cd ../pipeline/

from sdss import SDSS
from rc3 import RC3

pgc3377 = RC3(14.1779166667,-9.91416666667,0.0527046277749,3377)

sdss = SDSS()

sdss.data_server

sdss.best_band

radius = 0.0527046277749
rfits = pgc3377.mosaic_band('r',14.1779166667,-9.91416666667,3*radius,radius,3377,sdss)

rfits = 'SDSS_r_3377.fits'

update = pgc3377.source_info(rfits,sdss)

update

cd 3377

from IPython.core.display import Image
import os 
os.system("gm convert SDSS_3377_BEST.tiff SDSS_3377_BEST.jpg") #for ipynb display purpose only
Image(filename="SDSS_3377_BEST.jpg")

os.system("gm convert SDSS_3377_LOW.tiff SDSS_3377_LOW.jpg") #for ipynb display purpose only
Image(filename="SDSS_3377_LOW.jpg")

sdss.stiff_param_best

sdss.stiff_param_best = "-MAX_TYPE QUANTILE  -MAX_LEVEL 0.997 -COLOUR_SAT  5  -MIN_TYPE QUANTILE -MIN_LEVEL 0.8 -GAMMA_FAC 0.6"

sdss.stiff_param_low = "-MAX_TYPE QUANTILE  -MAX_LEVEL 0.9997 -COLOUR_SAT 2   -MIN_TYPE QUANTILE -MIN_LEVEL 0.3 -GAMMA_FAC 1.3"

pgc3377.mosaic_all_bands(update[0],update[1],update[2],update[3],update[4],sdss)

cd 3377/

os.system("gm convert SDSS_3377_BEST.tiff SDSS_3377_BEST.jpg") #for ipynb display purpose only
Image(filename="SDSS_3377_BEST.jpg")

os.system("gm convert SDSS_3377_LOW.tiff SDSS_3377_LOW.jpg") #for ipynb display purpose only
Image(filename="SDSS_3377_LOW.jpg")