SLíдτ2: October 2020

10/30/2020

(TRC4:VP)...P3...Opposite & Position

The Road

Chapter 4 : Venus’s Position

Page 3 : Opposite & Position

The 3 Things Should be Known about Venus's Traveling Line

1. Park Position (Bringing)

We should bring the spacecraft into orbit of Venus with direction and position as follows

1.1 Earth and Venus will create perfect road on both sides with running in the same direction. But opposite the Sun. (Step 2 in Pic 1)

From Pic 2

1.2 Before reaching the park position, Earth must always ahead of Venus (Step 1)
1.3 And only side A (Position A in Step 1, 2) should be a park

2. Cross Over (Flying)

The steps are as follows (Pic. 3)

1. Shoot the rocket from Earth at position B (Step 1).
2 Turn off the engine or use minimal. The spacecraft will roll over with inertia from right to left and approach at position C (Step 2)
3 Using high-powered driving force to cross over the bisector line of the road towards the Venus's road at position D (Step 3).
4 Turn off the engine or use minimal energy again.
5 The spacecraft will roll over with inertia from right to left into the orbit of Venus and approach at position A (Step 4)

3. Target Year (Locking)

SuperHighway is refer to the position that Sun, Earth, Venus and Energy's Centers are all in the same plane (both vertical and horizontal).

From Pic 4

Suppose that only Earth and Venus are orbit around the Sun with 3 years.
1st and 2nd year will only occur a perfect road, but The 3rd Year Will Be "The SuperHighway"

10/29/2020

(TRC4:VP)...P2...Opposite & Moving

The Road

Chapter 4 : Venus’s Position

Page 2 : Opposite & Moving

Suppose that

- Sun has a counterclockwise rotate and go to the right

- Venus has a clockwise rotate

- Venus will run around the Sun with this 2 pattern as follow

1. Venus is on the road and move to the right (Pic 3 in 1.1 The wheel is on the road, We will spin forward and move to the right) as shown in Pic 1

2. Venus is under the road and move to the left (Pic 4 in 1.2 The wheel is under the road We will spin forward and move back to the left) as shown in Pic 2

The Probability of The Perfect Road

The road between Sun and Venus will be born in the outside (purple ellipse). Either left or right moving as shown in Pic 3, and it has the 2 ways of probability.

It is different from the Earth....Earth's probability will come from the inside (Pic 4) and has 2 ways of the probability too.

Connecting

Suppose that

- There is a possibility of linking between Earth and Venus (A, B) as shown in Pic 5

- Energy's center has a counterclockwise rotate too.

- And Sun has an orbit around energy's center (Separating's Line) with the direction shown in Pic 6 (the road is the inside between sun and energy's center).

If we pick up Pic 5 into Pic 6, The one of the best perfect roads (Position A) is shown as in Pic 7 (Description in the 1st & 4th of Pic 4 - Perfect Road & Moon Traveling Line)

Pic 8 is shown a different position of the perfect road (Position A) between Earth and Venus that orbit around the energy's center

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The Road Chapter 4 : Venus’s Position....P1...Twisting & Direction

The Road

Chapter 4 : Venus’s Position

Page 1 : Twisting & Direction

Suppose that if we have a wheel's spin with only a clockwise (Spin Forward).
And able to travel on both above and under of the road (Pic 1)

We can divide rotation and direction are as follows.

1. When Road is "Adjacent at Bottom" of The Wheel ( Bottom in Pic 2)

1.1 The wheel is on the road and gravity press down to the road.

(We turn our face to the right) We will spin forward and move to the right (Pic 3)

1.2 The wheel is under the road and gravity push up to the road

(We turn our faces to the left) We will spin forward and move back to the left. (Pic 4).

2. When Road is "Adjacent at Top" of The Wheel (Top in Pic 5)

2.1 The wheel is under the road and gravity push up to the road.

(We turn our face to the right) Even if we spin forward but it will move back to the left.(Pic 6)

2.2 The wheel is on the road and gravity press down to the road.

(We turn our face to the left) Even if we spin forward but it will move to the right.(Pic 7)

Briefly
If we spin a clockwise only whether gravity push up or down
1. If the wheel is "On the Road" (Pic 3,7) it will always "Go to The Right"
2. If the wheel is "Under the Road" (Pic 4, 6), it will always "Go to The Left".

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10/28/2020

(TRC3:SS)...P3.2...Balance & Separating...2.Beam

The Road

Chapter 3 : Solar Separating

Page 3.2 : Balance & Separating

2. Beam's Balance

The Energy's Center must has a beam and balance of the beam should be consist of this 3 things:

1. Planets's positions that orbit around, it used for locate the beam
2. Perfect road's positions, it used for find the topic 1 above
3. Beam's center

2.1 Planets's Positions That Orbit Around

Suppose that

- Sun has 3 planets orbiting around (Pic 1)

- Sun has a main path of separate line around energy's center (Pic 2).

- Each planets (A, B, C) has 6 major positions orbiting (Pic 3 is an example of planet A).

- The relationship between planets is assumed to be shown in Pic 4

And we will get a table of relationships as follows (Pic 5.1)

Example Description :

Ex1. Look at main line = L3 in red frame (Pic 5.2) means that when perfect road occurs at position A3, at the same time clashing will occurs at B1 and C4.

Ex2. Look at main line = L2, L5 in red frame (Pic 5.3) means that if a perfect road occurs at planet B, C

The direction of A is not on the separating line, but by matching with the perfect road of B and C, we will be seen the position of A (action = ellipse) on the main separate line (Pic 6)

Means that if we want to find the coordinates of the beams (determind the position by planet A), we must also have the main separate line (Pic7.1).

And in Pic 8 is shown that the position of each main separate line are matched with planet A.

2.2 Perfect Road's Positions

If all planets and Sun rotate with a counterclockwise. The position of each perfect road (A3, A6, B3, B6, C3, C6) will only occurs between the sun (inner side) and the energy's center (Pic9) (Description in the 1st & 4th of Pic 4 - Perfect Road & Moon Traveling Line)

2.3 Beam's Center

If the separate line is orbit around.....The energy's center will become a center of the beam. But the beam's link between each planet (A, B, C) may be can not use because the two ends of the beams should be in opposite directions and drawn through the energy's center.

Example in Pic 10

Pic 10 is shown the position of A, B, C resulting from each perfect road and if we drawn a beam to connected

We can get a good beam from planet A but other are bad because of B's beam and C's beam cannot pass through the energy's center.

And we can fixed this problem by use the position of planet A instead such as

1. Example's discription from Pic 8, we can drag a link from each planet A (opposite with matched) to connect a beams that come from different positions and resulting in Pic 11

Description :
The position of each A are in an opposite directions and matches as shown below :
A6, A3 (Perfect Road)
A2, A5 (Ellipse)
A1, A4 (Clashing)

2. Example's discription from Pic 3

If planet A is orbiting around the sun, and we can drag a link to shown the beam. All positions will occur in opposite directions, and Sun is the center (Pic 12)

If we cut Pic 12 into 6 segments and place it on the main path around energy's center. It will shown like in Pic 11

Brifely

Beams can occur in 2 ways:
1. Perfect road of each planets but it don't need to drag through energy's center.

2. Position of the planet that determind to used for locate the beam
(If we want to find the beam's center, we should use this way)

Character of The Beam

From Pic 5.2

If we used to calculation amount of the line with permutations and find all probability such as :

L6 * L5 * L4 = 120 line position

and if we only have 6 positions of A (A1 to A6). Therefore, each position will be matched with the 20 main line (6*20=120)

Let's say the matching example below.

A1 and L1-L20
A2 and L21-L40
A3 and L41-L60
A4 and L61-L80
A5 and L81-L100
A6 and L101-L120

And from the matched of position A and Line above....we will get a beam and swinging as shown in Pic 13 (example just 1 couple)

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10/27/2020

(TRC3:SS)...P3.1...Balance & Separating...1.Main Line

The Road

Chapter 3 : Solar Separating

Page 3.1 : Balance & Separating

1. Separating's Main Line

We can find by 2 types of the movement as follow

1 Using Sun as a center
2 Using planets that orbit around as a center.

1.1 Using Sun As A Center

Suppose that

- There are only 2 planets's clashing (A, B) that orbit around the Sun

- Planets A, B was clashing by the Sun with in order.

1.1.1. The 1st clashing with A as shown in Pic 1

Discription :

While Sun is at position 1 (Step1).

Sun and A are moving towards position 2 (Step2).

When Sun and A reach at position 2, A will be pushed out to position 3

And sun is replaced at position 2 (Step3)

We can replace the values of movement into an equation like in Pic 2

And the equation is

tan θ1= h1/(r1-e1)
or
h1= tan θ1 * (r1-e1)

And we can get from this equation is

1. The height of the sun when it hits planet A = h1 = tan θ1 * (r1-e1)

2. Rightward motion of the Sun or length along the X axis = r1-e1

3. Main motion of the Sun or length along the Z axis = r1

1.1.2. The 2nd clashing with B as shown in Pic 3

Discription :

While Sun is in the 2nd position (Step 1)

Sun and B are moving towards position 4 (Step2).

When Sun and B reach at position 4, B will be pushed out to position 5

And sun is replaced at position 4 (Step3)

We can replace the values of movement into an equation like in Pic4

And the equation is

tan θ2= h2/(r2-e2)
or
h2= tan θ2 * (r2-e2)

And we can get from this equation is

1. The height of the sun when it hits planet B = h2 = tan θ2 * (r2-e2)

2. Rightward motion of the Sun or length along the X axis = r2-e2

3. Main motion of the Sun or length along the Z axis = r2

1.1.3 Collision's Merging

From Pic 5

When the sun is at position 1 and has two collisions occur,

At position 4, we will get

height (Y axis) = h1+h2

Length along the X axis = (r1-e1)+(r2-e2)

Length along the Z axis = r1+r2

We can get the coordinates (Y, X, Z ) From collision's merging like below

(Y, X, Z ) = h1+h2, (r1-e1)+(r2-e2), r1+r2

And this coordinates will made us to get a distance (height of the Sun's movement from position 1st to 4th) and brifely in pic 6

2. Using Planets That Orbit Around As A Center.

Suppose that

- Sun has a main direction to the right and planet A is orbiting around (Pic 7)
- The main path (Step1, 3 in Pic 7) is used to creat a beam

- Planet A is the center of the beam

Processing :

From Pic 8.1

If Sun is thrown along the main path of separating (Big Green Arrow).....And this will gives a result (beam) with Planet A as the center as shown in step 3

From Pic 8.2

Pic 8.2 is a step 2 from Pic 8.1,and it is shown that

Sun's Main Direction Line is not the same as Separating's Line

From Pic 9

If there are 3 planets (A, B, C) with the Sun's road

Resulting from a collision on the main path is formed as a beam, it is shown like below

And when separating the beams of each planets, it will be shown in Pic 10.

And when brought together (merge horizontally) This will be the main separating's line that sun travels (Pic 11). The values of h1, h2, h3 are the same values obtained by calculating the coordinates above in pic 6

From Pic 12 shown that

Sun will travel from 1, 2, 3 (Blue Arrow) with respectively and it has used more distance than h1

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