Make an equation that will draw a bell. It doesn't matter how it's rotated etc, anything on the bell (like a ribbon, haha that'd be hard) is ++points.
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Make an equation that will draw a bell. It doesn't matter how it's rotated etc, anything on the bell (like a ribbon, haha that'd be hard) is ++points.
Ta-daa, I've even given you a stripe accross it!
Colour in at your own risk...
http://www.xeikondesign.com/ImageBrowser/php/bell.gif
The bell part:
http://www.xeikondesign.com/ImageBrowser/php/g1.gif
The ribbon part:
http://www.xeikondesign.com/ImageBrowser/php/g2.gif
And the three straight lines (top down):
http://www.xeikondesign.com/ImageBrowser/php/g3.gif
http://www.xeikondesign.com/ImageBrowser/php/g4.gif
http://www.xeikondesign.com/ImageBrowser/php/g5.gif
Note that you can even make the ribbon bigger/smaller by changing the value of c!
Merry Christmas
Nice!
Now, do it with one equation :D :wave:
theorising here
sqr((X^3 + 1 + [sqr(X+1)^2-(x+1)] + [sqr(-x + 5)^2 - (-x + 5)])^2)
Now let me explain that.
the point of doing sqr(equation^2) is because we get both roots, so the bottom of the bell if below the line (mirrored from top).
the last 2 things I add, add 0 IF sqr(X + 1) is valid. Otherwise the equation is null and no point is draw. In a way, it's like saying X > -1.
It's probably a pretty messed up bell, I didn't look at it yet.
What horrible looking formulae. Ever since I've viewed a LATEX document I hardly like looking at any other. Though, the formulae themselves are quite clever.