# Template for this fixture file was generated at: Tue Jul 27 16:22:27 CEST 2021 TESTSUITE section-id:1 section-descr: Various swe_calc calls in different modes iflag: iephe: jd: initialize: TESTCASE section-id:1 section-descr: swe_calc( ) - Julian Date with Ephemeris Time ITERATION ipl: TESTCASE section-id:2 section-descr: swe_calc_ut( ) - Julian Date with Universal Time ITERATION ipl: TESTCASE section-id:3 section-descr: swe_set_topo( ) - Using topographic coordinates ITERATION geolon: geolat: altitude: ipl: TESTCASE section-id:4 section-descr: swe_calc( ) - Equatorial followed by Ecliptic ITERATION ipl: TESTCASE section-id:5 section-descr: swe_calc_pctr( ) - planetocentic position ITERATION ipl: iplctr: TESTSUITE section-id:2 section-descr: Fixed stars TESTCASE section-id:1 section-descr: Fixed stars with Ephemeris Time ITERATION jd: iflag: star: TESTCASE section-id:2 section-descr: Fixed stars with Universal Time ITERATION jd: star: TESTCASE section-id:3 section-descr: Magnitude of a fixed star ITERATION star: TESTCASE section-id:4 section-descr: Mercury, then Betelgeuze ITERATION jd: star: TESTCASE section-id:5 section-descr: Algol, then Betelgeuze ITERATION jd: star: TESTCASE section-id:6 section-descr: Fixed stars (swe_fixstar2) with Ephemeris Time ITERATION jd: iflag: star: TESTCASE section-id:7 section-descr: Fixed stars (swe_fixstar2) with Universal Time ITERATION jd: star: TESTSUITE section-id:3 section-descr: Various small functions (names et al.) TESTCASE section-id:1 section-descr: swe_get_planet_name( ) - Getting a planet name ITERATION ipl: TESTCASE section-id:2 section-descr: swe_get_aya_name( ) - Getting an ayanamsa name ITERATION sid_mode: TESTSUITE section-id:4 section-descr: Some computations in sidereal mode t0: ayan_t0: sid_mode: TESTCASE section-id:1 section-descr: swe_set_aynamsa( ) - Calc planet using a specific Ayanamsa ITERATION jd: iflag: ipl: TESTCASE section-id:2 section-descr: swe_get_ayanamsa_ex and swe_get_ayanamsa_ex_ut ITERATION jd: iephe: TESTCASE section-id:3 section-descr: swe_get_aynamsa and swe_get_ayanamsa_ut ITERATION jd: TESTCASE section-id:4 section-descr: Initialization problem with swe_set_sid_mode ITERATION jd: TESTSUITE section-id:5 section-descr: Date and time functions TESTCASE section-id:1 section-descr: Julian Date from Calendar date ITERATION year: month: day: hour: gregflag: TESTCASE section-id:2 section-descr: Calendar date from Julian Date ITERATION jd: gregflag: TESTCASE section-id:3 section-descr: Delta T ITERATION iephe: jd: TESTCASE section-id:4 section-descr: Equation of time ITERATION jd: TESTCASE section-id:5 section-descr: Local Mean Time to Local Apparent Time ITERATION tjd_lmt: geolon: TESTCASE section-id:6 section-descr: Local Apparent Time to Local Mean Time ITERATION tjd_lat: geolon: TESTSUITE section-id:6 section-descr: Houses functions jd: ut: ihsy: geolat: geolon: initialize: TESTCASE section-id:1 section-descr: swe_houses( ) ITERATION TESTCASE section-id:2 section-descr: swe_houses_ex( ) - degrees and radians ITERATION iflag: TESTCASE section-id:3 section-descr: swe_houses_ex( ) - sidereal ITERATION isid: iflag: TESTCASE section-id:4 section-descr: swe_houses_armc( ) - Koch and Placidus ITERATION TESTCASE section-id:5 section-descr: swe_house_name( ) ITERATION TESTCASE section-id:6 section-descr: swe_house_pos( ) ITERATION TESTCASE section-id:7 section-descr: swe_gauquelin_sector( ) ITERATION imeth: TESTCASE section-id:8 section-descr: swe_houses_ex2( ) - with speeds of cusps ITERATION iflag: TESTCASE section-id:9 section-descr: swe_houses_armc_ex2( ) - Koch and Placidus with cusp speeds ITERATION TESTSUITE section-id:7 section-descr: Apsides and orbital elements functions iflag: iephe: initialize: TESTCASE section-id:1 section-descr: swe_nod_aps( ) ITERATION jd: ipl: method: TESTCASE section-id:2 section-descr: swe_nod_aps_ut( ) ITERATION jd: ipl: method: TESTCASE section-id:3 section-descr: swe_get_orbital_elements( ) ITERATION jd: ipl: TESTCASE section-id:4 section-descr: swe_orbit_max_min_true_distance( ) ITERATION jd: ipl: TESTSUITE section-id:8 section-descr: Eclipses geolat: geolon: altitude: initialize: TESTCASE section-id:1 section-descr: swe_sol_eclipse_when_glob( ) ITERATION jd: iephe: ifltype: backward: TESTCASE section-id:2 section-descr: swe_sol_eclipse_where( ) ITERATION jd: iephe: TESTCASE section-id:3 section-descr: swe_sol_eclipse_when_loc( ) ITERATION jd: iephe: backward: TESTCASE section-id:4 section-descr: swe_sol_eclipse_how( ) ITERATION jd: iephe: TESTCASE section-id:5 section-descr: swe_lun_occult_when_glob( ) ITERATION jd: ipl: star: iephe: ifltype: backward: TESTCASE section-id:6 section-descr: swe_lun_occult_where( ) ITERATION jd: ipl: star: iephe: TESTCASE section-id:7 section-descr: swe_lun_occult_when_loc( ) ITERATION jd: ipl: star: iephe: backward: TESTCASE section-id:8 section-descr: swe_lun_eclipse_when( ) ITERATION jd: iephe: ifltype: backward: TESTCASE section-id:9 section-descr: swe_lun_eclipse_when_loc( ) ITERATION jd: iephe: backward: TESTCASE section-id:10 section-descr: swe_lun_eclipse_how( ) ITERATION jd: iephe: TESTSUITE section-id:9 section-descr: risings, heliacal risings geolat: geolon: altitude: atpress: attemp: athumid: atktot: obsage: obsSN: initialize: TESTCASE section-id:1 section-descr: swe_rise_trans( ) ITERATION ifltype: method: jd: ipl: star: ipl: iephe: atpress: attemp: TESTCASE section-id:2 section-descr: swe_rise_trans_true_hor( ) ITERATION ifltype: method: jd: ipl: star: ipl: iephe: atpress: attemp: horhgt: TESTCASE section-id:3 section-descr: swe_heliacal_ut( ) ITERATION jd: object: evtype: helflag: TESTCASE section-id:4 section-descr: swe_heliacal_pheno_ut()( ) ITERATION jd: object: evtype: helflag: TESTCASE section-id:5 section-descr: swe_vis_limit_mag()( ) ITERATION jd: object: helflag: