This music video by Kiesza helps explain the TECHNOLOGIES that are - TopicsExpress



          

This music video by Kiesza helps explain the TECHNOLOGIES that are built inside each of the ten (10) lottery balls that could ROTATE their colors within a short interval of time: rotate through 9 colors (representing 10 different numbers, not 9 numbers) in about 3 seconds. Why only 9 colors when we have 10 balls? See the color assignment below - although of 9 different colors, they ARE ALL IN THE DARK COLOR SCHEME. Ball Number 0: Beige Tan Color, number 0 is NOT printed on the ball (for ADDED CONVENIENCE in rigged lottery operations.) Ball Number 1: Dark Yellow, number printed DOT-MATRIX (as numbers in digital watches) Ball Number 2: Dark Blue, number printed DOT-MATRIX Ball Number 3: Red, number printed DOT-MATRIX Ball Number 4: Purple, number printed DOT-MATRIX Ball Number 5: Orange, number printed DOT-MATRIX Ball Number 6: Green, number printed DOT-MATRIX Ball Number 7: Plum, number printed DOT-MATRIX Ball Number 8: Black, number printed DOT-MATRIX Ball Number 9: Very important here: Dual-Coloring: Beige Tan and Dark Yellow, with small printed number 9 DOT-MATRIX. This is the point you should start with to design the color pattern that the lottery firm will more likely use. It is NOT necessary that colors rotate INCREMENTALLY BY ONE UNIT, from 0 ---> 1 ---> 2 ---> 3 ---> ......... ---> 7 ---> 8 ---> 9 ---> 0 and repeat. The colors, however, will rotate in an order similar to the rainbow color scheme. Perhaps the color chart in Microsoft Office will give you more hints. THIS COLOR CHANGE SCHEME IS NOT 100% ACCURATE, BUT THIS IS THE APPROACH: Please help me figure out the pattern: Example: 4 changes to 8 8 changes to 6 6 changes to 2 2 changes to 0 0 changes to 1 1 changes to 9 9 changes 7 7 changes to 3 3 changes to 5 5 changes to .... The color pattern must go through all ten balls at equal opportunity ratio. The order I have now is not as good since the even numbers are too close to one another and the odd numbers are too close to one another. On each ball there are more likely two (2) or more COLOR ELEMENTS and not one (1) COLOR ELEMENT. This will be revised.
Posted on: Mon, 17 Nov 2014 22:38:04 +0000

Trending Topics



Recently Viewed Topics




© 2015