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Complex Systems Summer School 2012-Tutorials: Difference between revisions

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I have been working in the past in obtaining bifurcation plots for different physical systems. There's a better way to get these pictures instead of getting the evolution at every parameter value of interest. This is called ''numerical continuation'' and basically involves tracking a curve. I plan to give a informal talk on how to do this and maybe even a demo on applying this technique on 14th June at 6.30 pm. Do mail me if you are interested at '''iitm.priya@gmail.com''' or sign up below.  
I have been working in the past in obtaining bifurcation plots for different physical systems. There's a better way to get these pictures instead of getting the evolution at every parameter value of interest. This is called ''numerical continuation'' and basically involves tracking a curve. I plan to give a informal talk on how to do this and maybe even a demo on applying this technique on 14th June at 6.30 pm. Do mail me if you are interested at '''iitm.priya@gmail.com''' or sign up below.  
[[User:Priya|Priya]]
[[User:Priya|Priya]]
==Using Tisean on R on OS X==
first install TISEAN, like you've done already
you can try
install.packages("RTisean"); library(RTisean); henon()
But me and Dave both got an error about some bad file name, something about con and something about a long path involving -Tmp-
Solution:
remove.packages("RTisean")
download this: http://cl.ly/0I0b2P2L311y1q0q0y0n
install it,  it changes line 74 of nativeTISEAN.R which has some problems with file handling
If you are golden, then:
> henon()
            V1        V2
[1,] -0.1232481 -1.030383

Revision as of 17:48, 5 June 2012

Complex Systems Summer School 2012


CSSS participants come from a wide range of disciplines. Participants are encouraged to share their knowledge by organizing their own tutorials.

Also, please post requests for tutorials here.

An easier way to get a bifurcation plot

Hey guys I have been working in the past in obtaining bifurcation plots for different physical systems. There's a better way to get these pictures instead of getting the evolution at every parameter value of interest. This is called numerical continuation and basically involves tracking a curve. I plan to give a informal talk on how to do this and maybe even a demo on applying this technique on 14th June at 6.30 pm. Do mail me if you are interested at iitm.priya@gmail.com or sign up below. Priya


Using Tisean on R on OS X

first install TISEAN, like you've done already you can try

install.packages("RTisean"); library(RTisean); henon()

But me and Dave both got an error about some bad file name, something about con and something about a long path involving -Tmp- Solution:

remove.packages("RTisean")

download this: http://cl.ly/0I0b2P2L311y1q0q0y0n install it, it changes line 74 of nativeTISEAN.R which has some problems with file handling If you are golden, then:

> henon()
            V1        V2
[1,] -0.1232481 -1.030383