What-is-the-Time-Code-Calculator.pdf

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What Is The Time Code Calculator?o What Is The Time Code Calculator?

The Time Code Calculator is a user-friendly tool that gives us easy access to the

patterns that unfold as natures cyclesthe same patterns that govern much of the

universe and life. It allows us to peer into the timeline of history in a way that mimics

the vision of prophets and remote viewers in many respects.

Just as such gifted seers can identify the events that are pro a le at a given

time! the Time Code Calculator shows us when we can e"pect the conditions of the

past to play out again as our present or our future. The reason the program wor#s isecause of the nature of cycles themselves. $ecause they are cycles! they repeat.

%nd ecause cycles of history are made of space and time! when the time repeats!

the conditions of the space that it carries also repeat.

Its important to emphasi&e that 'ust as the future vision of a prophet or remote

viewer is su 'ect to change ased upon what happens within the timeline! the Time

Code Calculator cannot ta#e into account the effect of consciousness and choice. It

can only show us when the conditions of the past will appear again. The outcomedepends on whether or not the conditions play out to completion. The choices that

we ma#e along the timeline of the cycle can create a new path and a new timeline

with a new outcome. This is the eauty of #nowing where we are in a cycle.

What ma#es the Time Code Calculator so useful is that in addition to giving us a

(heads up) so we #now what to e"pect! it also shows us when our choices of change

have the greatest potential of success. This is where the marriage of science and

spirituality ta#es on a practical application that is unli#e anything weve seen in thepast.

If we can use the science of cycles to find the times that are ripe for change! and

if we can use the spiritual traditions of our past to trigger new! peaceful! and life-

affirming outcomes of change! then we suddenly have a powerful new way to thin# of

ourselves and our world. Its all ased upon cycles and possi ilities! natures patterns

that can e #nown and predicted.

*ow To +se The Time Code Calculator


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Three Ways to Use the Calculator

Once we begin to think of time in terms of repeating cycles, the steps to

find the key points of change become obvious If we know a! when the cycle

begins, b! when it ends and c! when the first event "seed event! that sets

the pattern into motion within the cycle occurs, we can calculate the repeat

points for the pattern that the event establishes for the portion of the cycle

that remains With a few simple calculations, we can use the Time Code

Calculator as our window into such cycles in one of three ways# $ode %,

$ode & and $ode ' With each mode we can answer a different (uestion

)ote# *lease be certain that the date and time on your computer+s internal

clock are correct The Time Code Calculator will use your computer+s clock

in its calculations

$ode %# When Can We -pect .omething that /as /appened in the *ast to

/appen 0gain?

In this mode we can identify a seed event in our personal or collective past,

and calculate when the conditions created by that event will repeat in our

future It can be anything, good or bad, from the great 1oys of love,

romance, success, and peace, to the great tragedies of loss, suffering, and

war What+s important here is that the seed event begins the cycle 0s

cycles repeat in intervals that follow natural rhythms we can apply these

patterns to the events of the past to discover when we can e-pect to see

the same conditions again Whether the cycle lasts for a moment or for

thousands of years, because it is a cycle the conditions that it carries will

repeat within the larger cycle that spawned it2our present world age of

3,%&3 years

The input for $ode % must be a date that has already occurred, such as the

seed date for global war of %4%5, for e-ample

6

$ode What 7ate in the *ast /olds the Conditions We Can -pect for the

8uture?

In this mode we can identify a key event in our personal or


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collective future , and look back into the past to find the last time the same

conditions e-isted in the cycle Chapter 9 of 8ractal Time illustrates this by

using the Time Code Calculator to identify what we can realistically e-pect

for &:%& ;y using the natural rhythms described in Chapter %, we can

pinpoint a concrete date in our past that is the seed for what we can e-pect

in &:%&

The input for $ode & must be a date that has not yet occurred, such as the

future date of &:%&, for e-ample

$ode '# When Can We -pect the Conditions of a *ersonal -perience,

ither *ositive or )egative, to ing

to see how deeply the e-periences from one time in life impact other

relationships after the seed is planted

0s described in the te-t of Chapter 3, the Time Code Calculator will perform

the simple calculations that help to determine when you can e-pect the

cyclic conditions of your seed e-perience to repeat in your life When we

use these calculations, there are seldom absolutes and rarely e-act repeats

of earlier situations What we are looking for are general patterns that can

give us a heads up@ in business or romance


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The input for $ode ' is your age when an obvious momentous event "the

seed! occurred

Corrections Corrections 8or 7ecimal 7ate Conversion Tables

While every effort has een made to assure the accuracy of the algorithms

and calculations for the time Code Calculator! an error has een discovered in

the decimal-to-month conversion ta les. While the error has minimal impact

upon the calculations! it does change the month in some cases. %nd! with that

change! some of the Time Code calculations are now even closer than eforeto the actual dates when their cycles repeated. ,lease refer to the ta les

elow and use these decimal e uivalents in place of those in the first edition

of ractal Time.

Note 2 # Conversion of decimals to months. /ome of the calculated dates

create num ers to the right of the decimal point. These are portions 0fractions1

of the year indicated and may e converted into the corresponding month forgreater accuracy using the following formula.

2 03um er to right of decimal 4 561 " 577 8 percent of the year

-ample# 9ear 6775.: translates to 0: 4 561 " 577 8 ;;.;; percent of the

year or 6775.;< 0%ugust of 67751. The #ey here is to thin# of the decimal that

is e"pressed in tenths! as a portion of the 56 months that are possi le. or

convenience! I have included a reference chart of the decimal-to-month

calculations for num ers 5 to 56 elow=

,ortion of 9ear > uivalent onth

7.7: January

7.5; e ruary

7.6@ arch

7.AA %pril

7.B6 ay


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7.@7 June

7.@: July

7.;< %ugust

7.


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Well e using four e"amples todemonstrate time code calculations

for repeated conditions.

-ample %28ind# When can we e-pect the first cyclic conditions of

surprise@ and attack@ on 0merica to repeat?

2 Input 1 = The target year and month in the past when the first o vious pattern

of (surprise) and (attac#) upon %merica 0the seed1 occurred # %45% %& "7ecember

%45%!2 Input 2 = The total length of the cycle that tells us where we are in present

time= 3,%&3 years

/tep 5= Identify modern 0Gregorian1 date of seed event 0/ 51.

%45% 44

/tep 6= Convert event 0/ 51 to a solute date 0% 51.

%45% 44 A '%%' B 3:35 44 0%51

/tep A= Calculate lapsed portion of cycle 0H 51 as a ratio of 0% 51 total cycle length @56@.

3:35 44 3%&3 B 4D9 0H51

/tep B= Calculate phi 0H 5phi1 of lapsed cycle 0H 51.

" 9%D! - 4D9 B 9:4 0H5phi1

/tep @= Calculate cycle alance 0$ 51 as total cycle length 0% 51.

3%&3 E 3:35 44 B F: :% years 0$51

/tep ;= %pply phi ratio of lapsed cycle 0H 51 to the alance of the cycle 0$ 51 to find the

interval in years etween the seed date and the ne"t time it repeats 0I 51.

"F: :%! - " 9:4! B 5& 95 years 0I51

/tep


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6

Meaning = This date translates to %ugust 5D:B. The date for the destruction of %H

flight 77< and the events descri ed in Chapter 5 occurred in /eptem er 5D:A! only

eleven months earlier. The time span between /eptem er 5D:A and e ruary 5D:B is

documented as one of the tensest periods of the war etween the two superpowers.

,ost-Cold War documents reveal that it was precisely during this time frame! and

within ; months of the time predicted y the Time Code Calculator! that a pre-

emptive nuclear stri#e was eing planned against the +nited /tates.F

The time code calculations demonstrate that the plans for a surprise attac# on

%mericathe first fractal of the pattern that was created in 5DB5are part of the

cyclic pattern that can e #nown and calculated. %s descri ed in the te"t and shown

in the following e"ample! the second fractal pattern occurred in /eptem er 6775.

Example 2Find: When can we expect the second cyclic conditions of

surprise and attac on !merica to repeat"

2 Input 1 = The first target year following the seed of 5DB5 when an o vious

pattern of (surprise) and (attac#) upon %merica 0the seed1 occurred # %4D5 9'

"0ugust %4D5!

2 Input 2 = The total length of the cycle that tells us where we are in present

time= 3,%&3 years


%4D5 9'

/tep 6= Convert event 0/ 51 to a solute date 0% 51. %4D5 9' A '%%' B 3:4F 9' 0%51

/tep A= Calculate lapsed portion of cycle 0H 51 as a ratio of 0% 51 total cycle length

@56@.

3:4F 9' 3%&3 B 443 0H51

/tep B= Calculate phi 0H 5phi1 of lapsed cycle 0H 51.

" 9%D! G 443 B 9%30H5phi1


3%&3 E 3:4F 9' B &F 'F years 0$51


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interval etween the seed date and the ne"t time it repeats 0I 51.

"&F 'F! - " 9%3! B %9 D' years 0I51

/tep


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" 9%D! - 44D B 9%F0H5phi1


3%&3 E 3%%5 59 B %: 35 years 0$51



"%: 35! - " 9%F! B 9 3: years 0I51

/tep


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"5 :5! - " 9%F! B & 54 years 0I51

/tep


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/tep B= /u tract the phi ratio date from the target date.

/tep @= Convert ac# to Gregorian date.

#he #ime $ode !l%orithm !pplied to the 2'(2 End&ate: *eres an e"ample of how tosearch ac#wards through time forseed conditions.

-ample %28ind# What date in the past holds the conditions can we e-pect

for the &:%& end date?

2 Input 1 = The target date in uestion= &:%&


time= 3,%&3 years

/tep 5= Identify modern 0Gregorian1 date of target date 0T 51.

&:%&

/tep 6= Convert target date 0T 51 to a solute date 0% 51.

&:%& A '%%' B 3%&3 0%51

/tep A= Calculate phi 0H 5phi1 of % solute date 0%51.

" 9%D! - 3%&3 B '%9F &3 0H5phi1

/tep B= /u tract the phi ratio date 0H 5phi1 from the target date 0% 51.

3%&3 E '%9F &3 B %43F F3

/tep @= Convert ac# to Gregorian date.

%43F F3 E '%%' B %%33 &3 "$arch E%%33 b c !

Meaning = The result of this calculation is a negative num er! indicating that it is a

date efore the time of Christ 0 .c.1 in the historic notation. %s noted in Chapter ;!

this is precisely the year that witnessed the collapse of one of the greatestcivili&ations of the past! >gypts 67th Eynasty. The parallels etween the conditions


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of 55@@ .c. and the 6756 close of the present great cycle are unmista#a le. $y

applying the natures language of cycles! the Time Code Calculator identifies the

single date in the past @!56@ years that holds the #ey to what we can e"pect for our

near future.

%ppendi" $

Glo al lashpoints for the uture

We have seen how the cycles of time and events repeat in rhythmic intervals that

follow the mysterious num er phi 0.;5:1. nowing this! we can find with the seed

events that posed the greatest threats to our world in the 67th century to discover

when we can e"pect the conditions they created to appear again. We can use our

#nowledge of such conditions as a window of opportunity to avoid in the present the

outcomes of the past.

nowing when the patterns of the last centurys glo al wars are primed to repeat

gives us the edge to avoid new conflicts ased upon the old patterns. If we #now that

were in a year when the cycle that led to World War II is repeating! for e"ample!then we also #now that were in the time when it is wise to use a little e"tra care and

sensitivity when dealing with the inevita le disagreements that arise etween

nations over resources! orders and human rights.

+sing ode 5 of the Time Code Calculator we can identify when such a cycle egins

in order to calculate when the conditions it created will repeat in our future. Whats

important here is that the seed event is what egins the cycle.F

ode 5= When Can We >"pect /omething that *as *appened in the ,ast to *appen

%gain?

F

To answer this uestion we need two pieces of information=

2 Input 1 = The target date in the past when an o vious pattern 0the seed1

occurredF


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2 Input 2 = The total length of the cycle that tells us where we are in present time

Well e using nine e"amples to demonstrate time code calculations for future

events. F

-ample %28ind# 8irst cycle repeat date for the conditions of %453 "atomic

weapons and end of war!

2 Input 1 = The seed date for glo al war in the 67th century= %453


time= 3,%&3 years


%453

/tep 6= Convert event 0/ 51 to a solute date 0% 51.

%453 A '%%' B 3:3D 0%51


@56@.

3:3D 3%&3 B 4DF0H51/tep B= Calculate phi 0H 5phi1 of lapsed cycle 0H 51.

" 9%D! - 4DF B 9%: 0H5phi1


3%&3 E 3:3D B 9F years 0$51


interval in years etween the seed date and the ne"t time it repeats 0I 51.

"9F! - " 9%:! B 5: DF years 0I51/tep


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-ample &28ind# .econd cycle repeat date for the conditions of %453

"atomic weapons and end of war!

2 Input 1 = The seed date for glo al war in the 67th century= %4D3 DF


time= 3,%&3 years

/tep 5= Identify modern 0Gregorian1 date of seed event 0/ 51

%4D3 DF

/tep 6= Convert event 0/ 51 to a solute date 0% 51

%4D3 DF A '%%' B 3:4D DF 0%51


@56@

3:4D DF 3%&3 B 443 0H51

/tep B= Calculate phi 0H 5phi1 of lapsed cycle 0H 51

" 9%D! - 443 B 9%3 0H5phi1

/tep @= Calculate cycle alance 0$ 51 as total cycle length - 0% 51

3%&3 E 3:4D DF B &9 %' years 0$51


interval in years etween the seed date and the ne"t time it repeats 0I 51

"&9 %'! G " 9%3! B %9 :F years 0I51

/tep


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&::% 45


&::% 45 A '%%' B 3%%5 45 0%51


@56@

3%%5 45 3%&3 B 44D0H51


" 9%D! - 44D B 9%F0H5phi1


3%&3 E 3%%5 45 B %: :9 years 0$51



"%: :9! - " 9%F! B 9 &% years 0I51

/tep


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3%&% %3 3%&3 B 4440H51


" 9%D! - 444 B 9%F 0H5phi1


3%&3 E 3%&% %3 B ' D3 years 0$51



"' D3! G " 9%F! B & 'D years 0I51

/tep


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"4D! G " 9:9! B 34 '4 years 0I51

/tep


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3%%: :9 E '%%' B %44F :9 "Hanuary %44F!

-ample FE8ind# Third cycle repeat date for the conditions of global war

that began in %4%5

2 Input 1 = The seed date for glo al war in the 67th century= %44F :&


time= 3,%&3 years


%44F :9/tep 6= Convert event 0/ 51 to a solute date 0% 51

%44F :9 A '%%' B 3%%: :9 0%51


@56@

3%%: :9 3%&3 B 44F 0H51


" 9%D! - 44F B 9%9 0H5phi1/tep @= Calculate cycle alance 0$ 51 as total cycle length - 0% 51

3%&3 E 3%%: :9 B %5 45 years 0$51



"%5 45! G " 9%9! B 4 &: years 0I51

/tep


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time= 3,%&3 years


&::9 &9


&::9 &9 A '%%' B 3%%4 &9 0%51


@56@

3%%4 &9 3%&3 B 4440H51


" 9%D! - 444 B 9%F 0H5phi1


3%&3 E 3%%4 &9 B 3 F5 years 0$51



"3 F5! G " 9%F! B ' 35 years 0I51

/tep


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&::4 D: A '%%' B 3%&& D: 0%51


@56@

3%&& D: 3%&3 B % ::0H51


" 9%D! G % :: B 9%D0H5phi1


3%&3 E 3%&& D: B & &: years0$51



"& &:! G " 9%D! B % '9 years 0I51

/tep


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To answer this uestion we need two pieces of information=

2 Input 1 = The target date in the future that is in uestion.

2 Input 2 = The total length of the cycle that tells us where we are in present time.

Example (.Find: What date in the +/(2+0year world a%e cycle holds the

conditions we can expect for the 2'(2 end date"

2 Input 1: The target date in uestion= &:%&


time= 3,%&3 years

/tep 5= Identify modern 0Gregorian1 date of target date 0T 51

&:%&

/tep 6= Identify total length of cycle in a solute years 0C 51

3%&3

/tep A= Calculate phi 0H 5phi1 of total cycle 0C 51

" 9%D! - 3%&3 B '%9F &3 0H5phi1

/tep B= /u tract the cycles phi point 0H 5phi1 from target date 0T 51 &:%&E'%9F &3 B E%%33 &3 b c

Example 2Find: What date in the 2+/12+0year precessional cycle mar s

the conditions can we expect for the 2'(2 end date"

2 Input 1 = The target date in uestion= &:%&


time= &3,9&9 years

/tep 5= Identify modern 0Gregorian1 date of target date 0T 51

&:%&

/tep 6= Identify total length of cycle in a solute years 0C 51

&3,9&3/tep A= Calculate phi 0H 5phi1 of Total Cycle 0C 51


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" 9%D! - &3,9&3 B %3,D'9 &3 0H5phi1

/tep B= /u tract the cycles phi point 0H 5phi1 from target date 0T 51

&:%& E %3D'9 &3 B E%'D&5 &3 b c

6

Meaning: The results of these calculations are negative num ers! indicating that the

dates are efore the time of Christ 0$C1 in the historic notation. The two dates from

these calculations! 55@@ b c and 5A:6B b c are the reference dates in our past that

tell us where to loo# in the e"isting cycles for the conditions that we can e"pect to

repeat in 6756. The results of this comparison are summari&ed in Chapter ;! igure

5@.

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