FTSE
- 2D research |

A Mars heliocentric planetary fan set at 2 points per 1 degree of Mars travelled, from the **Low** of July 12th 1984 ,gives the Dec 30 1999** **

Top

978 to 6950 =5972 points and Mars Travelled 2974.212 degrees

So 2974.212 x 2 + 978.7 =6927.124

Actual**High** was 6950 .6

Top

So 2974.212 x 2 + 978.7 =6927.124

Actual

Again a Mars Heliocentric planetary Fan set at 2 points per 1 degree travelled ,this time from the Dec 30th 1999** Top** ,gives the March 9th 2009** LOW**

Here are both Mars Heliocentric planetary fans

Again ,a Mars Heliocentric planetary fan set at 2 point per 1 degree of Mars travelled ,from the October 15th 2007** Top** ,going down

Hits the April 16th 2010** Top**

Hits the April 16th 2010

From Dec 30 1999** Top** to March 13th 2003** LOW** , earth travelled 1153 degrees

And Mars (Heliocentric ),travelled the same degrees from the March 12th 2003** LOW**to the March 9th 2009** LOW**

And Mars (Heliocentric ),travelled the same degrees from the March 12th 2003

Now using a

From the

Now:

The

So we had the

2010

from that point we get that:

Please see below:

April 16th 2010

Again : an** Earth** planetary fan set at 1 degree equal to 0.3 points ,going downwards ,from the Dec 30th 1999** High**

Hits the April 16th 2010** High**

Below we set an earth planetary fan at 1 degree equal to one point

Hits the April 16th 2010** High** from the 2003** LOW**

Hits the April 16th 2010

All together now :

I see a channel

This one

The red lines are Sun_earth vectors

They are equal

They are equal

Ill explain:

A planetary vector is :

The price range between two prices raised to the second power ,plus the degrees of the planet travelled raised to the second power ,and

then this sum raised at the ½ power

Or better said ,we take the square root of this sum

So the red first Vector ,from the October 8th 1998** Low** to the Dec 30 1999** High** is calculated as follows:

4599.2 the low

6950.6 the high

The range = 6950.6 -4599.2 =2351.4

Earth travelled from October 1998 to December 1999, 443.32 degrees

So our vector is equal to :

(2351.4^2 + 443.32 ^2 ) ^ .5=2392.8256

The same red vector from the 2009 low to the April 2010 high

3460.7 the low

5833.73 the high

Th erange 2373.03

Earth travelled:

397.34 degrees

(2373.03 ^ 2 + 397.34 ^ 2 )^.5 =2406.065348

There is a difference between them but it is acceptable as it is

0.55% different

So 1 to 0 is equal to 3 to 4

An interesting geometry unfolds though if we use these ratios with our planetary vectors:

Lets do this:

The 0-2 vector(green) is again an earth based vector (1 degree equals one point.We use the pythagorean theorem again to find its value)

So lets call our 0-1 vector 100% or 1 (BASE)

The 0-2 vector is 1.6 times bigger than the 0-1.

Or 0-1=(0-2) x .625

Or the 0-1 is 62.5% of the 0-2 vector

Same is the (3-4) vector to the 0-2 vector

The bluish vector 0-3 is 1.25 of 0-2

Or 125%

So we have:

0-1 62.5 %

0-2 100%

0-3 125%

3-4 62.5%

Green 0-2 beeing the base

But also 0-4 is equal to 0-2

A planetary vector is :

The price range between two prices raised to the second power ,plus the degrees of the planet travelled raised to the second power ,and

then this sum raised at the ½ power

Or better said ,we take the square root of this sum

So the red first Vector ,from the October 8th 1998

4599.2 the low

6950.6 the high

The range = 6950.6 -4599.2 =2351.4

Earth travelled from October 1998 to December 1999, 443.32 degrees

So our vector is equal to :

(2351.4^2 + 443.32 ^2 ) ^ .5=2392.8256

The same red vector from the 2009 low to the April 2010 high

3460.7 the low

5833.73 the high

Th erange 2373.03

Earth travelled:

397.34 degrees

(2373.03 ^ 2 + 397.34 ^ 2 )^.5 =2406.065348

There is a difference between them but it is acceptable as it is

0.55% different

So 1 to 0 is equal to 3 to 4

An interesting geometry unfolds though if we use these ratios with our planetary vectors:

Lets do this:

The 0-2 vector(green) is again an earth based vector (1 degree equals one point.We use the pythagorean theorem again to find its value)

So lets call our 0-1 vector 100% or 1 (BASE)

The 0-2 vector is 1.6 times bigger than the 0-1.

Or 0-1=(0-2) x .625

Or the 0-1 is 62.5% of the 0-2 vector

Same is the (3-4) vector to the 0-2 vector

The bluish vector 0-3 is 1.25 of 0-2

Or 125%

So we have:

0-1 62.5 %

0-2 100%

0-3 125%

3-4 62.5%

Green 0-2 beeing the base

But also 0-4 is equal to 0-2

Below I have inserted some other connections between vectors found in **FTSE**

I will leave it to you to make the connections

After all ,why should I have all the fun .RIght ?

After all ,why should I have all the fun .RIght ?

green is 70.7% of red (.707 of 1 that is ) 0.707= 1 /(square root of 2)

and

violet equal vectors here

always sun-earth based.

they are the same. 3848

middle circle is 1(100%)

inner is .707 (70.7%)

outer is 1.414 (141.42%)

always sun-earth based.

they are the same. 3848

middle circle is 1(100%)

inner is .707 (70.7%)

outer is 1.414 (141.42%)

first **red **vector comes from :

1987** low** to 1996** low**

10C199 stand for 10x360+199=3799 ( c=cycles)

second**red ** vector (it is equal with the first) comes from 2003** low** to 2007** high** 10c200(1 off !)

then the**green** is :

1996** low** to 1999** high ** 9c322

and 1.4142 of that**gree**n ( 9c322 x 1.4142) from the 1996** low** to 2007 **high** and backwards to 1984** low**

1987

second

then the

1996

and 1.4142 of that

fisrt

then second

you can see also 1984-1994 (100% ) and 1984 to 2010(July 1st ) 250% or 2.5 of 11c81

.707 of it is the

then the two other

from 2003

from 2003

3

2

Some planetary fans below |

Catch you later Thanks for dropping by Peter Palaskas |