Jupiter in Leo: colors of Autumn-Winter 2014/2015 collection by Chanel
Soon one of the most important events in the fashion firmament will happen. The planet Jupiter, the most striking indicator of social change, on July 17, 2014 will enter the Leo sign. Designers, endowed with great intuition, can anticipate the needs of society in a new color and in a new image in advance. That is why today we have the opportunity to consider the characteristics of the Autumn-Winter 2014/2015 collection by Chanel. For decades, this Fashion House remains unsurpassed in its magnificent Tweed. But most of us are attracted to colors selected in full accordance with the astrological influences.
Color of Jupiter in Leo is purple. We did not have to spend any manipulation with color sample. We just took it out of our electronic color library, published on Fashion-Astrology.com. As we mentioned in Veronica Tkachenko’s articles, it practically coincides with Color of the Year 2014 by Pantone company. You can compare these samples for yourself and make sure how accurate are our fashion forecasts.
In our gallery color examples of Jupiter in Leo, separate decades of Leo sign, as well as models of the Autumn-Winter 2014/2015 collection by Chanel are placed.
This book represents absolutely new approach to a fashion question. For the first time the attention to the question is formulated, whether it is possible to calculate the fashion. Investigations of the author allow us to answer this question in the affirmative. In the book the original algorithm of forecasting of the new fashion, based on astrological cycles and movement of planets is resulted.
In the book high lights of the astrological theory of fashion forecasting developed by the author are stated. Here are original formulas of a birth of a new fashion which allow to predict with the big accuracy any events in a fashionable sky — from cardinal changes in a fashion to nuances of fashionable color scale, from changes of a fashionable image till the moment of a birth of new perfumes and aromas are resulted.