Uni Mathematics.
Unified mathematical system graceli.
Involving array of features, functions, graphs, transcendental functions, transcendent and medial calculation, transcendent n-dimensional geometry, algebra and theory of sequential numbers. And the theory of mathematical symbols [new field of mathematics initiated by graceli]. And physical action on the structural geometry and relativistic mathematics.
Transcendent structural geometry.
Shapes that change as dimensions, transcendent algebra alternation, and mathematical symbols of graceli.
Example of a spiral.
+ R pr / [PP], [R2, R3, P2, T, FO / T], [a, x, 0, 1, p,. / PP] ,.
+ R pr / [PP], [R2, R3, P2, T, FO / T], [a, x, 0, 1, p,. / Pp [[⇔, ≁ w / pP]
τ μ Δ δ R + pr / [PP], [R2, R3, P2, T, FO / T], [a, x, 0, 1, p,. / pp [[⇔, ≁ w / pP]
Ray, progression, r2 = recession, r3 = rotation, precession, translational, oscillatory flows time.
Trigonometry and geometry composed graceli.
Where the angles, sin, cos, tangent, cc, cx, ccd, cxd [concave edge and convex differential], come to depend on physical components, such as density, centrifugal action and centripetal, angular momentum, vortices, variation for winds over the center angles variation for air displacement action with explosions. Dynamic and dynamic way [favor or against]. And also vary relative to the inverse square of the distances, and the densities as movements within tides, waves or even within, or even with radiation acting on the forms.
â â = + f / d2
Angles + physical action.
Ie the geometry becomes too physical in that as the distance from the stock center density and angles depend on the density and actions in which they are.