import os
from itertools import combinations
multistep_path = "./"
freqs = ["f090", "f150"]
spectra = ["EE", "EB", "BE", "BB"]
nulls = [
"-45_0_roll_angle",
"-45_+45_roll_angle",
"0_+45_roll_angle",
"det_left_right",
"high_low_ambient_temperature",
"high_low_dpwv",
"high_low_pwv",
"high_low_wind_speed",
"rising_setting_azimuth",
"det_in_out",
"det_upper_lower",
"high_low_ctime",
"high_low_moon_distance",
"high_low_sun_distance",
"pos_neg_f_hwp",
"scan_left_right"
]
combination = [
"AA_BB",
"AA_BB_2AB"
]
filename = "isov3_satp1_nulls.html"
g = open(filename, mode='w')
g.write('\n')
g.write('\n')
g.write(' SATp1 ISOv3 nulls \n')
g.write('\n')
# g.write(' \n')
g.write(' \n')
g.write(' \n')
g.write(' \n')
g.write(' \n')
g.write(' \n')
g.write(' SATp1 ISOv3 nulls
')
g.write(' This webpage display residuals for SATp1 ISO v3 with analytic covariances (which might be unaccurate at the moment)
\n')
g.write(' Press c/v to browse null tests, j/k to change spectrum, a/z to change frequency.
\n')
# g.write(' \n')
for comb in combination:
g.write('
\n')
for null in nulls:
g.write('
\n')
for spec in spectra:
g.write('
\n')
for freq in freqs:
str = f"nulls_{comb}/residual_{null}_{freq}_{spec}.png"
g.write('
\n')
g.write('
\n')
g.write('
\n')
g.write('
\n')
# g.write('