PNe14 - Variable levels of contamination on simulated
data - random boxes
Contamination was
artifically added to our theoretical
catalogs: After
a theoretical catalog was generated, we randomly selected 0% - 100% of
the PNe to replace with random coordinates.
Random box-selection was used to choose
regions for comparison.
Possible method problems:
---only one randomised catalog is used for each Monte-Carlo set of
trials. Perhaps the subsampling should be done for each trial... and it
is! in this version.
Contamination level links:
3.fits/3m.fits
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
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contamination more contamination -->
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contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
back to 0% contamination
4.fits/4m.fits
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
back to 0% contamination
7.fits/7m.fits
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
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contamination more contamination -->
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contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
back to 0% contamination
Sub.fits/Subm.fits
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
<-- less
contamination more contamination -->
back to 0% contamination