import matsumulib as mylib
import numpy as np
pi = np.pi
radeg = (180./pi)

title = 'LiteBIRD_LEO_1rph_1rpm'
sample_rate = 10.              # Hz
total_time = 24.*60.*60.                 # 24*60*60. sec = 1 day

theta_antisun = 76./radeg    # 45 degs, EPIC LC, [rad]
freq_antisun = 1./(60.*60.)   # [Hz], 1 rph
theta_boresight = 34./radeg  # 55 degs, EPIC LC, [rad]
freq_boresight = 1./60.       # [Hz], 1 rpm
ydays = 14
nside = 256
#today_julian = mylib.convert_Gregorian2Julian( 2020, 9, 22, 13, 31, 0)
today_julian = mylib.convert_Gregorian2Julian( 2020, 3, 20, 3, 50, 0)
option_gen_ptgtxt = False
