usr.bin/calendar/basics.c

223

return mod_f(poly(c, coef, nitems(coef)), 360);

usr.bin/calendar/moon.c

190

return mod_f(poly(c, coef, nitems(coef)), 360);

usr.bin/calendar/moon.c

203

return mod_f(poly(c, coef, nitems(coef)), 360);

usr.bin/calendar/moon.c

216

return mod_f(poly(c, coef, nitems(coef)), 360);

usr.bin/calendar/moon.c

229

return mod_f(poly(c, coef, nitems(coef)), 360);

usr.bin/calendar/moon.c

242

return mod_f(poly(c, coef, nitems(coef)), 360);

usr.bin/calendar/moon.c

350

return mod_f((L_prime + correction + venus + jupiter +

usr.bin/calendar/moon.c

584

double H = mod_f(theta + longitude - alpha, 360);

usr.bin/calendar/moon.c

638

double phi = mod_f(lunar_longitude(t) - solar_longitude(t), 360);

usr.bin/calendar/moon.c

647

double phi2 = mod_f((t - tn) / mean_synodic_month, 1) * 360;

usr.bin/calendar/moon.c

663

double tau = t + rate * mod_f(phi - phase, 360);

usr.bin/calendar/sun.c

167

return mod_f(lambda + ab + nu, 360);

usr.bin/calendar/sun.c

180

double tau = t + rate * mod_f(lambda - lon, 360);

usr.bin/calendar/sun.c

201

double tau = t - rate * mod_f(lon - lambda, 360);

usr.bin/calendar/sun.c

223

double H = mod_f(theta + longitude - alpha, 360);

usr.bin/calendar/utils.c

81

if (mod_f(f(x) - y, 360) < 180.0)

usr.bin/calendar/utils.h

181

return a + mod_f(x - a, b - a);

usr.bin/calendar/utils.h

241

return mod_f(v * 180.0 / M_PI, 360);