Generating Theoretical data over larger regions

This is basically the same as the previous theoretical data generation page, except instead of basing decision on pixels, we base the decison for each pixel on light averaged in a variably sized box centered on that pixel. This box ranges from 3 pixels to 9 pixels wide (3x3, 5x5, 7x7, 9x9) and we vary alpha from 11e-9, 23e-9, and 33e-9, as before.

These have all been sub-sampled to match the # of PNe observed (by subs.sm, see previous page)

3.fits
alpha_{2.5}=11e-9
box: 3x3
box: 5x5


box: 7x7
box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5


box: 7x7
box: 9x9


alpha_{2.5} = 33e-9
box: 3x3
box: 5x5


box: 7x7
box: 9x9


4.fits
alpha_{2.5} = 11e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 33e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


7.fits
alpha_{2.5} = 11e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 33e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


Sub.fits
alpha_{2.5} = 11e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 33e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


Core.fits
alpha_{2.5} = 11e-9
box: 3x3
box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5

box: 7x7 box: 9x9
alpha_{2.5} = 33e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


LPC.fits
alpha_{2.5} = 11e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5
box: 7x7 box: 9x9
alpha_{2.5} = 33e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


FCJ.fits
alpha_{2.5} = 11e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9


alpha_{2.5} = 23e-9
box: 3x3 box: 5x5
box: 7x7 box: 9x9
alpha_{2.5} = 33e-9
box: 3x3 box: 5x5


box: 7x7 box: 9x9






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