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 OliviaB rated 8 months ago - i love Wolfram mathworld!
this is for onur, who I miss.
A heart-shaped surface given by the sextic equation
(x^2+9/4y^2+z^2-1)^3-x^2z^3-9/(80)y^2z^3==0
(Taubin 1993, 1994). The figures above show a ray-traced rendering (left) and the y==0 cross section ...
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14 Reviews
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- jolie-laide rated 7 months ago
- In the Desert
In the desert
I saw a creature, naked, bestial,
who, squatting upon the ground,
Held his heart in his hands,
And ate of it.
I said, "Is it good, friend?"
"It is bitter -- bitter," he answered;
"But I like it
Because it is bitter,
And because it is my heart."
Stephen Crane
- electroNik rated 9 months ago
- Math and love...
- oryano rated 9 months ago
- Lol, parhamreza.
- axe85 rated 8 months ago
- I
You
 mayanks098 rated 8 months ago- heart is not that shape
- JohnShepler rated 8 months ago
- Here's the math behind Valentine's Day
- OliviaB rated 8 months ago
- i love Wolfram mathworld!
this is for onur, who I miss.
A heart-shaped surface given by the sextic equation
(x^2+9/4y^2+z^2-1)^3-x^2z^3-9/(80)y^2z^3==0
(Taubin 1993, 1994). The figures above show a ray-traced rendering (left) and the y==0 cross section (right) of the surface.
A slight variation of the same surface is given by
(2x^2+2y^2+z^2-1)^3-1/(10)x^2z^3-y^2z^3==0
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- mansoor rated 9 months ago
- Artistic facade of maths!!
A heart-shaped surface given by the sextic equation
- soliton rated 9 months ago
- Hidden behind a hard-looking equation, the symbol of love...
- galloog1 rated 9 months ago
- At least it can get an interest in mathematics. You may not like it, but think of how many average people would.
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