Graph animation - Messages
Title: Animation curve fitting using a hinged mechanism.
Author: Fridel Selitsky
Download: Lemniscate_mod.sm.


Author: Fridel Selitsky
Download: Lemniscate_mod.sm.
3 users liked this post
Hello Andrey
,
Nice example of how to simulate an animation using rfile, wfile and F9.
Regards,
Radovan
Nice example of how to simulate an animation using rfile, wfile and F9.
Regards,
Radovan
When Sisyphus climbed to the top of a hill, they said: "Wrong boulder!"
Chebyshev’s Lambda MechanismLambda mechanism is another four-bar straight line generator. Crank link can rotate 360 degrees while the coupler point moves on coupler curve.
Curve has two characteristic motions. First part is straight line and second part is a quick return curve.
By pressing key F9 the top point of a connecting rod on some site describes a trajectory close to a straight line.

https://smath.com/wiki/GetFile.aspx?File=mechanizm2.rar
Curve has two characteristic motions. First part is straight line and second part is a quick return curve.
By pressing key F9 the top point of a connecting rod on some site describes a trajectory close to a straight line.

https://smath.com/wiki/GetFile.aspx?File=mechanizm2.rar
2 users liked this post
Video event capture on the screen.


Teo Jansen walking mechanism

https://smath.com/wiki/GetFile.aspx?File=Walking.rar

https://smath.com/wiki/GetFile.aspx?File=Walking.rar
Klann mechanism1

https://smath.com/wiki/GetFile.aspx?File=Klann.rar

https://smath.com/wiki/GetFile.aspx?File=Klann.rar
Klann mechanism 2

https://smath.com/wiki/GetFile.aspx?File=Klann2noga.rar

https://smath.com/wiki/GetFile.aspx?File=Klann2noga.rar
1 users liked this post
Andrey Ivashov 2011/8/29 03:49:00
Russian Walking Machines "Vos'minog", developed by
and manufactured in VolgGTU (Volgograd).
Have a four-or six-walking mechanism.
1.four links


https://smath.com/wiki/GetFile.aspx?File=Vosminog.rar
and manufactured in VolgGTU (Volgograd).
Have a four-or six-walking mechanism.
1.four links


https://smath.com/wiki/GetFile.aspx?File=Vosminog.rar
2.six links

https://smath.com/wiki/GetFile.aspx?File=Vosminog2.rar

https://smath.com/wiki/GetFile.aspx?File=Vosminog2.rar
The motion of the figure, consisting of circular arcs

https://smath.com/wiki/GetFile.aspx?File=Kruk.rar

https://smath.com/wiki/GetFile.aspx?File=Kruk.rar
1 users liked this post
Davide Carpi 2012/10/1 17:57:00
Cannabis Curve

https://smath.com/wiki/GetFile.aspx?File=Cannabis.rar

https://smath.com/wiki/GetFile.aspx?File=Cannabis.rar
2 users liked this post
Animations of Ber7 are amazing, no doubt

There should be a gallery of all these fantastic animations in one dedicated place.
Regards,
Radovan
There should be a gallery of all these fantastic animations in one dedicated place.
Regards,
Radovan
When Sisyphus climbed to the top of a hill, they said: "Wrong boulder!"
Chrysanthemum curve

https://smath.com/wiki/GetFile.aspx?File=Chrysanthemum.rar

https://smath.com/wiki/GetFile.aspx?File=Chrysanthemum.rar
2 users liked this post
Butterfly Curve

https://smath.com/wiki/GetFile.aspx?File=Butterfly.rar

https://smath.com/wiki/GetFile.aspx?File=Butterfly.rar
1 users liked this post
Davide Carpi 2012/10/1 17:57:00
Sierpinski triangle( Used the program of Uni)
https://smath.com/files/Download/k22b2

https://smath.com/wiki/GetFile.aspx?File=Serpinsky.rar
https://smath.com/files/Download/k22b2

https://smath.com/wiki/GetFile.aspx?File=Serpinsky.rar
3 users liked this post
Hi
I've run into this site of a GUI inventor? an thought Ber7 might be interested. It seems to me very inspiring.
http://worrydream.com/
For example, look at the 'kill math' section and the concepts about 'interactive exploration of a dynamical system'
I've run into this site of a GUI inventor? an thought Ber7 might be interested. It seems to me very inspiring.
http://worrydream.com/
For example, look at the 'kill math' section and the concepts about 'interactive exploration of a dynamical system'
1 users liked this post
Fridel Selitsky 2012/2/25 00:49:00
Bouncing ball
The algorithm is taken from here:
http://communities.ptc.com/message/188318#188318

https://smath.com/wiki/GetFile.aspx?File=Bounce.rar
The algorithm is taken from here:
http://communities.ptc.com/message/188318#188318

https://smath.com/wiki/GetFile.aspx?File=Bounce.rar
1 users liked this post
Davide Carpi 2012/9/28 11:19:00
Whirls are figures constructed by nesting a sequence of polygons (each having the same number of sides), each slightly smaller and rotated relative to the previous one. The vertices form logarithmic spirals. The problem is taken from the site http://mathworld.wolfram.com/Whirl.html
Wolfram1.smz (3.74 KiB) downloaded 1038 time(s).
Wolfram1.smz (3.74 KiB) downloaded 1038 time(s).
3 users liked this post
Andrey Ivashov 2012/12/28 13:58:00, Davide Carpi 2012/12/23 19:51:00, Martin Kraska 2012/12/23 20:31:00
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