Curve graceli pearls. Algemetria graceli.

The spiral cord graceli of dilatant pearls.


R + log r / r [r2, p2] [n] [v, m, w, p]. [D, Fo] [m, MPAP].


[d, Fo] to the time change and pearl after pearl.


D = fo' dilation and oscillating frequency f flows.


R + log r / r [r2, p2] [n] [v, m, w, p]. [D, Fo] [m, MPAP [r2]], [cd px] [fcde].


With the increasing and decreasing swelling in a progression Standing maximum peak near x as rotation r2, and an ellipse with eccentricity of the spiral of growth flows [fce] of the ellipse.


During a velocity v, when m a w intensity explosion in a progression p. a spiral radius r. with an r2 rotation, precession and P2.

 R + log r / r [r2, p2] [n] [v, m, w, p].


R * P / Pp r [v, m, w, f] ..



Or the sequence w s function. or spiral radius r u. the explosion occurs k.


R * P / Pp r [v, m, w, f] ..


p / pp [v, m, w, f] ..

log x / x [n] [v, m, w, p] ..


formula of graceli. With this formula it possible to produce any type of geometry and algebra, or even orbits and translations.


{X [P * i] [n] [d [n] [eG [n]].} [N]



High progression dimensions [n] in graceli space.



Imagine a mass passing through a roller, or by holes type machine to make pasta. Or even where the waves of the sea is rough from bottom to the top, as soon as the variables will have deformations and light chains, or even algae.


Imagine the wind amending ways bandeias and pierces other means.


A flower growing as dimensions and values ​​from zero where the petals open a flow varied for each time and each petal.



Or even orbits of stars with ellipses flows and spirals, rotations and translations.



Or a mass that turns into streams and then intertwined ties. And because in string of pearls with varying flows.


Or an animal that runs and grows over time. Where whole body undergoes changes over time and dimensional references for each body part.


Imagine the passion flower that grows over time, with each part of your body, and different dimensions for each part.


Or imagine a leaf that grows and moves with the wind, or even an animal that grows while running.


Or even the metabolism of food, or of physical and quantum processes.



                           p / p P [n]
{X [P * i] [n] [d [n] [eG [n]].} [N]




                              P⇔ p / pp [p / p P [n]]
{X [P * i] [n] [d [n] [eG [n]].} [N]




                                       P⇔ p / pp [p / p P [n]]
{X [P * i] [n] [d [n] [eG [n]].} [N]
-------------------------------------------------- ------------------
                              P + 1.







P⇔ p / pp [p / p P [n]]
  --------------------------------------
        --- P-1
  



                 ΣP ≁ p
-----------------------------
                 1 - p




            P⇔ p / pp [p / p P [n]]
       ------------------------------------
               ΣP ≁ p [p]




 . + [ΣP ≁ p]




 + / [ΣP ≁ p]




 . + / [P⇔ p / pp [p / p P [n]]




 + / [P⇔ p / pp [p / p P [n]]