12-07-2024, 03:48 PM
Dear researchers,
Please, as much as possible, let's try to review the simple basic data before attempting complex calculations.
> How many different sounds can there be in human spoken/written language?
> How many different sounds are there in European languages?
> How many different sounds are there in Hebrew and Arabic?
> How many sound signs were there in all these languages (including capital letter images) in the scripts and alphabets they used throughout history?
> How many sound marks are there in VM texts?
If your puzzle base frame plate has 50 or 60 special places, can you fit 350 or 360 pieces in there?
I think a researcher should not attempt to transcription the alphabet for VM content without even approximately answering these questions because it is not possible to get results by proceeding with irrational approaches.
From the Syllable Character List, 39 symbols have been selected by myself here in this comment. Although about 89 symbols are shown in this (You are not allowed to view links. Register or Login to view.) list, only 39 different types of symbols have been selected from this list because some of them are included in other tables.
The same situation applies to the tables below. In some tables, symbols that appear similar to each other (which I consider different) may be considered the same by others. For this reason, the number of writing symbols selected in these tables may be more than the numbers noted in the same table.
Across approximately 240 pages of the VM work, primarily Latin alphabet letters/symbols as well as Turkic-Runic alphabet letters, a few Greek-like alphabet symbols, some Turkic tamga symbols, and numerical symbols up to 9 are blended to create syllable characters, thereby forming the VM writing alphabet.
In addition to the VM alphabet, there exists a second alphabet and language within the content, but I have not yet deciphered it. The number of words written with this secondary mentioned alphabet is so few that their total would only amount to the length of a single sentence within the 240-page manuscript. For this reason, I can state that I do not find this second language and alphabet worth examining at this stage. However, I have included some words written in this alphabet in the tables below. Because these are also available in the VM content.
In the tables below, the numbers of different writing symbols found in the VM have been noted.
The basic letter signs in VM is > 24 pieces
See: You are not allowed to view links. Register or Login to view.).
Syllable 39 characters in our list can be seen here in this link.
(There are a total of 89 signs in the list at the following address " You are not allowed to view links. Register or Login to view. " 39 of them were selected in number because they are not included in other tables.)
Additionally, I only add 8 of the 16 tamga signs to the calculation below (to the total number of sound signs) because some of these are already shown in other tables.
The total number of different signs in the Tables below = 90 + 71 + 38 + 25 + 60 = 284 different writing signs. When we add 24 basic fonts and 39 of the syllabic characters listed on our page to this figure, there are a total of 284 + 24 + 39 = 347 fonts in the VM content, which are different from each other. When you add 8 of the tamgas signs to the number, this total number becomes 355.
Although I chose this "355 different VM fonts" figure by quickly looking at approximately all 240 pages, assuming there are approximately 5 scripts/letters that I may have missed from being in this entire book, there are about 360 different scripts/letters within the VM.
Of course, a few calculation errors, which may include those arising from excessive ink leakage from the pen, natural distortions in the author's manuscript over time, changes in the writing styles of more than one author/writer, and/or situations where I mistakenly interpreted two similar appearances of the same sign as different letters, may have been effective in this count while I was calculating the numbers.
If I still assume that these calculation errors are 20 scripts/letters in total, then it can be said that the VM content was created with approximately ( 360 - 20 = ) 340 different letter/sound signs.
{Of course, if another researcher could help me count exactly by listing (to find some errors or 20 or more than the 20 errors of similarly different-looking letters and writing signs / if there are any mistakes), It will be at least have a chance to check this my count.}
PLEASE SEE THE TABLES:
[attachment=8846]
[attachment=8848]
[attachment=8849]
[attachment=8850]
[attachment=8851]
[attachment=8852]
[attachment=8854]
+ "Syllabic Combine Characters Transcriptions" here > You are not allowed to view links. Register or Login to view.
A long time ago, by counting the marks on a certain number of first pages in the VM content, I thought there were about 170 fonts in the content, based on a probability calculation in a ratio/proportion way. And I wrote about this in various places. This idea gave me the first clue that there might be syllable-sound images in the VM content when I first started researching VM texts.
Later, when I repeated this calculation with the same method, I assumed that the number I was looking for was over 180 units. But for a while, I looked at all the pages in the content again and brought together the signs I saw differently in the images I created in tables.
Today, as a result, we can say that there are approximately 340 letter/sound signs in total in the VM content (or maybe max. 360).
Although the number of human speech sounds differs for speakers of each language group, they are essentially a very limited number. In this regard, many languages have between 24 and 33 letters in their alphabet. This number may increase if syllable and word signs are involved.
In other words, while the basic phonetic alphabet signs corresponding to human speech sounds are very limited, the number of writing signs naturally increases when signs that can be called syllabic signs (all different types) are included. This is the case for all languages and cultures throughout history.
In this numerical case; Will reading VM articles using EVA variations or other similar sound-matching-transcription tables, engaging in scientific calculations, or writing articles with a statistical approach for VM, allow & help you to get accurate results?
When the puzzle you have is 350 pieces, even if you match 50 pieces correctly, it would not be possible to get accurate results from the measurements you make.
If such inscriptions or manuscripts are to be read, it is necessary to first check whether the written signs on hand are more than the known alphabets. No one has done this in the last 100 years, or if they did, they did not come to the right conclusion.
So, can you see why we can't talk about a table of 24 or 33 letters (or, can we say let's take capital letters into account and try to verify a 66-letter text-sign or alphabet image?)
Therefore, studies that did not take syllabic characters into account could not reach results, and so it was.
The articles written so far with the assumption that they are academic and scientific (even all the so-called academic level produced in universities with more than one participant) and the tables produced in the field of comparative linguistics for the phonetic structures created with the statistical approaches shown in them did not serve to make accurate measurements.
As a result, the ATA alphabet transcription is the most consistent alphabet transcription made throughout the history of VM studies in that it shows in which direction and how all the written signs are to be read and covers the whole. As can be seen, syllable signs are formed by combining the more familiar Latin letters. With our study, we have shown how to read syllable signs. Thus, we were able to reach correct conclusions by making correct inferences.
See the table "syllable signs are formed" here: [attachment=8853]
The best alphabet transcription is the one that allows us to read the largest number of words correctly.
Please, as much as possible, let's try to review the simple basic data before attempting complex calculations.
> How many different sounds can there be in human spoken/written language?
> How many different sounds are there in European languages?
> How many different sounds are there in Hebrew and Arabic?
> How many sound signs were there in all these languages (including capital letter images) in the scripts and alphabets they used throughout history?
> How many sound marks are there in VM texts?
If your puzzle base frame plate has 50 or 60 special places, can you fit 350 or 360 pieces in there?
I think a researcher should not attempt to transcription the alphabet for VM content without even approximately answering these questions because it is not possible to get results by proceeding with irrational approaches.
From the Syllable Character List, 39 symbols have been selected by myself here in this comment. Although about 89 symbols are shown in this (You are not allowed to view links. Register or Login to view.) list, only 39 different types of symbols have been selected from this list because some of them are included in other tables.
The same situation applies to the tables below. In some tables, symbols that appear similar to each other (which I consider different) may be considered the same by others. For this reason, the number of writing symbols selected in these tables may be more than the numbers noted in the same table.
Across approximately 240 pages of the VM work, primarily Latin alphabet letters/symbols as well as Turkic-Runic alphabet letters, a few Greek-like alphabet symbols, some Turkic tamga symbols, and numerical symbols up to 9 are blended to create syllable characters, thereby forming the VM writing alphabet.
In addition to the VM alphabet, there exists a second alphabet and language within the content, but I have not yet deciphered it. The number of words written with this secondary mentioned alphabet is so few that their total would only amount to the length of a single sentence within the 240-page manuscript. For this reason, I can state that I do not find this second language and alphabet worth examining at this stage. However, I have included some words written in this alphabet in the tables below. Because these are also available in the VM content.
In the tables below, the numbers of different writing symbols found in the VM have been noted.
The basic letter signs in VM is > 24 pieces
See: You are not allowed to view links. Register or Login to view.).
Syllable 39 characters in our list can be seen here in this link.
(There are a total of 89 signs in the list at the following address " You are not allowed to view links. Register or Login to view. " 39 of them were selected in number because they are not included in other tables.)
Additionally, I only add 8 of the 16 tamga signs to the calculation below (to the total number of sound signs) because some of these are already shown in other tables.
The total number of different signs in the Tables below = 90 + 71 + 38 + 25 + 60 = 284 different writing signs. When we add 24 basic fonts and 39 of the syllabic characters listed on our page to this figure, there are a total of 284 + 24 + 39 = 347 fonts in the VM content, which are different from each other. When you add 8 of the tamgas signs to the number, this total number becomes 355.
Although I chose this "355 different VM fonts" figure by quickly looking at approximately all 240 pages, assuming there are approximately 5 scripts/letters that I may have missed from being in this entire book, there are about 360 different scripts/letters within the VM.
Of course, a few calculation errors, which may include those arising from excessive ink leakage from the pen, natural distortions in the author's manuscript over time, changes in the writing styles of more than one author/writer, and/or situations where I mistakenly interpreted two similar appearances of the same sign as different letters, may have been effective in this count while I was calculating the numbers.
If I still assume that these calculation errors are 20 scripts/letters in total, then it can be said that the VM content was created with approximately ( 360 - 20 = ) 340 different letter/sound signs.
{Of course, if another researcher could help me count exactly by listing (to find some errors or 20 or more than the 20 errors of similarly different-looking letters and writing signs / if there are any mistakes), It will be at least have a chance to check this my count.}
PLEASE SEE THE TABLES:
[attachment=8846]
[attachment=8848]
[attachment=8849]
[attachment=8850]
[attachment=8851]
[attachment=8852]
[attachment=8854]
+ "Syllabic Combine Characters Transcriptions" here > You are not allowed to view links. Register or Login to view.
A long time ago, by counting the marks on a certain number of first pages in the VM content, I thought there were about 170 fonts in the content, based on a probability calculation in a ratio/proportion way. And I wrote about this in various places. This idea gave me the first clue that there might be syllable-sound images in the VM content when I first started researching VM texts.
Later, when I repeated this calculation with the same method, I assumed that the number I was looking for was over 180 units. But for a while, I looked at all the pages in the content again and brought together the signs I saw differently in the images I created in tables.
Today, as a result, we can say that there are approximately 340 letter/sound signs in total in the VM content (or maybe max. 360).
Although the number of human speech sounds differs for speakers of each language group, they are essentially a very limited number. In this regard, many languages have between 24 and 33 letters in their alphabet. This number may increase if syllable and word signs are involved.
In other words, while the basic phonetic alphabet signs corresponding to human speech sounds are very limited, the number of writing signs naturally increases when signs that can be called syllabic signs (all different types) are included. This is the case for all languages and cultures throughout history.
In this numerical case; Will reading VM articles using EVA variations or other similar sound-matching-transcription tables, engaging in scientific calculations, or writing articles with a statistical approach for VM, allow & help you to get accurate results?
When the puzzle you have is 350 pieces, even if you match 50 pieces correctly, it would not be possible to get accurate results from the measurements you make.
If such inscriptions or manuscripts are to be read, it is necessary to first check whether the written signs on hand are more than the known alphabets. No one has done this in the last 100 years, or if they did, they did not come to the right conclusion.
So, can you see why we can't talk about a table of 24 or 33 letters (or, can we say let's take capital letters into account and try to verify a 66-letter text-sign or alphabet image?)
Therefore, studies that did not take syllabic characters into account could not reach results, and so it was.
The articles written so far with the assumption that they are academic and scientific (even all the so-called academic level produced in universities with more than one participant) and the tables produced in the field of comparative linguistics for the phonetic structures created with the statistical approaches shown in them did not serve to make accurate measurements.
As a result, the ATA alphabet transcription is the most consistent alphabet transcription made throughout the history of VM studies in that it shows in which direction and how all the written signs are to be read and covers the whole. As can be seen, syllable signs are formed by combining the more familiar Latin letters. With our study, we have shown how to read syllable signs. Thus, we were able to reach correct conclusions by making correct inferences.
See the table "syllable signs are formed" here: [attachment=8853]
The best alphabet transcription is the one that allows us to read the largest number of words correctly.