codes of geometrical language

central page of puzzles with letters

artistic images of ciphered words
logic puzzles of ciphered contents

Geo-codes page 3.

alphabetic order of letters
conundrum of words in language
puzzle and geometrical symbol
variety of words in language
rules of geometrical linguistics Geometrical codes.
Alphabet puzzles with letters.

At the left images of geometrical codes are shown.
The contents of codes is a riddle which is latent in a sequence of lines and letters.
Decisions of codes are given at the end of page.
On the right rules of geometrical linguistics are given.

4. Geometrical puzzle.
geometrical code and puzzle of human language

5. Linguistic puzzle.
points of letters in geometrical puzzle

6. Puzzle of human language.
geometrical code of a linguistic triangle

Answers of puzzles:
4. Psalm 84.12 New International Version.
5. Psalm 33.6 English Standard Version.
6. Psalm 29.11 New International Version.

Texts of the Bible can be found: www.bibles.net.

Rules of geometrical linguistics.
Puzzles of human language.

Letters of the alphabet develop in a sequence of words according to rules (laws) of language, but sequences of letters and words submit not only to rules of language but also to geometrical rules in geometrical space. Namely if identical letters are located alongside in a sequence of words then each letter is in an own point of geometrical space, and it is possible if there are three sides of a linguistic triangle and there is a triple quantity of letters of the alphabet on three sides of a triangle.
If identical letters are located consistently one after another then are not united in one letter. Each letter is in a separate point of geometrical space.
For example, the word collocation "free eel" contains four in succession letters E which form the closed contour of lines as it is possible to see on the chart:

geometrical contour of lines in word codes

Therefore the triple quantity of letters of the alphabet is necessary and three sides of a linguistic triangle are necessary in a context of geometrical linguistics, as if the geometrical space has less than three points for each letter then sequences of identical letters can not be expressed.

For expression of possessive case it is possible to use points in tops of a linguistic triangle as it is shown in the following chart:

points of linguistic triangle for words of possessive case

Punctuation marks are absent in a context of geometrical linguistics, and points in tops of a linguistic triangle can be used only for expression of possessive case.

According to three sides of a linguistic triangle in a context of geometrical linguistics there are features which allow to consider sequences of letters in codes as logic puzzles.
For example, if some lines incorporate in one point of the code namely if any letter of the code multiply repeats then some possible continuations of the ciphered phrase are supposed in such point, and search of the following letter in a sequence of words is required, that is specific feature of logic puzzles.
Remarkable feature of geometrical linguistics consists that some letters are involved in the sentence many times. Sequences of letters it is possible to consider as the ciphered puzzles due to this feature.
Repeated letters are the main specificity of geometrical codes as demand search of correct continuation.

And also feature of geometrical codes are the closed sequences of words. For example, the phrase "and following and following" forms the closed sequence of lines in which words indefinitely repeat, apparently on the chart:

geometrical sequence of lines in which words indefinitely repeat

Repeated recurrences of letters and the closed sequences of words are essential feature of geometrical linguistics, and these feature are more diverse rather than in the shown examples. Actually sequences of letters and words in a context of geometrical linguistics can be rather intricate depending on quantity of repeated letters in the ciphered words.
Unfortunately the insufficient knowledge of the English language does not allow me to describe every possible linguistic rules which can be seen in a context of geometrical linguistics. I think that the attentive owner of the English language can see various rules better me. And also can see rules about which I have not told.

The following page also results geometrical codes and puzzles, and describes various concepts of geometrical linguistics.

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