Béu : Chapter 5: Difference between revisions

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===Units===
===Units===


We discussed a little about "units" in chapter 2 under the '''noiga''' section.
We have alread discussed numbers quite extensively.


Now we will discuss '''béu''' units ('''jada''') more fully.
Now it is time to discuss '''béu''' units ('''jada''').


The unit of distance is the '''yí''' (3.68 km)  ... this is actually the radius of the earth divided by 1000<sub>12</sub>.
The unit of distance is the '''yí''' (3.68 km)  ... this is actually the radius of the earth divided by 1000<sub>12</sub>.
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Now we must lay down how the unit word interacts with the number and with the 7 number "placeholders". This must be defined for both speech and notation.
Now we must lay down how the unit word interacts with the number and with the 7 number "placeholders". This must be defined for both speech and notation.


Well first of, if the number is such that it is next to the "decimal point", then in pronouncing the measurement, '''omba''' is replaced with the units being used. For example '''hú''' is the unit used to measure height (it equals 2.237 mtr). My height (1.8 mtrs) would be pronounced '''hú apaijauza'''. A height of 4.037 mtrs would be pronounced as '''aja hú apaijauza'''. (see the chart above to see how this would be written down).
Well first of, if the number is such that it is next to '''omba''' (the decimal point), then '''omba''' is replaced with the units being used (in both recitation and in notation). For example '''hú''' is the unit used to measure height (it equals 2.237 mtr). My height (1.8 mtrs) would be pronounced '''hú apaijauza'''. A height of 4.037 mtrs would be pronounced as '''aja hú apaijauza'''. (see the chart above to see how this would be written down).


Now if the number doesn't occur next to '''omba''' but on one side of a placeholder, then the unit is placed on the opposite side from the placeholder.
Now if the number doesn't occur next to '''omba''' but on one side of a placeholder, then the unit is placed on the opposite side from the placeholder.
[[Image:TW_99.png]]


If the number occurs on both sides of a placeholder, then the unit is place at the very front.
If the number occurs on both sides of a placeholder, then the unit is place at the very front.
The above two rules apply to both pronounciation and notation.




[[Image:TW_100.png]]




Our SI system uses magnitude words which are prefixed to the unit of measurement (for example "kilo" in kilometre). '''béu''' also has magnitude words (the seven already given) but they are inserted into the number itself. It is a bit similar to the way we use comma's to separate a long number string into groups of three digits.
Notice that in the notation the numbers must be contiguous with the placeholders. If there is a gap, then the sign for "h" must be inserted into the gap. Exactly as we insert zero's. But one different between our system and the '''béu''' system, is, in our system, zero's must be inserted to make the number contiguous with the decimal point (assuming we are using non-scientific notation), in the '''béu''' system "h"'s must be inserted to make the number contiguous with any placeholders that are used.


If the amount occurs both side of a "placeholder" but not next to the "decimal point", then '''''' is pronounced (and written) before everything.
The '''béu''' system may at first appear more complicated then the systems currently used. However it is all a matter of familiarity. It is just due to exposure to it for most of our lives that, for example, using hours, minutes and seconds seems so easy. With all equal amount of exposure, the '''béu''' system would be even easier.  


STICK A CHART IN HERE ... HI 23 ?IWETU 45 ... ?IWETU 45 HI ... HI 23 ?IWETU
In our SI system, magnitude words are prefixed to the unit of measurement (for example "kilo" in kilometre). '''béu''' also has magnitude words (the placeholders) but they are inserted into the number itself (the '''béu''' system is better than the SI system because you get a different magnitude word every time your dynamic range passes 1728). Notationwise, it way it is a bit similar to the way we use comma's to separate a long number string into groups of three digits.


==Index==
==Index==


{{Béu Index}}
{{Béu Index}}

Revision as of 22:25, 2 October 2012

-co or  : pilana najauva ... (the fourteenth pilana)

means "about" as in "they talk about him".

How concepts relate to nparts of speech

beu? differs slightly from English, in that the primary form of most words relating to body states are verbs. For example ;-

to be bored, boredom joze
to be interested in, to be in the groove ??
to be happy/glad ʔoime
to be sad/unhappy heuno
to be health/strong k k
to be weak/sick k k
to be afraid k k
to be in a panic k k
to be hysterical k k
to feel guilty/ashamed k k
to be grubby, to feel dirty k k
to be horny k k
to be nervous k k
to be under tension/stress/strain k k
to be anxious k k
to be in pain, to ache k k
to be hungry k k
to be thirsty k k

..... Word building

Many béu words can be analysed as being constructed from more basic elements.

We have given the structure of the béu noun phrase already (see ??). If a phrase consisting of the head plus a genitive or the head plus an adjective occur together many times and/or their meaning starts to take on nuances which are more than the sum of the two constituant elements then the two words coalesce . When 2 words coalesce ;-

1) The genitive suffix n is dropped

2) The first syllable of the first word is dropped.

3) The remainder of the first word is affixed to the second word.

Here are some examples ;-


gxx = to raise .............................. gonai = a machine gonai gxx.n = "a machine of levitation" => gxxnai = a lift or an elevator
glxx = to rise tagu = a tool tagu glxx.n = "a rising tool" => glxxgu = a ladder
nandau = a word toili = a book toili nandau.n = "a book of words" => nandauli = a dictionary
limba = a tongue or language myega = a body of knowledge, myega limba.n = "the study of language" => limbaga = linguistics
a subject

Word or -DAU

du = to do, an action, a deed ............... nandau = a word .................... nandau du.n = "a word of action" => dudau = a verb
cwipa = an object, a thing(physical) nandau = a word nandau cwipa.n = "a word of an object" => cwipadau = a noun
sài = a colour nandau = a word nandau sài.n = "a word of colour" => saidau = an adjective

Person or -BU

ww = a country ............................................ glabu = a person .................... glabu ww.n = "a person of country" => wwbu = a compatriot
xx = to compete, to struggle glabu = a person glabu xx.n = "a person of competition" => xxbu = a capitalist
yy = to share glabu = a person glabu yy.n = "a person of sharing" => yybu = a socialist
zz = the same ?? glabu = a person glabu zz.n = "a person of the same" => zzbu = a communist

Fellow or -PEU

ampeu = a fellow, a peer, someone of the same social status as you

vv = a womb ampeu = a fellow, a mate .......... ampeu vv.n = "a fellow of womb" => vvpeu = a womb-mate, a twin
ww = a class ampeu = a fellow ampeu ww.n = "a person of class" => wwpeu = a classmate
xx = year ampeu = a fellow, a mate ampeu xx.n = "a year fellow" => xxpeu = somebody born in the same year as you
yy = a name ampeu = a fellow, a mate ampeu yy.n = "a fellow of name" => yypeu = a namesake, somebody with the same name as you
zz = aim, objective, a purpose, a cause ampeu = a fellow, a mate ampeu zz.n = "a person of the same objective" => zzpeu = a comrade

Subject or -GA

Book or -LI

Tool or -GU

Machine or -NAI

Belief/theory or -GAI

Wagon or -???

Building or -???

Side or -KA

daka = side

aibaka = a triangle

ugaka = a square

idaka = a pentagon

elaka = a hexagon

etc. etc.

Area/Station or -KAU

dakau = area, face

ugakau = a tetrahedron

elakau = a cube

ezakau = an octahedron

ajaukau = a dodecahedron

ajauzakau = an icosahedron

Volume/Room or -KAI

dakai = volume, room

moʃikai = water room = bathrooom

= bedroom

= cookroom

= livingroom

= store room

You can name the regular shapes in 4 dimensions.

idakai = a 5-cell

ezakai = an 8-cell

ajaugakai = a 16-cell

uvaukai = a 24-cell

apaukai = 120-cell

agaivaukai = 600-cell

Professional or -???

Tradesman or -???

Shop or -???

Seller or -???

Stuff or -???

Metal or -???

Water or -ZE

Air/gas or -???

Group or -???

Member or -???

Disease or ???

hikai = disease

Fish or -???

Trees or -???

Fruit/nuts or -ZO ... 27


We do not want a "unit", "boat".

⁕⁕nandauli is a good example of béu word building. toili = book, nandau = word, toili nandaun = book of words. However if two words such as these geudidau means extended word. It is also a good example of an extended word, in itself.

geuda is a verb meanbéuing to extend in one direction (usually not up). geudo is an noun meaning an extension or appendix. geudi is an adjective meaning extended.

nandau geudi = extended word ... now when a noun and a following adjective occur together a lot (and maybe take on a meaning slightly different) the concept they represent is normally upgraded to a word, by deleting all but the last CV (consonant vowel) in the first word, and sticking this CV on to the end of the second word.

Hence we get geudidau. In theory there is no limit to the combinations that can occur. However in practice (outside of technical language) there are slightly under a hundred different CV's, and the number of elements that every CV can combine with, varies from 3 or 4 up to about 40.

In English we have a number of common endings, such as "-ism", "-ology", "ist", etc. etc. In béu the end-stuck CV's can be thought of as equivalent to these English endings : the main difference is that this word building process is much more prevalent in béu.


The CV -dau (from nandau) is found in combination with a number of other elements. For example ;-


Note that in the last example, the meaning of the extended word has shifted a bit with respect to the meaning of the original words.

It is possible to extend further an extended word. For example ;-

kaza is an adjective meaning compicated and also is a noun meaning "a complicated thing" or "a complex".

kaza cwipadaun = a complex of a noun => cwipadauza = a noun phrase

Units

We have alread discussed numbers quite extensively.

Now it is time to discuss béu units (jada).

The unit of distance is the (3.68 km) ... this is actually the radius of the earth divided by 100012.

The unit of height is the (2.13 m) ... this is actually the divided by 100012.

The unit of weight is the (5.6 kg) ... this is actually (the weight of water in a cube with every side one long) divided by 100012.

The unit of area is the náu (7,839 m2) ... this is actually (the area of a square with every side one long) multiplied by by 100012.

The unit of temperature is the mái (87 degrees Kelvin). This makes the temperature of the human body equal to 3 1/2 units.

Also 3.0 mái is -12 degrees celsius and 4.0 mái is 75 degrees celsius. As the temperature of the air is nearly always between these two limits, when people discuss the weather, they normally drop the "3".

The unit of time is the (24 hours).

The unit of angle is the ombada (360 degrees).

The unit of speed is the són (0.15333 km/hour)

The above units are not normally written out in full. But they have special symbols as given below.


TW 98.png


Now we must lay down how the unit word interacts with the number and with the 7 number "placeholders". This must be defined for both speech and notation.

Well first of, if the number is such that it is next to omba (the decimal point), then omba is replaced with the units being used (in both recitation and in notation). For example is the unit used to measure height (it equals 2.237 mtr). My height (1.8 mtrs) would be pronounced hú apaijauza. A height of 4.037 mtrs would be pronounced as aja hú apaijauza. (see the chart above to see how this would be written down).

Now if the number doesn't occur next to omba but on one side of a placeholder, then the unit is placed on the opposite side from the placeholder.


TW 99.png


If the number occurs on both sides of a placeholder, then the unit is place at the very front.


TW 100.png


Notice that in the notation the numbers must be contiguous with the placeholders. If there is a gap, then the sign for "h" must be inserted into the gap. Exactly as we insert zero's. But one different between our system and the béu system, is, in our system, zero's must be inserted to make the number contiguous with the decimal point (assuming we are using non-scientific notation), in the béu system "h"'s must be inserted to make the number contiguous with any placeholders that are used.

The béu system may at first appear more complicated then the systems currently used. However it is all a matter of familiarity. It is just due to exposure to it for most of our lives that, for example, using hours, minutes and seconds seems so easy. With all equal amount of exposure, the béu system would be even easier.

In our SI system, magnitude words are prefixed to the unit of measurement (for example "kilo" in kilometre). béu also has magnitude words (the placeholders) but they are inserted into the number itself (the béu system is better than the SI system because you get a different magnitude word every time your dynamic range passes 1728). Notationwise, it way it is a bit similar to the way we use comma's to separate a long number string into groups of three digits.

Index

  1. Introduction to Béu
  2. Béu : Chapter 1 : The Sounds
  3. Béu : Chapter 2 : The Noun
  4. Béu : Chapter 3 : The Verb
  5. Béu : Chapter 4 : Adjective
  6. Béu : Chapter 5 : Questions
  7. Béu : Chapter 6 : Derivations
  8. Béu : Chapter 7 : Way of Life 1
  9. Béu : Chapter 8 : Way of life 2
  10. Béu : Chapter 9 : Word Building
  11. Béu : Chapter 10 : Gerund Phrase
  12. Béu : Discarded Stuff
  13. A statistical explanation for the counter-factual/past-tense conflation in conditional sentences