Focus Function Form of Thought is to Assign Something Clear Exactly True Right

8/14/2019 Focus Function Form of Thought is to Assign Something Clear Exactly True Right

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Focus on function form of thought to assign something clear exactly true right

Said Mchaalia

(draft copy, November 13th2013)

Hence, the major intentional secrets across soul satisfaction is to find "something exactly true". even though,

other kind of fatal function form of thought is to assign "something clear exactly true right". Due to the main

real operating advances inside the electrical manufacturing dynamics design, the required environment reality

flow is to access so rapid so fast to the manufacturing of electrical cars and electrical trucks. Hence, this

mechanism is based on the number of times to change double battery set to flow across roads.

herefore, the primordial principles of robust control is to search symbolic synchroni!ed society to any possible

probable discrete event simulation procedures, whereby the main real dynamic design is to assign any , where

the n is the number of possibilities to change the double battery set see figure # for more details$ during trips

and travels across streets and roads.

herefore, it seems that "something exactly true" could never be achievable associate within any symbolic

synchroni!ed society due the fatal focus on of any function form of thought, which is equal to anyassignedmajor intentional$ study investigation$ in %hilosophicalincluding introduction$ &ogic implementing

installation of inspiration's insight$ across alive symbolic synchroni!ed society involving any possible probable

soul's satisfaction.

herefore, the main real operating double pack of battery set has to transmit at any required time the symbolic

synchroni!ed dynamic usage of valuable available extensible energy's fashion flows. hough, the huge hard

hierarchy homes of interest is to think about the complete usage of operating double pack of battery set inside

the switching transaction trace of any possible surround signal architecture. (n fact, the logics language of

)exactly true* has to define its variation level to be the subject of identifying the required logics value, which

could then describe the main operating principles of logics language across any possible flows of transaction

trace.

+y this way, the evolving symbolic synchroni!ed surrounding set clear, not$, increment, event$, m-move,i-invest$, scalingup, down/, customadjust, consumer/$0 dynamics could be easy simple transformed tosymbolic synchroni!ed surrounding set clear, not$, amount, event$, m-move, i-invest$, scalingup, down/,

transactionadjust, consumer/$0 trace to define the basic built in dynamics and mechanism across the involving

of symbolic synchroni!ed signs inside the envisage environment reality flow, which has be defined to be a basic

built in of intentional manufacturing of operating double pack of battery sets at any required time.

1urthermore, to change any operating double pack of battery set at needed time, the system economy and

financial effect should be then an evolving traces to decide whether the developed systems is a functional system

across the financial aspects and fashion's effects.

keywords:

operating double pack of battery set, philosophical logics, soul's satisfaction, mathematical intentional mode'sinspiration and modeling's insight and fatal focus on of any function form of thought


2/35

I/ Primordial principles of huge hard home hierarchy involving within fatal focus on of any

function form of thought based on binary built in logics of ratios:

Figure 0: attery !et for a"y po!!ible electrical rotatio" motio" proce!!i"g

(n fact,figure 0is showing the main real operating double pack of battery set to be used within the symbolicsynchroni!ed society to a dynamic usage of valuable available extensible energy's fashion flows. 1urthermore,

for any possible surrounding stop, it is necessary to think valuable available extensible energy's fashion flows

up. Hence, it is so easy simple to change the involving double pack of battery to allow motion again.

(n fact, to test, to try, to valid the processing of involving discrete event simulation within the smart architectural

manufacturing industry of double pack of battery, the huge hard hierarchy homes of stochastic, statistical,

probabilistic and chaotic processing should be progress within using ratios inside the surrounding advancing

major intentional of signal adjustments and system architectures. Hence, a ratio is defined as follows2

ratio=a

b

, ab

(n fact, Said Mchaalia345 did implement#empel and$iv 365 to be new designed as a fatal focus on function

form of any possible probable fu!!y dynamics across robust control, transmission's transportation's mechanism,

system's economy, financial effect, social aspects and more. herefore, the using mathematical insight has to

belong any compression technique procedure to function form of a ratio such that2

ratio=a

b,ab

Hence, Said Mchaaliadid find that this focus on of any possible mounting intentional rational


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ratio=a

b,ab could be easy simple written as

ratio=sin7()i

=vect%&!i'e ()

i

4+ vect%&!i'e()i

or

ratio=cos7()i

=vect%&!i'e ()

i

4+ vect%&!i'e ()i

1urthermore, during the main real operating processing of decompression procedures, the huge hard thread task

has been defined as follows 2

4. 1or any defined file to be read, , whose model* F+#- fptr * fope"(argv.2/, r)8, reading a mapping

pair char, float$, whose model * typedef mapchar, float such that2

float - ratio of le"gth(ofte"(byte=char)) to (4+i=#

i=N

le"gth(ofte"(byte=chari)))

float=sin7()i

=vect%&!i'e()

i

4+ vect%&!i'e()i

float=cos7()i

=vect%&!i'e()

i

4+ vect%&!i'e()i

, consist to invest in deep investigation of associate symbolic synchroni!ation's assignment, which hasbeen defined as follows 2

7. for any "has been read float - ratio=a

b,ab " involving inside the corresponding file model*

F+#- fptr * fope"(argv.2/, r$8 which has been written through model * typedef mapchar,

float

!uch that

float - ratio of le"gth(ofte"(byte=char)) to (4+i=#

i=N

le"gth(ofte"(byte=chari

)))

Hence, float=sin7()i

=vect%&!i'e()

i

4+ vect%&!i'e ()i

or float=cos7( )i

=vect%&!i'e ()

i

4+ vect%&!i'e()i

,

one, two or many byte! (*char)could have the same ratio, which is equal to

float=sin7()i

=vect%&!i'e()

i

4+ vect%&!i'e( )i

or which is equal to float=cos7()i

=vect%&!i'e()

i

4+ vect%&!i'e()i


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How to assign the 4ha! bee" read5 byte e6actly true to its position involving within the array of floats,

whose mode i! e7ual to typedef vectorfloat Farray8 thus, the length si!e$ of such a file is

defined as follows 2

le"gth(Farray)=i=#

i=N

le"gth (ofte"(byte=chari

))

(n fact, the main real operating thread task is to assign the major most significant huge hard hierarchy homes of

ratios to the works of#empeland$iv .8/ during the associate dynamics of huge hard hierarchy homes of ratios

to order organi!e$ any fatal focus ons of new fu!!y genetic mimetic approach to be involving within any

possible probable system economy, financial effects, robust control and transmission's transportation mechanism.

Hence, the main real operating algorithm of#empeland$iv .8/ was defined as follows2

typedef mapchar, vectorint// 9torage8

typedef mapchar, vectorint// 22 iterator it - 9torage.begin$8

while:eoffptr$$

do

fscanffptr, );c*, pch$ 8 c8 char c - 'a'8

if =it$.findpch$$

=it$.second$.push?backindex@@$8

i

4+ vect%&!i'e ()i

or

float=cos7()i

=vect%&!i'e()

i

4+ vect%&!i'e()i

.

hus, the associate ==o6program could be defined as follows2


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float 9qr9in9 - #.##8

float 9qr9in& - #.##8

float 9qrBosC - #.##8

int sum - 48

int index - #8


6/35

ven though, it is possible to use the simple easy way to introduce the fu!!y genetic mimetic approach based on

the transformation of the works of#empeland$iv .8/ during the associate dynamics of huge hard hierarchy

homes of ratios using mapping pair assignments such as2

couple - y=cos7() , '=sin7() $,

couple - y=tan7

() , '=

4

tan7() $,

couple - y= sin

7() &cos7()(sin7()cos7())7

, '=(sin7()cos7())7

sin7() &cos7()

$

couple - y=4+4

cos7()

, '=4+ 4

sin7()

$

or any other similar function form of thought involving within mathematical insight and mode's

inspiration

whereby the function form is sin7() belong to 4typedef mapchar, float :: iterator il *

%roce!!&begi"()?5, has to fill in any corresponding file to be read when it is coming to the decompression

processing.

(n fact, the main real operating idea is to assign to each 4ha! bee" byte *char5involving within 4typedef

mapchar, vectori"t :: iterator it * Storage&begi"()?5 a float variable ratio * a=b !uch that a*b$, which

could be simple easy used to define the main involving surrounding adjustments across waveform compression

techniques, transmission's transportation dynamics, robust control mechanism, system's economy, financialeffects, social aspects and more.

Figure 1: mai" real operatio" variatio" level of a!!ociate mappi"g pair ( cos7() , sin7() ), hich ha! bee" defi"ed

by a!!ig"me"t! of sin7() to 4typedef mapchar, float :: iterator il * %roce!!&begi"()?5a"d a!!ig"me"t of

cos7() to typedef vectorfloat %ropo!e?

0

0.2

0.4

0.6

0.8

1

1.2mappingpair( , )cos

7() sin7()

char={a,b,c,d,...,A,B,C,....,*,-,/,.......!,&,,.....}


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cos7()i

=vect%&!i'e()

i

4+ vect%&!i'e()i

whereby, the main real operating huge hard hierarchy homes of any waveform compression technique is to find

the position of corresponding bytes, which have been stored based on the associate ) typedef mapchar, float*.

1urthermore, the main real operating huge hard hierarchy homes across the associate approach is to design

around similar float values, which could depict any possible variation of sin7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

or any

variation of cos7()i

=vect%&!i'e ()

i

4+ vect%&!i'e ()i

for many different processing kinds of using bytes inside major

intentional secrets surrounding adjustments of vector&!i'e () and i=#i="

vectori &le"gth () for anycorresponding signal adjusmtent across any possible probable system's architecture.

, where vector defines the vector position.

Hence, to resolve the problem of finding easy simple position, where the associate byte has been stored, it is a

little bit hard to use this logical language of focus on function form of thought.

hus, the number of appearances or occurrences of corresponding stored byte, which has to evolve new discrete

event simulation based on following focus on dynamics2

eve"t=(" ,vect%&!i'e()i =(sin7

()i )(4+ vect%&!i'e()i ))or


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eve"t=(" ,vect%&!i'e()i

=(cos7()i

)(4+ vect%&!i'e()i

))

hus, the major most signed symbolic event is the number of occurrences of such a byte , which has been stored

inside corresponding media file, whose valuable variabe extensible amount quantities are involving in =o6

model typedef mapchar, float %roce!!.

(n fact, the mode's inspiration adjusting and advancing modeling's intelligence during the presentation of fatal

focus function form during mapping pair of cos7() , sin7() $, belong to 4typedef mapchar, float ::

iterator it * %roce!!&begi"()?, has to evolve any possible probable dynamics across fu!!y logics and genetic

mimetic approaches.

1urthermore, )byte * char* is the required key to find the history of float variation based on the synchroni!ation

of corresponding )have been stored bytes - chars*. hus, the first on, first out!tructure i! the" u!ed ithi"

a"y logic! la"guage of pipeli"e !tructure! i"!ide the propo!al approval e"vi!age proce!!i"g of aveform

compre!!io"to finish with this best binary built in basic logics across any transaction traceof signal set2

symbolic synchronized surround set

!"clear, not#, "increment, event#, "m move, i invest#, "scaling$up, down%, custom$ad&ust, consumer%#'

which is mapping mating pairing dynamics design of philosophical logics across waveform compression,

which involves lossy compression techniques less bytes to store inside anyfile * typedef mapchar, float$

and lossyless compression techniques more bytes to store inside anyfile -typedef mapchar, float$ due to themode's inspiration concerning any modeling's intelligence involving virtualism custom "practice followed by

people of a particular group or region"$ - edge flow0 and consumer " one that consumes, especially one that

acquires goods or services for direct use or ownership rather than for resale or use in production and

manufacturing."$ - operating node inside "first on, first off" pipeline's principles0.


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Figure 2: mai" real operatio" variatio" level of a!!ociate mappi"g pair ( cos7() or sin7() ), hich ha! bee"

defi"ed by a!!ig"me"t! of sin7() to 4typedef mapchar, vectorfloat :: iterator il * %roce!!&begi"()?5ithi"

i"volvi"g of variatio" of char po!itio"! at ya6i!&

(n fact, figure 2depicts the variation levels of char postion at yAaxis and the corresponding mathematical

intentional amount quantity sin7()i

=vect%&!i'e()

i

4+ vect%&!i'e ()i

variation levels.

II/ Decompression techniques involving within symbolic synchronized surround set = {clear!

not"! increment! event"! m = move! i = invest"! scaling#up! down$! custom#ad%ust!consumer$"&

(n fact, this proposal dynamics of !ymbolic !y"chro"i'ed 9(clear, "ot), (i"creme"t, eve"t), (m*move, i*i"ve!t),

(!cali"gup, do", cu!tomad;u!t, co"!umer) mode


11/35

ratio=a

b,ab - sin7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

'( it is mainly necessary to know that one! two or many )bytes = chars*could have the same similar

value - ratio=a

b, ab

hus, the major most intentional surrounding question across these waveform procedures, is how to identify the

position of 4byte * char5, which have been involving within the yAaxis defined as follows 2

ofte"char

i

=vect%&!i'e()i

=(sin7()i

)(4+ vect%&!i'e()i

)

or

ofte"char

i

=vect%&!i'e()i

=(cos7()i

)(4+ vect%&!i'e()i

)

(n fact, the mathematical intentional amount quantity 4+ vect%&!i'e()i

is the main real key to depict the

variation of the surrounding array * typedef mapchar, float.

Hence, 4Storage- typedef mapchar, i"t 5or 4Storage- typedef mapchar, float 5 is used to store any

possible data as less as it could. ven though, the main real operating thread task is to solve the problem of

either associate

float - sin7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

$

or assigned


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cos7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

or associate

i"t- ii

=ofte"i

(chari

) $

Figure 3 : the variatio" of mathematical amou"t 7ua"tity sin7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

fu"ctio" of the mathematical

i"te"tio"al amou"t 7ua"tity 4+ vect%&!i'e()i

(n fact, figure E illustrates the main real operating dynamics of the variation of mathematical intentional amount

quantity sin7()i

=vect%&!i'e()

i

4+ vect%&!i'e()i

function of the surrounding mathematical intentional amount quantity

4+ vect%&!i'e()i

Hence , the main real operating intentional principles to resolve the decompression basics, handle the following

focus ons2

4. for any possible probable (byte=char)i , it exists ratio=ab

, ab such that it is possible

probable that (byte=char); has the similar same ratio=a

b, ab at required index.

7. herefore, sin7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

or cos7()

i

=vect%&!i'e()

i

4+ vect%&!i'e()i

have to define the

0 10 20 30 40 50 60 70 80

0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8 sin7()i

=vect%&!i'e()i

4+ vect%&!i'e ()i

4+ vect%&!i'e()i


13/35

variation level of any possible probable ratio=a

b,ab identifying

E. (byte=char)i or

F. (byte=char); or

6. (byte=char);=4... "Gn the other hand, the main real operating dynamics to identify the position of required (byte=char)i , isthe following procedure 2

4. vect%&!i'e()i

=(sin7()i

)(4+ vect%&!i'e()i

) or

7. vect%&!i'e()i

=(cos7()i

)(4+ vect%&!i'e()i

)

+include #cstdio$

+include #cstdlib$

+include #cmath$

+include #cstring$

+include #iostream$

+include #vector$

+include #map$

typedef map#char! float$ ,rocess-

typedef map#char! float$ .. iterator it = ,rocess(begin"-

using namespace std-

//this is the procedure

void FillInFunctionFI012 fptr! char2 filename"

{

char2 pch = char2"2mallocsizeofchar"""-

char2 pfv = float2"2mallocsizeoffloat"""-

char2 ich = char2"2mallocsizeofchar"""-

fptr = fopen)filename! )r*"-

while3eoffptr""

do {

fscanffprt! )4c*! ich"-

if ich 3= 56n5-"

do {

if 32it"(findich""

do {

fscanffprt! )4c*! pch"-


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if pch 3= 56b5-"

do {

fscanffprt! )4f*! pfv"-

2it"(insertpair#ich! pfv$"

& & & &

(n fact, the program below defines the main real operating instruction statements to fill in within the definedstructure, whose ())/(o* + model typedef map$char, float% :: iterator it Processbegin"#-

1urthermore, the next instruction statements is to process within the defined float such that the valuable variables

are involving inside this ())/(o* + model typedef map$char, float% :: iterator it Processbegin"#-

hen next inside the defined processing is the following associate program 2

void FillInside7raphics ,rocess 8,rocessing! int 8sum! int8 index"

{

typedef map#char! vector#int$ $ 9torage-

typedef map#char! vector#int$ $ .. iterator il = 9torage(begin"-

it = ,rocessing(begin"-

char2 pch = char2"2mallocsizeofchar"""- char2 pfv = float2"2mallocsizeoffloat"""-

char2 ich = char2"2mallocsizeofchar"""-

forit- it 3= ,rocess(end"- it::"

do {

fpv = 2it"(second-

ich = 2it"(first-

int ch;imes = fpv 2 sum-

if 2il"(findich""

do {

if ch;imes $ index::"-

2il"(insertpair#ich! vect$"-

ch;imes-

& & &

(n fact, the main real operating instruction statements to resolve the main real problem, which is involving inside

storing the fatal focus on function form at any possible probable time to reconstruct the file format back, whom

major intentional surrounding value is defined below2

())/(o* + model typedef map#char! vector#int$ $ .. iterator il = 9torage(begin"-

Hence, it is important to notice that the stored value of sum, which has defined to determine the number of

appearances or occurrences of any envisage char could easy simple reduce the effect of computing across

waveform compression optimi!ation.

hus, sum - 4+ vect%&!i'e()i

is the motor kernel to fix the number of appearances and occurrences of

any envisage byte - char$.


15/35

III( 9ymbolic synchronized {clear! not"! increment! event"! m=move! i=invest"! scaling#up!

down$! custom#ad%ust! consumer$" dynamics to engender any possible sequential digital

processing.

(n fact, the proposal envisage symbolic synchroni!ed clear, not$, increment, event$, m-move, i-invest$,

scalingup, down/, customadjust, consumer/$ dynamics to engender any possible sequential digitalprocessing, has to describe the main real operating threads and tasks involving within any possible similar fu!!y,

genetic and mimetic job scheduling during any possible probable timing simulation.

Figure @: mai" real !hado of the ma;or mo!t pri"ciple! i"volvi"g i"!ide the propo!al e"vi!age Symbolic !y"chro"i'ed

9(clear, "ot), (i"creme"t, eve"t), (m*move, i*i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer) dy"amic! to

e"ge"der a"y po!!ible !e7ue"tial digital proce!!i"g&

(n fact,figure @depicts the main real shadow of the major most principles involving inside the proposal

envisage!ymbolic !y"chro"i'ed 9(clear, "ot), (i"creme"t, eve"t), (m*move, i*i"ve!t), (!cali"gup, do",

cu!tomad;u!t, co"!umer) dynamics to engender any possible sequential digital processing. herefore, at start

up of any possible probable proposal timing simulation a black screen should be ready to receive the required

signal in order to allow a further processing within the corresponding fu!!y, genetic mimetic regulation

proceeding. Hence, any possible probable computing engine should involve an input interface to receive a signal

at chosen time and an output interface to deliver the required signal for any possible proposal command. hus,

the actual computing engines have to involve the serial interface to allow the easy simple programming design of


16/35

mappi"g pair (i"put i"terface, output i"terface)just through the universal serial bus of custom's transaction

traces across any possible sequential digital data processing during proposal timing simulation.

Hence, this proposal dynamics of !ymbolic !y"chro"i'ed 9(clear, "ot), (i"creme"t, eve"t), (m*move, i*i"ve!t),

(!cali"gup, do", cu!tomad;u!t, co"!umer) is then the main real engine flow to decide any possible

probable command kind and control type across system economy, financial effect, transmission's transportation

dynamics and robust control mechanism. hus, for such a job scheduling details, the main real description has to

progress inside viewpoints defined below as follows2

hus, for such a job scheduling details, the main real description has to progress inside viewpoints defined

below as follows2

clear * aveform * f(),

example2 clear= sin

7() &cos7()(sin7()cos7())7

&sin [ f( fre7ue"cy , time)] &ea 7 pi

F

"ot clear * (4+4

f( )

)(4

f()

) ,

example2 "ot clear=(sin7()cos7())7

sin7() & cos7()

&e

a7 pi

F

sin [f(fre7ue"cy ,time)]

clear i"creme"t (-thi!)* ad;u!t a"y amou"t 7ua"tity to be de!irable mea!urable amou"t 7ua"tity, hich

!hould be a" achievable flo i"!ide corre!po"di"g cu!tom!.

"ot to i"creme"t (-thi!)* "ot yet to i"creme"t * ait to become a !ig"al of cho!e" !e"!or .

eve"t * mappi"g pair (i"teger " i" +N !uch that t*"&A, focu! o" fu"ctio" * aveform or a"y other !tate

logic! la"guage).

move he" ready * maBe a!cali"gup, do" variatio" levelto !peed up or !lo do" duri"g a"y

po!!ible probable curre"t motio".

"ot to move * "ot yet ready to move * aiti"g for ;ob !cheduler to proce!! ithi" mappi"g pair( i"comi"g electrical amou"t 7ua"tity, outcomi"g electrical amou"t 7ua"tity)

i"ve!t * impleme"t a"y po!!ible probable !ig"al ad;u!tme"t acro!! a"y !y!tem architecture (bridge i!

gap * deep i"ve!tigatio" of mode

!cali"g up, do"(-thi!) * ad;u!t i"comi"g electrical amou"t 7ua"tity to decide for a"y focal focu!

o" of corre!po"di"g outcomi"g electrical amou"t 7ua"tity, hich !hould be achievable !ig"alad;u!tme"t for a"y mea!urable core

propo!al approval e"vi!age corre!po"di"g co"trol data flo graph theory&

Hence, this proposal fu!!y genetic mimetic approach, which is a!ymbolic !urrou"di"g 9(clear, "ot), (i"creme"t,

eve"t), (m*move, i*i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer) dynamics, has to replace the old

theory across fu!!y procedures seefigure 13for more details$ due to its major intentional secrets across signal

adjustments and system architectures. herefore, the associate fuzzy rules .


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G x - 4 A truthx$$

x ID y - minimumtruthx$, truthy$$

x GJ y - maximumtruthx$, truthy$$

could be easy simple implemented within the basic built in!ymbolic !urrou"di"g 9(clear, "ot), (i"creme"t,

eve"t), (m*move, i*i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer) dynamics as follows2

G x - 4 K truthx$$ - not clear function form. Hence, to compute within a robust fu!!y inside the

proposal approval mapping focus on pair y - cos7() , ! - sin7() $ envelop, an easy simple signal

waveform$ assignment could then be achievable as follows2

x - truth - cos7() though, G x - 4 K truthx$$ - sin7() .

1urthermore, for a future focal focus on, the main real operating thread task is to search across surrounding

intentional mode's inspiration and modeling's intelligence to assign a ratio's function form corresponding to the

)not clear - G x*in order to determine the function form corresponding to )clear* clear=f() $.

x ID y - minimumtruthx$, truthy$$ - mi"CDb ,>c

(clear D=f(), clear >=g())

x GJ y - maximumtruthx$, truthy$$ - ma6CDb ,>c

(clear D=f( ), clear >=g())

where the mi"CDb ,>c

() and ma6CDb ,>c

() are mathematically defined to satisfy the main real primordial

principles of intentional mathematical adjustment surrounding signal advances and system architectures.

xamples2

x - cos7() , y - sin7() xCNEy - mi"

CDb ,>c

(6=cos7(), y=sin7())=4

7

=6y

x - cos7() , y - sin7() x Gy - ma6

CDb , > c(6=cos7(), y=sin7())=4=6y

NAx$4 K truthx$ - L - 4+

4

cos7()

NAy$4 K truthy$ - L - 4+ 4

sin7()

Aable 1: mai" real mathematical i"te"tio"al proce!!i"g

(n fact,table 1is showing the main real mathematical intentional processing across the defined fu!!y genetic

mimetic approach.


18/35

Hence, the associate job scheduling to that defined fu!!y principle, when it is applied to an example of

regulation of temperature, is the following focus of float processing based on the main real principles of proposal

mapping focus on pair y - cos7() , ! - sin7() $ envelop see table 2 for more details$.

Hence, table 2 illustrates a real example of application of involving fu!!y genetic mimetic approach across

temperature regulation processing.

hus, the proposal mapping focus on pair y - cos7() , ! - sin7() $ envelop see table 2 for more details$,

has to play a great rule inside any possible probable job scheduling associate within the evolving fu!!y rules as

shown within the example of the table 2.

+Ftemperature (9 very cold AHNstop fan

job scheduling associate math

+Ftemperature (9 very cold cold x - cos7()

+Ftemperature (9 very cold cold(6 )=cos7()=4

+Ftemperature (9 middle coldcold(6 )=cos7()=

4

7

+Ftemperature (9 cold AHN turn down fan

+F cold(6 )=cos7()> 47

$ AHN 4turn down fan*

+Ftemperature (9 normal AHNmaintain level+F cold(6 )=cos7()=

4

7$ AHN )maintain level*

+Ftemperature (9 very hot AHNspeed up fan

+Ftemperature (9 very hot AHN

speed up fanhot x - sin

7()


speed up fanhot(6 )=sin7()=4


speed up fan hot(6 )=sin7

()=4

7


+Ftemperature (9 hot AHN 4light o" red5

+F hot(6 )=4

7


19/35

1urthermore, the same could be done for the mathematical amount quantity hot(6 )=sin7()=4

7, the

mathematical amount quantity cold(6 )=cos7()=4

7, the mathematical amount quantity

hot(6 )=4

7


20/35

quantities across mapping y - 4+ 4

cos7()

, ! - 4+ 4

sin7()

$. Hence, the main real operation to assign

is the logics )GJ*, which could be defined as )minus operation* descrived as follows2

y'=(4+ 4

cos7()

)(4+ 4

sin7())=

4

cos7()

4

sin7()=

sin7()cos7()

cos7() & sin7()

Gn the other hand, to reduce the proposal approval range of any possible probable variation, the focal focus on

mapping pair y -(sin7()cos7())7

sin7()& cos7()

, ! -sin

7()&cos7()(sin7()cos7())7

$ to depict any possible probable variation

of the proposal approval mathematical insight across the robust mode's inspiration to prove any modeling's

intelligence inside the secrets attaching any signal adjustment and system architecture.

1igure O2 main real fu!!y focus on function forms of the major most principles involving inside the proposal

envisage 9ymbolic synchroni!ed clear, not$, increment, event$, m-move, i-invest$, scalingup, down/,

customadjust, consumer/$ dynamics to engender any possible sequential digital processing.

(n fact, figure Jillustrates the main real fu!!y focus on function forms of the major most principles involving

inside the proposal envisage 9ymbolic synchroni!ed clear, not$, increment, event$, m-move, i-invest$,

scalingup, down/, customadjust, consumer/$ dynamics to engender any possible sequential digitalprocessing, whereby, the main real operating idea is to consider four possible probable !ones to integrate a fu!!y

focus on function forms for any possible probable need across system economy, financial effect, transmission

transportation dynamics and robust control mechanism. +ecause the proposal approval mathematical insight

enhancing the mapping pair ! - lim6

pi

F

((sin7()cos7())7

sin7() &cos7()

) , y - lim6

pi

F

(sin

7() &cos7( )(sin7()cos7())7

) $ having to

enhance and improve future works across fu!!y, genetic and mimetic dynamic designs.


21/35

hus, a mathematical intentional surrounding amount quantity of lim

6 pi

F

((sin7()cos7())7

sin7() &cos7()

) or an mount

quantity of lim

6 pi

F

( sin

7() &cos7()(sin7()cos7())7

) , or mathematical amount quantity of lim6

pi

7

(4+4

cos7()) , or the

mathematical amount quantity of lim6# (4+

4

cos7() ) or mathematical amount quantity of

lim6

pi

7

(4+4

sin7()) , or mathematical amount quantity of lim

6#(4+

4

sin7()) could be easy simple

involved within the old principles of fu!!y or job scheduling across the using following motor kernel ofprocedure(), fu"ctio"() a"d mai"()programs across processing within any possible probable instruction

statement, where the )making decision* effect should be a )token simulation* at any possible probable timing

simulation to satisfy the environment reality flow of job scheduling, timing simulation, fu!!y processing,

discrete event simulation and any possible probable implementation of surrounding mathematical insight across

mode's inspiration and modelling's intelligence to engender any constraint condition's processing evolving loop

statements. herefore, the main real operating processing could be described as follows2

while"constraint condition#

do !

instruction statements

'processing to adjust, deliver or store any transaction trace of sequential digital data.

?( @onclusion.

(n fact, the main real operating surrounding mathematical intentional amount quantity to judge the proposal

approval waveform compression is the ofte"chari

=vect%&!i'e ()i

=(sin7()i

)( vect%&!i'e ()i

) , which defines

the number of appearance and occurrence of stored bytes inside the corresponding file. However, the huge hard

home hierarchy is to find the position where should the focus on 4byte * char5be back stored inside during the

decompression mechanism.

herefore, the synchroni!ation processing has to be involve within the old structure of pipeline architecture

4fir!t o" fir!t out5, to allow the chosen float value to be belong to any 4fir!t o" fir!t out5pipeline structure

associate within this waveform compression dynamics.

Hence, search to identify any possible probable charAposition or byteAposition within the files envisage for any

mechanism of decompression, is the huge hard subject across this waveform comrpession methedology.

1urthermore, the involving of mathematical intentional amount quantity sin7 ()

chari

=

(vect%&!i'e( )char

i

)

(4+ vect%&!i'e ()char

i

),

is the motorr kernel of )m(sI* primordial principle, whereby the symbolic synchroni!ation processing to any

possible probable mathematical insight of any possible probable waveform compression or system economy or

financial effect or robust control or transmission's transportation aspect including the old structures of huge hard


22/35

hierarchy homes of ratios (!!=4

p)(!!=p) for any possible probable p[#, 4] , which has to flow

within the main real operating dynamics of using mathematical insight across the lim(lo:=K#)f() and

lim(high=K 4)

f( ) for any probabilistic, stochastic, statistical and choatic processing inside the old structured

p[#,4] design involving fu!!y, genetic and mimetic dynamics. hus, laude Sha""o"3E5 since 4PFQ did

define the main real operating p&l"(4

p )for any possible probable continuous description of information

theory for any p[#,4] , which measures the incertainity inside the corresponding mathematical insight.

ven though, Said Mchaalia 345 did invent, based on the algorithms of#empel and$iv365 , his aspect effect to

engender any possible probable information theory by using a function form of frequency processing inside the

discrete event simulation principles such that event - n such that t-n., function form -

clear=sin

7() &cos7()(sin7()cos7())7

&sin (f(fre7ue"cy , time)) &ea7 pi

F. hus, this function form of describing any

possible probable sequential digital data processing inside an amplification of variation level, which could reach

the @infinite + $ value to allow any possible level of magnitude amplification within any transmission'stransportation's kind.

Gn the other hand, Said Mchaalia345, did evolve the obtanied results to be involving within any fu!!y float

processing such that the mapping pairs y - 4+ 4

cos7()

, ! - 4+4

sin7()

$ or y -

(sin7()cos7())7

sin7()&cos7()

, ! -sin

7()&cos7()(sin7( )cos7())7

$ or y - sin7() , ! - cos7() $ could then be used

inside any possible probable job scheduling, which has been created byG& #& Lrahma"since 4POO 375 as

follows2

inside this example of converting fu!!y into float fu!!y2



+Ftemperature (9 very cold cold x - cos7

()+Ftemperature (9 very cold cold(6 )=cos7()=4


4

7


+F cold(6 )=cos7()>4

7$ AHN 4turn down fan*

+Ftemperature (9 normal AHNmaintain level +F cold(6 )=cos7

()=4





7()


speed up fanhot(6 )=sin7()=4


speed up fan hot(6 )=sin7()=

4

7


23/35



+F hot(6 )=4

7

Hence, any mapping pair (clear, "ot), (i"creme"t, eve"t), (m * move.f(!e"!or

and (!cali"gup, do"(-thi!), cu!tomad;u!t, co"!umer(K "B"o" D)) have been defined to be ready

inside any possible probable job scheduling involving the old hile (co"!trai" co"ditio") do 9i"!tructio"

!tateme"t!I.

III/ Aeferences.

4. dwin aroska, 9hanq Rang Juan, Bhia &in Ho, 9aid Schaalia, 1eipei &ai, Twe

9chwiegelsohn 7##E$, )I ovel Ipproach for digital waveform compression*, in %roceedings

of Isia and 9outh %acific Design Iutomation conference, pages U47AU46$

7. J. &. Vraham, 4POO$. "+ounds for certain multiprocessing anomalies". +ell 9ystem echnical

Rournal F62 46OEK46Q4,

E. B. . 9hannon, "In algebra for theoretical genetics", %hD. hesis, Sassachusetts (nstitute ofechnology, 4PF#$, S(AH99


24/35

Bppendix

clear, not$ is a couple - pair

increment, event$ is a couple but possible probable equal to pair

m - move, i - invest$ is a couple of functional of any focus on form such that move3fsensor$5 leaf like a +SN

sensor to avoid any possible probable obstacle when moving backwards

scalingup, down/, customadjust, consumer/$ is a pair to design philosophical logics across waveform

compression2

- 3

less bytes, whyL because lossy compression techniques0

more bytes, whyL because lossyless compression techniques0

>> virtualism custom "practice followed by people of a particular group or region"$ - edge flow0 and

consumer " one that consumes, especially one that acquires goods or services for direct use or ownership

rather than for resale or use in production and manufacturing."$ - operating node inside "first on, first off"

pipeline's principles

5

1urthermore, the main real operating huge hard hierarchy homes across the associate approach is to design

around similar float values, which could depict any possible variation of or any variation of for many differentprocessing kinds of using bytes inside major intentional secrets surrounding adjustments of and for any

corresponding signal adjusmtent across any possible probable system's architecture.

, where vector defines the vector position.

Hence, to resolve the problem of finding easy simple position, where the associate byte has been stored, it is a

little bit hard to use this logical language of focus on function form of thought.

hus, the number of appearances or occurrences of corresponding stored byte, which has to evolve new discrete

event simulation based on following focus on dynamics2

Casic built in symbolic synchronized {clear! not"! increment! event"! m=move! i=invest"! scaling#up!

down$! custom#ad%ust! consumer$" mode5s inspiration across modeling5s intelligence

Hence, this proposal fu!!y genetic mimetic approach, which is a!ymbolic !urrou"di"g 9(clear, "ot), (i"creme"t,

eve"t), (m*move, i*i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer) dynamics, has to replace the old

theory across fu!!y procedures due to its major intentional secrets across signal adjustments and systemarchitectures. herefore, the associate fuzzy rules .

G x - 4 A truthx$$

x ID y - minimumtruthx$, truthy$$

x GJ y - maximumtruthx$, truthy$$

could be easy simple implemented within the basic built in!ymbolic !urrou"di"g 9(clear, "ot), (i"creme"t,

eve"t), (m*move, i*i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer) dynamics as follows2

G x - 4 K truthx$$ - not clear function form.

Hence, to compute within a robust fu!!y inside the proposal approval mapping focus on pair


25/35

y - cos7() , ! - sin7() $

to envelop an easy simple signal waveform$ assignment could then be achievable as follows2

x - truth - cos7() though, G x - 4 K truthx$$ - sin7() .

1urthermore, for a future focal focus on, the main real operating thread task is to search across surroundingintentional mode's inspiration and modeling's intelligence to assign a ratio's function form corresponding to the

)not clear - G x*in order to determine the function form corresponding to )clear* clear=f() $.

x ID y - minimumtruthx$, truthy$$ - mi"CDb ,>c

(clear D=f(), clear >=g())

x GJ y - maximumtruthx$, truthy$$ - ma6CDb ,>c

(clear D=f( ), clear >=g())

where the mi"CDb ,>c

( ) and ma6CDb ,>c

( ) are mathematically defined to satisfy the main real primordial

principles of intentional mathematical adjustment surrounding signal advances and system architectures.

xamples2

x - cos7() , y - sin7() xCNEy - mi"

CDb ,>c(6=cos7(), y=sin7())=

4

7=6y

x - cos7() , y - sin7() x Gy - ma6

CDb , > c(6=cos7(), y=sin7())=4=6y

NAx$ 4 K truthx$ - L - 4+ 4

cos7()

NAy$4 K truthy$ - L - 4+

4

sin7()

Aable 1: mai" real mathematical i"te"tio"al proce!!i"g

(n fact,table 1is showing the main real mathematical intentional processing across the defined fu!!y genetic

mimetic approach. Hence, the associate job scheduling to that defined fu!!y principle, when it is applied to anexample of regulation of temperature, is the following focus of float processing based on the main real principles

of proposal mapping focus on pair y - cos7() , ! - sin7() $ envelop see table 2 for more details$.

(n fact, table 2 illustrates a real example of application of involving fu!!y genetic mimetic approach across

temperature regulation processing. hus, the proposal mapping focus on pair y - cos7() , ! - sin7() $

envelop see table 2 for more details$, has to play a great rule inside any possible probable job scheduling

associate within the evolving fu!!y rules as shown within the example of the table 2.


26/35



+Ftemperature (9 very cold cold x - cos7()

+Ftemperature (9 very cold cold(6 )=cos7()=4


4

7


+F cold(6 )=cos7()>4

7$ AHN 4turn down fan*

+Ftemperature (9 normal AHNmaintain level+F cold(6 )=cos7()=

4





7()


speed up fan hot(6 )=sin7

()=4


speed up fan hot(6 )=sin7()=

4

7



+F hot(6 )=4

7


27/35

Figure : variatio" of the mai" real operati"g fu"ctio" form of a"y po!!ible probable variatio" level i"!ide the !e7ue"tial

digital data proce!!i"g i"volvi"g ithi" a"y di!crete eve"t !imulatio" e"ge"deri"g .0,pi

F/&

(n fact,figure depicts the variation of the main real operating function form of any possible probable variation

level inside the sequential digital data processing involving within any discrete event simulation engendering .0,

pi

F/&

Hence, the main real operating processing within any discrete event simulation involving inside the sequential

digital data processing should include the couple of .0,pi

F

/, . pi

F

,pi

7/)& NhyL

hus, the main real operating proceeding across fu!!y, genetic mimetic approaches, which have been involved

inside system's economy and financial effect 34,7,E, F5, should then prove the engendering of the environment

reality flow of symbolic synchroni!ed society, whereby the smart safe smooth signs should have identification

within any probable possible fu!!y, genetic mimetic approaches.

Figure O: mai" real primordial pri"ciple of fu''y dy"amic!

Hence,figure O illustrates the main real primordial principle of fu!!y dynamics. hough, the variation level

inside the main real operating waveforms of any possible probable fu!!y approaches is to start through )logics

-500

0

500

1000

1500

2000

2500

3000

sin7()&cos7()

(sin7()cos7())7&sin ( f( fre7ue"cy , time)) &e

a7 piF


28/35

language of exactly true* or )logics language of exactly false*.

Figure P: mai" illu!tratio" of de!cribi"g effect! i"!ide variatio" level logic! of mappi"g pair (!omethi"g clear i! e6actly

fu''y true, !omethi"g clear i! e6actly fu''y fal!e)&

(n fact, Said Mchaaliadie prove that the defined function forms of cos7() , sin7() $ couple has to paly

great importance inside the fatal focus on of fu!!y logics language. 1urthermore, this following focus on y -

cos7() , ! - sin7() $ envelop is for any possible probable sequential digital data processing inside its

transaction trace involving within the )mobile path - cu!tomad;u!t, co"!umermapping processing*. Nhat

does this meanL

Hence, the term )mobile path - cu!tomad;u!t, co"!umer mapping processing* is composed by two words2

mobile22 change valuable values during timing simulation for any possible probable transaction trace's

logics language 3P5, whereby the logics language of bits should be then used. his is so called binary

basic built in logics of any possible probable transaction trace dynamics.

path 22 edge's logics language inside control data flow graph logics, which be then transformed to

cu!tomad;u!t, co"!umer mapping logics based on the main real operating principle of high hoily

book, which is the dictionary logics language.

hus, using this following focus on of mapping pair y - cos7() , ! - sin7() $ envelop to engender any

possible probable transaction trace's logics of sequential digital data processing, an amplification of magnitude

should be done. herefore, this is could be then achieved, when using the main real principle of involving

magnitude intentional surrounding amplification inside 2 amplificatio"= sin7

() &cos7

()(sin7()cos7())7

then all possible digital waveform's function form could be then involving within2

aveform=sin

7() &cos7()(sin7()cos7())7

& sin(f(fre7ue"cy , time))&ea 7 pi

F

0

0.2

0.4

0.6

0.8

1

1.2


29/35

Figure 10: i"volvi"g amplificatio"=sin

7

()&cos

7

()(sin7()cos7())7i"!ide a"y po!!ible probable dy"amic! of mag"itude

amplificatio" to achieve huge hard home hierarchy of mag"itude modulatio"&

Hence,figure 10is showing the main real procedure across the mechanisms involving

amplificatio"= sin

7() &cos7()(sin7()cos7())7

inside any possible probable dynamics of magnitude amplification to

achieve huge hard home hierarchy of magnitude modulation.

herefore, the mode's inspiration and modeling's intelligence across this scaling$up, down% is to mount the

secret signs of middle average processing, whereby the following focus on job scheduling !if"!"* "a)b#/.#

"while ""a a b *# 00 "a * b b####should be done for any surrounding loop stament.1urthermore, the mode's inspiration has to prove that the major significant sign's insight is to assign a slice of .0,

pi/ to any possible probable stair due to its manufacturing insight of being flat surface's line. hus, figure 47

shows more idea's description to illustrate this main primordial principle of scaling$up, down% dynamics to

engender any following focus on fu!!y logics language across system's economy, financial effects, robust control

and transmission's transportation of heavy transaction traces.

ven though, comparing to the main intentional dynamics across the scaling$up, down%mode's insight, the old

fu!!y focus feel weaker due non robust processing, which has to be symboli!ed within any possible probable

synchroni!ation of mathematical intentional secrets to adjust any signal architecture.

amplificatio"= sin7( ) & cos7( )

(sin 7()cos 7() )7


30/35

Figure 11: mai" i"te"tio"al dy"amic! acro!! thescaling$up, down% dy"amic! to e"ge"der a"y po!!ible probable fu''y

mecha"i!m acro!! mathematical i"te"tio"al !ig"! !urrou"di"g ad;u!tme"t! of mode

i"tellige"ce&

(n fact,figure 11is showing the real main intentional dynamics across the scaling$up, down%dynamics to

engender any possible probable fu!!y mechanism across mathematical intentional signs surrounding adjustments

of mode's inspiration and modeling's intelligence. hough, comparing to the old dynamics of fu!!y processing,

which has been involved within figure 4E, the modeling's intelligence is keeping to symboli!e acrossmathematical intentional logics language.

Figure 12: mai" old fu''y dy"amic! ithi" a" e6ample of temperature proceedi"g


31/35

(n fact,figure 12is showing the main real principles of old fu!!y dynamics when this is applied to a regulation's

system of temperature across a robust control mechanism.

9ecrets across mapping insight inside surround symbolic "m move1f"sensor#2, I

invest1f"processor#2# couple.

9ince, the basic works of mobile robot to improve the major intentional secret across manufacturing

insight, which has to investigate mode's inspiration and modeling's intelligence signs aroundmathematical intentional serving signal adjustments and system architecture. 1urthermore, system'seconomy and financial effects have to flow inside any possible probable investment design for services

at any symbolic synchroni!ed society.

Figure 13: mai" real operati"g procedure! to i"volve ithi" thi! propo!al theory of !urrou"d !ymbolic 9(clear, "ot),

(i"creme"t, eve"t), (m * move, + * i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer)I dy"amic! acro!! mode

i"!piratio" of modeli"g

(n fact,figure 13is showing the main real operating procedures to involve within this proposal theory ofsurround symbolic clear, not$, increment, event$, m - move, ( - invest$, scalingup, down/, customadjust,

consumer/$0 dynamics across mode's inspiration of modeling's intelligence.

Hence, many old theories have been implemented to support the main real operating proposal mode's inspiration


32/35

across the modeling's intelligence processing. hough, this proposal approval theory surrounding symbolic

synchroni!ed clear, not$, increment, event$, m - move, ( - invest$, scalingup, down/, customadjust,

consumer/$0 dynamics, which is major intentional secret across the mathematical insight surrounding signal

adjustment and system's architecture.

Figure 1@: all po!!ible probable dy"amic! a"d mecha"i!m to be i"volvi"g ithi" the ready evolvi"g theory !urrou"d

!ymbolic 9(clear, "ot), (i"creme"t, eve"t), (m * move, + * i"ve!t), (!cali"gup, do", cu!tomad;u!t, co"!umer)I

dy"amic! acro!! mode


33/35

effects or within the robust control dynamics and regulation processing to continue within any valid information

at the proposal approval black screen, the old theory of putpixel$ function form could then allow the further

processing to identify the environment reality flow of how should a huge hard situation be involving within any

possible probable mathematical insight across signal adjustment and system's architecture dynamic designs.

hus, by proposing clear=sin

7() &cos7()(sin7()cos7())7

, a varation level starting from nil #$ to reach the @infinite

value could then be detected within a slice of .0, piF

/&

ven though, the opposite symbolic signed variation level should be involved within the ratio's theory, during

such a processing an assignment for a not clear should be equal to "ot clear=(sin7()cos7())7

sin7() &cos7()

. herefore,

for a such variation level of not clear valuable amount quantity mathematical intentional surrounding amounts

across signal adjustment involving as illustrations by putpixel$ function forms$, has to reach the nil #$ at the

end of the proposal slice of .0,pi

F/&

Figure 18: ma;or mo!t ma"ufacturi"g de!ig" i! to locate the putpi6el() fu"ctio" form for a"y po!!ible probable dy"amicde!ig" acro!! !y!tem eco"omy, fi"a"cial effect a"d robu!t co"trol mecha"i!m&


34/35

(n fact,Figure 18 is illustrating the major most manufacturing design is to locate the putpixel$ function form

for any possible probable dynamic design across system economy, financial effect and robust control

mechanism.

Hence, the symbolic synchroni!ed clear, not$, increment, event$, m - move, ( - invest$, scalingup,

down/, customadjust, consumer/$0 dynamics has to prove the main real aim object of the similar to fu!!y,

genetic mimetic approaches. herefore,

(. clear 22 adjective 22 should be a mathematical intentional surrounding any amount quality across

measurable implementation. hus, clear=sin

7() &cos7()(sin7()cos7())7

is defined to depict the amplification

of any possible probable magnitude, due its variation level from nil #$ to @infinite value in shortest

possible domain, which is equal to a slice of .0,pi

F/& 1urthermore, the measurable intentional

amount quantity clear=sin7() or clear=cos7() is defined to identify any possible valuableamount quantity inside the proposal approval slice of .0, 1/& ven though, the main real operating thread

tasks across the sequential digital data processing is to satisfy the function form of focus on as below 2

((. clear=sin

7() &cos7()(sin7()cos7( ))7 &sin (f(fre7ue"cy , time)) &e

a7 piF

, whereby for a such waveform, the

amplification of corresponding magnitude could reach the @infinite. hus, the clear=sin () couldthen define any possible frequency variation inside any possible probable sliding window's slice.

1urthermore, the mathematical intentional amount quantity clear=ea 7 pi

Fis used to enhance the

proposal phase modulation within any possible probable sequential digital data processing mechanism.

Nhat is the basic binary built in of such a mathematical intentional amount quantity clear=ea 7 pi

FL

(((. Hence, the phase modulation has to add a mathematical intentional amount quantity inside the proposal

clear=sin (D+%hMo()) , which has to be belong to considering frequency inside the proposal waveformfunction. hus, sin(C+)=sin (C) &cos ()+cos(C) & sin() , the mathematical intentional amountquantity clear=sin (D+%hMo()) , is then equal toclear=sin (D+%hMo())=sin(D) &cos(%hMo())+cos(D)& sin (%hMo) . hough, to switch the

obtained mathematical intentional amount quantity

clear=sin (D+%hMo())=sin(D) &cos(%hMo())+cos(D)& sin (%hMo) into a function form using

amplificatio"= sin7( ) & cos7( )

(sin 7()cos 7() )7


35/35

clear=ea7& f( )

, a relationship between the clear=sin (D) and clear=cos(D) should be involved

such that 2 clear=sin (D)= 4cos7() . Gn the other hand to continue within the correspondingmathematical insight, the main real operating thread task is to investigate the huge hard home hierarchies of ratio

such that 2 clear= cos ()

4cos7()for any possible clear=cos7()# .

Focus Function Form of Thought is to Assign Something Clear Exactly True Right

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