Lissajous curves: Difference between revisions
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<jsxgraph board="brd" width="600" height="500"> | <jsxgraph board="brd" width="600" height="500"> | ||
var brd = JXG.JSXGraph.initBoard('jxgbox',{axis:true,originX:300,originY:250,unitX:30,unitY:30}); | var brd = JXG.JSXGraph.initBoard('jxgbox',{axis:true,originX:300,originY:250,unitX:30,unitY:30}); | ||
var a = brd.createElement('slider',[[2,8],[6,8],[0,3,6]]); brd.createElement('text',[1,8,'a']); | var a = brd.createElement('slider',[[2,8],[6,8],[0,3,6]]); brd.createElement('text',[1,8,'a:']); | ||
var b = brd.createElement('slider',[[2,7],[6,7],[0,2,6]]); brd.createElement('text',[1,7,'b']); | var b = brd.createElement('slider',[[2,7],[6,7],[0,2,6]]); brd.createElement('text',[1,7,'b:']); | ||
var A = brd.createElement('slider',[[2,6],[6,6],[0,3,6]]); brd.createElement('text',[1,6,'A']); | var A = brd.createElement('slider',[[2,6],[6,6],[0,3,6]]); brd.createElement('text',[1,6,'A:']); | ||
var B = brd.createElement('slider',[[2,5],[6,5],[0,3,6]]); brd.createElement('text',[1,5,'B']); | var B = brd.createElement('slider',[[2,5],[6,5],[0,3,6]]); brd.createElement('text',[1,5,'B:']); | ||
var delta = brd.createElement('slider',[[2,4],[6,4],[0,0,Math.PI]]); brd.createElement('text',[1,4,'δ']); | var delta = brd.createElement('slider',[[2,4],[6,4],[0,0,Math.PI]]); brd.createElement('text',[1,4,'δ:']); | ||
var c = brd.createElement('curve',[ | var c = brd.createElement('curve',[ | ||
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0, 2*Math.PI],{strokeColor:'#aa2233',strokeWidth:3}); | 0, 2*Math.PI],{strokeColor:'#aa2233',strokeWidth:3}); | ||
</jsxgraph> | </jsxgraph> | ||
[[Category:Examples]] | [[Category:Examples]] | ||
[[Category:Curves]] | [[Category:Curves]] |
Revision as of 10:21, 6 March 2009
Lissajous curve (Lissajous figure or Bowditch curve) is the graph of the system of parametric equations
- [math]\displaystyle{ x=A\sin(at+\delta),\quad y=B\sin(bt). }[/math]