HIFU Model Example in post processor Answered

4 comments

• 

  Oliver Mashari

  December 02, 2020 09:16

  Hey Claire,

  At the bottom of the UltrasoundCW file there's a DATA OUT command make the following changes:

  1. Delete or comment out file out $labl.loss
  2. Copy and cut the line out shap/all from this command
  3. Define a 2nd DATA OUT command directly underneath this one like this

  data
       file out '$labl.flxdato'
       out shap/all

  Mode shapes should be saved to there own file if you want to open them in the Post Processor.

  At the bottom of the thermalCW add data out commands after the plotting loops to export arrays to files.

  

  Hope this helps,

  Oliver

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• 

  Claire Allison

  December 23, 2020 01:15

  Would you mind being more specific as to what kind of data out command?

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• 

  Oliver Mashari

  January 05, 2021 09:24

  Hi Claire,

  Sorry about the delay in reply. The original data out commands at the bottom of both the ultrasoundCW and Pulsed is what I'm refering to:

  

  It should now be this:

  

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• 

  Claire Allison

  January 11, 2021 18:33

  I was able to get that with Ultrasound, and in the Thermal CW file the code would look like this?

   

  c *******************************************************************************************************
  c
  c INSERT EXEC COMMAND TO RUN MODEL BELOW
  c
  c *******************************************************************************************************

  
  set tmpr $basetemp /* set entire model to base temperature

  
  c ***********************************************
  c Run for 75 cycles, plot temperature each loop
  c ***********************************************

  do loop n 1 25
  exec 3
  grph
  plot tmpr rang $basetemp 143.
  end

  
  end$ loop

  data
  out modl
  out loss
  out pmin
  out pmax
  
  data

  file out shap.flxdato
  out shap/all
  end

  term
  c **************************
  c Plot maximum temperature
  c **************************
  grph type stnd
  grph
  nvew 2 1
  ttl 1
  CW Operation
  pset sttl 1 'Maximum temperature'
  pset sttl 2 'Temperature in target against time'
  plot tmax
  plot 1
  end

  
  term

  stop

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