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gtspring2009:2dturbulence [2009/03/26 11:28]
paprocki
gtspring2009:2dturbulence [2010/02/02 07:55] (current)
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 ====== The experiment ====== ====== The experiment ======
 +The following are recurrence plots for runs with DC current at 3V, 6V, 9V, 12V and 15V respectively:​
 +
 +{{:​gtspring2009:​recplot_3v.jpg|}} ​ {{:​gtspring2009:​recplot_6v.jpg|}} ​ {{:​gtspring2009:​recplot_9v.jpg|}} ​
 +{{:​gtspring2009:​recplot_12v.jpg|}} ​ {{:​gtspring2009:​recplot_15v.jpg|}}
 +
 +The following videos correspond to the above plots: ​
 +
 +3V: [[http://​www.youtube.com/​watch?​v=HRbT2zgkMkg]]
 +6V: [[http://​www.youtube.com/​watch?​v=BtSvv9C9HJI&​feature=channel_page]] ​
 +9V: [[http://​www.youtube.com/​watch?​v=44kXAITPM1A&​feature=channel]] ​
 +12V: [[http://​www.youtube.com/​watch?​v=s2VSBRYrpIU&​feature=channel]] ​
 +15V: [[http://​www.youtube.com/​watch?​v=SanCC1bl6hY&​feature=channel]]
 +
 +
  
 {{:​gtspring2009:​paprocki1.jpg?​24}} Here's a description of the experiment, currently in progress: {{:​gtspring2009:​paprocki1.jpg?​24}} Here's a description of the experiment, currently in progress:
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 --pivDifArray.m -> takes in a correlation.mat file and outputs a difArray.mat that essentially is just converting the structure array of correlation.mat into a more usable array containing only the velocity data.  This makes it easier to use vectorized code.  This isn't the original use of the function so it isn't very aptly named...\\ ​ --pivDifArray.m -> takes in a correlation.mat file and outputs a difArray.mat that essentially is just converting the structure array of correlation.mat into a more usable array containing only the velocity data.  This makes it easier to use vectorized code.  This isn't the original use of the function so it isn't very aptly named...\\ ​
 ---pivRecurrencePlot.m -> takes in a difArray.mat file and outputs a recurrencePlot.mat file containing recurrence data.\\ ​ ---pivRecurrencePlot.m -> takes in a difArray.mat file and outputs a recurrencePlot.mat file containing recurrence data.\\ ​
 +---PivRecurrencePlotNew.m -> uses the new formula for recurrence plots (doesn'​t square the difference vectors); outputs a recurrencePlotNew.mat file.\\
 +----piv1DRecSlicet.m -> grabs a "​slice"​ of the recurrence plot at a given time along the t axis and plots it.\\
 +----piv1DRecSliceTT.m -> grabs a slice of the recurrence plot at a given time along the T axis and plots it.\\
 +----minFinderY.m -> "​filters"​ out a recurrence plot by blotting out all the points that aren't minima along the Y axis, to some sensitivity.\\
 +----minFinderX.m -> same as minFinderY, but along the X axis.\\
 ---pivRecurrencePlotOne.m -> same as pivRecurrence,​ but only does it for one specified point and ouputs a recurrenceDataLoc###​.mat file\\ ​ ---pivRecurrencePlotOne.m -> same as pivRecurrence,​ but only does it for one specified point and ouputs a recurrenceDataLoc###​.mat file\\ ​
 ----pivRecurrenceImage.m -> takes in a recurrencePlot.mat or recurrenceDataLoc###​.mat file and outputs an image of it.\\  ----pivRecurrenceImage.m -> takes in a recurrencePlot.mat or recurrenceDataLoc###​.mat file and outputs an image of it.\\ 
gtspring2009/2dturbulence.1238092111.txt.gz · Last modified: 2009/03/26 11:28 by paprocki