Intertype relations

From Wikisocion

Intertype relations refer to the patterns of functional interaction between two socionic types. There are 14 such patterns -- 12 symmetric and 2 asymmetric.

English names

In English-language socionics, there are a number of competing terms for intertype relations. The ones that are the best translations from the most common Russian versions are listed first.

Identity
Duality
Activation
Mirror
Kindred / Comparative / Congenerity
Partial duality / Semi-duality
Business / Look-a-Like / Cooperation
Mirage / Illusionary
Super-ego
Extinguishment / Contrary
Quasi-identity
Conflict

Asymmetric relations:

Request / Benefit
Supervision

Overview

Complete

Table of intertype relations
	ILE	SEI	ESE	LII	EIE	LSI	SLE	IEI	SEE	ILI	LIE	ESI	LSE	EII	IEE	SLI
ILE	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd
SEI	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg
ESE	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+
LII	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+
EIE	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf
LSI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI
SLE	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex
IEI	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se
SEE	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg
ILI	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp
LIE	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-
ESI	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-
LSE	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr
EII	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac
IEE	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du
SLI	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id

Du - Duality; Ac - Activation; Sd - Semi-duality; Mg - Mirage; Mr - Mirror; Id - Identity; Cp - Cooperation; Cg - Congenerity; QI - Quasi-Identity; Ex - Extinguishment; Se - Super-ego; Cf - Conflict; Rq+ - Requester; Rq- - Request recipient; Sv+ - Supervisor; Sv- - Supervisee

Easy to remember

The intertype relations are easier to remember by looking at Jungian dichotomies, using the four-letter code.

Examples:

Duals share only the fourth Jungian dichotomy: 0001
Mirrors share only the second and third Jungian dichotomy: 0110

relation	conformity
duality	0001
identity	1111
activity	1000
mirror	0110
super-ego	1001
quasi-identical	1110
contrary	0111
conflict	0000
semi-duality (rational)	0101
semi-duality (irrational)	0011
comparative (rational)	1011
comparative (irrational)	1101
illusionary (rational)	0011
illusionary (irrational)	0101
look-a-like (rational)	1101
look-a-like (irrational)	1011
supervision (rational supervisor)	0100
supervision (irrational supervisor)	0010
benefit (rational benefactor)	1010
benefit (irrational benefactor)	1100

Categories of relations

This page or section is incomplete. Additional contributions are needed.

Symmetric relations

Symmetric relations refer to intertype interaction where the functions of Person 1 map to those of Person 2 the same way that the functions of Person 2 map to Person 1.

Example: ESTp has Ni and Te (INTp's ego elements) in the fifth and eighth functions, respectively. Likewise, INTp has Se and Ti in the fifth and eighth functions, respectively. Therefore the INTp and ESTp are Semi-Duals.

Asymmetric relations

Asymmetric relations refer to intertype interaction where the functions of Person 1 map to those of Person 2 differently from the way that the functions of Person 2 map to Person 1.

Example: INFj has Si and Fe (ISFp's ego elements) in the sixth and seventh functions, respectively. However, ISFp has Fi and Ne in the eighth and fifth functions. Therefore INFj is Benefactor to ISFp, but ISFp is Beneficiary to INFj.

Intertype interaction and relationships

It is common for people to get into the habit of equating intertype interaction (or 'relations,' as it is usually called) with the more everyday concept of relationship. Here is what Aleksandr Bukalov and Olga Karpenko of the International Institute of Socionics had to say about the difference between information interaction between types and relationships:

A.B. - Anyway, Aushra wrote several more works, such as The Socion, The Theory of Intertype Relations, and lengthy descriptions of several types, where she examined in detail how the information model of the psyche works for each type, how intertype relations work and how they manifest themselves — or, to be precise, "intertype information interaction," out of which, on a subjective level, arise relationships. That's how we've formulated it in recent years.

O.K. - In order to separate relationships from their information component.

A.B. - Yes, information interaction and how relationships feel subjectively are not exactly the same. Aushra mixed the two, but that's natural. [1]

Intertype relations
Identity	Duality	Activation	Mirror
Kindred	Semi-duality	Business	Illusionary
Super-ego	Extinguishment	Quasi-identity	Conflict
Benefit		Supervision

Classical socionics
IM elements -	Functions -	Socion -	Type dichotomies -	Intertype relations -	Small groups

Intertype relations

From Wikisocion

Contents

English names

Overview

Complete

Easy to remember

Categories of relations

Symmetric relations

Asymmetric relations

Intertype interaction and relationships

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	ILE	SEI	ESE	LII	EIE	LSI	SLE	IEI	SEE	ILI	LIE	ESI	LSE	EII	IEE	SLI
ILE	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd
SEI	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg
ESE	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+
LII	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+
EIE	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf
LSI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI
SLE	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex
IEI	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se
SEE	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg
ILI	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp
LIE	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-
ESI	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-
LSE	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr
EII	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac
IEE	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du
SLI	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id

	ILE	SEI	ESE	LII	EIE	LSI	SLE	IEI	SEE	ILI	LIE	ESI	LSE	EII	IEE	SLI
ILE	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd
SEI	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg
ESE	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+
LII	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+
EIE	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf
LSI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI
SLE	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex
IEI	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se
SEE	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg
ILI	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp
LIE	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-
ESI	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-
LSE	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr
EII	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac
IEE	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du
SLI	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id

	ILE	SEI	ESE	LII	EIE	LSI	SLE	IEI	SEE	ILI	LIE	ESI	LSE	EII	IEE	SLI
ILE	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd
SEI	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg
ESE	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+
LII	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+
EIE	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf
LSI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI
SLE	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex
IEI	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se
SEE	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr	Rq+	Sv+	Cp	Mg
ILI	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac	Sv+	Rq+	Mg	Cp
LIE	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du	Cg	Sd	Rq-	Sv-
ESI	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id	Sd	Cg	Sv-	Rq-
LSE	Rq+	Sv+	Cp	Mg	Se	Ex	QI	Cf	Rq-	Sv-	Cg	Sd	Id	Du	Ac	Mr
EII	Sv+	Rq+	Mg	Cp	Ex	Se	Cf	QI	Sv-	Rq-	Sd	Cg	Du	Id	Mr	Ac
IEE	Cg	Sd	Rq-	Sv-	QI	Cf	Se	Ex	Cp	Mg	Rq+	Sv+	Ac	Mr	Id	Du
SLI	Sd	Cg	Sv-	Rq-	Cf	QI	Ex	Se	Mg	Cp	Sv+	Rq+	Mr	Ac	Du	Id