,
* McsEngl.cardinality-of-set@cptCore545.4i,

The number of elements

set'Complement

name::
* McsEngl.set'Complement,
* McsEngl.complement-of-set@cptCore397,

Complement. -A is the set that contains everything in the universal set that is not in A: -A = {x | xΞU and not xΞA}.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

set'Creation

name::
* McsEngl.set'Creation,

IF we have X elements and group them per Y
THEN to find the number of sets (combinations)
with HP CALUCLATOR:
MATH\PROB\
C X,Y.

set'Disjoint#attEnv#

name::
* McsEngl.set'Disjoint,
* McsEngl.disjoint-sets@cptCore397,

Disjoint sets. Two sets A and B are said to be disjoint if they have no common elements; i.e., their intersection is the empty set: AΗB={}.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

set'element

name::
* McsEngl.set'element,
* McsEngl.conceptCore397.1,
* McsEngl.element-of-set@cptCore397.1,
* McsEngl.element.set@cptCore397.1,
* McsEngl.objects-of-a-set,
* McsEngl.set-element,
* McsEngl.set'element@cptCore397.1,
* McsEngl.set-member,
* McsEngl.set'node@cptCore397.1, {2012-06-11}
* McsEngl.eltSet,
====== lagoGreek:
* McsElln.ΜΕΛΟΣ-ΣΥΝΟΛΟΥ,
* McsElln.ΣΤΟΙΧΕΙΟ-ΣΥΝΟΛΟΥ,
* McsElln.ΣΥΝΟΛΟΥ-ΜΕΛΟΣ@cptCore397.1,

_DEFINITION:
* ΜΕΛΟΣ ΣΥΝΟΛΟΥ είναι κάθε ΟΝΤΟΤΗΤΑ από την οποία αποτελείται το ΣΥΝΟΛΟ.
[hmnSngo.1995.04_nikos]

* ΜΕΛΟΣ ΣΥΝΟΛΟΥ είναι ΚΑΘΕ ΟΝΤΟΤΗΤΑ ΣΤΟ ΑΝΑΦΕΡΟΜΕΝΟ ΤΟΥ ΣΥΝΟΛΟΥ.
[hmnSngo.1993.11_nikos]

_GENERIC:
* entity#cptCore387#

set'Notation

name::
* McsEngl.set'Notation,
* McsEngl.set'specification@cptCore397,

The following four specifications all determine the same set:
{1, 2, 3}
{x | x is an integer and 0<x<4}
{x | x is a positive integer, x divides 6, and xΉ6}
{x | x=1 or x=2 or x=3}
A set specification that lists all elements explicitly is called a definition by extension. A specification that states a property that must be true of each element is called a definition by intension. Only finite sets can be defined by extension. Infinite sets must always be defined by intension or by some operations upon other infinite sets that were previously defined by intension.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

_GENERIC:
* MATH_NOTATION#cptCore89.1#

set'Operator

name::
* McsEngl.set'Operator,
* McsEngl.operator'in'settheory@cptCore397,

Of all the operators that deal with sets, the most basic is ε, which states whether a particular element is in a set: the notation xΞS means that x is an element of the set S; it may also be read x is a member of the set S or simply x is in S. All other operators on sets can be defined in terms of Ξ.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

set'relation

name::
* McsEngl.relation.set,
* McsEngl.conceptCore397.3,
* McsEngl.relation546.21,
* McsEngl.corelation.set-397.3,
* McsEngl.set'corelation-397.3,
* McsEngl.state.set,
* McsEngl.set-state,
====== lagoGreek:
* McsElln.ΣΧΕΣΗ-ΣΥΝΟΛΟΥ,

_DEFINITION:
* SET-RELATION is the ADDITIVE-RELATION where the relatads create a SET#cptCore397#.
[hmnSngo.2000-12-17_nikkas]

_GENERIC:
* ADDITIVE-CORELATION#cptCore546.9#

set'relation-to-generic-concept

_CREATED: {2014-02-18}

name::
* McsEngl.set'relation-to-generic-concept,
* McsEngl.generic-concept-relation-to-set,

_DESCRIPTION:
Every generic-concept can be expressed as a set of its specifics.
Every set is NOT a generic-concept, because a set can contain any type of diferent entities.
[hmnSngo.2014-02-18]

set'relation-to-quantity

name::
* McsEngl.set'relation-to-quantity,
* McsEngl.quantity'relation-to-set,

_DESCRIPTION:
Quantity is synonym to 'generic'. The referent of concept-quantity are similar entities.
The referent of a set-concept are NOT similar entities, we can NOT have a quantity on these.
[hmnSngo.2013-10-25]

set'Subset

name::
* McsEngl.set'Subset,
* McsEngl.subset-of-set@cptCore397,

Subset. AcB means that every element of A is also an element of B: If xΞA, then xΞB.
...
Proper subset. A is a proper subset of B if AcB and there is at least one element of B that is not in A: If xΞA, then xΞB and there exists some b where bΞB and not bΞA.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

set'Superset#attWho#

name::
* McsEngl.set'Superset,
* McsEngl.superset-of-set@cptCore397,

Superset. A is a superset of B if B is a subset of A.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

SPECIFIC

name::
* McsEngl.set.specific,

Οταν μιλάμε για "subgeneral" μιας έννοιας-σύνολο εννοούμε τις ταξινομήσεις αυτής καθ'αυτης της έννοιας και όχι των στοιχείων της.
Μπορεί η ίδια η έννοια να μήν έχει μερικότερες έννοιες (πχ οι "οικονομικοι οργανισμοι της ελλαδας"), ΑΛΛΑ τα 'στοιχεία' αυτής της έννοιας-συνολο ΕΧΟΥΝ μερικότερες έννοιες (πχ ανώνυμες, επε κλπ).
[hmnSngo.1994.05_nikos]

_SPECIFIC: set.SPECIFIC_DIVISION.FINITNESS
* finite##
* finiteNo##

_SPECIFIC: set.SPECIFIC_DIVISION.ORDER
* ordered#cptCore1146#
set.UNORDERED

_SPECIFIC: set.SPECIFIC_DIVISION.COUNTABILITY
* countable##
* countableNo##

_SPECIFIC: set.alphabetically:
* information-set#cptCore181.37#

5-DIVISION.referent

name::
* McsEngl.5-DIVISION.referent,

_SPECIFIC:
* REAL_SET
* UNREAL_SET

5-product

name::
* McsEngl.cartesianproduct-of-sets@cptCore397,
* McsEngl.set.Cross'Product,

_DESCRIPTION:
The cross product of two sets A and B, written A?B (AxB), is the set of all possible ordered pairs with the first element of each pair taken from A and the second element from B. If A is the set {1,2} and B is the set {x,y,z}, then A?B is the set,
{α1,xρ, α1,yρ, α1,zρ, α2,xρ, α2,yρ, α2,zρ}.
With the notation for defining a set by a property or rule, it is possible to give a general definition for the cross product A?B: {αx,yρ | xΞA and yΞB}.
The cross product can also be extended to three or more sets. The product A?B?C is defined as {αx,y,zρ | xΞA, yΞB, and zΞC}.
Since Rene Descartes introduced pairs of numbers for identifying points on a plane, the cross product is also called the Cartesian product in his honor.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]
===
If A and B are two sets, the class of all ordered pairs (a,b) of which the first member belongs to set A and the second member belongs to set B is called the cartesian product (ΚΑΡΤΕΣΙΑΝΟ ΓΙΝΟΜΕΝΟ) of the two sets, and it is denoted by AxB.
[Richardson, 1966, 41#cptResource451#]

set.CLASS

name::
* McsEngl.set.CLASS,
* McsEngl.class.set-theory@cptCore397,

_DEFINITION:
In set theory and its applications throughout mathematics, a class is a collection of sets (or sometimes other mathematical objects) that can be unambiguously defined by a property that all its members share. Some classes are sets (for instance, the class of all integers that are even), but others are not (for instance, the class of all ordinal numbers or the class of all sets). A class that is not a set is called a proper class.
[http://en.wikipedia.org/wiki/Class_%28set_theory%29]

set.Concept

_CREATED: {2009-01-18}

name::
* McsEngl.set.Concept,
* McsEngl.conceptCore545.7,
* McsEngl.concept-set@cptCore545.7,
* McsEngl.set-of-concepts@cptCore545.7,
* McsEngl.setConcept@cptCore545.7, {2012-04-22}

_DEFINITION:
it is a set of concepts.
[hmnSngo.2009-01-18]

_SPECIFIC:
* name-concept-set#cptCore653#
* ReferentConceptSet#cptCore520#

5-sets

name::
* McsEngl.difference-of-sets@cptCore397,

Difference. A-B is the set that contains all the elements that are in A but not in B:
A-B = {x | xΞA and not xΞB}.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

set.Finite

name::
* McsEngl.set.Finite,
* McsEngl.countable-set@cptCore397,
* McsEngl.finite-set@cptCore397,
* McsEngl.set.countable,

_DEFINITION:
In mathematics, a countable set is a set with the same cardinality (i.e., number of elements) as some subset of the set of natural numbers. The term was originated by Georg Cantor; it stems from the fact that the natural numbers are often called counting numbers. A set that is not countable is called uncountable.
[http://en.wikipedia.org/wiki/Countable]
===
In mathematics, a set is called finite if there is a bijection [one-to-one] between the set and some set of the form {1, 2, ..., n} where n is a natural number. (The value n = 0 is allowed; that is, the empty set is finite.)
[http://en.wikipedia.org/wiki/Finite_set]

set.FiniteNo

name::
* McsEngl.set.FiniteNo,
* McsEngl.infinite.set@cptCore397,
* McsEngl.set.CountableNo,
* McsEngl.set.infinite,
* McsEngl.uncountable-set@cptCore397,

_DEFINITION:
In mathematics, a countable set is a set with the same cardinality (i.e., number of elements) as some subset of the set of natural numbers. The term was originated by Georg Cantor; it stems from the fact that the natural numbers are often called counting numbers. A set that is not countable is called uncountable.
[http://en.wikipedia.org/wiki/Countable]
===
In set theory, an infinite set is a set that is not a finite set. Infinite sets may be countable or uncountable. Some examples are:
* the set of all integers, {..., -1, 0, 1, 2, ...}, is a countably infinite set; and
* the set of all real numbers is an uncountably infinite set.
[http://en.wikipedia.org/wiki/Infinite_set]

5-sets

name::
* McsEngl.intersection-of-sets@cptCore397,

Intersection. AΛB is the set that contains all the elements that are in both A and B:
AΗB = {x | xΞA and xΞB}.
[Sowa, http://www.bestweb.net/~sowa/misc/mathw.htm, (2000-07-30)]

set.MENTAL (realNO)

name::
* McsEngl.set.MENTAL (realNO),
* McsEngl.mental-set, {2015-10-03}
* McsEngl.notion-set, {2015-10-03}
* McsEngl.unreal-set@cptCore397,
====== lagoGreek:
* McsElln.νοητικό-σύνολο, {2015-10-03}

_DEFINITION:
* Unreal-set is a set with a NOT existing referento (just a set in someone's brain).
[hmnSngo.2007-10-14_KasNik]

_ENVIRONMENT:
An unreal-set is a GENERIC concept.
[hmnSngo.2007-10-14_KasNik]

_SPECIFIC:
* referent-of-generic-concept##

set.MENTAL.NO (real)

name::
* McsEngl.set.MENTAL.NO (real),
* McsEngl.set.MentalNo,
* McsEngl.real-set@cptCore397,

_DEFINITION:
* Real-set is a set with an existing referento (not just a set in someone's brain).
[hmnSngo.2007-10-14_KasNik]

_ENVIRONMENT:
A real-set is a WHOLE concept.
[hmnSngo.2007-10-14_KasNik]

set.Ordered

_CREATED: {2012-04-22} {2000-10-15}

name::
* McsEngl.set.Ordered,
* McsEngl.conceptCore545.6,
* McsEngl.conceptCore1146,
* McsEngl.index@cptCore545.6, {2012-09-02}
* McsEngl.ordered-set@cptCore545.6,
* McsEngl.permutation,
* McsEngl.set.ordered@cptCore545.6,
* McsEngl.idx@cptCore545.6, {2012-09-02}
====== lagoSINAGO:
* McsEngl.listo'gropo@lagoSngo,