Now this is the difference between an Engineer (me) and a real mathematician (you). When I did my heart project (Nerdy Valentine) I just used cubic interpolation of some hand-positioned points. But here, you have this wonderful forumla! Marvelous :)
Stunning. I like how the cat draws the heart, the music suits perfectly to the animation. But I must admit, that it is not easy for me to understand the code.
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I'm going to remix this for Valentine's day...
I saw it!
(view all replies)its not bad only
Very beautiful! I've enjoyed very much!
Thanks, icampeao!
Cool :)
Glad you like it!
Now this is the difference between an Engineer (me) and a real mathematician (you). When I did my heart project (Nerdy Valentine) I just used cubic interpolation of some hand-positioned points. But here, you have this wonderful forumla! Marvelous :)
Thanks, Paddle2See!
Je vois que tu as du succès en Grèce :-) Super - dis donc, il a du lui falloir du temps a raphael Laporte pour trouver x=sin3(t) y=cos(t)[1-cos3(t)]
Merci beaucoup! Vous etes tres poli.
I've enjoyed the beat oF the heart very much; and maths is in my heart too.
You have a great heart (Maths, Physics, History, Art, Civilisation...)
Stunning. I like how the cat draws the heart, the music suits perfectly to the animation. But I must admit, that it is not easy for me to understand the code.
I found the equations (see my answer to DarthPickley) in Cartecian coordinates and i used the command Go to x y. Thanks very much!
a sinusoidal?
The equations are: x=(sint)^3 y=cost-(cost)^4
Very beautiful. Je connaissais cette courbe!(On ne sait pas si la petite amie a appréciée. Mais il mous reste une belle courbe ...).
Je souis d'acord avec vous. Merci bien!
Very very very very beautiful
Thanks very very ... much, ahaanomegas!
Nice implementation of the equation. I love the song too.
I'm glad you like it. Sorry, i have some problems with my e-mail!
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