of_o the_o zodiac_n through_o which_o the_o zodiac_n pass_v and_o these_o give_v denomination_n to_o the_o 12_o sign_n of_o the_o zodiac_n in_o particular_a these_o with_o their_o number_n of_o star_n of_o old_a of_o late_o of_o old_a of_o late_a ♈_o 13_o 21_o ♎_o 8_o 17_o ♉_o 33_o 43_o â™_o 21_o 16_o ♊_o 18_o 25_o â™_o 32_o 14_o ♋_o 9_o 15_o ♑_o 28_o 28_o ♌_o 27_o 40_o â™’_o 42_o 41_o â™_o 26_o 39_o ♓_o 34_o 36_o there_o have_v be_v 21_o constellation_n observe_v on_o the_o north_n side_n of_o the_o ecliptic_a which_o be_v call_v the_o northern_a constellation_n who_o name_n and_o number_n of_o star_n here_o follow_v  _fw-fr of_o old_a the_o little_a bear_n 7_o the_o great_a bear_n 27_o the_o dragon_n 31_o cepheus_n 11_o boötes_n 22_o the_o northern_a crown_n 8_o hercules_n 9_o the_o vulture_n cadent_a 10_o the_o swan_n 17_o cassiopeia_n 13_o perseus_n 26_o auriga_fw-la 14_o serpentarius_n 24_o the_o serpent_n 18_o the_o arrow_n or_o dart_n 5_o the_o eagle_n 9_o the_o dolphin_n 10_o the_o lesser_a horse_n 4_o pegasus_n or_o great_a horse_n 20_o andromeda_n 23_o the_o northern_a triangle_n 4._o there_o be_v 15_o constellation_n on_o the_o south_n side_n of_o the_o eliptick_a which_o be_v call_v the_o southern_a constellation_n who_o name_n and_o number_n of_o star_n here_o follow_v  _fw-fr of_o old_a the_o whale_n 22_o orion_n 38_o the_o river_n eridanus_n 34_o the_o hare_n 12_o the_o great_a dog_n 18_o the_o lesser_a dog_n 3_o the_o ship_n 45_o the_o goblet_n 7_o the_o raven_n 7_o the_o centaur_n 37_o the_o wolf_n 19_o the_o altar_n 7_o the_o southern_a crown_n 13_o the_o south-fish_n 12._o beside_o the_o number_n of_o the_o star_n note_v in_o the_o former_a constellation_n the_o modern_a astronomer_n have_v note_v divers_a other_o which_o be_v leave_v inform_v by_o the_o ancient_n and_o put_v they_o into_o their_o proper_a figure_n as_o may_v be_v see_v in_o some_o of_o the_o globe_n put_v forth_o since_o noble_a tycho_n brahe_n namely_o johannes_n jansonius_n his_o small_a globe_n of_o the_o year_n 1620._o and_o in_o petrus_n plantius_n his_o globe_n of_o the_o year_n 1625._o the_o new_a constellation_n in_o north_n latitude_n be_v these_o berenice_n hair_n 14_o the_o bee_n 4_o the_o river_n jordan_n 21_o camelopardalis_fw-la 18_o the_o river_n euphrates_n 13._o the_o new_a constellation_n in_o south_n latitude_n be_v these_o the_o lesser_a crabb_n 4_o the_o unicorn_n 22._o moreover_o because_o the_o ancient_a astronomer_n live_v all_o in_o north_n latitude_n they_o can_v not_o seâ—…_n the_o star_n which_o be_v near_o the_o south_n pole_n buâ—…_n they_o have_v be_v since_o discover_v by_o such_o a_o have_v travail_v that_o way_n and_o be_v put_v into_o constellation_n namely_o these_o the_o dove_n 11_o the_o southern_a triangle_n 5_o the_o apous_a indica_fw-la 12_o the_o peacock_n 17_o the_o indian_a 12_o the_o crane_n 13_o the_o towcan_a 8_o the_o hydrus_n 14_o the_o phoenix_n 14_o the_o dorado_n 6_o the_o sea_n swallow_n 7_o the_o chameleon_n 8_o the_o cross_n call_v crusero_n 6_o the_o fly_v 4_o beside_o the_o constellation_n before_o name_v there_o be_v some_o other_o appearance_n in_o the_o heaven_n namely_o the_o white_a broad_a circle_n calleâ—_n via_fw-la lactea_fw-la or_o milky_a way_n and_o two_o littlâ—_n cloud_n observe_v near_o the_o south_n pole_n thuâ—_n much_o of_o the_o delineation_n or_o thing_n note_v oâ—_n the_o outside_n of_o the_o celestial_a globe_n the_o three_o thing_n to_o be_v observe_v in_o general_n be_v the_o use_n of_o this_o globe_n which_o consist_v in_o these_o three_o thing_n follow_v viz._n the_o knowlegde_v of_o the._n 1._o motion_n 2._o division_n and_o operation_n on_o the_o 3._o proposition_n in_o the_o first_o place_n of_o motion_n which_o be_v two_o in_o number_n viz._n 1._o the_o diurnal_a motion_n 2._o the_o proper_a motion_n first_o concern_v the_o motion_n 1._o the_o diurnal_a motion_n be_v make_v upon_o the_o pole_n of_o the_o world_n once_o about_o from_o east_n towards_o the_o west_n in_o 24_o hour_n and_o this_o be_v also_o call_v motus_fw-la raptus_fw-la or_o the_o motion_n of_o the_o prinum_fw-la mobile_a 2._o the_o second_o motion_n be_v call_v the_o annual_a motion_n &_o be_v make_v within_o the_o primuum_n mobile_a upon_o the_o pole_n of_o the_o ecliptic_a according_a to_o the_o succession_n of_o the_o sign_n which_o be_v contrary_a to_o that_o of_o the_o primum_fw-la mobile_a viz._n from_o west_n towards_o east_n and_o this_o motion_n be_v call_v motus_fw-la sâ—cundus_fw-la or_o motus_fw-la proprius_fw-la because_o that_o every_o sphere_n have_v a_o motion_n proper_a to_o itself_o as_o thaâ—_n of_o the_o sun_n ☉_o finish_v once_o about_o secundum_fw-la seriem_fw-la signorum_fw-la in_o the_o space_n of_o 12_o month_n which_o be_v call_v the_o solar_a year_n also_o venus_n ♀_o and_o mercury_n ☿_o be_v move_v about_o the_o same_o way_n in_o the_o same_o time_n but_o the_o moon_n ☽_o be_v move_v about_o in_o one_o month_n and_o the_o month_n be_v oâ—_n two_o sort_n for_o the_o time_n wherein_o the_o moon_n ☽_o depart_v from_o any_o point_n of_o the_o zodiac_n and_o return_v to_o it_o again_o be_v call_v the_o periodicall_a month_n or_o month_n of_o peragration_n but_o the_o time_n wherein_o the_o moon_n depart_v from_o the_o sun_n ☉_o and_o overtake_v he_o again_o be_v call_v the_o month_n of_o consecration_n or_o synodical_a month._n mars_n ♂_o move_v through_o the_o zodiac_n in_o about_o two_o solar_a year_n and_o that_o time_n be_v call_v the_o year_n of_o mars_n ♂_o jupiter_n ♃_o be_v move_v through_o the_o zodiac_n in_o about_o 12_o solar_a year_n and_o that_o time_n be_v call_v the_o year_n of_o jupiter_n ♃_o saturn_n ♄_o in_o about_o 30_o year_n run_v through_o the_o zodiac_n and_o that_o time_n be_v call_v the_o year_n of_o saturn_n ♄_o 3._o the_o fix_a star_n according_a to_o ptolemy_n move_v about_o the_o zodiac_n in_o 36000_o solar_a year_n but_o according_a to_o the_o alphofine_n in_o 49000_o year_n and_o according_a to_o capernicus_n in_o 17000_o year_n but_o gassendus_fw-la have_v it_o 25000_o year_n and_o this_o time_n be_v call_v the_o great_a year_n or_o platonical_a year_n second_o concern_v the_o division_n 1._o first_o it_o be_v call_v sphera_fw-la recta_fw-la or_o a_o right_a sphere_n because_o in_o such_o position_n the_o equinoctial_a cut_v the_o horizon_n at_o right_a spherical_a angle_n the_o property_n of_o the_o sphere_n be_v to_o have_v the_o pole_n of_o the_o world_n lie_v in_o the_o horizon_n and_o the_o equinoctial_a pass_v through_o the_o zenith_n and_o nadir_n and_o in_o this_o sphere_n not_o only_o the_o equinoctial_a but_o also_o both_o the_o trophick_n and_o all_o other_o the_o equinoctial_a parallel_n be_v divide_v into_o two_o equal_a part_n by_o the_o right_a horizon_n which_o cause_v the_o day_n and_o night_n at_o all_o time_n of_o the_o yeat_a to_o be_v equal_a viz._n 12_o hour_n long_o between_o sun_n rise_v and_o set_v without_o alteration_n to_o those_o who_o live_v under_o the_o equinoctial_a line_n 2._o second_o it_o be_v call_v sphaera_fw-la obliqua_fw-la whereof_o there_o be_v so_o many_o in_o number_n as_o there_o be_v degree_n minute_n second_o etc._n etc._n in_o a_o quadrant_n and_o it_o be_v call_v oblique_a because_o the_o equinoctial_a cut_v the_o horizon_n with_o a_o oblique_a angle_n the_o property_n of_o this_o sphere_n be_v to_o have_v one_o pole_n elevate_v above_o the_o horizon_n and_o the_o other_o as_o far_o depress_v also_o because_o in_o this_o sphere_n the_o equinoctial_a be_v divide_v equal_o by_o the_o horizon_n and_o the_o parallel_n of_o the_o equinoctial_a unequal_o therefore_o the_o day_n and_o the_o night_n be_v equal_a only_o twice_o a_o year_n viz._n in_o the_o begin_n of_o the_o spring_n and_o autumn_n at_o which_o time_n the_o sun_n pass_v over_o the_o first_o point_n of_o aries_n ♈_o and_z libra_n ♎_o but_o at_o all_o other_o time_n of_o the_o year_n the_o day_n and_o night_n be_v unequal_a 3._o it_o be_v call_v sphera_fw-la parallela_fw-la or_o a_o parallel_n sphere_n because_o the_o equinoctial_a be_v the_o same_o with_o the_o horizon_n all_o the_o parallel_n of_o the_o equinoctial_a be_v also_o parallel_v to_o the_o horizon_n in_o this_o sphere_n one_o of_o the_o pole_n of_o the_o world_n be_v the_o zenith_n and_o the_o other_o be_v the_o nadir_n and_o in_o this_o sphere_n the_o sun_n continue_v above_o the_o horizon_n about_o half_a a_o year_n together_o and_o again_o as_o long_o under_o the_o horizon_n whereby_o the_o artificial_a day_n and_o night_n be_v each_o about_o half_a a_o year_n long_o three_o now_o follow_v the_o proposition_n wrought_v by_o the_o globe_n 1._o to_o find_v the_o sun_n place_n in_o the_o ecliptic_a first_o find_v the_o day_n of_o the_o month_n upon_o the_o horizon_n and_o within_o upon_o the_o limb_n
the_o length_n of_o the_o artificial_a night_n be_v require_v than_o worâ—_n contrary_a to_o that_o of_o the_o day_n to_o find_v the_o time_n of_o the_o day_n by_o have_v the_o altitude_n of_o the_o sun_n 17_o first_o by_o a_o quadrant_n or_o some_o other_o instrument_n find_v the_o altitude_n of_o the_o sun_n abouâ—_o the_o horizon_n and_o then_o by_o the_o 6_o 7_o and_z 8_o proâ—â—_n rectify_v the_o globe_n for_o the_o latitude_n the_o suâ—_n place_n and_o the_o zenith_n and_o bring_v the_o degree_n 〈◊〉_d the_o ecliptic_a wherein_o the_o sun_n be_v to_o agree_v 〈◊〉_d the_o same_o altitude_n upon_o the_o edge_n of_o the_o quadrant_n of_o altitude_n and_o then_o the_o index_n of_o thâ—_n hour_n wheel_n shall_v show_v the_o time_n of_o the_o day_n to_o find_v the_o azimuth_n of_o the_o sun_n by_o have_v his_o altitude_n 18._o the_o azimuth_n of_o the_o sun_n be_v the_o distant_a thereof_o account_v in_o the_o horizon_n from_o easâ—_n west_n or_o south_n by_o the_o 6_o 7_o &_o 8_o prop._n rect_v fie_o the_o globe_n and_o bring_v the_o sun_n place_n in_o the_o ecliptic_a to_o agree_v to_o the_o same_o altitude_n on_o the_o graduated_a edge_n of_o the_o quadrant_n of_o altitude_n and_o then_o the_o quadrant_n of_o altitude_n shall_v show_v his_o azimuth_n in_o the_o horizon_n to_o find_v the_o azimuth_n of_o the_o sun_n at_o any_o time_n of_o the_o day_n 19_o by_o the_o 6_o and_z 8_o prop._n rectify_v the_o globe_n and_o turn_v it_o about_o till_o the_o index_n of_o the_o hour_n wheel_n do_v point_n to_o the_o hour_n give_v then_o lay_v the_o quadrant_n of_o altitude_n upon_o the_o sun_n place_n in_o the_o ecliptic_a and_o it_o show_v the_o azimuth_n in_o the_o horizon_n at_o any_o time_n of_o the_o year_n to_o find_v the_o time_n of_o day_n break_v or_o beginning_n of_o crepusculus_n if_o any_o be_v 20._o by_o the_o 6_o 7_o &_o 8_o prop._n rectify_v the_o globe_n and_o elevate_v the_o opposite_a degree_n of_o the_o sun_n at_o the_o west_n 18_o deg_fw-la above_o the_o horizon_n and_o then_o the_o index_n of_o the_o hour_n wheel_n shall_v show_v the_o time_n have_v the_o altitude_n of_o any_o know_a star_n to_o find_v the_o hour_n of_o the_o night_n 21._o by_o the_o 6_o 7_o &_o 8_o prop._n rectify_v the_o globe_n and_o move_v about_o the_o globe_n till_o the_o star_n have_v the_o give_v altitude_n in_o the_o graduated_a edge_n of_o the_o quadrant_n of_o altitude_n &_o then_o shall_v the_o index_n of_o the_o hour_n wheel_n show_v the_o hour_n require_v have_v any_o know_a star_n at_o the_o meridian_n to_o find_v the_o hour_n 22._o by_o the_o 6_o &_o 7_o prop._n rectify_v the_o globe_n and_o turn_v the_o globe_n till_o the_o same_o star_n come_v to_o the_o brazen_a moridian_n so_o shall_v the_o index_n of_o the_o hour_n wheel_n show_v the_o hour_n of_o the_o poetical_a rise_n and_o set_v of_o star_n cosmical_a a_o star_n rise_v cosmical_a when_o it_o rise_v with_o the_o sun_n &_o set_v cosmical_a if_o it_o set_v when_o the_o sun_n rise_v to_o find_v the_o time_n of_o the_o year_n when_o a_o star_n rise_v cosmical_a 23._o by_o the_o 6_o prop._n rectisy_n and_o bring_v the_o star_n to_o the_o east_n part_n of_o the_o horizon_n and_o observe_v the_o degree_n of_o the_o ecliptic_a which_o be_v at_o the_o east_n part_n of_o the_o horizon_n with_o it_o and_o then_o find_v in_o the_o circle_n of_o the_o horizon_n what_o day_n of_o the_o month_n answer_v to_o the_o same_o degree_n of_o the_o ecliptic_a to_o find_v the_o time_n of_o the_o year_n when_o a_o siar_n set_v cosmical_a 24._o by_o the_o 6_o prop._n rectify_v and_o bring_v the_o star_n to_o the_o west_n part_n of_o the_o horizon_n and_o note_v the_o degree_n of_o the_o ecliptic_a at_o the_o past_a part_n of_o the_o horizon_n and_o find_v the_o day_n of_o the_o month_n on_o the_o horizon_n as_o before_o acronical_a a_o star_n rise_v acronical_a when_o it_o rise_v in_o the_o east_n and_o the_o sun_n be_v set_v in_o the_o west_n and_o it_o set_v acronical_a when_o it_o set_v with_o the_o sun_n to_o find_v the_o time_n of_o the_o year_n when_o a_o star_n rise_v cronical_a 25._o by_o the_o 6_o prop._n rectify_v and_o bring_v the_o star_n to_o the_o east_n part_n of_o the_o horizon_n and_o note_v the_o degree_n of_o the_o ecliptic_a cut_n by_o the_o horizon_n at_o the_o west_n and_o find_v the_o day_n of_o the_o month_n answer_v thereunto_o upon_o the_o horizon_n as_o before_o to_o find_v the_o time_n of_o the_o year_n when_o a_o star_n set_v acronical_a 26._o by_o the_o 6_o prop._n rectify_v and_o bring_v the_o star_n to_o the_o west_n part_n of_o the_o horizon_n and_o note_v the_o degree_n of_o the_o ecliptic_a cut_n by_o the_o horizon_n at_o the_o west_n and_o find_v the_o day_n of_o the_o month_n upon_o the_o horizon_n as_o before_o heliacal_a heliacal_a rise_v of_o a_o star_n be_v the_o rise_n of_o a_o star_n out_o of_o the_o sun_n beam_n for_o than_o it_o appear_v before_o the_o sun_n rise_v though_o before_o it_o can_v not_o be_v see_v by_o reason_n of_o its_o nearnes_n to_o the_o sun_n be_v within_o the_o arch_n of_o vision_n heliacal_a set_v be_v when_o a_o star_n come_v within_o the_o sun_n beam_n or_o when_o a_o star_n be_v enter_v into_o its_o arch_n of_o vision_n and_o then_o can_v be_v see_v set_v after_o the_o sun_n by_o reason_n of_o its_o nearness_n to_o the_o sun_n the_o arch_n of_o vision_n be_v the_o arch_n of_o a_o vertical_a circle_n contain_v between_o the_o horizon_n and_o the_o centre_n of_o the_o sun_n after_o it_o be_v set_v or_o before_o it_o rise_v this_o alter_v according_a to_o the_o several_a magnitude_n of_o the_o star_n for_o the_o great_a the_o star_n be_v the_o less_o be_v the_o arch_n of_o vision_n and_o contrary_a the_o arch_n of_o vision_n belong_v to_o the_o star_n according_a to_o their_o severa_fw-la magnitude_n be_v these_o to_o the_o first_o 12_o second_o 13_o third_z 14_o four_o 15_o five_o 16_o sixth_o 17_o lest_o 18_o to_o the_o planet_n venus_n 5_o mercury_n 10_o saturn_n 11_o jupiter_n 9_o mars_n 12_o 1_o â—_o moon_n uncertain_a to_o find_v the_o time_n of_o the_o year_n when_o a_o star_n rise_v heliacal_a 27._o by_o the_o 6_o prop._n rectify_v and_o bring_v the_o star_n to_o the_o east_n part_n of_o the_o horizon_n and_o note_v the_o degree_n of_o the_o ecliptic_a elevate_v above_o the_o west_n part_n of_o the_o horizon_n according_a to_o the_o arch_n of_o vision_n appertain_v to_o the_o same_o star_n and_o then_o as_o before_o find_v the_o of_o the_o month_n on_o the_o limb_n of_o the_o horizon_n answer_v to_o the_o opposite_a degree_n of_o the_o ecliptic_a so_o elevate_v at_o west_n as_o aforesaid_a to_o find_v the_o time_n of_o the_o year_n when_o a_o star_n set_v heliacal_a 28._o by_o the_o 6_o prop._n rectify_v and_o bring_v the_o star_n to_o the_o west_n part_n of_o the_o horizon_n and_o note_v the_o degree_n of_o the_o ecliptic_a elevate_v at_o the_o east_n part_n of_o the_o horizon_n according_a to_o the_o arch_n of_o vision_n belong_v to_o the_o same_o star_n and_o by_o the_o opposite_a of_o it_o find_v the_o day_n of_o the_o month_n on_o the_o limb_n of_o the_o horizon_n as_o before_o description_n of_o the_o terrestrial_a globe_n it_o be_v a_o round_a or_o spherical_a body_n represent_v the_o form_n of_o the_o earth_n and_o water_n on_o this_o globe_n be_v also_o describe_v the_o ren_fw-it circle_n of_o the_o sphaera_fw-la armillaris_fw-la viz._n the_o horizon_n meridian_n equator_fw-la ecliptic_a the_o two_o colour_n with_o the_o fover_n lesser_a circle_n viz._n the_o two_o tropic_n and_o the_o two_o polar_a circle_n beside_o these_o common_a circle_n there_o be_v describe_v upon_o this_o globe_n divers_a other_o circle_n pass_v through_o both_o pole_n of_o the_o world_n these_o be_v call_v meridian_n or_o circle_n of_o longitude_n also_o certain_a oblique_a circular_a line_n pass_v through_o the_o centre_n of_o certain_a rose_n so_o call_v and_o these_o be_v call_v rhombs_n course_n or_o point_n of_o the_o compass_n on_o this_o globe_n be_v describe_v the_o know_a part_n of_o the_o world_n divide_v into_o several_a quarter_n europe_n asia_n africa_n and_o america_n to_o which_o be_v add_v the_o unknown_a land_n about_o the_o south_n pole_n call_v magelanica_fw-la and_o these_o quarter_n of_o the_o world_n be_v subdivide_v into_o several_a kingdom_n and_o province_n as_o may_v be_v see_v in_o the_o geographer_n the_o zone_n this_o globe_n be_v also_o divide_v into_o five_o zone_n one_o be_v call_v the_o torrid_a or_o burn_a zone_n and_o this_o lie_v between_o the_o tropic_n the_o inhabitant_n hereof_o be_v call_v amphiscii_n because_o they_o have_v two_o contrary_a meridional_a shadow_n in_o a_o year_n
of_o the_o horizon_n stand_v the_o degree_n in_o which_o the_o sun_n be_v this_o you_o may_v apply_v to_o the_o ecliptic_a upon_o the_o globe_n to_o find_v the_o sun_n declination_n 2._o first_o find_v the_o sun_n place_n in_o the_o ecliptic_a upon_o the_o globe_n and_o bring_v it_o to_o the_o brazen_a meridian_n and_o there_o account_v how_o many_o degree_n it_o be_v distant_a from_o the_o equinoctial_a for_o the_o declination_n of_o any_o point_n in_o the_o heaven_n be_v its_o meridional_a distance_n from_o the_o equator_fw-la the_o declination_n of_o any_o star_n upon_o the_o globe_n be_v find_v by_o bring_v it_o to_o the_o brazen_a meridian_n and_o account_v as_o before_o to_o find_v the_o right_a ascension_n of_o the_o sun_n 3._o move_v the_o degree_n of_o the_o ecliptic_a wherein_o the_o sun_n be_v to_o the_o meridian_n and_o note_v the_o degree_n of_o the_o equinoctial_a which_o come_v to_o the_o meridian_n with_o it_o for_o the_o arch_n of_o the_o equinoctial_a contain_v between_o that_o point_n and_o the_o first_o point_n of_o aries_n ♈_o be_v the_o right_a ascension_n that_o be_v to_o say_v it_o rise_v with_o it_o in_o a_o right_a sphere_n the_o right_a ascension_n of_o a_o star_n be_v to_o be_v account_v as_o before_o if_o the_o star_n be_v bring_v to_o the_o meridian_n of_o the_o longitude_n as_o it_o be_v take_v on_o the_o celestial_a globe_n 4._o the_o longitude_n of_o the_o sun_n be_v that_o arch_n of_o the_o ecliptic_a which_o be_v contain_v between_o the_o first_o point_n of_o aries_n and_o that_o point_n of_o the_o ecliptic_a wherein_o the_o sun_n ☉_o be_v but_o the_o longitude_n of_o a_o star_n be_v that_o arch_n of_o the_o ecliptic_a which_o be_v contain_v between_o the_o first_o point_n of_o aâ—ies_n and_o the_o section_n of_o the_o ecliptic_a with_o a_o great_a circle_n draw_v from_o the_o pole_n of_o the_o ecliptic_a through_o the_o centre_n of_o the_o star_n be_v reckon_v according_a to_o the_o succession_n of_o the_o sign_n which_o to_o find_v lay_v one_o end_n of_o the_o quadrant_n of_o altitude_n upon_o the_o pole_n of_o the_o ecliptic_a and_o the_o graduated_a edge_n thereof_o upon_o the_o centre_n of_o the_o star_n and_o so_o it_o shall_v show_v in_o the_o ecliptic_a the_o sign_n and_o degree_n of_o longitude_n of_o the_o latitude_n as_o it_o be_v take_v on_o the_o celestial_a globe_n 5._o it_o be_v account_v in_o a_o great_a circle_n distant_a from_o the_o ecliptic_a towards_o either_o pole_n thereof_o therefore_o the_o sun_n or_o any_o star_n be_v in_o the_o ecliptic_a have_v no_o latitude_n but_o the_o moon_n ☽_o or_o any_o other_o planet_n be_v not_o in_o the_o dragon_n head_n ☊_o or_o dragon_n tail_n ☋_o or_o other_o star_n be_v not_o in_o the_o ecliptic_a be_v say_v to_o have_v latitude_n so_o many_o degree_n as_o they_o be_v distant_a from_o the_o ecliptic_a towards_o either_o pole_n thereof_o which_o to_o find_v lay_v one_o end_n of_o the_o quadrant_n of_o altitude_n upon_o the_o pole_n of_o the_o ecliptic_a and_o the_o graduated_a edge_n thereof_o upon_o the_o centre_n of_o the_o star_n then_o may_v you_o see_v how_o many_o degree_n thereof_o be_v contain_v between_o the_o star_n and_o the_o ecliptic_a and_o that_o be_v the_o latitude_n thereof_o but_o if_o you_o want_v the_o quadrant_n of_o altitude_n then_o take_v a_o pair_n of_o compass_n and_o set_v one_o point_n in_o the_o centre_n of_o the_o star_n extend_v the_o other_o till_o in_o the_o near_a distance_n it_o touch_v the_o ecliptic_a and_o the_o compass_n so_o open_v and_o apply_v â—o_o the_o equinoctial_a shall_v show_v how_o many_o degree_n the_o latitude_n be_v here_o note_v that_o the_o declination_n and_o right_a ascension_n of_o â—he_n sun_n and_o star_n have_v respect_n to_o the_o equinoctial_a but_o their_o longitude_n and_o latitude_n have_v â—espect_n to_o the_o ecliptic_a to_o rectify_v the_o globe_n according_a to_o the_o latitude_n of_o your_o place_n 6._o elevate_v the_o proper_a pole_n so_o far_o above_o the_o horizon_n as_o the_o latitude_n of_o the_o place_n propose_v â—y_a move_v the_o pole_n of_o the_o globe_n so_o high_a by_o â—he_n help_v of_o the_o degree_n of_o the_o meridian_n but_o to_o rectify_v for_o the_o sun_n place_n be_v 7._o after_o the_o former_a rectification_n to_o bring_v â—he_v sun_n place_n in_o the_o ecliptic_a to_o the_o meridian_n turn_v up_o the_o index_n of_o the_o hour_n wheel_n 〈◊〉_d 12_o at_o noon_n and_o to_o rectify_v for_o the_o zenith_n be_v 8._o after_o the_o first_o rectification_n to_o fasten_v the_o â—ut_v or_o screw_n of_o the_o quadrant_n of_o altitude_n at_o â—he_n zenith_n that_o be_v so_o many_o degree_n from_o the_o equinoctial_a as_o the_o pole_n be_v elevate_v to_o find_v the_o amplitude_n of_o the_o sun_n or_o any_o star_n that_o rise_v and_o set_v 9_o the_o amplitude_n be_v the_o horizontal_n distance_n 〈◊〉_d rise_a or_o set_v from_o the_o true_a point_n of_o east_n â—nd_v west_n which_o to_o find_v rectify_v the_o globe_n by_o the_o sixth_o proposition_n according_a to_o the_o latitude_n and_o bring_v the_o degree_n of_o the_o sun_n in_o the_o ecliptic_a or_o centre_n of_o the_o star_n to_o the_o horizon_n anâ—_n therein_o see_v how_o many_o degree_n it_o be_v from_o thâ—_n east_n or_o west_n to_o find_v what_o star_n do_v not_o set_v in_o any_o latitude_n 10._o by_o the_o sixth_o prop._n rectify_v according_o 〈◊〉_d to_o the_o latitude_n and_o turn_v about_o the_o globâ—_n mark_v what_o star_n pass_v between_o the_o elevateâ—_n pole_n and_o the_o horizon_n for_o those_o if_o the_o norâ—…_n pole_n be_v elevate_v be_v contain_v within_o thâ—…_n arctic_a circle_n and_o can_v set_v for_o the_o articâ—…_n circle_n as_o heretofore_o it_o have_v be_v take_v â—…_n draw_v upon_o the_o north_n pole_n through_o the_o 〈◊〉_d north_n point_n of_o the_o horizon_n to_o find_v the_o time_n when_o the_o sun_n or_o any_o star_n rise_v or_o set_v 11._o by_o the_o seven_o prop._n rectify_v for_o thâ—…_n sun_n place_n and_o move_v the_o degree_n of_o the_o suâ—…_n or_o centre_n of_o the_o star_n to_o the_o east_n or_o west_n paâ—…_n of_o the_o horizon_n and_o then_o the_o index_n of_o thâ—…_n hour_n wheel_n shall_v show_v the_o time_n to_o find_v how_o the_o constellation_n be_v situate_a at_o any_o time_n of_o the_o night_n 12._o by_o the_o seven_o prop._n rectify_v for_o thâ—…_n sun_n place_n and_o move_v about_o the_o globe_n till_o thâ—…_n index_n come_v to_o the_o hour_n desire_v and_o theâ—…_n hold_v the_o globe_n to_o show_v the_o present_a scituatioâ—…_n of_o the_o constellation_n to_o find_v the_o oblique_a ascension_n of_o the_o sun_n or_o any_o star_n that_o rise_v or_o set_v 13._o by_o the_o sixth_o prop._n rectify_v for_o the_o latitude_n and_o bring_v the_o degree_n of_o the_o sun_n or_o cenâ—er_n of_o the_o star_n to_o the_o east_n part_n of_o the_o horizon_n â—nd_v observe_v the_o degree_n of_o the_o equinoctial_a â—hich_v rise_v with_o it_o for_o the_o arch_n of_o the_o equinoctial_a contain_v between_o the_o first_o point_n of_o aâ—â—es_n ♈_o and_o the_o point_n of_o the_o equinoctial_a so_o ascend_v be_v call_v the_o oblique_a ascension_n to_o find_v the_o ascentional_a difference_n of_o the_o sun_n ☉_o 14._o by_o the_o three_o prop._n find_v the_o right_a ascension_n and_o again_o by_o the_o thirteen_o prop._n find_v â—â—e_z oblique_a ascension_n thereof_o and_o subtract_v the_o â—ffer_n of_o they_o from_o the_o great_a and_o the_o reâ—ain_n be_v the_o difference_n of_o ascention_n for_o the_o difference_n of_o ascension_n be_v only_o the_o difference_n between_o the_o right_n &_o oblique_a ascension_n where_o â—ore_o that_o the_o difference_n of_o ascention_n be_v a_o â—â—ch_a of_o the_o equinoctial_a and_o be_v always_o the_o â—â—ne_n of_o the_o sun_n rise_v before_o 6_o and_z after_z 6_o the_o â—â—e_z of_o the_o year_n be_v consider_v hereby_o 15._o to_o get_v the_o time_n of_o the_o sun_n rise_v to_o a_o nute_n of_o a_o hour_n turn_v the_o ascentional_a difâ—ence_n into_o time_n allow_v 15_o gr_n thereof_o to_o â—â—ery_a hour_n and_o to_o every_o degree_n 4_o minute_n of_o 〈◊〉_d hour_n and_o if_o the_o sun_n be_v in_o the_o northern_a â—â—gnes_n the_o ascentional_a difference_n be_v the_o time_n of_o the_o sun_n rise_v before_o 6_o a_o clock_n if_o in_o thâ—_n southern_a then_o after_o 6_o a_o clock_n again_o 16._o have_v the_o time_n of_o the_o sun_n rise_v before_z or_o after_z 6_o a_o clock_n you_o may_v get_v the_o lengt_fw-fr of_o the_o artificial_a day_n that_o be_v the_o time_n of_o thâ—_n sun_n continuance_n above_o the_o horizon_n if_o thâ—_n sun_n declination_n be_v north_n add_v it_o to_o 6_o if_o sout_fw-mi subtract_v it_o from_o 6_o and_o so_o shall_v come_v forth_o thâ—_n semidiurnal_a arch_n this_o double_v give_v thâ—_n length_n of_o the_o artificial_a day_n but_o if_o