Make the applet available on a Web page. The Web page should thoroughly test the capabilities of the applet. Include a link to full source code for the applet. Hand in the source code for the applet, sample HTML files for the applet, screenshots of the running applet, and a URL where the applet can be viewed.
Write an applet that draws a graph of p(n) vs. n where
p(n) is the nth iteration of the logistic equation (p(i) = r*p(i-1)*(1.0-p(i-1)).
(You only need to draw the graph. You do not need to draw axes or legends
or anything of that nature.)
Use PARAM
tags to specify the rate, the initial population,
the x and y scale factors and the number of iterations to track.
Note that it is not necessary to achieve convergence. Thus this problem
is a little different from previous ones involving the logistic equation.
Make the applet available on a Web page. Include at least three instances of the applet on the page: one with a rate between 1 and 2, one with a rate between 2 and 3, and one with a rate between 3 and 4. Include a link to full source code for the applet. Hand in the source code for the applet, sample HTML files for the applet, screenshots of the running applet, and a URL where the applet can be viewed.
PARAM
tags and draws them.