sábado, 1 de fevereiro de 2014
Graceli function to variations of shapes and movements
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [G s1] + [* 0 * GS2] ... n * i / t or [c / t] ==
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [Y s1 * 0] + [* YS2] ... n * i / t or [c / t] =
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [K s1] + [* 0 * ks2] n ... * I / T or [c / t] ==
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [BS1 * 0] + [* BS2] n ... * I / t or [c / t] =
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [G s1] + [* 0 * GS2] ... n * i / t or [c / t] ==
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [Y s1 * 0] + [* YS2] ... n * i / t or [c / t] =
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [K s1] + [* 0 * ks2] n ... * I / T or [c / t] ==
E (t + 2kπ) = E (t) + [a2]. [V / T] / [ct] + logx / x n ... + [BS1 * 0] + [* BS2] n ... * I / t or [c / t] =
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