The point of control is shifting in a rising trend upwards ( The sun is rising in a curved arc )

The earth is in orbit around the sun ( Prices are fluctuating around the "sun" or the point of control )

The moon is in orbit around the earth ( "Noise" is fluctuating prices on a smaller scale around the "earth" )

Rules that appear from the above considerations....

The earth cannot go far from the sun unless it slips out of orbit ( Price ranges and boundaries can be set around the "sun" )

The moon cannot go far from the earth unless it slips out of orbit  ( Smaller price ranges and boundaries can be set around the "earth" )

Questions arising from the above considerations....

What would be required for the earth to slip out of the suns orbit?

What would be required for the moon to slip out of the earths orbit?

Answers arising from the above questions....

High momentum at the correct phase in orbit, can cause a sling-shot effect to propel something out of its orbit

In the same sense as the lunar module fires its rockets at the correct time to leave the moons pull and head back to earth

The sun or earth could disintegrate therefore losing gravitational pull ( a much rarer phenomenon )

Research ideas (procedures that must be converted to computer code)

• Sun

1. First and foremost the position of the "sun" must be calculated

2. The "gravitational pull" of the sun must be calculated

3. The upper and lower points at which the earth can free itself from the suns gravity must be calculated
4. The gravitational forces of the sun at each relevant distance from it
5. Forces ( momentum, acceleration, deceleration, gravity hold ) required to slingshot the earth out of orbit
6. The previous positions of the path of the sun at regular sampling intervals ( to compute next position )

• Earth

1. The position of the earth
2. The previous positions of the path of the earth at regular sampling intervals ( to compute next position )
3. The cycle speed of the earths orbit from 90 degrees (top point) to 270 degree (low point) measured in bars. ( how many bars to do one orbit )
4. The current phase of the cycle of the earth, measured in degrees ( required to compute the extreme points )
5. The gravitational pull of the earth
6. The upper and lower points at which the moon can free itself from the earths gravity pull.
7. Forces ( momentum, acceleration, deceleration, gravity hold ) required to slingshot the earth out of orbit

• Moon

1. The position of the moon
2. The previous positions of the path of the earth at regular sampling intervals ( to compute next position )
3. The cycle speed of the moons orbit from 90 degrees (top point) to 270 degree (low point) measured in bars. ( how many bars to do one orbit )
4. The current phase of the cycle of the moon, measured in degrees ( required to compute the extreme points )
5. The upper and lower points at which the moon can free itself from the earths gravity pull.
6. Forces ( momentum, acceleration, deceleration, gravity hold ) required to slingshot the earth out of orbit

1. The position of the sun must move in an orderly manner, and cannot leave its path in any drastic manner, therefore any price movements must be quantified by either : The earth being slingshot out of the suns gravitational field, or The Moon being slingshot out of the earths gravitational field AND the suns gravitational field.
2. It can be assumed that over and extensive time periods a sun can burn out and a new sun be formed at a very remote location.

                                                  Please send your comments and ideas for the above algorithms,

                     if I use any of them in the final finished project, you will receive the whole code in its entirety for free.

                                                                                           Contact Roger

Have you tried using the Value area (VA) from market profile (MP) concepts, as a way to compute the position of the sun?   

Yes, that as well as the MP "point of control" has already been tried, also VWAP and PLA combinations of these. The key to this part as I define it above is that the sun must move smoothly in an arc, or else the theory is refuted. 

As a result of this very important point, the calculation is made from a blend of factors which have been given boundaries to direction. Any sudden movement of the sun is not allowed, and large price swings must be justified by movement of the earth in orbit or the earth leaving orbit.

When does the Precision Gravity system become available for sale, I have been using your Pi-Osc with good results.

It could be a while.... but anyone who is interested, can drop me a mail to get progress reports

I have some code to measure cycles if you are interested?

That maybe worth looking at, sure you can send it on. I have been experimenting with some code which I got from John Ehlers, who is the worlds no1 cycle expert. Some of his code has been implanted in the right places. Likely I will be asking him for some more help as his maths knowledge is world class.

This idea seems pretty crazy and ridiculous to me, I don't think there is a chance in hell it will work

You could be right, but you could also be wrong. See quotes.

Far better is it to dare mighty things, to win glorious triumphs, even though checked by failure... than to rank with those poor spirits who neither enjoy nor suffer much, because they live in a grey twilight that knows not victory nor defeat.

Or the longer version

“It is not the critic who counts; not the man who points out how the strong man stumbles, or where the doer of deeds could have done them better. The credit belongs to the man who is actually in the arena, whose face is marred by dust and sweat and blood, who strives valiantly; who errs and comes short again and again; because there is not effort without error and shortcomings; but who does actually strive to do the deed; who knows the great enthusiasm, the great devotion, who spends himself in a worthy cause, who at the best knows in the end the triumph of high achievement and who at the worst, if he fails, at least he fails while daring greatly. So that his place shall never be with those cold and timid souls who know neither victory nor defeat.”
Theodore Roosevelt

I agree with Roosevelt, critics are pretty useless to all, they don't ever achieve anything worthwhile, but just attack  the mistakes others make. Your model seems interesting but very complex to compute with so many factors I think.

But a good research project, good luck with it. How is it coming along? Can you send the code to me?

Thanks, it sure is complex. The initial results are encouraging. I am waiting for the algorithm for phasor calculations from John.

Sorry no code for sale yet. Its a big job and some of my quants are busy with other things.

The initial results are encouraging, 72% of the FT-SE100 stocks  tested made a profit, the problem is there are too many variables in the code which I need to freeze, and testing it all takes a lot of time.

 The proverb I like is this one. To escape criticism, say nothing, do nothing, be nothing. I have not heard from him.