Altieric

Altieric is the national dialect of the Altieri race. It is an ancient language that is primarily used by the Altieri who inhabit the dimension Aorcielus. It utilizes a glyphic alphabet system for communication when used literally.

The dialect is classified as an analytic-synthetic due to its hybrid-nature as an agglutinative, polysynthetic, fusional and analytic all combined. It is one of the few dialects to exist in this category with as thymolinguistic like Hymmnolik, despite it bearing no link nor similarities to the mentioned, except with Ra'Cielic (Ari'Veciela), which is Altieric's predecessor dialect.

Overall Analysis of Dialect
The dialect is mainly synthetic, 40% being polysynthetic, 11% fusional, 29% agglutinative and 15% analytic while the remaining 25% is composed of thymolinguistic elements.

The thymolinguistic H-Wave class of this dialect is exactly the same as the H-Wave class of Ra'Cielic -- this means that although humans are able to understand and speak Altieric phonology-wise, they will never be able to understand nor replicate the emotions carried in the words and sounds that the Altieri are able to produce since their mental wavelengths are below Altieri H-Wave standards, meaning that only those above or with the exact same wavelength as the Altieri will be able to fully utilize the dialect.

Altieric is subjected to tremendous wavelength and D-Wave alternation under intense emotions or mental stress, often this change manifests as a complete distortion in the speaker's voice, sounding as high-pitched noise or static to individuals with hearing capacity the same as humanity's. This is due to the fact that Altieric is a thymolinguistic language of high calibre, which renders it vulnerable to such mentality. So far, this has only occurred by Altieri.

Phonology
The phonological nature of the dialect is primarily pulmonic, though shows signs of non-pulmonic and co-articulated usage. The non-pulmonic phonology that is used in Altieric is solely implosive depending on the word and tone used to speak. It also displays high usage of aspiration at primarily the final position of words concerning consonants. Due to the nature of the language's phonological structure and composition, it can be spoken by humans near-perfect.

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Vowels
(N/A)

Altieric diphthongs have a more wider range of precise sounds in their vocabulary, and have rarely changed over time with per country state.

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Consonants
Altieric consonants are mainly pulmonic in nature, but do involve non-pulmonic consonants, though the only non-pulmonic consonants within Altieric are implosive-type consonants.

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Vowels
Although they are subjected to stress, this does not alter the phonological nature of the vowels with the slight unconfirmed exception of 'a'. ???

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Consonants
Altieric consonants are primarily approximants, but they are open to phonological mutations which vary on positioning, presence of stress or (rarely this happens) due to variation of tone. Sometimes, depending on the tone of the speaker and the sentence, this will cause some of the consonants to become implosive (this usually occurs when the speaker wishes to convey a strong emotion -- what that emotion is depends on the sentence context).

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Syllabic Consonants
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Emotion Clusters
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Verbs
Moods

Hortative ~Imposed Will~
The hortative case is usually known as a direct 'I POV -> II POV' class where the speaker directly links the verb to the target which is referred to in 2nd person. However, unlike active verbs, they do not indicate the speaker initiating the verb to the target, but rather the target initiating the verb by the will of the speaker. Since it is will-imposed, it lacks 1st or 3rd person usage. Hortative comes in 3 categories: Imperative, Optative and Prohibitive.

Imperfect (Present) ~4th Mediation~
The Imperfect Case is also known as the Present-Tense Mood. It indicates that the speaker is performing an action right now in the moment.

Volitional (Future) ~4th Ascension~
The volitional case (also referred to as the future-tense case) is used to indicate that an verb will be performed in the near incoming events; in English, they are usually indicated by the usage of 'will' or 'shall'.

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Nouns
Nouns in Altieric function similarly to Georgian nouns, as they use specific types of affixes to indicate their status and meaning in the sentence.

Pronouns

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Genitive Case ~Qualia Domain Law~
Ownership in Altieric simply consists of the owned object preceding the owner while a special form of particle or attachment is placed between the two nouns to indicate genitive relationship. There are two forms that indicate ownership known as the POV Genitive Case and the Conceptual Genitive Case.

POV Genitive Case
When a noun is perceived in the domain of one of the three perspective domains, it then falls under the category and rule of POV Genitive Case, otherwise known as Inner Qualia Law. The direct English equivalents that indicate the IQL are words such as "my", "our", "your", "his", "her" and "their". Following the ([Object][Owner]) Law, the genitive pronouns are placed after the objects.

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Exterior Qualia Law
Exterior Qualia Domain Law (abbreviated as EQL) is a special form of genitive indication in Altieric. It is commonly used to indicate a noun and noun relationship in this way:

[Noun (Object)] + [Genitive Indicator Suffix] [Owner]

EQL is not meant to be used alongside first, second or third pronouns as it is meant to indicate and mark a genitive relationship between the former and latter; the latter is usually a pronoun (first name) or inanimate object while the former is the object that is owned by the latter.

Advanced Grammar
Altieric is known commonly by for being originally a tonal language similar to Ra'Cielic but was reformed and modernized in the late future in accord to two reasons.

One of the reasons is due to the fact that the language albeit tonal existed in a level higher than any, consisting of frequencies that exceeded human or mortal vocalization and audio; these frequencies existed on the hertz spectrum but they were distorted and altered drastically that if analysed with normal measurements, it would result with a distorted answer -- for example, if one were to analyse a frequency of 7.8 Hz but with the Altian distortion in effect, it would show as 22 Hz instead of 7.8 Hz.

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