Render 3D surfaces from mathematical expressions
Enter a mathematical function and have it rendered in a 3D space.
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Equations are entered as a function of x and y. An example for a unit sphere would be:
f(x,y) = (1 - x^2 - y^2) ^ (1/2)
For a full list of the functions, operators, variables and constants available in this widget visit http://www.benjoffe.com/code/tools/functions3d/keywords
For a selection of interesting surfaces visit: http://www.benjoffe.com/code/tools/functions3d/examples
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New in 0.21
- Fixed a problem that surfaced since Opera 9.2, (thanks Reggiostar and miron22!)
New in 0.2:
- Height spectrum mode
- Fixed minor panning bug
New in 0.3
- Japanese translation courtesy of Opera Software ASA
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www.benjoffe.com
though it might not be useful for me, i find this widget brilliant, congratulations Joffe, and thank you.
Khaled-Khalil 作 , # 2009/09/29 1:42:15
sin(x-8y)
matzeatweb 作 , # 2009/07/22 12:12:51
WillSly 作 , # 2008/11/29 14:24:21
Foking 作 , # 2008/11/26 14:11:27
-0.5-cos(atan(y/x)*8+sqrt(x*x+y*y)*4)+sign(sin(sqrt(x*x+y*y)*12-1)-0.7)/5
Zifpro 作 , # 2008/10/26 20:36:46
-0.5-cos(atan(y/x)*8+sqrt(x*x+y*y)*4)+sign(sqrt(x*x+y*y)-0.7)/5-sign(sqrt(x*x+y*y)-0.8)/5
Zifpro 作 , # 2008/10/26 20:09:30
nhatkyngaythangnam 作 , # 2008/09/22 5:22:53
thedalida 作 , # 2008/09/05 17:54:39
SoulStealer2 作 , # 2008/08/02 9:33:36
A precise view of the section of road and cliffside visible from my window.
(2(2abs(cot(x))-((abs(sin(sqr(cot(sqr(y(abs(1/2((((2x-3y+sin(cos(tan(4))))cot(5))^6x-7y)/8^(x-y))))-y))-sqr(cot(50x))-abs(y))-x)+sqr(0.1x-y(sin(4))+1/2)+x(y))^(2(abs(y))(sqr(x))-0.5)-0.5x^y(sin(abs(sqr(x-y)))))/sin(20x)+x(cos(2^y)))+0.5y)(2(2abs(cot(x))-((abs(sin(sqr(cot(sqr(y(abs(1/2((((2x-3y+sin(cos(tan(4))))cot(5))^6x-7y)/8^(x-y))))-y))-sqr(cot(50x))-abs(y))-x)+sqr(0.1x-y(sin(4))+1/2)+x(y))^(2(abs(y))(sqr(x))-0.5)-0.5x^y(sin(abs(sqr(x-y)))))/sin(20x)+x(cos(2^y)))+0.5y))+0.2)(0.0001)
Candlejack 作 , # 2008/06/19 22:34:39
DIZZLE_SEGAR 作 , # 2008/01/29 0:41:00
ice_syncer 作 , # 2007/12/09 18:50:05
2e^-6(x^2+y^2)-SQRT(0.phi)
ice_syncer 作 , # 2007/12/09 18:45:55
1/tan(cos(abs(x)+abs(y)))
thetechgeek 作 , # 2007/12/06 23:51:33
That is a cd (sort of.) Can someone make a penguin?
Sk8r644 作 , # 2007/11/21 18:27:25
sin(4*sqrt(x^2+y^2))/sqrt(x^2+y^2)
sin(4*sqrt(x^2+y^2))
abs(x^2-y^2)
0.3*sin(4*sqrt(x^2+y^2))*sqrt(x^2+y^2)
x*y(x-y)(x+y)
10*x*y(x-y)(x+y)
(x^2-y^2)
Lali19871014 作 , # 2007/10/21 21:31:24
aoe3rules 作 , # 2007/09/19 1:01:11
aoe3rules 作 , # 2007/09/19 0:55:41
firepower22 作 , # 2007/07/03 3:10:17
(tan(5x))+(cos(5y))
(sin(cos(tan(x(y(5))))))
(sin(5(x^2+y^2)))
1-(abs(y)+abs(x))
(sinh(x^2))+(cosh(y^2))-2
(sin(5(x)))+(cos(5(y)))-1
(sin(5(x^2)))+(cos(5(y^2)))-1
(tan(5x))+(cos(5y))+(sin(5x))+(cot(5y))
(x^2+y^2)^5-1
(tan(x^2))/(sec(x^-2))
0-(abs(x^2))+(abs(y^2))
1-((abs(5x))+(abs(5y)))
(sin(5x))(cos(5y))/10
(sin(5x))(cos(5y))/10-1
(sin(5(x^2(y^2))))(cos(5(x^2(y^2))))*3-0.5
1-(x^2*y^2)*4
(tan(cot(sin(cos(y(5))))))+(tan(cot(sin(cos(x(5)))))) (look at top view)
(sin(5(x)))(cos(5(y)))
x^3
(sign(x^3))
(sign(-(x^2*y^2)*1000))
-(sign(-(x^2*y^2)*1000))
1-(1/(15(x^2+y^2)))
(sign(sin(sin(10x)*sin(10y))))
does anyone know how i can save widgets to a file and take them to another computer (the internet on that one doesnt work) ? i did this with skins by downloading them in firefox and saving them to a CD but when you try this with widgets it says you need to download opera.
aoe3rules 作 , # 2007/06/28 18:50:10