Sin Toki Pona

Classification and Dialects
Sin Toki Pona is one of the language in tokiponido. So this language is similar to toki pona but with a few changes, to make it more suitable for life, like a true international language such as esperanto, not just a minimalist language, and reduce a few words without making the language more difficult to express and understand based on different usage after compounding.

Grammar
Grammar is similar to Toki Pona, except for these changes:

Subject
The three words for pronouns in the trinity are:


 * mi for first
 * sina for second
 * ona for third

For the sentences that this three words is subject, they don't need the modifier li. Example: ona moku telo

Modifier li only use for the another subject. Example: kili li pona

Antonym
In Toki Pona their are many pairs of antonym, like suli and lili. And from there we can shorten the number of words.

When you want to say a land is large, you can say: "The land is not small". Similar, we can use ala (no) as an adjective after noun or other adjective to say the opposite meaning of that word. Ex: ma li lili ala = ma li suli

But you may wonder if it can be used in reverse, use not big to describe something small. Well, We will specify which words won't used:


 * suli (replaced by lili ala)
 * ike (replaced by pona ala)
 * meli (replaced by mije ala)
 * ante (replaced by sama ala)
 * pimeja (replaced by walo ala)
 * weka (replaced by awen ala)
 * selo (replaced by insa ala)
 * lete (replaced by seli ala)

Exclamation, vocative and imperative
In Sin Toki Pona, the word a is not only used for exclamation sentences but also for vocative and imperative, instead for o

For exclamation, it is used as a independence sentence. Example: a! sina pona tawa mi.

For command, you put a before the verb. Example: a pali!, sina a moku!,...

If you want to call someone with more emotion, put a after there name or subject. Example: jan San a!

Number
With a minimal amount of words, it is very difficult to say large numbers, but first let's review the vocabulary we already have for numbers:


 * wan - 1
 * tu - 2
 * luka - 5
 * ale - 100
 * ala - 0
 * nanpa - number, ordinal number
 * mute - a lot, many

To say another numbers, you can plus two word. Example: tu wan - 3, tu tu - 4, luka wan - 6,...

As you can see, to say the numbers in the thousands or millions would be very difficult, so the word mute is used to talk about a large number, but this would be difficult to apply to math or science, making it impossible to be an international language

In this new number system, this structure is still used, but we will also use multiplication to generate large numbers. If one index word is preceded by another and the preceding word is smaller than the following word, then the two numbers are multiplied. Ex: luka ale - 500

We will use mute in addition to the existing meaning, will also be used as a word for 10

But if the preceding word is bigger, then plus it. Numbers with both addition and multiplication will be difficult to visualize, so here will be a list of numbers from 1 to 999 (known numbers will not be listed):

To say a number greater than 99, add ale after a number from 1 to 99 to mutiply it with 100. Ex:
 * tu wan - 3
 * tu tu - 4
 * luka wan - 6
 * luka tu - 7
 * luka tu wan - 8
 * luka tu tu - 9
 * tu luka - 10
 * mute wan - 11 . Note: when you want to say number 10, you use the word tu luka, but if you use number 10 as a word in a combination to make another number, you will use mute, if you use mute independently, it can means many
 * mute tu - 12
 * mute tu wan - 13
 * mute tu tu - 14
 * mute luka - 15
 * mute luka wan - 16
 * mute luka tu - 17
 * mute luka tu wan - 18
 * mute luka tu tu - 19
 * tu mute - 20
 * tu mute wan - 21
 * tu mute tu - 22
 * ... we just need to follow the above structure
 * luka tu tu mute luka tu tu - 99


 * ale - 100 (For brevity, we will not say 100 is wan ale, this still happens when using "ale" for numbers between 101 and 199 and when the first digit of a number greater than 99 is 1)
 * ale wan - 101
 * ale tu - 102
 * ale tu wan - 103
 * tu ale - 200
 * tu ale wan - 201
 * ale ale - 10000
 * ale ale - 10000
 * ale ale - 10000