density_xlim = {
    'fwhm_g' : [0.8, 1.5],
    'fwhm_r' : [0.8, 1.2],
    'fwhm_i' : [0.75, 1.2],
    'fwhm_z' : [0.75, 1.2],
    'airmass_g' : [1., 1.4],
    'airmass_r' : [1., 1.4],
    'airmass_i' : [1., 1.4],
    'airmass_z' : [1., 1.4],
    'depth_g' : [22, 24],
    'depth_r' : [22, 24],
    'depth_i' : [22, 24],
    'depth_z' : [22, 24],
    'skyvar_g' : [2, 6],
    'skyvar_r' : [2, 8],
    'skyvar_i' : [5, 15],
    'skyvar_z' : [6, 26],
    'skybrite_g' : [300, 600],
    'skybrite_r' : [800, 1700],
    'skybrite_i' : [2000, 5000],
    'skybrite_z' : [5000, 11000],
    'det_frac_g' : [0.75, 1.],
    'det_frac_r' : [0.75, 1.],
    'det_frac_i' : [0.75, 1.],
    'det_frac_z' : [0.75, 1.],
    'sig_zp_g' : [.005, .015],
    'sig_zp_r' : [.005, .015],
    'sig_zp_i' : [.005, .015],
    'sig_zp_z' : [.005, .015],
    'exp_time_g' : [0, 800],
    'exp_time_r' : [0, 800],
    'exp_time_i' : [0, 800],
    'exp_time_z' : [0, 800]
}

density_dx = {
    'fwhm_g' : 0.025,
    'fwhm_r' : 0.0125,
    'fwhm_i' : 0.0125,
    'fwhm_z' : 0.0125,
    'airmass_g' : .02,
    'airmass_r' : .02,
    'airmass_i' : .02,
    'airmass_z' : .02,
    'depth_g': 0.5,
    'depth_r': 0.5,
    'depth_i': 0.5,
    'depth_z': 0.5,
    'skyvar_g' : 0.125,
    'skyvar_r' : 0.125,
    'skyvar_i' : 0.25,
    'skyvar_z' : 0.5,
    'skybrite_g' : 10,
    'skybrite_r' : 30,
    'skybrite_i' : 100,
    'skybrite_z' : 200,
    'det_frac_g' : .05,
    'det_frac_r' : .05,
    'det_frac_i' : .05,
    'det_frac_z' : .05,
    'sig_zp_g' : .0005,
    'sig_zp_r' : .0005,
    'sig_zp_i' : .0005,
    'sig_zp_z' : .0005,
    'exp_time_g' : 25,
    'exp_time_r' : 25,
    'exp_time_i' : 25,
    'exp_time_z' : 25
}

trend_xlim = {
    'fwhm_g' : [0.8, 1.5],
    'fwhm_r' : [0.8, 1.2],
    'fwhm_i' : [0.8, 1.2],
    'fwhm_z' : [0.8, 1.2],
    'airmass_g' : [1., 1.4],
    'airmass_r' : [1., 1.4],
    'airmass_i' : [1., 1.4],
    'airmass_z' : [1., 1.4],
    'skyvar_g' : [2, 6],
    'skyvar_r' : [2, 8],
    'skyvar_i' : [5, 15],
    'skyvar_z' : [6, 26],
    'depth_g' : [22, 24],
    'depth_r' : [22, 24],
    'depth_i' : [22, 24],
    'depth_z' : [22, 24],
    'skybrite_g' : [300, 600],
    'skybrite_r' : [800, 1700],
    'skybrite_i' : [2000, 5000],
    'skybrite_z' : [5000, 11000],
    'det_frac_g' : [0.75, 1.],
    'det_frac_r' : [0.75, 1.],
    'det_frac_i' : [0.75, 1.],
    'det_frac_z' : [0.75, 1.],
    'sig_zp_g' : [.005, .015],
    'sig_zp_r' : [.005, .015],
    'sig_zp_i' : [.005, .015],
    'sig_zp_z' : [.005, .015],
    'exp_time_g' : [0, 800],
    'exp_time_r' : [0, 800],
    'exp_time_i' : [0, 800],
    'exp_time_z' : [0, 800]
}

trend_dx = {
    'fwhm_g' : 0.05,
    'fwhm_r' : 0.05,
    'fwhm_i' : 0.05,
    'fwhm_z' : 0.05,
    'airmass_g' : .05,
    'airmass_r' : .05,
    'airmass_i' : .05,
    'airmass_z' : .05,
    'depth_g': 0.5,
    'depth_r': 0.5,
    'depth_i': 0.5,
    'depth_z': 0.5,
    'skyvar_g' : 0.5,
    'skyvar_r' : 0.5,
    'skyvar_i' : 1,
    'skyvar_z' : 2,
    'skybrite_g' : 10,
    'skybrite_r' : 30,
    'skybrite_i' : 100,
    'skybrite_z' : 200,
    'skybrite_g' : 25,
    'skybrite_r' : 80,
    'skybrite_i' : 250,
    'skybrite_z' : 500,
    'det_frac_g' : .05,
    'det_frac_r' : .05,
    'det_frac_i' : .05,
    'det_frac_z' : .05,
    'sig_zp_g' : .00125,
    'sig_zp_r' : .00125,
    'sig_zp_i' : .00125,
    'sig_zp_z' : .00125,
    'exp_time_g' : 100,
    'exp_time_r' : 100,
    'exp_time_i' : 100,
    'exp_time_z' : 100
}

# Used for a constant number of bins in trend plots if not using dx_trends
Nxbins = 12

# percentile info
percentile_min = 2
percentile_max = 98

c98f3840df1d8e68c77245a26c469fddbad7c215
<mask token>

density_xlim = {'fwhm_g': [0.8, 1.5], 'fwhm_r': [0.8, 1.2], 'fwhm_i': [0.75,
    1.2], 'fwhm_z': [0.75, 1.2], 'airmass_g': [1.0, 1.4], 'airmass_r': [1.0,
    1.4], 'airmass_i': [1.0, 1.4], 'airmass_z': [1.0, 1.4], 'depth_g': [22,
    24], 'depth_r': [22, 24], 'depth_i': [22, 24], 'depth_z': [22, 24],
    'skyvar_g': [2, 6], 'skyvar_r': [2, 8], 'skyvar_i': [5, 15], 'skyvar_z':
    [6, 26], 'skybrite_g': [300, 600], 'skybrite_r': [800, 1700],
    'skybrite_i': [2000, 5000], 'skybrite_z': [5000, 11000], 'det_frac_g':
    [0.75, 1.0], 'det_frac_r': [0.75, 1.0], 'det_frac_i': [0.75, 1.0],
    'det_frac_z': [0.75, 1.0], 'sig_zp_g': [0.005, 0.015], 'sig_zp_r': [
    0.005, 0.015], 'sig_zp_i': [0.005, 0.015], 'sig_zp_z': [0.005, 0.015],
    'exp_time_g': [0, 800], 'exp_time_r': [0, 800], 'exp_time_i': [0, 800],
    'exp_time_z': [0, 800]}
density_dx = {'fwhm_g': 0.025, 'fwhm_r': 0.0125, 'fwhm_i': 0.0125, 'fwhm_z':
    0.0125, 'airmass_g': 0.02, 'airmass_r': 0.02, 'airmass_i': 0.02,
    'airmass_z': 0.02, 'depth_g': 0.5, 'depth_r': 0.5, 'depth_i': 0.5,
    'depth_z': 0.5, 'skyvar_g': 0.125, 'skyvar_r': 0.125, 'skyvar_i': 0.25,
    'skyvar_z': 0.5, 'skybrite_g': 10, 'skybrite_r': 30, 'skybrite_i': 100,
    'skybrite_z': 200, 'det_frac_g': 0.05, 'det_frac_r': 0.05, 'det_frac_i':
    0.05, 'det_frac_z': 0.05, 'sig_zp_g': 0.0005, 'sig_zp_r': 0.0005,
    'sig_zp_i': 0.0005, 'sig_zp_z': 0.0005, 'exp_time_g': 25, 'exp_time_r':
    25, 'exp_time_i': 25, 'exp_time_z': 25}
trend_xlim = {'fwhm_g': [0.8, 1.5], 'fwhm_r': [0.8, 1.2], 'fwhm_i': [0.8, 
    1.2], 'fwhm_z': [0.8, 1.2], 'airmass_g': [1.0, 1.4], 'airmass_r': [1.0,
    1.4], 'airmass_i': [1.0, 1.4], 'airmass_z': [1.0, 1.4], 'skyvar_g': [2,
    6], 'skyvar_r': [2, 8], 'skyvar_i': [5, 15], 'skyvar_z': [6, 26],
    'depth_g': [22, 24], 'depth_r': [22, 24], 'depth_i': [22, 24],
    'depth_z': [22, 24], 'skybrite_g': [300, 600], 'skybrite_r': [800, 1700
    ], 'skybrite_i': [2000, 5000], 'skybrite_z': [5000, 11000],
    'det_frac_g': [0.75, 1.0], 'det_frac_r': [0.75, 1.0], 'det_frac_i': [
    0.75, 1.0], 'det_frac_z': [0.75, 1.0], 'sig_zp_g': [0.005, 0.015],
    'sig_zp_r': [0.005, 0.015], 'sig_zp_i': [0.005, 0.015], 'sig_zp_z': [
    0.005, 0.015], 'exp_time_g': [0, 800], 'exp_time_r': [0, 800],
    'exp_time_i': [0, 800], 'exp_time_z': [0, 800]}
trend_dx = {'fwhm_g': 0.05, 'fwhm_r': 0.05, 'fwhm_i': 0.05, 'fwhm_z': 0.05,
    'airmass_g': 0.05, 'airmass_r': 0.05, 'airmass_i': 0.05, 'airmass_z': 
    0.05, 'depth_g': 0.5, 'depth_r': 0.5, 'depth_i': 0.5, 'depth_z': 0.5,
    'skyvar_g': 0.5, 'skyvar_r': 0.5, 'skyvar_i': 1, 'skyvar_z': 2,
    'skybrite_g': 10, 'skybrite_r': 30, 'skybrite_i': 100, 'skybrite_z': 
    200, 'skybrite_g': 25, 'skybrite_r': 80, 'skybrite_i': 250,
    'skybrite_z': 500, 'det_frac_g': 0.05, 'det_frac_r': 0.05, 'det_frac_i':
    0.05, 'det_frac_z': 0.05, 'sig_zp_g': 0.00125, 'sig_zp_r': 0.00125,
    'sig_zp_i': 0.00125, 'sig_zp_z': 0.00125, 'exp_time_g': 100,
    'exp_time_r': 100, 'exp_time_i': 100, 'exp_time_z': 100}
Nxbins = 12
percentile_min = 2
percentile_max = 98

density_xlim = {
    'fwhm_g' : [0.8, 1.5],
    'fwhm_r' : [0.8, 1.2],
    'fwhm_i' : [0.75, 1.2],
    'fwhm_z' : [0.75, 1.2],
    'airmass_g' : [1., 1.4],
    'airmass_r' : [1., 1.4],
    'airmass_i' : [1., 1.4],
    'airmass_z' : [1., 1.4],
    'depth_g' : [22, 24],
    'depth_r' : [22, 24],
    'depth_i' : [22, 24],
    'depth_z' : [22, 24],
    'skyvar_g' : [2, 6],
    'skyvar_r' : [2, 8],
    'skyvar_i' : [5, 15],
    'skyvar_z' : [6, 26],
    'skybrite_g' : [300, 600],
    'skybrite_r' : [800, 1700],
    'skybrite_i' : [2000, 5000],
    'skybrite_z' : [5000, 11000],
    'det_frac_g' : [0.75, 1.],
    'det_frac_r' : [0.75, 1.],
    'det_frac_i' : [0.75, 1.],
    'det_frac_z' : [0.75, 1.],
    'sig_zp_g' : [.005, .015],
    'sig_zp_r' : [.005, .015],
    'sig_zp_i' : [.005, .015],
    'sig_zp_z' : [.005, .015],
    'exp_time_g' : [0, 800],
    'exp_time_r' : [0, 800],
    'exp_time_i' : [0, 800],
    'exp_time_z' : [0, 800]
}

density_dx = {
    'fwhm_g' : 0.025,
    'fwhm_r' : 0.0125,
    'fwhm_i' : 0.0125,
    'fwhm_z' : 0.0125,
    'airmass_g' : .02,
    'airmass_r' : .02,
    'airmass_i' : .02,
    'airmass_z' : .02,
    'depth_g': 0.5,
    'depth_r': 0.5,
    'depth_i': 0.5,
    'depth_z': 0.5,
    'skyvar_g' : 0.125,
    'skyvar_r' : 0.125,
    'skyvar_i' : 0.25,
    'skyvar_z' : 0.5,
    'skybrite_g' : 10,
    'skybrite_r' : 30,
    'skybrite_i' : 100,
    'skybrite_z' : 200,
    'det_frac_g' : .05,
    'det_frac_r' : .05,
    'det_frac_i' : .05,
    'det_frac_z' : .05,
    'sig_zp_g' : .0005,
    'sig_zp_r' : .0005,
    'sig_zp_i' : .0005,
    'sig_zp_z' : .0005,
    'exp_time_g' : 25,
    'exp_time_r' : 25,
    'exp_time_i' : 25,
    'exp_time_z' : 25
}

trend_xlim = {
    'fwhm_g' : [0.8, 1.5],
    'fwhm_r' : [0.8, 1.2],
    'fwhm_i' : [0.8, 1.2],
    'fwhm_z' : [0.8, 1.2],
    'airmass_g' : [1., 1.4],
    'airmass_r' : [1., 1.4],
    'airmass_i' : [1., 1.4],
    'airmass_z' : [1., 1.4],
    'skyvar_g' : [2, 6],
    'skyvar_r' : [2, 8],
    'skyvar_i' : [5, 15],
    'skyvar_z' : [6, 26],
    'depth_g' : [22, 24],
    'depth_r' : [22, 24],
    'depth_i' : [22, 24],
    'depth_z' : [22, 24],
    'skybrite_g' : [300, 600],
    'skybrite_r' : [800, 1700],
    'skybrite_i' : [2000, 5000],
    'skybrite_z' : [5000, 11000],
    'det_frac_g' : [0.75, 1.],
    'det_frac_r' : [0.75, 1.],
    'det_frac_i' : [0.75, 1.],
    'det_frac_z' : [0.75, 1.],
    'sig_zp_g' : [.005, .015],
    'sig_zp_r' : [.005, .015],
    'sig_zp_i' : [.005, .015],
    'sig_zp_z' : [.005, .015],
    'exp_time_g' : [0, 800],
    'exp_time_r' : [0, 800],
    'exp_time_i' : [0, 800],
    'exp_time_z' : [0, 800]
}

trend_dx = {
    'fwhm_g' : 0.05,
    'fwhm_r' : 0.05,
    'fwhm_i' : 0.05,
    'fwhm_z' : 0.05,
    'airmass_g' : .05,
    'airmass_r' : .05,
    'airmass_i' : .05,
    'airmass_z' : .05,
    'depth_g': 0.5,
    'depth_r': 0.5,
    'depth_i': 0.5,
    'depth_z': 0.5,
    'skyvar_g' : 0.5,
    'skyvar_r' : 0.5,
    'skyvar_i' : 1,
    'skyvar_z' : 2,
    'skybrite_g' : 10,
    'skybrite_r' : 30,
    'skybrite_i' : 100,
    'skybrite_z' : 200,
    'skybrite_g' : 25,
    'skybrite_r' : 80,
    'skybrite_i' : 250,
    'skybrite_z' : 500,
    'det_frac_g' : .05,
    'det_frac_r' : .05,
    'det_frac_i' : .05,
    'det_frac_z' : .05,
    'sig_zp_g' : .00125,
    'sig_zp_r' : .00125,
    'sig_zp_i' : .00125,
    'sig_zp_z' : .00125,
    'exp_time_g' : 100,
    'exp_time_r' : 100,
    'exp_time_i' : 100,
    'exp_time_z' : 100
}

# Used for a constant number of bins in trend plots if not using dx_trends
Nxbins = 12

# percentile info
percentile_min = 2
percentile_max = 98
