Difference between revisions of "Image Analysis"

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(Created page with '- The viewer images were analyzed using a perl-PDL [http://pdl.perl.org/] package. - The norf on images were used as a background and subtracted from the the beam on images bef...')
 
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- The viewer images were analyzed using a perl-PDL [http://pdl.perl.org/] package.   
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- The viewer images were analyzed using a perl-PDL [http://pdl.perl.org/] package.  
- The norf on images were used as a background and subtracted from the the beam on images before analysis.   
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- The norf on images were used as a background and subtracted from the the beam on images before analysis.  
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- The rotation of 6degrees  was applied and helped the resulting data look more symmetric when plot against K1*L.
 
- The rotation of 6degrees  was applied and helped the resulting data look more symmetric when plot against K1*L.
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 +
- The region of interest for the projection was determined by first calculating the RMS and then performing a rough fit.
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- With the region of interest determined, the X and Y projections were created and fit to a Gaussian distribution.
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The figure below shows the projections and images (after rotation and subtraction lower left, raw image lower right) for the first quad scan perform at 4amps.
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[[File:ISU_0.jpeg]]
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Revision as of 19:41, 22 October 2010

- The viewer images were analyzed using a perl-PDL [1] package.

- The norf on images were used as a background and subtracted from the the beam on images before analysis.

- The rotation of 6degrees was applied and helped the resulting data look more symmetric when plot against K1*L.

- The region of interest for the projection was determined by first calculating the RMS and then performing a rough fit.

- With the region of interest determined, the X and Y projections were created and fit to a Gaussian distribution.


The figure below shows the projections and images (after rotation and subtraction lower left, raw image lower right) for the first quad scan perform at 4amps.

ISU 0.jpeg