From c5f34d3ab8eb94f2b1f2820affa7164db16cc73b Mon Sep 17 00:00:00 2001 From: starainrt Date: Fri, 6 May 2022 12:42:01 +0800 Subject: [PATCH] add star fn --- basic/all_test.go | 2 +- basic/cst.go | 290 ++ basic/cst_test.go | 24 + basic/star.go | 344 +- basic/star_test.go | 23 +- basic/stardat.go | 9278 +++++++++++++++++++++++++++++++++++++++++ basic/stardat_test.go | 19 + basic/sun.go | 13 +- basic/sun_test.go | 12 +- go.mod | 3 + star/star.go | 1 - 11 files changed, 9689 insertions(+), 320 deletions(-) create mode 100644 basic/cst.go create mode 100644 basic/cst_test.go create mode 100644 basic/stardat.go create mode 100644 basic/stardat_test.go create mode 100644 go.mod diff --git a/basic/all_test.go b/basic/all_test.go index aceb76f..bf9a1c9 100644 --- a/basic/all_test.go +++ b/basic/all_test.go @@ -32,7 +32,7 @@ func show() { fmt.Println("当前昏影 -6：", JDE2Date(GetBanTime(jde, 115, 32, 8, -6))) fmt.Println("当前昏影 -12：", JDE2Date(GetBanTime(jde, 115, 32, 8, -12))) fmt.Print("农历：") - fmt.Println(GetLunar(2019, 10, 23)) + fmt.Println(GetLunar(2019, 10, 23, 8.0/24.0)) fmt.Println("当前月出：", JDE2Date(GetMoonRiseTime(jde, 115, 32, 8, 1, 10))) fmt.Println("当前月落：", JDE2Date(GetMoonDownTime(jde, 115, 32, 8, 1, 10))) fmt.Println("月相：", MoonLight(jde-8.0/24.0)) diff --git a/basic/cst.go b/basic/cst.go new file mode 100644 index 0000000..685f5f5 --- /dev/null +++ b/basic/cst.go @@ -0,0 +1,290 @@ +package basic + +import ( + . "b612.me/astro/tools" +) + +type cst struct { + RA float64 //赤经 + DEC float64 //赤纬 +} + +var cstLists map[string][]cst + +func initCstData() { + cstLists = make(map[string][]cst, 89) + cstLists["AND"] = []cst{cst{344.46530375, 35.1682358}, cst{344.34285125, 53.1680298}, cst{351.45289375, 53.1870041}, cst{351.4656825, 50.6870193}, cst{355.27055708333, 50.6929131}, cst{355.27607875, 48.6929169}, cst{4.1463675, 48.6949348}, cst{4.14327875, 46.6949348}, cst{14.776077083333, 46.6757545}, cst{14.7888675, 48.6757393}, cst{18.588407916667, 48.6632690}, cst{18.60590375, 50.6632347}, cst{22.40793625, 50.6478767}, cst{26.96852375, 50.6257439}, cst{26.931439583333, 47.6258430}, cst{32.62149125, 47.5927505}, cst{32.67380125, 51.0925827}, cst{39.88547875, 51.0423737}, cst{39.67934125, 37.2931557}, cst{31.87109125, 37.3470840}, cst{31.854250416667, 35.5971375}, cst{22.910835, 35.6453362}, cst{22.89742625, 33.6453705}, cst{12.44306375, 33.6818962}, cst{12.41349125, 24.4319324}, cst{14.424064583333, 24.4266243}, cst{14.414815416667, 21.6766376}, cst{3.73992125, 21.6951923}, cst{3.7406445833333, 22.6951923}, cst{2.61001625, 22.6957588}, cst{2.6128425, 28.6957588}, cst{1.60621625, 28.6960354}, cst{1.6069770833333, 32.0293655}, cst{357.82874125, 32.0285034}, cst{357.8280825, 32.7785072}, cst{354.04915791667, 32.7746468}, cst{354.04417958333, 35.1913109}} + cstLists["ANT"] = []cst{cst{141.904335, -24.5425186}, cst{141.77159875, -37.2920151}, cst{141.73406125, -40.2918739}, cst{166.45650458333, -40.4246216}, cst{166.47936291667, -35.6746559}, cst{163.95851541667, -35.6664963}, cst{163.977885, -31.8332005}, cst{160.20137875, -31.8185863}, cst{160.21289375, -29.8186131}, cst{155.18132708333, -29.7947845}, cst{155.1993375, -27.1281624}, cst{147.65928291667, -27.0835037}, cst{147.67968125, -24.5835705}} + cstLists["APS"] = []cst{cst{209.11110875, -83.1200714}, cst{276.86599791667, -82.4582748}, cst{274.19506041667, -74.9745178}, cst{273.28007708333, -67.4800797}, cst{265.77572875, -67.5711060}, cst{258.2424825, -67.6610870}, cst{258.47067875, -70.1597443}, cst{224.16644125, -70.5115433}, cst{207.46087041667, -70.6244431}, cst{207.78143375, -75.6235962}} + cstLists["AQR"] = []cst{cst{309.59884625, 0.4361772}, cst{309.5798775, 2.4360874}, cst{314.08109708333, 2.4773185}, cst{321.58347125, 2.5393796}, cst{323.58427041667, 2.5544112}, cst{323.57874875, 3.3043909}, cst{326.58021875, 3.3256676}, cst{326.58708625, 2.3256910}, cst{331.588755, 2.3576119}, cst{331.58726708333, 2.6076074}, cst{342.84221708333, 2.6622071}, cst{342.8497125, 0.6622211}, cst{342.86470375, -3.3377509}, cst{359.10221125, -3.3042023}, cst{359.10329875, -6.3042021}, cst{359.11056458333, -24.8042011}, cst{346.68096625, -24.8250446}, cst{329.77028875, -24.9040413}, cst{329.6561625, -8.4043999}, cst{321.668415, -8.4602947}, cst{321.71645125, -14.4601107}, cst{309.74390125, -14.5631361}, cst{309.68464791667, -8.5634165}} + cstLists["AQL"] = []cst{cst{280.35020875, 0.1154895}, cst{280.3262325, 2.1153460}, cst{284.57642541667, 2.1659052}, cst{284.525985, 6.4156075}, cst{281.45856875, 6.3791943}, cst{281.388045, 12.1287737}, cst{284.45626208333, 12.1651964}, cst{284.37363625, 18.6647091}, cst{286.37549375, 18.6882229}, cst{286.4054775, 16.3550682}, cst{298.92116541667, 16.4957294}, cst{298.926, 16.0790844}, cst{303.5589975, 16.1275158}, cst{303.636675, 8.8779116}, cst{306.01395625, 8.9018240}, cst{306.07910125, 2.4021468}, cst{309.5798775, 2.4360874}, cst{309.59884625, 0.4361772}, cst{309.68464791667, -8.5634165}, cst{301.69369625, -8.6430750}, cst{301.72636958333, -11.6762342}, cst{284.74405375, -11.8664360}, cst{284.64729291667, -3.8336766}, cst{280.3981875, -3.8842230}} + cstLists["ARA"] = []cst{cst{249.03468125, -60.2644577}, cst{248.57062375, -45.7670517}, cst{269.80928375, -45.5163460}, cst{272.3090175, -45.4859734}, cst{272.67225291667, -56.9837723}, cst{265.16818958333, -57.0747757}, cst{265.77572875, -67.5711060}, cst{258.2424825, -67.6610870}, cst{255.72498291667, -67.6905823}, cst{255.5423925, -65.1916428}, cst{254.28351458333, -65.2062531}, cst{254.1951375, -63.7900925}, cst{251.67632125, -63.8189964}, cst{251.53784708333, -61.2364578}, cst{249.08163, -61.2641945}} + cstLists["ARI"] = []cst{cst{31.6652475, 10.5143948}, cst{26.65573375, 10.5432396}, cst{26.744674583333, 25.6263351}, cst{30.51371125, 25.6050701}, cst{30.53061625, 27.8550186}, cst{38.07014875, 27.8047638}, cst{38.10319375, 31.2213154}, cst{42.62838, 31.1865025}, cst{52.426667916667, 31.1003609}, cst{52.2906225, 19.4343338}, cst{51.037234583333, 19.4461136}, cst{50.94641125, 10.3632069}} + cstLists["AUR"] = []cst{cst{69.4869375, 30.9218750}, cst{69.57384125, 36.2547150}, cst{72.45734375, 36.2218513}, cst{72.840285, 52.7196465}, cst{77.484762083333, 52.6655540}, cst{77.606764583333, 56.1648331}, cst{94.13108875, 55.9658089}, cst{94.05736625, 53.9662552}, cst{100.04603125, 53.8938293}, cst{99.919459583333, 49.8945885}, cst{104.40635875, 49.8410034}, cst{104.26530291667, 44.3418388}, cst{112.73412458333, 44.2435493}, cst{112.56071875, 35.2445297}, cst{100.09027625, 35.3905640}, cst{99.965657916667, 27.8913116}, cst{90.22107125, 28.0092907}, cst{90.228902916667, 28.5092430}, cst{73.212475416667, 28.7124405}, cst{73.235342916667, 30.2123089}, cst{69.47678875, 30.2552605}} + cstLists["BOO"] = []cst{cst{227.78148625, 7.5253930}, cst{204.06384875, 7.3605771}, cst{204.02893041667, 14.3604937}, cst{203.95387208333, 27.8603134}, cst{210.7888275, 27.8976517}, cst{210.77085875, 30.1475964}, cst{211.88893375, 30.1545391}, cst{211.69873208333, 47.9039383}, cst{211.58439125, 54.9035759}, cst{217.25124875, 54.9422379}, cst{229.59105458333, 55.0448647}, cst{229.65737375, 52.5451736}, cst{237.08447375, 52.6174774}, cst{237.12458541667, 51.1176796}, cst{237.36542708333, 39.6189079}, cst{232.64365208333, 39.5721130}, cst{232.74697791667, 32.5726128}, cst{229.01591875, 32.5376778}, cst{229.09951625, 25.5380573}, cst{227.60549125, 25.5246105}} + cstLists["CAE"] = []cst{cst{65.0764125, -39.7007294}, cst{64.88238625, -48.6996651}, cst{68.362247916667, -48.7384491}, cst{68.42409625, -46.2387962}, cst{73.402082916667, -46.2959023}, cst{73.482370416667, -42.7963676}, cst{75.97444375, -42.8255501}, cst{76.2549375, -27.0772038}, cst{73.75929625, -27.0479794}, cst{71.76333125, -27.0248775}, cst{71.72241875, -29.7746429}, cst{69.97665125, -29.7546597}, cst{69.862375416667, -36.7540054}, cst{65.12985, -36.7010231}} + cstLists["CAM"] = []cst{cst{94.13108875, 55.9658089}, cst{77.606764583333, 56.1648331}, cst{77.484762083333, 52.6655540}, cst{72.840285, 52.7196465}, cst{52.31308625, 52.9366074}, cst{52.381900416667, 55.4362831}, cst{49.8540225, 55.4596519}, cst{49.91349625, 57.4593849}, cst{48.90093, 57.4684982}, cst{49.3954575, 68.4662857}, cst{54.237034583333, 68.4214401}, cst{55.30874875, 77.4163132}, cst{56.726209583333, 77.4025955}, cst{57.53049, 80.3986664}, cst{80.488894583333, 80.1478500}, cst{84.536117916667, 85.1239471}, cst{127.953615, 84.6103745}, cst{130.40275041667, 86.0975418}, cst{213.0229575, 85.9308090}, cst{216.78285625, 79.4449844}, cst{203.80918958333, 79.3629303}, cst{204.15701875, 76.3638153}, cst{195.8206125, 76.3289108}, cst{174.43479625, 76.3084106}, cst{174.53158375, 79.3083420}, cst{162.81859791667, 79.3401794}, cst{163.10541625, 81.3396072}, cst{142.191195, 81.4677658}, cst{140.61547375, 72.9741364}, cst{123.08622875, 73.1383743}, cst{122.12910125, 59.6433983}, cst{107.7531975, 59.8037262}, cst{107.8515525, 61.8031464}, cst{94.40745625, 61.9641266}} + cstLists["CNC"] = []cst{cst{140.40425875, 6.4700689}, cst{122.92139125, 6.6302376}, cst{120.54834291667, 6.6549850}, cst{120.5806725, 9.6548138}, cst{118.83248875, 9.6734257}, cst{118.87160541667, 13.1732168}, cst{118.94754458333, 19.6728077}, cst{120.07012375, 19.6608200}, cst{120.17164625, 27.6602821}, cst{121.91596958333, 27.6419144}, cst{121.99323125, 33.1415138}, cst{140.645985, 32.9691162}} + cstLists["CVN"] = []cst{cst{181.59450625, 33.3039627}, cst{181.59141625, 44.3039627}, cst{182.82643375, 44.3043365}, cst{182.8185225, 52.3043365}, cst{203.74239875, 52.3598061}, cst{203.79511375, 47.8599281}, cst{211.69873208333, 47.9039383}, cst{211.88893375, 30.1545391}, cst{210.77085875, 30.1475964}, cst{210.7888275, 27.8976517}, cst{203.95387208333, 27.8603134}, cst{200.22657458333, 27.8437748}, cst{200.20774791667, 31.3437366}, cst{186.55769375, 31.3074341}, cst{186.55426041667, 33.3074303}} + cstLists["CMA"] = []cst{cst{93.215625, -11.0301533}, cst{111.97339958333, -11.2521448}, cst{111.67719875, -33.2504692}, cst{99.903859583333, -33.1128159}, cst{92.899067916667, -33.0282326}, cst{92.99256625, -27.2787991}} + cstLists["CMI"] = []cst{cst{122.84900708333, -0.3693900}, cst{109.59966625, -0.2243290}, cst{109.61691875, 1.2755718}, cst{106.86739625, 1.3074419}, cst{106.91427458333, 5.3071680}, cst{106.66432208333, 5.3100886}, cst{106.71787958333, 9.8097754}, cst{106.7482275, 12.3095980}, cst{114.24100375, 12.2238722}, cst{114.2527275, 13.2238064}, cst{118.87160541667, 13.1732168}, cst{118.83248875, 9.6734257}, cst{120.5806725, 9.6548138}, cst{120.54834291667, 6.6549850}, cst{122.92139125, 6.6302376}} + cstLists["CAP"] = []cst{cst{309.68464791667, -8.5634165}, cst{301.69369625, -8.6430750}, cst{301.72636958333, -11.6762342}, cst{301.91596958333, -27.6419144}, cst{306.89795541667, -27.5913391}, cst{321.83163625, -27.4596672}, cst{321.80777541667, -24.9597607}, cst{329.77028875, -24.9040413}, cst{329.6561625, -8.4043999}, cst{321.668415, -8.4602947}, cst{321.71645125, -14.4601107}, cst{309.74390125, -14.5631361}} + cstLists["CAR"] = []cst{cst{170.15592125, -57.1843452}, cst{166.33725625, -57.1744423}, cst{133.32365541667, -56.9739723}, cst{133.38017375, -54.9742203}, cst{127.56711875, -54.9204712}, cst{127.60929125, -53.4206772}, cst{123.32011625, -53.3782196}, cst{123.38112875, -51.1285286}, cst{120.8616975, -51.1025848}, cst{90.748902083333, -50.7545471}, cst{90.693705, -52.5042114}, cst{93.19435375, -52.5345764}, cst{93.1074, -55.0340500}, cst{98.114275416667, -55.0945587}, cst{97.995077916667, -58.0938416}, cst{103.01111708333, -58.1537018}, cst{102.70331375, -64.1518784}, cst{136.09472708333, -64.4990387}, cst{135.24368708333, -75.4954681}, cst{169.85697291667, -75.6840134}, cst{170.08481125, -64.6842651}} + cstLists["CAS"] = []cst{cst{344.34285125, 53.1680298}, cst{344.30402708333, 56.9179611}, cst{344.26912375, 59.7512321}, cst{348.85966375, 59.7646751}, cst{348.81649041667, 63.6812897}, cst{355.21757125, 63.6928787}, cst{355.19785958333, 66.6928711}, cst{6.76376375, 66.6924438}, cst{6.92291375, 77.6923447}, cst{55.30874875, 77.4163132}, cst{54.237034583333, 68.4214401}, cst{49.3954575, 68.4662857}, cst{48.90093, 57.4684982}, cst{38.762337083333, 57.5513000}, cst{38.802355416667, 59.0511551}, cst{30.795625416667, 59.1046104}, cst{30.77362375, 58.1046753}, cst{27.5952225, 58.1227188}, cst{27.53364125, 54.6228828}, cst{22.45601375, 54.6477699}, cst{22.40793625, 50.6478767}, cst{18.60590375, 50.6632347}, cst{18.588407916667, 48.6632690}, cst{14.7888675, 48.6757393}, cst{14.776077083333, 46.6757545}, cst{4.14327875, 46.6949348}, cst{4.1463675, 48.6949348}, cst{355.27607875, 48.6929169}, cst{355.27055708333, 50.6929131}, cst{351.4656825, 50.6870193}, cst{351.45289375, 53.1870041}} + cstLists["CEN"] = []cst{cst{166.47936291667, -35.6746559}, cst{166.45650458333, -40.4246216}, cst{166.33725625, -57.1744423}, cst{170.15592125, -57.1843452}, cst{170.08481125, -64.6842651}, cst{179.05736375, -64.6957855}, cst{179.07076791667, -55.6957932}, cst{194.33451125, -55.6771049}, cst{194.43838041667, -64.6769638}, cst{204.68028625, -64.6379395}, cst{220.51497458333, -64.5390244}, cst{220.23446541667, -55.5400887}, cst{214.65681625, -55.5799522}, cst{214.45026458333, -42.5806465}, cst{225.79627958333, -42.4941750}, cst{225.63076958333, -29.9948788}, cst{190.41739958333, -30.1863899}, cst{190.42719875, -33.6863785}, cst{185.38743458333, -33.6938934}, cst{185.39029625, -35.6938896}} + cstLists["CEP"] = []cst{cst{300.5732625, 59.8510780}, cst{300.48520041667, 61.8506203}, cst{306.8118675, 61.9143791}, cst{306.51738125, 67.4129562}, cst{310.33401458333, 67.4490280}, cst{309.57304041667, 75.4455261}, cst{301.87339791667, 75.3708725}, cst{300.6738, 80.3647766}, cst{313.70587375, 80.4867859}, cst{308.72097, 86.4656219}, cst{308.33135541667, 86.6306305}, cst{343.51066625, 86.8368912}, cst{339.26098791667, 88.6638870}, cst{135.83247125, 87.5689163}, cst{130.40275041667, 86.0975418}, cst{127.953615, 84.6103745}, cst{84.536117916667, 85.1239471}, cst{80.488894583333, 80.1478500}, cst{57.53049, 80.3986664}, cst{56.726209583333, 77.4025955}, cst{55.30874875, 77.4163132}, cst{6.92291375, 77.6923447}, cst{6.76376375, 66.6924438}, cst{355.19785958333, 66.6928711}, cst{355.21757125, 63.6928787}, cst{348.81649041667, 63.6812897}, cst{348.85966375, 59.7646751}, cst{344.26912375, 59.7512321}, cst{344.30402708333, 56.9179611}, cst{335.91093, 56.8825760}, cst{335.93130125, 55.6326256}, cst{333.13762625, 55.6178436}, cst{333.17467625, 53.3679428}, cst{330.63921, 53.3532715}, cst{330.60218875, 55.4364891}, cst{309.83136125, 55.2753258}, cst{309.62379458333, 61.3576965}, cst{308.66080375, 61.3486443}, cst{308.71659291667, 59.9322395}} + cstLists["CET"] = []cst{cst{6.60132875, 0.6925398}, cst{6.6037875, 2.6925383}, cst{31.61526625, 2.5978806}, cst{31.6652475, 10.5143948}, cst{50.94641125, 10.3632069}, cst{50.85298375, 0.4469725}, cst{50.836682916667, -1.3029516}, cst{41.33922125, -1.2210265}, cst{41.14875875, -23.8536034}, cst{26.46599875, -23.7562580}, cst{26.45888875, -24.8729095}, cst{359.11056458333, -24.8042011}, cst{359.10329875, -6.3042021}, cst{6.5927025, -6.3074551}} + cstLists["CHA"] = []cst{cst{111.65211458333, -82.7758865}, cst{209.11110875, -83.1200714}, cst{207.78143375, -75.6235962}, cst{169.85697291667, -75.6840134}, cst{135.24368708333, -75.4954681}, cst{114.21470375, -75.2899170}} + cstLists["CIR"] = []cst{cst{204.68028625, -64.6379395}, cst{204.70747958333, -65.6378784}, cst{207.26802291667, -65.6249542}, cst{207.46087041667, -70.6244431}, cst{224.16644125, -70.5115433}, cst{224.00363375, -68.0122070}, cst{226.55712625, -67.9909286}, cst{226.35353541667, -64.0751266}, cst{230.16657875, -64.0415649}, cst{230.05456958333, -61.4587479}, cst{232.58976458333, -61.4353065}, cst{232.5498675, -60.4354935}, cst{232.38191125, -55.4362831}, cst{228.08351125, -55.4754944}, cst{220.23446541667, -55.5400887}, cst{220.51497458333, -64.5390244}} + cstLists["COL"] = []cst{cst{75.97444375, -42.8255501}, cst{76.2549375, -27.0772038}, cst{92.99256625, -27.2787991}, cst{92.899067916667, -33.0282326}, cst{99.903859583333, -33.1128159}, cst{99.70891625, -43.1116486}, cst{90.951777083333, -43.0057793}} + cstLists["COM"] = []cst{cst{179.60453541667, 13.3040485}, cst{179.60894125, 28.3040466}, cst{181.59566375, 28.3039627}, cst{181.59450625, 33.3039627}, cst{186.55426041667, 33.3074303}, cst{186.55769375, 31.3074341}, cst{200.20774791667, 31.3437366}, cst{200.22657458333, 27.8437748}, cst{203.95387208333, 27.8603134}, cst{204.02893041667, 14.3604937}, cst{194.05906625, 14.3225088}, cst{194.0620275, 13.3225126}} + cstLists["CRA"] = []cst{cst{269.62546375, -37.0174599}, cst{289.59631958333, -36.7785645}, cst{289.76964, -45.2775650}, cst{272.3090175, -45.4859734}, cst{269.80928375, -45.5163460}} + cstLists["CRB"] = []cst{cst{229.09951625, 25.5380573}, cst{229.01591875, 32.5376778}, cst{232.74697791667, 32.5726128}, cst{232.64365208333, 39.5721130}, cst{237.36542708333, 39.6189079}, cst{246.07194875, 39.7117195}, cst{246.2798025, 26.7128716}, cst{243.78670625, 26.6855240}, cst{243.8001825, 25.6855946}, cst{241.80573458333, 25.6641407}} + cstLists["CRV"] = []cst{cst{194.1330525, -11.6773882}, cst{179.09676, -11.6957970}, cst{179.09131041667, -25.1957951}, cst{190.404525, -25.1864014}, cst{190.3985025, -22.6864090}, cst{194.16687, -22.6773415}} + cstLists["CRT"] = []cst{cst{162.82713875, -6.6621790}, cst{162.80791375, -11.6621428}, cst{162.77554041667, -19.6620827}, cst{164.03058625, -19.6666222}, cst{164.00808291667, -25.1665821}, cst{179.09131041667, -25.1957951}, cst{179.09676, -11.6957970}, cst{179.09860625, -6.6957974}, cst{174.34229875, -6.6916924}} + cstLists["CRU"] = []cst{cst{179.07076791667, -55.6957932}, cst{179.05736375, -64.6957855}, cst{194.43838041667, -64.6769638}, cst{194.33451125, -55.6771049}} + cstLists["CYG"] = []cst{cst{290.13264625, 27.7324085}, cst{290.0952525, 30.2321968}, cst{291.5987775, 30.2493153}, cst{291.49260458333, 36.7487144}, cst{292.11965541667, 36.7558022}, cst{291.9835275, 43.7550354}, cst{288.47030708333, 43.7149391}, cst{288.37552041667, 47.7143936}, cst{287.1206475, 47.6998672}, cst{286.87645958333, 55.6984482}, cst{291.90459291667, 55.7560043}, cst{291.80955, 58.2554703}, cst{297.10055375, 58.3138733}, cst{297.03924125, 59.8135414}, cst{300.5732625, 59.8510780}, cst{308.71659291667, 59.9322395}, cst{308.66080375, 61.3486443}, cst{309.62379458333, 61.3576965}, cst{309.83136125, 55.2753258}, cst{330.60218875, 55.4364891}, cst{330.63921, 53.3532715}, cst{330.76266291667, 44.6036453}, cst{329.87860625, 44.5982513}, cst{329.88163958333, 44.3482628}, cst{329.37664041667, 44.3451195}, cst{329.4610125, 36.5953827}, cst{327.319965, 36.5815468}, cst{327.39518125, 28.5817947}, cst{322.62016375, 28.5480537}, cst{315.08391458333, 28.4871883}, cst{315.07258375, 29.4871387}, cst{296.25094375, 29.3010578}, cst{296.27220125, 27.8011742}} + cstLists["DEL"] = []cst{cst{309.5798775, 2.4360874}, cst{306.07910125, 2.4021468}, cst{306.01395625, 8.9018240}, cst{303.636675, 8.8779116}, cst{303.5589975, 16.1275158}, cst{305.18694875, 16.1439629}, cst{305.13404875, 20.8936996}, cst{309.89693708333, 20.9399471}, cst{309.907665, 19.9399967}, cst{317.17878291667, 20.0046406}, cst{317.24836375, 12.3382607}, cst{314.61859625, 12.3157644}, cst{314.67109625, 6.4826641}, cst{314.045505, 6.4771614}, cst{314.08109708333, 2.4773185}} + cstLists["DOR"] = []cst{cst{58.318787916667, -52.7968445}, cst{60.79789625, -52.8228111}, cst{60.69291875, -56.1555862}, cst{65.6504625, -56.2093849}, cst{65.55459, -58.7088547}, cst{69.274534583333, -58.7506638}, cst{68.79401875, -67.2479248}, cst{68.58152375, -69.7467194}, cst{98.454422916667, -70.1041336}, cst{98.93724875, -64.1070251}, cst{90.173642916667, -64.0010529}, cst{90.34506125, -61.0020981}, cst{82.85761375, -60.9112892}, cst{83.01880375, -57.4122620}, cst{75.547742916667, -57.3230400}, cst{75.6770175, -53.8238029}, cst{68.217745416667, -53.7376366}, cst{68.362247916667, -48.7384491}, cst{64.88238625, -48.6996651}, cst{62.149907916667, -48.6699715}, cst{62.098639583333, -50.6697006}, cst{58.37716625, -50.6304779}} + cstLists["DRA"] = []cst{cst{140.61547375, 72.9741364}, cst{142.191195, 81.4677658}, cst{163.10541625, 81.3396072}, cst{162.81859791667, 79.3401794}, cst{174.53158375, 79.3083420}, cst{174.43479625, 76.3084106}, cst{195.8206125, 76.3289108}, cst{196.09747375, 69.3293610}, cst{210.65081125, 69.3991165}, cst{210.82055541667, 65.3996506}, cst{235.32956541667, 65.6023483}, cst{235.05063, 69.6009445}, cst{247.8410625, 69.7383041}, cst{247.2207075, 74.7347870}, cst{261.53663708333, 74.9033127}, cst{260.21790458333, 79.8953476}, cst{267.65602041667, 79.9857483}, cst{261.72223041667, 85.9495697}, cst{308.72097, 86.4656219}, cst{313.70587375, 80.4867859}, cst{300.6738, 80.3647766}, cst{301.87339791667, 75.3708725}, cst{309.57304041667, 75.4455261}, cst{310.33401458333, 67.4490280}, cst{306.51738125, 67.4129562}, cst{306.8118675, 61.9143791}, cst{300.48520041667, 61.8506203}, cst{300.5732625, 59.8510780}, cst{297.03924125, 59.8135414}, cst{297.10055375, 58.3138733}, cst{291.80955, 58.2554703}, cst{291.90459291667, 55.7560043}, cst{286.87645958333, 55.6984482}, cst{287.1206475, 47.6998672}, cst{274.34237541667, 47.5476036}, cst{274.25768875, 50.5470886}, cst{255.7863525, 50.3244438}, cst{255.75682625, 51.3242683}, cst{237.12458541667, 51.1176796}, cst{237.08447375, 52.6174774}, cst{229.65737375, 52.5451736}, cst{229.59105458333, 55.0448647}, cst{217.25124875, 54.9422379}, cst{217.04525375, 62.4414825}, cst{203.57364125, 62.3593979}, cst{203.55053875, 63.3593445}, cst{181.58155958333, 63.3039627}, cst{181.57925541667, 65.8039627}, cst{171.84934625, 65.8126068}, cst{171.96136958333, 72.8125000}} + cstLists["EQU"] = []cst{cst{314.08109708333, 2.4773185}, cst{314.045505, 6.4771614}, cst{314.67109625, 6.4826641}, cst{314.61859625, 12.3157644}, cst{317.24836375, 12.3382607}, cst{318.25026458333, 12.3465548}, cst{318.244515, 13.0132008}, cst{321.50110208333, 13.0390635}, cst{321.58347125, 2.5393796}} + cstLists["ERI"] = []cst{cst{55.352905416667, 0.4037257}, cst{70.852360416667, 0.2375014}, cst{71.60231375, 0.2289162}, cst{71.55635875, -3.7708201}, cst{77.804395416667, -3.8437285}, cst{77.72003125, -10.8432293}, cst{75.22175125, -10.8138046}, cst{75.178714583333, -14.3135529}, cst{73.929797916667, -14.2989721}, cst{73.75929625, -27.0479794}, cst{71.76333125, -27.0248775}, cst{71.72241875, -29.7746429}, cst{69.97665125, -29.7546597}, cst{69.862375416667, -36.7540054}, cst{65.12985, -36.7010231}, cst{65.0764125, -39.7007294}, cst{59.105884583333, -39.6368256}, cst{59.031364583333, -43.6364403}, cst{52.3267725, -43.5694046}, cst{52.2890025, -45.5692215}, cst{46.09077125, -45.5124779}, cst{46.03451375, -48.5122337}, cst{41.08530875, -48.4710045}, cst{41.04769375, -50.4708595}, cst{37.34121, -50.4425697}, cst{37.28334625, -53.4423561}, cst{33.58414375, -53.4164696}, cst{33.489424583333, -57.9161568}, cst{21.20622875, -57.8484154}, cst{21.2732625, -52.8485603}, cst{24.967354583333, -52.8658562}, cst{24.9938475, -50.8659210}, cst{28.693257083333, -50.8859215}, cst{28.738322916667, -47.5527229}, cst{36.1529475, -47.6004944}, cst{36.26401375, -39.4342155}, cst{46.187260416667, -39.5128975}, cst{46.193322083333, -39.0962563}, cst{53.64428375, -39.1650963}, cst{53.699605416667, -35.5820351}, cst{57.430512083333, -35.6192436}, cst{57.58890125, -24.0033779}, cst{41.14875875, -23.8536034}, cst{41.33922125, -1.2210265}, cst{50.836682916667, -1.3029516}, cst{55.335582083333, -1.3461887}} + cstLists["FOR"] = []cst{cst{26.46599875, -23.7562580}, cst{41.14875875, -23.8536034}, cst{57.58890125, -24.0033779}, cst{57.430512083333, -35.6192436}, cst{53.699605416667, -35.5820351}, cst{53.64428375, -39.1650963}, cst{46.193322083333, -39.0962563}, cst{46.187260416667, -39.5128975}, cst{36.26401375, -39.4342155}, cst{26.350727916667, -39.3726234}, cst{26.45888875, -24.8729095}} + cstLists["GEM"] = []cst{cst{96.37276375, 11.9332972}, cst{96.4439175, 17.4328651}, cst{95.069575416667, 17.4495068}, cst{95.1241275, 21.4491768}, cst{90.125155416667, 21.5098724}, cst{90.1440375, 22.8430862}, cst{90.22107125, 28.0092907}, cst{99.965657916667, 27.8913116}, cst{100.09027625, 35.3905640}, cst{112.56071875, 35.2445297}, cst{118.28970875, 35.1810532}, cst{118.25808, 33.1812286}, cst{121.99323125, 33.1415138}, cst{121.91596958333, 27.6419144}, cst{120.17164625, 27.6602821}, cst{120.07012375, 19.6608200}, cst{118.94754458333, 19.6728077}, cst{118.87160541667, 13.1732168}, cst{114.2527275, 13.2238064}, cst{114.24100375, 12.2238722}, cst{106.7482275, 12.3095980}, cst{106.71787958333, 9.8097754}, cst{105.71845958333, 9.8214874}, cst{105.742815, 11.8213453}} + cstLists["GRU"] = []cst{cst{321.92805291667, -36.4592972}, cst{322.04232125, -44.9588585}, cst{322.11736625, -49.4585724}, cst{331.998825, -49.3911743}, cst{332.113695, -56.3908348}, cst{351.76852208333, -56.3126869}, cst{351.69270458333, -39.3127594}, cst{351.6833775, -36.3127670}, cst{346.72751375, -36.3249741}} + cstLists["HER"] = []cst{cst{245.558595, 3.7033811}, cst{242.80966791667, 3.6735139}, cst{242.67663, 15.6728001}, cst{240.18107375, 15.6463346}, cst{240.1110075, 21.6459675}, cst{241.85657541667, 21.6644115}, cst{241.80573458333, 25.6641407}, cst{243.8001825, 25.6855946}, cst{243.78670625, 26.6855240}, cst{246.2798025, 26.7128716}, cst{246.07194875, 39.7117195}, cst{237.36542708333, 39.6189079}, cst{237.12458541667, 51.1176796}, cst{255.75682625, 51.3242683}, cst{255.7863525, 50.3244438}, cst{274.25768875, 50.5470886}, cst{274.34237541667, 47.5476036}, cst{273.46687375, 47.5369873}, cst{273.82438625, 30.0391560}, cst{276.70077291667, 30.0739765}, cst{276.76288625, 26.0743504}, cst{284.2698675, 26.1640968}, cst{284.27716208333, 25.6641407}, cst{284.33913291667, 21.2478352}, cst{284.37363625, 18.6647091}, cst{284.45626208333, 12.1651964}, cst{281.388045, 12.1287737}, cst{275.20308458333, 12.0543308}, cst{275.17327375, 14.3874788}, cst{260.17687791667, 14.2060347}, cst{260.19584708333, 12.7061481}, cst{252.7014825, 12.6179380}, cst{252.80590958333, 3.7852108}} + cstLists["HOR"] = []cst{cst{65.0764125, -39.7007294}, cst{64.88238625, -48.6996651}, cst{62.149907916667, -48.6699715}, cst{62.098639583333, -50.6697006}, cst{58.37716625, -50.6304779}, cst{58.318787916667, -52.7968445}, cst{53.365002083333, -52.7470779}, cst{53.23681625, -57.0797844}, cst{48.79113125, -57.0377846}, cst{48.362689583333, -67.0358200}, cst{33.202360416667, -66.9151917}, cst{33.489424583333, -57.9161568}, cst{33.58414375, -53.4164696}, cst{37.28334625, -53.4423561}, cst{37.34121, -50.4425697}, cst{41.04769375, -50.4708595}, cst{41.08530875, -48.4710045}, cst{46.03451375, -48.5122337}, cst{46.09077125, -45.5124779}, cst{52.2890025, -45.5692215}, cst{52.3267725, -43.5694046}, cst{59.031364583333, -43.6364403}, cst{59.105884583333, -39.6368256}} + cstLists["HYA"] = []cst{cst{122.84900708333, -0.3693900}, cst{122.92139125, 6.6302376}, cst{140.40425875, 6.4700689}, cst{145.39841708333, 6.4327669}, cst{145.34890625, -0.5670585}, cst{145.27027208333, -11.5667810}, cst{162.80791375, -11.6621428}, cst{162.77554041667, -19.6620827}, cst{164.03058625, -19.6666222}, cst{164.00808291667, -25.1665821}, cst{179.09131041667, -25.1957951}, cst{190.404525, -25.1864014}, cst{190.3985025, -22.6864090}, cst{194.16687, -22.6773415}, cst{215.51309125, -22.5727749}, cst{215.53369041667, -25.0727024}, cst{225.57655375, -24.9951096}, cst{225.63076958333, -29.9948788}, cst{190.41739958333, -30.1863899}, cst{190.42719875, -33.6863785}, cst{185.38743458333, -33.6938934}, cst{185.39029625, -35.6938896}, cst{166.47936291667, -35.6746559}, cst{163.95851541667, -35.6664963}, cst{163.977885, -31.8332005}, cst{160.20137875, -31.8185863}, cst{160.21289375, -29.8186131}, cst{155.18132708333, -29.7947845}, cst{155.1993375, -27.1281624}, cst{147.65928291667, -27.0835037}, cst{147.67968125, -24.5835705}, cst{141.904335, -24.5425186}, cst{137.63677625, -24.5086308}, cst{137.68497, -19.5088310}, cst{130.1635125, -19.4423733}, cst{130.18434, -17.4424706}, cst{126.92709458333, -17.4112568}, cst{126.98977958333, -11.4115648}, cst{122.73417875, -11.3687992}} + cstLists["HYI"] = []cst{cst{68.79401875, -67.2479248}, cst{68.58152375, -69.7467194}, cst{67.957485, -74.7431641}, cst{52.075782083333, -74.5741272}, cst{50.091655416667, -82.0644531}, cst{1.53339125, -81.8039551}, cst{1.5662970833333, -74.3039627}, cst{12.3324375, -74.3185730}, cst{12.295414583333, -75.3185272}, cst{20.654050416667, -75.3472214}, cst{21.20622875, -57.8484154}, cst{33.489424583333, -57.9161568}, cst{33.202360416667, -66.9151917}, cst{48.362689583333, -67.0358200}} + cstLists["IND"] = []cst{cst{323.1847575, -74.4544678}, cst{351.99783291667, -74.3124619}, cst{351.86139125, -66.8125992}, cst{332.3985675, -66.8899918}, cst{332.113695, -56.3908348}, cst{331.998825, -49.3911743}, cst{322.11736625, -49.4585724}, cst{322.04232125, -44.9588585}, cst{307.169295, -45.0900002}, cst{307.45880125, -56.5885773}, cst{307.56480125, -59.5880547}, cst{322.34865125, -59.4576836}} + cstLists["LAC"] = []cst{cst{329.4610125, 36.5953827}, cst{329.37664041667, 44.3451195}, cst{329.88163958333, 44.3482628}, cst{329.87860625, 44.5982513}, cst{330.76266291667, 44.6036453}, cst{330.63921, 53.3532715}, cst{333.17467625, 53.3679428}, cst{333.13762625, 55.6178436}, cst{335.93130125, 55.6326256}, cst{335.91093, 56.8825760}, cst{344.30402708333, 56.9179611}, cst{344.34285125, 53.1680298}, cst{344.46530375, 35.1682358}, cst{343.70919291667, 35.1656151}, cst{343.70653208333, 35.6656113}, cst{331.35955791667, 35.6069336}, cst{331.35046041667, 36.6069069}} + cstLists["LEO"] = []cst{cst{162.8497125, -0.6622211}, cst{162.87601958333, 6.3377299}, cst{145.39841708333, 6.4327669}, cst{140.40425875, 6.4700689}, cst{140.645985, 32.9691162}, cst{150.08438541667, 32.9022789}, cst{150.04234375, 27.9024086}, cst{159.23840125, 27.8529167}, cst{159.2108775, 22.8529778}, cst{162.94253875, 22.8376045}, cst{162.95149375, 24.8375893}, cst{166.6809375, 24.8250446}, cst{166.69399791667, 28.3250256}, cst{179.60894125, 28.3040466}, cst{179.60453541667, 13.3040485}, cst{179.60373458333, 10.3040485}, cst{174.36568791667, 10.3082914}, cst{174.35052458333, -0.6916979}, cst{174.34229875, -6.6916924}, cst{162.82713875, -6.6621790}} + cstLists["LMI"] = []cst{cst{140.645985, 32.9691162}, cst{140.72163125, 39.2188187}, cst{145.6819725, 39.1817665}, cst{145.70923791667, 41.4316750}, cst{154.37822375, 41.3773613}, cst{154.3594125, 39.3774109}, cst{163.52316875, 39.3356133}, cst{163.48940875, 33.3356781}, cst{166.71422541667, 33.3249931}, cst{166.69399791667, 28.3250256}, cst{166.6809375, 24.8250446}, cst{162.95149375, 24.8375893}, cst{162.94253875, 22.8376045}, cst{159.2108775, 22.8529778}, cst{159.23840125, 27.8529167}, cst{150.04234375, 27.9024086}, cst{150.08438541667, 32.9022789}} + cstLists["LEP"] = []cst{cst{73.75929625, -27.0479794}, cst{76.2549375, -27.0772038}, cst{92.99256625, -27.2787991}, cst{93.215625, -11.0301533}, cst{88.965790416667, -10.9785318}, cst{77.72003125, -10.8432293}, cst{75.22175125, -10.8138046}, cst{75.178714583333, -14.3135529}, cst{73.929797916667, -14.2989721}} + cstLists["LIB"] = []cst{cst{227.85301208333, -0.4742887}, cst{221.6030925, -0.5269387}, cst{221.66710791667, -8.5266848}, cst{215.40850625, -8.5731344}, cst{215.51309125, -22.5727749}, cst{215.53369041667, -25.0727024}, cst{225.57655375, -24.9951096}, cst{225.63076958333, -29.9948788}, cst{236.92998, -29.8896160}, cst{236.81306375, -20.3902016}, cst{240.57177625, -20.3516178}, cst{240.43727875, -8.3523235}, cst{240.38695375, -3.6025870}, cst{227.88195125, -3.7241600}} + cstLists["LUP"] = []cst{cst{214.65681625, -55.5799522}, cst{220.23446541667, -55.5400887}, cst{228.08351125, -55.4754944}, cst{228.05671625, -54.4756165}, cst{232.35337208333, -54.4364166}, cst{232.20724625, -48.4371071}, cst{237.24728125, -48.3880234}, cst{237.12458541667, -42.3886375}, cst{242.15280625, -42.3366776}, cst{241.94769875, -29.8377628}, cst{236.92998, -29.8896160}, cst{225.63076958333, -29.9948788}, cst{225.79627958333, -42.4941750}, cst{214.45026458333, -42.5806465}} + cstLists["LYN"] = []cst{cst{112.56071875, 35.2445297}, cst{112.73412458333, 44.2435493}, cst{104.26530291667, 44.3418388}, cst{104.40635875, 49.8410034}, cst{99.919459583333, 49.8945885}, cst{100.04603125, 53.8938293}, cst{94.05736625, 53.9662552}, cst{94.13108875, 55.9658089}, cst{94.40745625, 61.9641266}, cst{107.8515525, 61.8031464}, cst{107.7531975, 59.8037262}, cst{122.12910125, 59.6433983}, cst{128.79913375, 59.5759888}, cst{128.44010375, 46.5777283}, cst{139.59071125, 46.4782791}, cst{139.51249041667, 41.4785957}, cst{145.70923791667, 41.4316750}, cst{145.6819725, 39.1817665}, cst{140.72163125, 39.2188187}, cst{140.645985, 32.9691162}, cst{121.99323125, 33.1415138}, cst{118.25808, 33.1812286}, cst{118.28970875, 35.1810532}} + cstLists["LYR"] = []cst{cst{284.27716208333, 25.6641407}, cst{284.2698675, 26.1640968}, cst{276.76288625, 26.0743504}, cst{276.70077291667, 30.0739765}, cst{273.82438625, 30.0391560}, cst{273.46687375, 47.5369873}, cst{274.34237541667, 47.5476036}, cst{287.1206475, 47.6998672}, cst{288.37552041667, 47.7143936}, cst{288.47030708333, 43.7149391}, cst{291.9835275, 43.7550354}, cst{292.11965541667, 36.7558022}, cst{291.49260458333, 36.7487144}, cst{291.5987775, 30.2493153}, cst{290.0952525, 30.2321968}, cst{290.13264625, 27.7324085}, cst{290.16131375, 25.7325745}} + cstLists["MEN"] = []cst{cst{109.01970875, -85.2614441}, cst{48.23292, -84.5553818}, cst{50.091655416667, -82.0644531}, cst{52.075782083333, -74.5741272}, cst{67.957485, -74.7431641}, cst{68.58152375, -69.7467194}, cst{98.454422916667, -70.1041336}, cst{97.770709583333, -75.1000366}, cst{114.21470375, -75.2899170}, cst{111.65211458333, -82.7758865}} + cstLists["MIC"] = []cst{cst{306.89795541667, -27.5913391}, cst{321.83163625, -27.4596672}, cst{321.92805291667, -36.4592972}, cst{322.04232125, -44.9588585}, cst{307.169295, -45.0900002}} + cstLists["MON"] = []cst{cst{95.225680416667, -0.0537102}, cst{95.34803125, 9.9455481}, cst{96.347665416667, 9.9334478}, cst{96.37276375, 11.9332972}, cst{105.742815, 11.8213453}, cst{105.71845958333, 9.8214874}, cst{106.71787958333, 9.8097754}, cst{106.66432208333, 5.3100886}, cst{106.91427458333, 5.3071680}, cst{106.86739625, 1.3074419}, cst{109.61691875, 1.2755718}, cst{109.59966625, -0.2243290}, cst{122.84900708333, -0.3693900}, cst{122.73417875, -11.3687992}, cst{111.97339958333, -11.2521448}, cst{93.215625, -11.0301533}, cst{88.965790416667, -10.9785318}, cst{89.052372083333, -3.9790573}, cst{95.177142083333, -4.0534163}} + cstLists["MUS"] = []cst{cst{170.08481125, -64.6842651}, cst{169.85697291667, -75.6840134}, cst{207.78143375, -75.6235962}, cst{207.46087041667, -70.6244431}, cst{207.26802291667, -65.6249542}, cst{204.70747958333, -65.6378784}, cst{204.68028625, -64.6379395}, cst{194.43838041667, -64.6769638}, cst{179.05736375, -64.6957855}} + cstLists["NOR"] = []cst{cst{232.5498675, -60.4354935}, cst{249.03468125, -60.2644577}, cst{248.57062375, -45.7670517}, cst{248.4947775, -42.2674789}, cst{242.15280625, -42.3366776}, cst{237.12458541667, -42.3886375}, cst{237.24728125, -48.3880234}, cst{232.20724625, -48.4371071}, cst{232.35337208333, -54.4364166}, cst{228.05671625, -54.4756165}, cst{228.08351125, -55.4754944}, cst{232.38191125, -55.4362831}} + cstLists["OCT"] = []cst{cst{0.80064625, -89.3039017}, cst{1.53339125, -81.8039551}, cst{50.091655416667, -82.0644531}, cst{48.23292, -84.5553818}, cst{109.01970875, -85.2614441}, cst{111.65211458333, -82.7758865}, cst{209.11110875, -83.1200714}, cst{276.86599791667, -82.4582748}, cst{274.19506041667, -74.9745178}, cst{323.1847575, -74.4544678}, cst{351.99783291667, -74.3124619}, cst{1.56630625, -74.3039627}, cst{0.80064625, -89.3039017}, cst{0.80065208333333, -89.3038940}} + cstLists["OPH"] = []cst{cst{245.6026275, -0.2963768}, cst{245.558595, 3.7033811}, cst{252.80590958333, 3.7852108}, cst{252.7014825, 12.6179380}, cst{260.19584708333, 12.7061481}, cst{260.17687791667, 14.2060347}, cst{275.17327375, 14.3874788}, cst{275.20308458333, 12.0543308}, cst{281.388045, 12.1287737}, cst{281.45856875, 6.3791943}, cst{275.27461041667, 6.3047633}, cst{275.29601125, 4.5548930}, cst{277.87113125, 4.5860157}, cst{277.88929958333, 3.0861249}, cst{275.31423625, 3.0550034}, cst{275.35059875, 0.0552235}, cst{269.10103791667, -0.0206471}, cst{269.14970375, -4.0203514}, cst{271.14967375, -3.9960551}, cst{271.22371625, -9.9956055}, cst{266.72375708333, -10.0502338}, cst{266.7447, -11.7167768}, cst{265.49440375, -11.7319136}, cst{265.47349041667, -10.0653696}, cst{259.22206958333, -10.1404381}, cst{259.29742791667, -16.1399899}, cst{265.80019041667, -16.0618820}, cst{266.00183541667, -30.0606632}, cst{253.23534875, -30.2123089}, cst{253.15567041667, -24.7960968}, cst{245.89144625, -24.8781185}, cst{245.82298375, -19.5451660}, cst{247.45067541667, -19.5271549}, cst{247.43823, -18.5272255}, cst{245.81068041667, -18.5452347}, cst{245.69120375, -8.2958899}, cst{240.43727875, -8.3523235}, cst{240.38695375, -3.6025870}, cst{245.63838875, -3.5461800}} + cstLists["ORI"] = []cst{cst{70.852360416667, 0.2375014}, cst{71.03402875, 15.7364635}, cst{76.28892625, 15.6755352}, cst{76.29527875, 16.1754990}, cst{81.7987125, 16.1101055}, cst{81.7922325, 15.6101446}, cst{85.79364625, 15.5619202}, cst{85.755057083333, 12.5621548}, cst{88.255369583333, 12.5318508}, cst{88.327167083333, 18.0314159}, cst{87.326982083333, 18.0435486}, cst{87.39379375, 22.8764725}, cst{90.1440375, 22.8430862}, cst{90.125155416667, 21.5098724}, cst{95.1241275, 21.4491768}, cst{95.069575416667, 17.4495068}, cst{96.4439175, 17.4328651}, cst{96.37276375, 11.9332972}, cst{96.347665416667, 9.9334478}, cst{95.34803125, 9.9455481}, cst{95.225680416667, -0.0537102}, cst{95.177142083333, -4.0534163}, cst{89.052372083333, -3.9790573}, cst{88.965790416667, -10.9785318}, cst{77.72003125, -10.8432293}, cst{77.804395416667, -3.8437285}, cst{71.55635875, -3.7708201}, cst{71.60231375, 0.2289162}} + cstLists["PAV"] = []cst{cst{274.19506041667, -74.9745178}, cst{323.1847575, -74.4544678}, cst{322.34865125, -59.4576836}, cst{307.56480125, -59.5880547}, cst{307.45880125, -56.5885773}, cst{272.67225291667, -56.9837723}, cst{265.16818958333, -57.0747757}, cst{265.77572875, -67.5711060}, cst{273.28007708333, -67.4800797}} + cstLists["PEG"] = []cst{cst{321.58347125, 2.5393796}, cst{321.50110208333, 13.0390635}, cst{318.244515, 13.0132008}, cst{318.25026458333, 12.3465548}, cst{317.24836375, 12.3382607}, cst{317.17878291667, 20.0046406}, cst{320.18840875, 20.0290813}, cst{320.15170041667, 24.0289364}, cst{322.66201958333, 24.0482101}, cst{322.62016375, 28.5480537}, cst{327.39518125, 28.5817947}, cst{327.319965, 36.5815468}, cst{329.4610125, 36.5953827}, cst{331.35046041667, 36.6069069}, cst{331.35955791667, 35.6069336}, cst{343.70653208333, 35.6656113}, cst{343.70919291667, 35.1656151}, cst{344.46530375, 35.1682358}, cst{354.04417958333, 35.1913109}, cst{354.04915791667, 32.7746468}, cst{357.8280825, 32.7785072}, cst{357.82874125, 32.0285034}, cst{1.6069770833333, 32.0293655}, cst{1.60621625, 28.6960354}, cst{2.6128425, 28.6957588}, cst{2.61001625, 22.6957588}, cst{3.7406445833333, 22.6951923}, cst{3.73992125, 21.6951923}, cst{3.7341179166667, 13.1951942}, cst{1.6031745833333, 13.1960354}, cst{1.6027304166667, 10.6960354}, cst{359.09711875, 10.6957970}, cst{359.09803375, 8.1957970}, cst{342.82141625, 8.1621685}, cst{342.84221708333, 2.6622071}, cst{331.58726708333, 2.6076074}, cst{331.588755, 2.3576119}, cst{326.58708625, 2.3256910}, cst{326.58021875, 3.3256676}, cst{323.57874875, 3.3043909}, cst{323.58427041667, 2.5544112}} + cstLists["PER"] = []cst{cst{42.62838, 31.1865025}, cst{42.666467916667, 34.5196762}, cst{40.402382916667, 34.5375137}, cst{40.43465875, 37.2873878}, cst{39.67934125, 37.2931557}, cst{39.88547875, 51.0423737}, cst{32.67380125, 51.0925827}, cst{32.62149125, 47.5927505}, cst{26.931439583333, 47.6258430}, cst{26.96852375, 50.6257439}, cst{22.40793625, 50.6478767}, cst{22.45601375, 54.6477699}, cst{27.53364125, 54.6228828}, cst{27.5952225, 58.1227188}, cst{30.77362375, 58.1046753}, cst{30.795625416667, 59.1046104}, cst{38.802355416667, 59.0511551}, cst{38.762337083333, 57.5513000}, cst{48.90093, 57.4684982}, cst{49.91349625, 57.4593849}, cst{49.8540225, 55.4596519}, cst{52.381900416667, 55.4362831}, cst{52.31308625, 52.9366074}, cst{72.840285, 52.7196465}, cst{72.45734375, 36.2218513}, cst{69.57384125, 36.2547150}, cst{69.4869375, 30.9218750}, cst{52.426667916667, 31.1003609}} + cstLists["PHE"] = []cst{cst{351.69270458333, -39.3127594}, cst{351.76852208333, -56.3126869}, cst{351.77839375, -57.8126793}, cst{21.20622875, -57.8484154}, cst{21.2732625, -52.8485603}, cst{24.967354583333, -52.8658562}, cst{24.9938475, -50.8659210}, cst{28.693257083333, -50.8859215}, cst{28.738322916667, -47.5527229}, cst{36.1529475, -47.6004944}, cst{36.26401375, -39.4342155}, cst{26.350727916667, -39.3726234}} + cstLists["PIC"] = []cst{cst{90.951777083333, -43.0057793}, cst{75.97444375, -42.8255501}, cst{73.482370416667, -42.7963676}, cst{73.402082916667, -46.2959023}, cst{68.42409625, -46.2387962}, cst{68.362247916667, -48.7384491}, cst{68.217745416667, -53.7376366}, cst{75.6770175, -53.8238029}, cst{75.547742916667, -57.3230400}, cst{83.01880375, -57.4122620}, cst{82.85761375, -60.9112892}, cst{90.34506125, -61.0020981}, cst{90.173642916667, -64.0010529}, cst{98.93724875, -64.1070251}, cst{102.70331375, -64.1518784}, cst{103.01111708333, -58.1537018}, cst{97.995077916667, -58.0938416}, cst{98.114275416667, -55.0945587}, cst{93.1074, -55.0340500}, cst{93.19435375, -52.5345764}, cst{90.693705, -52.5042114}, cst{90.748902083333, -50.7545471}} + cstLists["PSC"] = []cst{cst{342.8497125, 0.6622211}, cst{342.84221708333, 2.6622071}, cst{342.82141625, 8.1621685}, cst{359.09803375, 8.1957970}, cst{359.09711875, 10.6957970}, cst{1.6027304166667, 10.6960354}, cst{1.6031745833333, 13.1960354}, cst{3.7341179166667, 13.1951942}, cst{3.73992125, 21.6951923}, cst{14.414815416667, 21.6766376}, cst{14.424064583333, 24.4266243}, cst{12.41349125, 24.4319324}, cst{12.44306375, 33.6818962}, cst{22.89742625, 33.6453705}, cst{22.86642, 28.6454391}, cst{26.76471, 28.6262817}, cst{26.744674583333, 25.6263351}, cst{26.65573375, 10.5432396}, cst{31.6652475, 10.5143948}, cst{31.61526625, 2.5978806}, cst{6.6037875, 2.6925383}, cst{6.60132875, 0.6925398}, cst{6.5927025, -6.3074551}, cst{359.10329875, -6.3042021}, cst{359.10221125, -3.3042023}, cst{342.86470375, -3.3377509}} + cstLists["PSA"] = []cst{cst{346.68096625, -24.8250446}, cst{329.77028875, -24.9040413}, cst{321.80777541667, -24.9597607}, cst{321.83163625, -27.4596672}, cst{321.92805291667, -36.4592972}, cst{346.72751375, -36.3249741}} + cstLists["PUP"] = []cst{cst{111.97339958333, -11.2521448}, cst{111.67719875, -33.2504692}, cst{99.903859583333, -33.1128159}, cst{99.70891625, -43.1116486}, cst{90.951777083333, -43.0057793}, cst{90.748902083333, -50.7545471}, cst{120.8616975, -51.1025848}, cst{121.03827875, -43.3535042}, cst{126.57231291667, -43.4095192}, cst{126.67779875, -37.1600380}, cst{126.92709458333, -17.4112568}, cst{126.98977958333, -11.4115648}, cst{122.73417875, -11.3687992}} + cstLists["PYX"] = []cst{cst{126.92709458333, -17.4112568}, cst{130.18434, -17.4424706}, cst{130.1635125, -19.4423733}, cst{137.68497, -19.5088310}, cst{137.63677625, -24.5086308}, cst{141.904335, -24.5425186}, cst{141.77159875, -37.2920151}, cst{126.67779875, -37.1600380}} + cstLists["RET"] = []cst{cst{48.362689583333, -67.0358200}, cst{68.79401875, -67.2479248}, cst{69.274534583333, -58.7506638}, cst{65.55459, -58.7088547}, cst{65.6504625, -56.2093849}, cst{60.69291875, -56.1555862}, cst{60.79789625, -52.8228111}, cst{58.318787916667, -52.7968445}, cst{53.365002083333, -52.7470779}, cst{53.23681625, -57.0797844}, cst{48.79113125, -57.0377846}} + cstLists["SGE"] = []cst{cst{284.37363625, 18.6647091}, cst{284.33913291667, 21.2478352}, cst{290.09631125, 21.3148155}, cst{290.12128791667, 19.3982983}, cst{298.88568875, 19.4955387}, cst{298.860255, 21.5787334}, cst{305.12540875, 21.6436558}, cst{305.13404875, 20.8936996}, cst{305.18694875, 16.1439629}, cst{303.5589975, 16.1275158}, cst{298.926, 16.0790844}, cst{298.92116541667, 16.4957294}, cst{286.4054775, 16.3550682}, cst{286.37549375, 18.6882229}} + cstLists["SGR"] = []cst{cst{284.74405375, -11.8664360}, cst{284.79372, -15.8328123}, cst{275.54952625, -15.9435720}, cst{265.80019041667, -16.0618820}, cst{266.00183541667, -30.0606632}, cst{269.50281125, -30.0182076}, cst{269.62546375, -37.0174599}, cst{289.59631958333, -36.7785645}, cst{289.76964, -45.2775650}, cst{307.169295, -45.0900002}, cst{306.89795541667, -27.5913391}, cst{301.91596958333, -27.6419144}, cst{301.72636958333, -11.6762342}} + cstLists["SCO"] = []cst{cst{240.43727875, -8.3523235}, cst{245.69120375, -8.2958899}, cst{245.81068041667, -18.5452347}, cst{247.43823, -18.5272255}, cst{247.45067541667, -19.5271549}, cst{245.82298375, -19.5451660}, cst{245.89144625, -24.8781185}, cst{253.15567041667, -24.7960968}, cst{253.23534875, -30.2123089}, cst{266.00183541667, -30.0606632}, cst{269.50281125, -30.0182076}, cst{269.62546375, -37.0174599}, cst{269.80928375, -45.5163460}, cst{248.57062375, -45.7670517}, cst{248.4947775, -42.2674789}, cst{242.15280625, -42.3366776}, cst{241.94769875, -29.8377628}, cst{236.92998, -29.8896160}, cst{236.81306375, -20.3902016}, cst{240.57177625, -20.3516178}} + cstLists["SCL"] = []cst{cst{346.68096625, -24.8250446}, cst{359.11056458333, -24.8042011}, cst{26.45888875, -24.8729095}, cst{26.350727916667, -39.3726234}, cst{351.69270458333, -39.3127594}, cst{351.6833775, -36.3127670}, cst{346.72751375, -36.3249741}} + cstLists["SCT"] = []cst{cst{275.54952625, -15.9435720}, cst{284.79372, -15.8328123}, cst{284.74405375, -11.8664360}, cst{284.64729291667, -3.8336766}, cst{280.3981875, -3.8842230}, cst{275.3991225, -3.9444826}} + cstLists["SER1"] = []cst{cst{227.85301208333, -0.4742887}, cst{227.78148625, 7.5253930}, cst{227.60549125, 25.5246105}, cst{229.09951625, 25.5380573}, cst{241.80573458333, 25.6641407}, cst{241.85657541667, 21.6644115}, cst{240.1110075, 21.6459675}, cst{240.18107375, 15.6463346}, cst{242.67663, 15.6728001}, cst{242.80966791667, 3.6735139}, cst{245.558595, 3.7033811}, cst{245.6026275, -0.2963768}, cst{245.63838875, -3.5461800}, cst{240.38695375, -3.6025870}, cst{227.88195125, -3.7241600}} + cstLists["SER2"] = []cst{cst{275.35059875, 0.0552235}, cst{275.31423625, 3.0550034}, cst{277.93922375, 3.0867271}, cst{277.92105625, 4.5866175}, cst{275.29601125, 4.5548930}, cst{275.27461041667, 6.3047633}, cst{281.45856875, 6.3791943}, cst{284.525985, 6.4156075}, cst{284.57642541667, 2.1659052}, cst{280.3262325, 2.1153460}, cst{280.35020875, 0.1154895}, cst{280.3981875, -3.8842230}, cst{275.3991225, -3.9444826}, cst{275.54952625, -15.9435720}, cst{265.80019041667, -16.0618820}, cst{259.29742791667, -16.1399899}, cst{259.22206958333, -10.1404381}, cst{265.47349041667, -10.0653696}, cst{265.49440375, -11.7319136}, cst{266.7447, -11.7167768}, cst{266.72375708333, -10.0502338}, cst{271.22371625, -9.9956055}, cst{271.14967375, -3.9960551}, cst{269.14970375, -4.0203514}, cst{269.10103791667, -0.0206471}} + cstLists["SEX"] = []cst{cst{145.34890625, -0.5670585}, cst{145.39841708333, 6.4327669}, cst{162.87601958333, 6.3377299}, cst{162.8497125, -0.6622211}, cst{162.82713875, -6.6621790}, cst{162.80791375, -11.6621428}, cst{145.27027208333, -11.5667810}} + cstLists["TAU"] = []cst{cst{50.836682916667, -1.3029516}, cst{50.85298375, 0.4469725}, cst{50.94641125, 10.3632069}, cst{51.037234583333, 19.4461136}, cst{52.2906225, 19.4343338}, cst{52.426667916667, 31.1003609}, cst{69.4869375, 30.9218750}, cst{69.47678875, 30.2552605}, cst{73.235342916667, 30.2123089}, cst{73.212475416667, 28.7124405}, cst{90.228902916667, 28.5092430}, cst{90.22107125, 28.0092907}, cst{90.1440375, 22.8430862}, cst{87.39379375, 22.8764725}, cst{87.326982083333, 18.0435486}, cst{88.327167083333, 18.0314159}, cst{88.255369583333, 12.5318508}, cst{85.755057083333, 12.5621548}, cst{85.79364625, 15.5619202}, cst{81.7922325, 15.6101446}, cst{81.7987125, 16.1101055}, cst{76.29527875, 16.1754990}, cst{76.28892625, 15.6755352}, cst{71.03402875, 15.7364635}, cst{70.852360416667, 0.2375014}, cst{55.352905416667, 0.4037257}, cst{55.335582083333, -1.3461887}} + cstLists["TEL"] = []cst{cst{307.45880125, -56.5885773}, cst{307.169295, -45.0900002}, cst{289.76964, -45.2775650}, cst{272.3090175, -45.4859734}, cst{272.67225291667, -56.9837723}} + cstLists["TRI"] = []cst{cst{26.744674583333, 25.6263351}, cst{26.76471, 28.6262817}, cst{22.86642, 28.6454391}, cst{22.89742625, 33.6453705}, cst{22.910835, 35.6453362}, cst{31.854250416667, 35.5971375}, cst{31.87109125, 37.3470840}, cst{39.67934125, 37.2931557}, cst{40.43465875, 37.2873878}, cst{40.402382916667, 34.5375137}, cst{42.666467916667, 34.5196762}, cst{42.62838, 31.1865025}, cst{38.10319375, 31.2213154}, cst{38.07014875, 27.8047638}, cst{30.53061625, 27.8550186}, cst{30.51371125, 25.6050701}} + cstLists["TRA"] = []cst{cst{224.16644125, -70.5115433}, cst{224.00363375, -68.0122070}, cst{226.55712625, -67.9909286}, cst{226.35353541667, -64.0751266}, cst{230.16657875, -64.0415649}, cst{230.05456958333, -61.4587479}, cst{232.58976458333, -61.4353065}, cst{232.5498675, -60.4354935}, cst{249.03468125, -60.2644577}, cst{249.08163, -61.2641945}, cst{251.53784708333, -61.2364578}, cst{251.67632125, -63.8189964}, cst{254.1951375, -63.7900925}, cst{254.28351458333, -65.2062531}, cst{255.5423925, -65.1916428}, cst{255.72498291667, -67.6905823}, cst{258.2424825, -67.6610870}, cst{258.47067875, -70.1597443}} + cstLists["TUC"] = []cst{cst{351.99783291667, -74.3124619}, cst{1.5662970833333, -74.3039627}, cst{12.3324375, -74.3185730}, cst{12.295414583333, -75.3185272}, cst{20.654050416667, -75.3472214}, cst{21.20622875, -57.8484154}, cst{351.77839375, -57.8126793}, cst{351.76852208333, -56.3126869}, cst{332.113695, -56.3908348}, cst{332.3985675, -66.8899918}, cst{351.86139125, -66.8125992}} + cstLists["UMA"] = []cst{cst{145.70923791667, 41.4316750}, cst{139.51249041667, 41.4785957}, cst{139.59071125, 46.4782791}, cst{128.44010375, 46.5777283}, cst{128.79913375, 59.5759888}, cst{122.12910125, 59.6433983}, cst{123.08622875, 73.1383743}, cst{140.61547375, 72.9741364}, cst{171.96136958333, 72.8125000}, cst{171.84934625, 65.8126068}, cst{181.57925541667, 65.8039627}, cst{181.58155958333, 63.3039627}, cst{203.55053875, 63.3593445}, cst{203.57364125, 62.3593979}, cst{217.04525375, 62.4414825}, cst{217.25124875, 54.9422379}, cst{211.58439125, 54.9035759}, cst{211.69873208333, 47.9039383}, cst{203.79511375, 47.8599281}, cst{203.74239875, 52.3598061}, cst{182.8185225, 52.3043365}, cst{182.82643375, 44.3043365}, cst{181.59141625, 44.3039627}, cst{181.59450625, 33.3039627}, cst{181.59566375, 28.3039627}, cst{179.60894125, 28.3040466}, cst{166.69399791667, 28.3250256}, cst{166.71422541667, 33.3249931}, cst{163.48940875, 33.3356781}, cst{163.52316875, 39.3356133}, cst{154.3594125, 39.3774109}, cst{154.37822375, 41.3773613}} + cstLists["UMI"] = []cst{cst{195.8206125, 76.3289108}, cst{196.09747375, 69.3293610}, cst{210.65081125, 69.3991165}, cst{210.82055541667, 65.3996506}, cst{235.32956541667, 65.6023483}, cst{235.05063, 69.6009445}, cst{247.8410625, 69.7383041}, cst{247.2207075, 74.7347870}, cst{261.53663708333, 74.9033127}, cst{260.21790458333, 79.8953476}, cst{267.65602041667, 79.9857483}, cst{261.72223041667, 85.9495697}, cst{308.72097, 86.4656219}, cst{308.33135541667, 86.6306305}, cst{343.51066625, 86.8368912}, cst{339.26098791667, 88.6638870}, cst{135.83247125, 87.5689163}, cst{130.40275041667, 86.0975418}, cst{213.0229575, 85.9308090}, cst{216.78285625, 79.4449844}, cst{203.80918958333, 79.3629303}, cst{204.15701875, 76.3638153}} + cstLists["VEL"] = []cst{cst{166.33725625, -57.1744423}, cst{166.45650458333, -40.4246216}, cst{141.73406125, -40.2918739}, cst{141.77159875, -37.2920151}, cst{126.67779875, -37.1600380}, cst{126.57231291667, -43.4095192}, cst{121.03827875, -43.3535042}, cst{120.8616975, -51.1025848}, cst{123.38112875, -51.1285286}, cst{123.32011625, -53.3782196}, cst{127.60929125, -53.4206772}, cst{127.56711875, -54.9204712}, cst{133.38017375, -54.9742203}, cst{133.32365541667, -56.9739723}} + cstLists["VIR"] = []cst{cst{174.35052458333, -0.6916979}, cst{174.36568791667, 10.3082914}, cst{179.60373458333, 10.3040485}, cst{179.60453541667, 13.3040485}, cst{194.0620275, 13.3225126}, cst{194.05906625, 14.3225088}, cst{204.02893041667, 14.3604937}, cst{204.06384875, 7.3605771}, cst{227.78148625, 7.5253930}, cst{227.85301208333, -0.4742887}, cst{221.6030925, -0.5269387}, cst{221.66710791667, -8.5266848}, cst{215.40850625, -8.5731344}, cst{215.51309125, -22.5727749}, cst{194.16687, -22.6773415}, cst{194.1330525, -11.6773882}, cst{179.09676, -11.6957970}, cst{179.09860625, -6.6957974}, cst{174.34229875, -6.6916924}} + cstLists["VOL"] = []cst{cst{98.93724875, -64.1070251}, cst{98.454422916667, -70.1041336}, cst{97.770709583333, -75.1000366}, cst{114.21470375, -75.2899170}, cst{135.24368708333, -75.4954681}, cst{136.09472708333, -64.4990387}, cst{102.70331375, -64.1518784}} + cstLists["VUL"] = []cst{cst{284.33913291667, 21.2478352}, cst{284.27716208333, 25.6641407}, cst{290.16131375, 25.7325745}, cst{290.13264625, 27.7324085}, cst{296.27220125, 27.8011742}, cst{296.25094375, 29.3010578}, cst{315.07258375, 29.4871387}, cst{315.08391458333, 28.4871883}, cst{322.62016375, 28.5480537}, cst{322.66201958333, 24.0482101}, cst{320.15170041667, 24.0289364}, cst{320.18840875, 20.0290813}, cst{317.17878291667, 20.0046406}, cst{309.907665, 19.9399967}, cst{309.89693708333, 20.9399471}, cst{305.13404875, 20.8936996}, cst{305.12540875, 21.6436558}, cst{298.860255, 21.5787334}, cst{298.88568875, 19.4955387}, cst{290.12128791667, 19.3982983}, cst{290.09631125, 21.3148155}} + change := []string{"PSC", "TUC", "PHE", "SCL", "CET", "PEG", "AND", "CAS", "CEP"} + for _, v := range change { + for k, v2 := range cstLists[v] { + if v2.RA < 270 { + cstLists[v][k].RA = v2.RA + 360 + } + } + } +} + +//选定 RA=277.5 DEC=-40 + +func isCross(a, b, c, d cst) bool { + var ac, bc, ad, bd, ca, cb, da, db cst + var r1, r2 float64 + ac.RA = a.RA - c.RA + ac.DEC = a.DEC - c.DEC + ad.RA = a.RA - d.RA + ad.DEC = a.DEC - d.DEC + r1 = ac.RA*ad.DEC - ad.RA*ac.DEC + bc.RA = b.RA - c.RA + bc.DEC = b.DEC - c.DEC + bd.RA = b.RA - d.RA + bd.DEC = b.DEC - d.DEC + r2 = bc.RA*bd.DEC - bd.RA*bc.DEC + //echo r1.' '.r2; + if r1*r2 > 0 { + return false + } + ca.RA = c.RA - a.RA + ca.DEC = c.DEC - a.DEC + cb.RA = c.RA - b.RA + cb.DEC = c.DEC - b.DEC + r1 = ca.RA*cb.DEC - cb.RA*ca.DEC + da.RA = d.RA - a.RA + da.DEC = d.DEC - a.DEC + db.RA = d.RA - b.RA + db.DEC = d.DEC - b.DEC + r2 = da.RA*db.DEC - db.RA*da.DEC + if r1*r2 > 0 { + return false + } + return true +} + +func IsXZ(ra, dec, jde float64) string { + var nra, ndec float64 + if cstLists == nil || len(cstLists) == 0 { + initCstData() + } + nra = ra + if ra >= 360 { + nra -= 360 + } + nra, ndec = ZuoBiaoSuiCha(nra, dec, jde, 2451545.0) + if ra >= 360 && nra < 270 { + nra += 360 + } + for k, v := range cstLists { + var count int = 0 + for i := 0; i < len(v)-1; i++ { + if k == "UMI" || k == "OCT" { + continue + } + if i == 0 { + if isCross(cst{277.5, -100}, cst{nra, ndec}, v[len(v)-1], v[0]) { + count++ + } + } + if isCross(cst{277.5, -100}, cst{nra, ndec}, v[i], v[i+1]) { + count++ + } + if FR((nra-277.5)*(v[i].DEC+100)) == FR((v[i].RA-277.5)*(ndec+100)) { + count++ + } + } + if count%2 == 1 { + return k + } + } + if nra <= 270 { + ra = ra + 360 + return IsXZ(ra, dec, jde) + } + if ndec > 50 { + return "UMI" + } else if ndec < -50 { + return "OCT" + } + return "" +} + +func WhichCst(ra, dec, jde float64) string { + cst := make(map[string]string, 88) + cst["AND"] = "仙女座" + cst["ANT"] = "唧筒座" + cst["APS"] = "天燕座" + cst["AQR"] = "宝瓶座" + cst["AQL"] = "天鹰座" + cst["ARA"] = "天坛座" + cst["ARI"] = "白羊座" + cst["AUR"] = "御夫座" + cst["BOO"] = "牧夫座" + cst["CAE"] = "雕具座" + cst["CAM"] = "鹿豹座" + cst["CNC"] = "巨蟹座" + cst["CVN"] = "猎犬座" + cst["CMA"] = "大犬座" + cst["CMI"] = "小犬座" + cst["CAP"] = "摩羯座" + cst["CAR"] = "船底座" + cst["CAS"] = "仙后座" + cst["CEN"] = "半人马座" + cst["CEP"] = "仙王座" + cst["CET"] = "鲸鱼座" + cst["CHA"] = "蝘蜓座" + cst["CIR"] = "圆规座" + cst["COL"] = "天鸽座" + cst["COM"] = "后发座" + cst["CRA"] = "南冕座" + cst["CRB"] = "北冕座" + cst["CRV"] = "乌鸦座" + cst["CRT"] = "巨爵座" + cst["CRU"] = "南十字座" + cst["CYG"] = "天鹅座" + cst["DEL"] = "海豚座" + cst["DOR"] = "剑鱼座" + cst["DRA"] = "天龙座" + cst["EQU"] = "小马座" + cst["ERI"] = "波江座" + cst["FOR"] = "天炉座" + cst["GEM"] = "双子座" + cst["GRU"] = "天鹤座" + cst["HER"] = "武仙座" + cst["HOR"] = "时钟座" + cst["HYA"] = "长蛇座" + cst["HYI"] = "水蛇座" + cst["IND"] = "印第安座" + cst["LAC"] = "蝎虎座" + cst["LEO"] = "狮子座" + cst["LMI"] = "小狮座" + cst["LEP"] = "天兔座" + cst["LIB"] = "天秤座" + cst["LUP"] = "豺狼座" + cst["LYN"] = "天猫座" + cst["LYR"] = "天琴座" + cst["MEN"] = "山案座" + cst["MIC"] = "显微镜座" + cst["MON"] = "麒麟座" + cst["MUS"] = "苍蝇座" + cst["NOR"] = "矩尺座" + cst["OCT"] = "南极座" + cst["OPH"] = "蛇夫座" + cst["ORI"] = "猎户座" + cst["PAV"] = "孔雀座" + cst["PEG"] = "飞马座" + cst["PER"] = "英仙座" + cst["PHE"] = "凤凰座" + cst["PIC"] = "绘架座" + cst["PSC"] = "双鱼座" + cst["PSA"] = "南鱼座" + cst["PUP"] = "船尾座" + cst["PYX"] = "罗盘座" + cst["RET"] = "网罟座" + cst["SGE"] = "天箭座" + cst["SGR"] = "人马座" + cst["SCO"] = "天蝎座" + cst["SCL"] = "玉夫座" + cst["SCT"] = "盾牌座" + cst["SER1"] = "巨蛇座" + cst["SER2"] = "巨蛇座" + cst["SEX"] = "六分仪座" + cst["TAU"] = "金牛座" + cst["TEL"] = "望远镜座" + cst["TRI"] = "三角座" + cst["TRA"] = "南三角座" + cst["TUC"] = "杜鹃座" + cst["UMA"] = "大熊座" + cst["UMI"] = "小熊座" + cst["VEL"] = "船帆座" + cst["VIR"] = "室女座" + cst["VOL"] = "飞鱼座" + cst["VUL"] = "狐狸座" + mystar := IsXZ(ra, dec, jde) + return cst[mystar] +} diff --git a/basic/cst_test.go b/basic/cst_test.go new file mode 100644 index 0000000..0fe196b --- /dev/null +++ b/basic/cst_test.go @@ -0,0 +1,24 @@ +package basic + +import ( + "testing" +) + +func Test_Isxz(t *testing.T) { + now := GetNowJDE() + //finish on 30s + for i := 0.00; i <= 360.00; i += 0.5 { + for j := -90.00; j <= 90.00; j += 0.5 { + WhichCst(float64(i), float64(j), now) + } + } +} + +func Benchmark_IsXZ(b *testing.B) { + jde := GetNowJDE() + for i := 0; i < b.N; i++ { + //GetNowJDE() + WhichCst(11.11, 12.12, jde) + } + +} diff --git a/basic/star.go b/basic/star.go index 9c7ef54..fc096f7 100644 --- a/basic/star.go +++ b/basic/star.go @@ -4,11 +4,66 @@ import ( . "b612.me/astro/tools" ) +// StarHeight 星体的高度角 +// 传入 jde时间、瞬时赤经、瞬时赤纬、经度、纬度、时区，jde时间应为时区时间 +// 返回高度角，单位为度 +func StarHeight(jde, ra, dec, lon, lat, timezone float64) float64 { + // 转换为世界时 + utcJde := jde - timezone/24.0 + // 计算视恒星时 + st := Limit360(SeeStarTime(utcJde)*15 + lon) + // 计算时角 + H := Limit360(st - ra) + // 高度角、时角与天球座标三角转换公式 + // sin(h)=sin(lat)*sin(dec)+cos(dec)*cos(lat)*cos(H) + sinHeight := Sin(lat)*Sin(dec) + Cos(dec)*Cos(lat)*Cos(H) + return ArcSin(sinHeight) +} + +//StarAzimuth 星体的方位角 +// 传入 jde时间、瞬时赤经、瞬时赤纬、经度、纬度、时区，jde时间应为时区时间 +// 返回方位角，单位为度，正北为0，度数顺时针增加，取值范围[0-360) +func StarAzimuth(jde, ra, dec, lon, lat, timezone float64) float64 { + // 转换为世界时 + utcJde := jde - timezone/24.0 + // 计算视恒星时 + st := Limit360(SeeStarTime(utcJde)*15 + lon) + // 计算时角 + H := Limit360(st - ra) + // 三角转换公式 + tanAzimuth := Sin(H) / (Cos(H)*Sin(lat) - Tan(dec)*Cos(lat)) + Azimuth := ArcTan(tanAzimuth) + if Azimuth < 0 { + if H/15 < 12 { + return Azimuth + 360 + } + return Azimuth + 180 + } + if H/15 < 12 { + return Azimuth + 180 + } + return Azimuth +} + +//StarHourAngle 星体的时角 +// 传入 jde时间、瞬时赤经、瞬时赤纬、经度、时区，jde时间应为时区时间 +// 返回时角 +func StarHourAngle(jde, ra, lon, timezone float64) float64 { + // 转换为世界时 + utcJde := jde - timezone/24.0 + // 计算视恒星时 + st := Limit360(SeeStarTime(utcJde)*15 + lon) + // 计算时角 + return Limit360(st - ra) +} + +// TrueStarTime 不含章动下的恒星时 func TrueStarTime(JD float64) float64 { T := (JD - 2451545) / 36525 return (Limit360(280.46061837+360.98564736629*(JD-2451545.0)+0.000387933*T*T-T*T*T/38710000) / 15) } +// SeeStarTime 视恒星时，计算章动 func SeeStarTime(JD float64) float64 { tmp := TrueStarTime(JD) return tmp + HJZD(JD)*Cos(Sita(JD))/15 @@ -34,293 +89,8 @@ func StarAngle(RA, DEC, JD, Lon, Lat, TZ float64) float64 { } } } -func StarHeight(RA, DEC, JD, Lon, Lat, TZ float64) float64 { - //JD=JD-8/24+TZ/24; - calcjd := JD - TZ/24 - st := Limit360(SeeStarTime(calcjd)*15 + Lon) - H := Limit360(st - RA) - tmp2 := Sin(Lat)*Sin(DEC) + Cos(DEC)*Cos(Lat)*Cos(H) - return ArcSin(tmp2) -} - -type cst struct { - RA float64 //赤经 - DEC float64 //赤纬 -} - -var CstLists map[string][]cst -func init() { - CstLists = make(map[string][]cst) - CstLists["AND"] = []cst{cst{344.46530375, 35.1682358}, cst{344.34285125, 53.1680298}, cst{351.45289375, 53.1870041}, cst{351.4656825, 50.6870193}, cst{355.27055708333, 50.6929131}, cst{355.27607875, 48.6929169}, cst{4.1463675, 48.6949348}, cst{4.14327875, 46.6949348}, cst{14.776077083333, 46.6757545}, cst{14.7888675, 48.6757393}, cst{18.588407916667, 48.6632690}, cst{18.60590375, 50.6632347}, cst{22.40793625, 50.6478767}, cst{26.96852375, 50.6257439}, cst{26.931439583333, 47.6258430}, cst{32.62149125, 47.5927505}, cst{32.67380125, 51.0925827}, cst{39.88547875, 51.0423737}, cst{39.67934125, 37.2931557}, cst{31.87109125, 37.3470840}, cst{31.854250416667, 35.5971375}, cst{22.910835, 35.6453362}, cst{22.89742625, 33.6453705}, cst{12.44306375, 33.6818962}, cst{12.41349125, 24.4319324}, cst{14.424064583333, 24.4266243}, cst{14.414815416667, 21.6766376}, cst{3.73992125, 21.6951923}, cst{3.7406445833333, 22.6951923}, cst{2.61001625, 22.6957588}, cst{2.6128425, 28.6957588}, cst{1.60621625, 28.6960354}, cst{1.6069770833333, 32.0293655}, cst{357.82874125, 32.0285034}, cst{357.8280825, 32.7785072}, cst{354.04915791667, 32.7746468}, cst{354.04417958333, 35.1913109}} - CstLists["ANT"] = []cst{cst{141.904335, -24.5425186}, cst{141.77159875, -37.2920151}, cst{141.73406125, -40.2918739}, cst{166.45650458333, -40.4246216}, cst{166.47936291667, -35.6746559}, cst{163.95851541667, -35.6664963}, cst{163.977885, -31.8332005}, cst{160.20137875, -31.8185863}, cst{160.21289375, -29.8186131}, cst{155.18132708333, -29.7947845}, cst{155.1993375, -27.1281624}, cst{147.65928291667, -27.0835037}, cst{147.67968125, -24.5835705}} - CstLists["APS"] = []cst{cst{209.11110875, -83.1200714}, cst{276.86599791667, -82.4582748}, cst{274.19506041667, -74.9745178}, cst{273.28007708333, -67.4800797}, cst{265.77572875, -67.5711060}, cst{258.2424825, -67.6610870}, cst{258.47067875, -70.1597443}, cst{224.16644125, -70.5115433}, cst{207.46087041667, -70.6244431}, cst{207.78143375, -75.6235962}} - CstLists["AQR"] = []cst{cst{309.59884625, 0.4361772}, cst{309.5798775, 2.4360874}, cst{314.08109708333, 2.4773185}, cst{321.58347125, 2.5393796}, cst{323.58427041667, 2.5544112}, cst{323.57874875, 3.3043909}, cst{326.58021875, 3.3256676}, cst{326.58708625, 2.3256910}, cst{331.588755, 2.3576119}, cst{331.58726708333, 2.6076074}, cst{342.84221708333, 2.6622071}, cst{342.8497125, 0.6622211}, cst{342.86470375, -3.3377509}, cst{359.10221125, -3.3042023}, cst{359.10329875, -6.3042021}, cst{359.11056458333, -24.8042011}, cst{346.68096625, -24.8250446}, cst{329.77028875, -24.9040413}, cst{329.6561625, -8.4043999}, cst{321.668415, -8.4602947}, cst{321.71645125, -14.4601107}, cst{309.74390125, -14.5631361}, cst{309.68464791667, -8.5634165}} - CstLists["AQL"] = []cst{cst{280.35020875, 0.1154895}, cst{280.3262325, 2.1153460}, cst{284.57642541667, 2.1659052}, cst{284.525985, 6.4156075}, cst{281.45856875, 6.3791943}, cst{281.388045, 12.1287737}, cst{284.45626208333, 12.1651964}, cst{284.37363625, 18.6647091}, cst{286.37549375, 18.6882229}, cst{286.4054775, 16.3550682}, cst{298.92116541667, 16.4957294}, cst{298.926, 16.0790844}, cst{303.5589975, 16.1275158}, cst{303.636675, 8.8779116}, cst{306.01395625, 8.9018240}, cst{306.07910125, 2.4021468}, cst{309.5798775, 2.4360874}, cst{309.59884625, 0.4361772}, cst{309.68464791667, -8.5634165}, cst{301.69369625, -8.6430750}, cst{301.72636958333, -11.6762342}, cst{284.74405375, -11.8664360}, cst{284.64729291667, -3.8336766}, cst{280.3981875, -3.8842230}} - CstLists["ARA"] = []cst{cst{249.03468125, -60.2644577}, cst{248.57062375, -45.7670517}, cst{269.80928375, -45.5163460}, cst{272.3090175, -45.4859734}, cst{272.67225291667, -56.9837723}, cst{265.16818958333, -57.0747757}, cst{265.77572875, -67.5711060}, cst{258.2424825, -67.6610870}, cst{255.72498291667, -67.6905823}, cst{255.5423925, -65.1916428}, cst{254.28351458333, -65.2062531}, cst{254.1951375, -63.7900925}, cst{251.67632125, -63.8189964}, cst{251.53784708333, -61.2364578}, cst{249.08163, -61.2641945}} - CstLists["ARI"] = []cst{cst{31.6652475, 10.5143948}, cst{26.65573375, 10.5432396}, cst{26.744674583333, 25.6263351}, cst{30.51371125, 25.6050701}, cst{30.53061625, 27.8550186}, cst{38.07014875, 27.8047638}, cst{38.10319375, 31.2213154}, cst{42.62838, 31.1865025}, cst{52.426667916667, 31.1003609}, cst{52.2906225, 19.4343338}, cst{51.037234583333, 19.4461136}, cst{50.94641125, 10.3632069}} - CstLists["AUR"] = []cst{cst{69.4869375, 30.9218750}, cst{69.57384125, 36.2547150}, cst{72.45734375, 36.2218513}, cst{72.840285, 52.7196465}, cst{77.484762083333, 52.6655540}, cst{77.606764583333, 56.1648331}, cst{94.13108875, 55.9658089}, cst{94.05736625, 53.9662552}, cst{100.04603125, 53.8938293}, cst{99.919459583333, 49.8945885}, cst{104.40635875, 49.8410034}, cst{104.26530291667, 44.3418388}, cst{112.73412458333, 44.2435493}, cst{112.56071875, 35.2445297}, cst{100.09027625, 35.3905640}, cst{99.965657916667, 27.8913116}, cst{90.22107125, 28.0092907}, cst{90.228902916667, 28.5092430}, cst{73.212475416667, 28.7124405}, cst{73.235342916667, 30.2123089}, cst{69.47678875, 30.2552605}} - CstLists["BOO"] = []cst{cst{227.78148625, 7.5253930}, cst{204.06384875, 7.3605771}, cst{204.02893041667, 14.3604937}, cst{203.95387208333, 27.8603134}, cst{210.7888275, 27.8976517}, cst{210.77085875, 30.1475964}, cst{211.88893375, 30.1545391}, cst{211.69873208333, 47.9039383}, cst{211.58439125, 54.9035759}, cst{217.25124875, 54.9422379}, cst{229.59105458333, 55.0448647}, cst{229.65737375, 52.5451736}, cst{237.08447375, 52.6174774}, cst{237.12458541667, 51.1176796}, cst{237.36542708333, 39.6189079}, cst{232.64365208333, 39.5721130}, cst{232.74697791667, 32.5726128}, cst{229.01591875, 32.5376778}, cst{229.09951625, 25.5380573}, cst{227.60549125, 25.5246105}} - CstLists["CAE"] = []cst{cst{65.0764125, -39.7007294}, cst{64.88238625, -48.6996651}, cst{68.362247916667, -48.7384491}, cst{68.42409625, -46.2387962}, cst{73.402082916667, -46.2959023}, cst{73.482370416667, -42.7963676}, cst{75.97444375, -42.8255501}, cst{76.2549375, -27.0772038}, cst{73.75929625, -27.0479794}, cst{71.76333125, -27.0248775}, cst{71.72241875, -29.7746429}, cst{69.97665125, -29.7546597}, cst{69.862375416667, -36.7540054}, cst{65.12985, -36.7010231}} - CstLists["CAM"] = []cst{cst{94.13108875, 55.9658089}, cst{77.606764583333, 56.1648331}, cst{77.484762083333, 52.6655540}, cst{72.840285, 52.7196465}, cst{52.31308625, 52.9366074}, cst{52.381900416667, 55.4362831}, cst{49.8540225, 55.4596519}, cst{49.91349625, 57.4593849}, cst{48.90093, 57.4684982}, cst{49.3954575, 68.4662857}, cst{54.237034583333, 68.4214401}, cst{55.30874875, 77.4163132}, cst{56.726209583333, 77.4025955}, cst{57.53049, 80.3986664}, cst{80.488894583333, 80.1478500}, cst{84.536117916667, 85.1239471}, cst{127.953615, 84.6103745}, cst{130.40275041667, 86.0975418}, cst{213.0229575, 85.9308090}, cst{216.78285625, 79.4449844}, cst{203.80918958333, 79.3629303}, cst{204.15701875, 76.3638153}, cst{195.8206125, 76.3289108}, cst{174.43479625, 76.3084106}, cst{174.53158375, 79.3083420}, cst{162.81859791667, 79.3401794}, cst{163.10541625, 81.3396072}, cst{142.191195, 81.4677658}, cst{140.61547375, 72.9741364}, cst{123.08622875, 73.1383743}, cst{122.12910125, 59.6433983}, cst{107.7531975, 59.8037262}, cst{107.8515525, 61.8031464}, cst{94.40745625, 61.9641266}} - CstLists["CNC"] = []cst{cst{140.40425875, 6.4700689}, cst{122.92139125, 6.6302376}, cst{120.54834291667, 6.6549850}, cst{120.5806725, 9.6548138}, cst{118.83248875, 9.6734257}, cst{118.87160541667, 13.1732168}, cst{118.94754458333, 19.6728077}, cst{120.07012375, 19.6608200}, cst{120.17164625, 27.6602821}, cst{121.91596958333, 27.6419144}, cst{121.99323125, 33.1415138}, cst{140.645985, 32.9691162}} - CstLists["CVN"] = []cst{cst{181.59450625, 33.3039627}, cst{181.59141625, 44.3039627}, cst{182.82643375, 44.3043365}, cst{182.8185225, 52.3043365}, cst{203.74239875, 52.3598061}, cst{203.79511375, 47.8599281}, cst{211.69873208333, 47.9039383}, cst{211.88893375, 30.1545391}, cst{210.77085875, 30.1475964}, cst{210.7888275, 27.8976517}, cst{203.95387208333, 27.8603134}, cst{200.22657458333, 27.8437748}, cst{200.20774791667, 31.3437366}, cst{186.55769375, 31.3074341}, cst{186.55426041667, 33.3074303}} - CstLists["CMA"] = []cst{cst{93.215625, -11.0301533}, cst{111.97339958333, -11.2521448}, cst{111.67719875, -33.2504692}, cst{99.903859583333, -33.1128159}, cst{92.899067916667, -33.0282326}, cst{92.99256625, -27.2787991}} - CstLists["CMI"] = []cst{cst{122.84900708333, -0.3693900}, cst{109.59966625, -0.2243290}, cst{109.61691875, 1.2755718}, cst{106.86739625, 1.3074419}, cst{106.91427458333, 5.3071680}, cst{106.66432208333, 5.3100886}, cst{106.71787958333, 9.8097754}, cst{106.7482275, 12.3095980}, cst{114.24100375, 12.2238722}, cst{114.2527275, 13.2238064}, cst{118.87160541667, 13.1732168}, cst{118.83248875, 9.6734257}, cst{120.5806725, 9.6548138}, cst{120.54834291667, 6.6549850}, cst{122.92139125, 6.6302376}} - CstLists["CAP"] = []cst{cst{309.68464791667, -8.5634165}, cst{301.69369625, -8.6430750}, cst{301.72636958333, -11.6762342}, cst{301.91596958333, -27.6419144}, cst{306.89795541667, -27.5913391}, cst{321.83163625, -27.4596672}, cst{321.80777541667, -24.9597607}, cst{329.77028875, -24.9040413}, cst{329.6561625, -8.4043999}, cst{321.668415, -8.4602947}, cst{321.71645125, -14.4601107}, cst{309.74390125, -14.5631361}} - CstLists["CAR"] = []cst{cst{170.15592125, -57.1843452}, cst{166.33725625, -57.1744423}, cst{133.32365541667, -56.9739723}, cst{133.38017375, -54.9742203}, cst{127.56711875, -54.9204712}, cst{127.60929125, -53.4206772}, cst{123.32011625, -53.3782196}, cst{123.38112875, -51.1285286}, cst{120.8616975, -51.1025848}, cst{90.748902083333, -50.7545471}, cst{90.693705, -52.5042114}, cst{93.19435375, -52.5345764}, cst{93.1074, -55.0340500}, cst{98.114275416667, -55.0945587}, cst{97.995077916667, -58.0938416}, cst{103.01111708333, -58.1537018}, cst{102.70331375, -64.1518784}, cst{136.09472708333, -64.4990387}, cst{135.24368708333, -75.4954681}, cst{169.85697291667, -75.6840134}, cst{170.08481125, -64.6842651}} - CstLists["CAS"] = []cst{cst{344.34285125, 53.1680298}, cst{344.30402708333, 56.9179611}, cst{344.26912375, 59.7512321}, cst{348.85966375, 59.7646751}, cst{348.81649041667, 63.6812897}, cst{355.21757125, 63.6928787}, cst{355.19785958333, 66.6928711}, cst{6.76376375, 66.6924438}, cst{6.92291375, 77.6923447}, cst{55.30874875, 77.4163132}, cst{54.237034583333, 68.4214401}, cst{49.3954575, 68.4662857}, cst{48.90093, 57.4684982}, cst{38.762337083333, 57.5513000}, cst{38.802355416667, 59.0511551}, cst{30.795625416667, 59.1046104}, cst{30.77362375, 58.1046753}, cst{27.5952225, 58.1227188}, cst{27.53364125, 54.6228828}, cst{22.45601375, 54.6477699}, cst{22.40793625, 50.6478767}, cst{18.60590375, 50.6632347}, cst{18.588407916667, 48.6632690}, cst{14.7888675, 48.6757393}, cst{14.776077083333, 46.6757545}, cst{4.14327875, 46.6949348}, cst{4.1463675, 48.6949348}, cst{355.27607875, 48.6929169}, cst{355.27055708333, 50.6929131}, cst{351.4656825, 50.6870193}, cst{351.45289375, 53.1870041}} - CstLists["CEN"] = []cst{cst{166.47936291667, -35.6746559}, cst{166.45650458333, -40.4246216}, cst{166.33725625, -57.1744423}, cst{170.15592125, -57.1843452}, cst{170.08481125, -64.6842651}, cst{179.05736375, -64.6957855}, cst{179.07076791667, -55.6957932}, cst{194.33451125, -55.6771049}, cst{194.43838041667, -64.6769638}, cst{204.68028625, -64.6379395}, cst{220.51497458333, -64.5390244}, cst{220.23446541667, -55.5400887}, cst{214.65681625, -55.5799522}, cst{214.45026458333, -42.5806465}, cst{225.79627958333, -42.4941750}, cst{225.63076958333, -29.9948788}, cst{190.41739958333, -30.1863899}, cst{190.42719875, -33.6863785}, cst{185.38743458333, -33.6938934}, cst{185.39029625, -35.6938896}} - CstLists["CEP"] = []cst{cst{300.5732625, 59.8510780}, cst{300.48520041667, 61.8506203}, cst{306.8118675, 61.9143791}, cst{306.51738125, 67.4129562}, cst{310.33401458333, 67.4490280}, cst{309.57304041667, 75.4455261}, cst{301.87339791667, 75.3708725}, cst{300.6738, 80.3647766}, cst{313.70587375, 80.4867859}, cst{308.72097, 86.4656219}, cst{308.33135541667, 86.6306305}, cst{343.51066625, 86.8368912}, cst{339.26098791667, 88.6638870}, cst{135.83247125, 87.5689163}, cst{130.40275041667, 86.0975418}, cst{127.953615, 84.6103745}, cst{84.536117916667, 85.1239471}, cst{80.488894583333, 80.1478500}, cst{57.53049, 80.3986664}, cst{56.726209583333, 77.4025955}, cst{55.30874875, 77.4163132}, cst{6.92291375, 77.6923447}, cst{6.76376375, 66.6924438}, cst{355.19785958333, 66.6928711}, cst{355.21757125, 63.6928787}, cst{348.81649041667, 63.6812897}, cst{348.85966375, 59.7646751}, cst{344.26912375, 59.7512321}, cst{344.30402708333, 56.9179611}, cst{335.91093, 56.8825760}, cst{335.93130125, 55.6326256}, cst{333.13762625, 55.6178436}, cst{333.17467625, 53.3679428}, cst{330.63921, 53.3532715}, cst{330.60218875, 55.4364891}, cst{309.83136125, 55.2753258}, cst{309.62379458333, 61.3576965}, cst{308.66080375, 61.3486443}, cst{308.71659291667, 59.9322395}} - CstLists["CET"] = []cst{cst{6.60132875, 0.6925398}, cst{6.6037875, 2.6925383}, cst{31.61526625, 2.5978806}, cst{31.6652475, 10.5143948}, cst{50.94641125, 10.3632069}, cst{50.85298375, 0.4469725}, cst{50.836682916667, -1.3029516}, cst{41.33922125, -1.2210265}, cst{41.14875875, -23.8536034}, cst{26.46599875, -23.7562580}, cst{26.45888875, -24.8729095}, cst{359.11056458333, -24.8042011}, cst{359.10329875, -6.3042021}, cst{6.5927025, -6.3074551}} - CstLists["CHA"] = []cst{cst{111.65211458333, -82.7758865}, cst{209.11110875, -83.1200714}, cst{207.78143375, -75.6235962}, cst{169.85697291667, -75.6840134}, cst{135.24368708333, -75.4954681}, cst{114.21470375, -75.2899170}} - CstLists["CIR"] = []cst{cst{204.68028625, -64.6379395}, cst{204.70747958333, -65.6378784}, cst{207.26802291667, -65.6249542}, cst{207.46087041667, -70.6244431}, cst{224.16644125, -70.5115433}, cst{224.00363375, -68.0122070}, cst{226.55712625, -67.9909286}, cst{226.35353541667, -64.0751266}, cst{230.16657875, -64.0415649}, cst{230.05456958333, -61.4587479}, cst{232.58976458333, -61.4353065}, cst{232.5498675, -60.4354935}, cst{232.38191125, -55.4362831}, cst{228.08351125, -55.4754944}, cst{220.23446541667, -55.5400887}, cst{220.51497458333, -64.5390244}} - CstLists["COL"] = []cst{cst{75.97444375, -42.8255501}, cst{76.2549375, -27.0772038}, cst{92.99256625, -27.2787991}, cst{92.899067916667, -33.0282326}, cst{99.903859583333, -33.1128159}, cst{99.70891625, -43.1116486}, cst{90.951777083333, -43.0057793}} - CstLists["COM"] = []cst{cst{179.60453541667, 13.3040485}, cst{179.60894125, 28.3040466}, cst{181.59566375, 28.3039627}, cst{181.59450625, 33.3039627}, cst{186.55426041667, 33.3074303}, cst{186.55769375, 31.3074341}, cst{200.20774791667, 31.3437366}, cst{200.22657458333, 27.8437748}, cst{203.95387208333, 27.8603134}, cst{204.02893041667, 14.3604937}, cst{194.05906625, 14.3225088}, cst{194.0620275, 13.3225126}} - CstLists["CRA"] = []cst{cst{269.62546375, -37.0174599}, cst{289.59631958333, -36.7785645}, cst{289.76964, -45.2775650}, cst{272.3090175, -45.4859734}, cst{269.80928375, -45.5163460}} - CstLists["CRB"] = []cst{cst{229.09951625, 25.5380573}, cst{229.01591875, 32.5376778}, cst{232.74697791667, 32.5726128}, cst{232.64365208333, 39.5721130}, cst{237.36542708333, 39.6189079}, cst{246.07194875, 39.7117195}, cst{246.2798025, 26.7128716}, cst{243.78670625, 26.6855240}, cst{243.8001825, 25.6855946}, cst{241.80573458333, 25.6641407}} - CstLists["CRV"] = []cst{cst{194.1330525, -11.6773882}, cst{179.09676, -11.6957970}, cst{179.09131041667, -25.1957951}, cst{190.404525, -25.1864014}, cst{190.3985025, -22.6864090}, cst{194.16687, -22.6773415}} - CstLists["CRT"] = []cst{cst{162.82713875, -6.6621790}, cst{162.80791375, -11.6621428}, cst{162.77554041667, -19.6620827}, cst{164.03058625, -19.6666222}, cst{164.00808291667, -25.1665821}, cst{179.09131041667, -25.1957951}, cst{179.09676, -11.6957970}, cst{179.09860625, -6.6957974}, cst{174.34229875, -6.6916924}} - CstLists["CRU"] = []cst{cst{179.07076791667, -55.6957932}, cst{179.05736375, -64.6957855}, cst{194.43838041667, -64.6769638}, cst{194.33451125, -55.6771049}} - CstLists["CYG"] = []cst{cst{290.13264625, 27.7324085}, cst{290.0952525, 30.2321968}, cst{291.5987775, 30.2493153}, cst{291.49260458333, 36.7487144}, cst{292.11965541667, 36.7558022}, cst{291.9835275, 43.7550354}, cst{288.47030708333, 43.7149391}, cst{288.37552041667, 47.7143936}, cst{287.1206475, 47.6998672}, cst{286.87645958333, 55.6984482}, cst{291.90459291667, 55.7560043}, cst{291.80955, 58.2554703}, cst{297.10055375, 58.3138733}, cst{297.03924125, 59.8135414}, cst{300.5732625, 59.8510780}, cst{308.71659291667, 59.9322395}, cst{308.66080375, 61.3486443}, cst{309.62379458333, 61.3576965}, cst{309.83136125, 55.2753258}, cst{330.60218875, 55.4364891}, cst{330.63921, 53.3532715}, cst{330.76266291667, 44.6036453}, cst{329.87860625, 44.5982513}, cst{329.88163958333, 44.3482628}, cst{329.37664041667, 44.3451195}, cst{329.4610125, 36.5953827}, cst{327.319965, 36.5815468}, cst{327.39518125, 28.5817947}, cst{322.62016375, 28.5480537}, cst{315.08391458333, 28.4871883}, cst{315.07258375, 29.4871387}, cst{296.25094375, 29.3010578}, cst{296.27220125, 27.8011742}} - CstLists["DEL"] = []cst{cst{309.5798775, 2.4360874}, cst{306.07910125, 2.4021468}, cst{306.01395625, 8.9018240}, cst{303.636675, 8.8779116}, cst{303.5589975, 16.1275158}, cst{305.18694875, 16.1439629}, cst{305.13404875, 20.8936996}, cst{309.89693708333, 20.9399471}, cst{309.907665, 19.9399967}, cst{317.17878291667, 20.0046406}, cst{317.24836375, 12.3382607}, cst{314.61859625, 12.3157644}, cst{314.67109625, 6.4826641}, cst{314.045505, 6.4771614}, cst{314.08109708333, 2.4773185}} - CstLists["DOR"] = []cst{cst{58.318787916667, -52.7968445}, cst{60.79789625, -52.8228111}, cst{60.69291875, -56.1555862}, cst{65.6504625, -56.2093849}, cst{65.55459, -58.7088547}, cst{69.274534583333, -58.7506638}, cst{68.79401875, -67.2479248}, cst{68.58152375, -69.7467194}, cst{98.454422916667, -70.1041336}, cst{98.93724875, -64.1070251}, cst{90.173642916667, -64.0010529}, cst{90.34506125, -61.0020981}, cst{82.85761375, -60.9112892}, cst{83.01880375, -57.4122620}, cst{75.547742916667, -57.3230400}, cst{75.6770175, -53.8238029}, cst{68.217745416667, -53.7376366}, cst{68.362247916667, -48.7384491}, cst{64.88238625, -48.6996651}, cst{62.149907916667, -48.6699715}, cst{62.098639583333, -50.6697006}, cst{58.37716625, -50.6304779}} - CstLists["DRA"] = []cst{cst{140.61547375, 72.9741364}, cst{142.191195, 81.4677658}, cst{163.10541625, 81.3396072}, cst{162.81859791667, 79.3401794}, cst{174.53158375, 79.3083420}, cst{174.43479625, 76.3084106}, cst{195.8206125, 76.3289108}, cst{196.09747375, 69.3293610}, cst{210.65081125, 69.3991165}, cst{210.82055541667, 65.3996506}, cst{235.32956541667, 65.6023483}, cst{235.05063, 69.6009445}, cst{247.8410625, 69.7383041}, cst{247.2207075, 74.7347870}, cst{261.53663708333, 74.9033127}, cst{260.21790458333, 79.8953476}, cst{267.65602041667, 79.9857483}, cst{261.72223041667, 85.9495697}, cst{308.72097, 86.4656219}, cst{313.70587375, 80.4867859}, cst{300.6738, 80.3647766}, cst{301.87339791667, 75.3708725}, cst{309.57304041667, 75.4455261}, cst{310.33401458333, 67.4490280}, cst{306.51738125, 67.4129562}, cst{306.8118675, 61.9143791}, cst{300.48520041667, 61.8506203}, cst{300.5732625, 59.8510780}, cst{297.03924125, 59.8135414}, cst{297.10055375, 58.3138733}, cst{291.80955, 58.2554703}, cst{291.90459291667, 55.7560043}, cst{286.87645958333, 55.6984482}, cst{287.1206475, 47.6998672}, cst{274.34237541667, 47.5476036}, cst{274.25768875, 50.5470886}, cst{255.7863525, 50.3244438}, cst{255.75682625, 51.3242683}, cst{237.12458541667, 51.1176796}, cst{237.08447375, 52.6174774}, cst{229.65737375, 52.5451736}, cst{229.59105458333, 55.0448647}, cst{217.25124875, 54.9422379}, cst{217.04525375, 62.4414825}, cst{203.57364125, 62.3593979}, cst{203.55053875, 63.3593445}, cst{181.58155958333, 63.3039627}, cst{181.57925541667, 65.8039627}, cst{171.84934625, 65.8126068}, cst{171.96136958333, 72.8125000}} - CstLists["EQU"] = []cst{cst{314.08109708333, 2.4773185}, cst{314.045505, 6.4771614}, cst{314.67109625, 6.4826641}, cst{314.61859625, 12.3157644}, cst{317.24836375, 12.3382607}, cst{318.25026458333, 12.3465548}, cst{318.244515, 13.0132008}, cst{321.50110208333, 13.0390635}, cst{321.58347125, 2.5393796}} - CstLists["ERI"] = []cst{cst{55.352905416667, 0.4037257}, cst{70.852360416667, 0.2375014}, cst{71.60231375, 0.2289162}, cst{71.55635875, -3.7708201}, cst{77.804395416667, -3.8437285}, cst{77.72003125, -10.8432293}, cst{75.22175125, -10.8138046}, cst{75.178714583333, -14.3135529}, cst{73.929797916667, -14.2989721}, cst{73.75929625, -27.0479794}, cst{71.76333125, -27.0248775}, cst{71.72241875, -29.7746429}, cst{69.97665125, -29.7546597}, cst{69.862375416667, -36.7540054}, cst{65.12985, -36.7010231}, cst{65.0764125, -39.7007294}, cst{59.105884583333, -39.6368256}, cst{59.031364583333, -43.6364403}, cst{52.3267725, -43.5694046}, cst{52.2890025, -45.5692215}, cst{46.09077125, -45.5124779}, cst{46.03451375, -48.5122337}, cst{41.08530875, -48.4710045}, cst{41.04769375, -50.4708595}, cst{37.34121, -50.4425697}, cst{37.28334625, -53.4423561}, cst{33.58414375, -53.4164696}, cst{33.489424583333, -57.9161568}, cst{21.20622875, -57.8484154}, cst{21.2732625, -52.8485603}, cst{24.967354583333, -52.8658562}, cst{24.9938475, -50.8659210}, cst{28.693257083333, -50.8859215}, cst{28.738322916667, -47.5527229}, cst{36.1529475, -47.6004944}, cst{36.26401375, -39.4342155}, cst{46.187260416667, -39.5128975}, cst{46.193322083333, -39.0962563}, cst{53.64428375, -39.1650963}, cst{53.699605416667, -35.5820351}, cst{57.430512083333, -35.6192436}, cst{57.58890125, -24.0033779}, cst{41.14875875, -23.8536034}, cst{41.33922125, -1.2210265}, cst{50.836682916667, -1.3029516}, cst{55.335582083333, -1.3461887}} - CstLists["FOR"] = []cst{cst{26.46599875, -23.7562580}, cst{41.14875875, -23.8536034}, cst{57.58890125, -24.0033779}, cst{57.430512083333, -35.6192436}, cst{53.699605416667, -35.5820351}, cst{53.64428375, -39.1650963}, cst{46.193322083333, -39.0962563}, cst{46.187260416667, -39.5128975}, cst{36.26401375, -39.4342155}, cst{26.350727916667, -39.3726234}, cst{26.45888875, -24.8729095}} - CstLists["GEM"] = []cst{cst{96.37276375, 11.9332972}, cst{96.4439175, 17.4328651}, cst{95.069575416667, 17.4495068}, cst{95.1241275, 21.4491768}, cst{90.125155416667, 21.5098724}, cst{90.1440375, 22.8430862}, cst{90.22107125, 28.0092907}, cst{99.965657916667, 27.8913116}, cst{100.09027625, 35.3905640}, cst{112.56071875, 35.2445297}, cst{118.28970875, 35.1810532}, cst{118.25808, 33.1812286}, cst{121.99323125, 33.1415138}, cst{121.91596958333, 27.6419144}, cst{120.17164625, 27.6602821}, cst{120.07012375, 19.6608200}, cst{118.94754458333, 19.6728077}, cst{118.87160541667, 13.1732168}, cst{114.2527275, 13.2238064}, cst{114.24100375, 12.2238722}, cst{106.7482275, 12.3095980}, cst{106.71787958333, 9.8097754}, cst{105.71845958333, 9.8214874}, cst{105.742815, 11.8213453}} - CstLists["GRU"] = []cst{cst{321.92805291667, -36.4592972}, cst{322.04232125, -44.9588585}, cst{322.11736625, -49.4585724}, cst{331.998825, -49.3911743}, cst{332.113695, -56.3908348}, cst{351.76852208333, -56.3126869}, cst{351.69270458333, -39.3127594}, cst{351.6833775, -36.3127670}, cst{346.72751375, -36.3249741}} - CstLists["HER"] = []cst{cst{245.558595, 3.7033811}, cst{242.80966791667, 3.6735139}, cst{242.67663, 15.6728001}, cst{240.18107375, 15.6463346}, cst{240.1110075, 21.6459675}, cst{241.85657541667, 21.6644115}, cst{241.80573458333, 25.6641407}, cst{243.8001825, 25.6855946}, cst{243.78670625, 26.6855240}, cst{246.2798025, 26.7128716}, cst{246.07194875, 39.7117195}, cst{237.36542708333, 39.6189079}, cst{237.12458541667, 51.1176796}, cst{255.75682625, 51.3242683}, cst{255.7863525, 50.3244438}, cst{274.25768875, 50.5470886}, cst{274.34237541667, 47.5476036}, cst{273.46687375, 47.5369873}, cst{273.82438625, 30.0391560}, cst{276.70077291667, 30.0739765}, cst{276.76288625, 26.0743504}, cst{284.2698675, 26.1640968}, cst{284.27716208333, 25.6641407}, cst{284.33913291667, 21.2478352}, cst{284.37363625, 18.6647091}, cst{284.45626208333, 12.1651964}, cst{281.388045, 12.1287737}, cst{275.20308458333, 12.0543308}, cst{275.17327375, 14.3874788}, cst{260.17687791667, 14.2060347}, cst{260.19584708333, 12.7061481}, cst{252.7014825, 12.6179380}, cst{252.80590958333, 3.7852108}} - CstLists["HOR"] = []cst{cst{65.0764125, -39.7007294}, cst{64.88238625, -48.6996651}, cst{62.149907916667, -48.6699715}, cst{62.098639583333, -50.6697006}, cst{58.37716625, -50.6304779}, cst{58.318787916667, -52.7968445}, cst{53.365002083333, -52.7470779}, cst{53.23681625, -57.0797844}, cst{48.79113125, -57.0377846}, cst{48.362689583333, -67.0358200}, cst{33.202360416667, -66.9151917}, cst{33.489424583333, -57.9161568}, cst{33.58414375, -53.4164696}, cst{37.28334625, -53.4423561}, cst{37.34121, -50.4425697}, cst{41.04769375, -50.4708595}, cst{41.08530875, -48.4710045}, cst{46.03451375, -48.5122337}, cst{46.09077125, -45.5124779}, cst{52.2890025, -45.5692215}, cst{52.3267725, -43.5694046}, cst{59.031364583333, -43.6364403}, cst{59.105884583333, -39.6368256}} - CstLists["HYA"] = []cst{cst{122.84900708333, -0.3693900}, cst{122.92139125, 6.6302376}, cst{140.40425875, 6.4700689}, cst{145.39841708333, 6.4327669}, cst{145.34890625, -0.5670585}, cst{145.27027208333, -11.5667810}, cst{162.80791375, -11.6621428}, cst{162.77554041667, -19.6620827}, cst{164.03058625, -19.6666222}, cst{164.00808291667, -25.1665821}, cst{179.09131041667, -25.1957951}, cst{190.404525, -25.1864014}, cst{190.3985025, -22.6864090}, cst{194.16687, -22.6773415}, cst{215.51309125, -22.5727749}, cst{215.53369041667, -25.0727024}, cst{225.57655375, -24.9951096}, cst{225.63076958333, -29.9948788}, cst{190.41739958333, -30.1863899}, cst{190.42719875, -33.6863785}, cst{185.38743458333, -33.6938934}, cst{185.39029625, -35.6938896}, cst{166.47936291667, -35.6746559}, cst{163.95851541667, -35.6664963}, cst{163.977885, -31.8332005}, cst{160.20137875, -31.8185863}, cst{160.21289375, -29.8186131}, cst{155.18132708333, -29.7947845}, cst{155.1993375, -27.1281624}, cst{147.65928291667, -27.0835037}, cst{147.67968125, -24.5835705}, cst{141.904335, -24.5425186}, cst{137.63677625, -24.5086308}, cst{137.68497, -19.5088310}, cst{130.1635125, -19.4423733}, cst{130.18434, -17.4424706}, cst{126.92709458333, -17.4112568}, cst{126.98977958333, -11.4115648}, cst{122.73417875, -11.3687992}} - CstLists["HYI"] = []cst{cst{68.79401875, -67.2479248}, cst{68.58152375, -69.7467194}, cst{67.957485, -74.7431641}, cst{52.075782083333, -74.5741272}, cst{50.091655416667, -82.0644531}, cst{1.53339125, -81.8039551}, cst{1.5662970833333, -74.3039627}, cst{12.3324375, -74.3185730}, cst{12.295414583333, -75.3185272}, cst{20.654050416667, -75.3472214}, cst{21.20622875, -57.8484154}, cst{33.489424583333, -57.9161568}, cst{33.202360416667, -66.9151917}, cst{48.362689583333, -67.0358200}} - CstLists["IND"] = []cst{cst{323.1847575, -74.4544678}, cst{351.99783291667, -74.3124619}, cst{351.86139125, -66.8125992}, cst{332.3985675, -66.8899918}, cst{332.113695, -56.3908348}, cst{331.998825, -49.3911743}, cst{322.11736625, -49.4585724}, cst{322.04232125, -44.9588585}, cst{307.169295, -45.0900002}, cst{307.45880125, -56.5885773}, cst{307.56480125, -59.5880547}, cst{322.34865125, -59.4576836}} - CstLists["LAC"] = []cst{cst{329.4610125, 36.5953827}, cst{329.37664041667, 44.3451195}, cst{329.88163958333, 44.3482628}, cst{329.87860625, 44.5982513}, cst{330.76266291667, 44.6036453}, cst{330.63921, 53.3532715}, cst{333.17467625, 53.3679428}, cst{333.13762625, 55.6178436}, cst{335.93130125, 55.6326256}, cst{335.91093, 56.8825760}, cst{344.30402708333, 56.9179611}, cst{344.34285125, 53.1680298}, cst{344.46530375, 35.1682358}, cst{343.70919291667, 35.1656151}, cst{343.70653208333, 35.6656113}, cst{331.35955791667, 35.6069336}, cst{331.35046041667, 36.6069069}} - CstLists["LEO"] = []cst{cst{162.8497125, -0.6622211}, cst{162.87601958333, 6.3377299}, cst{145.39841708333, 6.4327669}, cst{140.40425875, 6.4700689}, cst{140.645985, 32.9691162}, cst{150.08438541667, 32.9022789}, cst{150.04234375, 27.9024086}, cst{159.23840125, 27.8529167}, cst{159.2108775, 22.8529778}, cst{162.94253875, 22.8376045}, cst{162.95149375, 24.8375893}, cst{166.6809375, 24.8250446}, cst{166.69399791667, 28.3250256}, cst{179.60894125, 28.3040466}, cst{179.60453541667, 13.3040485}, cst{179.60373458333, 10.3040485}, cst{174.36568791667, 10.3082914}, cst{174.35052458333, -0.6916979}, cst{174.34229875, -6.6916924}, cst{162.82713875, -6.6621790}} - CstLists["LMI"] = []cst{cst{140.645985, 32.9691162}, cst{140.72163125, 39.2188187}, cst{145.6819725, 39.1817665}, cst{145.70923791667, 41.4316750}, cst{154.37822375, 41.3773613}, cst{154.3594125, 39.3774109}, cst{163.52316875, 39.3356133}, cst{163.48940875, 33.3356781}, cst{166.71422541667, 33.3249931}, cst{166.69399791667, 28.3250256}, cst{166.6809375, 24.8250446}, cst{162.95149375, 24.8375893}, cst{162.94253875, 22.8376045}, cst{159.2108775, 22.8529778}, cst{159.23840125, 27.8529167}, cst{150.04234375, 27.9024086}, cst{150.08438541667, 32.9022789}} - CstLists["LEP"] = []cst{cst{73.75929625, -27.0479794}, cst{76.2549375, -27.0772038}, cst{92.99256625, -27.2787991}, cst{93.215625, -11.0301533}, cst{88.965790416667, -10.9785318}, cst{77.72003125, -10.8432293}, cst{75.22175125, -10.8138046}, cst{75.178714583333, -14.3135529}, cst{73.929797916667, -14.2989721}} - CstLists["LIB"] = []cst{cst{227.85301208333, -0.4742887}, cst{221.6030925, -0.5269387}, cst{221.66710791667, -8.5266848}, cst{215.40850625, -8.5731344}, cst{215.51309125, -22.5727749}, cst{215.53369041667, -25.0727024}, cst{225.57655375, -24.9951096}, cst{225.63076958333, -29.9948788}, cst{236.92998, -29.8896160}, cst{236.81306375, -20.3902016}, cst{240.57177625, -20.3516178}, cst{240.43727875, -8.3523235}, cst{240.38695375, -3.6025870}, cst{227.88195125, -3.7241600}} - CstLists["LUP"] = []cst{cst{214.65681625, -55.5799522}, cst{220.23446541667, -55.5400887}, cst{228.08351125, -55.4754944}, cst{228.05671625, -54.4756165}, cst{232.35337208333, -54.4364166}, cst{232.20724625, -48.4371071}, cst{237.24728125, -48.3880234}, cst{237.12458541667, -42.3886375}, cst{242.15280625, -42.3366776}, cst{241.94769875, -29.8377628}, cst{236.92998, -29.8896160}, cst{225.63076958333, -29.9948788}, cst{225.79627958333, -42.4941750}, cst{214.45026458333, -42.5806465}} - CstLists["LYN"] = []cst{cst{112.56071875, 35.2445297}, cst{112.73412458333, 44.2435493}, cst{104.26530291667, 44.3418388}, cst{104.40635875, 49.8410034}, cst{99.919459583333, 49.8945885}, cst{100.04603125, 53.8938293}, cst{94.05736625, 53.9662552}, cst{94.13108875, 55.9658089}, cst{94.40745625, 61.9641266}, cst{107.8515525, 61.8031464}, cst{107.7531975, 59.8037262}, cst{122.12910125, 59.6433983}, cst{128.79913375, 59.5759888}, cst{128.44010375, 46.5777283}, cst{139.59071125, 46.4782791}, cst{139.51249041667, 41.4785957}, cst{145.70923791667, 41.4316750}, cst{145.6819725, 39.1817665}, cst{140.72163125, 39.2188187}, cst{140.645985, 32.9691162}, cst{121.99323125, 33.1415138}, cst{118.25808, 33.1812286}, cst{118.28970875, 35.1810532}} - CstLists["LYR"] = []cst{cst{284.27716208333, 25.6641407}, cst{284.2698675, 26.1640968}, cst{276.76288625, 26.0743504}, cst{276.70077291667, 30.0739765}, cst{273.82438625, 30.0391560}, cst{273.46687375, 47.5369873}, cst{274.34237541667, 47.5476036}, cst{287.1206475, 47.6998672}, cst{288.37552041667, 47.7143936}, cst{288.47030708333, 43.7149391}, cst{291.9835275, 43.7550354}, cst{292.11965541667, 36.7558022}, cst{291.49260458333, 36.7487144}, cst{291.5987775, 30.2493153}, cst{290.0952525, 30.2321968}, cst{290.13264625, 27.7324085}, cst{290.16131375, 25.7325745}} - CstLists["MEN"] = []cst{cst{109.01970875, -85.2614441}, cst{48.23292, -84.5553818}, cst{50.091655416667, -82.0644531}, cst{52.075782083333, -74.5741272}, cst{67.957485, -74.7431641}, cst{68.58152375, -69.7467194}, cst{98.454422916667, -70.1041336}, cst{97.770709583333, -75.1000366}, cst{114.21470375, -75.2899170}, cst{111.65211458333, -82.7758865}} - CstLists["MIC"] = []cst{cst{306.89795541667, -27.5913391}, cst{321.83163625, -27.4596672}, cst{321.92805291667, -36.4592972}, cst{322.04232125, -44.9588585}, cst{307.169295, -45.0900002}} - CstLists["MON"] = []cst{cst{95.225680416667, -0.0537102}, cst{95.34803125, 9.9455481}, cst{96.347665416667, 9.9334478}, cst{96.37276375, 11.9332972}, cst{105.742815, 11.8213453}, cst{105.71845958333, 9.8214874}, cst{106.71787958333, 9.8097754}, cst{106.66432208333, 5.3100886}, cst{106.91427458333, 5.3071680}, cst{106.86739625, 1.3074419}, cst{109.61691875, 1.2755718}, cst{109.59966625, -0.2243290}, cst{122.84900708333, -0.3693900}, cst{122.73417875, -11.3687992}, cst{111.97339958333, -11.2521448}, cst{93.215625, -11.0301533}, cst{88.965790416667, -10.9785318}, cst{89.052372083333, -3.9790573}, cst{95.177142083333, -4.0534163}} - CstLists["MUS"] = []cst{cst{170.08481125, -64.6842651}, cst{169.85697291667, -75.6840134}, cst{207.78143375, -75.6235962}, cst{207.46087041667, -70.6244431}, cst{207.26802291667, -65.6249542}, cst{204.70747958333, -65.6378784}, cst{204.68028625, -64.6379395}, cst{194.43838041667, -64.6769638}, cst{179.05736375, -64.6957855}} - CstLists["NOR"] = []cst{cst{232.5498675, -60.4354935}, cst{249.03468125, -60.2644577}, cst{248.57062375, -45.7670517}, cst{248.4947775, -42.2674789}, cst{242.15280625, -42.3366776}, cst{237.12458541667, -42.3886375}, cst{237.24728125, -48.3880234}, cst{232.20724625, -48.4371071}, cst{232.35337208333, -54.4364166}, cst{228.05671625, -54.4756165}, cst{228.08351125, -55.4754944}, cst{232.38191125, -55.4362831}} - CstLists["OCT"] = []cst{cst{0.80064625, -89.3039017}, cst{1.53339125, -81.8039551}, cst{50.091655416667, -82.0644531}, cst{48.23292, -84.5553818}, cst{109.01970875, -85.2614441}, cst{111.65211458333, -82.7758865}, cst{209.11110875, -83.1200714}, cst{276.86599791667, -82.4582748}, cst{274.19506041667, -74.9745178}, cst{323.1847575, -74.4544678}, cst{351.99783291667, -74.3124619}, cst{1.56630625, -74.3039627}, cst{0.80064625, -89.3039017}, cst{0.80065208333333, -89.3038940}} - CstLists["OPH"] = []cst{cst{245.6026275, -0.2963768}, cst{245.558595, 3.7033811}, cst{252.80590958333, 3.7852108}, cst{252.7014825, 12.6179380}, cst{260.19584708333, 12.7061481}, cst{260.17687791667, 14.2060347}, cst{275.17327375, 14.3874788}, cst{275.20308458333, 12.0543308}, cst{281.388045, 12.1287737}, cst{281.45856875, 6.3791943}, cst{275.27461041667, 6.3047633}, cst{275.29601125, 4.5548930}, cst{277.87113125, 4.5860157}, cst{277.88929958333, 3.0861249}, cst{275.31423625, 3.0550034}, cst{275.35059875, 0.0552235}, cst{269.10103791667, -0.0206471}, cst{269.14970375, -4.0203514}, cst{271.14967375, -3.9960551}, cst{271.22371625, -9.9956055}, cst{266.72375708333, -10.0502338}, cst{266.7447, -11.7167768}, cst{265.49440375, -11.7319136}, cst{265.47349041667, -10.0653696}, cst{259.22206958333, -10.1404381}, cst{259.29742791667, -16.1399899}, cst{265.80019041667, -16.0618820}, cst{266.00183541667, -30.0606632}, cst{253.23534875, -30.2123089}, cst{253.15567041667, -24.7960968}, cst{245.89144625, -24.8781185}, cst{245.82298375, -19.5451660}, cst{247.45067541667, -19.5271549}, cst{247.43823, -18.5272255}, cst{245.81068041667, -18.5452347}, cst{245.69120375, -8.2958899}, cst{240.43727875, -8.3523235}, cst{240.38695375, -3.6025870}, cst{245.63838875, -3.5461800}} - CstLists["ORI"] = []cst{cst{70.852360416667, 0.2375014}, cst{71.03402875, 15.7364635}, cst{76.28892625, 15.6755352}, cst{76.29527875, 16.1754990}, cst{81.7987125, 16.1101055}, cst{81.7922325, 15.6101446}, cst{85.79364625, 15.5619202}, cst{85.755057083333, 12.5621548}, cst{88.255369583333, 12.5318508}, cst{88.327167083333, 18.0314159}, cst{87.326982083333, 18.0435486}, cst{87.39379375, 22.8764725}, cst{90.1440375, 22.8430862}, cst{90.125155416667, 21.5098724}, cst{95.1241275, 21.4491768}, cst{95.069575416667, 17.4495068}, cst{96.4439175, 17.4328651}, cst{96.37276375, 11.9332972}, cst{96.347665416667, 9.9334478}, cst{95.34803125, 9.9455481}, cst{95.225680416667, -0.0537102}, cst{95.177142083333, -4.0534163}, cst{89.052372083333, -3.9790573}, cst{88.965790416667, -10.9785318}, cst{77.72003125, -10.8432293}, cst{77.804395416667, -3.8437285}, cst{71.55635875, -3.7708201}, cst{71.60231375, 0.2289162}} - CstLists["PAV"] = []cst{cst{274.19506041667, -74.9745178}, cst{323.1847575, -74.4544678}, cst{322.34865125, -59.4576836}, cst{307.56480125, -59.5880547}, cst{307.45880125, -56.5885773}, cst{272.67225291667, -56.9837723}, cst{265.16818958333, -57.0747757}, cst{265.77572875, -67.5711060}, cst{273.28007708333, -67.4800797}} - CstLists["PEG"] = []cst{cst{321.58347125, 2.5393796}, cst{321.50110208333, 13.0390635}, cst{318.244515, 13.0132008}, cst{318.25026458333, 12.3465548}, cst{317.24836375, 12.3382607}, cst{317.17878291667, 20.0046406}, cst{320.18840875, 20.0290813}, cst{320.15170041667, 24.0289364}, cst{322.66201958333, 24.0482101}, cst{322.62016375, 28.5480537}, cst{327.39518125, 28.5817947}, cst{327.319965, 36.5815468}, cst{329.4610125, 36.5953827}, cst{331.35046041667, 36.6069069}, cst{331.35955791667, 35.6069336}, cst{343.70653208333, 35.6656113}, cst{343.70919291667, 35.1656151}, cst{344.46530375, 35.1682358}, cst{354.04417958333, 35.1913109}, cst{354.04915791667, 32.7746468}, cst{357.8280825, 32.7785072}, cst{357.82874125, 32.0285034}, cst{1.6069770833333, 32.0293655}, cst{1.60621625, 28.6960354}, cst{2.6128425, 28.6957588}, cst{2.61001625, 22.6957588}, cst{3.7406445833333, 22.6951923}, cst{3.73992125, 21.6951923}, cst{3.7341179166667, 13.1951942}, cst{1.6031745833333, 13.1960354}, cst{1.6027304166667, 10.6960354}, cst{359.09711875, 10.6957970}, cst{359.09803375, 8.1957970}, cst{342.82141625, 8.1621685}, cst{342.84221708333, 2.6622071}, cst{331.58726708333, 2.6076074}, cst{331.588755, 2.3576119}, cst{326.58708625, 2.3256910}, cst{326.58021875, 3.3256676}, cst{323.57874875, 3.3043909}, cst{323.58427041667, 2.5544112}} - CstLists["PER"] = []cst{cst{42.62838, 31.1865025}, cst{42.666467916667, 34.5196762}, cst{40.402382916667, 34.5375137}, cst{40.43465875, 37.2873878}, cst{39.67934125, 37.2931557}, cst{39.88547875, 51.0423737}, cst{32.67380125, 51.0925827}, cst{32.62149125, 47.5927505}, cst{26.931439583333, 47.6258430}, cst{26.96852375, 50.6257439}, cst{22.40793625, 50.6478767}, cst{22.45601375, 54.6477699}, cst{27.53364125, 54.6228828}, cst{27.5952225, 58.1227188}, cst{30.77362375, 58.1046753}, cst{30.795625416667, 59.1046104}, cst{38.802355416667, 59.0511551}, cst{38.762337083333, 57.5513000}, cst{48.90093, 57.4684982}, cst{49.91349625, 57.4593849}, cst{49.8540225, 55.4596519}, cst{52.381900416667, 55.4362831}, cst{52.31308625, 52.9366074}, cst{72.840285, 52.7196465}, cst{72.45734375, 36.2218513}, cst{69.57384125, 36.2547150}, cst{69.4869375, 30.9218750}, cst{52.426667916667, 31.1003609}} - CstLists["PHE"] = []cst{cst{351.69270458333, -39.3127594}, cst{351.76852208333, -56.3126869}, cst{351.77839375, -57.8126793}, cst{21.20622875, -57.8484154}, cst{21.2732625, -52.8485603}, cst{24.967354583333, -52.8658562}, cst{24.9938475, -50.8659210}, cst{28.693257083333, -50.8859215}, cst{28.738322916667, -47.5527229}, cst{36.1529475, -47.6004944}, cst{36.26401375, -39.4342155}, cst{26.350727916667, -39.3726234}} - CstLists["PIC"] = []cst{cst{90.951777083333, -43.0057793}, cst{75.97444375, -42.8255501}, cst{73.482370416667, -42.7963676}, cst{73.402082916667, -46.2959023}, cst{68.42409625, -46.2387962}, cst{68.362247916667, -48.7384491}, cst{68.217745416667, -53.7376366}, cst{75.6770175, -53.8238029}, cst{75.547742916667, -57.3230400}, cst{83.01880375, -57.4122620}, cst{82.85761375, -60.9112892}, cst{90.34506125, -61.0020981}, cst{90.173642916667, -64.0010529}, cst{98.93724875, -64.1070251}, cst{102.70331375, -64.1518784}, cst{103.01111708333, -58.1537018}, cst{97.995077916667, -58.0938416}, cst{98.114275416667, -55.0945587}, cst{93.1074, -55.0340500}, cst{93.19435375, -52.5345764}, cst{90.693705, -52.5042114}, cst{90.748902083333, -50.7545471}} - CstLists["PSC"] = []cst{cst{342.8497125, 0.6622211}, cst{342.84221708333, 2.6622071}, cst{342.82141625, 8.1621685}, cst{359.09803375, 8.1957970}, cst{359.09711875, 10.6957970}, cst{1.6027304166667, 10.6960354}, cst{1.6031745833333, 13.1960354}, cst{3.7341179166667, 13.1951942}, cst{3.73992125, 21.6951923}, cst{14.414815416667, 21.6766376}, cst{14.424064583333, 24.4266243}, cst{12.41349125, 24.4319324}, cst{12.44306375, 33.6818962}, cst{22.89742625, 33.6453705}, cst{22.86642, 28.6454391}, cst{26.76471, 28.6262817}, cst{26.744674583333, 25.6263351}, cst{26.65573375, 10.5432396}, cst{31.6652475, 10.5143948}, cst{31.61526625, 2.5978806}, cst{6.6037875, 2.6925383}, cst{6.60132875, 0.6925398}, cst{6.5927025, -6.3074551}, cst{359.10329875, -6.3042021}, cst{359.10221125, -3.3042023}, cst{342.86470375, -3.3377509}} - CstLists["PSA"] = []cst{cst{346.68096625, -24.8250446}, cst{329.77028875, -24.9040413}, cst{321.80777541667, -24.9597607}, cst{321.83163625, -27.4596672}, cst{321.92805291667, -36.4592972}, cst{346.72751375, -36.3249741}} - CstLists["PUP"] = []cst{cst{111.97339958333, -11.2521448}, cst{111.67719875, -33.2504692}, cst{99.903859583333, -33.1128159}, cst{99.70891625, -43.1116486}, cst{90.951777083333, -43.0057793}, cst{90.748902083333, -50.7545471}, cst{120.8616975, -51.1025848}, cst{121.03827875, -43.3535042}, cst{126.57231291667, -43.4095192}, cst{126.67779875, -37.1600380}, cst{126.92709458333, -17.4112568}, cst{126.98977958333, -11.4115648}, cst{122.73417875, -11.3687992}} - CstLists["PYX"] = []cst{cst{126.92709458333, -17.4112568}, cst{130.18434, -17.4424706}, cst{130.1635125, -19.4423733}, cst{137.68497, -19.5088310}, cst{137.63677625, -24.5086308}, cst{141.904335, -24.5425186}, cst{141.77159875, -37.2920151}, cst{126.67779875, -37.1600380}} - CstLists["RET"] = []cst{cst{48.362689583333, -67.0358200}, cst{68.79401875, -67.2479248}, cst{69.274534583333, -58.7506638}, cst{65.55459, -58.7088547}, cst{65.6504625, -56.2093849}, cst{60.69291875, -56.1555862}, cst{60.79789625, -52.8228111}, cst{58.318787916667, -52.7968445}, cst{53.365002083333, -52.7470779}, cst{53.23681625, -57.0797844}, cst{48.79113125, -57.0377846}} - CstLists["SGE"] = []cst{cst{284.37363625, 18.6647091}, cst{284.33913291667, 21.2478352}, cst{290.09631125, 21.3148155}, cst{290.12128791667, 19.3982983}, cst{298.88568875, 19.4955387}, cst{298.860255, 21.5787334}, cst{305.12540875, 21.6436558}, cst{305.13404875, 20.8936996}, cst{305.18694875, 16.1439629}, cst{303.5589975, 16.1275158}, cst{298.926, 16.0790844}, cst{298.92116541667, 16.4957294}, cst{286.4054775, 16.3550682}, cst{286.37549375, 18.6882229}} - CstLists["SGR"] = []cst{cst{284.74405375, -11.8664360}, cst{284.79372, -15.8328123}, cst{275.54952625, -15.9435720}, cst{265.80019041667, -16.0618820}, cst{266.00183541667, -30.0606632}, cst{269.50281125, -30.0182076}, cst{269.62546375, -37.0174599}, cst{289.59631958333, -36.7785645}, cst{289.76964, -45.2775650}, cst{307.169295, -45.0900002}, cst{306.89795541667, -27.5913391}, cst{301.91596958333, -27.6419144}, cst{301.72636958333, -11.6762342}} - CstLists["SCO"] = []cst{cst{240.43727875, -8.3523235}, cst{245.69120375, -8.2958899}, cst{245.81068041667, -18.5452347}, cst{247.43823, -18.5272255}, cst{247.45067541667, -19.5271549}, cst{245.82298375, -19.5451660}, cst{245.89144625, -24.8781185}, cst{253.15567041667, -24.7960968}, cst{253.23534875, -30.2123089}, cst{266.00183541667, -30.0606632}, cst{269.50281125, -30.0182076}, cst{269.62546375, -37.0174599}, cst{269.80928375, -45.5163460}, cst{248.57062375, -45.7670517}, cst{248.4947775, -42.2674789}, cst{242.15280625, -42.3366776}, cst{241.94769875, -29.8377628}, cst{236.92998, -29.8896160}, cst{236.81306375, -20.3902016}, cst{240.57177625, -20.3516178}} - CstLists["SCL"] = []cst{cst{346.68096625, -24.8250446}, cst{359.11056458333, -24.8042011}, cst{26.45888875, -24.8729095}, cst{26.350727916667, -39.3726234}, cst{351.69270458333, -39.3127594}, cst{351.6833775, -36.3127670}, cst{346.72751375, -36.3249741}} - CstLists["SCT"] = []cst{cst{275.54952625, -15.9435720}, cst{284.79372, -15.8328123}, cst{284.74405375, -11.8664360}, cst{284.64729291667, -3.8336766}, cst{280.3981875, -3.8842230}, cst{275.3991225, -3.9444826}} - CstLists["SER1"] = []cst{cst{227.85301208333, -0.4742887}, cst{227.78148625, 7.5253930}, cst{227.60549125, 25.5246105}, cst{229.09951625, 25.5380573}, cst{241.80573458333, 25.6641407}, cst{241.85657541667, 21.6644115}, cst{240.1110075, 21.6459675}, cst{240.18107375, 15.6463346}, cst{242.67663, 15.6728001}, cst{242.80966791667, 3.6735139}, cst{245.558595, 3.7033811}, cst{245.6026275, -0.2963768}, cst{245.63838875, -3.5461800}, cst{240.38695375, -3.6025870}, cst{227.88195125, -3.7241600}} - CstLists["SER2"] = []cst{cst{275.35059875, 0.0552235}, cst{275.31423625, 3.0550034}, cst{277.93922375, 3.0867271}, cst{277.92105625, 4.5866175}, cst{275.29601125, 4.5548930}, cst{275.27461041667, 6.3047633}, cst{281.45856875, 6.3791943}, cst{284.525985, 6.4156075}, cst{284.57642541667, 2.1659052}, cst{280.3262325, 2.1153460}, cst{280.35020875, 0.1154895}, cst{280.3981875, -3.8842230}, cst{275.3991225, -3.9444826}, cst{275.54952625, -15.9435720}, cst{265.80019041667, -16.0618820}, cst{259.29742791667, -16.1399899}, cst{259.22206958333, -10.1404381}, cst{265.47349041667, -10.0653696}, cst{265.49440375, -11.7319136}, cst{266.7447, -11.7167768}, cst{266.72375708333, -10.0502338}, cst{271.22371625, -9.9956055}, cst{271.14967375, -3.9960551}, cst{269.14970375, -4.0203514}, cst{269.10103791667, -0.0206471}} - CstLists["SEX"] = []cst{cst{145.34890625, -0.5670585}, cst{145.39841708333, 6.4327669}, cst{162.87601958333, 6.3377299}, cst{162.8497125, -0.6622211}, cst{162.82713875, -6.6621790}, cst{162.80791375, -11.6621428}, cst{145.27027208333, -11.5667810}} - CstLists["TAU"] = []cst{cst{50.836682916667, -1.3029516}, cst{50.85298375, 0.4469725}, cst{50.94641125, 10.3632069}, cst{51.037234583333, 19.4461136}, cst{52.2906225, 19.4343338}, cst{52.426667916667, 31.1003609}, cst{69.4869375, 30.9218750}, cst{69.47678875, 30.2552605}, cst{73.235342916667, 30.2123089}, cst{73.212475416667, 28.7124405}, cst{90.228902916667, 28.5092430}, cst{90.22107125, 28.0092907}, cst{90.1440375, 22.8430862}, cst{87.39379375, 22.8764725}, cst{87.326982083333, 18.0435486}, cst{88.327167083333, 18.0314159}, cst{88.255369583333, 12.5318508}, cst{85.755057083333, 12.5621548}, cst{85.79364625, 15.5619202}, cst{81.7922325, 15.6101446}, cst{81.7987125, 16.1101055}, cst{76.29527875, 16.1754990}, cst{76.28892625, 15.6755352}, cst{71.03402875, 15.7364635}, cst{70.852360416667, 0.2375014}, cst{55.352905416667, 0.4037257}, cst{55.335582083333, -1.3461887}} - CstLists["TEL"] = []cst{cst{307.45880125, -56.5885773}, cst{307.169295, -45.0900002}, cst{289.76964, -45.2775650}, cst{272.3090175, -45.4859734}, cst{272.67225291667, -56.9837723}} - CstLists["TRI"] = []cst{cst{26.744674583333, 25.6263351}, cst{26.76471, 28.6262817}, cst{22.86642, 28.6454391}, cst{22.89742625, 33.6453705}, cst{22.910835, 35.6453362}, cst{31.854250416667, 35.5971375}, cst{31.87109125, 37.3470840}, cst{39.67934125, 37.2931557}, cst{40.43465875, 37.2873878}, cst{40.402382916667, 34.5375137}, cst{42.666467916667, 34.5196762}, cst{42.62838, 31.1865025}, cst{38.10319375, 31.2213154}, cst{38.07014875, 27.8047638}, cst{30.53061625, 27.8550186}, cst{30.51371125, 25.6050701}} - CstLists["TRA"] = []cst{cst{224.16644125, -70.5115433}, cst{224.00363375, -68.0122070}, cst{226.55712625, -67.9909286}, cst{226.35353541667, -64.0751266}, cst{230.16657875, -64.0415649}, cst{230.05456958333, -61.4587479}, cst{232.58976458333, -61.4353065}, cst{232.5498675, -60.4354935}, cst{249.03468125, -60.2644577}, cst{249.08163, -61.2641945}, cst{251.53784708333, -61.2364578}, cst{251.67632125, -63.8189964}, cst{254.1951375, -63.7900925}, cst{254.28351458333, -65.2062531}, cst{255.5423925, -65.1916428}, cst{255.72498291667, -67.6905823}, cst{258.2424825, -67.6610870}, cst{258.47067875, -70.1597443}} - CstLists["TUC"] = []cst{cst{351.99783291667, -74.3124619}, cst{1.5662970833333, -74.3039627}, cst{12.3324375, -74.3185730}, cst{12.295414583333, -75.3185272}, cst{20.654050416667, -75.3472214}, cst{21.20622875, -57.8484154}, cst{351.77839375, -57.8126793}, cst{351.76852208333, -56.3126869}, cst{332.113695, -56.3908348}, cst{332.3985675, -66.8899918}, cst{351.86139125, -66.8125992}} - CstLists["UMA"] = []cst{cst{145.70923791667, 41.4316750}, cst{139.51249041667, 41.4785957}, cst{139.59071125, 46.4782791}, cst{128.44010375, 46.5777283}, cst{128.79913375, 59.5759888}, cst{122.12910125, 59.6433983}, cst{123.08622875, 73.1383743}, cst{140.61547375, 72.9741364}, cst{171.96136958333, 72.8125000}, cst{171.84934625, 65.8126068}, cst{181.57925541667, 65.8039627}, cst{181.58155958333, 63.3039627}, cst{203.55053875, 63.3593445}, cst{203.57364125, 62.3593979}, cst{217.04525375, 62.4414825}, cst{217.25124875, 54.9422379}, cst{211.58439125, 54.9035759}, cst{211.69873208333, 47.9039383}, cst{203.79511375, 47.8599281}, cst{203.74239875, 52.3598061}, cst{182.8185225, 52.3043365}, cst{182.82643375, 44.3043365}, cst{181.59141625, 44.3039627}, cst{181.59450625, 33.3039627}, cst{181.59566375, 28.3039627}, cst{179.60894125, 28.3040466}, cst{166.69399791667, 28.3250256}, cst{166.71422541667, 33.3249931}, cst{163.48940875, 33.3356781}, cst{163.52316875, 39.3356133}, cst{154.3594125, 39.3774109}, cst{154.37822375, 41.3773613}} - CstLists["UMI"] = []cst{cst{195.8206125, 76.3289108}, cst{196.09747375, 69.3293610}, cst{210.65081125, 69.3991165}, cst{210.82055541667, 65.3996506}, cst{235.32956541667, 65.6023483}, cst{235.05063, 69.6009445}, cst{247.8410625, 69.7383041}, cst{247.2207075, 74.7347870}, cst{261.53663708333, 74.9033127}, cst{260.21790458333, 79.8953476}, cst{267.65602041667, 79.9857483}, cst{261.72223041667, 85.9495697}, cst{308.72097, 86.4656219}, cst{308.33135541667, 86.6306305}, cst{343.51066625, 86.8368912}, cst{339.26098791667, 88.6638870}, cst{135.83247125, 87.5689163}, cst{130.40275041667, 86.0975418}, cst{213.0229575, 85.9308090}, cst{216.78285625, 79.4449844}, cst{203.80918958333, 79.3629303}, cst{204.15701875, 76.3638153}} - CstLists["VEL"] = []cst{cst{166.33725625, -57.1744423}, cst{166.45650458333, -40.4246216}, cst{141.73406125, -40.2918739}, cst{141.77159875, -37.2920151}, cst{126.67779875, -37.1600380}, cst{126.57231291667, -43.4095192}, cst{121.03827875, -43.3535042}, cst{120.8616975, -51.1025848}, cst{123.38112875, -51.1285286}, cst{123.32011625, -53.3782196}, cst{127.60929125, -53.4206772}, cst{127.56711875, -54.9204712}, cst{133.38017375, -54.9742203}, cst{133.32365541667, -56.9739723}} - CstLists["VIR"] = []cst{cst{174.35052458333, -0.6916979}, cst{174.36568791667, 10.3082914}, cst{179.60373458333, 10.3040485}, cst{179.60453541667, 13.3040485}, cst{194.0620275, 13.3225126}, cst{194.05906625, 14.3225088}, cst{204.02893041667, 14.3604937}, cst{204.06384875, 7.3605771}, cst{227.78148625, 7.5253930}, cst{227.85301208333, -0.4742887}, cst{221.6030925, -0.5269387}, cst{221.66710791667, -8.5266848}, cst{215.40850625, -8.5731344}, cst{215.51309125, -22.5727749}, cst{194.16687, -22.6773415}, cst{194.1330525, -11.6773882}, cst{179.09676, -11.6957970}, cst{179.09860625, -6.6957974}, cst{174.34229875, -6.6916924}} - CstLists["VOL"] = []cst{cst{98.93724875, -64.1070251}, cst{98.454422916667, -70.1041336}, cst{97.770709583333, -75.1000366}, cst{114.21470375, -75.2899170}, cst{135.24368708333, -75.4954681}, cst{136.09472708333, -64.4990387}, cst{102.70331375, -64.1518784}} - CstLists["VUL"] = []cst{cst{284.33913291667, 21.2478352}, cst{284.27716208333, 25.6641407}, cst{290.16131375, 25.7325745}, cst{290.13264625, 27.7324085}, cst{296.27220125, 27.8011742}, cst{296.25094375, 29.3010578}, cst{315.07258375, 29.4871387}, cst{315.08391458333, 28.4871883}, cst{322.62016375, 28.5480537}, cst{322.66201958333, 24.0482101}, cst{320.15170041667, 24.0289364}, cst{320.18840875, 20.0290813}, cst{317.17878291667, 20.0046406}, cst{309.907665, 19.9399967}, cst{309.89693708333, 20.9399471}, cst{305.13404875, 20.8936996}, cst{305.12540875, 21.6436558}, cst{298.860255, 21.5787334}, cst{298.88568875, 19.4955387}, cst{290.12128791667, 19.3982983}, cst{290.09631125, 21.3148155}} - change := []string{"PSC", "TUC", "PHE", "SCL", "CET", "PEG", "AND", "CAS", "CEP"} - for _, v := range change { - for k, v2 := range CstLists[v] { - if v2.RA < 270 { - CstLists[v][k].RA = v2.RA + 360 - } - } - } -} - -//选定 RA=277.5 DEC=-40 - -func isCross(a, b, c, d cst) bool { - var ac, bc, ad, bd, ca, cb, da, db cst - var r1, r2 float64 - ac.RA = a.RA - c.RA - ac.DEC = a.DEC - c.DEC - ad.RA = a.RA - d.RA - ad.DEC = a.DEC - d.DEC - r1 = ac.RA*ad.DEC - ad.RA*ac.DEC - bc.RA = b.RA - c.RA - bc.DEC = b.DEC - c.DEC - bd.RA = b.RA - d.RA - bd.DEC = b.DEC - d.DEC - r2 = bc.RA*bd.DEC - bd.RA*bc.DEC - //echo r1.' '.r2; - if r1*r2 > 0 { - return false - } - ca.RA = c.RA - a.RA - ca.DEC = c.DEC - a.DEC - cb.RA = c.RA - b.RA - cb.DEC = c.DEC - b.DEC - r1 = ca.RA*cb.DEC - cb.RA*ca.DEC - da.RA = d.RA - a.RA - da.DEC = d.DEC - a.DEC - db.RA = d.RA - b.RA - db.DEC = d.DEC - b.DEC - r2 = da.RA*db.DEC - db.RA*da.DEC - if r1*r2 > 0 { - return false - } - return true -} - -func IsXZ(ra, dec, jde float64) string { - var nra, ndec float64 - nra = ra - if ra >= 360 { - nra -= 360 - } - nra, ndec = ZuoBiaoSuiCha(nra, dec, jde, 2451545.0) - if ra >= 360 && nra < 270 { - nra += 360 - } - for k, v := range CstLists { - var count int = 0 - for i := 0; i < len(v)-1; i++ { - if k == "UMI" || k == "OCT" { - continue - } - if i == 0 { - if isCross(cst{277.5, -100}, cst{nra, ndec}, v[len(v)-1], v[0]) { - count++ - } - } - if isCross(cst{277.5, -100}, cst{nra, ndec}, v[i], v[i+1]) { - count++ - } - if FR((nra-277.5)*(v[i].DEC+100)) == FR((v[i].RA-277.5)*(ndec+100)) { - count++ - } - } - if count%2 == 1 { - return k - } - } - if nra <= 270 { - ra = ra + 360 - return IsXZ(ra, dec, jde) - } - if ndec > 50 { - return "UMI" - } else if ndec < -50 { - return "OCT" - } - return "" -} +func StarRiseTime(jde, ra, dec, lon, lat, height, timezone float64, aero bool) (float64, error) { -func WhichCst(ra, dec, jde float64) string { - cst := make(map[string]string) - cst["AND"] = "仙女座" - cst["ANT"] = "唧筒座" - cst["APS"] = "天燕座" - cst["AQR"] = "宝瓶座" - cst["AQL"] = "天鹰座" - cst["ARA"] = "天坛座" - cst["ARI"] = "白羊座" - cst["AUR"] = "御夫座" - cst["BOO"] = "牧夫座" - cst["CAE"] = "雕具座" - cst["CAM"] = "鹿豹座" - cst["CNC"] = "巨蟹座" - cst["CVN"] = "猎犬座" - cst["CMA"] = "大犬座" - cst["CMI"] = "小犬座" - cst["CAP"] = "摩羯座" - cst["CAR"] = "船底座" - cst["CAS"] = "仙后座" - cst["CEN"] = "半人马座" - cst["CEP"] = "仙王座" - cst["CET"] = "鲸鱼座" - cst["CHA"] = "蝘蜓座" - cst["CIR"] = "圆规座" - cst["COL"] = "天鸽座" - cst["COM"] = "后发座" - cst["CRA"] = "南冕座" - cst["CRB"] = "北冕座" - cst["CRV"] = "乌鸦座" - cst["CRT"] = "巨爵座" - cst["CRU"] = "南十字座" - cst["CYG"] = "天鹅座" - cst["DEL"] = "海豚座" - cst["DOR"] = "剑鱼座" - cst["DRA"] = "天龙座" - cst["EQU"] = "小马座" - cst["ERI"] = "波江座" - cst["FOR"] = "天炉座" - cst["GEM"] = "双子座" - cst["GRU"] = "天鹤座" - cst["HER"] = "武仙座" - cst["HOR"] = "时钟座" - cst["HYA"] = "长蛇座" - cst["HYI"] = "水蛇座" - cst["IND"] = "印第安座" - cst["LAC"] = "蝎虎座" - cst["LEO"] = "狮子座" - cst["LMI"] = "小狮座" - cst["LEP"] = "天兔座" - cst["LIB"] = "天秤座" - cst["LUP"] = "豺狼座" - cst["LYN"] = "天猫座" - cst["LYR"] = "天琴座" - cst["MEN"] = "山案座" - cst["MIC"] = "显微镜座" - cst["MON"] = "麒麟座" - cst["MUS"] = "苍蝇座" - cst["NOR"] = "矩尺座" - cst["OCT"] = "南极座" - cst["OPH"] = "蛇夫座" - cst["ORI"] = "猎户座" - cst["PAV"] = "孔雀座" - cst["PEG"] = "飞马座" - cst["PER"] = "英仙座" - cst["PHE"] = "凤凰座" - cst["PIC"] = "绘架座" - cst["PSC"] = "双鱼座" - cst["PSA"] = "南鱼座" - cst["PUP"] = "船尾座" - cst["PYX"] = "罗盘座" - cst["RET"] = "网罟座" - cst["SGE"] = "天箭座" - cst["SGR"] = "人马座" - cst["SCO"] = "天蝎座" - cst["SCL"] = "玉夫座" - cst["SCT"] = "盾牌座" - cst["SER1"] = "巨蛇座" - cst["SER2"] = "巨蛇座" - cst["SEX"] = "六分仪座" - cst["TAU"] = "金牛座" - cst["TEL"] = "望远镜座" - cst["TRI"] = "三角座" - cst["TRA"] = "南三角座" - cst["TUC"] = "杜鹃座" - cst["UMA"] = "大熊座" - cst["UMI"] = "小熊座" - cst["VEL"] = "船帆座" - cst["VIR"] = "室女座" - cst["VOL"] = "飞鱼座" - cst["VUL"] = "狐狸座" - mystar := IsXZ(ra, dec, jde) - return cst[mystar] + return 0, nil } diff --git a/basic/star_test.go b/basic/star_test.go index 4104337..bbadba7 100644 --- a/basic/star_test.go +++ b/basic/star_test.go @@ -5,21 +5,10 @@ import ( "testing" ) -func Test_Isxz(t *testing.T) { - now := GetNowJDE() - for i := 0.00; i <= 360.00; i += 0.5 { - for j := -90.00; j <= 90.00; j += 0.5 { - fmt.Println(i, j) - fmt.Println(WhichCst(float64(i), float64(j), now)) - } - } -} - -func Benchmark_IsXZ(b *testing.B) { - jde := GetNowJDE() - for i := 0; i < b.N; i++ { - //GetNowJDE() - WhichCst(11.11, 12.12, jde) - } +func Test_StarHeight(t *testing.T) { + date := GetNowJDE() + 6.0/24.0 + fmt.Println(JDE2Date(date)) + fmt.Println("Sirius Height:", StarHeight(date, 101.5, -16.8, 113.5, 22, 8.0)) + fmt.Println("Sirius Azimuth:", StarAzimuth(date, 101.5, -16.8, 113.5, 22, 8.0)) -} \ No newline at end of file +} diff --git a/basic/stardat.go b/basic/stardat.go new file mode 100644 index 0000000..a2dff91 --- /dev/null +++ b/basic/stardat.go @@ -0,0 +1,9278 @@ +package basic + +import ( + "bytes" + "errors" + "fmt" + "strconv" +) + +// this file contains bright 9100 stars +// 9100颗亮星列表 + +type starData struct { + HR uint16 //Bright Star Number;[1/9110]+ Harvard Revised Number;亮星编号 + Name string //Name, generally Bayer(如天狼星：Alpha CMA) and/or Flamsteed(如天狼星：9 CMA) name + HD uint32 //Henry Draper Catalog Number;HD星表编号 + Ra float64 //Ra J2000;J2000历元赤经 + Dec float64 //De J2000;J2000历元赤纬 + Mag float64 //视星等 + PmRA float64 //赤经年自行 + PmDec float64 //赤纬年自行 + RadVel float64 //径向速度 km/s + RotVel float64 //自行速度 km/s + Pc float64 //秒差距 +} +type StarData struct { + starData + ChineseName string + CommonName string +} + +func parseStarData(star []byte) (starData, error) { + var err error + var stardata starData + if len(star) < 160 { + return stardata, errors.New("invalid stardat") + } + for i := 0; i < 4; i++ { + if star[i] == ' ' { + continue + } + stardata.HR = stardata.HR*10 + uint16(star[i]-48) + } + stardata.Name = string(bytes.TrimSpace(star[4:14])) + for i := 25; i < 31; i++ { + if star[i] == ' ' { + continue + } + stardata.HD = stardata.HD*10 + uint32(star[i]-48) + } + stardata.Ra, err = parseRa(star) + if err != nil { + return stardata, fmt.Errorf("parse ra failed:%v", err) + } + stardata.Dec, err = parseDec(star) + if err != nil { + return stardata, fmt.Errorf("parse dec failed:%v", err) + } + magOri := string(bytes.TrimSpace(star[102:107])) + if magOri != "" { + stardata.Mag, err = strconv.ParseFloat(magOri, 64) + if err != nil { + return stardata, fmt.Errorf("parse mag failed:%v", err) + } + } else { + stardata.Mag = 9999.9999 + } + stardata.PmRA, _ = strconv.ParseFloat(string(bytes.TrimSpace(star[148:154])), 64) + stardata.PmDec, _ = strconv.ParseFloat(string(bytes.TrimSpace(star[154:160])), 64) + if len(star) >= 170 { + stardata.RadVel, _ = strconv.ParseFloat(string(bytes.TrimSpace(star[166:170])), 64) + } + if len(star) >= 179 { + stardata.RotVel, _ = strconv.ParseFloat(string(bytes.TrimSpace(star[176:179])), 64) + } + if len(star) > 161 { + rc, _ := strconv.ParseFloat(string(bytes.TrimSpace(star[162:166])), 64) + if rc != 0 { + stardata.Pc = 1 / rc + } + } + return stardata, nil +} + +func parseRa(star []byte) (float64, error) { + var sec float64 + var err error + ra := float64(0) + for i := 75; i < 77; i++ { + if star[i] == ' ' { + continue + } + ra = ra*10 + float64(star[i]-48) + } + minute := uint8(0) + for i := 77; i < 79; i++ { + if star[i] == ' ' { + continue + } + minute = minute*10 + (star[i] - 48) + } + ori := string(bytes.TrimSpace(star[79:83])) + if ori != "" { + sec, err = strconv.ParseFloat(ori, 64) + if err != nil { + return ra, err + } + } + ra += float64(minute)/60 + sec/3600 + return ra * 15, nil +} + +func parseDec(star []byte) (float64, error) { + var sec float64 + var err error + underZero := false + if star[83] == '-' { + underZero = true + } + dec := float64(0) + for i := 84; i < 86; i++ { + if star[i] == ' ' { + continue + } + dec = dec*10 + float64(star[i]-48) + } + minute := uint8(0) + for i := 86; i < 88; i++ { + if star[i] == ' ' { + continue + } + minute = minute*10 + (star[i] - 48) + } + ori := string(bytes.TrimSpace(star[79:83])) + if ori != "" { + sec, err = strconv.ParseFloat(ori, 64) + if err != nil { + return dec, err + } + } + dec += float64(minute)/60 + sec/3600 + if underZero { + dec = -dec + } + return dec, nil +} + +var stardat [][]byte +var starhdindex map[string]int + +func LoadStarData() error { + data := []byte(` 1 BD+44 4550 3 36042 46 000001.1+444022000509.9+451345114.44-16.88 6.70 +0.07 +0.08 A1Vn -0.012-0.018 -018 195 4.2 21.6AC 3 + 2 BD-01 4525 6128569 235956.2-010330000503.8-003011 98.33-61.14 6.29 +1.10 +1.02 gG9 +0.045-0.060 +014V + 3 33 PscBD-06 6357 281285721002I Var? 000013.0-061601000520.1-054227 93.75-65.93 4.61 +1.04 +0.89 +0.54 K0IIIbCN-0.5 -0.009+0.089 +.014-006SB1O < 17 2.5 0.0 3* + 4 86 PegBD+12 5063 87 917012004 000033.8+125023000542.0+132346106.19-47.98 5.51 +0.90 G5III +0.045-0.012 -002V? + 5 BD+57 2865 123 21085 61 V640 Cas 000101.8+575245000616.0+582612117.03-03.92 5.96 +0.67 +0.20 G5V +0.263+0.030 +.047-012V 0.8 1.4 * + 6 CD-4914337 142214963 W 000108.4-493751000619.0-490430321.61-66.38 5.70 +0.52 +0.05 G1IV +0.565-0.038 +.050+003SB 5.7 5.4 * + 7 10 CasBD+63 2107 144 109782005 000114.4+633822000626.5+641146118.06 1.75 5.59 -0.03 -0.19 B9III e+0.008 0.000 -000V 153 * + 8 BD+28 4704 166 73743 69 33 000125.2+282811000636.8+290117111.26-32.83 6.13 +0.75 +0.33 K0V +0.380-0.182 +.067-008V 2.6 158.6AB 4* + 9 CD-23 4 2031660531003 000143.0-233947000650.1-230627 52.21-79.14 6.18 +0.38 +0.05 A7V +0.100-0.045 +003V + 10 BD-18 6428 256147090 000211.8-175639000718.2-172311 74.36-75.90 6.19 +0.14 +0.10 A6Vn -0.018+0.036 -009V? 195 * + 11 BD-03 2 315128595 Var? 000236.7-030620000744.1-023256 98.02-63.29 6.43 -0.14 -0.47 B8IIIpSi +0.027-0.002 +013 * + 12 CD-23 13 319166066 89 46 000240.3-230352000746.8-223032 55.56-79.07 5.94 +0.14 +0.06 A2Vp: +0.052-0.044 -013V 5.1 1.9 * + 13 CD-34 17 344192367 000258.6-340510000803.5-333146355.91-78.67 5.68 +1.12 K1III -0.037 0.000 +007 + 14 BD-03 3 3521286022006I AP Psc 000304.8-030015000812.1-022652 98.34-63.24 6.07 +1.38 +1.14 K2III+F +0.009-0.003 +001SB1O 22 2.0 0.0 * + 15 21Alp AndBD+28 4 358 73765 1I 94 Alp And 000313.0+283218000823.3+290526111.73-32.84 2.06 -0.11 -0.46 -0.10 B8IVpMnHg v+0.136-0.163 +.032-012SBO 56 8.5 81.5 * + 16 BD-09 5 360128604 000310.9-092247000817.4-084926 91.79-69.04 5.99 +1.04 +0.83 gG8 -0.052-0.033 +020 + 17 BD+35 8 400 53677 000331.9+360426000841.0+363736113.45-25.45 6.19 +0.48 -0.09 F8IV -0.100-0.145 +.044-014 =< 6 + 18 BD-18 3 402147103 I 51 000327.1-180801000833.4-173439 74.69-76.25 6.06 +1.67 +1.97 M0III 0.000-0.025 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+0.011-0.012 +005V? 5.6 10.6 * + 118 CD-24 179 2696166318 14 002522.7-242027003022.7-234716 66.87-84.19 5.19 +0.12 A5Vn -0.024+0.013 +.018-000SB * + 119 CD-41 116 2724215120 BB Phe 002534.7-412934003027.8-405622318.97-75.53 6.19 +0.33 +0.14 F2III -0.001+0.021 -005 * + 120 CD-48 102 2726215119 002535.8-484555003026.1-481254312.52-68.52 5.69 +0.35 +0.05 F2V +0.129-0.088 +002 + 121 13 CasBD+65 67 2729 11243 002539.8+655802003125.3+663110120.94 3.73 6.18 -0.10 -0.47 B6V +0.023-0.006 -010 * + 122 BD+32 80 2767 53956 W 002606.8+330147003125.6+333454118.16-29.10 5.87 +1.14 K1III +0.047-0.019 +009SB 2.4 56.4 + 123 14Lam CasBD+53 82 2772 21489 434 002615.1+535813003146.4+543120120.05-08.24 4.73 -0.10 -0.35 -0.12 B8Vn +0.045-0.010 +.030-012V 0.2 0.5 * + 124 BD+52 92 2774 21486 I 002612.4+521715003141.2+525022119.91-09.92 5.60 +1.15 +1.13 K2III -0.053-0.019 +.008-052SB + 125 Lam1PheCD-49 115 2834215131 15 W 002635.6-492123003125.0-484813311.75-67.98 4.77 +0.02 +0.04 A0V +0.143+0.017 +.027-002SB 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+0.51 G9.5IIICH-1 +0.234+0.033 +.061+013V? 18 * + 189 BD+47 181 4142 36617 003852.8+471858004426.4+475151121.72-14.99 5.67 -0.12 -0.56 B5V -0.026+0.015 -060SB 177 * + 190 BD-12 126 4145147422 003847.9-123314004350.2-120042115.84-74.78 6.02 +1.10 +1.09 K2III-IV +0.007-0.204 -009V? + 191 Eta PheCP-58 42 4150232162 23 W 003851.7-580041004321.2-572747305.08-59.63 4.36 0.00 -0.02 0.00 A0IV -0.006+0.011 +.046+002V 96 7.0 19.8 + 192 21 CasBD+74 27 4161 4216 24 624 YZ Cas 003902.2+742629004539.0+745917122.55 12.12 5.66 +0.05 +0.07 A2IV -0.018-0.026 +009SBO 27 5.5 36.0 * + 193 22Omi CasBD+47 183 4180 36620 25 622 Omi Cas 003908.9+474414004443.5+481704121.78-14.57 4.54 -0.07 -0.51 -0.05 B5IIIe +0.019-0.008 -017SB1O 260 7.2 33.6 * + 194 17Phi1CetBD-11 128 41881474232048I 278 003908.7-110915004411.4-103634116.69-73.39 4.76 +1.01 +0.84 +0.51 K0III v-0.009-0.113 +.022+001 < 17 * + 195 Lam2SclCD-39 181 4211192703 26 003922.0-385821004412.1-382518310.14-78.60 5.90 +1.16 +1.18 K1III +0.244+0.113 +.010+027 + 196 BD+54 143 4222 21677 625 003935.0+544027004517.2+551318122.05-07.64 5.42 +0.04 +0.04 A2V s -0.025+0.002 +.012-009V 59 5.4 89.0AC 3* + 197 BD-22 127 4247166528 003947.5-223321004444.4-220022106.02-84.66 5.24 +0.33 F1III-IV -0.066+0.083 +.048+012 32 + 198 CD-43 207 42932152211017 004013.4-431316004457.1-424036307.36-74.40 5.94 +0.28 F0V -0.086-0.102 +010SB + 199 CP-63 72 4294248243 W 004010.5-630243004432.3-622952304.31-54.61 6.07 +0.44 +0.13 F5III-IV +0.143-0.005 -004V? 1.8 2.5 * + 200 BD+68 49 4295 11380 004022.1+684642004639.0+691930122.50 6.46 6.33R F3V +0.196+0.001 -014 15 + 201 BD-05 120 4301128935 I 004018.6-051038004524.1-043745119.00-67.46 6.15 +1.62 +2.01 M0III +0.028+0.033 +007V + 202 CP-54 166 43042321682049 004024.0-541544004500.0-534254305.07-63.39 6.15 +0.53 -0.08 F7III +0.230 0.000 +014 + 203 18 CetBD-13 128 4307147432 W 004027.3-132520004528.7-125251117.05-75.68 6.15 +0.61 +0.10 G0V -0.034-0.201 -013 6.3 69.5 * + 204 BD+54 148 4321 21689 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+0.130+0.024 +001V + 213 58 PscBD+11 96 4482 920802050 004148.4+112542004701.5+115826121.22-50.88 5.50 +0.97 G8II +0.058-0.036 -001 + 214 59 PscBD+18 101 4490 920822051 XX Psc 004156.4+190156004713.6+193444121.57-43.28 6.13 +0.27 +0.18 F0Vn +0.104+0.011 +000V? 163 * + 215 34Zet AndBD+23 106 4502 74267 27I W Zet And 004202.1+234324004720.3+241602121.74-38.59 4.06 +1.12 +0.90 +0.59 K1IIe -0.100-0.083 +.037-024SB1O 40 5.6 162.7AD 4* + 216 60 PscBD+05 104 4526109461 004213.2+061142004723.6+064427121.13-56.12 5.99 +0.94 +0.70 G8III +0.014-0.015 +014V + 217 61 PscBD+20 105 4568 74280 004236.4+202244004754.8+205531121.82-41.94 6.54 +0.50 +0.03 F8V +0.157+0.006 +.022+001V * + 218 BD-18 127 4585147451 I 004244.3-183630004743.3-180341117.34-80.89 5.70 +1.30 +1.46 K3III +0.043+0.031 +002V + 219 24Eta CasBD+57 150 4614 21732 I: 671 004303.0+571706004906.0+574857122.60-05.05 3.44 +0.57 +0.01 +0.36 F9V+dM0 +1.100-0.529 +.176+009SB1O=< 6 4.0 11.6AB 8* + 220 BD-22 134 46221665851018 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+1.30 +1.54 K5III +0.105-0.104 +004V 6.2 1.3 * + 228 CD-24 345 4732166602 679 004418.2-244050004913.9-240811113.36-86.97 5.90 +0.95 +0.72 K2III +0.078-0.051 +023V 7.7 8.8 + 229 CD-47 229 47372152452053 004418.4-471437004856.7-464152304.21-70.42 6.27 +0.90 G8III -0.008+0.017 +012 + 230 65 PscBD+26 131 4757 74295 683B 004430.6+270958004952.8+274239122.51-35.16 7.0 +0.36 +0.06 F4III +0.084-0.010 +.011+005V 82 0.0 4.5 * + 231 65 PscBD+26 131 4758 74296 683A 004430.9+270955004953.2+274237122.51-35.16 7.1 F5III +0.091-0.009 +.011+007 82 0.0 4.5 * + 232 CD-24 347 4772166608 004438.0-235425004933.4-232142116.39-86.21 6.28 +0.13 +0.13 A3V -0.008 0.000 +012V + 233 BD+63 99 4775 11424 29 S 317 004439.2+634211005043.6+641451122.85 1.38 5.39 +0.49 +0.14 G0III-IV+B9.5V +0.030-0.012 +003SBO 0 * + 234 BD+44 176 4778 367022055 GO And 004443.0+442726005018.3+450008122.72-17.87 6.15 +0.01 -0.03 A0pCr v+0.065+0.006 +002 * + 235 19Phi2CetBD-11 153 4813147470 30 316 004507.1-111058005007.6-103840121.81-73.51 5.19 +0.50 -0.02 +0.28 F7IV-V -0.226-0.229 +.065+008V 0 * + 236 Lam HyiCP-75 64 4815255710 31 004507.2-752804004835.4-745524303.18-42.20 5.07 +1.37 +1.68 +0.52E K5III +0.130-0.033 +.025-009V + 237 BD+61 178 4817 11430 I 319 004517.5+611540005116.4+614821122.91-01.07 6.07 +1.88 +1.84 K2Ib-IICN-2 -0.002+0.006 -006V? * + 238 BD+50 161 4818 21767 V526 Cas 004513.9+505748005057.4+513029122.85-11.36 6.39 +0.28 +0.12 F2IV +0.135-0.003 +002V? * + 239 CD-44 216 4849215254 AZ Phe 004522.6-435624005003.7-432341303.82-73.73 6.48 +0.29 +0.12 A9-F0III +0.011+0.016 +015 * + 240 BD+82 20 4853 1433942 004529.8+830952005453.1+834226123.03 20.84 5.62 +0.09 +0.10 A4V +0.062-0.022 +012 65 + 241 BD+50 164 4881 21775 004551.3+510138005133.7+513416122.95-11.30 6.21 B9.5V -0.010-0.019 -014 68 + 242 Rho PheCD-51 209 49192322032056 Rho Phe 004608.0-513157005041.2-505913303.23-66.14 5.22 +0.36 +0.16 F2III +0.067+0.039 +.005+022 * + 243 BD+02 118 4928109507 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5156166651 733A 004818.0-251917005312.4-244637132.59-87.62 6.46 +0.44 +0.03 F6IV-V +0.098+0.037D+.006-004V 2.5 5.4 * + 252 Lam1TucCP-70 37 5190248269 W 334 004836.3-700244005224.3-693016302.81-47.62 6.22 +0.56 +0.08 F7IV-V -0.007-0.086 +030 0.7 20.6 + 253 26Ups1CasBD+58 134 5234 21832 I 748 004903.7+582553005500.1+585822123.39-03.90 4.83 +1.21 +1.26 +0.61 K2III -0.032-0.043 +.006-023V? < 17 7.6 94.1AC 3* + 254 66 PscBD+18 122 5267 92145 746 004917.4+183846005435.2+191118123.96-43.68 5.74R -0.01 -0.14 A1VN +0.018-0.014 +.014+010SB 175 0.8 0.5AB 3* + 255 21 CetBD-09 181 5268129019 004914.8-091655005417.6-084427125.17-71.60 6.16 +0.92 +0.54 G5IV +0.018-0.052 +045V + 256 BD+47 242 5273 36763 I 004924.0+480811005505.2+484043123.55-14.19 6.27 +1.68 +2.00 M2.5IIIa -0.022-0.006 -052 + 257 CP-63 83 52762482762057 BQ Tuc 004928.3-632452005337.9-625217302.51-54.25 5.70 +1.56 +1.77 M4III +0.073+0.004 -010 * + 258 36 AndBD+22 146 5286 74359 755 343 004936.6+230513005458.0+233742123.97-39.24 5.47 +1.00 +0.90 +0.50 K1IV +0.131-0.031D+.022+002 0.4 0.6AB 3* + 259 BD+23 126 5316 74365 I 346 004953.4+240055005514.7+243325124.03-38.31 6.20 +1.62 +1.75 M4IIIab +0.020-0.015 -010 + 260 BD+57 172 5343 21846 I 005016.3+572719005612.9+575948123.57-04.87 6.21 +1.37 K3III +0.037-0.014 -030 + 261 BD+67 81 5357 11481 005027.0+681406005655.6+684634123.43 5.91 6.37 +0.38 -0.02 F4III +0.137-0.021 -008 34 + 262 67 PscBD+26 151 5382 743732059 005035.6+264002005558.5+271234124.17-35.65 6.09 +0.14 +0.09 A5IV -0.020+0.013 -008 130 + 263 BD-08 167 53841290322058I 005039.2-075317005542.4-072050126.06-70.19 5.85 +1.52 +1.93 +0.64E K5III -0.007-0.046 +002V * + 264 27Gam CasBD+59 144 5394 11482 32I 782 Gam Cas 005040.1+601031005642.5+604300123.58-02.15 2.47 -0.15 -1.08 -0.08 B0IVe v+0.026-0.005 +.016-007SB 300: 6.3 2.3AB 3* + 265 28Ups2CasBD+58 138 5395 21855 005042.2+583827005639.8+591052123.60-03.68 4.63 +0.96 +0.69 +0.50 G8IIIbFe-0.5 -0.092-0.046 +.051-047V < 17 * + 266 BD+59 146 5408 11484 784 005045.2+594917005647.1+602146123.59-02.50 5.55 -0.07 -0.32 B9IVn +0.032-0.008D+.007-005SB2O 178 0.5 0.2AB 3* + 267 22Phi3CetBD-12 162 5437147519 I 005100.6-114829005601.5-111600127.04-74.10 5.31 +1.52 +1.78 K4III -0.020-0.008 +.009-026V? + 268 CD-28 288 5445166686 I 005104.5-281903005555.5-274632246.23-88.81 6.10 +1.67 +1.97 M0III 0.000+0.002 +022V + 269 37Mu AndBD+37 175 5448 54281 33 788 005112.0+375725005645.2+382958124.07-24.36 3.87 +0.13 +0.15 +0.08 A5V +0.152+0.033 +.039+008 72 6.8 266.7AD 4* + 270 Lam2TucCP-70 40 5457248281 34 005116.2-700404005500.3-693137302.47-47.60 5.45 +1.09 +1.00 K2III +0.006-0.045 +.035+005 + 271 38Eta AndBD+22 153 5516 743882060I W 005151.8+225240005712.4+232503124.65-39.43 4.42 +0.94 +0.69 +0.48 G8IIIb -0.044-0.048 +.009-010SB2O < 17 6.9 131.7 * + 272 BD+45 237 5526 36795 005159.9+451755005739.7+455023124.07-17.02 6.12 +1.02 +0.89 K2III +0.013+0.005 +005 + 273 BD+65 115 5550 11502 005210.9+654842005831.1+662108123.64 3.49 5.97 -0.02 -0.13 A0III +0.043-0.006 -010 + 274 68 PscBD+28 157 5575 743951023I 005225.3+282706005750.2+285932124.62-33.86 5.42 +1.08 gG6 +0.008-0.008 -001 + 275 BD+33 140 5608 543062061 005245.2+332445005814.2+335703124.54-28.90 5.98 +1.00 K0 +0.035-0.072 -017 + 276 BD+12 119 5612 92183 005239.5+130919005754.5+134145125.34-49.15 6.32 +0.89 +0.57 +0.46 G8III -0.011-0.013 +015V * + 277 BD+20 131 5641 74402 805 005259.2+205151005818.9+212416125.07-41.44 6.37R +0.09 +0.11 A2V -0.006-0.003D+.009-006V? 1.4 0.4 * + 278 BD+70 65 5715 42882063 005347.8+702637010031.0+705859123.68 8.12 6.39 +0.13 +0.11 A4IV +0.082 0.000 +006V 101 * + 279 23Phi4CetBD-12 173 5722147546 005343.4-115511005843.9-112248129.49-74.16 5.61 +0.97 +0.66 G7III -0.034-0.019 -019V? + 280 Alp SclCD-30 297 5737166716 35 359 005347.3-295352005836.4-292127268.05-87.27 4.31 -0.16 -0.56 -0.13 B7IIIp +0.022+0.004 +010SBO 7 * + 281 CP-61 50 5771248293 005412.8-611413005822.4-604147301.40-56.41 6.23 +0.10 +0.13 Am +0.050+0.018 +007 + 282 BD+43 193 5788 36832 824B 005423.5+441020010003.4+444240124.54-18.13 6.84H A2Vn +0.011-0.024D+.005+017SB 250 0.8 7.8 * + 283 BD+43 193 5789 36833 824A 005423.7+441028010003.6+444248124.54-18.13 6.04H -0.01 -0.04 B9.5Vn +0.016-0.023D+.005+001SB 298 0.8 7.8 * + 284 BD+05 131 5820109581 I W WW Psc 005438.6+055638005949.7+062859126.69-56.33 6.11 +1.67 +1.92 +1.02E M2III +0.023-0.008 +.001-015V? 7.1 31.0 * + 285 BD+85 19 5848 181 906 005501.5+854314010844.7+861525123.24 23.40 4.25 +1.21 +1.33 +0.60 K2II-III +0.076-0.012 +009 * + 286 BD+88 4 5914 209 005536.8+882915013350.4+890056123.13 26.16 6.46 +0.11 +0.07 A3V +0.062-0.036 -010 + 287 BD+50 202 6028 21938 005629.2+502950010218.4+510206124.68-11.80 6.47 A3V -0.004-0.013 +006 + 288 Xi SclCD-39 260 60551928702064 005638.0-392723010118.3-385500293.64-78.03 5.59 +1.18 K0III +0.069+0.045 +.034-031 + 289 BD+46 243 6114 36875 862 005715.9+465020010301.5+472234124.97-15.45 6.45 +0.25 +0.09 A9IV +0.088-0.015 +.012+003SB 1.0 0.9 * + 290 39 AndBD+40 209 6116 36874 863 005716.9+404827010254.3+412042125.24-21.47 5.98 +0.16 +0.10 +0.05 A5m -0.020-0.010 +004V? 39 6.2 20.9 * + 291 69Sig PscBD+31 168 6118 54374 005720.3+311603010249.1+314816125.75-31.00 5.50 -0.05 -0.18 B9.5V +0.015-0.028 +010SB2O 46 * + 292 BD+60 157 6130 11551 868 005727.2+603215010337.0+610430124.40-01.76 5.92 +0.49 F0II -0.006+0.004 -001V 20 3.1 1.2 + 293 Sig SclCD-32 410 61781928841026 005739.9-320525010226.4-313307275.15-84.97 5.50 +0.08 +0.13 A2V +0.082+0.012 -008V + 294 71Eps PscBD+07 153 6186109627 36I D 005745.1+072106010256.6+075324127.89-54.87 4.28 +0.96 +0.70 +0.52 K0III -0.078+0.023 +.027+007V? < 17 0.0 0.2 * + 295 Ome PheCP-57 220 61922322681027 005748.1-573227010201.8-570009300.04-60.07 6.11 +0.94 G8III +0.006+0.015 +013 + 296 25 CetBD-05 177 6203129094 I W 005759.0-052217010302.6-045012130.52-67.54 5.43 +1.11 +1.04 K0III-IV -0.108-0.106 +015 6.4 99.9 + 297 BD+60 158 6210 11557 005808.7+610238010419.6+613449124.47-01.25 5.84 +0.54 +0.11 F6V -0.070-0.022 -016 30 + 298 BD+51 220 6211 219672066I 005809.5+515800010402.4+523008124.88-10.32 5.99 +1.47 K2 +0.001-0.059 -007 + 299 CD-47 313 62452153432065 005818.8-465607010249.2-462351297.02-70.60 5.36 +0.90 G8III 0.000+0.002 +.025-001 + 300 CD-30 325 6269166774 005831.2-300345010317.6-293133256.19-86.46 6.29 +0.93 +0.59 G5IV -0.114-0.030 +057 + 301 26 CetBD+00 174 6288109643 37 875 005840.1+004951010349.0+012200129.39-61.35 6.04 +0.27 +0.13 F1V +0.122-0.042D+.024+006 3.4 16.0AB 3* + 302 BD+50 212 6300 21988 005855.7+502824010446.8+510036125.08-11.81 6.54 -0.08 -0.57 B3V +0.019-0.002 -003 * + 303 BD+28 174 6301 74471 005859.5+290731010427.6+293931126.31-33.13 6.19 +0.43 -0.05 F7IV-V +0.084-0.116 +000 12 + 304 CP-66 80 6311248308 CC Tuc 005853.1-655936010242.9-652722301.05-51.63 6.21 +1.64 +1.91 +1.33 M2III +0.004 0.000 +035V * + 305 BD+39 249 6314 54398 005858.8+392718010436.4+395928125.67-22.81 6.72 +0.31 +0.04 F0Vn +0.077-0.022 +011 + 306 BD+86 17 6319 193 005906.3+863648011613.5+870843123.27 24.29 6.25 +1.12 +0.99 gK2 +0.051-0.027 +.011-005 + 307 73 PscBD+04 172 6386109656 I 005941.7+050713010452.6+053923129.09-57.05 6.00 +1.51 +1.86 gK5 +0.028-0.014 -015V + 308 72 PscBD+14 163 6397 922301028 889 005948.5+142430010505.4+145646127.84-47.80 5.68 +0.41 -0.06 F4II-III +0.006+0.054 +004SB2 =< 10 7.4 55.2 * + 309 BD+61 206 6416 11571 010004.0+621336010622.8+624542124.64-00.06 6.54 +0.19 +0.06 A5Vn +0.102-0.024 +011SB 125 * + 310 74Psi1PscBD+20 156 6456 74482 899A 397 010019.1+205616010540.9+212824127.34-41.28 5.34 -0.03 -0.06 A1Vn +0.050-0.016D+.016-003V 246 0.3 29.9AB 3* + 311 74Psi1PscBD+20 157 6457 74483 899B 010019.9+205548010541.7+212755127.35-41.28 5.56 -0.07 -0.16 A0Vn +0.047-0.018D+.016-004V 267 0.3 29.9AB 3* + 312 BD+79 29 6473 4331 010039.5+792841010912.3+800042123.74 17.17 6.29R sgG6 -0.030-0.038 -027V + 313 77 PscBD+04 175 6479109666 903A 010038.7+042233010549.2+045430129.66-57.77 6.35 +0.38 -0.05 F3V +0.022-0.121 -007 1.0 33.0AB 5* + 314 77 PscBD+04 176 6480109667 903B 010040.9+042237010551.4+045434129.68-57.77 7.25 +0.49 -0.04 F6V +0.029-0.119 -010V 1.0 33.0AB 5* + 315 27 CetBD-10 229 6482147601 010036.2-103051010536.8-095845134.63-72.53 6.12 +1.01 +0.86 +0.53 K0III -0.034-0.033 +012V? * + 316 BD+56 196 6497 220152069 010055.6+562410010700.2+565606125.06-05.87 6.43 +1.18 +1.26 +0.42E K2III +0.100-0.110 -096 * + 317 28 CetBD-10 230 6530147606 010104.1-102230010605.1-095022134.92-72.37 5.58 +0.01 A1V +0.030+0.004 +011SB2 65 * + 318 BD+52 262 6540 22021 I 915 010112.4+525748010709.5+532954125.30-09.30 6.38R K2III +0.023-0.001 +007 4.0 21.7AB 3* + 319 75 PscBD+12 135 6557 922502068 010117.8+122512010633.6+125722128.64-49.75 6.12 +0.96 G8III +0.019+0.023 +008V + 320 CD-24 484 65591667991029 010117.1-243137010607.7-235933170.31-85.44 6.14 +1.09 +1.00 G8-K0III -0.031-0.041 +033V + 321 30Mu CasBD+54 223 6582 220241030 W 405 010136.8+542547010816.4+545513125.32-07.85 5.17 +0.69 +0.09 +0.42 G5Vb +3.424-1.596 +.136-097SBO 1 5.8 190.5AB 6* + 322 Bet PheCD-47 324 6595215365 W 400 010137.3-471515010605.0-464307295.51-70.20 3.31 +0.89 +0.57 +0.50 G8III v-0.027-0.001 +.021-001 0.2 1.0AB 3* + 323 CD-36 417 6619192925 010145.3-361143010626.5-353939283.32-80.89 6.61 +0.14 +0.16 +0.07 A1V +0.069-0.023 +018SBO * + 324 41 AndBD+43 234 6658 369502071 010216.2+432434010800.9+435631126.08-18.83 5.03 +0.11 +0.14 +0.04 A3m +0.165-0.070 +.031+009 91 * + 325 CD-24 496 6668166814 010221.8-243149010713.1-235947172.43-85.26 6.37 +0.23 +0.09 A7V +0.098-0.036 +015V + 326 BD+57 200 6676 22032 010225.6+574347010833.3+581549125.19-04.53 5.79 -0.01 -0.27 B8V +0.007-0.005 -004 + 327 78 PscBD+31 185 6680 544452072 010229.1+312843010801.3+320044127.02-30.73 6.25 +0.40 -0.01 F5IV +0.204-0.030 +014V 101 * + 328 79Psi2PscBD+19 185 6695 74506 010235.2+201227010757.2+204421128.13-41.96 5.55 +0.13 +0.13 A3V +0.087-0.094 -002V 125 + 329 30 CetBD-10 238 6706147622 010244.5-101914010746.2-094708136.22-72.24 5.82 +0.43 +0.02 F7IV +0.152+0.017 +022V? + 330 80 PscBD+04 190 67631096972073 W 410 010313.0+050715010822.2+053859130.68-56.96 5.52 +0.34 0.00 +0.18 F0III-IV -0.264-0.185 +.036+007 3.8 159.3AC 3* + 331 Ups PheCD-42 391 67672153741031 W 010313.8-420118010747.9-412913290.82-75.25 5.21 +0.16 +0.09 +0.09 A3IV +0.038+0.010 +.014+014V 0.4 0.2 * + 332 Iot TucCP-62 89 6793248324 39 010321.0-621834010718.7-614631299.64-55.25 5.37 +0.88 G5III +0.073-0.012 +.033-008 + 333 BD+78 34 6798 4341 41 010337.2+790830011216.7+794026123.91 16.84 5.64 +0.01 +0.03 A3V +0.091-0.005 +018 175 + 334 31Eta CetBD-10 240 6805147632 40I W 010333.5-104244010835.4-101056137.15-72.58 3.45 +1.16 +1.19 +0.58 K1.5IIICN1Fe0.5 +0.218-0.138 +.041+012V < 17 6.7 233.5 * + 335 42Phi AndBD+46 275 6811 36972 940 Var? 010341.7+464231010930.2+471431126.11-15.52 4.25 -0.07 -0.34 -0.05 B7Ve +0.010-0.009 +.003-000V 71 1.2 0.4 * + 336 31 CasBD+68 77 6829 116122074 W 010353.1+681447011039.3+684643124.68 5.97 5.29 -0.02 -0.06 A0Vnn +0.036-0.031 +.017+001V 215 * + 337 43Bet AndBD+34 198 6860 54471 42I 949 414 010407.8+350526010943.9+353714127.10-27.10 2.06 +1.58 +1.96 +1.00 M0+IIIa e+0.178-0.114 +.049+003V 10.1 80.4AD 5* + 338 Zet PheCP-55 241 6882232306 W Zet Phe 010410.9-554649010823.1-551445297.83-61.71 3.92 -0.08 -0.41 -0.12 B6V+B9V +0.019+0.025D+.013+015SB2O 127 4.0 6.6ABxC 3* + 339 81Psi3PscBD+18 153 6903 92283 Var? 010428.3+190730010949.2+193931128.85-43.00 5.55 +0.69 G0III -0.006+0.009 -008V? 91 + 340 44 AndBD+41 219 6920 369842075 010437.8+413259011018.8+420453126.67-20.65 5.65 +0.60 F8V -0.133-0.043 -011V =< 10 + 341 BD+24 186 6953 74530 I 010453.8+245541011019.4+252728128.29-37.22 5.80 +1.47 +1.82 K7III 0.000-0.114 +005V? + 342 BD+63 149 6960 11615 424 010457.5+634015011125.6+641210125.10 1.42 5.55 -0.07 -0.13 B9.5V +0.040-0.013 -010V 47 * + 343 33The CasBD+54 236 6961 22070 W 423 010500.5+543705011106.2+550859125.76-07.61 4.33 +0.17 +0.12 +0.07 A7V +0.229-0.022 +.014+009SB 102 5.9 145.6 * + 344 BD+14 175 6966 92288 I 010453.2+150831011011.5+154027129.55-46.96 6.06 +1.49 M0III +0.031-0.021 -003V + 345 32 CasBD+64 127 6972 116172078 RU Cas 010510.3+642914011141.4+650108125.07 2.23 5.57 -0.09 -0.28 B9IV +0.023-0.016 -002V 70 * + 346 32 CetBD-09 227 6976129154 010511.0-092616011012.0-085422137.48-71.25 6.40 +1.04 +0.87 K0III -0.013-0.036 -020V? + 347 33 CetBD+01 221 7014109715 I 422 010524.7+015449011033.6+022644132.54-60.07 5.95 +1.51 +1.87 K4III 0.000-0.015 -003V? * + 348 45 AndBD+36 201 7019 54494 W 010532.9+371131011110.3+374327127.24-24.98 5.81 -0.10 -0.40 B7III-IV -0.012-0.007 +.003-001 70 0.0 0.4 * + 349 82 PscBD+30 181 7034 54493 010535.7+305334011106.8+312529127.84-31.26 5.16 +0.23 F0V -0.011-0.014 +002V 84 + 350 CP-58 81 70822323242077 010602.5-581325011007.4-574140298.05-59.26 6.41 +0.89 G6II-III -0.006-0.121 +088 + 351 84Chi PscBD+20 172 7087 745441032I 010604.6+203011011127.2+210205129.18-41.59 4.66 +1.03 +0.82 +0.54 G8.5III-IIIa +0.038-0.011 +.015+016 < 19: + 352 83Tau PscBD+29 190 7106 74546 43I 010609.0+293332011139.6+300523128.12-32.58 4.51 +1.09 +1.01 +0.58 K0.5IIIb +0.072-0.035 +.023+030SB < 17 + 353 34 CetBD-03 161 7147129169 I 010638.3-024656011143.5-021504134.84-64.65 5.94 +1.40 +1.68 K4III -0.062-0.026 -009 * + 354 BD+60 186 7157 11637 987 010648.3+611031011309.9+614221125.50-01.06 6.41 +0.01 -0.27 B9V +0.033-0.021 -002V? 160 2.8 1.2AB 3 + 355 BD+44 261 7158 37023 I 010646.3+444821011234.0+452016126.82-17.37 6.11 +1.64 +2.03 M1III +0.021+0.026 +022V + 356 BD+29 195 7229 74561 990 010728.8+293203011259.5+300351128.47-32.58 6.19 +1.00 +0.75 G9III+G1V +0.020-0.034 +036SB 4.1 10.8AB 4* + 357 BD+79 36 7238 4354 010739.1+792244011630.7+795436124.08 17.09 6.26 +0.42 -0.07 F5V s -0.055+0.059 -043V? 45 + 358 CD-31 484 7259192977 010739.8-311953011223.4-304808252.89-84.13 6.52 +0.48 +0.03 F7IV +0.061-0.077 +014 + 359 CD-38 420 7312192980 44 AI Scl 010809.0-382311011245.4-375123281.60-78.37 5.92 +0.28 +0.12 F0III +0.090-0.034 +010SB * + 360 85Phi PscBD+23 158 7318 745712082I 995 010819.0+240315011344.9+243501129.37-38.01 4.65 +1.04 +0.85 +0.53 K0III +0.017-0.023 +.007+006SB < 17 5.2 7.9AB 3* + 361 86Zet PscBD+06 174 73441097391033 996A 010830.3+070248011343.9+073431132.56-54.88 5.24 +0.32 +0.09 A7IV +0.144-0.056 +.026+009SB 262 0.1 0.1 O 5* + 362 86Zet PscBD+06 175 7345109740 996B 442 010831.7+070258011345.3+073442132.57-54.87 6.30 +0.49 +0.01 F7V +0.147-0.052 +.026+011SBO =< 25 0.1 0.1 O 5* + 363 BD+27 196 7351 74576 I 444 010835.0+280004011405.0+283147128.94-34.08 6.43 +1.70 +1.87 +0.98E S3+/2- +0.079-0.049 +002SB * + 364 87 PscBD+15 177 7374 923262083 445 010848.8+153615011407.6+160801130.84-46.39 5.98 -0.08 -0.41 B8III -0.027-0.026 -016V 28 * + 365 BD+70 90 7389 4358 010900.3+711253011612.1+714438124.89 8.97 7.83 +0.78 +0.35 K1V +0.006+0.004 -017 * + 366 37 CetBD-08 216 7439129193 1003A 446 010921.7-082737011424.0-075523139.80-70.04 5.13 +0.46 -0.05 F5V +0.127+0.273 +.056+022V 12 2.7 49.8 * + 367 88 PscBD+06 181 7446109753 010930.2+062759011442.4+065943133.14-55.41 6.03 +1.08 +1.02 gG6 -0.011-0.024 -009V + 368 38 CetBD-01 162 74761291962084 W 010942.8-013032011449.2-005826136.01-63.25 5.70 +0.42 -0.02 F5V -0.012+0.201 +.028+026V =< 10 6.3 114.1AB 3* + 369 BD+47 357 7546 370672085 011030.5+473314011624.5+480456127.24-14.58 6.61 -0.05 -0.34 B9IIIpSi +0.010+0.001 -014V? + 370 Nu PheCD-46 346 7570215428 011040.4-460356011511.1-453153290.10-71.00 4.96 +0.58 +0.11 +0.36 F8V +0.669+0.183 +.069+012 * + 371 BD+32 223 7578 54567 I: 011044.1+323514011618.8+330653128.91-29.47 6.02 +1.15 K1III +0.016-0.033 +006 * + 372 BD+44 271 7647 37077 I 011115.6+442231011705.1+445407127.70-17.73 6.34R K5 +0.014-0.045 -052 + 373 39 CetBD-03 172 7672129204 W AY Cet 011131.6-030136011636.3-023001137.75-64.64 5.41 +0.90 +0.44 G5IIIe+dA -0.104-0.063 +.015-020V 5.7 177.6 * + 374 BD+30 196 7724 54580 011150.9+311301011724.1+314441129.36-30.80 6.73R K0 -0.052+0.003 -034 + 375 BD+76 40 7732 4376 011159.1+770231012019.5+773414124.54 14.79 6.31 +0.92 G5III -0.018+0.086 -074 + 376 BD+46 319 7758 37096 011216.2+465334011810.2+472511127.61-15.21 6.25 +1.35 K0 +0.018-0.002 -001 + 377 Kap TucCP-69 45 7788248346 W A 454 011222.7-692426011546.1-685234299.66-48.10 4.86 +0.47 +0.03 +0.22 F6IV +0.399+0.107 +.061+009 111 2.2 5.2AB 4* + 378 89 PscBD+02 185 78041097931034 011238.4+030517011748.0+033652135.63-58.61 5.16 +0.07 +0.08 +0.03 A3V -0.046-0.025 +.013+005SB 121 * + 379 BD+36 220 7853 54592 1055 011306.8+365136011847.0+372310128.93-25.17 6.46 +0.23 +0.14 +0.11 A5m -0.011-0.014D+.008+005SB 35 3.1 6.2 + 380 CP-67 81 7916248350 W 011335.5-665531011703.6-662353298.90-50.53 6.24 +0.05 -0.02 A0V +0.044+0.002D+.010+013 2.4 2.4 + 381 BD+75 59 7925 43872087 011351.5+754253012159.1+761420124.79 13.48 6.38 +0.28 +0.07 F0IVn +0.063-0.032 -016 + 382 34Phi CasBD+57 260 7927 22191 I 1073 011347.2+574221012004.9+581354126.71-04.43 4.98 +0.68 +0.49 +0.56 F0Ia 0.000-0.002 -.003-024SB 27 1.9 133.8AC 5* + 383 90Ups PscBD+26 220 7964 74637 45 011358.0+264419011928.0+271551130.56-35.19 4.76 +0.03 +0.10 +0.05 A3V +0.025-0.013 +.019+008SB 93 + 384 35 CasBD+63 176 8003 11712 1088 474 011424.1+640802012105.2+643930126.10 1.97 6.34 +0.09 A2Vnn +0.057-0.019 -015V 240 2.1 55.5 + 385 42 CetBD-01 171 8036129235 1081 011441.5-010202011948.3-003032138.45-62.52 5.87 +0.64 +0.32 G8III+A7V +0.012-0.014D+.009+014SB 0.7 1.6AxBC 3* + 386 BD+77 49 8065 4391 011457.4+781208012346.8+784333124.57 15.96 6.07 +0.39 -0.08 A0Iab -0.009-0.003 -075 + 387 BD-04 185 8120129239 011529.9-034619012034.5-031449140.45-65.12 6.23 +1.02 +0.84 K1III -0.013+0.006 -003 + 388 BD-11 248 81211477462088 011529.8-114543012027.8-111420147.57-72.71 6.15 +1.11 +1.03 K1III -0.047-0.074 -011V? + 389 91 PscBD+27 215 8126 746472089I 011535.4+281257012107.4+284417130.75-33.68 5.23 +1.39 gK5 +0.027-0.078 -036V? + 390 46Xi AndBD+44 287 8207 371551035I 011626.9+450017012220.4+453144128.58-17.00 4.88 +1.08 +0.99 +0.53 K0-IIIb +0.032+0.009 +.026-013SB < 17 * + 391 BD+57 274 8272 22230 1105 011659.5+573721012321.6+580835127.14-04.47 6.45 F4V +0.139-0.094D+.005+007 0.2 0.5AB 4* + 392 BD+00 223 83341098342091I 011728.0+011216012237.0+014335138.75-60.18 6.20 +1.52 +1.86 +0.63E K5IIIab +0.066-0.048 -016V + 393 43 CetBD-01 179 8335129262 487 011727.8-005821012234.8-002659139.87-62.29 6.49 +1.08 +1.01 gK0 +0.023-0.014 +014 + 394 BD-19 229 8350147767 1106 011739.5-193609012230.5-190453166.13-79.24 6.35 +0.48 F6IV -0.056-0.071D+.008-005V? 19 2.2 5.0 * + 395 47 AndBD+36 237 8374 546552093 011757.2+371135012340.6+374254129.94-24.72 5.58 +0.26 +0.13 +0.12 A2Vm +0.083-0.022 +013SB2O 15 * + 396 BD+33 220 8375 54654 011757.1+334312012337.5+341445130.47-28.16 6.29 +0.83 +0.48 G8IV +0.229+0.116 +003V + 397 BD+19 226 8388 74682 I 011800.6+195648012324.9+202808132.99-41.78 5.97 +1.71 K5 -0.009-0.007 -011 + 398 BD+70 102 8424 4401 011824.9+702732012546.5+705848125.75 8.30 6.49R A0Vnn +0.016-0.013 +011 195 + 399 36Psi CasBD+67 123 8491 11751 46I 1129 011851.7+673629012556.0+680748126.15 5.47 4.74 +1.05 +0.94 +0.52 K0III +0.074+0.026 +.013-012V < 17 5.2 23.2AC 4* + 400 CD-31 562 84981930901036I 011851.7-312800012331.0-305644243.40-82.02 5.84 +1.61 +2.05 +0.80E K5III -0.012-0.046 -016 * + 401 44 CetBD-08 243 8511129275 W AV Cet 011900.7-083139012402.5-080027146.42-69.38 6.21 +0.23 +0.09 F0V +0.174-0.070 +006 157 4.7 84.6 * + 402 45The CetBD-08 244 8512129274 47I 1118 011901.5-084158012401.4-081100146.59-69.54 3.60 +1.06 +0.93 +0.56 K0III-IIIb -0.079-0.218 +.041+017V? < 17 11.0 65.4 * + 403 37Del CasBD+59 248 8538 22268 48I W Del Cas 011916.1+594256012549.0+601407127.19-02.35 2.68 +0.13 +0.12 +0.09 A5III-IV v+0.297-0.051 +.037+007SB 113 8.7 131.7 * + 404 BD-07 223 8556129277 1123 011918.8-072611012420.6-065453145.55-68.33 5.91 +0.41 -0.05 F3V +0.042+0.003D+.023+032SBO 0.2 0.2 * + 405 BD-16 237 8589147793 011945.7-161053012439.8-153937158.54-76.18 6.14 +0.91 +0.54 G5 +0.012-0.005 +013V * + 406 BD-03 195 85991292801037 011943.8-032209012448.7-025055142.56-64.44 6.15 +0.96 +0.71 G8III +0.013-0.030 -027 + 407 BD+22 226 8634 747072096 012007.7+225928012535.7+233042132.98-38.69 6.18 +0.43 0.00 F5III +0.032-0.021 -016SBO 34 * + 408 CD-42 493 86512154922095 012015.2-420046012440.8-412933279.66-74.10 5.42 +1.04 +0.86 +0.49 K0III +0.022-0.038 -.012+074 + 409 BD+42 302 8671 37204 012025.6+425620012618.6+432728129.61-18.96 5.96 +0.49 +0.01 F7V +0.103-0.060 +031 =< 6 + 410 BD+33 228 8673 54695 012027.1+340342012608.7+343447131.00-27.75 6.31 +0.47 +0.01 F7V +0.230-0.087 +017 32 * + 411 CD-45 463 8681215494 012021.3-450257012441.9-443142284.11-71.36 6.26 +1.14 +1.08 +0.52 K1II -0.009-0.018 -010V + 412 46 CetBD-15 266 8705147803 I 012042.1-150708012537.2-143556157.07-75.16 4.90 +1.23 +1.26 K2.5IIIb +0.039-0.018 +.007-023V < 17 + 413 93Rho PscBD+18 187 8723 92436 506 012051.7+183907012615.3+191020134.19-42.94 5.38 +0.39 -0.10 F2V: v-0.024+0.010 +.038-009V 61 + 414 94 PscBD+18 189 8763 924441039 012117.4+184320012641.7+191425134.31-42.85 5.50 +1.11 +1.05 K1III +0.050-0.061 +.013-042V * + 415 BD+33 234 8774 54705 012125.1+335129012706.2+342239131.25-27.92 6.27 +0.46 +0.02 F7IVb vs +0.154-0.011 +015 23 * + 416 BD-01 189 8779129300 012120.2-005507012627.3-002355141.83-61.98 6.41 +1.24 +1.27 K0IV +0.044-0.001 +.023-006V + 417 48Ome AndBD+44 307 8799 372281040 1152 012140.1+445326012739.4+452424129.56-17.00 4.83 +0.42 0.00 +0.23 F5IV +0.351-0.107 +.030+011 69 6.6 119.0AC 4* + 418 BD+40 289 8801 37227 1151 012137.5+403452012726.6+410602130.20-21.26 6.46 +0.27 +0.03 +0.16 A7m +0.003-0.001 +001 70 5.9 15.3 * + 419 BD+02 211 8803109895 1148 012143.4+030059012653.5+033207139.88-58.16 6.58 -0.04 -0.19 B9V+A8V +0.004-0.035 -.016+015V 210 2.5 6.0 * + 420 CP-65 130 88102483811038 012137.8-645322012505.3-642210296.98-52.37 5.93 +1.56 +1.92 K5III +0.023-0.019 +023 + 421 47 CetBD-13 262 88291478121041 512 012155.5-133435012651.6-130324155.16-73.67 5.66 +0.35 +0.02 F0IIIDel Del +0.016+0.009 +010 + 422 BD+39 334 8837 37234 012158.8+394901012747.0+402008130.39-22.01 6.60 -0.04 -0.17 A0III +0.015-0.019 -001V? 135 * + 423 CD-33 525 8879193122 I W R Scl 012221.9-330342012658.1-323235250.18-80.59 5.79 +3.86 +7.4 +1.38 C6II -0.011-0.031 -008 11.9 10.0 * + 424 1Alp UMiBD+88 8 8890 308 907 1477 Alp UMi 012233.7+884626023148.7+891551123.28 26.46 2.02 +0.60 +0.38 +0.31 F7:Ib-II v+0.038-0.015 +.007-017SBO 17 6.8 18.4AB 5* + 425 BD-11 272 8921147819 1162 012247.5-112515012746.6-105406152.44-71.66 6.13 +1.32 +1.36 K4III-IV +0.180+0.019 +004 3.7 1.5 + 426 BD+07 213 8949109907 W 519 012308.2+072636012822.9+075741138.54-53.79 6.20 +1.12 +1.08 K1III +0.112-0.003 +002 2.1 69.0 * + 427 38 CasBD+69 102 9021 44221042 012346.8+694500013113.8+701553126.30 7.65 5.81 +0.47 -0.11 F6V +0.137-0.077 +.039+005SBO * + 428 BD+65 175 9030 11788 012352.7+653454013052.3+660553126.92 3.53 6.14 +0.08 +0.05 A2V s +0.084-0.010 -.001+009SB 75 * + 429 Gam PheCD-43 449 9053215516 49I: Gam Phe 012401.4-434950012821.9-431906280.52-72.17 3.41 +1.57 +1.85 +0.98 M0-IIIa -0.014-0.209 +.000+026SB1O * + 430 49 AndBD+46 370 9057 37275 I 012406.0+462929013006.2+470026129.75-15.35 5.27 +1.00 +0.82 K0III +0.008-0.044 +.015-011 < 19: + 431 CD-34 576 9065193136 WZ Scl 012409.6-341651012843.3-334549254.77-79.59 6.58 +0.30 +0.07 F0IV -0.055-0.025 -005 * + 432 97 PscBD+17 210 9100 92463 VX Psc 012428.8+175019012952.9+182120135.56-43.57 6.02 +0.14 +0.14 A4IV +0.063-0.003 +004 108 * + 433 48 CetBD-22 254 91321670861043 1184 012448.3-220848012936.1-213746182.65-79.72 5.12 +0.02 +0.04 A1V +0.056+0.006 +.028+001V 7.5 22.0 + 434 98Mu PscBD+05 194 91381099262099I W 012456.6+053742013011.1+060838140.07-55.43 4.84 +1.37 +1.54 +0.74 K4III +0.294-0.048 +.018+034V < 17 5.6 182.5AB 3* + 435 CD-47 440 9184215525 AW Phe 012516.5-471625012930.4-464523284.52-68.99 6.31 +1.66 +1.87 +1.39 M2III -0.012+0.013 +018 * + 436 CD-26 502 9228167093 I 1193 012540.1-264327013022.9-261228209.10-81.25 5.93 +1.34 +1.41 K4III +0.045+0.002 -001 5.0 2.9 * + 437 99Eta PscBD+14 231 9270 92484 50I 1199 532 012607.8+144949013129.0+152045137.01-46.43 3.62 +0.97 +0.75 +0.50 G7IIIa +0.028-0.006 +.015+015V < 19: 3.6 0.8 * + 438 BD+34 265 9298 547622100 012625.3+341706013207.6+344800132.33-27.33 6.39 -0.12 -0.42 B7IIIpHgMn -0.008-0.002 -001 60 + 439 BD+57 320 9352 22389 I S 012656.0+574848013325.8+581939128.44-04.09 5.70 +1.52 +1.15 K0Ib+B9V +0.011+0.002 -001 =< 50 * + 440 Del PheCD-49 425 93622155361044 012705.3-493532013115.1-490422286.27-66.75 3.95 +0.99 +0.70 +0.51 K0III +0.142+0.151 +.031-007 + 441 CD-30 506 9377193163 012705.8-304747013143.3-301700234.96-80.63 5.82 +1.08 K0III +0.009-0.067 +003V? + 442 39Chi CasBD+58 260 9408 22397 I 012723.4+584308013355.9+591355128.35-03.19 4.71 +1.00 +0.76 +0.53 G9IIIb -0.037-0.021 +.021+006 < 19: + 443 CD-46 420 9414215539 I 012724.1-460526013139.1-453432282.11-69.89 6.17 +0.06 +0.09 +0.03 A2V 0.000+0.006 +008 4.2 1.4 * + 444 BD-09 298 9484129363 Var 012804.3-093144013303.5-090053153.38-69.39 6.59 -0.04 -0.10 A0III +0.029+0.003 +010V? * + 445 CD-37 589 95251931732101 012827.6-372243013256.0-365155263.48-76.89 5.51 +1.02 K0III +0.002-0.023 +.007+013V? + 446 BD+36 277 9531 54788 KK And 012830.0+364328013416.6+371414132.32-24.85 5.88 -0.07 -0.30 B9IV +0.009-0.015 +.018-004V 175 * + 447 CD-50 411 9544215547 012830.5-501422013236.3-494340286.40-66.06 6.28 +0.46 F4V -0.030-0.077 +002 + 448 BD-07 256 9562129371 012840.9-073211013342.9-070131151.37-67.53 5.76 +0.64 +0.21 G2IV +0.180-0.081 -015V? =< 10 + 449 BD+73 81 9612 4448 012909.4+734723013722.5+741803126.09 11.71 6.58 +0.03 -0.16 B9Ve +0.027-0.009 -008V? + 450 BD+17 224 9640 92520 I 012924.3+175700013449.1+182738137.11-43.21 5.89 +1.52 +1.80 M2IIIab +0.033-0.069 -026 + 451 49 CetBD-16 265 9672147886 012944.6-161119013437.8-154034166.32-74.78 5.63 +0.07 +0.05 A3V +0.096+0.003 +009V? + 452 BD+40 328 9712 37344 012958.4+403353013552.5+410435131.88-21.02 6.38 +1.11 +1.00 K1III +0.139-0.002 +065 + 453 CD-32 613 9742193188 013016.9-322412013450.7-315332242.30-79.43 6.12 +1.11 K0-1III -0.077-0.036 -011 + 454 BD+47 460 9746 37351 OP And 013020.2+481243013627.2+484322130.54-13.48 5.92 +1.21 gK1 -0.012-0.017 -043V * + 455101 PscBD+13 240 9766 92530 559 013025.5+140901013546.4+143941138.71-46.85 6.22 -0.04 -0.21 B9.5III +0.004-0.011 -016V 220 + 456 40 CasBD+72 86 9774 4453 51 1268 567 013030.9+723149013830.9+730224126.40 10.49 5.28 +0.96 +0.72 G8III -0.013-0.015 +.017-005V < 19: 6.4 53.3 + 457 BD+16 176 9780 92531 013030.0+165519013554.8+172601137.79-44.15 5.80R F0IV +0.152+0.010 +003SB 97 + 458 50Ups AndBD+40 332 9826 373621045I W 013055.5+405419013647.8+412420132.00-20.66 4.09 +0.54 +0.06 +0.29 F8V -0.171-0.382 +.062-028SBO 8 8.4 114.0AB 3* + 459 50 CetBD-16 270 98561479012104I 013106.3-155442013559.0-152401166.61-74.36 5.42 +1.21 +1.20 K2IIIaBa0.2CN1 +0.023+0.011 +024V < 19: + 460 CP-58 123 9896232470 561 013130.3-583900013515.2-580822292.01-58.05 6.01 +0.38 F2V +0.277-0.035 +.011+001? * + 461 BD+57 349 9900 224562108I 013135.0+572805013807.6+575839129.11-04.33 5.56 +1.38 +1.43 +0.71 G5II +0.007-0.006 -008V? * + 462 Tau SclCD-30 540 9906193201 W 013131.2-302510013608.4-295427231.37-79.80 5.69 +0.33 F2V +0.100+0.040D+.025+005 63 1.1 0.9 * + 463102Pi PscBD+11 205 9919 925361046 013147.7+113749013705.9+120830140.16-49.20 5.57 +0.35 -0.02 +0.21 F0V -0.066+0.043 -001V 96 + 464 51 AndBD+47 467 9927 37375 52I 013151.0+480718013759.6+483742130.81-13.53 3.57 +1.28 +1.45 +0.65 K3-III +0.065-0.113 +.021+016V < 17 * + 465 BD+44 341 9996 37393 GY And 013230.2+445326013831.7+452400131.53-16.68 6.36 +0.04 -0.10 B9pCrEu v-0.034+0.014 +003SB1O 19 * + 466 BD-10 343 100091294122109 W 013237.7-095458013737.7-092414156.70-69.19 6.24 +0.53 0.00 F7V +0.259+0.093 +.024+048V? 0.4 0.2 * + 467 CP-79 40 10042255794 53 W 013259.1-790045013339.2-783017300.26-38.41 6.11 +0.97 +0.70 K0III -0.034-0.136 -001 7.4 50.1 * + 468 CP-58 126 10052232477 013304.9-584651013644.8-581615291.74-57.86 6.18 +1.61 +1.89 M3III +0.022+0.003 -002 + 469 52Chi AndBD+43 343 10072 374062112I 013320.9+435239013921.0+442310131.89-17.65 4.98 +0.89 +0.55 G8III -0.022+0.012 +.009+007SB < 17 + 470 BD+53 363 10110 22493 I 013351.4+532139014013.1+535206130.16-08.32 6.39 +1.61 +1.98 K5III -0.011-0.002 -062 + 471 CD-37 620 10142193224 013400.9-370200013827.4-363142259.18-76.31 5.94 +1.05 +0.90 +0.37E K0IV -0.018-0.128 +030 * + 472 Alp EriCP-57 334 10144232481 54 Var 013359.4-574441013742.9-571412290.84-58.79 0.46 -0.16 -0.66 -0.11 B3Vpe v+0.095-0.035 +.026+016V 251 * + 473 BD-22 272 101481671982113 013405.0-214705013851.8-211631187.04-77.72 5.58 +0.34 A4n +0.131+0.036 +014V + 474 CD-25 670 10161167199 1298 013408.4-253150013850.0-250119204.39-79.16 6.70 -0.08 -0.17 B9Vn +0.001+0.011 +015V 6.2 20.3 + 475105 PscBD+15 245 10164 92558 013416.9+155355013940.8+162421139.37-44.92 5.97 +1.12 K2III +0.077-0.015 +017V + 476 BD+42 345 10204 37419 013439.7+424730014039.8+431752132.35-18.67 5.61 +0.21 +0.14 sgA9 +0.127-0.037 +017V 82 * + 477 53Tau AndBD+39 378 10205 37418 1311 584 013440.4+400414014034.8+403437132.92-21.34 4.94 -0.09 -0.41 -0.07 B8III +0.013-0.025 -014SB 91 5.9 52.3 * + 478 43 CasBD+67 149 10221 11919 55 V557 Cas 013455.6+673214014220.5+680235127.68 5.64 5.59 -0.07 -0.23 A0pSiSr +0.052-0.009 +005 28 * + 479 CP-54 358 10241232483 W 013455.7-535644013848.2-532620287.70-62.27 6.84 +0.44 +0.11 F5IV-V -0.027-0.046 -003 1.3 10.4 * + 480 42 CasBD+69 114 10250 4470 590 013510.0+700702014255.9+703721127.21 8.18 5.18 -0.04 B9V +0.077-0.013 +.004+006SB 117 * + 481 BD+60 308 10260 11920 013515.7+603157014203.0+610218129.02-01.23 6.71 -0.03 -0.41 B8IIIpSi +0.015-0.007 -013V * + 482 BD+57 370 10293 22520 1334 013539.3+580720014217.8+583740129.52-03.59 6.37 -0.02 -0.45 B8III +0.019-0.010 -004V? 35 2.4 20.1AB 3* + 483 BD+41 328 10307 37434 A 013541.6+420642014147.2+423649132.70-19.30 4.95 +0.62 +0.12 +0.33 G1.5V +0.809-0.154 +.081+004V? 2 0.1 * + 484 BD+25 276 10308 748702115 1326 013543.5+251427014118.4+254445136.80-35.78 6.17 +0.44 0.00 F2III +0.118-0.040 +.023+005SB2O 12 4.4 10.6AB 3* + 485 BD+29 286 10348 74872 013559.9+293230014139.2+300250135.69-31.58 5.99 +1.01 +0.84 +0.46 K0III -0.015-0.006 +005 * + 486 CP-56 329 10360232492 W B 013559.9-564215013947.4-561153289.60-59.66 5.87 +0.90 +0.59 K0V +0.310-0.020 +.152+023SB 0.1 10.8 * + 487 CP-56 329 10361232490 W A 013600.5-564208013947.8-561141289.60-59.66 5.76 +0.87 +0.53 +0.48 K5V +0.279+0.020 +.152+020 0.1 10.8 * + 488 BD+60 312 10362 11931 013608.7+605459014258.4+612518129.06-00.84 6.34 +0.01 -0.45 B7II +0.004+0.011 -005 * + 489106Nu PscBD+04 293 10380110065 56I 013613.5+045854014125.9+052915145.12-55.22 4.44 +1.36 +1.57 +0.71 K3IIIbBa0.1 -0.021+0.002 +.041+000 < 19: + 490 BD+34 297 10390 549121047 013616.5+344427014203.5+351444134.46-26.49 5.64 -0.07 -0.20 B9IV-V +0.049-0.028 -002V 70 + 491 44 CasBD+59 307 10425 11941 1344 013633.2+600249014319.7+603304129.27-01.68 5.78 -0.02 -0.32 B8IIIn +0.008-0.020 -033SB 130: 5.1 66.0AC 4* + 492 BD-12 315 10453147962 1339 013648.6-114907014144.7-111929162.14-70.26 5.75 +0.44 -0.01 F5V+F7V +0.043-0.412 +.035-010V 1.1 1.8 * + 493107 PscBD+19 279 10476 74883 W 600 013703.9+194657014229.8+201607138.88-41.01 5.24 +0.84 +0.49 +0.43 K1V -0.296-0.672 +.119-034V? < 19: 6.4 19.0AB 3 + 494 CD-38 584 10481193255 013703.9-383824014127.3-380759262.44-74.80 6.17 +0.42 +0.04 F2V +0.050+0.052 +011 + 495 BD+44 354 10486 37460 013711.0+444905014316.5+451920132.40-16.59 6.34 +1.01 +0.92 +0.48 K2IV +0.146-0.017 +012 * + 496 Phi PerBD+49 444 10516 22554 57I Phi Per 013723.3+501106014339.6+504119131.32-11.33 4.07 -0.04 -0.93 +0.02 B2Vep +0.026-0.014 +.025+001SB2O 450 * + 497 Pi SclCD-32 666 105371932631048I 013737.8-324952014208.6-321937241.27-77.84 5.25 +1.05 +0.79 +0.54 K0III -0.065-0.025 -.005+010V? * + 498 CD-37 650 10538193261 58 013738.5-372012014203.0-364957258.27-75.56 5.72 -0.01 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2.64 +0.13 +0.10 +0.08 A5V +0.096-0.111 +.074-002SBO 79 * + 554 CD-39 573 116431933682127 014904.9-390517015323.2-383541258.35-72.71 6.10 +1.12 K1II +0.131+0.027 +022 + 555 Psi PheCD-46 552 11695215696 67I Psi Phe 014938.2-464732015338.8-461809274.35-67.22 4.41 +1.59 +1.70 +1.52 M4III -0.086-0.087 +.011+002SB * + 556 BD+36 354 11727 55102 I 1534B 014959.3+364715015554.4+371640136.91-23.84 5.89 +1.63 gM0 +0.004-0.003 +007V =< 25 0.2 190.4AB 4* + 557 56 AndBD+36 355 11749 55107 1534A 015012.7+364540015609.3+371506136.96-23.85 5.67 +1.06 +0.91 K0III +0.182+0.006 +059 =< 25 0.2 190.4AB 4* + 558 Phi PheCD-43 583 117532156971053 015013.0-425915015422.0-422949267.17-69.99 5.11 -0.06 -0.15 -0.06 A3V -0.028-0.032 +012SB 13 * + 559 7 AriBD+22 284 11763 750302130I RR Ari 015016.3+230514015551.0+233438141.48-36.96 5.74 +1.19 +1.04 K1III +0.009-0.013 +014 * + 560 BD+01 347 11803110235 1538 667 015043.6+012116015553.8+015059153.67-57.13 6.01 +0.56 +0.04 F7V+G0V +0.158+0.184 +.025+030SB 0.1 1.5 * + 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-0.03 -0.07 -0.03 B9.5Vn -0.010-0.009 +.029+010V 191 + 709 66 AndBD+49 666 15138 23353 022109.0+500722022751.8+503411138.18-09.42 6.12 +0.41 F4V +0.036-0.093 -004SBO * + 710 BD-15 426 15144148386 1849 AB Cet 022115.1-154727022600.3-152028189.53-65.08 5.83 +0.15 +0.10 +0.04 A6VpSrCr -0.058-0.047 +.015-008SBO 14 3. 12. 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176 9.7 13.5 * +1957 BD-10 1258 37808150680 V1051 Ori053603.3-102740054046.0-102434214.44-20.37 6.52 -0.16 -0.48 B9.5IIIpSi4200 -0.030-0.030 +020 * +1958 CD-32 2479 37811196061 053607.8-324054053949.8-323745237.23-28.44 5.45 +0.92 +0.47 G6-8III -0.022-0.029 -008 +1959 BD-02 1346 37904132465 4279 053639.4-025651054140.3-025346207.44-16.83 6.42 +0.30 +0.07 A9IV-V +0.041+0.030 +030SB2 0.9 0.1 * +1960 CP-66 439 37935249322 053654.8-663700053654.7-663337276.51-32.10 6.31 -0.07 -0.15 B9.5V e-0.022+0.010 +020 * +1961 BD+23 1015 37967 77450 V731 Tau 053715.1+230925054319.5+231215184.62-03.43 6.21 -0.06 -0.64 B2.5Ve -0.001-0.022 +016 * +1962 BD-16 1208 37971150703 053714.2-164633054141.5-164332220.74-22.74 6.21 -0.13 B3IVp -0.005+0.009 +016 * +1963 51 OriBD+01 1105 379841130562427I 053718.3+012534054228.6+012829203.54-14.59 4.91 +1.17 +1.06 +0.61 K1III -0.058-0.015 +.015+088V? < 17 * +1964 CP-73 316 379932562082422 WX Men 053714.1-734802053444.7-734429284.90-31.30 5.78 +1.71 +1.83 +1.53 M3III -0.003+0.033 -011 * +1965 BD-17 1214 38054150716 053749.3-173444054214.3-173149221.60-22.94 6.15 +1.38 K0 -0.036+0.007 +062V +1966 CD-33 2483 38056196088 053747.3-332700054127.0-332402238.18-28.32 6.34 -0.04 A0V +0.014-0.002 +029 +1967 BD-06 1293 38089132477 4299 053802.4-065043054253.8-064746211.24-18.32 6.02 +0.40 -0.05 F3V -0.003+0.068D+.019-007SB 0.4 0.2AB 4* +1968 12 LepBD-22 1194 38090170715 053801.5-222520054213.9-222225226.52-24.73 5.87 +0.11 A2 -0.004+0.018 +028 * +1969 26 CamBD+56 1058 38091 25362 2615 053804.6+560427054630.4+560656156.39 13.88 5.94 +0.17 +0.12 A4Vn +0.019-0.056 +021SB 260 +1970 BD-01 1012 38099132480 I V1197 Ori053805.7-013934054309.3-013647206.44-15.90 6.31 +1.47 +1.77 K4III +0.003-0.026 +030SBO * +1971 27Omi AurBD+49 1398 38104 40583 216 053809.1+494658054554.0+494935161.98 10.75 5.47 +0.03 +0.07 +0.01 A2VpCr -0.010+0.001 +.019-006V 30 * +1972 CD-30 2571 381381960962428 053822.8-303501054211.6-303208235.12-27.37 6.19 +0.01 A0V +0.002+0.007 +027 +1973 CD-34 2401 38170196098 053840.0-344300054215.1-344004239.62-28.49 5.29 -0.05 B9.5V -0.008+0.051 +035 41 +1974 BD+40 1403 38189 40584 053848.6+402752054549.5+403026170.11 6.03 6.58 +0.25 +0.02 +0.15 A3Del Del -0.031-0.005 -004 67 +1975 BD-18 1172 38206150739 053858.9-183610054321.6-183327222.74-23.08 5.73 -0.01 -0.11 A0V s +0.016-0.015 +025 =< 41 +1976 BD+62 784 38284 13618 4376 053938.3+624614054904.9+624829150.37 17.24 6.13R A4V -0.007-0.010D+.010-004V 125 0.9 0.9 +1977 BD+20 1083 38307 77516 I Y Tau 053941.7+203911054539.4+204142187.05-04.28 6.95 +3.03 +5.81 +1.52 C5II -0.001 0.000 +017 * +1978 BD+03 1025 38309113099 4333 053945.1+035757054501.9+040029201.57-12.81 6.09 +0.31 +0.09 gF0n +0.020-0.019 +008 82 4.2 15.7AB 3* +1979 BD+42 1396 38358 406092431 054005.1+422922054714.7+423136168.49 7.29 6.29 +1.35 +1.59 K0 +0.009-0.088 -016 +1980 BD-20 1171 38382170756 054010.0-201014054428.4-200735224.43-23.43 6.34 +0.58 G0 -0.016+0.046 +038V? 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* +1992 29 CamBD+56 1065 38618 25403 4412 054202.1+565309055034.0+565508155.93 14.75 6.54 A4IV-V -0.009-0.008 +004V? 4.2 25.1AB 3* +1993133 TauBD+13 979 38622 948642433 4381 054202.6+135148054742.9+135359193.17-07.33 5.29 -0.17 -0.66 B2IV-V +0.002-0.012 -.002+029 70 6.1 24.9AC 3* +1994 BD+68 412 38645 136352438 054210.0+682633055255.5+682817145.13 19.98 6.20 +0.95 G9III +0.005-0.051 +.004-001 +1995 29Tau AurBD+39 1418 38656 58465 I 4398 054214.7+390850054910.5+391052171.58 5.91 4.52 +0.94 +0.70 +0.49 G8IIIFe-1 -0.025-0.022 +.007-020 < 17 6.1 49.6AC 3* +1996 Mu ColCD-32 2538 38666196149 2630 054216.9-322040054559.9-321823237.29-27.10 5.17 -0.28 -1.06 -0.27 O9.5V +0.009-0.025 +109 153 * +1997 BD+20 1105 38670 77578 4392 054224.1+205004054822.4+205210187.23-03.64 6.07 -0.08 -0.38 B9Vn +0.014-0.016D+.001+007SB 175 1.4 0.5AB 3* +1998 14Zet LepBD-14 1232 38678150801 219 054225.4-145133054657.3-144919219.40-20.83 3.55 +0.10 +0.07 +0.03 A3Vn -0.016-0.001 +.049+020SB? 202 +1999 52 OriBD+06 1027 38710113150 4390 054237.8+062508054800.2+062715199.75-10.98 5.27 +0.23 +0.17 A5V +0.007-0.019 +.023+043SB2 110 0.1 1.4 * +2000 BD-16 1244 38713150806 054239.4-161628054707.6-161416220.81-21.35 6.17 +0.89 G2Ib-II -0.034+0.003 +007V +2001 BD-10 1281 38735150814 S V1031 Ori054244.4-103407054726.7-103159215.30-18.94 6.03 +0.16 A4V -0.029-0.024 -001SB3 * +2002132 TauBD+24 970 38751 775922435I D 2650 054252.7+243202054901.0+243403184.13-01.61 4.86 +1.01 +0.81 +0.38E G8III v-0.004-0.023 +.005+016V? < 19 0.0 0.1 +2003 BD+51 1117 38765 254112437 054259.5+512902055056.4+513053160.87 12.26 6.29 +1.05 K1III +0.167-0.030 +026 +2004 53Kap OriBD-09 1235 38771132542 220I 2641 054300.8-094218054745.4-094011214.51-18.50 2.06 -0.17 -1.03 -0.18 B0.5Ia v+0.002-0.002 +.015+021V? 82 * +2005 CD-28 2449 38804170836 054310.1-284031054704.7-283821233.45-25.79 6.22 -0.15 B5V +0.006+0.006 +018 +2006 30 CamBD+58 863 38831 25419 054328.3+585607055217.4+585751154.15 15.88 6.14 -0.04 -0.13 A0V s +0.007-0.023 +012 400: +2007 BD-04 1244 388581325541155 054336.7-040720054834.9-040541209.37-15.84 5.97 +0.64 +0.10 G4V +0.062-0.225 +029V +2008 CD-46 1999 388712175212434 W 054341.0-463802054627.4-463550253.21-30.16 5.31 +1.04 K0-1II +0.012+0.004 +.018+011 7.4 37.0 +2009 CD-35 2509 38885196171 054347.1-354240054718.6-354029241.02-27.75 6.32 +1.18 K1III -0.008+0.041 +057 +2010134 TauBD+12 912 38899 94888 W 054355.8+123711054932.9+123904194.49-07.57 4.91 -0.07 -0.17 -0.08 B9IV -0.020-0.024 +018V 22 5.4 18.9 +2011 31Ups AurBD+37 1336 38944 584962440I 2661 054413.1+371636055102.4+371820173.39 5.28 4.74 +1.62 +1.93 +1.07 M0+III-IIIbFe-0.5 +0.035-0.047 -.002+038 * +2012 32Nu AurBD+39 1429 39003 58502 221I 4440 054433.5+390709055129.4+390855171.84 6.28 3.97 +1.13 +1.09 +0.56 G9.5III* -0.005+0.007 +.017+010V? < 17 7.3 54.6 * +2013 BD+27 888 39004 77625 4474 054439.9+275617055058.1+275804181.44 0.51 5.56 +0.97 gG7 -0.009+0.012 +008V 1.3 0.0 O 3* +2014 BD+09 978 39007113179 054432.0+095026055002.6+095216196.98-08.85 5.80 +0.87 +0.62 +0.30E G8III +0.005-0.010 +044V? * +2015 Del DorCP-65 496 390142493461154 054435.6-654623054446.4-654408275.47-31.37 4.35 +0.21 +0.12 +0.17 A7V -0.031+0.008 +.027-003 206 +2016135 TauBD+14 1041 39019 94904 054447.5+141636055028.9+141820193.16-06.55 5.52 +1.01 gG9 +0.006-0.035 +046V? +2017 CD-40 2085 39040217543 054445.3-404111054758.1-403909246.55-28.79 6.61 +1.12 K1III +0.007+0.032 +013SB2 +2018 BD+32 1109 39045 58504 I 4443 Var 054454.6+320546055125.7+320730177.91 2.72 6.25 +1.75 +2.00 +1.40 M3III v+0.001+0.007 +103 5.9 15.2 * +2019 BD+04 1052 390511131862439I 054455.4+042339055013.1+042524201.83-11.48 5.97 +1.36 +1.57 gK2 +0.005-0.039 +027V? +2020 Bet PicCD-51 1620 39060234134 054454.9-510609054717.1-510359258.37-30.61 3.85 +0.17 +0.10 +0.16 A5V +0.011+0.085 +.061+020V? 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7.3 2.2AB 3* +2141 BD+35 1334 41330 58739 W 055927.2+352410060608.5+352315176.57 6.99 6.12 +0.60 +0.06 G0V -0.131-0.302 +.046-012V =< 10 3.4 122.0 +2142 BD-06 1391 41335132793 2817 055921.9-064217060413.5-064233213.60-13.54 5.21 -0.06 -0.85 +0.04 B2Ven v-0.005-0.003 +025SB 419 * +2143 40 AurBD+38 1377 41357 587492465 Var? 055941.4+382930060635.1+382858173.87 8.53 5.36 +0.25 +0.15 +0.09 A4m +0.007-0.049 +.004+018SB2O 26 * +2144 63 OriBD+05 1085 41361113429 055938.2+052532060458.2+052512202.73-07.78 5.67 +1.04 +0.83 gG7 0.000+0.003 +020V? +2145 66 OriBD+04 1116 41380113430 230 055941.3+040952060458.4+040931203.85-08.38 5.63 +1.04 +0.75 G4III -0.001-0.005 +033V? +2146 BD+29 1112 41429 77958 I 4673 055959.3+293113060622.5+293045181.78 4.20 6.08 +1.73 +1.94 M3II+F7V +0.015-0.006 -036 5.0 10.0 * +2147 BD+41 1357 41467 40868 060019.7+415151060726.9+415115170.92 10.24 6.12 +1.22 K0III +0.007-0.021 +006 +2148 17 LepBD-16 1349 41511151093 I SS Lep 060031.3-162839060459.1-162904222.87-17.53 4.93 +0.24 +0.12 +0.52 A2eShell v-0.006-0.001 +.032+020SB2O 98 * +2149 CD-32 2743 415341964592464 W 060037.1-321011060420.3-321021238.43-23.36 5.65 -0.19 -0.82 B2.5V -0.015+0.119 +093V 128 0.0 0.1 * +2150 BD-10 1368 41547151098 060043.7-101409060527.0-101434217.01-14.81 5.87 +0.37 +0.04 dF4 +0.014+0.024 +033SB2 +2151 CP-60 537 41586249424 SW Pic 060054.1-600536060209.2-600549268.97-29.34 6.45 +1.58 +1.81 M4III +0.010+0.004 -051V? * +2152 37 CamBD+58 897 41597 25597 I 060109.6+585655060959.1+585609155.18 17.94 5.36 +1.09 +0.92 G8III +0.024+0.023 +.011+031 < 19: +2153 BD+41 1365 41636 40881 060119.4+410408060823.0+410320171.72 10.03 6.36 +1.05 +0.83 G9III -0.016-0.053 -087 +2154 BD-04 1362 416921328412467 4698 060141.2-041101060638.7-041138211.57-11.87 5.38 -0.13 -0.54 B5IV -0.007-0.004 +020 20 6.2 28.5 +2155 18The LepBD-14 1331 416951511102466 060137.7-145534060609.3-145607221.51-16.64 4.67 +0.05 +0.02 0.00 A1Vn -0.018+0.014 +.012+032SB 211 * +2156 CD-24 3679 41698171222 I S Lep 060138.2-241110060545.7-241144230.46-20.34 6.95 +1.63 +1.30 +2.37 M6III +0.024-0.018 +012 * +2157 CD-45 2300 41700217702 231 W C 060135.7-450210060428.4-450212252.13-26.78 6.35 +0.52 0.00 G0IV-V -0.080+0.244 +.042+026 0.3 196.7AC 3* +2158 CD-45 2302 41742217706 W AB 060147.5-450442060440.2-450444252.18-26.76 5.93 +0.49 -0.01 F4V -0.070+0.255 +.033+027 0.3 196.7AC 3* +2159 67Nu OriBD+14 1152 41753 95259 232 060151.7+144650060734.3+144606194.81-02.72 4.42 -0.17 -0.66 -0.16 B3V +0.006-0.021 -.032+024SB1O 41 * +2160 CD-35 2684 41759196483 060155.0-353018060527.1-353049241.98-24.16 5.80 +0.02 A1V +0.007+0.018 +024 +2161 BD-11 1386 41814151126 060210.9-110945060651.9-111025218.04-14.90 6.66 -0.15 B3V -0.002+0.001 +013 +2162 CD-48 2124 41824217708 W 2827 060211.3-482657060446.9-482731255.90-27.43 6.58 +0.72 +0.27 G6V -0.092-0.038 +.019+023V 8 0.3 2.5 * +2163 CD-23 3431 41841171236 4704 060221.8-230557060632.0-230638229.46-19.78 5.47 +0.08 +0.09 +0.03 Am -0.023-0.023 +.014-015 64 5.1 44.3 +2164 CD-29 2769 418431712311164 060214.5-294451060605.5-294531236.08-22.22 5.81 +0.05 A1V +0.013-0.041 +007V +2165 36 CamBD+65 517 41927 13756 233I 060247.4+654418061251.1+654306148.62 20.75 5.32 +1.34 +1.44 K1.5IIIbCN-0.5 +0.006-0.033 +.004+007SB < 17 +2166 BD-21 1353 41933171251 I 2833 060243.6-214802060657.6-214846228.22-19.19 5.78 +1.64 +1.79 M4III +0.004-0.016 +008V * +2167 BD+08 1202 42035113503 060319.2+084104060847.2+084012200.31-05.40 6.55 -0.07 -0.17 B9V +0.032+0.005 +035V +2168 19 LepBD-19 1361 42042151142 I 060320.6-190914060741.6-190957225.72-18.01 5.31 +1.68 +1.96 M2III +0.013+0.054 +029V +2169 BD+22 1198 42049 78045 I 060330.6+221223060932.4+221124188.54 1.28 5.93 +1.63 K4I -0.018-0.013 +008V +2170 CD-34 2655 42054196503 2836 060327.4-341757060703.7-341843240.83-23.48 5.83 -0.13 -0.55 -0.09 B4IVe +0.003+0.003 +018 +2171 Pi 1ColCD-42 2343 42078217720 060335.5-421710060641.0-421755249.26-25.76 6.12 +0.25 +0.12 +0.14 Am -0.033+0.003 +002V 69 +2172 BD+52 1041 42083 25613 060343.5+524004061146.0+523850161.29 15.63 6.30 +0.14 +0.08 +0.02 A5IIIm +0.011-0.070 +011SB2O 30 * +2173 3 GemBD+23 1226 42087 78050 4751 2846 060339.6+230747060944.0+230648187.75 1.77 5.75 +0.21 -0.63 B2.5Ib e+0.007-0.001 +016V 37 2.5 0.7AB 3* +2174 BD+02 1139 42111113507 4749 060344.7+023056060857.9+022958205.81-08.28 5.73 +0.07 +0.06 A3Vn v+0.004-0.020 +034 250 1.2 29.3AB 3* +2175 41 AurBD+48 1352 42126 40924 4773B 060356.8+484401061136.5+484247164.97 13.95 6.82H A8V +0.012-0.066D+.010+029 120 0.8 7.7 * +2176 41 AurBD+48 1352 42127 40925 4773A 060356.9+484353061136.6+484240164.97 13.95 6.09H +0.10 +0.08 A3V +0.019-0.050D+.010+031 115 0.8 7.7 * +2177 The ColCD-37 2609 421671965142468 060405.8-371420060731.6-371511243.94-24.26 5.02 -0.11 B9IV +0.002-0.005 +045 * +2178 CD-45 2317 42168217724 060407.8-450445060701.9-450529252.30-26.36 6.51 +1.16 +1.13 K1III +0.085+0.044 +082 +2179 BD-05 1523 42278132900 060441.8-054139060936.2-054240213.29-11.90 6.17 +0.34 +0.01 F3IV w +0.058+0.014 -001 27 +2180 BD-22 1327 423011712931165 060445.6-222434060857.9-222539229.01-19.00 5.50 -0.01 A0IV +0.002-0.039 +.012+044 +2181 Pi 2ColCD-42 2351 42303217730 W 060446.5-420817060752.9-420914249.16-25.51 5.50 0.00 A0V +0.001-0.014 +.016+031 248 0.1 0.1 * +2182 BD-18 1316 42327151173 W 060456.5-180630060920.3-180734224.88-17.24 6.35 -0.03 B9Vn +0.013-0.015 +033 5.0 23.0 +2183 BD-14 1348 42341151178 I 060502.0-143404060934.3-143503221.53-15.74 5.56 +1.16 +1.20 K2III -0.047+0.045 +031 +2184 BD+18 1112 42351 95337 060510.6+180901061101.8+180746192.26-00.37 6.33 +1.35 +1.44? K1II -0.002-0.047 -003V +2185 5 GemBD+24 1151 42398 78079 060524.3+242632061132.3+242513186.80 2.76 5.80 +1.11 K0III -0.004-0.054 +022SB * +2186 BD-22 1330 42443171317 W 060536.0-224526060947.9-224627229.43-18.95 5.71 +0.44 -0.05 F6V +0.080+0.067D+.019+022V 0.1 0.2 * +2187 CD-44 2452 42448217735 W 060537.9-442021060834.6-442122251.57-25.92 6.27 -0.15 B8II -0.013+0.010 +017V? 6.8 33.1 +2188 BD+51 1163 42466 25630 060552.0+511153061345.3+511021162.82 15.30 6.04 +1.06 K1III -0.007-0.065 +011 +2189 BD+32 1217 42471 588522470I 060547.1+324256061220.1+324136179.58 6.84 5.78 +1.66 M2IIIa -0.008-0.001 -051V? +2190 BD+21 1146 42475 78092 I TV Gem 060550.4+215323061151.4+215207189.08 1.60 6.56 +2.25 +1.77 +1.48 M0-1Iab +0.002+0.015 +017 * +2191 BD+13 1151 42477 95352 060548.1+133936061127.9+133819196.25-02.44 6.04 0.00 +0.04 A0Vnn -0.005-0.017 +013 160 +2192 CD-26 2761 42486171318 060547.0-264057060947.2-264203233.30-20.40 6.27 +1.01 +0.78 G8-K0III -0.007+0.021 -014V +2193 68 OriBD+19 1253 42509 953592471 W 060605.9+194846061201.3+194726190.92 0.63 5.75 -0.07 -0.11 B9.5V -0.001-0.012 +031 83 3.5 86.3 +2194 Eta1DorCP-66 493 42525249448 060602.3-660132060609.4-660223275.80-29.19 5.71 -0.03 -0.07 A0V +0.017+0.027 +018 +2195 BD-06 1439 42536132924 V653 Mon 060609.7-064359061101.3-064515214.41-12.05 6.15 +0.01 +0.03 A0pSrCr +0.004-0.003 +005V * +2196 CP-62 582 425402494512469 2845 060608.6-620812060703.4-620917271.36-28.89 5.05 +1.25 +1.35 +0.64 K2-3III +0.018-0.072 +.013+022 +2197 6 GemBD+22 1220 42543 78098 I BU Gem 060615.3+225552061219.1+225430188.22 2.19 6.39 +2.24 +2.48 +1.48 M1-2Ia-Iab +0.002-0.004 +.003+022SB * +2198 69 OriBD+16 1035 42545 95365 060617.2+160911061203.3+160750194.13-01.12 4.95 -0.14 -0.58 -0.14 B5Vn +0.009-0.014 +022SB 303 * +2199 70Xi OriBD+14 1187 42560 95362 W 060615.2+141353061156.4+141232195.81-02.06 4.48 -0.18 -0.65 -0.16 B3IV +0.003-0.020 -.001+024SB1O 223 7.9 40.0AB 3* +2200 CD-27 2780 42621171339 2866 060635.8-270755061034.6-270915233.82-20.40 5.72 +1.07 +0.98 K1III -0.016-0.046 +001 +2201 40 CamBD+60 938 42633 13772 I W 060641.5+600137061540.6+595957154.43 19.01 5.35 +1.34 K3III +0.033-0.021 +012V? 5.1 102.7 +2202 BD-04 1393 42657132941 4799 V638 Mon 060647.3-043834061143.7-043956212.58-10.95 6.18 -0.08 -0.37 B9pHgMn -0.011-0.009 +023 74 1.7 0.8 * +2203 CD-40 2291 42682217753 2864 060656.6-402006061010.3-402113247.37-24.63 5.58 +1.68 +2.00 M2II-III -0.026+0.076 -019 +2204 CD-49 2084 42683217747 060652.8-493243060923.3-493346257.28-26.90 6.49 +0.52 F7V -0.024+0.080 +060 +2205 BD-06 1446 42690132944 060659.8-063139061151.8-063301214.32-11.77 5.05 -0.20 -0.78 B2V -0.005-0.005 +029 25 +2206 CD-26 2784 42729171356 060712.8-262736061113.5-262856233.21-20.02 6.09 -0.04 A0V -0.017+0.003 +024V +2207 BD+18 1129 42784 95397 060740.7+184224061333.4+184049192.07 0.42 6.58 -0.08 -0.43 B8Vnn +0.023-0.017 +020V? 350 * +2208 BD+10 1050 42807 95394 060739.5+103938061312.6+103739199.10-03.50 6.45 +0.67 +0.15 G2V +0.092-0.285 +.055+003 +2209 BD+69 371 42818 13788 234 060749.6+692119061850.8+691911145.16 22.46 4.80 +0.03 0.00 -0.01 A0Vn +0.002-0.107 +.008-007SB 320 +2210 BD-02 1512 42824132965 060743.2-022848061244.4-023016210.74-09.75 6.62 +0.05 +0.08 A2V -0.045+0.012 -004 +2211 CD-45 2349 428342177582472 060747.4-451535061039.9-451655252.67-25.77 6.31 -0.03 -0.04 A0V +0.005+0.005 +020 +2212 Del PicCP-54 980 42933234359 235 Del Pic 060821.0-545646061017.9-545807263.30-27.68 4.81 -0.23 -1.03 -0.26 B3III+O9V -0.003+0.005 +031SB2O 221 * +2213 BD-17 1398 42927151227 060821.7-174416061246.3-174547224.88-16.35 6.52 -0.17 B3III -0.008+0.017 +008 +2214 BD+17 1182 42954 95419 W 060838.1+175605061428.6+175423192.85 0.24 5.88 +0.22 +0.15 +0.11 A5Vm -0.009-0.012 +029SB 47 0.0 0.5 * +2215 1 LynBD+61 869 42973 137872479I UW Lyn 060841.6+613252061754.8+613055153.03 19.81 4.98 +1.83 +2.06 M3IIIab -0.014-0.006 +.006+011 * +2216 7Eta GemBD+22 1241 42995 78135 I 4841 Eta Gem 060850.4+223209061452.6+223024188.85 2.52 3.28 +1.60 +1.66 +1.31 M3III -0.068-0.012 +.014+019SBO 2.0 0.0 O 3* +2217 BD+36 1388 43017 589051167 4849A 060854.6+361042061539.0+360855176.81 9.05 6.92 +0.45 -0.02 F4IV -0.065+0.003 +007 0.6 11.3AB 4* +2218 BD-03 1345 43023132994 060855.7-034251061354.3-034429211.99-10.05 5.83 +0.94 +0.64 +0.32E G8III -0.011+0.025 +050V * +2219 44Kap AurBD+29 1154 43039 781431168I 2877 060900.3+293206061522.7+292953182.72 5.92 4.35 +1.02 +0.80 +0.54 G8.5IIIb -0.073-0.262 +.018+020V? < 19: +2220 71 OriBD+19 1270 43042 95432 4842 060857.8+191126061450.9+190923191.80 0.92 5.20 +0.44 0.00 F6V -0.098-0.188 +.041+036 13 5.6 25.4AB 4* +2221 Nu DorCP-68 474 431072494611166 060922.7-684919060844.2-685036279.01-29.00 5.06 -0.08 -0.21 B8V -0.052+0.018 +018V? 121 +2222 BD+13 1173 43112 954442474I:W 2878 060928.0+135251061508.5+135104196.49-01.55 5.91 -0.23 -0.95 B1V +0.023+0.006 +036V? 6.6 21.3 * +2223 72 OriBD+16 1060 43153 95447 060939.1+161026061525.1+160835194.51-00.40 5.30 -0.14 -0.46 B7V +0.003-0.012 +022V 91 +2224 BD-04 1421 43157133003 4846 060940.0-043220061436.7-043406212.83-10.27 5.83 -0.17 -0.65 B5V -0.008+0.006 +020 6.0 1.7 +2225 CD-23 3577 43162171428 060937.3-235012061345.1-235143230.86-18.52 6.39 +0.72 G5 -0.069+0.118 +022V? +2226 CD-29 2883 43179171425 060941.3-292203061333.3-292346236.31-20.57 6.54 -0.10 B7V -0.025-0.013 +018V +2227 5Gam MonBD-06 1469 432321330122475I 4853 060958.6-061439061451.3-061629214.40-10.98 3.98 +1.32 +1.41 +0.64 K1.5IIIBa0.3 -0.008-0.019 +.013-005V? 9.0 51.4 * +2228 42 AurBD+46 1122 43244 40999 061007.4+462726061734.7+462527167.55 13.89 6.52 +0.27 +0.09 +0.14 F0V -0.043+0.019 -008V 195 * +2229 73 OriBD+12 1081 43247 95457 061007.9+123457061545.0+123304197.71-02.04 5.33 -0.02 -0.13 B9II-III -0.001+0.001 +013V 59 +2230 8 GemBD+24 1182 43261 78168 D 061012.4+240009061619.0+235812187.72 3.50 6.08 +0.90 +0.62 +0.49 G8III -0.015-0.009 -021 0.0 0.1 * +2231 BD+06 1172 43285113650 061018.6+060553061540.1+060358203.42-05.13 6.07 -0.13 -0.52 B6Ve -0.008-0.024 +026 290 +2232 BD+04 1181 433171136532478 061029.6+041856061547.0+041701205.02-05.94 6.64 -0.17 -0.65 B3IV -0.001-0.004 +013SB +2233 BD-00 1234 433181330282477 061029.1-002828061534.3-003044209.27-08.21 5.65 +0.50 0.00 F6V -0.158-0.219 +.036-037V =< 6 +2234 BD-04 1431 43319133027 4865 061033.6-045256061529.7-045455213.24-10.23 5.99 +0.09 +0.10 A5IV s +0.025-0.045 +031V? 95 4.2 4.1 +2235 BD+17 1191 43335 95473 I 061035.1+171253061623.8+171053193.71 0.30 6.39 +1.58 +1.79 K5II -0.002-0.014 +039V? 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* +2955 CD-38 3521 61642198229 073502.5-383308073832.6-384652252.47-08.28 6.19 +1.02 +0.77 G8III +0.030-0.028 +026 * +2956 CD-26 4722 61672174219 073521.0-263800073926.9-265147242.09-02.35 6.50 -0.10 -0.48 B7V -0.013+0.001 +033 +2957 CD-48 3091 61715218852 MY Pup 073528.5-482223073818.2-483604261.31-12.86 5.68 +0.65 +0.45 F4Iab +0.002+0.008 +011 19 * +2958 BD-07 2118 61749134969 073545.3-075713074035.5-081109225.90 7.04 6.01 +0.15 +0.11 A3IV +0.016-0.037 -007V +2959 BD-14 2082 61772153227 I 073548.8-150155074023.2-151549232.09 3.55 4.94 +1.56 +1.80 K3II -0.010-0.022 +.005+000V +2960 BD-19 2003 61774153225 6273 073549.4-192549074013.6-193939235.90 1.36 5.93 +1.16 +1.07 K0 +0.007+0.011 -003 5.2 8.3 * +2961 CD-38 3531 61831198253 073555.9-380441073927.4-381830252.14-07.90 4.84 -0.19 -0.66 -0.16 B2.5V -0.014+0.004 +026 138 * +2962 BD+34 1657 61859 60291 073614.7+341404074243.5+340001185.83 24.76 6.02R F7V -0.080-0.003 -011SB2O * +2963 CD-37 3767 61878198265 W 073611.7-375432073943.8-380822252.01-07.77 5.73 -0.12 -0.49 B5Vn -0.019+0.011D+.006+030 2.7 1.1 * +2964 CD-37 3768 61899198268 073616.1-380148073947.8-381539252.13-07.82 5.76 -0.07 -0.54 B2.5V -0.011+0.004 +023 * +2965 BD+13 1737 61885 97154 I 073615.4+134252074151.8+132850206.28 17.17 5.77 +1.67 +1.99 M2IIIab -0.039-0.020 +007 +2966 BD+03 1758 61887115813 3689 073619.8+035130074135.2+033729215.43 12.81 5.94 -0.04 -0.08 A0V +0.015-0.025 -024V 165 +2967 BD+14 1729 61913 971572597I NZ Gem 073624.9+142633074203.2+141230205.61 17.51 5.56 +1.64 +1.91 +1.42 M3II-III -0.004-0.012 +.006-016V? * +2968 CD-37 3770 61925198273 073623.8-372053073958.0-373446251.54-07.46 6.00 -0.04 -0.46 +0.01 B6IVe +0.001-0.010 +007SB * +2969 BD+50 1460 61931 264882599 073629.8+504014074404.2+502602167.94 28.72 5.27 0.00 0.00 A0IIIn -0.005-0.026 +.015+000SB 183 +2970 26Alp MonBD-09 2172 61935134986 293I 073628.1-091904074114.8-093304227.19 6.52 3.93 +1.02 +0.88 +0.52 K0III -0.073-0.019 +.024+011 < 17 * +2971 CP-52 1242 61966235391 W V390 Car 073635.5-530235073900.4-531624265.68-14.82 6.06 -0.11 -0.41 B9IV-Vp:Si: -0.009+0.008 +012 7.8 15. * +2972 CD-27 4393 61987174273 073640.1-274246074043.4-275645243.17-02.63 6.76 -0.16 -0.64 B3-5IV-V: +0.007-0.017 +036 +2973 75Sig GemBD+29 1590 62044 79638 I W Sig Gem 073703.7+290732074318.7+285301191.19 23.27 4.28 +1.12 +0.97 +0.58 K1III e+0.065-0.232 +.018+046SB1O 22 6.5 182.2 * +2974 CD-31 4910 62058198286 R Pup 073659.8-312541074052.7-313939246.43-04.43 6.56 +1.18 +0.85 +0.67 G20-Ia +0.014+0.012 +068 * +2975 51 CamBD+65 593 62066 143212602 073706.6+654141074640.1+652721150.76 30.20 5.92 +1.18 gK2 +0.027+0.018 -029 +2976 BD-21 2077 62082174298 I 073705.7-220612074123.6-222014238.36 0.27 6.18 +1.62 +1.95 +0.94E M1III +0.022-0.004 +032V +2977 49 CamBD+63 733 62140 14322 BC Cam 073724.3+630418074627.4+624950153.79 30.15 6.49 +0.26 +0.13 F0pSrEu -0.036-0.057 +002 * +2978 BD+22 1756 62141 79641 W A 073724.8+223807074322.2+222358197.75 21.02 6.21 +0.93 K0III -0.026+0.013 -003 +2979 CP-73 457 62153256428 W A 073724.6-740254073521.7-741632286.11-23.14 7.16H -0.02 -0.24 B9IV -0.007+0.009D+.010+013SB2 0.1 1.8 * +2980 CP-73 457 62154 W B 073724.6-740254073521.8-741632286.11-23.14 7.26H B9IV -0.007+0.009D+.010+010 0.1 1.8 * +2981 CD-38 3556 62226198298 073744.7-381759074115.8-383201252.51-07.69 5.42 -0.15 -0.56 B5V -0.017+0.013 +040SB2 100 * +2982 BD+00 2054 62264115839 6313 073757.4+002534074305.4+001122218.73 11.56 6.19 +1.02 +0.74 K0III +0.008-0.012 +008 0.2 0.1AB 3 +2983 76 GemBD+26 1633 62285 79650 I 3703 073800.9+260121074406.9+254703194.42 22.39 5.31 +1.54 +1.89 K4-5III -0.020-0.016 +.007+003V < 19: +2984 CD-44 3655 62318218905 073813.5-442350074121.8-443756257.96-10.57 6.41 0.00 -0.18 B7IV-V +0.010 0.000 +027V? 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B7V -0.017+0.002 +008 +2987 BD+13 1750 62407 97199 073838.9+130557074414.0+125134207.12 17.43 6.43 K0 -0.024-0.042 +027 +2988 CD-26 4824 62412174356 073840.4-260649074248.1-262104242.01-01.44 5.64 +0.99 +0.80 K1III -0.005-0.027 -018 +2989 BD+02 1761 62437115864 AZ CMi 073855.0+023839074407.4+022418216.84 12.81 6.47 +0.20 +0.14 F0III: -0.048-0.022 +015 * +2990 78Bet GemBD+28 1463 62509 79666 295I 6335 3712 073911.8+281604074518.9+280134192.23 23.41 1.14 +1.00 +0.85 +0.50 K0IIIb e-0.628-0.046 +.094+003V < 17 10.2 201.1AC 7* +2991 79 GemBD+20 1893 62510 79665 073917.1+203322074509.3+201859199.99 20.62 6.33R 0.00 0.00 A1V -0.014+0.008 -011 79 +2992 CD-25 4966 62555174395 W 073929.0-251554074339.1-253014241.37-00.85 6.55 +0.06 A3 +0.001-0.005 +023V? 7.5 5.3 +2993 1 PupCD-28 4767 62576174391 I 6324 3708 073930.1-281023074332.4-282440243.88-02.32 4.59 +1.63 +1.96 +0.97 K3Ib -0.014+0.025 +.018+033 8.9 26.2 +2994 CD-35 3809 62578198343 073932.3-354844074312.0-360301250.51-06.15 5.60 -0.13 -0.54 B5V -0.019+0.008 -001 +2995 CD-38 3583 62595198342 073936.4-383731074307.0-385151252.98-07.54 6.89 +1.02 +0.77 G6/8III +0.009-0.018 +000 +2996 3 PupCD-28 4774 626231744002601I 073947.6-284256074348.5-285717244.38-02.54 3.96 +0.18 -0.09 +0.22 A2Iabe +0.002+0.005 +025SBO 73 * +2997 BD+80 238 62613 1254 073945.7+803059075617.3+801556133.68 29.44 6.56 +0.73 +0.28 G8V -0.476+0.090 -008V +2998 CD-44 3675 62644218923 073951.4-445509074257.2-451024258.57-10.57 5.06 +0.78 +0.32 G6IV -0.066-0.558 +028SB +2999 BD+37 1769 62647 603281199I 3721 073958.9+374535074639.3+373103182.32 26.50 5.18 +1.58 +1.94 +0.90E M2IIIb +0.027+0.014 -035V +3000 CP-77 321 626892564312596 074006.1-772412073604.2-773803289.62-24.11 6.18 +1.73 +2.03 M0III +0.006+0.009 +007V? +3001 CD-37 3820 62712198352 074010.2-375745074342.9-381207252.45-07.11 6.40 -0.16 -0.48 B9VpSi -0.025+0.006 -006 * +3002 CD-40 3377 627132189322603 074017.6-404121074341.9-405602254.86-08.44 5.17 +1.10 +1.06 K1III +0.133-0.175 +.026+053 * +3003 81 GemBD+18 1733 62721 972211200I D 074020.0+184515074607.4+183036201.86 20.14 4.88 +1.45 +1.75 +0.83 K4III-IIIb -0.076-0.058 +.014+081SB < 17 0.0 0.1 * +3004 CD-24 5885 62747174433 Var? 074021.9-242601074434.0-244026240.75-00.26 5.62 -0.19 B1.5III -0.030+0.016 +015 * +3005 CD-49 3014 62756218928 074022.8-494512074306.9-495934262.95-12.79 6.57 +0.07 A2V -0.005-0.006 +003 +3006 CP-58 967 627582354302600 074020.2-582335074210.2-583751270.91-16.72 6.43 -0.10 B2.5V -0.001+0.003 +011SB +3007 CD-35 3825 62781198366 074030.3-354927074409.6-360346250.62-05.99 5.80 +0.31 +0.01 F2V -0.083+0.076 +029 +3008 11 CMiBD+11 1670 62832 972241201 3724 074045.9+110043074616.2+104606209.33 17.00 5.30 +0.01 -0.02 A1Vnn -0.029-0.024 +.022+028SB 249 +3009 2 PupBD-14 2193 62863153362 6348B PV Pup 074052.7-142636074528.7-144110232.19 4.91 6.89 A8V -0.016-0.018 +030SB2 0.8 16.8AB 3* +3010 2 PupBD-14 2194 62864153363 6348A 074053.1-142651074529.1-144127232.20 4.91 6.07 +0.11 A2V -0.014-0.026 +024 0.8 16.8AB 3* +3011 CD-37 3841 62893198379 074100.5-374207074434.2-375635252.31-06.84 5.88 -0.11 -0.36 B7V -0.018+0.004 +037 * +3012 CP-57 1305 62897235440 074100.2-575929074253.3-581348270.57-16.46 6.21 +1.05 +0.84 K0III -0.030+0.033 -022V +3013 80Pi GemBD+33 1585 62898 60340 296I 6364 3729 074103.5+333940074730.3+332456186.76 25.53 5.14 +1.60 +1.95 M1IIIa -0.018-0.029 +.012-012V? 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103 0.7 3.7 * +3165 Zet PupCD-39 3939 66811198752 306 080004.1-394317080335.1-400012255.98-04.71 2.25 -0.26 -1.11 -0.22 O5f e-0.027+0.012 -024V? 211 * +3166 CD-42 3832 66812219355 080009.1-423958080329.5-425655258.48-06.27 6.29 +1.01 +0.76 G8II -0.026-0.013 +014 * +3167 28 LynBD+43 1770 66824 421742627 080014.3+433251080709.9+431537176.84 31.52 6.26R -0.02 -0.13 A1V -0.010-0.034 +009SB2O 50 * +3168 14 PupBD-19 2228 66834153796 080015.0-192640080441.5-194341238.90 6.28 6.13 -0.16 -0.72 B3III +0.002+0.003 +014 +3169 9Mu 1CncBD+23 1887 66875 79940 I BL Cnc 080022.9+225516080618.4+223808199.58 26.05 5.99 +1.66 +1.91 +1.01E M3III -0.008-0.005 +026V * +3170 CD-32 4796 66888198764 I MZ Pup 080022.3-322330080416.2-324030249.83-00.69 5.31 +1.91 +1.95 M1Ib -0.003+0.004 +.024+036 * +3171 CP-72 654 66920256463 080029.9-725756075916.1-731441285.73-21.21 6.34 +0.14 +0.13 A3III +0.002-0.036 +024 +3172 BD-00 1903 66950135488 080043.2-001717080549.6-003425222.18 16.22 6.41 +1.05 +1.01 K0 -0.022-0.013 +034 +3173 27 LynBD+51 1391 67006 26687 307 6600 080056.2+514742080827.4+513024167.19 32.65 4.84 +0.05 0.00 0.00 A2V -0.059-0.004 -.009+011V 168 7.1 45.6AB 3 +3174 BD-08 2222 67159135505 6588 080138.4-085728080627.5-091442230.04 12.07 6.23 -0.07 -0.12 B9V +0.001-0.012 +028V? 1.7 30.8AB 4* +3175 BD+58 1102 67224 26701 I 080151.5+583228081003.8+581453159.17 33.04 5.93 +1.39 +1.50 gK4 -0.023-0.075 +034 +3176 10Mu 2CncBD+22 1862 67228 799592630I' 080152.8+215220080745.8+213454200.81 25.99 5.30 +0.63 +0.21 G1IVb +0.022-0.069 +.034-036 =< 10 +3177 CD-33 4525 67243198791 W 080153.2-331659080544.9-333409250.76-00.91 6.14 +1.11 +0.88 G1Ib -0.006+0.010 +033 2.4 22.1AB 3* +3178 CD-50 3138 672492357302626 080154.1-501818080442.4-503526265.19-10.06 5.95 +1.21 +1.03 G5II -0.001+0.001 +027 +3179 CD-46 3764 67341219400 080215.2-464132080520.4-465844262.12-08.10 6.19 -0.15 -0.67 B3Vnp +0.005-0.009 +024SB +3180 CP-52 1376 67364235735 080228.2-524917080504.0-530629267.42-11.30 5.53 +1.34 +1.60 K3-4III +0.034-0.006 +.020+018 +3181 BD+42 1819 67370 42199 080231.1+424325080923.1+422550177.88 31.79 6.27 +1.27 gK3 -0.008-0.072 +038V? +3182 BD+68 524 67447 144561215 080251.8+684607081248.8+682827147.01 32.53 5.32 +1.04 +0.81 +0.48 G7+II 0.000+0.008 +.021-009V < 19: * +3183 BD-20 2395 67456175206 W 080253.2-201555080718.0-203317239.93 6.36 5.38 +0.10 +0.16 +0.09 A5II -0.016-0.006 +.001+012 0 9.2 13.8 * +3184 12 CncBD+14 1831 67483 97594 080307.1+135555080842.4+133827208.98 23.18 6.27 +0.43 +0.01 F3V -0.001-0.017 -010V 40 +3185 15Rho PupCD-23 6828 67523175217 308I W Rho Pup 080317.1-240057080732.6-241815243.15 4.40 2.81 +0.43 +0.19 +0.21 F6IIpDel Del e-0.083+0.049 +.035+046SB 14 10.9 29.6 * +3186 CP-62 953 67536250101 W V375 Car 080317.5-623259080442.9-625010276.11-16.14 6.30 -0.10 B2.5Vn e-0.009+0.017 +000V? 292 1.3 87.1 * +3187 CD-44 4051 67582219422 3905 080327.7-445838080640.4-451559260.77-07.01 5.05 +1.50 +1.73 K3III 0.000 0.000 -.011+025 * +3188 29Zet MonBD-02 2450 67594135551 I 6617 080334.0-024133080835.6-025902224.72 15.66 4.34 +0.97 +0.69 +0.46 G2Ib -0.017-0.005 +.003+030 < 17: 4.9 66.0AC 4* +3189 BD-10 2400 67725153887 080412.1-110250080856.9-112023232.20 11.53 6.32 +0.01 -0.09 A0Vn -0.004-0.012 +020V? 160 +3190 BD-19 2262 67751175250 W 080418.2-200416080843.5-202147239.95 6.74 6.36 +0.16 A7IV -0.012 0.000 +028 6.6 20.2 +3191 14Psi CncBD+25 1865 67767 799952633 W 080425.8+254839081027.2+253026196.89 27.90 5.73 +0.81 +0.43 +0.28E G7V -0.075-0.348 +.029-043V 4.9 112.1AC 3* +3192 16 PupBD-18 2190 677971538902632 080433.7-185708080901.6-191442239.04 7.40 4.40 -0.15 -0.60 -0.14 B5IV -0.014-0.002 +019SB? 188 +3193 BD+39 2065 67827 606252635 080443.8+390143081121.6+384353182.23 31.50 6.58 +0.59 +0.09 G0 -0.111-0.075 +026 =< 10 +3194 BD-15 2280 67880153898 6632 080454.0-155719080928.5-161456236.53 9.08 5.68 -0.17 -0.74 B2.5V -0.017-0.007 +033V? 6.7 5.3 * +3195 CD-37 4288 678881988482631 PQ Pup 080457.7-372320080837.6-374053254.54-02.63 6.37 -0.04 -0.56 +0.01 B4V e-0.002+0.003 +030V? * +3196 CD-29 5620 67921198854 W 080505.2-300145080906.7-301921248.41 1.44 6.65 +1.40 +1.60 K5III +0.024-0.001 -025 4.2 1.1 +3197 BD+82 235 67934 13193952 080512.4+824427082432.9+822551130.95 29.89 6.32 +0.01 +0.01 A2Vn -0.022-0.025 -021V? 200 +3198 BD+15 1775 67959 97628 080521.8+145531081058.8+143746208.24 24.08 6.23 +0.02 +0.04 A1V -0.028-0.014 +024 =< 41 +3199 CD-35 4256 67977198859 080523.2-350942080910.2-352718252.72-01.34 6.20 +0.89 G8III +0.003+0.014 -014 +3200 BD+56 1278 68077 267322640 080552.0+564507081350.2+562708161.31 33.58 5.85 +1.01 +0.79 G9III -0.022-0.033 +007V? +3201 BD+10 1746 68099116444 080549.4+100704081116.6+094916213.03 22.16 6.07 -0.10 -0.42 B6III -0.009-0.021 +030V 70 * +3202 18 PupBD-13 2420 681461539242637 W 080601.7-133018081039.8-134757234.57 10.61 5.54 +0.49 0.00 F6V -0.251+0.061 +.047+038 6.7 93. * +3203 CD-48 3516 68161219493 080610.6-482324080909.6-484104263.92-08.45 5.70 -0.12 -0.42 B8Ib-II 0.000-0.004 +027V? +3204 CD-43 3998 682172195022634 Var? 080618.0-434940080935.9-440722260.07-05.96 5.21 -0.19 B2IV-V -0.007 0.000 +008 194 +3205 CD-42 3944 68242219507 W 080624.2-422044080947.7-423826258.84-05.13 6.26 -0.04 -0.32 B7V -0.004+0.010D+.017+012V? 1.1 5.6 * +3206 Gam1VelCD-46 3846 68243219501 W B 3930 080624.4-470302080929.3-472045262.81-07.70 4.27 -0.23 -0.92 -0.18 B1IV -0.004-0.005 +020SBO 119 2.3 41.2AB 5* +3207 Gam2VelCD-46 3847 68273219504 309 W A Gam2 Vel 080627.0-470230080932.0-472012262.80-07.69 1.78 -0.22 -0.99 -0.13 WC8+O9I v-0.004+0.006 +.017+035SB2O 2.3 41.2AB 5* +3208 16Zet1CncBD+18 1867 68257 97645 6650A 080628.6+175658081212.7+173852205.30 25.53 5.63 +0.54 +0.06 F8V +0.066-0.135 +.039-006 0 0.4 0.9AB 5* +3209 16Zet1CncBD+18 1867 68256 97645 6650B 080628.6+175658081212.7+173852205.30 25.53 6.02 +0.54 +0.06 F9V +0.066-0.135 +.039-006 0.4 0.9AB 5* +3210 16Zet2CncBD+18 1867 68255 97646 6650C 080629.0+175655081213.3+173852205.30 25.53 6.20 +0.60 +0.13 G5V +0.097-0.109 +.039-011V 1.2 5.9ABxC 5* +3211 19 PupBD-12 2385 68290153942 I 6647 080634.7-123749081116.3-125537233.89 11.19 4.72 +0.95 +0.74 +0.48 G9III-IIIb -0.025+0.012 +.031+036V < 17 3.0 71.0AE 5 +3212 BD-07 2378 68312135611 080641.0-072828081133.0-074621229.40 13.91 5.36 +0.89 +0.60 +0.45 G6III -0.041-0.021 +.012-011V < 19: +3213 CD-47 3653 68324219515 IS Vel 080640.7-473831080943.2-475615263.33-07.98 5.23 -0.21 -0.89 B1IVe +0.003+0.001 +005SB 188 * +3214 BD+14 1850 68332 97647 080646.5+141809081222.1+140014209.01 24.14 6.54 A7III -0.026-0.008 -009 71 +3215 15 CncBD+30 1664 68351 800162641 BM Cnc 080657.0+295723081308.9+293924192.58 29.71 5.64 -0.07 -0.12 B9pSiCr -0.009-0.018 +020SBO 27 * +3216 BD+76 310 68375 6487 310 080659.2+760344081932.2+754525138.47 31.61 5.54 +0.90 G8III +0.030+0.016 +007V +3217 CP-63 896 68423250127 080706.4-633023080824.5-634804277.20-16.24 6.28 -0.06 B6Ve -0.017+0.002 +030V? * +3218 CP-55 1467 684342357842638 080713.8-554726080933.6-560508270.38-12.26 5.66 +0.21 A3m -0.007+0.034 +025 +3219 CD-36 4291 68450198898 W 080719.9-365942081101.6-371732254.47-02.02 6.44 -0.01 -0.87 O9.5II -0.012+0.003 +039 97 7.0 18.0AC 3* +3220 CP-60 1074 684562501312636 080721.1-605955080900.7-611809274.97-14.95 4.76 +0.43 -0.03 +0.25 F5V -0.158-0.297 +.055+025 0 +3221 BD+60 1119 68457 14479 6680 080724.8+604058081550.5+602250156.59 33.69 6.45 +0.20 +0.11 A7Vm -0.013+0.007 -016 4.1 48.6AC 4* +3222 BD+16 1662 68461 97653 D 080718.7+164851081259.8+163051206.54 25.27 6.01 +0.89 G8III -0.009-0.019 -020SB * +3223 Eps VolCP-68 736 68520250128 W 080736.4-681924080755.8-683702281.62-18.56 4.35 -0.11 -0.46 -0.09 B6IV -0.026+0.025 +010SBO 38 3.6 6.0 * +3224 BD+23 1913 68543 80024 080746.2+232619081341.7+230816199.70 27.82 6.56 +0.11 +0.12 A4IVn -0.036-0.010 -002 +3225 CD-39 4084 68553198908 NS Pup 080747.1-391913081121.5-393707256.45-03.24 4.45 +1.62 +1.86 +0.90 K3Ib 0.000-0.004 -.006+016SB * +3226 CD-42 3979 68601219569 W 080803.1-424119081125.9-425914259.29-05.06 4.75 +0.18 +0.08 +0.22 A5Ib +0.004+0.004 +.004+019 0 4.8 25.7 +3227 CD-48 3576 68657219565 080810.3-480948081111.1-482743263.91-08.05 5.82 -0.15 -0.63 B3V +0.015-0.004 +015 +3228 BD+18 1882 68703 97669 6673 080827.7+175839081411.1+174033205.47 25.98 6.47 +0.30 +0.14 +0.13 A0VnDel Del -0.005+0.011 -003 67 3.0 63.0AC 3 +3229 20 PupBD-15 2324 68752153993 311I 080844.1-152912081320.0-154718236.63 10.11 4.99 +1.07 +0.78 +0.38E G5II -0.013-0.004 +.030+017V? +3230 CD-29 5738 68758175390 080843.1-293639081246.0-295439248.50 2.33 6.52 +0.06 +0.07 A1V -0.024+0.031 +028V? +3231 BD+13 1868 68776 97671 W 080847.4+132104081421.0+130254210.19 24.19 6.38 G8III -0.021-0.018 +025SB 5.6 22.8 +3232 CD-46 3902 68808219587 AH Vel 080851.2-462040081200.0-463839262.44-06.96 5.76 +0.59 +0.39 F7Ib-II -0.001+0.008 +026SB? * +3233 CD-37 4394 68862198942 080911.3-373723081251.5-375528255.20-02.07 6.43 +0.10 +0.08 A3V -0.011-0.002 +027 * +3234 CD-45 3892 68895219602 W 080920.4-455748081230.9-461551262.17-06.68 6.03 -0.11 -0.57 B5V +0.008+0.012 +013 0.8 0.4 +3235 29 LynBD+60 1124 68930 267562645 080932.0+595240081750.4+593416157.54 33.99 5.64 +0.16 +0.13 A7IV -0.006+0.003 -015V 96 +3236 BD+72 409 68951 6504 I 6724 080939.3+724303082040.3+722426142.29 32.46 5.98 +1.54 +1.46 M0III +0.004-0.025 +012 3.7 42.9AB 3* +3237 CD-35 4349 68980198957 MX Pup 080942.9-353550081329.6-355359253.58-00.84 4.78 -0.11 -0.98 -0.08 B1.5IIIe v+0.002-0.002 +035SB2 156 * +3238 CD-33 4705 69002198960 W 080947.4-331601081341.1-333409251.66 0.48 6.37 +1.14 K2III +0.033+0.019 +026 6.7 6.3 +3239 CD-31 5742 690801989722644 W 081013.7-315014081411.0-320827250.52 1.35 6.06 -0.16 -0.74 B1.5V -0.002+0.006 -049SB2 208 7.0 29.6 +3240 CD-35 4358 69081198969 W OS Pup 081012.9-360109081358.4-361921253.98-01.00 5.08 -0.19 -0.86 B1.5IV +0.010-0.002 +018 213 0.9 66.9 * +3241 CD-35 4360 69082198970 081013.3-360215081358.8-362028254.00-01.01 6.11 -0.18 -0.71 B2IV-V +0.010-0.008 +014SB2 * +3242 CD-35 4365 69123198979 081025.7-351112081413.2-352926253.32-00.49 5.78 +1.02 +0.87 K1III -0.055+0.008 +027 +3243 CD-39 4128 69142219635 W 081029.8-400232081402.9-402053257.35-03.21 4.44 +1.17 +1.09 +0.64 K1II-III +0.047-0.068 +.010+014SB1O 5.1 51.1 * +3244 CD-46 3929 69144219629 W Var 081028.4-464118081336.2-465931262.88-06.92 5.13 -0.14 -0.63 B2.5IV +0.003-0.004 +025SB 57 3.9 35. * +3245 BD+62 991 69148 14500 Var 081035.1+624858081917.3+623026154.00 33.93 5.71 +0.89 G8III -0.013+0.007 -002SB * +3246 BD+54 1215 69149 26760 I 081033.8+542710081815.8+540837164.09 34.22 6.27 +1.54 +1.90 K5 -0.024-0.038 +025 +3247 CD-49 3430 69194235819 3957 081040.4-495333081334.1-501146265.60-08.65 5.51 +1.61 +2.00 +0.47 M1III +0.009-0.004 +.007-007 * +3248 BD+12 1803 69243 97694 I R Cnc 081103.0+120201081633.9+114335211.75 24.14 7.13 +1.56 +0.40 +2.98 M7IIIe +0.012-0.010 +.021+032V? * +3249 17Bet CncBD+09 1917 69267116569 312I 6704 3973 081105.5+092938081630.9+091108214.25 23.05 3.52 +1.48 +1.77 +0.78 K4IIIBa0.5 -0.044-0.049 +.012+022V? < 17 9.4 29.2 * +3250 CD-45 3914 69302219657 W 081111.1-453147081423.9-455004261.98-06.17 5.83 -0.20 -0.79 B2IV-V -0.004+0.008 +020 1.5 0.4AB 3 +3251 CD-30 5946 69445199010 W 081151.9-303706081552.5-305533249.71 2.33 6.21 +0.78 +0.35 G5-8III+G: -0.047-0.005D+.009+006V 1.9 2.2AB 3 +3252 BD+09 1921 69478116585 081206.7+091032081731.7+085158214.68 23.13 6.29 +0.98 +0.75 G8III -0.012-0.013 +029 +3253 CD-35 4401 69511199015 081211.7-353545081558.9-355410253.86-00.43 6.16 +1.55 +1.70 K2III +0.005+0.015 +030 +3254 30 LynBD+58 1112 69548 26784 081221.6+580318082026.1+574436159.73 34.43 5.89 +0.39 -0.10 F4V +0.061+0.014 -015V +3255 BD-20 2467 69589175497 081230.0-210044081654.2-211913241.80 7.83 6.60 +0.02 A0 -0.016+0.026 +010 +3256 CD-50 3227 69596235838 081230.3-500830081523.3-502658265.98-08.55 6.44 +1.49 +1.87 K3-4III -0.012-0.020 +010 +3257 21 PupBD-15 2362 69665154076 3986 081248.0-155831081723.1-161706237.58 10.66 6.16 +0.01 +0.08 A2V -0.020-0.008 +000 +3258 BD+54 1217 69682 26788 081251.8+535323082029.1+533428164.78 34.55 6.49 +0.28? F0IV -0.065-0.092 +011 34 +3259 BD-12 2449 69830154093 081339.1-121736081823.9-123755234.55 12.83 5.98 +0.76 +0.33 +0.38 G7.5V +0.267-0.979 +.082+030V +3260 CP-62 985 69863250164 W 081345.0-623625081515.9-625457276.80-15.13 5.16 +0.09 +0.10 A2V -0.023-0.022 +.031+004 199: 2.6 3.9 * +3261 CD-29 5897 69879175543 081354.2-294133081758.3-300012249.20 3.22 6.45 +1.04 K0III +0.041+0.014 -012 +3262 18Chi CncBD+27 1589 69897 801041217 081359.4+273230082003.9+271304195.78 30.47 5.14 +0.47 -0.06 F6V -0.018-0.378 +.061+033 0 +3263 BD+61 1043 69976 14522 081419.9+605652082244.1+603752156.20 34.52 6.41R +0.97? K0III +0.008-0.002 +.015-006 +3264 BD+21 1817 69994 801122646 081431.0+210348082021.0+204452202.85 28.45 5.83 +1.13 +1.06 K1III +0.060-0.047 -017V +3265 BD-09 2471 699971541051218 HQ Hya 081427.5-095113081915.1-100957232.52 14.30 6.32 +0.33 +0.17 F3IIIpDel Del -0.041+0.038 +032 * +3266 CD-35 4452 70002199061 081428.3-350822081817.4-352706253.75 0.21 5.58 +1.24 K2III +0.018+0.002 -009 +3267 CD-36 4443 70003199059 W 081429.5-370346081812.6-372227255.33-00.88 6.70 +0.23 -0.03 A0IV+G: -0.022+0.019D+.009+017SB2 0.8 1.9 * +3268 19Lam CncBD+24 1909 70011 80113 081435.4+242014082032.1+240120199.33 29.59 5.98R -0.03 -0.12 B9.5V -0.023-0.021 +023SB 82 +3269 BD+04 1954 70013116630 W 081434.4+041545081949.9+035652219.71 21.43 6.05 +0.97 +0.64 G8III +0.034-0.030 -047 0.0 0.2 +3270 CD-36 4449 70060199070 313 081448.7-362057081833.3-363934254.78-00.42 4.45 +0.22 +0.11 +0.13 A7III -0.106+0.097 +.057+005 129 +3271 BD-00 1966 70110135783 081506.8-003532082013.1-005434224.31 19.20 6.18 +0.60 +0.15 F9V +0.056-0.094 +010V? =< 10 +3272 BD-04 2303 70148135787 081519.5-050048082017.1-051945228.35 17.02 6.13 +1.33 +1.52 K2III +0.024-0.027 -037 +3273 CD-34 4627 70235199084 081537.8-341633081929.4-343525253.18 0.90 6.43 -0.08 -0.37 B9pHgMn -0.018 0.000 +012 * +3274 CP-58 1095 70267235872 W 081552.9-585110081755.8-591001273.67-12.91 6.42 +0.39 0.00 F5V -0.044-0.032 -002 3.3 43.8AB 3 +3275 31 LynBD+43 1815 70272 42319 314I 4030 081559.4+433032082250.1+431117177.39 34.34 4.25 +1.55 +1.90 +0.88 K4.5III-IIIb e-0.021-0.096 +.023+024 < 19: * +3276 BD-22 2233 70302175634 W 081606.3-223632082027.4-225529243.61 7.63 6.13 +1.04 K0 -0.011+0.001 +026V 7.0 6.7 +3277 BD+53 1246 70313 268192649 081614.2+533231082348.5+531311165.21 35.05 5.51 +0.11 +0.08 A3V -0.026-0.095 +.030+021 +3278 BD-01 2017 70340135804 6762 081615.7-011703082120.2-013608225.10 19.11 6.50 +0.02 -0.02 A2Vpn:EuSrCr:Si -0.017-0.041D+.009+029 0.7 0.5 * +3279 BD-19 2369 704421541502647 081653.6-194539082121.2-200445241.33 9.38 5.58 +0.77 +0.50 +0.45 G2III+A3 -0.001-0.013 -008SB =< 50 * +3280 CP-65 907 70514250186 081712.5-651756081818.9-653648279.39-16.22 5.07 +1.15 +1.19 +0.58 K1III +0.027+0.020 +.013+000 +3281 BD-17 2464 70523154159 081722.3-171602082154.6-173511239.29 10.87 5.75 +1.05 +0.98 K1III -0.096-0.014 +069 * +3282 CD-32 5185 705551991181219I 081726.7-324410082123.0-330316252.13 2.10 4.83 +1.45 +1.60 +0.75 K2.5II-III -0.008+0.004 +.030+033 +3283 CD-36 4513 70556199119 W 081734.3-360958082121.0-362904254.95 0.14 5.20 -0.19 -0.82 B2IV-V -0.005-0.003 +016SB 71 6.8 6.8 * +3284 20 CncBD+18 1930 70569 977811220 081738.3+183912082321.8+181956205.70 28.25 5.95 +0.17 +0.13 A9V -0.054-0.028 +.011+036 +3285 BD-05 2512 705741358322650 081734.7-055135082230.2-061045229.41 17.06 6.15 +0.22 +0.13 A8IV -0.062+0.003 +018 125 +3286 CD-39 4245 706121991232648 081747.0-391808082124.2-393715257.54-01.64 6.16 +0.17 A3V +0.011+0.002 -012V? +3287 BD+42 1859 70647 42342 I W 081756.6+421937082442.8+420018178.86 34.54 6.02 +1.59 +1.94 K5III +0.015+0.007 +027 2.5 79.2 +3288 BD-07 2452 70652135840 I 081800.9-071323082254.0-073236230.69 16.44 5.96 +1.67 +1.85 M1III -0.023+0.002 +050 +3289 22 PupBD-12 2490 70673154177 4046 081804.8-124400082246.8-130317235.52 13.50 6.11 +1.00 +0.89 gG7 -0.051-0.043 -017 +3290 21 CncBD+11 1830 70734 97788 I 6787 081827.0+105716082355.2+103755213.68 25.32 6.08 +1.49 +1.54 M2III +0.004-0.023 +003 3.3 1.0 +3291 CD-25 5988 70761175709 6782 081836.3-260139082249.9-262053246.77 6.16 5.90 +0.37 +0.27? F3Ib -0.007+0.008 -.009+065 0.1 0.1AB 3* +3292 BD+35 1819 70771 607942652 081840.9+352005082504.9+350041187.20 33.45 6.06 +1.27 K0 -0.012-0.012 +033 +3293 CP-57 1490 70839235917 Var? 081858.6-573914082112.0-575823272.87-11.91 5.97 -0.09 -0.80 B1.5III -0.007+0.009 +020V 178 * +3294 CD-48 3734 70930219848 W Var? 081927.0-481009082231.6-482925264.98-06.50 4.82 -0.15 -0.84 -0.13 B1V -0.013+0.008 +027V 169 1.0 0.8 +3295 BD-04 2328 70937135882 081937.6-042331082436.4-044301228.37 18.25 6.01 +0.46 +0.04 F2V +0.022-0.051 -035SB +3296 CD-37 4638 70946199166 4056 081935.1-375749082317.2-381709256.65-00.57 6.32 +1.63 +1.86 M1III +0.028-0.003 -009 * +3297 1 HyaBD-03 2333 70958135877 081935.9-032537082435.0-034504227.50 18.74 5.61 +0.46 -0.06 F3V -0.210-0.024 +.057+072SBO 35 * +3298 CP-63 940 70982250202 081944.0-634706082107.7-640622278.20-15.19 6.12 +0.93 G6-8III -0.004-0.025 -003 +3299 25 CncBD+17 1842 71030 97806 082010.2+172233082549.9+170246207.30 28.32 6.14 +0.41 -0.03 F6V -0.192-0.151 +.035+038 +3300 CD-51 2980 71043235933 082007.3-514807082255.2-520726268.05-08.49 5.85 +0.01 A0V -0.010+0.008 +003 +3301 Kap1VolCP-71 677 71046256497 W A 082006.5-711147081949.0-713054284.83-19.05 5.37 -0.06 -0.31 B9III-IV -0.013+0.030 +036SB2 50 0.3 65.0AB 3* +3302 Kap2VolCP-71 678 71066256499 W B Var? 082017.7-711112082000.7-713019284.82-19.03 5.65 -0.10 -0.31 A0IVMn -0.008+0.044 -006 0.3 65.0AB 3* +3303 BD+67 545 71088 145682662 082020.3+673735082946.2+671751148.07 34.30 5.88 +0.97 G8III -0.066+0.010 -003 +3304 22Phi1CncBD+28 1602 71093 801812656I W 082022.8+281323082627.7+275337195.50 32.02 5.57 +1.40 +1.68 K5III -0.033-0.114 +024V 4.3 130.6 +3305 BD+02 1965 710951167472654I 082024.0+022540082535.5+020608222.19 21.83 5.73 +1.53 +1.86 K5III -0.020-0.006 +012V? +3306 BD+08 2053 711151167522655 6805 082032.9+075326082554.8+073352216.96 24.43 5.13 +0.94 +0.64 -0.06 G7II-IIIFe-1 -0.034-0.012 +.016+015V < 19: 5.2 30.4 +3307 Eps CarCP-59 1032 71129235932 315 4058 082027.7-591115082230.8-593035274.29-12.60 1.86 +1.28 +0.19 +0.89 K3III+B2:V -0.026+0.014 +002 * +3308 BD-22 2262 71141175777 082034.1-224947082455.1-230913244.38 8.36 5.68 +0.06 A2 -0.041+0.042 +026V? +3309 BD+46 1398 71148 423692660 082038.4+455925082736.8+453911174.49 35.42 6.32 +0.62 +0.12 G5V -0.017-0.350 +.046-034V =< 10 * +3310 23Phi2CncBD+27 1612 71150 80187 6815B 4078 082044.1+271540082646.8+265604196.61 31.82 6.32H +0.18 +0.09 A6V -0.014+0.002D+.010-025V? 126 0.1 5.2 * +3311 23Phi2CncBD+27 1612 71151 80188 6815A 4078 082044.4+271544082647.0+265607196.61 31.82 6.30H +0.18 +0.09 A3V -0.016-0.003D+.010-029V? 135 0.1 5.2 * +3312 24 CncBD+25 1920 71152 80184 6811A 4076 082042.9+245147082639.8+243203199.28 31.08 7.02 +0.32 +0.07 F0III -0.041-0.080D+.021+015 0.6 5.7AB 3* +3313 24 CncBD+25 1920 71153 80185 6811B 4076 082043.2+245151082640.1+243207199.28 31.08 7.81 +0.52 -0.04 F7V -0.045-0.085D+.021+019 0.6 5.7AB 3* +3314 BD-03 2339 71155135896 316 082039.8-033448082539.6-035423227.78 18.89 3.90 -0.02 -0.02 -0.05 A0V -0.066-0.023 +.026+010V 125 +3315 CD-23 7277 711761757831221I 6800A 082044.6-234318082503.7-240246245.15 7.88 5.28 +1.48 +1.83 K5III+K1III -0.028+0.026 +.031+026SB 3.5 41.0 * +3316 BD-20 2522 71196175792 082053.3-204319082519.1-210245242.67 9.62 6.01 +0.40 F3V -0.019+0.061 -002 +3317 BD-16 2442 71231154240 082105.7-170648082539.4-172622239.67 11.69 6.44 K0 -0.007-0.005 -013V +3318 Alp ChaCP-76 507 71243256496 082106.7-763613081831.6-765511289.86-21.68 4.07 +0.39 -0.02 +0.23 F5III +0.110+0.108 +.053-014 36 +3319 27 CncBD+13 1912 71250 978192658I BP Cnc 082112.1+125905082643.9+123916211.95 26.79 5.50 +1.60 +1.92 +1.41 M3III -0.020-0.104 +.030-007V * +3320 BD-14 2517 712671542442657 082116.8-143615082555.6-145547237.56 13.13 5.98 +0.17 +0.13 +0.06 A5m -0.010+0.040 +009 30 +3321 2 HyaBD-03 2345 71297135916 W LM Hya 082127.4-033931082627.2-035915227.96 19.02 5.59 +0.22 +0.09 A5III-IV -0.053-0.061 +.028+027 22 3.8 72.8 * +3322 CD-42 4219 71302219890 W 082129.6-422639082457.2-424610260.50-02.89 5.98 -0.17 -0.69 B3V -0.011+0.019 +023 0.4 0.4 +3323 1Omi UMaBD+61 1054 71369 14573 317I 6830 4093 082157.5+610309083015.9+604305155.97 35.43 3.36 +0.84 +0.52 +0.42 G5III -0.133-0.107 +.009+020 17 7.1 143.0AC 4* +3324 BD-12 2524 71377154257 I 4085 082158.9-121221082641.9-123204235.59 14.59 5.54 +1.19 +1.14 K2III v-0.091-0.018 +061V * +3325 BD-05 2530 71433135931 082221.9-060447082717.2-062435230.26 17.96 6.59 +0.51 +0.06 F4III -0.040-0.030 +007V 12 * +3326 CD-41 4119 71459219910 082221.9-414933082551.9-420912260.10-02.40 5.47 -0.15 -0.63 B3V -0.009+0.003 +028 24 * +3327 CD-38 4462 71487199222 W A NO Pup 082237.5-384351082617.6-390334257.62-00.54 6.53 -0.09 -0.36 B9V -0.017-0.008D+.005+028 0.6 8.0AxBC 3* +3328 CD-38 4462 71488199224 W B 082238.0-384356082618.2-390337257.62-00.54 7.25 +0.08 +0.06 A2V: -0.011+0.006D+.005+019V? 0.6 8.0AxBC 3* +3329 28 CncBD+24 1931 71496 80204 CX Cnc 082241.0+242837082836.8+240841199.88 31.38 6.10 +0.24 +0.15 F0Vn -0.031-0.058 +009SB 130 * +3330 CD-51 3004 71510235962 W 082238.4-512401082531.0-514341267.94-07.93 5.17 -0.16 B2Ve -0.041-0.012 +018 158 4.2 25.7 * +3331 CD-28 6048 71523175851 082243.4-285313082650.8-291255249.65 5.25 6.73 -0.05 B9.5V -0.005+0.017 +037V +3332 BD+69 472 71553 14582 082300.2+693920083253.4+691912145.61 34.14 6.31 +1.35 K0 +0.030-0.027 -030 +3333 29 CncBD+14 1899 71555 978431222 D 082302.5+143231082837.3+141239210.56 27.83 5.95 +0.19 +0.14 A5V -0.014-0.011 +002SB 120 0.5 0.2 O 3* +3334 Eta VolCP-72 694 715762565052653 W 082258.5-730435082204.4-732400286.66-19.82 5.29 +0.01 -0.01 A0-1IV-V -0.034+0.031 +.010+020 6.3 42.4AC 3 +3335 BD-20 2538 71581175870 W VV Pyx 082306.5-203049082733.3-205038242.80 10.16 6.56 +0.04 A2V +0.010-0.008 +001SB2 1.1 0.3 * +3336 CD-31 6079 71622199246 082315.2-312034082716.4-314023251.71 3.91 6.33 +0.90 G8III -0.016-0.011 -001SB2 * +3337 BD-02 2581 71663135958 6828 LO Hya 082326.3-021108082829.2-023102226.88 20.20 6.39 +0.33 +0.08 A5m -0.005-0.016D+.015-014SBO 0.1 0.4AB 5* +3338 BD-08 2374 71665135956 082328.7-082903082819.7-084858232.55 16.91 6.43 +1.20 +1.23 K0 -0.001-0.040 +011V +3339 CD-25 6109 71688175883 082338.9-254806082753.5-260757247.24 7.22 6.62 +0.11 A2IV-V -0.055-0.002 +026V? +3340 The ChaCP-77 383 71701256503 318 W 082338.7-770943082038.5-772904290.46-21.84 4.35 +1.16 +1.20 +0.57 K2IIICN0.5 -0.134+0.042 +.036+022 7.7 31. +3341 CP-52 1474 717222359762661 082339.4-522841082625.2-524827268.92-08.43 6.05 +0.06 A0V -0.037-0.003 +030 +3342 BD-09 2532 71766135965 082401.8-092459082850.9-094454233.45 16.53 6.00 +0.42 +0.20 F2III -0.012+0.008 +003 +3343 CD-34 4842 71801199260 W 4092 082407.2-344657082759.3-350650254.60 2.03 5.75 -0.15 -0.70 B3V -0.023+0.002 +025SB 158 0.0 0.1AP 3* +3344 BD-22 2286 71815175902 082414.2-224420082835.9-230418244.80 9.10 6.51 +0.05 +0.08 A2 -0.043-0.022 +054 +3345 BD-20 2549 71833175912 W 082426.8-203703082853.3-205701243.07 10.36 6.67 -0.06 -0.41 B8III -0.012-0.008 +007 5.8 18.9 * +3346 CP-64 878 71863250226 082429.6-641617082551.6-643603278.92-15.01 5.97 +0.96 +0.73 G8-K0III -0.012+0.007 +019V +3347 Bet VolCP-65 933 71878250228 319 4088 082439.0-654810082544.2-660813280.26-15.84 3.77 +1.13 +1.14 +0.56 K1III -0.036-0.155 +.042+027 +3348 BD+37 1870 71906 60866 082451.0+373604083119.9+371557184.80 35.11 6.18 -0.03 -0.15 A0V -0.016+0.001 +016V 56 +3349 CP-54 1647 71919236001 W 082452.7-544048082727.4-550042270.85-09.55 6.53 -0.02 A0V -0.018-0.010 +020 0.0 0.2 +3350 CP-52 1484 71935236002 GU Vel 082452.0-524527082736.5-530519269.26-08.44 5.09 +0.25 +0.14 A9-F0III-IV -0.068+0.013 +.021+025 122 * +3351 BD+53 1259 71952 26896 082503.3+532713083233.5+530653165.30 36.36 6.24 +1.01 +0.83 +0.51 K0IV +0.013-0.077 +044V * +3352 BD+75 342 71973 6592 6872 4133 082510.4+750354083648.7+744325139.27 32.95 6.31 A2m -0.017-0.023 -006SBO 20 3.5 1.8 * +3353 CD-26 6103 71997175939 4104 082515.1-265954082927.6-271957248.44 6.81 6.70 -0.13 -0.55 B4V 0.000-0.008 +006V +3354 2 UMaBD+65 638 72037 14590 082539.1+652910083436.2+650842150.52 35.21 5.47 +0.18 +0.10 +0.04 A2m -0.049-0.063 +.017-016 17 +3355 30Ups1CncBD+24 1940 72041 802292666 082535.7+242507083130.5+240452200.19 31.98 5.75 +0.28 +0.05 F0IIIn -0.082-0.044 +019V 97 +3356 CD-43 4337 720672199822665 W 4106 082543.5-434936082907.6-440938262.08-03.08 5.79 -0.16 -0.75 -0.15 B2Vn t-0.003+0.004 +003V? 0.1 0.2 * +3357 31The CncBD+18 1963 72094 978812667I W 4117 082553.6+182557083135.7+180540206.77 29.98 5.35 +1.56 +1.93 K5III -0.061-0.058 +045V? 0.0 0.3 O 3* +3358 CD-47 4004 72108219985 W 082555.2-473542082904.7-475545265.14-05.28 5.33 -0.14 -0.79 B2IV -0.011-0.001 +029SB 66 0.0 0.2AP 4* +3359 CD-44 4462 72127219996 W 082605.3-442325082927.6-444330262.57-03.36 4.99 -0.16 -0.79 -0.17 B2IV +0.004-0.003D+.000+022SB 163 1.7 4.6 * +3360 BD+38 1920 72184 60890 320 082625.0+382134083255.0+380059183.95 35.54 5.90 +1.11 +1.17 K2III -0.103-0.169 +.011+015V * +3361 BD+10 1816 72208116863 082628.5+100907083154.6+094852215.44 26.74 6.83 -0.07 -0.17 B9p:Hg: +0.003-0.007 +008SB +3362 CD-31 6165 72227199308 I R 4113 082627.9-314924083028.6-320934252.51 4.18 5.65 +1.49 +1.78 K2III -0.016-0.005 +019 0.0 0.1 * +3363 CD-45 4183 72232220007 082629.6-455948082945.6-461955263.91-04.26 5.99 -0.15 B5III -0.029+0.002 +012 +3364 CD-36 4715 72268199310 4115 082641.4-362306083029.6-364316256.21 1.50 6.69 +1.95 +2.09 M2Iab -0.019+0.012 +025V * +3365 32 LynBD+36 1836 72291 60896 082656.9+364632083321.8+362611185.89 35.37 6.24 +0.36 -0.08 F5Vb vw -0.143+0.001 +.032+000V 20: +3366 33Eta CncBD+20 2109 72292 80243 321I 082655.5+204652083242.5+202628204.33 31.06 5.33 +1.25 +1.39 +0.61 K3III -0.047-0.043 +.013+024 +3367 BD-19 2438 72310154359 6862 082701.3-191422083130.9-193439242.27 11.65 5.42 -0.06 A0V -0.033-0.007 +.003+012V? 61 0.6 0.2 * +3368 CP-54 1667 72322236032 W 082701.5-545117082936.3-551128271.17-09.40 6.36 +0.80 G0V -0.015-0.015 -012V 5.9 2.4 +3369 32Ups2CncBD+24 1946 72324 80245 082705.4+242530083300.1+240505200.31 32.31 6.36 +1.02 +0.88 +0.50 G9III -0.068-0.047 +.027+075 * +3370 CP-69 919 72337250235 082702.6-694540082716.9-700536283.86-17.80 5.53 -0.03 -0.04 A0V -0.008+0.048 +013V? +3371 CD-44 4477 72350220025 W 082716.7-442401083039.2-444414262.71-03.19 6.30 -0.02 -0.49 -0.06 B4IV -0.013+0.011 +024V? 4.5 3.2 * +3372 34 CncBD+10 1818 72359 97902 082713.3+102418083239.9+100358215.27 27.02 6.46 -0.02 -0.04 A1V +0.003-0.005 -011SB 20 +3373 CD-38 4566 72436199329 W 082743.0-384334083124.6-390351258.20 0.26 6.31 -0.15 -0.56 B4V -0.017+0.004 +011SB 1.8 3.8AB 3 +3374 BD-14 2564 72462154373 W 082754.4-144129083233.3-150146238.56 14.41 6.38 +0.27 +0.09 F0Vn -0.050+0.052 +023V 2.1 0.3 +3375 CD-47 4048 72485220039 082800.1-473143083110.8-475200265.30-04.96 6.39 -0.15 -0.65 B2.5V +0.001+0.002 +011 +3376 BD+13 1940 72505 97913 D 082812.6+133558083345.1+131526212.12 28.59 6.28 +1.17 +1.23 K0III -0.029-0.045 +028 0.0 0.1 +3377 33 LynBD+36 1840 72524 60907 082818.4+364546083443.8+362510185.96 35.64 5.78 +0.04 +0.02 A2Vnn -0.031-0.044 +025 +3378 BD+05 1997 72561116890 082827.1+050554083343.5+044524220.68 24.88 5.87 +1.07 +0.87 G5III -0.005-0.013 +001V? +3379 BD+74 370 72582 6605 322 082835.7+735846083942.6+733747140.44 33.48 6.15 +1.02 G7III -0.015-0.099 +.015+016V +3380 BD+08 2077 72617116894 W 082850.0+084741083413.3+082707217.09 26.66 6.03 +0.33 +0.04 F3IV -0.003-0.031 +011 67 7.6 31.2 +3381 CD-24 7089 72626176061 6871 082845.5-241555083304.8-243623246.67 9.05 6.19 +0.27 A8IV -0.007-0.016 +.016-008V? 0.2 0.5AB 3* +3382 CP-53 1729 72650236055 082849.0-540312083129.6-542339270.67-08.72 6.34 +1.31 +1.40 K3III +0.020-0.047 -007 +3383 BD-01 2074 726601360442669 082858.1-014837083401.6-020906227.29 21.58 5.81 0.00 0.00 A1V -0.032+0.020 +004 =< 41 +3384 CD-31 6229 72673199352 082857.2-311052083251.5-313003252.29 4.98 6.38 +0.79 +0.34 +0.28E K0V -1.110+0.765 +.086+016V +3385 CD-34 4959 72688199353 VX Pyx 082903.8-341735083258.6-343802254.82 3.14 6.36 +0.95 K0V -0.010+0.004 +006V * +3386 CP-52 1517 72737236062 W 082918.3-525219083204.8-531244269.75-07.97 5.69 +0.58 K0III+A3 -0.021+0.007 +019 1.0 0.8 * +3387 35 CncBD+20 2118 72779 97928 082934.5+195603083519.4+193524205.51 31.34 6.58 +0.68 +0.25 +0.37 G0III -0.036-0.010 +036V 91 * +3388 CD-37 4850 72787199363 Var? 082935.6-380145083319.9-382216257.87 0.98 6.49 -0.18 -0.65 B2.5V 0.000-0.007 +010 * +3389 CD-38 4610 72832199370 4137 082955.6-383024083338.3-385056258.29 0.74 5.96 -0.14 B5III -0.034+0.006 +028 * +3390 CD-46 4300 72900220103 083015.1-463741083330.4-465816264.81-04.11 6.24 +1.56 K3III +0.011-0.009 +023 +3391 3Pi 1UMaBD+65 643 72905 14609 083019.1+652200083911.7+650115150.55 35.70 5.64 +0.62 +0.07 +0.33 G1.5Vb -0.024+0.088 +.073-012V? 4 * +3392 BD+03 2014 72908116920 083012.3+030516083524.9+024437222.85 24.30 6.33 +1.02 +0.87 G9III -0.006+0.007 -004 +3393 CP-80 258 729222584962664 083015.6-803511082419.8-805451293.85-23.26 5.69 +1.02 +0.74 G8III -0.149+0.216 +027V? +3394 BD+15 1851 72943 97950 083031.2+153935083607.7+151849210.22 29.94 6.32 F0IV +0.008-0.024 +004 65 +3395 BD+07 1997 72945116929 6886A 083032.0+065808083551.0+063712219.12 26.20 5.99 +0.52 +0.04 F8V -0.128-0.143 +.052+025SBO 1.2 10.3AB 5* +3396 BD+07 1997 72946116931 6886B 083032.3+065818083551.3+063721219.12 26.21 7.25 +0.71 +0.27 G5V -0.128-0.143 +.052+027V 1.2 10.3AB 5* +3397 CD-32 5465 72954199388 W 083031.5-321504083431.7-323555253.37 4.61 6.43 +0.75 +0.23? G5IV-V -0.044-0.133 +008 0.0 0.2 * +3398 3 HyaBD-07 2540 729681360762672 HV Hya 083035.4-073817083528.2-075856232.80 18.85 5.72 -0.03 -0.01 A1pSrCrEu v-0.020+0.013 +024SB? 16 * +3399 CD-37 4873 72993199389 W 4143 083042.4-371603083429.3-373641257.39 1.61 6.30 +1.56 +1.74 K5III -0.007+0.001 +023 2.3 1.9 * +3400 BD+53 1268 73017 26935 083054.3+534459083822.2+532405164.89 37.21 5.66 +0.96 G8IV -0.078-0.017 -043V +3401 BD+60 1148 73029 14612 083101.8+601721083910.2+595622156.74 36.63 6.48 A2Vn -0.019-0.033 -014 +3402 CD-26 6225 73072176131 083114.2-262955083528.8-265037248.82 8.18 5.96 +0.37 A1V+G-KIII -0.022+0.014 +009SB2 +3403 4Pi 2UMaBD+64 698 73108 146162677I 083128.5+644038084012.8+641940151.36 35.96 4.60 +1.17 +1.16 +0.63 K1+IIIb -0.060+0.023 +.016+015 < 17 * +3404 CD-39 4519 73121199402 083131.9-393734083512.6-395812259.37 0.31 6.47 +0.58 G1V +0.087+0.053 +034 +3405 BD+53 1269 73131 26940 083134.2+531630083900.0+525530165.48 37.34 6.42R K0 -0.022-0.032 +039 +3406 36 CncBD+10 1837 731431169532675 083140.5+100011083705.8+093920216.22 27.83 5.88 +0.09 +0.10 A3V -0.029-0.003 +017 +3407 CD-49 3646 731552201382674 083140.3-493559083443.6-495639267.33-05.71 5.01 +1.33 +1.38 +0.68 K1-2II -0.012+0.016 +.009+004 +3408 BD+53 1272 73171 26946 323 083153.1+530343083917.6+524242165.75 37.39 5.91 +1.17 +1.05 gK1 -0.029-0.028 +027V? * +3409 BD+33 1728 73192 60939 083204.2+330904083819.0+324807190.51 35.69 5.94 +1.12 gK2 -0.024-0.010 +004 +3410 4Del HyaBD+06 2001 732621169651223 W 083221.7+060309083739.4+054213220.26 26.18 4.16 0.00 +0.01 +0.01 A1Vnn -0.066-0.007 +.033+011SB 249 6.2 243.7 +3411 BD-04 2401 73281136103 083228.5-043508083727.1-045601230.32 20.88 6.19 +1.05 +0.89 K0 -0.006+0.021 +018 +3412 37 CncBD+10 1840 73316116975 083240.2+095527083805.2+093429216.42 28.01 6.53 -0.02 -0.04 A1V -0.039-0.007 +028 50 +3413 CD-50 3417 73340236110 HV Vel 083252.8-503721083552.1-505812268.27-06.18 5.80 -0.13 -0.54 B8Si v-0.004-0.004 +023V? * +3414 CP-57 1591 73389236106 083257.9-573947083519.6-580033273.97-10.38 4.86 +1.00 +0.81 +0.49 K0III +0.042+0.022 +.017+024 +3415 CP-57 1590 73390236105 083256.1-575241083515.4-581330274.14-10.52 5.26 -0.14 -0.61 -0.16 B3V+B3Vn -0.032+0.006 +021V 140 * +3416 BD-06 2669 73451136117 083324.8-061844083820.3-063945232.02 20.16 6.51 +0.44 +0.17 A1V+G 0.000-0.005 +030V +3417 CP-72 713 73468256524 083323.0-730050083242.2-732124287.03-19.14 6.12 +0.95 +0.66 G8III -0.038+0.082 -027 +3418 5Sig HyaBD+03 2026 734711169881224I 083331.8+034133083845.4+032029222.71 25.31 4.44 +1.21 +1.28 +0.56 K1+III -0.018-0.018 +.035+025V < 17 * +3419 CD-33 5257 73476199436 W 083331.5-332342083729.7-334445254.66 4.42 6.48 +0.33 F0IV-V -0.021-0.046 +012V? 5.3 22.4AB 4 +3420 Eta PyxCD-25 6356 734951761892676 W 083335.8-255417083752.2-261518248.66 8.96 5.27 -0.04 A0V -0.020-0.006 +.038+031 203 7.8 16.0 +3421 CD-39 4574 73524199438 083342.5-394756083719.9-400851259.76 0.53 6.55 +0.60 +0.14 G4IV-V -0.308+0.033 +.059-002 +3422 34 LynBD+46 1422 73593 424901225I 083406.5+461105084101.1+455002174.42 37.76 5.37 +0.99 +0.75 G8IV +0.025+0.092 +.015-037 +3423 BD+32 1776 73596 60970 083406.3+321744084018.3+315631191.65 35.92 6.10R F5III -0.035-0.028 +013SB +3424 BD+08 2099 73599116997 083402.5+082213083924.6+080102218.16 27.62 6.45 +1.08 +0.99 K1III -0.025-0.037 +017 +3425 BD-19 2489 736031544922678I 6903 083409.7-192308083840.3-194413243.40 12.93 6.33 +1.59 +1.83 K5III +0.014+0.006D+.005+000 3.0 4.3 +3426 CD-42 4451 73634220204 324 083407.6-423821083738.7-425921262.05-01.14 4.14 +0.11 +0.16 +0.16 A6II -0.006+0.008 +.018+019 0 +3427 39 CncBD+20 2158 73665 80333 W 4179 083421.3+202139084006.4+200028205.51 32.54 6.39 +0.98 +0.83 +0.47 G8III -0.036-0.015 +035V 0 0.0 149.8AB 5* +3428 BD+20 2166 73710 98021 6921 083437.7+200125084022.1+194012205.89 32.48 6.44 +1.02 +0.90 +0.49 G9III -0.035-0.017 +036SB < 45 1.3 63.2AC 4* +3429 41Eps CncBD+20 2171 73731 98024 W 083442.9+195355084027.0+193242206.06 32.45 6.30 +0.17 +0.16 +0.06 A8Vn -0.039-0.006 +030SB2 82 1.1 134.9 * +3430 BD-22 2345 73752176226 6914 083445.2-221918083908.0-223943245.90 11.31 5.05 +0.73 +0.36 G6IV -0.235+0.436 +.063+043SB 1.3 0.8AB 3* +3431 6 HyaBD-11 2420 73840154515 325I 083517.2-120718084001.5-122831237.40 17.34 4.98 +1.42 +1.62 +0.75 K4III -0.081-0.002 +.023-011V? < 19: * +3432 CP-62 1058 738872502882679 W 083532.3-623006083718.8-625113278.15-12.99 5.47 +1.02 +0.83 K0III -0.008-0.025 +.020+021V? 5.6 7.6 +3433 Zet PyxCD-29 6544 738981762532680I 6923 4186 083533.4-291218083942.5-293340251.59 7.31 4.89 +0.90 G4III -0.020-0.089 +.021-032 4.2 52.4 +3434 CD-36 4872 73900199473 W 083532.4-361518083922.1-363625257.18 3.00 6.13 +0.42 F1IV -0.171+0.040D+.024+009SB 1.5 0.9 * +3435 CP-52 1565 73952236142 W 083554.4-524417083844.9-530526270.25-07.09 6.47 -0.10 -0.35 B8Vn -0.009+0.013 +011V 184 7.5 22.2 * +3436 BD+47 1606 73971 42508 083602.9+471534084300.2+465404173.08 38.13 6.22 +0.96 G8III -0.039-0.045 -007 +3437 BD-08 2452 739971361762682 083610.5-084148084101.6-090307234.54 19.43 6.63 -0.02 +0.02 A1Vn -0.033+0.002 +010 112 +3438 Bet PyxCD-34 5128 740061994902681 W 083611.2-345712084006.2-351830256.24 3.90 3.97 +0.94 +0.65 +0.48 G7Ib-II +0.012-0.022 +.018-013SB 8.5 12.6 +3439 CD-39 4653 74067220252 W 4193 083638.9-395432084019.3-401551260.19 0.91 5.20 -0.01 -0.14 B9V -0.044-0.004 +021 0 3.7 4.4 * +3440 CP-53 1796 74071236151 HW Vel 083634.9-530510083923.8-532623270.59-07.22 5.48 -0.16 -0.55 B5V -0.029+0.019 +015V? 128 * +3441 9 HyaBD-15 2554 741371545522684I 6937 083704.9-153502084143.3-155636240.63 15.71 4.88 +1.06 +0.92 +0.53 G9.5III +0.001-0.098 +.032-002V < 19: 6.8 31.0 * +3442 CP-52 1579 74146236157 W 4194 083705.5-524200083957.6-530318270.33-06.92 5.19 -0.14 -0.57 B4IV -0.022+0.012 +014SB 56 4.4 16.6 * +3443 CP-59 1075 74148250291 W 083705.8-595748083913.2-601902276.18-11.33 6.36 0.00 A0V -0.032+0.026D+.013+009 0.6 1.2 +3444 CD-44 4679 74167220261 4198 083710.7-445007084035.3-451129264.12-02.06 5.71 +1.65 +2.00 M0III +0.013-0.003 +013 +3445 CD-46 4438 741802202651226 W 4199 083718.4-461734084037.6-463856265.28-02.95 3.84 +0.71 +0.30 +0.60 F3Ia 0.000+0.003 +.031+025V 38 6.9 37.5 * +3446 BD-11 2432 74190154558 083724.0-113629084209.8-115758237.26 18.06 6.45 +0.16 +0.13 A5m -0.031-0.022 +002 +3447 CP-52 1583 741952361641227 o Vel 083725.6-523400084017.6-525519270.25-06.80 3.62 -0.18 -0.64 -0.18 B3IV -0.022+0.019 +016SB 40 * +3448 CP-52 1584 74196236165 4197 083726.0-523937084017.4-530055270.33-06.86 5.61 -0.14 -0.50 B7Vn -0.029+0.030 +015SB 130 * +3449 43Gam CncBD+21 1895 74198 803781228 W 083729.9+214942084317.1+212807204.17 33.73 4.66 +0.02 +0.01 0.00 A1IV -0.106-0.039 +.016+029SB 79 4.0 106.3AB 5* +3450 45 CncBD+13 1972 74228 980692686 083741.7+130223084312.3+124051213.80 30.46 5.64 +0.39 +0.25 A3V+G0III -0.012+0.002 -013SBO 30 0.0 0.1 * +3451 BD+37 1899 74243 61018 083745.8+371649084410.1+365505185.71 37.59 6.33R F7V -0.034-0.094 +004 20 +3452 CD-46 4448 74272220284 083756.3-465736084113.1-471901265.87-03.27 4.77 +0.12 +0.12 +0.19 A5II -0.012+0.007 -.000+017SB 0 +3453 CD-48 4020 74273220282 083754.9-483357084105.3-485521267.13-04.27 5.90 -0.21 -0.90 B1.5V -0.005+0.007 +018 181 * +3454 7Eta HyaBD+03 2039 742801170502687 Eta Hya 083759.8+034528084313.5+032355223.25 26.32 4.30 -0.20 -0.74 -0.19 B3V -0.019-0.001 +017SB? 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35 * +3501 CD-41 4516 75387220495 084432.4-420538084808.8-422750262.83 0.70 6.43 -0.20 -0.77 B2IV-V -0.003-0.009 +030 * +3502 Eta ChaCP-78 372 75416256543 331 084443.7-783601084119.5-785748292.40-21.65 5.47 -0.10 -0.35 B8V -0.031+0.026 +014V 301 +3503 CP-52 1675 75466236284 084504.1-522851084800.2-525102270.91-05.84 6.30 -0.10 -0.32 B8V -0.026+0.007 +012 204 * +3504 BD+19 2110 75469 98162 084503.6+191219085045.1+184956207.88 34.48 6.16R -0.01 0.00 A2V s -0.015-0.020 +019 +3505 5 UMaBD+62 1027 75486 146912701 084508.3+622011085322.6+615744153.83 37.93 5.73 +0.28 +0.11 F2III -0.010+0.020 -031V? 101 +3506 BD+59 1198 75487 27026 084512.2+592551085305.9+590322157.46 38.52 6.25R F5IV-V +0.014+0.003 +009 30 +3507 BD-20 2693 75495176535 084515.4-204030084944.9-210255246.06 14.25 6.47 +0.23 A7Vn +0.006-0.064 -017 +3508 35 LynBD+44 1794 75506 425762700I 084514.2+440556085156.8+434336177.19 39.64 5.15 +0.98 +0.68 +0.50 K0III -0.015+0.048 +.018+015 < 17 +3509 BD+45 1649 75523 42580 084523.8+454115085211.6+451845175.13 39.71 5.99 +1.26 +1.33 K0III -0.026-0.037 +012 +3510 54 CncBD+15 1917 75528 981682699 D 084527.3+154318085101.5+152102211.81 33.26 6.38 +0.64 G1V -0.112+0.075 +045 =< 10 1.4 0.1 * +3511 BD+42 1935 75556 42581 084533.2+422243085210.0+420009179.43 39.62 5.99 +1.25 K0III -0.039-0.071 +057 +3512 CD-32 5770 756051996782696 4268 084547.7-322425084951.5-324650255.49 7.05 5.21 +0.87 G5III +0.002-0.049 +.028-008V * +3513 CD-28 6600 75629176546 084550.7-290526085002.2-292747252.90 9.15 5.87 +0.95 G8III -0.014+0.007 -010 +3514 CD-39 4838 75630220531 084555.7-395652084939.2-401914261.34 2.27 5.48 +0.06 +0.13 A2/3IV -0.008-0.014 +.036+017 +3515 M 67 * +3516 CD-28 6610 75649176554 084608.1-281440085021.6-283705252.27 9.73 6.17 -0.08 -0.19 B9V -0.021-0.022 +025 +3517 CD-38 4925 756541996822697 HZ Vel 084605.8-384612084952.4-390830260.46 3.05 6.39 +0.23 A5III -0.058+0.038 +009 * +3518 Gam PyxCD-27 5986 75691176559 332I 084617.2-272020085031.9-274236251.57 10.33 4.01 +1.27 +1.40 +0.67 K3-III -0.130+0.087 +.033+025 +3519 51Sig1CncBD+33 1770 75698 61102 7057 084624.0+325056085234.6+322827191.64 38.57 5.66 +0.22 +0.07 +0.08 A8Vma s -0.003+0.016 -014SB 65 4.4 79.0AC 4* +3520 CD-44 4861 757102205402698 084620.1-445608084947.7-451829265.22-00.86 4.93 +0.05 +0.15 A2III -0.010+0.010 +.012+005SB 77 +3521 53 CncBD+28 1659 75716 80476 I W BO Cnc 084627.8+283805085228.6+281533196.87 37.66 6.23 +1.62 M3III -0.017-0.004 +.001+011V 3.5 43.1 * +3522 55Rho1CncBD+28 1660 75732 80478 084638.5+284246085235.8+281951196.79 37.71 5.95 +0.87 +0.63 +0.40 G8V -0.484-0.234 +.074+027V 7.0 85.0 * +3523 15 HyaBD-06 2743 75737136345 7050 4282 084639.5-064809085134.5-071038234.39 22.64 5.54 +0.15 +0.14 A4m -0.044+0.001D+.011+037SB2 25 1.8 0.9AB 4* +3524 CP-78 378 75747256549 RS Cha 084637.7-784214084312.4-790411292.55-21.63 6.05 +0.23 +0.08 A5V+A7V -0.029+0.040 +026SBO * +3525 CD-41 4560 75759220552 084642.6-414259085021.0-420524262.80 1.25 6.00 -0.10 -0.95 B1-2III -0.011-0.007 +023SB2O 39 * +3526 BD+05 2074 75811117214 7061 084707.3+054259085224.2+052024222.55 29.26 6.33 +0.12 +0.14 A5V -0.004-0.015 -010V 43 3.2 0.8 +3527 CD-46 4661 75821220561 W 084709.8-460918085033.5-463145266.25-01.54 5.10 -0.21 -0.99 -0.16 B0III -0.001-0.002 +007SB 74 4.1 3.2 * +3528 BD+36 1883 75896 611172704 084737.9+355459085355.7+353218187.81 39.34 6.14 +0.04 +0.11 A4III -0.024-0.017 +025SB? 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* +3883 CP-56 2499 84809237314 4623 094228.3-564328094540.5-571108279.78-02.92 6.46 -0.11 -0.58 B8III-IV -0.031+0.017 +011V? * +3884 CP-61 1333 848102506831254 l Car 094230.0-620248094514.8-623028283.20-07.00 3.69 +1.22 +0.85 +0.68 G5Iab-Ib v-0.014+0.007 +.027+003V * +3885 BD+66 637 84812 15000 094233.3+660332095023.7+653536146.34 42.38 6.31 +0.28 +0.12 A9Vn -0.052-0.029 -007 176 +3886 CD-44 5846 84816221484 Var? 094236.3-441733094630.4-444518271.85 6.67 5.55 -0.18 -0.72 -0.15 B2.5IV -0.008+0.002 -004SB 114 * +3887 CP-58 1640 84850237321 094251.5-582001094555.4-584739280.84-04.12 6.22 +0.46 F5IV -0.123+0.059 +006 +3888 29Ups UMaBD+59 1268 84999 27401 368I 7534 Ups UMa 094352.9+593033095059.4+590219154.31 45.58 3.80 +0.29 +0.10 +0.16 F2IV -0.293-0.151 +.041+027V? 110 8.6 11.3 * +3889 20 LeoBD+21 2113 85040 810352785 W DG Leo 094414.3+213844094950.1+211046210.95 48.37 6.09 +0.25 +0.18 A7IVn -0.043-0.012 +026SB2O 139 0.3 0.3 * +3890 Ups CarCP-64 1084 85123250695 W A 094436.1-643629094706.1-650419285.04-08.82 3.01 +0.28 +0.18 A6Ib -0.012+0.011 +.027+014 0 3.0 5.0 * +3891 Ups CarCP-64 1084 85124250696 W B 094436.7-643632094706.7-650421285.04-08.82 6.26 +0.08 -0.54 B7III -0.011+0.023 +.027+014 3.0 5.0 * +3892 CD-36 5955 85206200777 094516.4-364315094928.1-371111267.30 12.79 5.97 +1.24 K1III -0.084+0.023 +012 +3893 4 SexBD+05 2240 85217117937 094517.8+044843095030.1+042037232.58 41.26 6.24 +0.48 -0.02 F7Vn -0.147-0.055 +017SBO * +3894 30Phi UMaBD+54 1331 85235 27408 7545 094518.2+543154095206.4+540352160.87 47.70 4.59 +0.03 +0.08 0.00 A3IV -0.004+0.021 +.032-012 30 0.2 0.3 * +3895 CP-55 2548 85250237370 094522.7-555647094840.0-562443279.60-02.06 6.06 +0.94 +0.67 K0III -0.056+0.014 +007 * +3896 23 LeoBD+13 2164 85268 98809 I 094537.3+133202095102.0+130358222.18 45.65 6.46 +1.58 +1.92 M0III +0.028-0.008 -009V? 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7.1 8.4AB 3* +4310 63Chi LeoBD+08 2455 96097118648 418 W 5079 105951.5+075236110501.0+072010246.14 57.94 4.63 +0.33 +0.08 +0.17 F2III-IV v-0.341-0.047 +.029+005V 25 4.3 276.4AC 4 +4311 CD-47 6466 961132225382884 110001.2-470826110431.2-474045284.94 11.42 5.67 +0.24 A8III-IV -0.110+0.027 -016 202 +4312 Eta OctCP-83 386 961242586001664 110001.3-840321105913.8-843538300.19-22.33 6.19 +0.11 +0.12 A1V -0.068-0.005 -003 +4313 CD-35 6954 961462020672885 110010.7-351555110454.2-354817279.80 22.24 5.43 +0.03 A2V -0.017+0.004 +011 +4314 Chi1HyaCD-26 8338 96202179514 419 W 110030.7-264514110519.9-271737275.69 29.91 4.94 +0.36 +0.04 F3IV -0.188-0.004 +.043+017V? 186 0.1 0.2 * +4315 BD-10 3190 962201564481286 110032.8-103249110534.0-110520265.52 43.96 6.09 +0.30 F0Vn +0.013-0.079 -020 +4316 CD-48 6157 96224222548 110035.2-485111110504.2-492333285.73 9.89 6.13 -0.02 -0.06 B9.5V -0.023+0.004 +004 +4317 Chi2HyaCD-26 8342 96314179522 Chi2 Hya 110106.5-264451110557.6-271716275.82 29.97 5.71 -0.06 -0.26 A0IV +0.034-0.014 +030SBO 193 * +4318 CD-50 5686 96407238763 110138.3-504014110605.8-511245286.62 8.29 6.30 +0.95 +0.59 G8III +0.005-0.065 +053 +4319 65 LeoBD+02 2387 964361186681287 8060 5090 110148.1+022954110654.2+015720253.65 54.50 5.52 +0.97 +0.66 G9IIICN-1 -0.383-0.086 +.035+055 3.8 2.2 * +4320 CD-28 8657 96441179542 110149.2-281111110638.7-284340276.73 28.76 6.77 +0.04 A1V -0.057-0.032 +018 +4321 CD-50 5693 96484238775 110200.0-502459110627.4-505724286.57 8.55 6.32 +1.16 +1.22? K2III -0.067+0.006 +009 +4322 64 LeoBD+24 2318 96528 81681 110218.5+235152110739.7+231925216.37 66.27 6.46 +0.16 +0.12 +0.09 A5m -0.014+0.008 -002SBO * +4323 CP-58 3112 96544238779 W 5091 110214.3-580804110629.3-584031289.64 1.46 6.02 +1.24 K2II-III -0.015 0.000 +003 5.9 12. AB 3* +4324 CD-31 8776 96557202100 110221.8-320242110708.4-323514278.74 25.34 6.59 +0.34 +0.03 F1III -0.081-0.052 -002 +4325 CP-61 2067 96566251269 110226.3-615301110632.4-622527291.12-01.98 4.61 +1.03 +0.81 +0.45 G8III -0.043+0.013 +.055-002 +4326 CP-64 1630 96568251267 110225.1-641757110624.2-645023292.06-04.21 6.41 +0.12 +0.13 A3V -0.050+0.008 -006V? +4327 CD-41 6343 96616222581 W V815 Cen 110239.0-420556110716.6-423819283.28 16.22 5.15 +0.03 ApSrCrEu -0.096+0.043 -.001+002 56 2.5 1.4 * +4328 CD-29 8875 96700179558 110309.0-293747110754.4-301029277.74 27.59 6.54 +0.60 +0.08 G2V -0.513-0.138 +.049+013 +4329 CP-70 1305 967062568001288 W Var 110313.2-702013110649.9-705241294.51-09.74 5.57 -0.05 -0.63 B2V -0.027 0.000 +007 62 8.2 15. * +4330 BD+68 632 96707 15414 Var? 110319.4+674509110939.9+671237137.06 47.03 6.06 +0.22 +0.13 F0pSr v-0.083-0.025 +005 45 * +4331 CD-29 8877 96723179568 110326.2-292551110815.8-295822277.71 27.80 6.49 +0.03 +0.05 A1V +0.008-0.020 -013V? +4332 67 LeoBD+25 2344 96738 816922889 8071 110327.2+251159110849.1+243930213.26 66.83 5.68 +0.06 +0.12 A3IV +0.003+0.004 -006V 6.6 4.8 +4333 BD+37 2162 96813 624272892I CO UMa 110349.1+365106110919.1+361834183.56 66.52 5.74 +1.51 +1.50 +1.32E M3.5IIIab -0.046-0.024 +022 * +4334 CD-27 7886 96819179577 5101 110353.5-273218110843.9-280450276.87 29.54 5.44 +0.07 +0.06 A1V -0.080-0.016 +.011+016V? 227 +4335 52Psi UMaBD+45 1897 96833 43629 420I 110402.6+450228110939.8+442955165.80 63.23 3.01 +1.14 +1.11 +0.57 K1III -0.065-0.028 -004V? < 19: +4336 BD+43 2083 96834 43627 I 5107 110402.6+434459110938.5+431227168.30 63.89 5.89 +1.57 +1.90 +0.97E M2III -0.064-0.011 +018 * +4337 CP-58 3189 969182388131289I V382 Car 110419.0-582600110835.4-585830290.01 1.29 3.91 +1.23 +0.94 +0.58 G40-Ia v-0.007 0.000 -.001+007SB 23 * +4338 CP-61 2075 969192512862891 V371 Car 110424.1-612420110834.0-615650291.15-01.45 5.13 +0.22 -0.44 B9Ia t-0.006+0.002 +.009-022 0 * +4339 CD-31 8816 97023202149 5111 110504.9-314928110953.4-322203279.22 25.79 5.81 +0.04 A2V +0.023-0.029 -000 +4340 BD+69 602 97138 15431 5119 110548.0+684853111211.0+681619135.92 46.27 6.40 A3V +0.032+0.010 -018 +4341 BD+15 2301 97244 99492 110629.1+145637111143.7+142401236.63 63.53 6.30 +0.21 +0.08 A5V -0.066-0.009 +006 82 +4342 CP-57 4387 97271238839 110635.5-575445111054.7-582719290.09 1.89 6.88 -0.08 -0.44 B7III -0.036+0.003 +017 +4343 11Bet CrtBD-22 3095 97277179624 421 110644.3-221647111139.5-224933274.78 34.53 4.48 +0.03 +0.06 +0.02 A2III +0.003-0.100 +.051+006SB 58 +4344 BD+55 1446 97302 27952 110655.4+552616111244.5+545339149.04 56.94 6.63 A4V +0.001-0.002 -006V +4345 BD+36 2162 97334 62451 W 110705.8+362143111232.2+354849184.33 67.28 6.41 +0.61 +0.10 G0V -0.271-0.170 -003V =< 6 1.6 138.7AB 4 +4346 CD-31 8847 973932021971290I 5129 110725.5-315326111214.8-322602279.75 25.93 6.38 +1.70 +1.85 +0.98E M1III +0.019+0.011 +027 +4347 Psi CrtBD-17 3321 97411156528 8086 110732.7-175720111230.4-183000272.49 38.45 6.13 -0.01 -0.01 A0V -0.019-0.030 +014 51 0.4 0.2 * +4348 BD-20 3374 97428179638 110738.7-211221111234.6-214457274.41 35.59 6.40 +1.38 K0 -0.011+0.012 -024V? +4349 CP-70 1336 97472256808 110747.9-705334111129.5-712611295.08-10.10 6.35 +1.37 +1.54 K2-3III -0.020+0.003 +026 +4350 CD-48 6263 974952226391291 110759.6-483329111233.1-490604286.76 10.64 5.36 +0.18 A3IV-V -0.096+0.033 -010SB 128 +4351 BD+41 2170 97501 43649 8093 110807.8+413757111340.2+410519171.83 65.55 6.33 +1.15 +1.12 K2III -0.004+0.013 +012V 4.8 3.1 * +4352 CP-59 3190 97534251316 W 5137 110818.5-594625111236.0-601903290.99 0.24 4.60 +0.55 +0.05 +0.38 A6Iae -0.007+0.004 +.005-008 34 6.8 21.7 * +4353 CD-49 5937 97550222643 110823.0-491132111256.9-494411287.06 10.08 6.11 +1.06 G8II-III -0.008-0.009 +007 +4354 CD-43 6872 975762226472894 110834.8-434941111314.7-442220285.02 15.06 5.80 +1.66 +2.08 K5-M0III -0.001 0.000 +001V? +4355 CP-63 1860 975832513202893 W 110836.8-633733111245.2-641011292.44-03.33 5.23 -0.06 -0.25 B8V -0.050+0.007 +021 206 6.7 19.1 * +4356 69 LeoBD+00 2761 97585118731 110838.4+002829111345.6-000411258.13 54.08 5.42 -0.03 -0.05 A0V -0.043-0.002 +.018+005V? 177 +4357 68Del LeoBD+21 2298 97603 81727 422I W 5143 110847.4+210418111406.5+203125224.22 66.83 2.56 +0.12 +0.12 +0.03 A4V +0.142-0.130 +.048-020V 181 6.0 191.4AB 3* +4358 BD+08 2476 976051187352895 W 110850.0+083629111401.8+080338247.99 60.08 5.79 +1.12 +1.13 +0.38E K3III +0.048-0.110 +017V? 6.0 21.5 * +4359 70The LeoBD+16 2234 97633 99512 423 5144 110859.6+155834111414.4+152546235.37 64.59 3.34 -0.01 +0.06 -0.03 A2V -0.061-0.079 +.026+008V 20 * +4360 CP-52 4350 97651238878 110909.5-524118111339.3-531354288.48 6.87 5.76 +1.32 +1.42 K2III -0.025+0.038 +047 +4361 CP-58 3315 97670238877 Var 110911.0-590430111330.8-593710290.83 0.93 5.74 -0.10 -0.71 B1.5V -0.009-0.006 +018 62 * +4362 72 LeoBD+23 2322 97778 817362897I 5147 110953.1+233826111512.2+230544218.10 67.88 4.63 +1.66 +1.85 +1.31 M3IIb e-0.024-0.006 +.010+016 * +4363 BD+53 1480 97855 27970 8108A 111018.8+531900111604.0+524623151.12 58.82 6.50 +0.43 -0.12 F6V+F9V +0.162+0.057 +.052-041V? =< 6 1.7 12.7 * +4364 CD-43 6899 97866222671 111012.9-431120111454.0-434403285.05 15.76 6.21 +1.61 +1.93 K4III -0.025-0.016 +009 +4365 73 LeoBD+14 2367 97907 99525 I S 111038.0+135111111551.9+131827239.93 63.74 5.32 +1.20 +1.09 K3III -0.007-0.008 +018SB 19: * +4366 BD+13 2379 97937 99527 111044.3+132330111557.8+125041240.81 63.49 6.67 +0.27 +0.07 A9Vp -0.034-0.055 -020SB 109 * +4367 BD+50 1807 97989 43675 424 111103.8+500120111641.9+492835155.72 61.19 5.88 +1.08 gK0 -0.083-0.009 +000V? +4368 74Phi LeoBD-02 3315 980581381021292 W 111134.6-030618111639.7-033906262.66 51.65 4.47 +0.21 +0.14 +0.11 A7IVn -0.108-0.036 +.019-003V? 225 4.7 96.9 * +4369 BD-06 3344 980881381062900 8115 SV Crt 111154.0-063521111658.2-070805265.81 48.81 6.14 +0.20 +0.15 A8IVpeSrCrSi -0.006+0.009D+.004-008SB2O 25 3.8 57.2AC 3* +4370 CD-45 6837 98096222687 W 111148.8-452010111627.7-455248286.15 13.87 6.31 +0.40 -0.03 F3V -0.136+0.066D+.016-002 0.3 2.4 * +4371 75 LeoBD+02 2409 981181187642902I 111208.6+023338111717.4+020038257.02 56.25 5.18 +1.52 +1.84 +0.94 M0III-IIIb +0.056-0.140 +.010-059V? +4372 CD-37 7146 98161202283 111225.5-372807111711.8-380052283.19 21.22 6.27 +0.10 A3Vn -0.088+0.010 -003 +4373 CD-34 7345 98221202289 111249.6-341128111739.2-344414281.91 24.28 6.45 +0.40 -0.03 F4V -0.006+0.002 -009 +4374 53Xi UMaBD+32 2132 98230 62484 I: 8119B 5165 111250.9+320531111810.9+313145195.08 69.25 4.87H G0V -0.432-0.586 +.137-016SB1O 3 0.5 3.1AB 4* +4375 53Xi UMaBD+32 2132 98231 62484 I 8119A 5165 111250.9+320531111811.0+313145195.08 69.25 4.41H +0.59 +0.04 +0.34 G0V -0.430-0.586 +.137-016SB1O 1 0.5 3.1AB 4* +4376 CD-35 7111 98233202291 111255.3-355920111743.0-363204282.68 22.62 6.68 +0.98 G8-K0III -0.077+0.026 +003V +4377 54Nu UMaBD+33 2098 98262 62486 425I 8123 111304.7+333824111828.7+330539190.73 69.08 3.48 +1.40 +1.55 +0.70 K3-IIIBa0.3 -0.026+0.028 +.020-009SB < 19: 6.0 7.2 * +4378 BD+12 2319 98280 99544 111308.0+123156111821.0+115905243.13 63.44 6.66 +0.07 +0.05 A2V +0.004-0.036 -035 +4379 CP-67 1703 982922513412903 W 5163 111314.2-671637111719.0-674925294.21-06.56 6.06 +1.76 +1.93 M2III +0.013-0.007 +026V 7.5 34.7 * +4380 55 UMaBD+38 2225 98353 624911293 111340.9+384403111907.9+381108177.34 67.74 4.78 +0.12 +0.03 +0.03 A1Vp: -0.057-0.068 +.025-003SB2O 47 * +4381 76 LeoBD+02 2411 98366118778 111347.0+021155111855.0+013902257.99 56.23 5.91 +1.04 +0.87 gK0 -0.038-0.055 +005V? +4382 12Del CrtBD-13 3345 98430156605 426I 111420.4-141414111920.5-144643272.07 42.51 3.56 +1.12 +0.97 +0.60 G8III-IV -0.122+0.208 +.024-005SB < 19: +4383 BD+67 692 98499 154782905 111446.9+673858112053.8+670602135.79 47.70 6.21 +1.01 G8 +0.049-0.052 -056 +4384 CP-63 1881 98560251357 111505.4-640211111916.5-643457293.25-03.46 5.99 +0.46 0.00 F6IV -0.302+0.044 +006 +4385 CP-78 638 986172568232904 111538.5-790715111834.3-794007298.68-17.57 6.35 +0.26 +0.08 A8IIIm: +0.031-0.026 -004 +4386 77Sig LeoBD+06 2437 98664118804 427 111558.8+063439112108.2+060146253.36 59.90 4.05 -0.06 -0.12 -0.07 B9.5V s -0.092-0.012 +.001-005SB 65 +4387 CP-74 801 98672256826 111600.3-743542111936.3-750833297.03-13.33 6.27 -0.03 -0.12 B9.5-A0V -0.038+0.004 +023V? +4388 BD+57 1316 98673 279992907 111605.5+573721112149.3+570430144.73 56.10 6.43 +0.15 +0.09 A7Vn -0.058+0.009 -010SB 230 +4389 CP-71 1238 98695256828 111610.8-712648112003.9-715940295.93-10.38 6.41 +0.05 -0.48 B4V -0.039-0.005 -000 +4390 Pi CenCP-53 4498 98718238986 428 W 111626.7-535635112100.4-542928289.96 6.09 3.89 -0.15 -0.59 -0.17 B5Vn -0.036-0.006D+.011+009V 326 0.7 0.2 * +4391 BD+65 828 98772 15486 429 111654.9+645240112251.3+641950137.71 50.18 6.02 +0.09 +0.09 A1Vnp -0.005+0.034 +001 160 * +4392 56 UMaBD+44 2083 98839 437192908I 111720.4+440153112249.6+432858164.73 65.77 4.99 +0.99 +0.80 +0.46 G7.5IIIa:Ba0.3 -0.038-0.013 -.002+003 < 19: +4393 CD-43 7006 98892222751 111738.9-440548112223.1-443845286.70 15.40 6.12 +0.92 +0.68 G8III -0.048-0.034 +001 +4394 BD+00 2782 98960118825 I 111810.7+004051112318.0+000754261.20 55.69 6.05 +1.46 +1.78 K3 -0.037-0.018 +022 +4395 13Lam CrtBD-17 3367 98991156646 111824.3-181349112321.9-184648275.60 39.37 5.09 +0.42 -0.06 F5III -0.312-0.034 +.023+011SB1O 14 * +4396 CD-35 7163 989932023912909 W 111822.0-353658112312.7-360953283.65 23.38 5.00 +1.46 +1.63 K6III -0.020 0.000 +.025-005SB 9.5 31.3 +4397 CP-76 662 99015256832 111834.8-770335112157.1-773630298.07-15.59 6.43 +0.20 +0.11 A5III-IV -0.081-0.005 -006V? +4398 CP-56 4449 990222390172910 111835.5-561350112308.1-564646291.02 4.04 5.79 +0.01 A4:pe -0.030+0.006 +003 * +4399 78Iot LeoBD+11 2348 99028 99587 I 8148 5184 111842.7+110449112355.5+103145247.60 63.55 3.94 +0.41 +0.07 +0.21 F4IV +0.168-0.075 +.052-010SB1O 20 2.8 1.1 * +4400 79 LeoBD+02 2418 99055118831 D 111854.4+015724112402.3+012428260.09 56.83 5.39 +0.94 +0.66 G8IIICN-0.5 -0.020+0.005 -010V? 0.7 0.0 * +4401 CP-64 1657 99104251383 W 111902.0-642421112321.8-645718293.78-03.66 5.11 -0.08 -0.42 B5V -0.001-0.005D+.010+019V? 78 1.2 2.6 +4402 14Eps CrtBD-10 3260 99167156658 I 111933.5-101839112436.6-105134271.04 46.57 4.83 +1.56 +1.96 +0.94 K5III -0.028+0.027 +003V < 19: +4403 CD-41 6529 991712227731294 111934.9-420712112422.1-424009286.33 17.38 6.12 -0.18 -0.81 B2IV-V -0.005+0.001 +010 +4404 BD+12 2335 99196 995982912I 111947.7+115847112458.9+112549246.45 64.34 5.80 +1.38 +1.58 +0.54E K4III -0.102-0.005 +038V? * +4405 15Gam CrtBD-16 3244 99211156661 431 8153 111953.1-170805112452.9-174102275.41 40.52 4.08 +0.21 +0.11 +0.11 A5V -0.098+0.004 +.028+001V? 131 4.8 5.3 * +4406 CP-71 1248 992642568342911 112011.8-714226112411.1-721524296.32-10.51 5.59 +0.06 -0.57 0.00 B2IV-V -0.030-0.003 +002V * +4407 BD+56 1518 99283 28017 112018.7+562355112557.1+555102145.26 57.42 5.75 K0III -0.066+0.048 -006V? +4408 81 LeoBD+17 2356 99285 996012913 W 112023.5+170023112536.4+162723236.75 67.45 5.57 +0.36 +0.02 F2V -0.143-0.005 +018V 30 3.6 55.7 +4409 CD-35 7189 99322202428 I 112038.4-353050112529.4-360347284.08 23.64 5.22 +0.99 +0.77 +0.31E K0III -0.113+0.020 +.032+004 4.6 1.3 * +4410 80 LeoBD+04 2463 99329118851 112041.6+042439112550.0+035136257.90 59.03 6.37 +0.33 +0.05 F3IV -0.080-0.041 -003SB 112 +4411 CD-37 7235 99333202430 W 112042.5-371151112533.1-374452284.73 22.07 5.89 +1.54 +1.72 M3III -0.042-0.014 +007 5.5 4.7 +4412 BD+34 2222 99373 62551 112104.4+335959112625.5+332702188.72 70.63 6.32 +0.43 0.00? 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7.7 14.2 * +4581 BD+33 2176 104075 62784 8374 115408.9+334327115917.6+331003181.58 77.23 5.96 +1.15 +1.11 +0.58 K1III +0.004+0.003 -001V? 6.0 4.5 * +4582 CD-51 6236 1040812395482959 115406.1-510823115910.9-514148294.74 10.34 6.05 +1.28 K1-2III -0.012-0.003 +010 +4583 Eps ChaCP-77 772 104174256894 W 115439.4-773954115937.3-781319300.21-15.62 4.91 -0.06 -0.16 -0.05 B9Vn -0.057-0.002D+.012+013V 205 0.6 0.9 * +4584 BD+34 2279 104179 62786 115449.3+343526115957.2+340206177.83 76.96 6.50 +0.22 +0.15 A9III -0.064+0.042 -008 101 +4585 7 VirBD+04 2556 1041811191562960 115449.5+041244115956.9+033919273.05 63.50 5.37 0.00 0.00 A1V -0.017-0.006 +.016-003V? 65 +4586 BD+81 389 104216 19673957I 5415 115505.5+812440120018.6+805111125.42 36.03 6.17 +1.61 +1.90 +1.04E M2III -0.068-0.038 +032V? * +4587 BD-09 3413 104304157041 115536.5-095234120044.5-102646283.11 50.47 5.55 +0.77 +0.44 +0.36 G8-K0IV +0.126-0.476 +.080+000V? +4588 BD-21 3443 104307180374 8389 115535.3-211650120042.5-215014287.61 39.52 6.28 +1.22 K0IV +0.028+0.006 +004V 7.1 11.7 +4589 8Pi VirBD+07 2502 1043211191641311 S 115544.9+071019120052.4+063651270.30 66.23 4.66 +0.13 +0.11 +0.04 A5V +0.001-0.030 +.021-010SBO 74 2.0 0.0 * +4590 BD-18 3295 1043371570422961 115544.2-190608120051.2-193932286.92 41.63 5.26 -0.20 B1.5V -0.021+0.013 +002SBO 119 * +4591 BD-00 2520 104356138533 115554.5-011233120101.8-014605278.14 58.66 6.31 +1.21 +1.06 gG8 -0.015-0.070 +036V? +4592 CP-56 4954 104430239589 115623.4-565647120129.0-573013296.24 4.72 6.16 0.00 -0.03 A0V -0.073-0.015 -004 +4593 BD+36 2230 104438 628022963 115632.4+363604120139.5+360231169.73 76.17 5.59 +1.01 +0.80 +0.51 K0III -0.091-0.081 +.028+030V? +4594 67 UMaBD+43 2179 104513 440022965 W DP UMa 115702.2+433602120206.8+430244151.89 71.20 5.21 +0.26 +0.07 +0.11 F0Vam -0.326+0.070 +.019+006V? 76 1.7 310.5AB 4* +4595 CP-84 371 1045552586323983 W 115719.1-850430120220.1-853754301.93-22.86 6.05 +1.29 +1.54 K3III -0.065+0.001 +017 4.3 25.0 +4596 CP-70 1454 104570256897 115722.6-705556120228.6-712920299.03-08.99 6.42 +1.17 +1.14 K1III -0.064+0.018 -009 +4597 CP-68 1604 1046002516992966 115731.0-683806120237.7-691132298.60-06.73 5.89 -0.08 -0.28 B9V -0.039-0.007 +008 +4598 BD-06 3499 104625138551 I 115744.5-070738120251.6-074101282.54 53.25 6.22 +1.49 +1.83 K5 -0.036+0.020 -008 +4599 The1CruCP-62 2543 104671251705 W 115755.8-624522120301.5-631846297.53-00.95 4.33 +0.27 +0.04 +0.18 Am -0.150+0.008 +.021-002SB2O 33 9.3 4.5 * +4600 CD-41 6938 104731223193 449 115828.7-415226120339.6-422603293.60 19.57 5.15 +0.41 -0.03 +0.25C F6V +0.331-0.114 +.039+036 0 +4601 CP-73 924 104752256898 115835.2-733926120344.3-741250299.64-11.65 6.44 +1.23 +0.97 +0.60C G6III -0.027+0.007 +009 +4602 2 ComBD+22 2437 104827 82123 8406 115909.3+220058120416.6+212733238.22 77.86 5.87 +0.22 +0.11 +0.11 F0IV-V +0.036-0.004D+.005+006SB =< 54 1.4 3.6 * +4603 The2CruCP-62 2561 104841251717 The2 Cru 115910.1-623632120419.2-630956297.64-00.78 4.72 -0.08 -0.61 -0.10 B2IV -0.020+0.008 +016SBO 56 * +4604 CP-67 1896 104878251720 115929.2-674619120438.7-681945298.62-05.85 5.35 -0.01 -0.17 A0IV -0.054-0.012 +.016+025SB 187 * +4605 Kap ChaCP-75 777 104902256899 115936.1-755749120446.5-763109300.15-13.90 5.04 +1.49 +1.78 +0.76 K4III -0.082+0.048 +.003-002 +4606 BD+86 176 104904 19751642 115942.8+860829120428.1+853514123.98 31.45 6.27 +0.59 F6V -0.056+0.092 +008V? +4607 CP-60 3697 104933251723 115947.7-602441120457.1-605809297.32 1.40 5.96 +1.67 +2.04 +0.92E M2III -0.038-0.032 -000 +4608 9Omi VirBD+09 2583 104979119213 450I 120006.9+091718120512.5+084359270.07 68.60 4.12 +0.98 +0.63 +0.49 G8IIIaCN-1Ba1CH1 -0.220+0.046 +.039-030V? < 19: * +4609 BD+77 461 104985 7500 451 120010.3+772754120515.1+765421126.32 39.92 5.80 +1.01 +0.85 G9III +0.147-0.091 +.014-020V +4610 BD+63 999 105043 15710 8417 5452 120036.7+632930120539.7+625559131.64 53.41 6.13 +1.17 +1.15 K2III -0.050-0.075 -026V? 5.4 2.3 * +4611 CP-64 1791 105071251734 120042.2-645924120553.2-653250298.24-03.09 6.33 +0.22 -0.47 B6Iab-Ib -0.031-0.012 -013V +4612 CD-35 7694 1050782031191312 W 5456 120048.1-350814120556.7-354138292.64 26.27 6.23 -0.08 B8V -0.031-0.002 -018V 7.7 25.4 +4613 BD-02 3460 1050891385852967 120052.5-023427120559.8-030754281.26 57.82 6.37 +1.00 +0.79 gG8 -0.028-0.019 +017V? +4614 CP-67 1903 105138251737 120107.2-680540120619.8-683903298.83-06.14 6.23 +1.24 +1.04 G3Ib -0.014+0.020 +006 +4615 CP-65 1788 105151251738 W 120111.7-650908120623.1-654233298.32-03.24 6.06 +0.65 +0.40 G8-K0III+A3-5V -0.049+0.002 -004 0.0 0.1AB 3* +4616 Eta CruCP-63 2145 1052112517422969 W 120139.8-640321120652.9-643649298.18-02.15 4.15 +0.34 +0.03 +0.16 F2III +0.033-0.037 +.053+009SB 65 7.5 44.0 +4617 CP-74 880 1053402569052971 120233.6-744839120749.8-752201300.13-12.73 5.18 +1.30 +1.37 +0.60C K2II-III -0.098+0.019 +.020-045 +4618 CD-49 6813 105382239687 W B 120254.3-500615120805.2-503941295.94 11.62 4.47 -0.15 -0.67 -0.18 B6IIIe v-0.035-0.010 +017 127 1.9 268.6AB 3* +4619 CD-50 6688 105383239686 W C 120253.9-501223120804.8-504548295.96 11.52 6.37 -0.05 B9V -0.037+0.002 +016V? 1.9 268.6AB 3* +4620 CD-47 7396 105416223235 120303.8-480808120814.7-484134295.62 13.57 5.34 -0.01 -0.04 0.00C B9V -0.025-0.017 +003V * +4621 Del CenCD-50 6697 105435239689 452 W A Del Cen 120310.4-500956120821.5-504321296.00 11.57 2.60 -0.12 -0.90 -0.12 B2IVne v-0.034-0.008 +.026+011V 181 1.9 268.6AB 3* +4622 CP-60 3777 105437251757 120311.4-601726120824.6-605050297.71 1.59 6.22 +1.74 +1.88 K3-4II -0.013+0.003 +010 +4623 1Alp CrvCD-2410174 105452180505 120315.2-241016120824.8-244344290.66 37.12 4.02 +0.32 -0.02 +0.18 F2III-IV +0.086-0.040 +.070+004V 16 * +4624 CD-43 7502 105509223241 V788 Cen 120343.3-434605120853.8-441934294.96 17.89 5.75 +0.24 +0.16 +0.11C A2mA5-F2 v-0.046-0.049 -009SB2 * +4625 CD-40 7128 105521223242 V817 Cen 120344.1-404029120854.5-411353294.39 20.93 5.48 -0.07 -0.62 -0.08 B3IV e-0.024-0.006 +000V? 204 * +4626 10 VirBD+02 2517 1056391192452972 W 120433.8+022734120941.3+015352279.54 62.86 5.95 +1.12 +1.14 K3III +0.043-0.178 +.009+003 7.3 39.5 * +4627 BD+75 469 105678 7512 120455.9+751304120947.3+743941126.63 42.17 6.35 +0.50 F6IV +0.001+0.006 -019 34 +4628 CD-34 7956 105686203183 W 120452.5-340853121002.5-344218293.36 27.40 6.17 +0.03 -0.02 A0V -0.052-0.018D+.006-010 1.8 3.4 +4629 11 VirBD+06 2559 1057021192492973 120457.6+062147121003.4+054825276.30 66.52 5.72 +0.35 +0.17 +0.15 F2-6IIIm vs -0.158+0.016 +.019-009V? * +4630 2Eps CrvBD-21 3487 105707180531 453I 5483 120458.8-220349121007.5-223711290.59 39.26 3.00 +1.33 +1.47 +0.64 K2.5IIIaBa0.2: -0.071+0.014 +.027+005 * +4631 CD-37 7714 1057762031952974 120522.4-371846121033.8-375213294.09 24.30 6.06 +0.20 A5V +0.047-0.035 -007 +4632 3 ComBD+17 2446 105778 999731313 120525.8+172157121031.6+164833258.30 76.00 6.39 +0.06 +0.10 A4V -0.017+0.001 -012V +4633 BD+28 2084 105805 82166 5485 120541.3+275017121046.1+271653209.63 80.96 6.01 +0.11 +0.09 A4Vn -0.009-0.014 -009SB2 172 * +4634 CP-60 3812 105841251778 120550.4-604314121104.9-611639298.10 1.22 6.08 +0.39 +0.09 F2-3IV -0.134-0.018 -003 +4635 3 CrvBD-22 3305 105850180546 120554.8-230244121103.9-233609291.12 38.34 5.46 +0.06 A2V -0.063-0.016 +.023+011 124 +4636 CD-44 7845 105852223266 W 120550.8-445159121102.9-452522295.54 16.87 6.61 +1.08 +0.79 +0.51C K0III -0.018+0.009 +006V 3.8 2.3 +4637 CD-50 6752 105920239735 120619.7-504804121131.4-512134296.61 11.02 6.23 +0.82 +0.49 G6III+G: -0.208-0.067 +026 +4638 Rho CenCD-51 6455 105937239737 120625.4-514842121139.1-522207296.78 10.03 3.96 -0.15 -0.62 -0.17 B3V -0.035-0.016 +.032+015V 140 * +4639 BD+82 356 105943 1991 W 120630.2+821558121100.0+814236124.71 35.28 6.00 +1.62 gK5 -0.029+0.007 -027V? 2.0 66.7 +4640 4 ComBD+26 2316 105981 821782976I 120646.7+262539121151.2+255213218.78 81.06 5.66 +1.41 +1.61 K4III -0.038-0.031 +022SBO * +4641 68 UMaBD+57 1359 106002 28291 I 120645.8+573640121144.9+570316133.49 59.25 6.43R gK5 +0.007-0.013 +035 +4642 BD+29 2265 106022 82181 120656.1+290540121201.2+283210201.47 81.17 6.49 +0.36 +0.01 F5V +0.097-0.071 -015V? * +4643 5 ComBD+21 2398 106057 821822977 120704.1+210556121209.3+203231247.11 78.87 5.57 +0.95 K0II-III -0.020-0.019 -025V +4644 CP-62 2624 106068251790 120703.7-622340121222.0-625703298.51-00.42 5.92 +0.29 -0.33 B8Ia-Iab -0.007+0.002 -002 * +4645 CP-69 1646 106111251791 S Mus 120723.8-693543121246.8-700907299.64-07.53 6.17 +0.84 +0.57 F6Ib v-0.022-0.009 +011SB * +4646 BD+78 412 106112 7522 454 120731.0+781019121211.9+773659125.64 39.31 5.14 +0.33 +0.10 A5m +0.010+0.022 +.031-000SB1O 79 * +4647 CD-33 8252 106198203245 5503 120801.7-333409121313.0-340732293.97 28.08 6.5 +1.66 +1.46 M4III -0.030-0.006 +003V * +4648 CD-38 7581 106231203250 120812.9-382222121325.3-385545294.89 23.35 5.76 -0.13 B4IV -0.003-0.006 -043V? * +4649 CP-77 804 106248256915 120818.1-780102121355.7-783425301.01-15.84 6.35 +1.24 +1.41 K2-3IIICNII -0.033-0.003 +035 +4650 12 VirBD+11 2440 106251 999972978 120820.3+104908121325.9+101544273.17 70.90 5.85 +0.27 +0.11 +0.11 A2m -0.091-0.010 +002 35 +4651 CD-33 8257 106257203252 W 120825.1-331411121336.7-334734294.00 28.42 6.33 +0.08 A0V -0.006-0.011 -011V? 1.8 1.6 * +4652 CD-45 7630 106321223297 W 120848.9-451004121402.6-454326296.13 16.65 5.31 +1.43 +1.59 +0.70C K3III -0.042+0.007 +.007+007SB 1.3 2.8 * +4653 CP-63 2203 106343251803 120855.7-635108121416.8-642431298.93-01.83 6.22 +0.12 -0.82 B1.5Ia -0.013+0.004 -007 100 +4654 BD+54 1504 106478 283091314 120946.0+535928121443.4+532605134.94 62.83 6.16 +1.04 gK0 -0.019-0.015 +000 * +4655 BD-20 3606 106485180602 120949.5-201718121459.6-205039291.58 41.22 5.83 +1.05 gG7 +0.001+0.004 +016V +4656 Del CruCP-58 4189 106490239791 455 Del Cru 120949.9-581133121508.7-584456298.23 3.79 2.80 -0.23 -0.91 -0.24 B2IV -0.041-0.009 +.003+022V? 194 * +4657 BD-09 3468 106516157168 W 121001.7-094342121510.6-101845288.49 51.55 6.11 +0.46 -0.13 +0.16E F5V +0.034-1.017 +.034+008V 8 6.8 73.3 * +4658 CD-41 7056 106572223309 121019.4-412108121530.5-415447295.81 20.46 6.26 +1.01 +0.76 K0III -0.331-0.175 +.025+025 +4659 BD+71 610 106574 75322980I 121022.6+704524121508.5+701200127.39 46.61 5.71 +1.19 gK2 -0.023-0.026 +.013-014V? +4660 69Del UMaBD+57 1363 106591 28315 456 W 5513 121028.7+573518121525.6+570157132.57 59.42 3.31 +0.08 +0.07 0.00 A3V +0.104+0.009 +.061-013V 177 6.6 189.6AB 3* +4661 BD-22 3322 106612180619 8481 121036.0-224749121547.0-232113292.42 38.79 6.54 +0.45 F3V +0.039-0.030D+.016+018V 1.2 1.6 * +4662 4Gam CrvBD-16 3424 106625157176 457I 5515 121039.7-165912121548.4-173231290.99 44.50 2.59 -0.11 -0.34 -0.09 B8IIIpHgMn -0.161+0.023 -004SB 41 * +4663 6 ComBD+15 2436 1066611000122981 121055.5+152721121600.2+145356267.16 75.25 5.10 +0.06 +0.08 A3V -0.080-0.034 +.026+010SB 170 +4664 CP-71 1323 106676256919 121052.3-720329121623.5-723653300.28-09.92 6.22 -0.01 -0.06 A0V -0.053-0.026 +028 +4665 BD+73 549 106677 7533 DK Dra 121059.5+730628121541.4+723303126.66 44.32 6.29 +1.14 K0IIIe+K0IIIe -0.014-0.035 -048SB2O * +4666 2 CVnBD+41 2284 106690 44097 458I 8489 121106.9+411301121607.6+403937148.99 74.63 5.66 +1.55 +1.96 M1III+F7V +0.017-0.032D+.004-016SB 3.1 11.4 * +4667 7 ComBD+24 2443 106714 822112982I 121117.0+243005121620.5+235643232.90 81.47 4.95 +0.97 +0.68 +0.48 G8IIIFe-0.5 -0.027-0.007 +.006-028 < 17 * +4668 BD+33 2213 106760 629282983I S Var? 121128.5+333713121630.1+330341172.65 80.40 5.00 +1.14 +1.07 +0.58 K0.5IIIb -0.053-0.111 +.022-042SB1O < 17 * +4669 CP-64 1844 106797251826 121141.2-650812121706.0-654134299.41-03.06 6.06 +0.03 -0.05 A0V -0.057-0.001 +021V +4670 BD-15 3442 106819157184 5527 121153.8-160817121703.3-164137291.17 45.39 6.05 +0.10 +0.12 A2IV -0.048+0.003 -012 +4671 Eps MusCP-67 1931 106849251830 I: Eps Mus 121209.9-672415121734.1-675739299.75-05.30 4.11 +1.58 +1.55 +1.69 M5III -0.244-0.025 +.046+007SB * +4672 BD+54 1510 106884 28327 I 121233.6+534453121729.5+531128134.24 63.19 5.81 +1.30 +1.52 K6III +0.034-0.046 -041 +4673 BD+29 2275 106887 82219 8501 121228.3+292930121730.5+285614197.38 82.30 5.70 +0.16 +0.12 +0.05 A4m: -0.042+0.037 -007V 75 4.9 8.6 * +4674 Bet ChaCP-78 741 106911256924 459 5532 121228.6-784525121820.7-791844301.34-16.54 4.26 -0.12 -0.51 -0.10 B5Vn -0.048+0.017 +023 255 * +4675 CD-35 7842 106922203319 W 121233.8-353217121747.3-360538295.36 26.28 6.15 +0.01 A0V -0.037-0.006D+.004-014 0.3 0.5 +4676 BD+15 2442 106926100023 121239.1+154205121744.3+150839268.05 75.68 6.34 +1.37 K4III +0.044-0.063 -042SB +4677 BD-03 3262 106975138703 8505B 121301.3-032357121809.1-035716287.17 57.89 6.99 +0.36 +0.03 F3V -0.017+0.016D+.016+001 0.4 20.1 * +4678 BD-03 3263 106976138704 8505A 121301.7-032338121809.6-035655287.17 57.90 6.54 +0.33 +0.01 F2V -0.013+0.024D+.016-001 0.4 20.1 * +4679 Zet CruCP-63 2235 106983251841 W 121300.9-632650121826.1-640011299.33-01.36 4.04 -0.17 -0.69 -0.19 B2.5V -0.050-0.010 +016 113 9.0 33.8 * +4680 BD+31 2350 107054 629432984 121329.1+304828121831.6+301457187.60 82.14 6.23 +0.30 +0.02 A9.5III +0.077-0.116 -018V 140 +4681 13 VirBD+00 2920 107070138710 121332.6-001353121840.3-004714285.85 60.99 5.90 +0.17 +0.13 A5Vn +0.029-0.016 -014V 195 +4682 CP-54 5113 1070792398382985 W 5544 121339.7-543514121859.7-550835298.27 7.43 5.00 +1.59 +1.95 +1.06 M1III -0.076-0.014 +.010-007SB 7.0 35.7 * +4683 BD+87 107 107113 2012 121355.8+865930121651.4+862610123.56 30.65 6.33 +0.43 -0.08 F4V +0.210-0.003 +.037-006 +4684 BD+26 2326 107131 82237 FM Com 121359.5+263350121902.1+260028219.89 82.67 6.48 +0.18 +0.09 +0.07 A5-7mIV-V -0.004-0.022 +001SB 175 * +4685 8 ComBD+23 2448 107168 82239 121416.1+233525121919.1+230205240.56 81.66 6.27 +0.17 +0.15 +0.02 A5III vs -0.022-0.012 +001V? =< 12 * +4686 BD+88 71 107192 20103958 121423.5+881515121520.3+874200123.35 29.40 6.28 +0.35 -0.01 F2V -0.028+0.054 -004V 67 +4687 BD+75 470 107193 75402986 121420.8+754256121849.9+750938125.72 41.79 5.38 -0.02 -0.05 A1V -0.040+0.002 +.018-003V 217 +4688 9 ComBD+28 2106 107213 82244 121429.0+284256121929.6+280925202.80 82.85 6.33 +0.50 +0.08 F8V s -0.197-0.129 +.025-008V 8 * +4689 15Eta VirBD+00 2926 107259138721 460 D 5555 121447.3-000640121954.4-004001286.40 61.19 3.89 +0.02 +0.06 0.00 A2IV -0.063-0.018 +.016+002SB2O 34 0.5 0.0 3* +4690 3 CVnBD+49 2130 107274 441271316I 121453.2+493221121948.7+485903136.46 67.31 5.29 +1.66 +1.97 +1.06 M0III -0.012+0.007 +008V +4691 BD-21 3511 107295180695 8515 121500.0-213711122010.7-221032293.46 40.12 5.97 +0.82 G3IV -0.109-0.025D+.008-001V? 1.8 0.3 +4692 CP-65 1842 107301251854 121458.8-651714122028.0-655034299.77-03.16 6.21 -0.04 -0.15 B9V -0.056-0.015 -008 +4693 BD+27 2114 107325 82250 5559 121518.0+271040122019.7+263710215.35 83.05 5.54 +1.09 +1.07 +0.54 K2III-IV -0.065-0.107 -013SBO * +4694 BD+26 2329 107326 82249 5557 121516.5+263323122017.7+260007220.37 82.95 6.15 +0.30 +0.08 +0.14 F0IV -0.145+0.019 +.060+008V 109 * +4695 16 VirBD+04 2604 1073281193411317I W 121516.2+035210122021.0+031845284.27 65.05 4.96 +1.16 +1.15 +0.61 K0-IIIbFe-1 -0.292-0.065 -.002+036V? < 19: 0.0 0.6 3* +4696 5Zet CrvBD-21 3514 107348180700 8517 121522.8-213936122033.7-221257293.58 40.09 5.21 -0.10 -0.38 -0.13 B8Vne -0.095-0.028 -006SB 8.4 11.2 * +4697 11 ComBD+18 2592 1073831000532987I 8521 121539.9+182044122043.0+174734264.15 78.28 4.74 +1.01 +0.79 +0.52 G8+III -0.111+0.092 +042V < 19: 8.0 9.1 * +4698 BD+27 2115 107398 82254 8519A 121539.4+273646122041.3+270317211.78 83.16 7.13 +0.36 -0.01 F3V+F3V -0.001-0.114D+.008-015 0.1 8.5 * +4699 BD-12 3614 1074181572262988I W 5564 121545.8-130039122055.7-133356291.67 48.64 5.14 +1.05 +0.89 +0.52 K1III -0.006+0.014 +.020+013V? < 19: 8.1 48.6 +4700 Eps CruCP-59 4188 1074462518622989 5568 121557.6-595055122121.6-602404299.23 2.25 3.59 +1.42 +1.63 +0.74 K3-4III -0.175+0.087 +.026-005 * +4701 70 UMaBD+58 1371 107465 28346 I 121600.2+582516122050.8+575150130.79 58.79 5.55 +1.43 +1.71 K5III +0.041-0.073 -043V +4702 CP-55 5019 107543239880 121633.5-554910122157.5-562229298.83 6.26 5.92 +1.57 +1.64 K4III+F: -0.008-0.012 -001 +4703 Zet2MusCP-66 1747 1075662518662990 W 121633.6-665801122207.3-673119300.13-04.81 5.15 +0.19 +0.17 A5V -0.031-0.003 +.007-017V? 86 5.4 32.4 +4704 Zet1MusCP-67 1939 107567251868 121636.7-674504122211.9-681827300.22-05.59 5.74 +1.04 +0.82 K0III -0.016-0.057 +020V +4705 BD+25 2498 107655 82271 121709.2+251943122210.8+244626231.00 83.02 6.19 -0.01 -0.04 -0.02 A0V -0.062-0.008 -004 53 * +4706 CP-56 5202 107696239901 Var? 121724.2-570716122249.3-574034299.10 4.98 5.39 -0.10 -0.41 B9V -0.046-0.013 -005V * +4707 12 ComBD+26 2337 107700 822731318 8530 5581 121728.7+262404122230.3+255046222.50 83.40 4.81 +0.49 +0.26 +0.33 G0III-IV+A3V -0.011-0.009 +.014+001SB2O 35 3.7 65.3AC 3* +4708 17 VirBD+06 2599 107705119360 8531 5579 121726.9+055142122232.0+051820284.15 67.12 6.40 +0.60 +0.08 +0.28 F8V -0.166-0.053 +.027+005 =< 10 3.0 20.6 * +4709 CP-85 343 107739258644 121737.1-853546122537.5-860902302.46-23.30 6.33 +1.08 +0.89 K0III -0.017-0.001 +025 +4710 CP-66 1752 107773251877 121750.9-670503122313.8-673754300.26-04.91 6.36 +0.89 +0.53 G8-K0IV -0.759+0.254 +.013+031 +4711 6 CrvCD-2410314 107815180747 121808.8-241708122321.6-245026294.89 37.59 5.68 +1.16 gK1 -0.019-0.010 -002 +4712 CD-34 8117 1078322034202992 121819.7-345129122335.4-352446296.56 27.11 5.32 -0.08 B9III -0.036-0.003 -010 45 * +4713 CD-38 7700 107833203421 121819.6-384453122336.9-391811297.08 23.25 6.40 +0.29 F2V -0.009-0.016 -013 +4714 CD-38 7701 107860203424 121828.0-382123122344.9-385440297.06 23.64 5.79 -0.08 B9V -0.036 0.000 -008 +4715 4 CVnBD+43 2218 107904 441552993 AI CVn 121851.9+430548122347.0+423234141.22 73.59 6.06 +0.33 +0.18 F3III-IV -0.078+0.015 -000SB 73 * +4716 5 CVnBD+52 1626 107950 283662994I Var 121910.0+520658122401.5+513344133.05 65.02 4.80 +0.87 +0.62 +0.44 G6IIIBa0.2 +0.014+0.013 +.038-012SB < 17 * +4717 13 ComBD+26 2344 107966 82291 GN Com 121917.5+263911122418.5+260555221.04 83.85 5.18 +0.08 +0.11 +0.02 A3V -0.016-0.011 +.009+001V 54 * +4718 CD-40 7281 107998223417 W 121926.7-404941122444.7-412303297.57 21.21 6.25 +1.18 +1.06 K2-3III -0.064-0.071 +001 2.4 10.0 * +4719 BD+26 2345 108007 82293 8539 121925.6+260813122426.7+253458225.75 83.76 6.42 +0.27 +0.08 +0.10 A7V+F4V -0.014-0.004D+.011-006V 148 1.0 1.4AB 3* +4720 CP-65 1862 108054251893 121942.5-651246122517.3-654614300.25-03.03 6.30 +0.96 +0.74 G8-K0IV -0.080-0.121 +025 +4721 CD-41 7163 1080632234262995 121950.4-415734122508.5-423052297.78 20.09 6.11 +0.65 G5III+F-G -0.130-0.022 +034 +4722 BD-10 3467 108107157272 122002.1-110320122511.7-113637292.75 50.74 5.95 +0.03 A1V -0.065-0.023 -003V? 160 +4723 CD-27 8670 1081101807861319 122004.1-271142122518.4-274457295.89 34.77 6.09 +1.27 K1III +0.005-0.001 +010V? +4724 CD-34 8146 108114203450 5610 122005.4-343756122521.8-351111296.93 27.38 5.73 -0.06 B9III v-0.034-0.006 -011 * +4725 BD+24 2455 108123 82297 122013.3+242853122515.1+235534239.94 83.28 6.03 +1.10 +1.00 +0.56 K0III +0.058-0.038 +.007-005V? * +4726 71 UMaBD+57 1373 108135 28375 I 122016.4+571956122503.2+564639130.16 59.98 5.81 +1.62 +1.83 +1.00E M3IIIb -0.014-0.018 -017V? +4727 BD+64 896 108150 158012996 W 122026.5+642124122506.4+634810127.76 53.08 6.32 +0.91 G8III -0.015+0.002 -004 3.7 52.3 +4728 6 CVnBD+39 2521 108225 63000 461I 122055.4+393424122550.9+390107145.50 76.97 5.02 +0.96 +0.73 +0.46 G9III -0.078-0.032 +.030-004V? < 19: +4729 CP-62 2742 108250251903 W C 122057.1-623404122630.9-630721300.12-00.39 4.86 -0.12 -0.59 B4IV -0.040-0.025 +027SBO 137 0.4 4.4AB 3* +4730 Alp1CruCP-62 2745 108248251904 462 W A 122102.0-623241122635.9-630557300.13-00.36 1.33 -0.24 -1.03 B0.5IV -0.036-0.012D+.008-011SBO 117 0.4 4.4AB 3* +4731 Alp2CruCP-62 2745 108249 W B 122102.5-623243122636.5-630558300.13-00.36 1.73 -0.26 -0.95 B1V -0.034-0.007D+.008-001 197 0.4 4.4AB 3* +4732 CD-50 6975 108257239948 W 122107.5-505347122631.6-512703298.98 11.23 4.82 -0.14 -0.64 -0.16 B3Vn -0.044-0.017 +005V 312 8.8 21.7 * +4733 14 ComBD+28 2115 108283 823102997I 122124.0+274920122624.1+271606210.06 84.43 4.95 +0.27 +0.18 +0.15 F0p -0.013-0.008 +.014-004SB 227 * +4734 CD-48 7426 108309223443 122131.2-482126122648.2-485448298.78 13.76 6.26 +0.68 +0.22 G3-5V -0.633-0.082 +.040+030 * +4735 CD-32 8713 108323203477 463 122135.3-321632122651.7-324948296.99 29.76 5.55 +0.01 B9V -0.005-0.027 -015 +4736 CP-63 2283 108355251911 122148.9-631406122724.6-634721300.28-01.04 6.00 +0.07 B8IV -0.035-0.018 +042 +4737 15Gam ComBD+29 2288 108381 823132999I 122157.2+284928122656.3+281606199.63 84.46 4.36 +1.13 +1.15 +0.51 K1IIIFe0.5 -0.083-0.080 +.003+004V? < 17 * +4738 16 ComBD+27 2134 108382 82314 122159.3+272246122659.3+264932214.72 84.55 5.00 +0.08 +0.13 +0.02 A4V -0.006-0.011 +.024+002V? 89 * +4739 CP-58 4289 108396239960 BL Cru 122158.0-582618122728.7-585931299.84 3.74 5.50 +1.45 +1.58 +1.88 M4-5III -0.031+0.005 +.007+072 * +4740 BD+72 565 108399 75632998 122203.6+722903122624.2+715547125.67 45.06 6.24 +1.06 +0.85 gG8 -0.153-0.023 +.005+006V +4741 BD+09 2628 108471119413 122236.8+090951122742.1+083637284.96 70.65 6.37 +0.93 +0.68 G8III +0.018-0.010 -006 +4742 BD-15 3471 108477157299 122237.8-160443122749.4-163755294.80 45.87 6.35 +0.84 +0.50 G3III -0.018+0.003 -008 +4743 Sig CenCD-49 7115 108483223454 464 122237.8-494036122802.4-501350299.10 12.47 3.91 -0.19 -0.78 -0.20 B2V -0.030-0.015 +008V 245 * +4744 CP-63 2297 108501251920 122242.0-634714122818.9-642029300.43-01.58 6.04 +0.02 -0.03 A0Vn -0.068-0.027 +009 +4745 73 UMaBD+56 1598 108502 283943000I 122249.7+561559122735.1+554246129.89 61.09 5.70 +1.55 M2IIIb -0.021-0.012 +017V? +4746 BD-03 3298 1085061387983001 FT Vir 122243.6-040343122751.6-043655291.87 57.75 6.22 +0.44 +0.08 A8n -0.086+0.006 -012SB 139 * +4747 CP-61 3209 108530251924 122251.1-611429122825.5-614743300.22 0.96 6.22 +1.26 +1.32 K2III -0.034-0.014 -014 +4748 CD-38 7753 1085412035081320 122303.3-382915122822.5-390229298.05 23.61 5.44 -0.08 B8V -0.023-0.017 +005 174 +4749 CP-55 5084 108570239977 W 122306.4-555053122833.4-562428299.75 6.33 6.15 +0.92 +0.64 K0-1III -0.240-0.220 +.021+008 5.8 49.0AC 3* +4750 BD+27 2138 108642 82326 122338.5+264649122838.1+261336221.68 84.83 6.54 +0.17 +0.12 +0.09 A2m -0.020-0.014 +002SB1O=< 12 * +4751 BD+26 2353 108651 82328 8568BC 122344.8+262711122844.6+255357225.26 84.78 6.65 +0.22 +0.08 +0.08 Am(A2/A9V/F0) -0.018-0.021 -002SBO =< 12 1.4 145.4AB 3* +4752 17 ComBD+26 2354 108662 82330 8568A AI Com 122355.0+262759122854.7+255446225.22 84.82 5.29 -0.05 -0.12 -0.08 A1IVp -0.025-0.020 +.021-003V 18 1.4 145.4AB 3* +4753 18 ComBD+24 2464 108722 82333 122426.9+243943122926.9+240632243.07 84.20 5.48 +0.43 +0.09 F5III -0.031-0.001 +025SB1O 93 * +4754 CP-55 5097 108732239999 122423.2-555820122953.9-563129299.95 6.22 5.80 +1.56 +1.82 M1III -0.022+0.019 +042V +4755 CD-41 7219 108759223471 5655 122436.4-411057122957.9-414410298.64 20.96 6.02 +1.52 +1.54 M2II-III +0.008-0.025 +003 +4756 20 ComBD+21 2424 108765 82336 466 122441.8+212700122943.2+205346263.27 82.04 5.69 +0.07 +0.09 A3V +0.024-0.032 -005SB2 +4757 7Del CrvBD-15 3482 108767157323 465I 8572A 5656 122441.3-155731122951.9-163056295.48 46.05 2.95 -0.05 -0.09 -0.04 B9.5V -0.210-0.138 +.024+009V 148 5.3 24.4 * +4758 BD-12 3647 108799157326 8573 122455.4-125021123004.8-132335294.98 49.15 6.35 +0.56 +0.05 G0V -0.248-0.041 +.049+000V? 2.7 1.5AB 4* +4759 BD-22 3383 108821180850 I 5662 122503.3-230837123017.5-234148296.71 38.92 5.63 +1.67 +2.03 M0III -0.020-0.003 -011V +4760 74 UMaBD+59 1444 108844 28405 467 122517.1+585721122957.3+582421128.32 58.50 5.35 +0.20 +0.14 +0.06 A5Del Del -0.062+0.091 +.039+007V 87 +4761 7 CVnBD+52 1631 108845 28407 W 122519.1+520515123002.9+513208130.89 65.26 6.21 +0.51 +0.03 F6-8V -0.289+0.024 +.035+019V? =< 10 2.8 229.0AC 3 +4762 75 UMaBD+59 1446 108861 28408 122523.4+591915123004.3+584603128.18 58.14 6.08 +0.98 G8III-IV +0.031-0.024 -017 +4763 Gam CruCP-56 5272 108903240019 468I W A 5672 122537.0-563312123109.9-570648300.17 5.65 1.63 +1.59 +1.78 +1.41 M3.5III +0.023-0.262 +021 5.1 110.6AB 3* +4764 Gam CruCP-56 5274 108925240022 W B 122543.9-563142123116.7-570452300.18 5.68 6.42 +0.16 A3V +0.002 0.000 +002 5.1 110.6AB 3 +4765 4 DraBD+70 700 108907 15816 I CQ Dra 122543.8+694519123006.7+691204125.75 47.81 4.95 +1.62 +1.81 +1.05E M3IIIa -0.059-0.052 +.016-013SB * +4766 21 ComBD+25 2517 108945 82346 UU Com 122600.9+250712123100.6+243402240.93 84.74 5.46 +0.05 +0.10 -0.03 A2p v-0.012-0.009 +000V 63 * +4767 BD+53 1554 108954 28413 122604.8+533726123050.1+530436129.94 63.77 6.21 +0.54 +0.07 F8-G0V +0.015+0.181 -021V? =< 6 +4768 CP-58 4344 108968240027 BG Cru 122605.0-585217123140.3-592526300.42 3.35 5.48 +0.63 +0.38 F7Ib-II v-0.018-0.004 +.010-020SB * +4769 CP-72 1261 108970256954 122607.2-722654123210.0-730006301.50-10.18 5.88 +1.11 +1.05 +0.49C K1III +0.038-0.024 +005 +4770 BD+08 2609 1089851194533002I 122616.5+080923123121.4+073615288.31 69.90 6.05 +1.52 +1.89 K5 -0.018+0.010 -017 +4771 CP-62 2805 109000251946 122615.8-625714123155.8-633022300.76-00.72 5.95 +0.27 A8III -0.063+0.008 +004 +4772 BD-04 3296 109014138832 122630.1-043004123138.7-050309293.74 57.47 6.19 +1.04 +0.86 gG9 -0.038+0.031 +002V? +4773 Gam MusCP-71 1336 109026256955 469 122629.4-713450123228.0-720759301.46-09.32 3.87 -0.15 -0.62 -0.17 B5V -0.058-0.002 +003V? 188 * +4774 CD-31 9746 109074203567 122646.4-315852123204.5-323201298.21 30.16 6.46 +0.20 +0.18 A3V -0.015-0.008 -009 +4775 8Eta CrvBD-15 3489 109085157345 5690 122654.9-153832123204.2-161146296.19 46.42 4.31 +0.38 +0.01 +0.18 F2III-IV -0.426-0.061 +.052-004SB2 59 * +4776 BD-13 3552 109141157350 122725.4-131820123236.0-135133295.99 48.76 5.74 +0.40 -0.02 F2V -0.144-0.051 -001V +4777 20 VirBD+11 2473 1092171001463004 122759.1+105051123302.9+101744287.63 72.62 6.26 +0.95 +0.70 +0.34E G8III -0.051+0.005 +001 * +4778 BD-18 3416 109238157359 5715 122808.7-191424123322.4-194731297.13 42.88 6.26 +0.29 F2V -0.013-0.002 +005 90 +4779 BD-12 3659 1092721573611321 122823.0-121648123334.3-124949296.18 49.81 5.58 +0.86 +0.45 G8III -0.016+0.052 -016V? +4780 22 ComBD+25 2523 109307 82378 122835.2+245006123334.2+241659247.20 85.07 6.29 +0.11 +0.10 +0.03 A4Vm -0.018-0.004 +002V 8 * +4781 21 VirBD-08 3372 109309138845 122837.0-085401123346.8-092707295.66 53.17 5.48 -0.03 -0.10 A0V -0.080+0.007 +.019-011V 110 +4782 CD-49 7195 109312223516 W 122832.1-492124123359.2-495434300.05 12.87 6.38 +0.46 F3III-IV -0.163-0.040 +018 6.5 7.8 +4783 BD+34 2332 109317 630701322I 122843.4+334800123338.9+331451153.97 82.78 5.42 +1.00 +0.83 +0.50 K0IIICN-1 +0.020-0.033 +.033-020V < 19: +4784 BD+34 2333 109345 63072 122852.1+335612123347.4+332305153.19 82.68 6.24 +1.05 +0.90 +0.52 K0III +0.002-0.008 +.056-043V +4785 8Bet CVnBD+42 2321 109358 44230 470I S 5725 122859.6+415403123344.5+412127136.10 75.32 4.26 +0.59 +0.05 +0.31 G0V -0.705+0.292 +.117+007SB1O=< 3 * +4786 9Bet CrvBD-22 3401 109379180915 471I 5729 122907.9-225037123423.2-232348297.87 39.31 2.65 +0.89 +0.60 +0.44 G5II +0.002-0.054 +.034-008V < 17 * +4787 5Kap DraBD+70 703 109387 7593 472I Kap Dra 122912.9+702022123329.0+694718125.21 47.26 3.87 -0.13 -0.57 -0.08 B6IIIpe v-0.059+0.012 +.013-011SBO 249 * +4788 CD-43 7755 109409223527 W 122917.5-440657123442.3-444024299.80 18.10 5.77 +0.70 +0.28 G1V -0.083-0.215 +.021+018 4.0 1.0 +4789 23 ComBD+23 2475 109485 823901323 W 122952.1+231048123451.1+223745262.15 84.14 4.81 0.00 -0.01 -0.02 A0IV -0.065+0.021 +.004-016SB2 66 2.4 0.4 * +4790 CP-61 3298 109492251962 I 122950.8-611717123529.0-615031301.05 0.97 6.22 +0.73 +0.30 G3III -0.304-0.084 +006 +4791 24 ComBD+19 2584 109510100159 8600B 5745 123005.3+185540123506.3+182238278.83 80.48 6.56 +0.25 +0.11 +0.16 A9Vm -0.003+0.024 +.002+005SB2O=< 25 1.5 20.2 * +4792 24 ComBD+19 2584 109511100160 473I 8600A 5748 123006.8+185539123507.8+182237278.86 80.48 5.02 +1.15 +1.11 K2III -0.006+0.023 +.002+004 =< 25 1.5 20.2 * +4793 BD+22 2490 109519 82394 I 123008.3+222559123508.1+215253266.81 83.58 5.85 +1.22 K1III +0.014-0.019 -014V +4794 CD-40 7376 1095362235423005 Var? 123022.5-402815123545.5-410119299.75 21.75 5.13 +0.22 0.00 +0.11 A7III -0.107-0.001 +.024-011 94 * +4795 6 DraBD+70 705 109551 7600 I 123030.2+703423123444.0+700119125.02 47.04 4.94 +1.31 +1.15 K3III* -0.032 0.000 +005V * +4796 CD-39 7717 109573203621 W 123038.1-391904123601.2-395212299.72 22.91 5.80 +0.01 A0V -0.034-0.037 +006 6.1 40.0AC 3 +4797 BD-19 3521 109585180937 TU Crv 123044.0-195830123558.6-203138298.04 42.20 6.20 +0.33 +0.08 F0III +0.014-0.037 -002V 67 * +4798 Alp MusCP-68 1702 109668251974 474 W Alp Mus 123113.0-683504123711.0-690808301.66-06.30 2.69 -0.20 -0.83 -0.24 B2IV-V -0.048-0.013 +013V 147 10.1 29.6 * +4799 25 VirBD-05 3535 1097041388731324 123138.2-051651123647.4-054955296.26 56.85 5.87 +0.07 +0.09 A3V -0.028-0.018 -006V +4800 BD+60 1406 109729 28444 I T UMa 123150.3+600216123623.3+592913126.49 57.54 5.5 H M4IIIe -0.025-0.011 -091V * +4801 25 ComBD+17 2504 1097421001763007I 123157.4+173826123658.3+170522283.77 79.42 5.68 +1.41 +1.75 K5III -0.037-0.016 -008 +4802 Tau CenCD-47 7745 109787223560 123213.8-475926123742.2-483228300.59 14.27 3.86 +0.05 +0.03 +0.04 A2V -0.184-0.005 +.024+005 281 +4803 CD-26 9233 109799180965 8612 123224.0-263510123742.2-270820299.17 35.63 5.45 +0.32 +0.03 +0.19 F1IV +0.076-0.091 +.037-001 0 5.9 1.4 * +4804 CP-74 955 109857256967 W 123249.3-744913123914.5-752210302.14-12.52 6.49 +0.08 -0.24 +0.08C B8Vne -0.032+0.031 -020 2.0 2.0 * +4805 BD+04 2631 109860119503 123258.5+034958123804.4+031657294.73 65.94 6.33 +0.01 +0.01 A1V -0.029-0.009 -008V? 24 +4806 CP-66 1861 109867251980 W 123256.2-663834123852.5-671135301.71-04.35 6.25 +0.06 -0.85 B1Ia t-0.006-0.002 -016 88 5.7 17.0 * +4807 BD+02 2560 1098961195083009I FW Vir 123316.3+022419123822.4+015117295.32 64.53 5.71 +1.60 +1.83 +1.42 M3+IIIbCa0.5 -0.080-0.018 +.029-016V? * +4808 BD+07 2561 109914119509 I R Vir 123325.4+073218123830.0+065918293.68 69.63 7.08 +1.44 +1.28 +1.74 M4.5IIIe -0.026-0.004 +.014-026V * +4809 BD-17 3668 1099311574153010 123331.2-174203123844.6-181501298.71 44.52 6.00 +0.29 dA6 -0.119+0.025 -013V +4810 CD-29 9845 1099602036663011 5822 123344.1-295220123903.5-302520299.77 32.37 5.89 +1.21 K2-3III -0.034-0.006 -013V +4811 9 CVnBD+41 2312 109980 44265 123357.6+412529123846.3+405228132.88 76.01 6.37 +0.18 +0.07 A7Vn -0.026-0.016 -015 220 +4812 BD+23 2479 109996 82420 W 123404.1+231235123902.1+223934270.09 84.72 6.38 +1.10 K1III -0.050-0.016 -027V 6.0 32.8 +4813 26Chi VirBD-07 3452 110014138892 475I W 123405.0-072643123914.8-075944297.70 54.75 4.66 +1.23 +1.39 +0.61 K2III-IIIbCN1 -0.076-0.025 +.020-020 < 17 4.3 173.1AB 4* +4814 CP-65 1941 110020251987 FH Mus 123400.4-655740123955.6-663042301.78-03.67 6.26 -0.05 -0.20 B8V -0.059-0.021 -003V * +4815 26 ComBD+21 2439 110024 824213012 123408.8+213645123907.3+210345277.43 83.32 5.46 +0.96 G9III -0.081-0.013 -021SBO * +4816 BD+36 2295 110066 631183013 AX CVn 123425.0+363006123916.9+355707138.51 80.81 6.45 +0.06 +0.03 A0pSrCrEu +0.022-0.006 -015V? 13 * +4817 CD-39 7748 110073203681 5835 123427.6-392613123952.5-395915300.53 22.83 4.64 -0.08 -0.42 -0.09 B8II/III -0.047-0.030 +015SB1 57 * +4818 CD-45 7944 1102872236011325 123553.2-453553124123.0-460844301.12 16.69 5.84 +1.52 +1.72 K4III -0.069+0.057 +007 +4819 Gam CenCD-48 7597 110304223603 W 123559.9-482438124131.0-485735301.26 13.88 2.17 -0.01 -0.01 0.00 A1IV -0.189-0.005 +.016-006SB 81 0.1 1.5AB 3* +4820 CP-68 1731 110311251996 R Mus 123558.4-685131124205.1-692427302.10-06.55 6.33 +0.78 +0.54 F7Ib-G2 v-0.004-0.002 +004 * +4821 BD-12 3676 110317157447 8627B 5855 123604.3-122754124116.0-130049299.10 49.78 6.08H F3Vn -0.113+0.019D+.014-014SBO 0.1 5.4AB 3* +4822 BD-12 3676 110318157448 8627A 5855 123604.6-122758124116.2-130054299.10 49.78 5.98H +0.42 +0.10 F5V -0.127+0.008D+.014-011SB2O 0.1 5.4AB 3* +4823 CP-59 4393 110335240161 5858 123611.2-590813124156.6-594109301.73 3.16 4.93 -0.04 -0.39 -0.01 B6IVe -0.025-0.002 +013SB 185: * +4824 27 VirBD+11 2484 110377100207 W GG Vir 123632.0+105830124134.4+102535294.55 73.14 6.19 +0.19 +0.10 A7Vn -0.109+0.004 +009SB 153 3.8 85.5 * +4825 29Gam VirBD-00 2601 110379138917 I 8630A 5859 123635.5-005403124139.6-012658297.85 61.33 3.65H +0.36 -0.03 +0.19 F0V -0.565+0.012 +.099-020SB 28 0.1 4.1AB 4* +4826 29Gam VirBD-00 2601 110380138917 I 8630B 5859 123635.5-005403124139.6-012658297.85 61.33 3.68H F0V -0.565+0.012 +.099-020V 30 0.1 4.1AB 4* +4827 BD-18 3442 110385157451 123635.2-191238124149.2-194531299.84 43.06 6.03 +0.39 +0.09 F3-5III -0.212+0.027 -003 82 * +4828 30Rho VirBD+11 2485 1104111002111326 Rho Vir 123649.3+104712124153.1+101408294.88 72.96 4.88 +0.09 +0.03 +0.02 A0V +0.084-0.091 +002SB 173 * +4829 31 VirBD+07 2568 110423119538 8633 5867 123653.0+072120124157.1+064824296.18 69.55 5.59 0.00 -0.02 A2V -0.068-0.012 +.012+004V 136 5.8 4.0 +4830 CP-62 2898 1104322520023015 BZ Cru 123658.1-623036124250.3-630331301.96-00.20 5.31 +0.27 -0.79 +0.21 B1IIIe v-0.015 0.000 +035SB 275 * +4831 CD-48 7608 110458223614 123703.1-481549124235.4-484847301.43 14.03 4.66 +1.09 +1.01 +0.57 K0III -0.127-0.032 +.025-012 * +4832 CP-55 5194 110461240176 123708.8-552353124249.6-555650301.72 6.90 6.08 -0.03 -0.19 B9V -0.047-0.019 +015V? +4833 76 UMaBD+63 1026 110462 15871 478 123711.8+631543124133.9+624247124.87 54.38 6.07 +0.01 +0.07 A2III -0.032-0.017 -004 +4834 CP-55 5197 110506240179 123727.6-553739124309.1-561034301.77 6.68 6.00 -0.08 -0.30 B7-8V -0.041-0.010 +010 +4835 CP-58 4453 110532240183 W 123743.2-582117124328.2-585411301.90 3.95 6.40 +1.09 +1.00 K0-1III -0.085-0.011 +017 3.3 29.8AC 3 +4836 CD-39 7785 110575203746 123758.9-393746124326.3-401040301.28 22.67 6.44 +0.25 +0.04 +0.14 A8V: +0.027-0.014 -005 * +4837 BD-00 2603 110646138933 123829.8-010137124338.1-013437298.88 61.23 5.93 +0.86 +0.46 +0.49 G8IIIp +0.050-0.076 +001 * +4838 CD-35 8155 1106532037563016 123833.8-354804124358.7-362057301.25 26.50 6.39 -0.06 A0V +0.013-0.007 -001 +4839 CD-27 8832 110666181063 479I 123840.6-274630124400.5-281926300.95 34.52 5.48 +1.34 +1.50 K4III -0.027-0.038 +007V +4840 BD+61 1312 110678 15877 Var 123841.0+614210124304.2+610920124.73 55.94 6.38 +1.26 +1.39 K0 -0.047+0.026 -006 * +4841 CP-68 1745 110716252012 123852.9-681659124501.7-684952302.35-05.97 6.16 +0.69 +0.38 F6Ia -0.032-0.015 -003V +4842 Iot CruCP-60 4273 110829252016 W 123945.0-602556124537.9-605852302.23 1.88 4.69 +1.05 +0.94 +0.52 K0III +0.098-0.063 +.036+007 4.8 27.5 * +4843 BD+44 2221 110834 44307 123943.9+443901124427.1+440611127.22 72.97 6.33 +0.43 F6IV -0.027+0.005 -016 127 +4844 Bet MusCP-67 2064 110879252019 W 124008.7-673338124616.9-680629302.45-05.24 3.05 -0.18 -0.74 -0.21 B2.5V -0.039-0.017D+.015+042V 184 0.2 1.3 * +4845 10 CVnBD+40 2570 110897 63177 124015.5+394920124459.5+391644128.81 77.78 5.95 +0.55 -0.03 +0.29 G0V -0.355+0.139 +.063+081V? 1 +4846 BD+46 1817 110914 443171327I Y CVn 124025.9+455913124507.8+452625126.45 71.65 4.99 +2.54 +6.33 +1.39 C7I -0.001+0.015 +.002+012 * +4847 32 VirBD+08 2639 1109511195741328 FM Vir 124033.9+081313124537.1+074024298.61 70.50 5.22 +0.33 +0.15 +0.16 F0IIIm -0.107+0.004 +.014-009SBO 66 * +4848 CP-55 5215 1109562402353018 W 124038.0-555629124622.7-562920302.23 6.38 4.65 -0.16 -0.64 -0.18 B3V v-0.036-0.013 +017V? 66 4.3 52.6 * +4849 33 VirBD+10 2468 111028119580 W 124117.6+100556124622.5+093224298.79 72.38 5.67 +0.99 +0.76 K1III-IV +0.277-0.446 +.021+052V 3.1 171.5 +4850 CD-32 8912 111032203797 W 124122.1-324605124646.0-331856301.81 29.55 5.86 +1.34 +1.60 K3III -0.007-0.030 +031 6.0 65. +4851 27 ComBD+17 2533 111067100252 I 124139.0+170726124638.7+163439296.68 79.39 5.12 +1.35 +1.54 +0.68 K3III +0.009+0.007 +053V < 17 +4852 BD+81 402 111112 20803017 124153.5+811009124426.0+803716123.29 36.50 6.40 +0.12 +0.13 A5m +0.030-0.042 -028SB 30 * +4853 Bet CruCP-59 4451 111123240259 481 W Bet Cru 124152.5-590831124743.2-594119302.46 3.18 1.25 -0.23 -1.00 -0.26 B0.5III -0.048-0.014 +016SB 38 6.0 371.6AC 3* +4854 BD+06 2660 111133119585 EP Vir 124157.5+062954124702.3+055703299.90 68.80 6.34 -0.05 -0.06 A0pSrEuCr v+0.035-0.043 +016V 10 * +4855 34 VirBD+12 2512 111164100260 W 124211.6+123017124713.6+115729299.00 74.80 6.07 +0.12 +0.13 A3V +0.042-0.018 -002V? 120 3.2 139.4 * +4856 BD-05 3569 111199138967 W 124223.2-054516124733.4-061807301.18 56.56 6.26 +0.55 +0.07 F7V +0.001-0.044 +013V? 12 6.1 16.3 +4857 CD-2410540 1112261811051329 124234.6-241824124753.7-245106301.91 38.01 6.44 -0.06 -0.45 B8III -0.041+0.040 +049V +4858 35 VirBD+04 2653 1112391195961330I 5947 124245.8+040708124751.4+033422300.70 66.43 6.41 +1.60 +1.83 +0.96E M3IIIb -0.006-0.003 +008V? * +4859 BD+63 1034 111270 15901 124302.8+631937124718.9+624651123.74 54.34 5.89R A9V +0.016-0.001 -011SB 106 +4860 CD-26 9340 111295181114 124306.3-270259124826.4-273551302.12 35.27 5.66 +0.95 +0.61 G5III-IV -0.139-0.063 -010V? +4861 28 ComBD+14 2546 111308100269 124313.8+140559124814.3+133311299.63 76.40 6.56 +0.01 +0.01 A1V -0.047-0.028 -000 130 +4862 CP-71 1391 111315256983 124315.9-712626124944.9-715911302.80-09.11 5.55 +1.17 +0.95 G8Ib-II +0.001-0.005 -007V * +4863 7 DraBD+67 764 111335 159023020I 124329.2+672011124734.4+664725123.53 50.33 5.43 +1.56 gK5 +0.010-0.005 +.023+008 +4864 BD+25 2568 111395 825113021 124354.7+252319124847.0+245025288.28 87.64 6.31 +0.70 +0.25 G7V -0.339-0.108 +.043-008V +4865 29 ComBD+14 2549 1113971002833022 124353.5+144007124854.2+140721300.20 76.98 5.70 +0.02 +0.07 -0.01 A1V +0.026-0.019 -008V? 145 * +4866 11 CVnBD+49 2163 111421 44332 124405.7+490043124841.8+482801124.18 68.66 6.27 +0.18 +0.17 A6m -0.065+0.016 -002V? 37 +4867 BD+61 1320 111456 15907 124418.3+605155124839.4+601912123.56 56.81 5.85 +0.46 -0.04 +0.28 F5V +0.105+0.001 +.041-012V 36 * +4868 CP-59 4483 111463252047 124417.0-595119125012.0-602403302.78 2.47 6.75 +0.35 +0.21 A3II -0.007-0.017 -009V +4869 30 ComBD+28 2153 111469 82515 8674 124425.1+280549124917.4+273308171.10 89.36 5.78 +0.03 +0.06 A2V -0.096+0.021 +000SB2 7.0 42.5 * +4870 Iot OctCP-84 407 111482258654 919 W 124427.3-843449125458.6-850724303.01-22.25 5.46 +1.02 +0.79 K0III +0.062+0.028 +053 0.5 0.6 * +4871 CD-47 7893 111519223698 124441.8-475453125019.6-482735302.74 14.41 6.24 +0.05 A0V -0.037+0.002 -017 +4872 CP-52 5947 1115882403143023 124514.5-521433125057.9-524715302.86 10.08 5.73 +0.13 A5V -0.026-0.012 -007 +4873 BD+23 2502 111591 82523 124521.0+232436125017.4+225148299.36 85.73 6.43 +1.00 +0.80 K0III +0.109-0.069 +006 * +4874 CD-33 8653 1115972038631331 W 124515.5-332715125041.2-335958302.75 28.87 4.91 -0.04 -0.11 A0IV -0.028-0.020 +.020+004V 178:10.0 27.6 * +4875 BD+38 2373 111604 63217 5983 124525.5+380340125010.7+373101124.31 79.61 5.89 +0.15 +0.08 A3V -0.097+0.027 -.000-014V 183 * +4876 CP-59 4494 111613252054 5991 124522.1-594707125117.8-601947302.91 2.54 5.72 +0.38 -0.10 A2Iabe -0.025+0.007 -021 18 * +4877 BD-09 3569 111720157550 8684A 5994 124610.6-094738125122.9-102018302.91 52.53 6.41 +1.02 +0.79 G8III -0.008-0.006 -017V 3.3 30.2AB 3* +4878 37 VirBD+03 2703 111765119633 124631.4+033601125136.9+030324303.04 65.93 6.02 +1.29 +1.44 gK4 -0.035+0.020 +003 +4879 CD-39 7879 111774203881 5999 124626.4-390809125156.8-394051303.04 23.19 5.98 -0.10 B8V -0.035-0.028 +005 +4880 CD-47 7917 111775223720 124627.0-473301125205.3-480539303.05 14.78 6.33 +0.03 +0.02 A0IV -0.060+0.013 -002 =< 49 +4881 CD-26 9369 111786181169 124637.1-261143125157.9-264417303.08 36.13 6.15 +0.23 A0III -0.111+0.040 -018 * +4882 CP-53 5359 111790240338 W 124638.6-531709125224.6-534946303.08 9.04 6.24 +1.13 G8Ib-II -0.020+0.012 -023 6.0 6.4 +4883 31 ComBD+28 2156 111812 825371332I' Var? 124649.7+280506125141.9+273226114.93 89.58 4.94 +0.67 +0.20 +0.35 G0III -0.012-0.008 +.011-001V? 77 * +4884 32 ComBD+17 2551 1118621003091333I W 124713.8+173704125212.3+170426303.98 79.94 6.32 +1.59 +1.99 M0III +0.001-0.007 -001V? 0.6 196.5AB 3 +4885 CP-54 5360 111884240347 124716.9-542433125303.9-545709303.17 7.92 5.93 +1.31 +1.40 +0.50E K2III -0.119+0.011 -009 * +4886 BD+16 2430 111893100312 124729.0+164000125227.6+160721304.22 78.99 6.30 +0.16 +0.10 A7V -0.043-0.019 -027 214 +4887 CP-59 4529 111904252069 6008 124724.0-594706125321.8-601943303.17 2.54 5.76 +0.33 -0.42 B9Ia -0.013 0.000 -019V? 81 * +4888 CD-48 7753 1119152237313024 124727.2-482357125306.9-485636303.22 13.93 4.33 +1.37 +1.58 +0.75 K3-4III -0.076-0.030 +.020-002SB +4889 CD-39 7893 111968203907 482 124753.7-393806125326.2-401044303.34 22.69 4.27 +0.21 +0.12 +0.14 A7III +0.063-0.022 +.056-003 81 +4890 Kap CruCP-59 4555 111973252077 124750.5-594959125349.1-602237303.23 2.49 5.90 +0.20 -0.65 B5Ia t+0.004-0.021 -004V? 0 * +4891 38 VirBD-02 3593 1119981390223025 D 124803.8-030035125311.2-033311303.79 59.32 6.11 +0.50 +0.04 F5V -0.262-0.003 +.042-007V * +4892 BD+84 289 112014 2101 8682B 124815.6+835742124906.6+832505123.01 33.71 5.85 -0.06 -0.12 A0V+A2V -0.026+0.022 +.001+001SB2O 17 0.5 21.6AB 3* +4893 BD+84 290 112028 2102 8682A 124823.1+835724124913.6+832446123.01 33.72 5.28 -0.03 -0.06 A1IIIShell -0.029+0.020 +.001+002V 275 0.5 21.6AB 3* +4894 35 ComBD+22 2519 112033 82550 I 8695 124822.3+214719125317.8+211442307.21 84.10 4.90 +0.90 +0.64 +0.45 G8III+F6V -0.047-0.022 +.021-007SBO < 17 2.1 1.0AB 4* +4895 CP-57 5776 112044240362 S Cru 124826.9-575315125422.0-582550303.32 4.44 6.58 +0.76 +0.60 F7Ib-II v-0.014-0.001 -007 * +4896 BD-03 3373 112048139027 124828.6-034047125338.1-041326303.98 58.64 6.44 +1.10 +1.02 K0 +0.001-0.041 +037V +4897 Lam CruCP-58 4584 112078240368 Lam Cru 124842.7-583612125439.2-590848303.35 3.72 4.62 -0.15 -0.61 -0.16 B4Vne -0.036-0.010 +012 317 * +4898 Mu 1CruCP-56 5487 112092240366 W A 124842.8-563805125435.6-571040303.36 5.69 4.03 -0.17 -0.76 -0.24 B2IV-V -0.033-0.006 +014 48 1.0 34.9 * +4899 Mu 2CruCP-56 5487 112091240367 W B Mu2 Cru 124844.0-563731125436.8-571006303.37 5.70 5.17 -0.12 -0.51 -0.06 B5Vne -0.035-0.001 +019V 201 1.0 34.9 * +4900 41 VirBD+13 2602 112097100322 124848.6+125744125349.7+122507305.23 75.28 6.25 +0.27 +0.05 +0.15 A7III +0.051-0.024 -010SB 67 * +4901 BD-10 3570 112131157584 D 6019 124906.2-110622125418.7-113855304.06 51.22 6.00 +0.08 A2V -0.141+0.013 -024 0.1 0.1 * +4902 40Psi VirBD-08 3449 1121421390331335I D Psi Vir 124909.1-085945125421.2-093220304.14 53.33 4.79 +1.60 +1.53 +1.28 M3-IIICa-1 e-0.024-0.015 +.021+018V? 3.3 0.0 * +4903 CD-43 7953 112164223753 124924.2-433612125458.5-440907303.61 18.72 5.89 +0.64 +0.25 G1V -0.223-0.225 +.044+032 +4904 BD+34 2369 112171 632443027 124926.5+340434125413.1+333204117.74 83.57 6.26 +0.20 +0.09 A7IV -0.090+0.032 +005 127 +4905 77Eps UMaBD+56 1627 112185 28553 483I Eps UMa 124937.8+563009125401.7+555735122.18 61.16 1.77 -0.02 +0.02 -0.03 A0pCr +0.112-0.006 +.009-009SB? 38 * +4906 CD-42 7975 1122132237603029 124944.4-422223125519.4-425457303.69 19.95 5.47 +1.68 +2.05 M0III -0.038-0.012 -007 +4907 CP-71 1404 112219256992 124950.5-713834125631.5-721107303.33-09.32 5.93 +1.13 +0.90 G8III -0.027-0.011 +010 +4908 CP-56 5498 112244240385 W 6024 125003.5-561737125557.0-565010303.55 6.03 5.32 +0.01 -0.84 O9Ib -0.024-0.010 +018V 145 5.0 29.1 * +4909 BD+47 2003 112264 443833030I TU CVn 125022.5+474421125456.5+471148121.20 69.92 5.84 +1.55 +1.57 M5III -0.016-0.006 -017 * +4910 43Del VirBD+04 2669 112300119674 484I W 6026 125033.9+035627125536.2+032351305.53 66.25 3.38 +1.58 +1.78 +1.33 M3+III e-0.469-0.054 +.022-018V? 7.0 164.5 * +4911 BD-14 3605 1123041575993033 125037.7-144707125553.3-151937304.52 47.53 6.17 0.00 A0Vn -0.017+0.003 -003 148 +4912 CD-25 9508 112374181244 LN Hya 125107.3-255505125630.1-262737304.34 36.40 6.62 +0.68 F3Ia +0.013-0.015 -024V * +4913 CD-50 7394 112409240407 125118.7-503925125704.4-511155303.83 11.66 5.16 -0.06 -0.32 B8-9V -0.026-0.015 +025 255 +4914 12Alp1CVnBD+39 2580 112412 63256 8706B 125119.7+385117125600.4+381853118.31 78.77 5.60 +0.34 -0.03 +0.23 F0V -0.236+0.062 +.027-003V 8 2.7 19.4 * +4915 12Alp2CVnBD+39 2580 112413 63257 485I 8706A Alp2 CVn 125121.0+385130125601.7+381906118.29 78.77 2.90 -0.12 -0.32 -0.06 A0pSiEuHg -0.234+0.056 +.027-003V 29 2.7 19.4 * +4916 8 DraBD+66 778 112429 15941 486 125129.7+655851125528.5+652619122.26 51.68 5.24 +0.28 +0.02 F0V -0.005-0.029 +.032+009 132 * +4917 BD+54 1556 112486 28572 8710 125154.7+543827125617.6+540558121.36 63.01 5.82 +0.19 +0.08 +0.08 A5m -0.077+0.001D+.012-005SB2O 20 1.8 3.5AB 3* +4918 BD-21 3635 112519181265 125213.0-221244125733.2-224514304.78 40.10 6.31 +1.07 G5 -0.052-0.029 +003V +4919 BD+46 1833 112570 44398 125233.8+464309125707.7+461037119.92 70.92 6.12 +1.01 +0.80 K0III-IV -0.022-0.047 +007V +4920 36 ComBD+18 2682 1127691003573036I 6046 125358.7+175654125855.4+172434313.41 80.13 4.78 +1.56 +1.96 +0.95 M1-IIIb -0.039+0.034 -002 +4921 44 VirBD-03 3384 1128461390861336 8727 125430.3-031621125939.5-034843306.92 59.00 5.79 +0.18 +0.08 A3V -0.037+0.008 -018 4.9 20.9 3* +4922 CD-32 9083 1129352040293038 125504.0-325750130032.6-333019305.11 29.33 6.02 +0.38 F0V -0.078-0.079 -023V? +4923 Del MusCP-70 1548 112985257000 487 125523.3-710034130216.2-713256303.80-08.69 3.62 +1.18 +1.26 +0.59 K2III +0.256-0.021 +.030+037SBO * +4924 37 ComBD+31 2434 112989 632883039I 8731 Var? 125529.3+311928130016.5+304706 95.60 85.86 4.90 +1.17 +1.05 +0.58 G9IIICH-2Fe1Ca1 -0.018-0.013 +.016-013V? < 19: 7.8 5.5 * +4925 46 VirBD-02 3609 112992139096 8732 6053 125526.9-024951130035.9-032207307.43 59.42 5.99 +1.12 +1.10 K2III -0.025+0.050 +023V? 3.9 1.1AB 3* +4926 BD+19 2622 113022100366 8735 125544.3+185437130038.8+182223317.04 80.99 6.20 +0.42 +0.02 F6V s -0.226+0.060 +.020+001V? 20 2.8 149.2AxBC 3* +4927 BD+76 473 113049 77143037 125549.8+760042125847.3+752821122.32 41.65 6.01 +0.99 +0.75 K0III +0.008+0.010 -015 +4928 9 DraBD+67 773 113092 15960 I 125608.4+670812125955.1+663550121.60 50.51 5.32 +1.29 +1.29 K2III -0.139-0.013 +.005-030V? < 17 +4929 38 ComBD+17 2573 113095100374 125612.9+173945130109.6+170723316.09 79.75 5.96 +0.96 K0III -0.005-0.025 -006 +4930 CP-70 1553 113120257003 6063 125617.1-705615130305.2-712834303.87-08.63 6.03 +0.05 -0.87 B1.5IIIne v-0.023-0.014 -005V 300 * +4931 78 UMaBD+57 1408 113139 28601 8739 6058 125626.4+565419130043.8+562159120.30 60.71 4.93 +0.36 +0.01 +0.21 F2V +0.114-0.009 +.034-010V? 92 2.5 1.3 * +4932 47Eps VirBD+11 2529 113226100384 488I W 6064 125711.9+112948130210.6+105733312.34 73.63 2.83 +0.94 +0.73 +0.45 G8IIIab -0.273+0.020 +.043-014V? < 17 8.9 248.7 * +4933 Xi 1CenCD-48 7887 113314223870 125745.8-485922130333.2-493138304.95 13.30 4.85 +0.02 +0.03 A0V -0.059-0.014 +.012+000V 185 * +4934 BD+64 927 113337 15962 W 125752.5+640851130146.8+633637121.00 53.48 6.00 +0.41 +0.02 F6V -0.180+0.029 +.033-011V? =< 6 9.4 119. +4935 BD-19 3629 113415181357 8757 125824.6-200247130346.1-203459306.83 42.20 5.58 +0.56 +0.07 F7V +0.142+0.018D+.003+034V? 0.1 0.4 * +4936 BD+60 1439 113436 286133041 125833.9+601514130240.4+594258120.31 57.35 6.53 +0.05 +0.06 +0.03 A3Vn -0.029-0.016 -023SB? 200 +4937 48 VirBD-02 3622 113459139131 8759 125845.2-030731130354.4-033948308.99 59.06 6.59 +0.29 +0.11 F0V -0.035-0.036D+.005+003V 109 0.3 0.6 +4938 CD-40 7662 113523223881 V789 Cen 125910.0-403933130448.1-411148305.64 21.61 6.26 +1.68 +1.83 M3-4III -0.028-0.034 -033 * +4939 CD-51 7248 113602240535 6084 125938.0-513446130530.8-520654305.13 10.70 6.43 +1.70 +1.99 M1III -0.048+0.032 -031V? * +4940 CD-47 8088 113703223900 W 130028.8-475538130616.7-482749305.47 14.34 4.71 -0.14 -0.58 -0.14 B5V -0.030-0.023 +006 189 6.5 11.4 * +4941 CD-40 7682 1137782239053044 6092 130055.0-410309130635.1-413519305.97 21.19 5.59 +1.05 K0II-III +0.046-0.017 +002 +4942 Xi 2CenCD-49 7644 113791223909 489 W 130104.2-492214130654.6-495422305.49 12.89 4.27 -0.19 -0.79 -0.20 B1.5V -0.026-0.012 +014SB1O 51 5.1 25.1 * +4943 14 CVnBD+36 2337 113797 633381337 6089 130103.9+362002130544.5+354756104.46 80.81 5.25 -0.08 -0.20 B9V -0.030+0.021 +.011-013V 175 * +4944 CP-59 4740 113823240566 W 130114.0-591930130724.2-595138304.94 2.95 5.99 +0.48 +0.12 F8-G2+B9IV -0.027-0.012 +004 0.2 0.9 +4945 BD+46 1847 113847 444651338I 8775 130122.3+454812130552.3+451607114.85 71.63 5.63 +1.13 K1III -0.012+0.028D+.012-020V 5.4 2.9 +4946 39 ComBD+21 2487 113848 826501339 W 130128.8+214124130621.2+210912333.39 83.13 5.99 +0.39 0.00 F4V -0.069-0.046 +.030+001 30 3.0 1.2 * +4947 CD-35 8441 113852204132 130120.1-351928130654.3-355143306.44 26.91 6.54 -0.02 -0.02 A0IV-III +0.041-0.078 +016 =< 49 +4948 BD+29 2365 113865 82648 8777 130123.9+293354130610.2+290146 64.11 86.23 6.54 +0.05 +0.09 A3IV -0.069+0.001 +005V 6.4 6.3AxBC 4* +4949 40 ComBD+23 2538 113866 82651 I FS Com 130130.5+230910130622.6+223658340.64 84.36 5.60 +1.59 +1.63 +1.81 M5III +0.025-0.049 +.045-005V? * +4950 BD+73 583 113889 7741 8772 130144.2+733337130449.7+730131121.57 44.07 6.31R F0V -0.019+0.020D+.007-016 90 2.0 1.3AB 3 +4951 CP-52 6194 1139022405731340 130141.6-525527130738.3-532735305.37 9.34 5.71 -0.07 -0.27 B8V -0.039-0.024 +022 +4952 The MusCP-64 2183 113904252162 W The Mus 130139.6-644617130807.0-651823304.67-02.49 5.51 -0.02 -0.87 B0Ia+WC5: v-0.016-0.009 -028SBO 106: 1.7 5.3 * +4953 BD+62 1275 113994 15985 130225.9+623441130622.7+620231119.88 55.00 6.14 +0.99 +0.65 G7III +0.005-0.037 +015V +4954 41 ComBD+28 2185 113996 826593045I 130222.8+280941130710.7+273729 41.94 86.47 4.80 +1.48 +1.85 +0.81 K5III +0.031-0.070 +.008-016V? < 17 +4955 49 VirBD-09 3628 114038157739 I 130239.4-101221130753.8-104425309.50 51.92 5.19 +1.14 +1.12 +0.58 K2III +0.017-0.006 +.025-009 < 19: * +4956 BD+28 2187 114092 82665 130306.4+280531130753.6+273321 40.56 86.32 6.19 +1.36 +1.64 +0.48E K4III -0.041-0.064 -009 +4957 BD-08 3491 1141131391753046I D 130319.5-082655130832.5-085904310.07 53.65 5.55 +1.18 +1.18 K3III -0.032-0.062 +016V? 0.0 0.1 +4958 45Psi HyaBD-22 3515 1141491814103048I 130340.0-223500130903.3-230705308.19 39.57 4.95 +1.05 +0.93 K1III -0.024-0.036 +.012-019V +4959 BD-08 3495 114203139183 130400.9-090016130914.4-093218310.25 53.08 6.32 +1.02 +0.79 K0 -0.033-0.009 +000V? +4960 BD+10 2516 114256100436 130411.9+103321130912.4+100120317.53 72.39 5.78 +1.00 K0III +0.017-0.003 -000 +4961 50 VirBD-09 3636 114287157760 I 6114 130431.1-094745130945.3-101946310.31 52.28 5.94 +1.49 +1.69 K5III -0.008-0.012 -007V? +4962 BD+17 2595 1143261004393049I 130452.8+172255130947.8+165055326.33 78.88 5.91 +1.45 +1.65 K5III -0.069-0.012 -017 +4963 51The VirBD-04 3430 114330139189 490 8801 130446.2-050018130957.0-053220311.42 57.03 4.38 -0.01 -0.01 0.00 A1IV s+Am -0.032-0.033 +.026-003SB 15 1.0 0.5 4* +4964 BD+38 2407 114357 63372 130502.0+375721130938.7+372523103.61 79.01 6.02 +1.15 K3III -0.103+0.005 -019 +4965 CD-51 7329 114365240627 V824 Cen 130500.9-520202131058.4-523401305.95 10.19 6.06 -0.09 -0.38 ApSi -0.041-0.017 +026V 76 * +4966 CP-69 1772 114371252185 W 130457.3-692435131151.6-695631304.69-07.14 5.91 +0.42 -0.03 F3IV-V +0.036+0.006 +007SB2 5.9 30.7 * +4967 15 CVnBD+39 2611 114376 63374 8805BC 130505.9+390400130942.0+383202105.55 77.97 6.28 -0.12 -0.48 B7III -0.016+0.003 -006V 125 0.3 284.4AC 3* +4968 42Alp ComBD+18 2697 114378100443 8804A 6116 130507.4+180330130959.3+173146327.96 79.49 5.22H +0.45 -0.06 F5V -0.431+0.136 +.054-018V? 28 0.1 0.2AB 3* +4969 42Alp ComBD+18 2697 114379100443 8804B 6116 130507.4+180330130959.3+173146327.96 79.49 5.22H F5V -0.430+0.136 +.054-018V? 0.1 0.2AB 3* +4970 CD-41 7648 114435223960 130526.9-414200131108.8-421359306.83 20.49 5.79 +0.52 F7IV -0.080-0.024 -011 +4971 17 CVnBD+39 2614 114447 63380 491 8805A 130527.7+390149131003.2+382956105.17 77.98 5.91 +0.29 A9III-IV -0.070+0.044 +000SB2? 77: 0.3 284.4AC 3* +4972 CP-62 3046 114461252187 130528.2-624615131153.1-631810305.23-00.52 6.33 +0.44 +0.35 A8II-III -0.006+0.003 -003V +4973 CD-42 8175 114474223966 130540.0-425009131123.2-432208306.77 19.35 5.25 +1.05 +0.92 +0.36E K1-2III -0.117-0.027 +.011-009 * +4974 BD+63 1056 114504 159993050 W 130558.2+624543130950.2+621345119.22 54.77 6.54 -0.02 -0.02 A1V -0.030-0.008 -017 68 3.2 107.8 +4975 CP-59 4815 114529240645 W V831 Cen 130602.8-592318131217.4-595515305.55 2.85 4.60 -0.08 -0.38 -0.09 B8V -0.049-0.024D+.014+012SB 216: 0.4 0.1AB 4* +4976 CP-77 890 1145332570193054 130557.9-775459131417.2-782650304.12-15.63 5.85 +1.07 +0.72 F8Ib -0.018+0.004 -018 +4977 CP-65 2201 114570252196 130611.6-654144131248.9-661337305.09-03.44 5.90 +0.06 +0.04 A0Vm: +0.024+0.006 +009 +4978 CD-25 9653 1145761814461341 W 130612.8-260112131139.2-263306308.53 36.10 6.50 +0.19 A5Vn -0.068+0.004 -021 177 0.1 0.2 * +4979 CD-37 8437 1146132042273051 130628.4-371622131203.2-374811307.43 24.89 4.85 +0.70 +0.31 +0.36 G3V -0.385+0.047 +.053-015V? +4980 CP-59 4827 114630240653 W 130640.2-591657131256.0-594900305.63 2.94 6.16 +0.60 +0.08 G0V +0.014-0.107 +016SB2 3.2 25.3 * +4981 53 VirBD-15 3613 114642157788 W 6136 130644.1-153933131203.5-161155310.12 46.39 5.04 +0.46 +0.02 F5III-IV +0.098-0.286 +.040-014 15 5.0 235.0AD 4* +4982 CD-42 8196 114707223980 130706.9-421007131250.9-424159307.12 20.00 6.22 +1.06 K0III -0.020+0.003 -001 +4983 43Bet ComBD+28 2193 114710 82706 492I W 130712.4+282306131152.4+275241 43.33 85.40 4.26 +0.57 +0.07 +0.30 F9.5V -0.801+0.882 +.120+006SB? 6 5.8 90.8 * +4984 BD+25 2610 114724 827083052 130719.4+244725131208.4+241529 2.47 84.52 6.33 +0.98 K1III -0.008-0.041 -024 +4985 CD-50 7589 114772240655 W 130727.3-501007131323.5-504200306.48 12.02 5.89 -0.02 B9V -0.019-0.027 -001 0.3 0.3 +4986 BD+12 2565 1147801004603053I 130734.3+120517131232.9+113322321.61 73.66 5.77 +1.51 M0III -0.050-0.033 +025 +4987 BD+19 2648 114793100461 130742.9+191657131235.9+184506334.19 80.31 6.53 +0.88 G8III -0.065-0.003 -020 +4988 CP-58 4738 1148352406633055 130759.0-580912131412.1-584102305.89 4.06 5.89 +1.08 K0-1III -0.051-0.012 -002 +4989 CP-58 4740 114837240666 W 130803.3-583407131414.8-590612305.87 3.64 4.92 +0.48 +0.27 F7IV -0.265-0.157 +.053-065 0 5.3 2.7 +4990 54 VirBD-18 3562 114846157798 8824A 130805.9-181744131326.8-184936310.15 43.74 6.28 +0.09 +0.01 B9III -0.020-0.017D+.011-041SB 0.4 5.4 * +4991 CD-42 8213 114873223989 130813.8-423634131357.5-430820307.29 19.54 6.16 +1.38 +1.62 K4III -0.170+0.028 +030 +4992 BD+19 2649 114889100467 130820.5+191532131312.4+184337334.87 80.22 6.11 +1.20 G8III -0.215-0.049 -024 * +4993 Eta MusCP-67 2224 114911252224 493 W Eta Mus 130828.0-672152131514.9-675340305.18-05.13 4.80 -0.08 -0.35 -0.08 B8V -0.041-0.008 -008SBO 268 3.2 60. * +4994 CP-69 1784 114912252225 130830.3-690855131525.7-694047305.03-06.90 6.37 +1.21 +1.33 K2-3III -0.101-0.048 -011 +4995 55 VirBD-19 3651 114946157806 130849.7-192420131410.9-195551310.21 42.62 5.33 +0.87 +0.44 G6V -0.122+0.167 +.010-045V? +4996 CD-48 8050 114971224000 130850.2-482529131443.1-485724306.86 13.74 5.89 +1.06 +0.93 K1III -0.129-0.081 +056 * +4997 BD+40 2633 115004 44519 I 130910.9+404057131343.0+400910104.83 76.18 4.92 +1.06 +0.93 +0.49 G8IIIaCN0.5 -0.048+0.015 +.004-021V? < 19: +4998 BD+12 2572 115046100473 I 8832 130931.9+115146131431.3+111954322.99 73.30 5.67 +1.50 +1.86 +0.90 M0III +0.074-0.052 +012V 6.7 49.1 * +4999 CD-35 8547 115050204282 130932.2-355029131509.7-362216308.26 26.26 6.19 +0.97 K1III -0.012-0.015 -004 +5000 CP-64 2316 115149252236 131009.3-643629131644.8-650818305.59-02.40 6.07 +0.44 -0.02 F5V -0.103-0.052 +018V +5001 57 VirBD-19 3653 115202157823 I 131034.2-192441131558.8-195635310.77 42.56 5.22 +1.03 +0.87 K1III-IV +0.306-0.116 +.048+034V * +5002 CP-66 2142 115211252240 6164 131028.5-661518131713.0-664701305.47-04.04 4.87 +1.50 +1.58 +0.75 K2Ib-II -0.020-0.014 +.007-010 * +5003 BD+73 587 115227 77823057 131040.0+731944131332.0+724756120.66 44.23 6.59 +0.08 +0.07 A2V +0.017-0.016 +002SB +5004 19 CVnBD+41 2374 115271 44531 131102.2+412300131532.0+405119104.57 75.40 5.79 +0.19 +0.12 A7V -0.108+0.015 -018 97 +5005 BD-00 2674 1153081392543058 DK Vir 131117.5-005142131625.5-012326315.84 60.85 6.68 +0.31 +0.08 F1IV -0.035-0.028 -012 51 * +5006 CD-3010457 1153102043121342I 131119.7-305837131653.1-313022309.26 31.05 5.10 +0.96 +0.61: K1III +0.034-0.048 +.016+013V? +5007 BD+19 2655 115319100484 131122.4+193447131614.3+190306339.43 80.12 6.45 +0.98 +0.75 G8III -0.102+0.002 -045 +5008 CD-43 8165 1153312240321343 131125.8-432705131713.9-435846307.82 18.65 5.84 +0.20 +0.15 +0.09 Am 0.000-0.008 -012V * +5009 BD+81 416 115337 21643056 W 6153 131131.4+810002131225.4+802817121.85 36.61 6.25 +0.94 K0Ib -0.009+0.012 -011V? 4.0 1.1 * +5010 BD+20 2814 115365 827513059 W 131141.1+201845131632.3+194707342.33 80.67 6.45 +0.25 +0.08 F0V -0.110+0.023 -035 161 1.9 203. * +5011 59 VirBD+10 2531 115383119847 W 131148.7+095648131646.5+092527322.80 71.31 5.22 +0.59 +0.10 +0.20E G0V s -0.334+0.190 +.079-026V? 7 9.1 34.3 +5012 CP-71 1458 1154392570283061 131200.2-713026131918.9-720208305.11-09.28 6.04 +1.35 +1.46 K3III -0.013-0.056 -031 +5013 BD+14 2591 115478100497 I 131218.8+141207131715.6+134032328.35 75.26 5.33 +1.31 +1.51 +0.66 K3III +0.007+0.039 -025V? < 19: +5014 BD+00 3040 115488139264 W 6171 131222.6-000855131729.9-004036316.69 61.50 6.37 +0.26 +0.04 F0V -0.058-0.025 -020 120 0.0 0.1 +5015 60Sig VirBD+06 2722 1155211198551344I 6173 131233.2+055948131736.3+052811320.14 67.46 4.80 +1.67 +1.95 +0.84E M1III -0.005+0.013 +.011-027V? * +5016 CD-50 7660 115529240721 131234.2-504531131834.6-511710307.25 11.36 6.19 +0.01 A0V -0.048-0.023 -004 +5017 20 CVnBD+41 2380 115604 44549 494 AO CVn 131303.5+410557131732.5+403421102.73 75.52 4.73 +0.30 +0.21 +0.15 F3III -0.125+0.021 +.019+008V? 17 * +5018 BD+69 694 115612 160333060 131311.3+685606131628.6+682429119.46 48.55 6.20 -0.06 -0.16 B9.5V -0.013+0.016 -007V 120: +5019 61 VirBD-17 3813 1156171578441345 W 131310.3-174518131824.3-181841311.88 44.10 4.74 +0.71 +0.26 +0.36 G6V -1.070-1.065 +.115-009V? < 17 5.5 231.5 +5020 46Gam HyaBD-22 3554 115659181543 495I W 6180 131329.0-223838131855.3-231018311.10 39.26 3.00 +0.92 +0.66 +0.47 G8-IIIa +0.064-0.045 +.027-005V? < 17 6.7 138.4 * +5021 BD+04 2721 115709119867 131347.1+041251131851.1+034116319.73 65.66 6.62 +0.06 +0.03 A1IV -0.050-0.011 -001SB 47 +5022 BD+34 2410 115723 63462 I 131349.9+343728131827.8+340553 84.77 80.93 5.82 +1.35 K4.5III +0.033+0.003 -020 +5023 21 CVnBD+50 1994 115735 445563063 BK CVn 131359.3+501229131814.5+494055111.85 66.87 5.15 -0.07 -0.20 A0V -0.033+0.015 +.020-003 106 * +5024 CP-59 4912 115778240756 W 131412.8-591449132034.9-594624306.60 2.89 6.18 +0.43 F3-F5II -0.042-0.024 -010 6.4 13.1 +5025 BD+35 2435 115810 634683064 8861D 131428.3+353912131904.2+350741 88.19 80.06 6.02 +0.24 F0IV -0.030+0.019 -002 82 3.6 319.0AD 4 +5026 CP-52 6405 115823240762 6190 131432.9-521320132037.8-524453307.41 9.87 5.48 -0.13 -0.52 -0.15 B6V -0.030-0.019 +010SB 73 * +5027 CP-55 5504 1158422407653065 6193 131436.3-551632132048.3-554802307.08 6.83 6.02 +0.29 -0.69 +0.22 B0.5Ia e-0.009+0.004 -003 90 * +5028 Iot CenCD-36 8497 115892204371 496 131458.4-361105132035.8-364244309.42 25.79 2.75 +0.04 +0.03 -0.01 A2V -0.341-0.085 +.062+000 85 +5029 CD-46 8580 115912224080 131503.8-462121132057.7-465250308.17 15.69 5.77 +1.12 +1.01 K1III -0.075+0.004 -003 +5030 CP-71 1467 115967257033 W 131527.3-713720132252.6-720848305.37-09.42 6.05 +0.09 -0.34 B6V -0.023-0.013 +033SB 1.4 0.3 * +5031 BD+03 2758 115995119889 8864 131537.1+032802132041.6+025630320.32 64.82 6.26 +0.10 +0.10 A3V -0.059-0.029D+.005-004V 80 0.4 1.1 +5032 23 CVnBD+40 2647 116010 445701346I 131550.1+404031132019.0+400902100.09 75.67 5.60 +1.20 K1III -0.058-0.002 -021 +5033 BD-18 3587 116061157879 6206 131607.2-185754132129.9-192920312.61 42.82 6.21 +0.09 +0.08 A2V -0.066+0.008 -008V? +5034 CP-60 4627 116072252283 W B V790 Cen 131607.7-602652132235.7-605820306.70 1.67 6.18 +0.01 -0.58 B2.5Vn -0.020-0.013 +003V 233 0.0 0.1AB 3* +5035 CP-60 4627 1160872522841347 W A 131610.1-602751132237.9-605918306.71 1.65 4.53 -0.13 -0.60 -0.15 B3V -0.039-0.014 +006V 241 0.0 0.1AB 3* +5036 CD-51 7465 116084240782 131611.1-513932132216.2-521059307.73 10.40 5.83 +0.12 -0.72 B2.5Ib -0.010+0.001 -015 * +5037 BD+02 2664 1161601198993067 131636.5+023646132141.6+020514320.35 63.93 5.69 +0.06 +0.03 A2V -0.061-0.053 -007V 200 +5038 CD-47 8260 116197224095 W 131654.8-472511132252.7-475635308.36 14.60 6.16 +0.18 A4V +0.036+0.005 -000V? 0.3 0.6 +5039 CD-47 8261 1162262240963068 131703.9-480222132302.6-483346308.31 13.98 6.38 -0.07 -0.44 B6IV -0.006-0.001 -041 * +5040 64 VirBD+05 2737 116235119905 131707.1+054045132209.7+050917322.72 66.84 5.87 +0.12 +0.10 +0.04 A2m -0.065-0.036 -010V 20 +5041 CP-63 2732 116243252293 131717.0-640044132400.5-643209306.42-01.88 4.53 +0.85 +0.47 +0.43 G6II +0.029-0.026 +.002+012 +5042 Iot1MusCP-74 1057 1162442570413070 131714.0-742142132507.1-745316305.17-12.16 5.05 +1.11 +1.01 +0.54 K0III -0.115-0.130 +.016+028 +5043 CD-32 9322 116278204420 6212 131731.6-324001132308.7-331124310.53 29.21 6.22 +1.65 +1.96 +0.94E M1III -0.005-0.005 -013 * +5044 63 VirBD-16 3650 116292157899 6213 131739.6-171241132301.1-174407313.50 44.49 5.37 +0.99 +0.75 +0.49 KIII -0.047-0.029 +.004-027 +5045 BD+44 2269 116303 44582 6210 131741.4+442534132203.8+435411104.70 72.12 6.35 +0.24 +0.06 +0.14 A7m -0.071+0.010 -001 36 +5046 CD-49 7884 116338224104 131751.4-491758132352.3-494923308.29 12.71 6.48 +0.96 G8III -0.067-0.044 -032V +5047 65 VirBD-04 3469 1163651393083069I 131807.9-042405132318.9-045528317.64 57.03 5.89 +1.43 +1.66 K3III -0.019-0.015 +010 +5048 CP-63 2743 1164572523043071 W 131832.1-635746132513.9-642907306.56-01.85 5.31 +0.40 -0.01 F2III -0.157-0.022 +.008-002 0 5.7 25.7 * +5049 CP-69 1838 116458257042 131832.5-700621132550.1-703739305.80-07.95 5.67 -0.03 -0.18 ApHgMn: -0.067-0.009 +008V =< 49 * +5050 66 VirBD-04 3472 116568139324 131920.8-043829132433.2-050950318.08 56.73 5.75 +0.42 -0.04 F3-4V s +0.159-0.030 +014SB 40 +5051 Iot2MusCP-74 1059 116579257047 131921.4-741015132718.3-744131305.34-11.99 6.63 -0.06 -0.24 B9V -0.049-0.017 -003 +5052 BD+37 2404 116581 63514 I 6220 131921.9+373322132354.0+370202 90.25 77.95 6.07 +1.68 M3III +0.022-0.006 +000 +5053 BD+13 2663 116594100553 131933.8+125709132430.5+122555332.35 73.39 6.44 +1.06 +0.91 K0III -0.016+0.041 -006SB +5054 79Zet UMaBD+55 1598 116656 28737 497I 8891A 6224 131954.0+552651132355.5+545531113.11 61.58 2.27 +0.02 +0.03 -0.02 A1VpSrSi +0.122-0.020 +.047-006SB2O 32 1.7 0.0AP 4* +5055 79Zet UMaBD+55 1598 116657 28738 I: 8891B 6225 131954.9+552639132356.4+545518113.11 61.58 3.95 +0.13 +0.09 A1m +0.119-0.028 +.047-009SB1O 57 1.7 0.0AP 4* +5056 67Alp VirBD-10 3672 116658157923 498I W Alp Vir 131955.4-103822132511.6-110941316.11 50.84 0.98 -0.23 -0.93 -0.24 B1III-IV+B2V -0.041-0.028 +.023+001SB2O 159 1.5 0.0 O 5* +5057 BD+24 2578 116706 828253072 132020.5+242232132506.7+235116 11.48 81.73 5.78 +0.06 +0.08 A3IV -0.013-0.009 -003SB? 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AB 3* +5501108 VirBD+01 2972 129956120642 144024.5+010822144530.2+004302353.72 51.97 5.69 -0.03 -0.07 B9.5V -0.038-0.007 -020V? 76 +5502 35Omi BooBD+17 2780 129972101184 I 144034.4+172316144514.5+165752 17.74 61.82 4.60 +0.98 +0.75 +0.48 G8.5III -0.058-0.049 +.045-009 < 17 * +5503 5 LibBD-14 4023 129978158788 9376 144026.8-150217144557.8-152735339.48 39.15 6.33 +1.19 K1III -0.032 0.000 -040 4.7 3.1 +5504 BD-20 4087 129980182858 W 144030.4-204507144610.9-211034335.73 34.29 6.40 +0.58 +0.15 F7V -0.062-0.104D+.026-000V? 0.2 0.3 * +5505 36Eps BooBD+27 2417 129988 9372B 144037.1+272947144459.2+270430 39.38 64.78 5.12H A2V -0.050+0.021 +.016-023SB2 147 2.6 2.8AB 3* +5506 36Eps BooBD+27 2417 129989 83500 I 9372A 144037.1+272945144459.2+270427 39.38 64.78 2.70H +0.97 +0.73 +0.52 K0-II-III -0.049+0.021 +.016-017V 2.6 2.8AB 3* +5507 BD+19 2854 130025101187 144043.3+191822144520.7+185305 21.51 62.60 6.13 +0.83 K0 +0.032+0.014 -004 +5508 CD-37 9686 130055205937 144048.6-375205144705.1-381727326.62 19.20 5.94 +1.33 K3III +0.052-0.090 +041V * +5509 CD-43 9326 130073225183 144101.9-430812144732.1-433327324.22 14.46 6.30 +1.08 +0.88 +0.49C G8III -0.013-0.032 -023 +5510 BD+33 2489 130084 643061384I 144102.6+331243144513.7+324718 52.83 64.79 6.28 +1.58 +1.90 M1IIIb +0.045-0.072 +030V +5511109 VirBD+02 2862 130109120648 547 6794 144111.5+021851144614.9+015334355.28 52.68 3.72 -0.01 -0.03 -0.02 A0V -0.114-0.026 +.037-006V? 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26 0.9 1.8AB 5* +5524 BD+24 2779 130603 83535 9389 144357.2+244655144823.3+242200 33.54 63.58 6.14 +0.48 +0.08 F2-6V -0.110+0.045D+.010-031 38 1.1 1.9 +5525 Pi 1OctCP-82 629 1306502587133987 144413.7-824924150150.8-831340306.84-21.37 5.65 +0.95 +0.75 G8-K0III +0.016+0.053 +014 +5526 58 HyaCD-2710073 130694182911 I 144424.8-273238145017.3-275737332.65 27.97 4.41 +1.40 +1.49 +0.76 K4III -0.241-0.059 +.011-010 * +5527 CP-63 3436 130701252928 I AX Cir 144427.3-632348145235.0-634836315.83-04.01 5.87 +0.72 +0.22 G3II+B8V v-0.024-0.009 -021SB? * +5528 Omi LupCD-43 9391 130807225248 W 144506.5-430941145138.4-433432324.90 14.11 4.32 -0.15 -0.61 -0.11 B5IV -0.020-0.027 +007SB 84 0.0 0.1 * +5529 BD+38 2593 130817 643441386 144511.1+381324144906.7+374840 63.78 63.12 6.16 +0.36 -0.07 F2V -0.253+0.111 +.021-035V? 12 +5530 8Alp1LibBD-15 3965 1308191588361387 W B 144509.2-153453145041.2-155950340.31 38.07 5.15 +0.41 -0.03 +0.19 F4IV -0.098-0.066 +.050-023V 22 0.4 0.0 O 3* +5531 9Alp2LibBD-15 3966 130841158840 548I W A 6827 144520.7-153734145052.7-160230340.33 38.01 2.75 +0.15 +0.09 +0.04 A3IV -0.106-0.067 +.058-010SB 84 0.4 0.0 O 3* +5532 BD+29 2581 130917 835513171 W 144540.0+290148144958.4+283657 43.16 63.83 5.80 +0.05 +0.08 A4V +0.017+0.003 +001SB 175 4.9 111.2 +5533 38 BooBD+46 1993 130945 45226 144544.8+463158144918.7+460658 79.98 59.97 5.74 +0.48 0.00 F7IV w -0.002-0.076 -005V? 20 * +5534 BD+24 2786 130948 835533172 144547.4+241929145015.8+235443 32.76 63.06 5.85 +0.56 +0.02 G0-2V +0.143+0.034 +.069-002SB +5535 11 LibBD-01 2991 130952140176 I 144549.8-015257145101.0-021757352.08 48.82 4.94 +0.98 +0.72 +0.51 G8III-IV +0.084-0.123 +.016+083V < 17 +5536 BD+00 3253 130970140177 I 144552.8+000921145100.1-001526354.23 50.31 6.18 +1.40 +1.69 K3III -0.026+0.015 -020 +5537 BD+51 1957 131040 29296 9405 144617.5+514718144932.3+512229 88.43 57.10 6.51 +0.40 0.00 F5IV +0.012+0.008 -005SB 3.6 15.7AB 3* +5538 39 BooBD+49 2326 131041 45231 9406 144617.3+490754144941.3+484314 84.29 58.58 5.69 +0.47 F6V+F5V -0.076+0.096 +.009-032SB2O 0.5 2.9 * +5539 Zet CirCP-65 2918 131058252951 144614.1-653452145442.4-655929315.03-06.06 6.09 -0.06 -0.60 B3Vn -0.022-0.022 -018 +5540 CP-76 924 1311092572123175 R Aps 144628.8-761519145752.9-763946310.14-15.60 5.34 +1.45 +1.70 K4III: -0.074-0.015 +.008-031 * +5541 BD+37 2580 131111 64355 I 144632.7+374056145029.6+371619 62.48 62.99 5.48 +1.02 +0.84 +0.54 K0III-IV -0.211+0.094 +.026-067V < 17 * +5542 CD-3011780 131117206035 144635.5-300954145233.1-303437331.67 25.45 6.29 +0.60 +0.13 G1V -0.329-0.027 +.031-028V? * +5543 CD-37 9760 1311202060373173 144634.4-372330145251.1-374812327.93 19.11 5.03 -0.16 -0.72 B7IIIp -0.018-0.021 +006 95 * +5544 37Xi BooBD+19 2870 131156101250 I 9413 Xi Boo 144646.4+193057145123.3+190604 23.09 61.36 4.55 +0.76 +0.28 +0.43 G8Ve+K4Ve +0.137-0.098 +.156+003V? 3 2.1 7.2AB 4* +5545 Pi 2OctCP-82 636 131246258714 144720.9-823814150446.7-830218307.03-21.25 5.65 +1.30 +1.15 G8Ib -0.016-0.010 -021 +5546 CP-59 5753 1313422421113174 144751.7-594212145534.6-600651317.82-00.88 5.20 +1.16 +1.15 K2III -0.125-0.115 +.031-014 +5547 CP-76 931 131425257218 144826.6-764525150011.8-770937310.01-16.09 5.93 +1.05 +0.81 G8II -0.003+0.004 +002 +5548 12 LibCD-2411735 131430182983 I 144831.5-241400145420.1-243832335.49 30.35 5.30 +1.32 +1.54 K2III -0.010-0.027 +.041+009V? +5549 CD-3210457 131432206079 W 144831.3-325333145438.0-331802330.61 22.87 5.82 +1.42 K2III 0.000+0.002 -024 4.0 58.1AC 3* +5550 BD+16 2705 131473101273 9425 144841.9+160647145323.3+154216 17.22 59.51 6.40 +0.57 +0.12 F9V -0.022+0.009D+.021+021V? 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AC 3 +5608 BD+60 1582 133388 165743188 6899 145906.5+603550150127.1+601216 98.26 50.23 5.93 +0.09 +0.10 A4V -0.017+0.015 -009 +5609 BD+35 2642 133392 644763191 6908 145906.5+353550150306.1+351221 57.21 60.85 5.51 +1.02 +0.49 gG8 -0.038+0.012 -027 +5610 BD+06 2983 133408120822 9493A 145908.5+055304150406.4+052933 4.51 51.74 6.50 +0.31 +0.02 F0V -0.010-0.041D+.017-008 0.2 9.9 +5611 CP-64 3095 133456253024 6932 145922.6-645316150756.8-651632316.58-06.09 6.17 +1.47 +1.70 K3III +0.007-0.009 -004 +5612 BD+45 2251 133484 453483192 S 145934.5+450207150306.6+443840 75.33 58.43 6.65 +0.46 +0.04 F6IV -0.093+0.024 -020 20 0.2 +5613 BD+35 2644 133485 64484 145935.2+345727150336.5+343358 55.89 60.82 6.59 +1.02 G8III-IV -0.002-0.016 -025 +5614 CD-2510710 133529183163 145954.5-252401150547.7-254723337.27 27.98 6.67 -0.01 -0.38 B8V -0.002-0.020 -032 +5615 CD-3510035 133550206292 145956.9-355233150613.9-361551331.19 19.10 6.27 +1.65 K5III -0.017+0.008 -037 +5616 43Psi BooBD+27 2447 133582 83645 557I 150009.6+272015150426.7+265651 40.32 60.47 4.54 +1.24 +1.33 +0.65 K2III -0.174-0.006 +.018-026 < 17 +5617 CD-48 9630 133631225456 150028.2-484207150725.9-490518324.63 7.97 5.77 +0.92 G8III +0.014+0.017 -012V +5618 44 BooBD+48 2259 133640 45357 9494 i Boo 150029.4+480236150347.4+473916 80.36 57.06 4.76 +0.65 +0.11 F9-G1Vn -0.407+0.033 +.086-025SB2O=< 16 0.8 0.7 * +5619 CD-3011960 133652206300 150029.0-303148150633.3-305508334.30 23.60 5.96 -0.08 A0pSi v-0.016-0.038 +002 69 * +5620 BD-21 4030 133670183176 6931 150040.8-213834150627.1-220155339.86 30.99 6.17 +1.05 gK1 +0.063-0.058 +005 * +5621 CP-66 2725 1336832530313195 150036.2-664157150929.9-670503315.80-07.73 5.76 +0.69 +0.39 F6II -0.005-0.001 +009V +5622 21Nu LibBD-15 4026 1337741590283193I 150102.8-155209150637.6-161525344.00 35.62 5.20 +1.58 +1.92 +0.88 K5-III -0.033-0.022 +.020-015 +5623 CP-63 3518 133792253034 150104.8-631528150925.5-633834317.55-04.76 6.28 +0.06 A0pSrCrEu -0.015-0.018 +012 +5624 CD-40 9305 1338802254743194 HR Lup 150142.8-401152150812.1-403502329.18 15.22 5.79 -0.14 -0.40 B8IVSi -0.030-0.032 +003V * +5625 CD-4210050 133937225479 150202.8-422858150839.1-425204328.04 13.22 5.85 -0.11 -0.45 -0.13 B7V -0.027-0.018 +001SB 317 * +5626 Lam LupCD-44 9889 133955225483 W 150206.3-445342150850.6-451647326.80 11.13 4.05 -0.18 -0.68 -0.15 B3V -0.016-0.019D+.012+010SB 166 0.2 0.4 * +5627 47 BooBD+48 2262 133962 453701395 9500 6934 150207.1+483214150525.8+480904 80.95 56.60 5.57 0.00 -0.07 A1V -0.066+0.031 +.026-013 59 7.7 6.2 * +5628 CP-72 1714 133981257247 150216.1-722321151233.8-724613313.03-12.73 6.01 0.00 -0.24 B8-9III -0.024-0.007 -013 +5629 BD+66 887 133994 16587 150226.3+661829150357.8+655511104.18 46.09 6.13R A2V s +0.023-0.007 -005 +5630 BD+37 2608 134044 64503 150240.0+365026150635.1+362720 59.53 59.98 6.35 +0.52 +0.03 F8V -0.063+0.028 -005V? =< 6 +5631 BD+06 3001 1340471208523196 150242.6+055300150740.3+052953 5.39 51.04 6.16 +0.94 +0.71 K0III -0.003-0.017 +003SB +5632 CP-60 5656 134060253043 150242.8-610224151044.6-612521318.81-02.92 6.30 +0.63 +0.16 G2V -0.198-0.021 +038 +5633 BD+19 2924 134064101379 9505 150245.2+184941150720.4+182630 24.65 57.61 6.02 +0.06 +0.06 A3V +0.043-0.055D+.015-006SB 165 0.1 0.1 * +5634 45 BooBD+25 2873 134083 836711396 W 6945 150254.5+251531150718.1+245209 36.45 59.48 4.93 +0.43 -0.02 +0.21 F5V +0.185-0.165 +.064-007V 45 4.9 244.1AC 3* +5635 BD+55 1730 134190 294071397I 150325.3+545628150616.7+543323 90.43 53.21 5.25 +0.96 +0.64 +0.49 G7.5IIIFe-1 +0.048+0.015 +.029+016V? < 19: +5636 CD-3810020 134255206352 150342.4-382437151007.5-384733330.48 16.55 5.98 G8III -0.006-0.023 -035 +5637 CP-54 6367 1342702422873198 W 150348.5-545755151116.0-552046321.96 2.27 5.54 +1.14 +0.73 G2Ib-II -0.002-0.008 -004 6.7 11.2 * +5638 46 BooBD+26 2656 134320 83682 I 150404.7+264104150823.8+261804 39.31 59.50 5.67 +1.24 +1.26 +0.61 gK2 +0.005-0.014 +021SB +5639 BD+13 2901 134323101403 150409.6+133656150853.4+131406 16.44 55.04 6.10 +0.96 +0.62 dG6 -0.056+0.064 -049V? 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150606.4-440722151249.5-443002327.83 11.43 4.82 -0.17 -0.68 -0.16 B3IV -0.034-0.028 +014SB1O 16 * +5652 24Iot1LibBD-19 4047 134759159090 559 9532 6981 150631.1-192448151213.3-194730342.69 32.00 4.54 -0.08 -0.35 -0.09 A0pSi v-0.036-0.039 +.030-012SB2O 54 0.6 0.1AP 4* +5653 CD-3510119 134837206418 150649.1-354252151307.4-360529332.53 18.51 6.10 -0.08 B8V -0.043-0.021 -003 +5654 BD+19 2935 1349431014293199I W FL Ser 150731.2+192108151204.3+185833 26.32 56.76 5.89 +1.53 M4IIIab -0.017+0.005 +.006-035 1.9 0.5 * +5655 CD-2312133 134946183269 D 150726.6-233756151317.5-240030340.01 28.47 6.47 -0.04 -0.41 B9 -0.011-0.020 +003 0.0 0.0 * +5656 25Iot2LibBD-19 4055 134967159105 150737.3-191616151319.2-193851343.03 31.96 6.08 +0.12 A3Vn -0.051-0.037 -004SB +5657 23 LibCD-2411928 134987183275 150737.9-245556151328.7-251833339.19 27.38 6.45 +0.70 G4V -0.398-0.071 +.034+003V? +5658 CD-2510801 135051183285 9538 150757.7-254908151353.3-261137338.69 26.61 5.84 +1.14 gG5 -0.015 0.000 -028V? 4.5 1.8 +5659 BD+19 2939 135101101437 9535A 150815.2+193911151243.5+191709 26.94 56.71 6.68 +0.68 +0.25 +0.33 G5V -0.590+0.290 +.024-037V? 0.8 23.7 * +5660 1 LupCD-3111813 1351532064451399 150829.6-310845151437.3-313109335.50 22.15 4.91 +0.37 +0.28 +0.31 F1II -0.005+0.001 +.014-023 0 +5661 CP-60 5698 135160253082 W 150831.8-603156151636.4-605414319.68-02.84 5.73 -0.08 -0.89 B0.5Ve v-0.026 0.000 +006 196 2.9 1.2AB 3* +5662 26 LibBD-17 4285 135230159122 150855.0-172342151433.7-174607344.68 33.26 6.17 -0.05 -0.26 B9.5III -0.022-0.014 -026V? +5663 CD-47 9824 135235225590 W 150856.1-474205151553.8-480427326.37 8.11 5.95 +0.21 +0.11 A3m +0.018-0.032 -009 4.2 13.3 +5664 Del CirCP-60 5701 135240253084 W 6998 150851.4-603510151656.7-605727319.69-02.91 5.09 -0.06 -0.92 O8.5V -0.019-0.009 +009SBO 189 8.3 50. * +5665 BD+23 2789 135263 837233201 150906.5+232116151331.9+225900 33.56 57.66 6.30 +0.06 +0.06 A2V +0.049+0.093 -005 +5666 Eps CirCP-63 3544 1352912530883205 150911.8-631426151738.9-633638318.35-05.20 4.86 +1.25 +1.32 +0.27E K2.5III +0.001+0.008 +.004-005 +5667 CD-41 9682 135345225600 I 150929.1-410711151604.0-412928329.98 13.66 5.16 +0.58 +0.10? G5Ia+B -0.005-0.006 -.003-027 * +5668 CD-43 9749 135348225602 150929.2-430649151610.5-432905328.90 11.97 6.04 -0.14 -0.63 B3IV -0.007+0.003 -021 +5669 BD-04 3840 135367140408 I 150934.1-050750151450.7-053010355.07 42.40 6.28 +1.47 +1.81 K2 -0.018+0.005 -027 +5670 Bet CirCP-58 5875 135379242384 561 150940.9-582540151730.8-584804320.89-01.12 4.07 +0.09 +0.09 A3V -0.100-0.137 +.053+010 59 +5671 Gam TrACP-68 2383 135382253097 560 7008 150934.1-681836151854.6-684046315.71-09.55 2.89 0.00 -0.02 A1V -0.072-0.031 +.010-003V 214 +5672 BD+68 823 135384 16630 150940.4+680926151044.1+674653105.37 44.30 6.17R A8Vn +0.001 0.000 -008V 200 +5673 BD+38 2629 135402 645723202 150947.0+383820151335.6+381553 62.59 58.32 6.20 +1.20 gK2 -0.010-0.047 -062V? +5674 BD+32 2561 135438 64574 I W 151000.3+320940151406.1+314717 50.19 58.74 5.99 +1.52 K5 +0.043-0.018 +004 1.5 122.1 +5675 3 SerBD+05 2985 135482120916 562I 151013.0+051838151511.4+045622 6.46 49.21 5.33 +1.09 +0.91 +0.58 K0III -0.018+0.005 +.021-034 +5676 48Chi BooBD+29 2640 135502 837293204 151018.2+293207151429.2+290951 45.16 58.52 5.26 +0.03 +0.08 A2V -0.066+0.030 +.026-016V? 101 +5677 BD+42 2577 135530 45445 I 151033.4+423238151410.3+421017 69.70 57.34 6.13 +1.66 +1.93 +0.92E M2IIIa +0.019-0.014 -007V? +5678 BD-21 4065 1355341833283206I 151035.0-220146151623.0-222358341.76 29.34 5.50 +1.38 +1.48 K5III -0.034+0.003 -005V +5679 4 SerBD+00 3327 135559120920 151043.4+004432151549.1+002220 1.32 46.23 5.63 +0.18 +0.09 A4V -0.107+0.015 +.020-012V 117 +5680 CP-60 5720 135591253101 W 151045.7-600743151848.9-602947320.13-02.64 5.46 -0.10 -0.90? O7.5III((f)) -0.027-0.002 -003V 121 5.5 44.5AC 3* +5681 49Del BooBD+33 2561 135722 64589 563I 9559A 7002 151128.2+334116151530.2+331853 53.12 58.43 3.47 +0.95 +0.66 +0.51 G8IIIFe-1 +0.086-0.112 +.030-012SB < 19: 4.4 104.9 * +5682 CD-40 9481 135730225631 151134.8-404137151809.4-410339330.56 13.81 6.28 +0.18 +0.14 +0.08 Am +0.028+0.007 -006V +5683 Mu LupCD-47 9860 135734225638 W AB 151134.4-473025151832.0-475230326.86 8.05 4.27 -0.08 -0.37 -0.04 B8Ve -0.026-0.038D+.013+015 308: 0.1 1.3AB 3* +5684 CP-67 2836 135737253115 W 151132.1-670657152040.7-672853316.51-08.63 6.28 -0.09 -0.61 B3V -0.003-0.008 -004V 1.9 0.8 * +5685 27Bet LibBD-08 3935 135742140430 564I 7009 151137.4-090050151700.4-092259352.02 39.23 2.61 -0.11 -0.36 -0.10 B8V -0.096-0.019 -.003-035SB 230 * +5686 2 LupCD-2911630 1357581833463207I 7012 151144.6-294651151749.9-300856336.96 22.88 4.34 +1.10 +1.07 +0.56 G9IIIaFe1 -0.008-0.010 +.018-004V? * +5687 CD-40 9496 135876225647 GG Lup 151222.8-402518151856.4-404718330.85 13.95 5.59 -0.10 -0.46 B7V -0.014-0.024 +011SB2 150 * +5688 CD-3012117 135896206509 W 151233.4-305035151841.3-311234336.46 21.91 6.18 +1.23 G6-8III -0.006-0.008 -024 7.9 21.5 +5689 CD-3610062 136014206523 151309.1-364342151931.6-370548333.07 16.96 6.20 +0.96 +0.64 G6III-IV -0.092-0.124 +011 +5690 BD+00 3337 136028140444 I 151318.3-000545151826.2-002741 1.02 45.19 5.89 +1.51 +1.82 K5III +0.006-0.007 -013V? +5691 BD+67 876 136064 16660 565 151329.3+674335151438.3+672048104.58 44.33 5.13 +0.53 +0.08 F9IV +0.221-0.390 +.046-047 =< 6 +5692 BD+21 2755 136138 837551400 151355.4+205618151824.5+203422 29.93 55.89 5.70 +0.97 G8IIIaBa0.3 -0.012-0.020 -008V? +5693 BD+69 789 136174 16662 151407.0+691849151451.9+685643106.15 43.21 6.51R A1Vn +0.024-0.009 -011 151 +5694 5 SerBD+02 2944 136202120946 9584 MQ Ser 151412.4+020837151918.8+014555 3.68 46.46 5.06 +0.54 +0.06 +0.27 F8III-IV +0.374-0.514 +.037+054V 2 4.6 11.2AB 4* +5695 Del LupCD-40 9538 1362982256911402 Del Lup 151448.3-401707152122.3-403851331.32 13.82 3.22 -0.22 -0.89 -0.22 B1.5IV -0.015-0.026 +000V? 221 * +5696 CD-40 9539 136334225695 151500.9-402316152135.3-404459331.30 13.71 6.20 +0.07 A1V -0.010-0.032 -004 +5697 CD-3710171 136347206543 W 151503.2-375125152130.1-381309332.75 15.81 6.48 -0.06 -0.30 A0pSi -0.013-0.041 +007 2.6 5.7 * +5698 Nu 1LupCD-47 9922 1363512257033211 151510.1-473349152208.3-475540327.34 7.67 5.00 +0.50 +0.04? F8V -0.140-0.137 +.032-011 0 +5699 Nu 2LupCD-47 9919 136352225697 151503.4-475657152148.2-481904327.10 7.37 5.65 +0.65 +0.05 +0.22E G3-5V -1.617-0.277 +.066-069 +5700 CP-60 5760 136359253136 151504.0-601749152310.4-603925320.49-03.07 5.67 +0.48 0.00 F7V -0.090-0.020 +006 +5701 28 LibBD-17 4312 136366159187 151513.3-174743152053.7-180931345.78 32.01 6.17 +1.02 +0.73 +0.37E G8III -0.011-0.061 +003V? * +5702 BD+33 2574 136403 64630 151528.0+325238151930.2+323055 51.58 57.60 6.32 +0.24 +0.09 +0.08 A2m -0.015+0.016 -025SBO 18 * +5703 29Omi LibBD-15 4083 136407159191 W 151525.8-151116152101.4-153254347.81 33.98 6.30 +0.41 +0.05 F0III +0.024+0.026 +005V 82 2.2 44.4 +5704 Gam CirCP-58 5908 136415242463 W 151524.5-585738152322.7-591915321.25-01.96 4.51 +0.19 -0.35 B5IV+F8 -0.016-0.038D+.010-017 278 0.3 0.9 * +5705 Phi1LupCD-3510236 136422206552 566I W 151527.5-355355152148.4-361541333.96 17.39 3.56 +1.54 +1.88 +0.87 K5III e-0.089-0.084 +.014-029 10.9 17.3AC 3* +5706 BD-01 3047 136442140473 151537.4-020250152047.1-022448359.53 43.45 6.35 +1.06 +1.07 K0V -0.253-0.177 +.033-047V? 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72 +5718 50 BooBD+33 2581 136849 64656 151748.3+331730152148.6+325602 52.36 57.12 5.37 -0.07 -0.21 B9Vn -0.051+0.017 +.005-007SB 260 +5719 Ups LupCD-39 9827 136933206597 W 151812.9-392113152444.9-394237332.42 14.23 5.37 -0.11 A0pSi v-0.037-0.047 +.008-008 0 5.5 1.4 * +5720 BD-11 3940 1369561592273214 151822.9-120045152352.2-122210351.02 35.90 5.72 +1.04 gG6 -0.038-0.039 -026V? * +5721 8 SerBD-00 2961 1370061405021406 151834.3-003957152343.7-010121 1.64 43.82 6.12 +0.25 +0.07 +0.12 F0V +0.076-0.030 -002V 105 * +5722 CD-3710225 137015206607 W 151838.7-374852152506.6-381010333.39 15.45 7.03 +0.09 A2V -0.010-0.029 +003 0.0 0.2 +5723 31Eps LibBD-09 4138 137052159234 151846.5-095746152411.9-101920352.84 37.34 4.94 +0.44 +0.02 F5IV -0.067-0.154 +.035-010SB1O 0 * +5724 CD-3810289 137058206616 W 151851.0-382245152520.2-384401333.09 14.96 4.60 0.00 -0.06 A0IV -0.052-0.016 +.012-003 231 4.0 92.4AxBC 5 +5725 CP-64 3178 1370662531743217 151850.2-641044152733.1-643153318.75-06.57 5.71 +1.64 +1.98 K5-M0III -0.015-0.019 -009 +5726 BD+40 2877 137071 64667 I 151855.4+395618152237.4+393453 64.43 56.36 5.50 +1.59 gK4 +0.002-0.015 -012 +5727 2Eta CrBBD+30 2653 137107 64673 9617A 7054 151904.3+303856152312.3+301716 47.54 56.73 5.58H +0.58 +0.04 +0.28 G0V +0.138-0.187 +.061-007SBO 3 0.3 0.5AB 4* +5728 2Eta CrBBD+30 2653 137108 9617B 7054 151904.3+303856152312.3+301716 47.54 56.73 6.08H G3V +0.137-0.187 +.061-007 0.3 0.5AB 4* +5729 Rho OctCP-84 510 1373332587311666 152012.0-840755154316.8-842755307.02-23.02 5.57 +0.11 +0.08 A2V +0.131+0.097 -011 123 +5730 Kap1ApsCP-72 1802 137387257289 567 W Kap1 Aps 152036.6-730233153130.8-732322313.85-14.01 5.49 -0.12 -0.77 -0.02 B3IVe v-0.006-0.013 +062V 300v 6.9 27.0 * +5731 BD+62 1410 137389 16712 Var? 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+5811 BD+54 1756 139357 29583 153237.3+541512153516.3+535519 86.16 49.85 5.97 +1.18 gK4 -0.011-0.004 -010 +5812 40Tau LibCD-2911837 139365183649 153230.7-292656153839.4-294640341.06 20.45 3.66 -0.17 -0.70 -0.19 B2.5V -0.015-0.030 +003SB 149 * +5813 BD+30 2682 139389 64808 153247.9+301920153653.4+295928 47.47 53.75 6.52 F5V: +0.087-0.060 -013 23 +5814 41 LibBD-18 4118 139446159411 7169 153309.0-185821153854.5-191807348.63 28.35 5.38 +0.86 +0.54 +0.46 G8III v+0.085-0.076 +047 +5815 BD-08 4031 139460140671 9728B 153316.0-082800153840.0-084740357.31 35.87 6.50 +0.53 -0.02 F6IV-V +0.022-0.014D+.011+004V? =< 25 0.2 11.9 * +5816 BD-08 4032 139461140672 9728A 153316.1-082748153840.1-084728357.32 35.87 6.48 +0.52 -0.02 F6V +0.028-0.018D+.011+000SB =< 25 0.2 11.9 * +5817 BD+52 1886 139478 29589 153315.9+522351153604.1+520411 83.44 50.49 6.74 +0.32 +0.04 F4IIIp -0.022+0.082 -016 +5818 BD+55 1766 139493 29588 S 7163 153322.7+545738153557.1+543750 87.08 49.45 5.74R A2V -0.035-0.010 -019 0.5 +5819 BD-22 3996 139518183665 153328.2-224923153921.3-230901345.84 25.41 6.34 +0.02 A0V -0.036-0.029 -009 +5820 3Psi1LupCD-3310631 1395212068433237 153324.8-340508153946.0-342443338.19 16.69 4.67 +0.99 +0.73 +0.49 G8III +0.004-0.015 +.032-023 +5821 CD-4710210 139599226059 W 153352.4-472437154058.3-474408330.05 6.01 6.23 +1.63 +1.98 K5-M0III -0.027-0.025 -054 5.9 18.1 +5822 CD-3012431 139613206858 153403.1-305316154015.4-311249340.38 19.12 6.34 +1.43 +1.65 K2III -0.061-0.020 -022 +5823 54Phi BooBD+40 2907 139641 45643 580 153414.0+404044153749.6+402112 64.95 53.37 5.24 +0.88 +0.53 +0.47 G7III-IVFe-2 +0.063+0.062 +.021-010V? < 19: * +5824 42 LibCD-2312458 1396631836863239I 153422.0-232935154016.9-234905345.53 24.77 4.96 +1.33 +1.51 +0.68 K3IIICN1 -0.013-0.012 +.049-022V * +5825 CD-4410310 139664226064 153418.7-441948154111.3-443940331.96 8.44 4.64 +0.40 -0.03 +0.20 F5IV-V -0.177-0.262 +.060-005 87 +5826 15The UMiBD+77 592 139669 82743229I 153422.4+774057153124.9+772058112.85 36.46 4.96 +1.58 +1.89 +0.87 K5III -0.049+0.010 +.021-025V < 17 +5827 BD+35 2711 139761 648253238 153456.9+350004153848.9+344030 55.41 53.58 6.11 +1.02 K0 -0.006-0.016 +004 +5828 BD+54 1758 139778 29597 153457.7+545010153732.0+543032 86.76 49.30 5.87 +1.07 gK1 -0.037-0.015 -023 +5829 BD+80 480 139777 2556 9696A 153458.7+804649152911.0+802655115.60 34.31 6.58 +0.67 +0.13 G0IV-V+G8IV-V -0.228+0.113 +.039-014SB 0.7 31.4AB 3* +5830 BD+47 2253 139798 456501412 153504.0+470738153816.2+464752 75.32 51.93 5.75 +0.36 -0.02 +0.18 F2V +0.090-0.126 +.009-002V * +5831 BD+12 2875 139862101673 9740 153526.6+122237154010.4+120311 20.52 47.74 6.25 +0.94 +0.71 G7.5IIIaFe-0.5 -0.007-0.007 -021SB 4.2 16.5 * +5832 CD-49 9909 1398712260893241 153522.8-491003154237.2-492922329.21 4.45 6.04 +1.31 K2III -0.004-0.018 -020 +5833 7Zet1CrBBD+37 2665 139891 64833 9737B 153536.2+365741153922.2+363812 58.70 53.41 6.00H B9V -0.014-0.013 +.015-019 25 1.0 6.4 * +5834 7Zet2CrBBD+37 2665 139892 64834 9737A 153536.6+365737153922.7+363809 58.70 53.41 5.07H -0.12 -0.47 B7V -0.013-0.006 +.015-024SB2O 100 1.0 6.4 * +5835 BD+50 2206 139906 29600 153538.9+504458153834.3+502524 80.80 50.74 5.84 +0.83 G8III +0.005-0.038 -014 +5836 CP-59 6257 139915253269 153537.4-595802154355.1-601714322.79-04.25 6.48 +1.05 G0Ib -0.017-0.005 -037 +5837 CD-3710441 1399802068873242 153608.2-370614154238.3-372530336.71 13.97 5.24 +0.98 G8-K0III -0.048-0.021 +.008-016 +5838 43Kap LibBD-19 4188 1399971594421413I W 7200 153611.0-192117154156.8-194044348.94 27.58 4.74 +1.57 +1.95 +0.94 M0-IIIb -0.037-0.103 +.040-004SB 5.0 172.0 +5839 4Psi2LupCD-3410494 140008206889 153618.5-342321154241.0-344238338.48 16.08 4.75 -0.14 -0.52 -0.16 B5V -0.021-0.029 +004SB2O 80 * +5840 19Tau6SerBD+16 2816 140027101678 153623.2+162050154059.2+160129 26.07 49.26 6.01 +0.90 +0.61 +0.46 G8III +0.028-0.013 +003 * +5841 BD+58 1583 140117 29609 7192 153656.9+581451153909.5+575528 91.21 47.56 6.45 +1.09 +1.04 K1III -0.005+0.011 -008 * +5842 21Iot SerBD+20 3138 140159101682 9744 153705.5+195932154133.1+194013 31.42 50.45 4.52 +0.04 +0.03 -0.01 A1V -0.057-0.046 +.011-017SB2 149 0.1 0.1AB 4* +5843 20Chi SerBD+13 2982 1401601016833243 Chi Ser 153705.0+131006154147.4+125051 21.83 47.75 5.33 +0.04 +0.05 -0.04 A0pSr v+0.040-0.003 +.032+002SB 64 * +5844 BD+69 806 140227 167943240I 153722.4+693622153739.1+691700104.68 41.46 5.62 +1.35 +1.58 K5IIIb -0.047+0.058 -029SB +5845 22Tau7SerBD+18 3059 140232101686 153724.6+184657154154.7+182750 29.69 49.96 5.81 +0.20 +0.11 +0.10 A2m -0.072+0.053 +.021-030V? 20 * +5846 CD-4110245 140285226132 W 153737.7-413003154422.6-414910334.19 10.32 5.94 0.00 -0.20 A0V+B -0.028-0.047 +019V 1.7 3.7 * +5847 BD-14 4266 140301159461 153748.3-144321154324.9-150236352.91 30.68 6.31 +1.16 +0.96 +0.42E K0IV -0.004-0.096 +021V? * +5848 44Eta LibBD-15 4171 1404171594663246 153826.7-152115154404.4-154022352.52 30.13 5.41 +0.23 +0.07 +0.09 F0IV -0.034-0.066 -031 101 +5849 8Gam CrBBD+26 2722 140436 83958 9757 Gam CrB 153832.5+263645154244.6+261744 41.74 51.92 3.84 0.00 -0.04 -0.02 B9IV+A3V -0.105+0.045 +.033-011 112 1.5 0.2 * +5850 BD+14 2922 140438101699 9758 153830.3+135911154310.6+134004 23.15 47.81 6.48 +0.86 +0.52 G5III -0.010-0.032D+.002-010SB 1.0 0.6 +5851 CP-65 3139 140483253297 W A 153846.0-650743154753.6-652633319.94-08.58 6.18 +0.22 +0.10 A5III-IV -0.005-0.042 -030V? 0.1 1.9 * +5852 CP-65 3139 140484 W B 153846.0-650743154753.7-652633319.94-08.58 6.39 +0.24 +0.10 F0-2IV -0.005-0.042 -024 0.1 1.9 * +5853 23Psi SerBD+02 2989 1405381211523248 9763 153859.9+025008154401.8+023054 9.70 41.97 5.88 +0.68 +0.25 +0.35 G2.5V -0.054-0.151 +.046+019SB 1.3 370. AE 5* +5854 24Alp SerBD+06 3088 140573121157 582I 9765 153920.5+064425154416.1+062532 14.20 44.08 2.65 +1.17 +1.24 +0.56 K2IIIbCN1 +0.137+0.047 +.053+003V? < 17 8.3 58.2AB 3* +5855 9Pi CrBBD+32 2621 140716 648703249 154002.8+324953154359.3+323057 51.87 52.44 5.56 +1.06 +0.53 gG9 -0.032-0.010 -004V? +5856 CD-2710550 140722183772 9775 154007.4-274452154612.8-280342343.60 20.69 6.51 +0.32 F2IV -0.067-0.026 -021 0.0 0.6AB 3* +5857 BD+52 1898 140728 296283247 BP Boo 154007.5+524035154250.7+522139 83.25 49.42 5.51 -0.07 -0.10 B9pSiCr -0.067+0.032 +.010-016SB 75 * +5858 26Tau8SerBD+17 2906 140729101712 S 154009.5+173443154442.1+171551 28.33 48.91 6.14 0.00 -0.03 A0V -0.026 0.000 -005SB 76 0.1 +5859 BD+05 3072 140775121170 154026.8+054540154523.5+052649 13.27 43.32 5.58 +0.04 +0.03 -0.01 A0V +0.027-0.015 -010 65 * +5860 CD-3410524 140784206962 W 7239 154020.8-342210154644.2-344057339.17 15.58 5.61 -0.11 -0.42 B7Vn -0.021-0.028 +005V 0.3 0.1 * +5861 BD+01 3125 140815121173 154034.0+011216154539.7+005329 8.25 40.69 6.33 +1.19 +1.20 K0III +0.043+0.008 +014 +5862 CD-3910157 140861226206 154046.4-395255154725.4-401139335.68 11.23 6.42 +0.88 G5III-IV -0.176-0.037 -028 +5863 25 SerBD-01 3092 140873140740 154055.2-012927154605.6-014816 5.53 38.99 5.40 -0.03 -0.40 B8III -0.027-0.038 -012SBO 116 * +5864 CD-3710500 140901206976 W 154059.3-373558154729.0-375459337.17 12.99 6.01 +0.72 +0.31 G6V -0.430-0.217 +.075-005 6.6 14.6AB 3* +5865 CP-52 8912 140979243001 W 154119.2-520743154850.3-522617328.16 1.52 6.07 +1.38 +1.45 K2-3III -0.007-0.002 -018 4.5 1.2 +5866 BD-05 4161 1409861407513250 154126.5-054833154645.4-060713 1.43 36.14 6.24 +1.17 +1.09 K0 -0.009-0.002 -051V? 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< 17 * +5889 10Del CrBBD+26 2737 141714 840193252I Del CrB 154523.9+262228154935.7+260406 41.88 50.37 4.63 +0.80 +0.37 +0.42 G3.5III-IVFe-1 -0.076-0.063 +.014-019 < 17 +5890 CD-50 9939 141724243078 154527.7-501853155251.5-503655329.80 2.54 6.60 +1.53 K3III +0.015+0.011 -000 +5891 Kap TrACP-68 2585 1417672533423253 154536.4-681817155529.6-683611318.47-11.48 5.09 +1.13 +0.94 G5IIa -0.012-0.003 +.007+006 +5892 37Eps SerBD+04 3069 141795121218 588 154549.8+044643155049.0+042840 13.15 41.66 3.71 +0.15 +0.11 +0.06 A2Vm +0.128+0.063 +.041-009V 37 * +5893 CD-2912030 141832183873 9813 7301 154602.2-293459155212.8-295312343.36 18.46 6.40 +0.98 +0.85 K1III -0.135-0.089 -017 6.4 29.9AB 3* +5894 BD+15 2918 141850101771 I R Ser 154605.0+152614155041.7+150801 26.23 46.76 5.2 M7IIIe -0.005-0.041 +024V * +5895 36 SerBD-02 4058 141851140801 S 154603.0-024716155115.6-030526 5.25 37.18 5.11 +0.12 +0.07 A3Vnp -0.087-0.027 +.010-008V 0.1 * +5896 BD-13 4269 141853159544 154603.2-134955155138.4-140801355.27 29.89 6.19 +1.00 G8III -0.026-0.005 -022V +5897 Bet TrACP-63 3723 141891253346 589 W 154619.6-630719155508.5-632550321.85-07.52 2.85 +0.29 +0.05 +0.15 F2III -0.191-0.398 +.083+000 92 11.0 155. +5898 CP-60 6191 141913253344 W 7310 154624.9-602644155452.6-604436323.56-05.45 6.15 +0.10 B9II -0.009+0.003 -005 2.3 45.0AC 4* +5899 38Rho SerBD+21 2829 141992 84037 I 7300 154652.3+211642155115.9+205840 34.44 48.70 4.76 +1.54 +1.88 +0.85 K5-III -0.053+0.019 +.015-062V? 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+5958 BD+26 2765 143454 84129 I W T CrB 155519.0+261213155930.2+255513 42.37 48.16 2.0 H +0.1 +1.56 sdBe+gM3+Q -0.005+0.013 -029SBO 0.2 * +5959 50 LibBD-07 4162 1434591408971420 155523.6-080743160047.6-082441 2.00 32.00 5.55 +0.05 -0.05 A0V s -0.014-0.013 -019 =< 41 +5960 BD+55 1793 143466 29727 595 CL Dra 155524.9+550156155747.4+544459 85.41 46.50 4.95 +0.26 +0.05 +0.14 F0IV -0.150+0.110 +.022-011SB 140 * +5961 Iot1NorCP-57 7500 143474243279 W 155523.7-572936160331.9-574631326.35-03.92 4.63 +0.24 +0.09 A7IV -0.124-0.085 +.023-014V 139 0.2 0.5AB 3* +5962 Eta NorCD-4810512 1435462264663266 155551.7-485702160312.9-491347331.97 2.52 4.65 +0.92 +0.64 +0.47 G8III +0.043+0.010 +.022-000 +5963 BD+04 3096 1435531213153262 155553.2+044226160051.1+042539 14.86 39.52 5.83 +1.00 +0.79 +0.53 gK0 -0.041+0.075 -004 +5964 BD+50 2239 143584 297373260 155614.0+500957155904.4+495252 78.49 47.77 6.05 +0.29 +0.03 F0IV +0.023-0.041 +004V? 63 +5965 CD-2811817 143619184049 9896 155627.7-285122160239.4-290809345.65 17.47 6.03 +1.31 K3III +0.036-0.013 +005V? 6.8 11.0 +5966 5 HerBD+18 3101 1436661018793263I 155644.6+180541160114.3+174906 31.20 45.44 5.12 +0.99 +0.74 +0.50 G8IIIbFe-0.5 -0.048+0.157 -.007-019V < 17 +5967 CD-3810832 1436992072763267 155645.0-381924160324.2-383609339.12 10.43 4.89 -0.14 -0.58 -0.14 B6IV -0.016-0.027 -002V? 201 * +5968 15Rho CrBBD+33 2663 143761 65024 W 155713.2+333619160102.7+331813 53.51 48.92 5.41 +0.60 +0.08 +0.32 G0+VaFe-1 -0.192-0.766 +.040+018V 7 3.2 89.6 * +5969 CD-2511295 143787184068 I 155717.9-253511160320.6-255155348.17 19.70 5.00 +1.22 +1.31 +0.46E K5III -0.071-0.038 +.032-039 * +5970 CD-3112505 143790207282 155715.2-314320160334.3-320002343.74 15.25 6.01 +0.47 F4IV -0.044-0.028 +028 +5971 14Iot CrBBD+30 2738 143807 841523264 7396 155726.1+300751160126.6+295104 48.30 48.46 4.99 -0.07 -0.19 -0.08 A0p:Hg: -0.039-0.009 +.010-019SB 12 * +5972 44Pi SerBD+23 2886 143894 841553268 155759.2+230455160217.7+224816 38.14 46.78 4.83 +0.07 +0.06 +0.01 A3V +0.002+0.028 +.012-028SB 110 +5973 CD-2412499 143900184075 I 155754.2-242700160354.7-244335349.12 20.42 6.21 +1.38 K0 +0.001+0.009 +026V +5974 CD-3211386 143902207292 155755.1-325612160417.8-331252343.00 14.26 6.10 +0.34 A9IV -0.031-0.055 -028 +5975 CD-3710680 143928207297 W 155800.6-373503160436.7-375147339.81 10.81 5.90 +0.40 F3IV -0.137-0.117 -006 7.0 40.7 +5976 43 SerBD+05 3131 144046121339 W 155848.9+051543160345.7+045912 15.97 39.20 6.08 +0.96 +0.75 +0.32E G9III -0.041+0.012 -044V? 7.8 30.8 * +5977 Xi ScoBD-10 4237 144069159665 9909B 155852.0-110551160422.1-112223 0.02 29.42 5.07H F5IV -0.060-0.029 +.048-029 0.2 1.2AB 5* +5978 Xi ScoBD-10 4237 144070159665 9909A 155852.0-110551160422.1-112223 0.02 29.42 4.77H +0.47 +0.01 +0.24 F5IV -0.060-0.029 +.048-029SBO 27 0.2 1.2AB 5* +5979 CP-55 7079 144183243339 155923.2-555511160724.0-561129327.80-03.09 6.16 +0.58 F2II -0.003-0.011 +002V +5980 Del NorCD-4410625 144197226500 596 155925.3-445407160629.4-451024335.09 5.17 4.72 +0.23 +0.15 +0.12 Am +0.002+0.028 +.035-016 0 +5981 BD+53 1834 144204 29763 I 155932.3+531137160205.5+525457 82.59 46.48 5.93 +1.48 gK5 -0.002-0.034 -007V? +5982 6Ups HerBD+46 2142 144206 458653271 155940.9+461851160247.9+460212 72.69 47.98 4.76 -0.11 -0.32 -0.10 B9III +0.059-0.058 +003 6 * +5983 BD+37 2708 144208 65049 S 155938.7+365427160319.4+363754 58.57 48.61 5.83 +0.56 A2V+F7III +0.010-0.017 -001SB2O 23 * +5984 8Bet1ScoBD-19 4307 144217159682 597I 9913A 7424 155937.2-193154160526.2-194820353.19 23.60 2.62 -0.07 -0.87 -0.09 B1V -0.006-0.019 +.009-001SBO 130 1.3 0.0 O 5* +5985 8Bet2ScoBD-19 4308 144218159683 9913C 7424 155937.6-193142160526.5-194807353.20 23.60 4.92 -0.02 -0.70 B2V -0.019-0.020 -004V 74 1.3 0.0 O 5* +5986 13The DraBD+58 1608 144284 29765 598I 160000.8+584956160153.3+583355 90.18 44.58 4.01 +0.52 +0.10 +0.25 F8IV -0.320+0.335 +.051-009SB1O 27 * +5987 The LupCD-3610642 144294207332 599 160001.4-363148160635.5-364808340.83 11.32 4.23 -0.17 -0.70 -0.17 B2.5Vn -0.017-0.029 +015 309 * +5988 CD-2312700 144334184113 V929 Sco 160008.4-232002160606.3-233623350.35 20.85 5.92 -0.08 -0.55 B8p v-0.013-0.028 -007 44 * +5989 BD-05 4234 144362140945 9918 160024.2-060110160544.5-061730 4.86 32.37 6.53 +0.48 +0.07 F2IV +0.037-0.008D+.012-011SB 45 0.0 0.1AP 5* +5990 BD-05 4235 144390140947 W 160040.3-055206160559.8-060822 5.05 32.41 6.41 +1.03 +0.80 K0 -0.030+0.004 -032V? 5.8 9.3 +5991 CD-3610648 144415207341 W 160041.5-362903160716.4-364520340.97 11.27 5.73 +0.29 +0.02 F1IV +0.066-0.043 +026 6.0 40.7 +5992 BD+08 3134 144426121361 160047.4+082204160537.8+080546 19.77 40.35 6.29 +0.08 +0.11 +0.06 A3m -0.009-0.002 -021SBO 39 * +5993 9Ome1ScoBD-20 4405 144470184123 160057.3-202354160648.4-204009352.75 22.77 3.96 -0.04 -0.81 -0.08 B1V -0.009-0.021 -003V? 142 * +5994 Iot2NorCP-57 7613 1444802433683273 160105.1-573955160918.6-575604326.81-04.55 5.57 -0.04 B9.5V -0.013-0.063 +000 96 +5995 BD+59 1697 144542 29777 I 160120.2+594107160309.3+592439 91.19 44.11 6.19 +1.58 +1.91 +0.81E M1III -0.023-0.022 -005 * +5996 BD-13 4342 144585159706 160128.7-134808160703.4-140415358.18 27.16 6.32 +0.66 +0.24 G4IV-V -0.258+0.024 -016V +5997 10Ome2ScoBD-20 4408 144608184135 I 7454 160132.3-203555160724.3-205207352.70 22.54 4.32 +0.84 +0.50 +0.43 G3II-III +0.041-0.038 +.021-005 * +5998 CD-2412552 144661184142 160151.6-241137160751.9-242743349.99 19.97 6.33 -0.06 -0.53 B7IIIp: -0.011-0.007 -005V 36 * +5999 CD-3810893 144668207367 W C V856 Sco 160152.1-385013160834.2-390619339.52 9.38 7.05 +0.36 +0.25 A7IVe -0.019-0.031 +008V 0.4 44.1AC 4* +6000 CD-3810894 144667207368 W A 160152.4-384929160834.4-390535339.53 9.38 6.65 -0.07 -0.44 A0-3III -0.027-0.035 -003 < 20 0.4 44.1AC 4* +6001 CD-2511369 144690184144 I 160201.8-260332160807.6-261936348.63 18.62 5.38 +1.65 +2.01 +0.95E M2III +0.108-0.003 -018V +6002 11 ScoBD-12 4425 144708159715 9924 160203.1-122835160736.4-124444359.41 27.93 5.78 +0.01 B9.5Vnn t-0.045-0.029 -025SB 239 4.3 3.5 * +6003 CD-2312731 1448441841643275 7470 160245.2-232507160843.7-234108350.73 20.37 5.88 +0.02 -0.31 B9IVp: -0.009-0.025 -014SB2 180 * +6004 45 SerBD+10 2958 1448741019393274 160251.0+100933160737.5+095330 22.16 40.77 5.63 +0.20 +0.17 A7V -0.021-0.004 -028SB 157 +6005 BD+22 2926 144889 84202 I 160302.1+220528160722.2+214921 37.26 45.38 6.14 +1.37 +1.51 +0.76 K4III -0.013-0.041 +057 +6006 CD-3211456 144927207396 W 160309.5-322259160931.7-323859344.22 13.91 6.19 +0.79 +0.46 K0-2III -0.026-0.053 -005 0.8 7.7 * +6007 CD-3310961 1449872074033277 160327.8-331649160952.6-333245343.63 13.22 5.54 -0.10 B8V -0.023-0.042 -021SB 181 * +6008 7Kap HerBD+17 2964 1450011019511421 9933A 7471 160333.6+171848160804.5+170249 31.02 43.64 5.00 +0.95 +0.61 +0.46 G8III -0.032-0.007 +.002-011V? 10 1.2 28.1AB 3* +6009 7Kap HerBD+17 2965 145000101952 I 9938B 160334.0+171917160804.9+170316 31.03 43.64 6.25 +1.14 +1.11 K1III -0.031-0.028 +.002+038V =< 25 1.2 28.1AB 3* +6010 47 SerBD+08 3141 145002121383 I FS Ser 160338.6+084800160828.0+083203 20.71 39.95 5.73 +1.61 +1.69 M3.5IIIa -0.017-0.010 -022V? * +6011 BD+03 3132 145085121390 I 160359.1+034308160858.9+032716 15.17 37.28 5.91 +1.47 +1.82 gK5 -0.028+0.016 +009V? +6012 BD-17 4502 145100159745 160409.6-180430160955.2-182027355.15 23.82 6.47 +0.44 F4V -0.084-0.076 -025V +6013 8 HerBD+17 2967 145122101962 7477 160416.1+172816160846.6+171221 31.31 43.54 6.14 0.00 -0.07 A0Vnn -0.021-0.026 -017V 275 +6014 BD+06 3169 1451481213921422 160415.7+063949160911.2+062244 18.40 38.75 5.97 +1.00 +0.81 +0.50 K1.5IV +0.236-0.738 +.030-004V +6015 CD-4010251 1451912265643278 160428.5-405117161117.7-410711338.51 7.55 5.86 +0.27 F0IV -0.077-0.127 -014 * +6016 BD-03 3884 145206141001 I 160436.4-031213160950.5-032801 8.28 33.24 5.37 +1.45 +1.46 +0.81 K4III -0.030-0.007 +.008-046SB * +6017 CD-2912343 145250184197 I 160449.1-290908161102.0-292459346.81 15.99 5.13 +1.12 +1.02 K3III -0.093-0.087 +.025-027 +6018 16Tau CrBBD+36 2699 145328 651081423I 9939 7488 160518.8+364442160858.3+362927 58.39 47.47 4.76 +1.01 +0.86 +0.54 K1-III-IV -0.053+0.333 +.031-019SB < 17 8.3 2.2 * +6019 Zet NorCP-55 7229 145361243449 160524.7-551653161322.6-553227328.86-03.19 5.81 +0.34 F2III -0.105-0.043 -046 +6020 Del1ApsCP-78 1092 1453662573801424 W A Del1 Aps 160523.5-782637162020.8-784145312.42-19.89 4.68 +1.69 +1.69 +1.33E M5IIIb -0.014-0.035 +.020-012 0.4 102.9AB 3* +6021 Del2ApsCP-78 1093 145388257381 W B 160530.7-782457162026.8-784002312.44-19.88 5.27 +1.41 +1.62 +0.56E K3III -0.007-0.025 +.020-010 0.4 102.9AB 3* +6022 CP-53 7413 145384243448 7527 160529.4-532445161316.8-534018330.13-01.82 5.83 +1.96 +2.21 M0Ib-II+F-G -0.017-0.016 -012V? * +6023 11Phi HerBD+45 2376 145389 45911 601 7490 160537.0+451149160846.2+445606 70.85 47.11 4.26 -0.07 -0.28 -0.09 B9p:Mn: -0.025+0.038 +.020-016SB1O 10 * +6024 Kap NorCP-54 7245 145397243454 600 W 160535.3-542218161328.7-543750329.49-02.53 4.94 +1.04 +0.78 G8III -0.002-0.024 +.022-014 7.9 14.9 +6025 BD+68 864 145454 169623276 160602.8+680425160619.7+674837101.15 40.09 5.44 -0.02 -0.08 A0Vn -0.035+0.066 +.010-018V? 204 * +6026 14Nu ScoBD-19 4332 145501159763 9951CD 160609.8-191125161158.6-192659354.61 22.71 6.30 +0.13 -0.37 B8V+B9VpSi -0.010-0.009 +.030-014 67 2.5 41.1AC 5* +6027 14Nu ScoBD-19 4333 145502159764 9951AB 160610.9-191203161159.7-192738354.61 22.70 4.01 +0.04 -0.65 +0.03 B3V -0.010-0.023 +.030+002SBO 199 2.5 41.1AC 5* +6028 13 ScoCD-2710841 145482184221 160608.5-274001161218.2-275535348.12 16.84 4.59 -0.16 -0.74 -0.17 B2V -0.013-0.025 +010V 225 * +6029 12 ScoCD-2811962 145483184217 9953 7520 160605.1-280926161215.9-282503347.75 16.50 5.67 +0.01 -0.20 B9V v-0.032-0.043D+.021-003V? 2.1 3.9 * +6030 Del TrACP-63 3854 145544253474 602 W 160619.9-632548161526.3-634108323.36-09.23 3.85 +1.11 +0.86 +0.39E G2Ib-IIa +0.002-0.011 +.029-005 8.0 30. +6031 15Psi ScoBD-09 4324 1455701410223280 160631.9-094818161200.0-100351 2.54 28.81 4.94 +0.09 +0.11 +0.07 A3IV -0.001-0.014 +.020-006V 33 * +6032 BD+10 2971 145589121414 W 160642.7+095818161129.7+094245 22.53 39.84 6.53 +0.24 +0.10 F0IV +0.014-0.005 -027 0.0 0.1 * +6033 16 ScoBD-08 4180 145607141024 160642.1-081721161207.3-083251 3.92 29.73 5.43 +0.12 +0.13 A4V +0.042+0.003 -.009+005V 201 +6034 BD+77 616 145622 8417 160649.3+770338160331.3+764737110.90 35.44 5.56R A3V -0.021+0.016 -016SB 80 +6035 BD+17 2982 1456471019943279 160657.0+165528161128.7+163956 30.94 42.74 6.08 +0.02 0.00 A0V +0.003+0.004 -017V 24 +6036 BD+58 1622 145674 29823 9944 160705.1+581154160902.9+575616 88.89 43.94 6.33R A1V -0.024+0.022 -010SB 195 5.4 12.3 * +6037 CP-67 3054 145689253481 160706.8-674110161705.5-675629320.42-12.36 5.75 +0.15 +0.09 A4V -0.046-0.094 -009 89 +6038 BD+56 1867 145694 29825 160713.8+560520160926.0+554944 86.09 44.58 6.49R K0 -0.033+0.025 -015 +6039 10 HerBD+23 2909 145713 84240 I LQ Her 160722.5+234512161138.0+232941 39.93 44.90 5.70 +1.56 +1.56 +1.81 M4.5IIIa -0.029-0.012 -025 * +6040 CP-57 7716 145782243509 160733.7-573927161549.7-575444327.46-05.13 5.63 +0.14 A3III -0.022-0.048 -015 * +6041 BD-03 3891 145788141031 160740.9-035750161256.5-041315 8.10 32.17 6.25 +0.13 +0.05 A1V -0.032-0.015 -016 =< 41 +6042 CD-2412623 145792184241 9967 160744.5-240958161345.7-242519351.01 19.03 6.41 +0.04 -0.44 B5V +0.013-0.013 +006V? 23 3.8 1.5 * +6043 BD+33 2696 145802 65129 9958 160750.5+333600161139.7+332033 53.83 46.72 6.29 +1.20 K2III +0.015+0.010D+.009+000V? 4.3 5.4AB 3* +6044 CD-3211525 145838207480 160758.2-324521161422.3-330041344.70 12.94 5.92 +1.02 K0III -0.015-0.034 -023 +6045 The NorCD-4710611 145842226600 160759.5-470702161515.3-472220334.70 2.53 5.14 -0.13 -0.40 B8V -0.032-0.051 +001 251 * +6046 BD+36 2706 145849 65132 I W 160808.6+364059161148.0+362530 58.33 46.90 5.63 +1.34 K3III -0.011-0.036 -031SB1O 0.1 0.1 * +6047 9 HerBD+05 3165 1458921214313283I 160818.5+051636161315.4+050116 17.55 37.18 5.48 +1.47 +1.78 +0.77 gK5 +0.040-0.007 +.014-002V? +6048 17Chi ScoBD-11 4096 145897159793 I 160818.9-113457161350.9-115015 1.30 27.34 5.22 +1.42 +1.54 +0.71 K3III -0.010-0.006 +.029-025V? < 17 * +6049 CD-4211132 145921226603 160826.6-423847161524.0-425359337.83 5.74 6.14 +1.11 K2III -0.026-0.009 +004 +6050 BD+42 2683 145931 459573281I 9962 160828.9+423750161147.6+422228 67.03 46.82 5.87 +1.45 +1.74 +0.77 K4II+F6-8V -0.006+0.027 -021V? 4.3 23.6 * +6051 BD-20 4444 145964184253 160836.0-205111161428.8-210627353.72 21.16 6.41 -0.01 A0V -0.027-0.026 -008 254 +6052 BD+27 2603 145976 84247 9966 160837.5+265538161245.3+264015 44.39 45.43 6.50 +0.39 -0.03 F3V +0.049-0.025D+.012-008 30 3.8 2.6 +6053 BD-18 4249 145997159807 D 160852.9-181644161439.1-183207355.81 22.85 6.32 +1.09 K2III -0.106-0.109 -017V? 0.3 0.0 * +6054 CD-2511453 146001184258 160849.7-251324161453.6-252837350.39 18.12 6.05 +0.04 -0.36 B7IV +0.007-0.019 -008V? 181 * +6055 CP-53 7594 146003243526 7574 160853.5-533336161643.1-534840330.40-02.27 5.44 +1.73 +1.86 +1.02E M2III -0.006+0.004 +.020-028 * +6056 1Del OphBD-03 3903 146051141052 603I W 7556 160906.2-032613161420.7-034140 8.85 32.20 2.74 +1.58 +1.96 +1.03 M0.5III e-0.044-0.143 +.034-020V 10.4 65.5 * +6057 BD+06 3184 146084121443 160918.5+060921161413.5+055407 18.66 37.42 6.31 +1.15 +1.17 K2III +0.029-0.012 -021 +6058 Gam1NorCD-4910474 146143226619 160931.5-494905161700.9-500406333.04 0.39 4.99 +0.80 +0.51 F9Ia -0.005-0.004 -.001-017 +6059 CP-52 9469 146145243544 W 160935.8-525007161720.9-530512330.98-01.81 6.33 +0.27 +0.14 A8IV -0.059-0.058 -024 6.6 21.0 +6060 18 ScoBD-07 4242 146233141066 W 7577 161011.0-080617161537.3-082210 4.70 29.16 5.50 +0.65 +0.17 +0.33 G2Va +0.234-0.501 +.062+011V 2 7.7 25.8 * +6061 BD-14 4383 1462541598213286 7578 161012.7-143555161551.5-145057359.07 25.04 6.09 +0.06 0.00 A0V +0.009+0.004 -011V 106 +6062 CP-57 7821 146323243586 S Nor 161034.4-573910161851.9-575359327.75-05.40 6.49 +1.00 +0.66 +0.57 F8-G0Ib 0.000-0.001 +005V * +6063 17Sig CrBBD+34 2750 146361 65165 9979A TZ CrB 161055.9+340642161440.8+335131 54.67 46.14 5.64 +0.51 0.00 G0VCaIIe -0.271-0.079 +.045-011SB2O=< 25 1.0 6.4AB 4* +6064 17Sig CrBBD+34 2750 146362 9979B 161055.9+340642161440.8+335130 54.67 46.14 6.66H G1V -0.271-0.079 +.045-017V? =< 30 1.0 6.4AB 4* +6065 16 HerBD+19 3075 146388102040 161102.7+190338161528.7+184830 34.13 42.62 5.69 +1.12 +1.01 K3III -0.064-0.077 +.010-018V +6066 BD-20 4454 146416184285 161105.1-210318161658.8-211814353.98 20.60 6.61 +0.02 -0.15 B9V -0.015-0.016 -008V? 300: * +6067 BD-03 3910 146514141075 161139.6-034220161655.3-035712 9.03 31.52 6.18 +0.31 +0.02 A9Vn +0.040+0.009 -008V? +6068 BD+27 2613 146537 84269 161142.5+274020161547.4+272520 45.63 44.93 6.14 +1.31 K2 -0.029-0.033 -011 +6069 BD+67 930 146603 16993 161202.5+672351161225.1+670839100.03 39.88 6.21 +0.99 +0.72 G8III -0.023-0.043 -010 +6070 CD-2812037 1466241843013288 161205.6-282155161817.9-283650348.56 15.41 4.78 +0.02 0.00 -0.05 A0V -0.028-0.099 +.031-013 35 +6071 Lam NorCD-4211188 146667226650 W 161219.9-422544161917.7-424026338.50 5.40 5.45 +0.10 A3Vn +0.016-0.011 -015V 0.8 0.3 * +6072 Gam2NorCD-4910536 146686243643 604I'W 161221.3-495437161950.4-500920333.30 0.01 4.02 +1.08 +1.16 +0.58 G8III -0.155-0.053 +.044-029 =< 12 6.0 44.9 * +6073 CP-54 7493 146690243654 161225.8-545346162025.2-550824329.86-03.59 5.77 +0.97 K0III +0.019-0.021 -000 +6074 18Ups CrBBD+29 2803 146738 842813287 9990 7596 161244.4+292351161644.8+290901 48.09 45.06 5.78 +0.07 +0.10 0.00 A3V +0.023-0.016 +007SB? 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2.8 17.0AB 4* +7192 15Lam LyrBD+31 3424 176670 67682 I 11641 185614.4+320020190000.9+320844 62.91 12.38 4.93 +1.47 +1.67 +0.73 K2.5IIIBa0.5 +0.013+0.013 -.003-016V < 19: +7193 12 AqlBD-05 4840 176678142931 I 11655 185620.4-055248190140.8-054420 28.98-04.89 4.02 +1.09 +1.04 +0.54 K1III v-0.019-0.033 +.021-044V < 17 +7194 38Zet SgrCD-3016575 176687187600 I 11950 185615.0-300123190236.7-295249 6.84-15.35 2.60 +0.08 +0.06 +0.01 A2III+A4IV -0.015-0.002 +.025+022SB 72 0.3 0.5AB 3* +7195 CD-2513655 176704187599 D 185620.4-245905190227.7-245049 11.60-13.32 5.65 +1.23 K3III -0.022-0.175 +002V? 0.0 0.1 * +7196 BD+50 2705 176707 31304 185630.3+504012185859.6+504834 80.84 19.57 6.30 +0.98 G8III +0.024+0.018 -021 +7197 CD-3813300 176723210859 185628.1-382350190317.7-381512358.75-18.57 5.74 +0.32 F0IIIn +0.013+0.009 +004V? 203 * +7198 BD+19 3879 176776104362 185643.1+191005190105.5+191835 51.26 6.63 6.39R K1III +0.018+0.002 -029 +7199 BD+75 683 176795 9286 11870 185655.3+753914185333.2+754715107.07 26.10 6.22R A1V +0.013+0.024 -.004-017SB 100 0.8 5.6 * +7200 BD+20 4022 176819 86704 11659 185704.1+204127190122.6+205001 52.67 7.25 6.69 +0.02 -0.69 B2IV-V +0.007+0.017 -010SBO * +7201 BD+40 3555 176844 47993 I 11652 185702.5+403236190019.0+404103 71.00 15.73 6.65R M4IIIa +0.002-0.011 -005 +7202 BD+26 3429 176871 867073518 185713.6+260857190117.4+261729 57.62 9.65 5.69 -0.08 -0.54 B5V 0.000-0.011 +.009-014V 296 +7203 BD-19 5273 176884162130 11972 185711.1-192323190303.8-191443 16.87-11.12 6.05 +1.29 +1.09 G6III +0.007+0.006 -020V? 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K1I -0.002-0.006 +003 +7278 CP-66 3417 179366254515 W 190708.8-665000191712.0-663941329.22-27.27 5.53 +0.18 +0.13 A5V+A8V -0.002-0.021 +012 0.3 0.4 * +7279 20 AqlBD-08 4887 1794061431341500 11808 190715.2-080624191240.7-075622 28.23-08.31 5.34 +0.13 -0.44 B3V +0.016-0.006 -015V 187 +7280 BD+26 3474 179422 86912 190727.3+263414191130.9+264409 59.04 7.79 6.36 +0.41 -0.03 F5V +0.023-0.036 -027 40 +7281 CD-4513054 179433229573 190723.1-452144191439.7-451136352.43-22.76 5.92 +0.90 G8III +0.059-0.036 +.022-035 +7282 BD-12 5311 1794971623263534I 11815 190740.1-122701191315.5-121657 24.34-10.35 5.51 +1.44 gK4 +0.012-0.027 -018 +7283 19 LyrBD+31 3497 179527 679463532 V471 Lyr 190755.8+310659191146.0+311700 63.19 9.75 5.98 -0.07 -0.30 B9pSi -0.002-0.003 -030 36 * +7284 BD+40 3620 179583 48168 190803.9+401547191123.1+402545 71.62 13.70 6.18 +0.09 +0.10 A3V 0.000-0.023 +006 +7285 BD+16 3775 179588104602 12160 190805.4+164043191234.4+165047 50.30 3.08 6.73 -0.01 -0.28 B9IV -0.006-0.015 +.007-018V 1.4 113.4AC 5* +7286 BD+21 3690 179648 86930 190819.3+212309191236.7+213316 54.50 5.23 5.93R +0.03 +0.02 A2Vn +0.005-0.002 -013V? 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147 3.8 8.2AB 4* +7308 BD+27 3314 180583 87008 V473 Lyr 191158.9+274459191559.4+275537 60.56 7.44 6.16 +0.61 +0.34 F6Ib-II +0.001+0.022 -016V 17 * +7309 54 DraBD+57 1968 180610 31497 I 191208.0+573157191355.2+574218 88.52 19.81 4.99 +1.16 +1.17 +0.58 K2III -0.010-0.070 +.025-027V < 19: +7310 57Del DraBD+67 1129 180711 18222 723I W 191231.9+672908191233.3+673942 98.65 23.00 3.07 +1.00 +0.78 +0.51 G9III +0.094+0.093 +.032+025V < 17 9.2 88.1 * +7311 BD+49 2968 180756 48247 12240 191242.8+495339191519.3+500415 81.09 16.87 6.27R G8III +0.005-0.003 +006V? 4.5 2.1AB 3* +7312 59 DraBD+76 717 180777 93413536 11824 191250.3+762339190909.8+763338108.08 25.31 5.13 +0.31 0.00 +0.17 A9V +0.047-0.123 +.049-004 63 * +7313 BD+01 3960 180782124478 191245.1+015110191748.2+020154 37.76-04.93 6.19 +0.02 +0.01 A1Vn -0.004-0.030 -023V? 215 * +7314 21The LyrBD+37 3398 180809 68065 724I W 11873 191253.8+375720191622.1+380801 69.90 11.86 4.36 +1.26 +1.23 +0.59 K0+II -0.001+0.004 +.013-031V < 19: 4.7 100.2AB 3 +7315 25Ome1AqlBD+11 3790 180868104691 725 191307.3+112454191749.0+113543 46.24-00.49 5.28 +0.20 +0.22 F0IV +0.003+0.013 +.014-014V 113 +7316 CD-3513393 1808852111751501 191302.4-353612191940.0-352517 2.76-20.69 5.59 -0.13 -0.56 B3V +0.007-0.013 +002V 158: * +7317 BD-15 5310 180928162462 I W 191318.0-154238191900.1-153211 21.95-13.00 6.06 +1.43 +1.57 +0.83 K3III -0.091-0.267 +.041-018V 5.5 48.6 +7318 2 VulBD+22 3648 180968 87036 12287 ES Vul 191329.7+225043191743.6+230132 56.36 4.85 5.43 +0.02 -0.79 B0.5IV +0.001-0.005D+.007+001V 332 4.7 1.8AB 3* +7319 23 AqlBD+00 4168 180972124487 I 12289 11889 191327.2+005412191832.5+010507 37.00-05.53 5.10 +1.15 +1.01 +0.58 K2II-III v+0.010+0.019 +.003-024V? 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A5V -0.008-0.005D+.026-001 135 2.2 18.3 +7501 BD+28 3447 186357 87612 V1276 Cyg193848.8+290536194249.1+291954 64.60 2.92 6.49 +0.33 +0.28 F1III +0.061+0.047 -025 84 * +7502 BD+32 3531 186377 687303577 193853.6+321123194244.6+322536 67.29 4.46 5.94 +0.11 +0.14 A5III +0.004+0.003 -007 27 +7503 16 CygBD+50 2847 186408 31898 12815A 193909.4+501735194148.9+503131 83.34 13.21 5.96 +0.64 +0.19 +0.33 G1.5Vb -0.149-0.153 +.039-026V 2 0.2 39.2AB 3* +7504 BD+50 2848 186427 31899 12815B 193912.2+501708194152.0+503103 83.34 13.20 6.20 +0.66 +0.20 +0.34 G2.5V -0.134-0.162 +.039-027V 3 0.2 39.2AB 3* +7505 BD+30 3706 186440 68744 193913.5+302623194309.5+304043 65.81 3.52 6.05 0.00 -0.01 A1V -0.012+0.038 -028 155 +7506 10 VulBD+25 3933 186486 876331515 193933.4+253157194342.9+254619 61.61 0.98 5.49 +0.93 +0.67 +0.47 G8III +0.012+0.019 +.023-009 < 17 +7507 CD-3215443 1865002115411516 193938.4-320859194601.2-315431 8.25-24.79 5.52 +0.02 B8V +0.005-0.017 -031 +7508 BD+26 3654 186518 87640 I 12850 PS Vul 193950.1+265346194355.9+270808 62.82 1.61 6.28 +1.10 B7V+G1:III -0.009+0.004 -.008-012V 1.5 0.4 * +7509 BD+55 2245 186532 31906 I V1351 Cyg193951.4+551337194204.1+552748 87.93 15.37 6.48 +1.61 M5IIIa +0.013-0.039 -028V? * +7510 Nu TelCP-56 9290 186543246271 739 193951.3-563610194801.2-562145341.27-30.01 5.35 +0.20 A7III-IV +0.088-0.137 -012V +7511 48Psi AqlBD+12 4059 186547105199 193955.0+130346194434.1+131810 50.88-05.40 6.26 -0.03 -0.21 B9III-IV -0.007-0.006 -018SB 35 * +7512 BD+33 3572 186568 68764 12852 194005.5+335522194351.4+340945 68.92 5.11 6.05 -0.06 -0.30 B8III -0.002+0.003 -011 15 7.3 33.9AC 3 +7513 CP-67 3680 186584254658 194004.5-670335194953.3-664846329.18-30.50 6.45 +1.48 +1.72 K4III -0.012+0.016 -002 +7514 BD+41 3469 186619 48771 I 194024.8+413158194345.0+414623 75.61 8.83 5.84 +1.57 +1.99 M0IIIab +0.016+0.010 +.014-041 +7515 56 SgrBD-20 5698 1866481629641517I 194031.7-200006194621.7-194540 20.65-20.67 4.86 +0.93 +0.96 K1III -0.129-0.089 +.025+020V +7516 BD-03 4701 1866601437763579 194038.5-030733194552.2-025300 36.61-13.42 6.48 +0.05 -0.54 B3III +0.005-0.002 -017 +7517 15 CygBD+37 3586 186675 68778 740I 194040.1+370645194416.6+372116 71.76 6.60 4.89 +0.95 +0.69 G7+III +0.075+0.035 +.021-024 < 19: +7518 BD+28 3460 186688 87659 SU Cyg 194048.4+290123194448.7+291553 64.76 2.51 6.82 +0.64 +0.20 +0.39 F2I v+0.001-0.002 -.010-036V * +7519 49Ups AqlBD+07 4210 186689125032 194048.0+072215194539.9+073648 46.01-08.42 5.91 +0.18 +0.09 A3IV +0.053+0.002 +.027-030 30 +7520 BD+34 3691 186702 68783 I 12372 194052.8+341022194438.2+342450 69.22 5.10 6.57R M1III +0.004-0.009 +009 +7521 CP-53 9678 1867562462773581 194108.4-530759194855.1-525317345.27-29.79 6.25 +1.13 +1.11 K1III +0.009-0.050 -021 +7522 BD+57 2057 186760 31923 194117.6+574640194314.6+580059 90.39 16.33 6.22 +0.56 +0.06 G0V +0.137-0.060 +.045-022 =< 10 +7523 BD+40 3866 186776 48789 I V973 Cyg 194125.3+402831194449.0+404300 74.77 8.15 6.34 +1.64 +1.94 +0.92E M4-III -0.064-0.023 -097 * +7524 CP-65 3827 186786254669 NZ Pav 194127.1-655059195101.3-653618330.58-30.65 6.05 +0.30 +0.08 F2III-IV +0.101-0.155 -041 * +7525 50Gam AqlBD+10 4043 186791105223 741I W 194130.3+102210194615.6+103648 48.73-07.08 2.72 +1.52 +1.68 +0.75 K3II e+0.018-0.002 +.016-002V < 17 8.0 132.6 * +7526 BD+56 2291 186815 31933 194137.0+564803194339.6+570233 89.50 15.86 6.27 +0.88 K2III +0.010+0.020 -026 +7527 CP-61 6413 186837254666 194136.8-611835195021.7-610341335.85-30.57 6.21 -0.14 -0.55 B5V -0.006-0.001 -015 * +7528 18Del CygBD+44 3234 186882 48796 I 12880 12380/1 194150.9+445312194458.5+450751 78.71 10.24 2.87 -0.03 -0.10 -0.02 B9.5IV+F1V +0.053+0.047 +.030-020SB 149 3.5 2.0AB 3* +7529 BD+35 3786 186901 68805 12893A 194159.4+355049194539.6+360528 70.79 5.74 6.43 -0.03 -0.13 B9.5VpSi +0.004+0.014D+.018-019 35 0.5 14.8AB 6* +7530 BD+34 3701 186927 68810 12900 194207.6+344608194551.4+350046 69.87 5.17 6.09 +1.06 +1.00 K0II-III+A2V +0.021-0.004 -019 2.4 44.6AC 3* +7531 CP-59 7534 186957246293 W 194215.7-592635195044.8-591135338.02-30.55 5.42 +0.08 A0IV +0.015+0.004 +.013+004 50 1.5 0.5 * +7532 BD-14 5555 186984162998 194225.9-135659194803.0-134212 26.72-18.63 6.11 +0.20 +0.13 +0.08 A6m +0.026-0.012 -008 75 +7533 BD+24 3877 186998 87706 194227.5+245319194639.5+250802 61.39 0.08 6.62 +0.27 A7IV +0.073-0.004 +013SB +7534 17 CygBD+33 3587 187013 68827 12913A 12398 194237.8+332941194625.6+334340 68.81 4.44 4.99 +0.47 0.00 F7V +0.023-0.446 +.049+005V? 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A3/4Vm +0.025-0.017 +010SB 38 +7931 CD-2715014 197540189641 203913.0-273634204513.2-271450 17.60-35.85 6.50 +0.94 G8III +0.008+0.006 -003V +7932 BD+35 4234 197572 70423 I X Cyg 203929.2+351338204324.2+353516 76.87-04.26 6.47 +1.23 +0.99 +0.64 F7Ib-G8Ib v-0.010-0.003 -.008+010SB 22 * +7933 CD-3913960 1976302124163658 203949.1-393344204620.1-391157 2.91-38.29 5.50 -0.10 B8/9V +0.049-0.030 -030 +7934 Sig PavCP-69 3138 1976352548713660 203950.3-690830204918.1-684635325.77-35.70 5.41 +1.12 +1.10 +0.32E K0III -0.069-0.049 -.000+019 * +7935 CD-3614396 197649212417 203956.5-362857204618.6-360713 6.79-37.90 6.49 +0.39 F3IV +0.044-0.055 -014SBO * +7936 16Psi CapCD-2515018 197692189664 779 204010.5-253749204605.7-251615 20.01-35.50 4.14 +0.43 +0.02 +0.20 F4V -0.050-0.157 +.098+026V 37 +7937 17 CapBD-22 5523 1977251896673659 204022.2-215239204610.0-213051 24.38-34.37 5.93 +0.04 +0.10 A0 +0.024-0.021 +018 +7938 BD+60 2154 197734 18998 204031.6+601427204239.7+603605 96.66 11.16 6.15 +0.01 +0.05 A2IV -0.003-0.014 -007 55 +7939 30 VulBD+24 4229 197752 890843657I 204032.8+245446204452.5+251614 68.82-10.81 4.91 +1.18 +1.18 +0.58 K2III -0.028-0.182 +.006+031SB < 17 * +7940 BD+56 2477 197770 32832 204042.4+564509204313.5+570651 93.88 9.00 6.32 +0.33 -0.48 B2III -0.013+0.003 -015SB +7941 BD+17 4401 197812106458 I U Del 204053.4+174335204528.2+180525 62.98-15.20 6.38 +1.68 +1.24 M5II-III +0.002+0.005 -021 * +7942 52 CygBD+30 4167 197912 70467 I 14259 204132.0+302116204539.7+304311 73.30-07.63 4.22 +1.05 +0.89 +0.53 G9.5III -0.010+0.028 +.015-001 < 17 5.0 6.1 * +7943 Iot MicCD-4414145 1979372303791542 W 204142.4-442111204829.2-435919356.83-39.02 5.11 +0.35 +0.06 F1IV +0.185-0.106 +.051-015V? 84 10.4 4.3 +7944 BD+55 2462 197939 32849 I 204146.3+560729204422.0+562917 93.47 8.50 5.78 +1.67 +1.86 M3III +0.006-0.015 -028V? +7945 4 CepBD+66 1318 197950 190043656 204156.1+661738204311.0+663927101.72 14.68 5.58 +0.22 +0.05 A8V +0.021+0.032 +.034-011 159 +7946 BD-03 5018 197954144802 I 204151.6-025109204703.6-022912 44.66-26.72 6.27 +1.55 +1.97 K2 -0.016-0.016 +028V +7947 12Gam1DelBD+15 4255 197963106475 14279B 204200.3+154549204638.7+160728 61.49-16.57 5.14 +0.49 +0.08 F7V -0.030-0.191 +.026-007V? =< 25 1.0 9.8 * +7948 12Gam2DelBD+15 4255 1979641064761541I 14279A 204201.1+154550204639.5+160727 61.50-16.58 4.27 +1.04 +0.97 +0.48 K1IV -0.032-0.197 +.026-007V? 0 1.0 9.8 * +7949 53Eps CygBD+33 4018 197989 70474 780I 14274 204209.8+333544204612.7+335813 75.94-05.71 2.46 +1.03 +0.87 +0.54 K0-III +0.356+0.328 +.057-011SB? < 17 9.3 54.9AB 3* +7950 2Eps AqrBD-10 5506 198001144810 781 204215.8-095143204740.6-092945 37.68-30.10 3.77 0.00 +0.02 0.00 A1V +0.035-0.034 +.021-016V? 98 * +7951 3 AqrBD-05 5378 1980261448141543I EN Aqr 204227.7-052338204744.2-050140 42.24-28.09 4.42 +1.65 +1.92 +1.31 M3III +0.003-0.040 +.008-022V? * +7952 Zet IndCD-4613718 1980482303913661 204236.0-463548204929.0-461337353.95-39.24 4.89 +1.52 +1.87 +0.64E K5III +0.040+0.024 +.012-005 +7953 13 DelBD+05 4613 198069126222 14293 13299 204251.1+053827204748.3+060030 52.78-22.50 5.58 -0.02 -0.09 A0V +0.010-0.006 +.002-007 202 3.6 1.4 * +7954 BD+02 4250 198070126221 204245.7+025619204747.8+031824 50.29-23.93 6.40 -0.02 -0.09 A0Vn +0.031+0.021 -021 142 +7955 BD+57 2240 198084 32862 782 W 204252.1+571315204521.1+573447 94.43 9.06 4.51 +0.54 +0.10 +0.28 F8IV-V -0.064-0.236 +.046-031SB2 0 5.7 66.4 * +7956 BD+33 4028 198134 70499 I 14290 T Cyg 204311.2+340023204710.8+342227 76.39-05.62 4.92 +1.32 +1.47 K3III +0.047+0.004 +.005-023V? < 19: 6.5 9.9AB 3* +7957 3Eta CepBD+61 2050 198149 19019 783I 14276 204315.3+612701204517.4+615020 97.86 11.64 3.43 +0.92 +0.62 +0.49 K0IV +0.087+0.818 +.071-087 < 17 8.2 51.7 * +7958 BD+45 3270 198151 50050 W 204316.7+460954204638.5+463154 85.83 2.06 6.30 +0.03 +0.04 A3V -0.024-0.013 -006V? 125 1.9 0.5 +7959 CP-62 6180 198160254883 W A 204317.6-624759205138.3-622545333.32-37.62 6.28 +0.15 +0.08 A2-3IV-V +0.076-0.047D+.009-016 0.2 2.4 * +7960 CP-62 6180 198161254884 W B 204318.1-624759205138.8-622545333.32-37.62 6.59 +0.17 +0.06 A2-3IV-V +0.078-0.043D+.009-010 0.2 2.4 * +7961 CD-2615282 198174189733 204321.4-260901204917.6-254653 19.65-36.34 5.86 -0.07 -0.46 B7IIIp +0.015-0.021 -012 +7962 BD+52 2799 198181 328771544 204327.2+523752204621.2+525943 90.87 6.12 6.33 +1.12 K0 -0.081-0.103 +.008-029 +7963 54Lam CygBD+35 4267 198183 70505 14296 204330.7+360723204724.5+362927 78.08-04.34 4.53 -0.11 -0.49 -0.11 B5Ve +0.009-0.005 +.008-023SB? 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K3II -0.011-0.022 +017SB +7972 BD+51 2954 198387 32897 14322 204453.6+520232204752.8+522426 90.55 5.58 6.27 +0.89 +0.55 G7IV +0.068-0.158 +.018-041V 5.2 12.2 * +7973 15 DelBD+12 4472 198390106536 W 204451.8+121016204937.8+123243 58.86-19.23 5.98 +0.43 -0.11 F5V +0.057+0.098 +.030+002 =< 10 5.2 108.0AC 4 +7974 14 DelBD+07 4556 1983911262653664 13337 204454.1+072933204948.3+075151 54.75-21.90 6.33 +0.02 -0.02 A1V s +0.032+0.011 -030SBO 32 * +7975 BD+05 4626 198404126267 W 204500.8+051022204959.1+053241 52.67-23.20 6.21 +0.98 +0.79 K0 +0.040+0.006 -022 2.5 79.9 +7976 BD-13 5773 1984311639243665 204511.1-125455205041.8-123242 34.83-32.07 5.88 +1.07 +0.94 gK1 +0.126-0.070 +.021-044SB +7977 55 CygBD+45 3291 198478 50099 14337 V1661 Cyg204531.8+454435204856.3+460651 85.75 1.49 4.84 +0.41 -0.45 +0.31 B3Ia e+0.004 0.000 +.017-007V 35 6.3 21.3 * +7978 BD+51 2957 198513 32908 14336 204541.5+513221204842.7+515438 90.24 5.17 6.29 -0.07 -0.56 B8Vnp +0.006+0.007 -025V? 100 2.3 4.0 * +7979 Bet MicCD-3315245 198529212499 204546.1-333307205158.8-331038 10.73-38.57 6.04 +0.03 A2Vn +0.015+0.014 -012V? 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AC 3 +8156 CP-70 2844 203133254990 Y Pav 211513.4-700936212416.7-694403323.20-38.20 6.41 +2.82 +3.40 C5II +0.005-0.018 +001V * +8157 BD+37 4271 203156 71203 14859 V1334 Cyg211522.8+374855211922.2+381415 83.62-07.95 5.83 +0.50 +0.16 F1II +0.011-0.006 +008SB 28 0.0 0.1 * +8158 BD+21 4521 203206 89628 211541.4+213610212014.0+220135 71.53-19.13 6.29 -0.08 -0.49 B6IV +0.003+0.010 -017 70 +8159 CP-72 2598 203212257920 W 211546.4-721336212518.1-714758320.84-37.31 6.09 +1.26 +1.41 K2III +0.018-0.007 +011 5.9 44.6 +8160 16 AqrBD-05 5524 203222145317 211549.7-045904212104.3-043336 47.47-35.11 5.87 +0.92 +0.64 gG7 -0.012+0.011 +.014-006 +8161 BD+48 3345 203245 507133702 211602.2+490514211928.8+493037 91.70-00.06 5.76 -0.15 -0.48 B6V +0.017+0.002 +.001-023SB +8162 5Alp CepBD+61 2111 203280 19302 803I 14858 13660 211611.5+620943211834.8+623508101.00 9.17 2.44 +0.22 +0.11 +0.11 A7V +0.151+0.049 +.068-010V 246 9.1 206.8AB 4* +8163 9 EquBD+06 4802 203291126719 I 211608.0+065550212104.8+072116 59.19-28.55 5.82 +1.66 +1.97 M2IIIa +0.041-0.019 -020 +8164 BD+58 2249 203338 33318 I 14864 211629.5+581201211915.8+583725 98.18 6.36 5.66 +1.38 +0.07 +1.33 M1Ibep+B2pe+B3V v+0.005-0.001 +.004-021SB =< 50 3.8 4.6AB 4* +8165 BD+23 4294 203344 896403704 211633.1+232605212104.4+235121 73.10-18.06 5.57 +1.05 +0.91 K1III +0.243-0.120 -.005-089V? * +8166 BD+31 4425 203358 71230 14889 211636.8+320145212050.1+322710 79.60-12.18 5.68 +1.08 +0.93 G8IV +0.053-0.033D+.018-029V? 0.4 2.1AB 3* +8167 32Iot CapBD-17 6245 2033871643461561I 211640.7-171538212214.8-165004 33.62-40.77 4.28 +0.90 +0.58 +0.48 G7IIIFe-1.5 +0.033+0.004 +.033+012V? < 17 +8168 BD+76 833 203399 10007 I 211647.8+763529211542.2+770044111.85 19.06 5.95 +1.50 K5III +0.013+0.010 +015 +8169 BD+32 4134 203439 71237 211709.1+321116212122.0+323646 79.80-12.15 6.04 +0.03 +0.10 A1V +0.018-0.011 +.007-003SBO 50 * +8170 BD+39 4529 203454 50739 211706.9+395534212101.4+402044 85.37-06.70 6.40 +0.53 -0.01 +0.34 F8V -0.019-0.207 +.034+001SBO 12 * +8171 6 CepBD+64 1527 203467 193133703 Var 211717.7+642652211922.2+645219102.74 10.69 5.18 -0.04 -0.58 B3IVe +0.006+0.004 -.015-018SB 148 * +8172 CD-2316877 203475190285 I 211716.6-230545212300.5-224008 26.31-42.85 5.60 +1.63 +2.04 M1III +0.037+0.010 -007V? +8173 1 PegBD+19 4691 203504107073 804I 14909 211727.6+192236212205.2+194816 70.05-20.92 4.08 +1.11 +1.06 +0.54 K1III +0.106+0.064 +.014-076SB < 17 4.9 36.2AB 3* +8174 BD+80 690 203501 35343964 211730.7+804841211321.5+811351115.25 21.83 6.15 +0.09 +0.09 A3IV -0.009 0.000 -001 +8175 17 AqrBD-09 5728 2035251453513705I 211734.6-094444212256.3-091910 42.56-37.81 5.99 +1.54 +1.89 M0III -0.025-0.026 +018V +8176 CP-83 716 2035322589023995 211736.8-830707213354.4-824059309.46-31.74 6.38 +0.13 -0.36 B3IV +0.018 0.000 -005 +8177 CD-4713796 203548230665 211741.9-470233212420.8-463654352.92-45.21 6.31 +0.20 A7mSr: +0.042-0.022 -024 * +8178 10Bet EquBD+06 4811 203562126749 14920 211755.8+062301212253.6+064840 59.00-29.23 5.16 +0.05 +0.07 A3V +0.056+0.010 +.028-011SB 78 6.5 89.2AE 5* +8179 BD+60 2227 203574 19333 211759.3+601954212033.5+604525 99.84 7.73 6.11 +1.00 +0.75 G5III -0.040-0.001 -027 +8180 The2MicCD-4114503 203585230667 W 211802.3-412607212424.8-410024 0.89-45.64 5.77 -0.05 -0.20 A0IIIpSi +0.031 0.000D+.006+011 0.6 0.5AB 3 +8181 Gam PavCP-65 3918 203608254999 805 13689 211810.8-654907212626.6-652158328.14-40.29 4.22 +0.49 -0.12 +0.30 F6V +0.079+0.799 +.111-030 8 +8182 BD+29 4397 203630 71259 211824.0+295256212241.9+301835 78.29-13.94 6.05 +1.08 +1.07 K1III +0.015+0.004 -025 +8183 33 CapBD-21 6007 2036381902953707I 13683 211829.4-211637212409.6-205107 28.78-42.56 5.41 +1.16 +1.10 +0.41E K0III -0.007-0.125 +.021+022V? 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53 2.7 2.8 +8203 BD-00 4215 204041126789 212044.3+000608212551.5+003204 53.47-33.44 6.46 +0.16 +0.05 A1IV +0.040+0.013 -009 68 +8204 34Zet CapBD-2215388 204075190341 806I 14971 212057.5-225040212640.0-222441 26.98-43.59 3.74 +1.00 +0.59 +0.43 G4Ib +0.001+0.023 -.010+003SB < 19 8.6 21.3 * +8205 BD+00 4726 2041211267943711 212121.2+004031212628.1+010612 54.14-33.25 6.13 +0.44 +0.01 F5V +0.113-0.163 +.028+011V? 12 +8206 BD+48 3376 204131 50817 14962 V1934 Cyg212125.8+485331212455.5+491924 92.20-00.82 6.58 -0.03 0.00 B9pSi:Cr:Sr: -0.015-0.007 +001 5.9 20.3 +8207 35 CapBD-21 6020 204139190349 I 212134.7-213743212714.8-211146 28.63-43.36 5.78 +1.44 +1.74 +0.76 K5III -0.026-0.030 +023V * +8208 BD+46 3305 204153 50824 212139.2+461652212519.6+464252 90.42-02.73 5.60 +0.32 -0.01 F0V +0.195+0.048 +.039+001V +8209 69 CygBD+36 4557 204172 71329 14969 212141.7+361407212547.0+364003 83.39-09.96 5.94 -0.08 -0.94 B0Ib +0.006-0.005 +003 80 5.3 53.4AC 3* +8210 BD+18 4794 204188107138 IK Peg 212147.9+185632212626.7+192232 70.43-21.98 6.07 +0.22 +0.06 +0.12 A8m +0.081+0.014 -011SBO 83 * +8211 CP-54 9872 204228247043 212157.4-540825212900.3-534221342.89-44.57 6.39 +1.14 K2IIICNIb +0.081-0.025 +010 +8212 BD-12 6005 204363164415 212249.0-120008212813.9-113406 40.72-39.98 6.61 +0.49 F3V +0.009-0.048 +023V +8213 36 CapBD-22 5692 204381190374 I 212301.3-221434212843.4-214826 27.97-43.87 4.51 +0.91 +0.60 +0.46 G5III +0.138-0.006 +.023-022V * +8214 5 PsACD-3118291 204394213034 212305.3-314027212903.8-311419 14.98-46.02 6.50 +0.03 A0 +0.022-0.011 -000 +8215 70 CygBD+36 4568 204403 713583714 212316.6+364055212721.4+370700 83.94-09.86 5.31 -0.14 -0.64 B3V 0.000+0.002 -020SB 135 * +8216 BD+48 3390 204411 50867 13718 212318.5+482400212651.6+485006 92.09-01.39 5.31 +0.07 +0.16 A6pCrEu: +0.060+0.023 +.008-013V 9 * +8217 35 VulBD+26 4164 204414 897203715 212315.5+271023212740.1+273631 77.04-16.60 5.41 +0.04 +0.05 A1V +0.041+0.018 +.019-008V? 97 +8218 BD+52 2939 204428 33434 212327.0+522751212645.0+525355 94.89 1.55 6.03 -0.12 -0.46 B6V +0.017+0.008 +.018-030 +8219 BD+07 4696 2044451268181564I 13727 212329.0+074538212824.8+081144 61.21-29.49 6.40 +1.64 +1.90 +0.93E M1 +0.011-0.025 -006 * +8220 BD+31 4462 204485 713713716 212351.8+314715212808.3+321331 80.53-13.44 5.80 +0.32 +0.04 F0V +0.137+0.083 +.023-024 * +8221 BD+17 4592 204560107168 13738 212419.0+172809212859.9+175421 69.67-23.41 6.44 +1.39 +1.64 K5 -0.015-0.001 -012 +8222 BD-19 6107 204577164433 212422.9-193503212959.6-190852 31.58-43.31 6.57 +0.41 F0V +0.034-0.045 -012V? =< 15 +8223 BD+21 4555 204585 89737 I W 13740 212425.5+214432212859.9+221046 73.09-20.54 5.93 +1.53 +1.32 M4.5III-IIIa +0.045+0.011 -022 2.7 41.1AB 3 +8224 BD+59 2383 204599 334433717I 14998 13729 212439.5+591853212725.3+594500 99.73 6.42 6.10 +1.75 +1.72 M3IIIaBa0.2 -0.022-0.018 -016V? 4.7 11.2 * +8225 2 PegBD+23 4325 204724 897521565I 15027 212525.0+231202212956.9+233820 74.39-19.70 4.57 +1.62 +1.93 +1.09 M1+III +0.024+0.004 +.013-019V 8.1 29.8 +8226 BD+54 2544 204754 33458 I 13745 212544.0+545850212852.7+552507 96.86 3.16 6.12 +0.14 -0.28 B8III +0.014+0.011 -007V? 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195 6.4 27.2 * +8271 CP-56 9700 205935247132 213330.5-561125214033.6-554415339.43-45.56 6.33 +1.06 K0II-III +0.010+0.023 +027 +8272 BD+44 3889 205939 51109 CP Cyg 213337.8+441451213727.9+444148 90.59-05.65 6.20 +0.19 A7III -0.001-0.028 +004V? 23 * +8273 BD-11 5640 2060051645553728 213405.6-110138213928.1-103437 43.53-42.00 6.08 +1.03 +0.89 K0 +0.019-0.050 -009 +8274 BD+24 4445 206027 89870 S 213414.7+250252213845.0+252956 77.29-19.84 6.16 +1.02 +0.82 G9III -0.021+0.003 -014 0.1 +8275 BD+53 2659 206040 33596 213418.9+533531213738.7+540232 96.86 1.29 6.15 +0.99 +0.74 K1III -0.019 0.000 +002 +8276 BD+19 4754 206043 89871 213421.4+194850213901.1+201555 73.31-23.55 5.85 +0.32 +0.03 F2V +0.113-0.003 +.021-013V? 105 +8277 25 AqrBD+01 4517 2060671269653729I W 213428.8+014738213933.3+021437 57.54-35.28 5.10 +1.04 +0.90 +0.52 K0III -0.026-0.082 +.006-035V < 19: 6.3 136.8 +8278 40Gam CapBD-17 6340 206088164560 812I 213433.1-170651214005.5-163944 36.00-44.67 3.68 +0.32 +0.20 +0.14 F0p +0.190-0.023 +.029-031SB 30 * +8279 9 CepBD+61 2169 206165 195413725 V337 Cep 213514.2+613751213755.2+620455102.27 7.25 4.73 +0.30 -0.53 +0.18 B2Ib v-0.003-0.002 -.008-013V? 36 * +8280 Lam OctCP-83 722 206240258914 W 213536.4-831044215054.3-824309309.02-32.13 5.29 +0.75 +0.47 G8-K0III +0.058-0.036D+.011-011 2.3 2.8 * +8281 BD+56 2617 206267 33626 813 15184 213551.4+570212213857.6+572921 99.29 3.74 5.62 +0.21 -0.74 O6.5V((f)) -0.001-0.003 -008SBO 154 2.2 11.8AC 5* +8282 CD-2515545 206291190555 213602.3-253323214146.1-250607 24.56-47.63 6.49 +1.19 K0 -0.021-0.003 +032V? +8283 42 CapBD-14 6102 206301164580 I' 213606.6-142937214132.9-140251 39.56-43.97 5.18 +0.65 +0.20 +0.24E G1V+G0V -0.118-0.307 +.034-001SB1O 17 2.0 0.0 * +8284 75 CygBD+42 4177 206330 511673730I 15208 13834 213615.5+424911214011.1+431626 90.00-07.04 5.11 +1.60 +1.90 M1IIIab +0.063+0.016 +.004-028V 4.2 57.9AC 3* +8285 41 CapCD-2317057 206356190559 I 15223 213619.1-234255214200.8-231546 27.21-47.22 5.24 +0.95 +0.75 G9III +0.102-0.089 +.025-044V 6.2 5.1 * +8286 CP-71 2632 2063992579553735 213636.8-712758214528.8-710032320.64-39.09 6.01 -0.10 -0.35 B8IV +0.009-0.019 -004V? * +8287 26 AqrBD+00 4770 206445126997 I 213704.1+004947214210.1+011707 57.05-36.37 5.67 +1.44 +1.67 K2III +0.001-0.007 +010V * +8288 43Kap CapBD-19 6152 206453164593 I 213704.5-191920214239.5-185159 33.38-46.03 4.73 +0.88 +0.52 +0.49 G8III +0.147-0.006 +.028-003V? < 19: +8289 7 PegBD+05 4850 2064871270023732I 13848 213715.3+051328214215.5+054048 61.36-33.75 5.30 +1.64 +1.95 M2IIIab +0.014-0.006 -004V? +8290 BD+54 2595 206509 336563731 213724.5+542502214043.3+545220 97.74 1.61 6.20 +1.16 +0.96 K0III +0.010+0.005 +004 * +8291 76 CygBD+40 4611 206538 51189 W 213732.8+402104214134.3+404819 88.54-09.06 6.11 +0.07 +0.07 +0.05 A2V -0.012-0.046 +.013+003SB 150 4.0 62.1AB 3* +8292 BD+10 4604 206540107340 213739.8+102206214233.0+104929 66.11-30.53 6.09 -0.11 -0.51 B5IV +0.024-0.002 +006V? 20 +8293 BD-20 6270 206546164601 213737.9-200439214313.5-193715 32.41-46.41 6.22 +0.27 +0.15 +0.12 A3m +0.077-0.011 -025SBO 47 0.1 0.0 * +8294 CP-89 53 2065532589311669 CG Oct 213737.1-891903224528.6-884906303.63-28.13 6.57 +0.28 +0.13 F0IV-V +0.016-0.040 +015 * +8295 44 CapBD-15 6046 206561164600 D 213737.1-145125214304.4-142359 39.32-44.45 5.88 +0.25 F0IV -0.002+0.025 -013 * +8296 NOVA 1876 Q Cyg * +8297 BD+34 4500 206570 71613 I V460 Cyg 213747.9+350315214201.1+353037 85.01-13.06 6.07 +2.52 +4.76 +1.40 C6.3 +0.007 0.000 +010 * +8298 BD+45 3637 206632 51204 I V1339 Cyg213818.9+451835214208.4+454557 91.92-05.40 6.17 +1.55 M4III: +0.006-0.013 +.003+009 * +8299 CD-3914405 2066422132483736 213820.3-390022214429.5-383309 4.35-49.57 6.30 +1.12 +0.93 G5III +0.081-0.168 -058 +8300 77 CygBD+40 4615 206644 51207 W 213821.4+403713214222.9+410438 88.84-08.96 5.69 +0.01 -0.01 A0V +0.021+0.003 +.003-025SB2O 45 0.2 0.1 * +8301 80Pi 1CygBD+50 3410 206672 336653733 213832.5+504359214205.7+511123 95.48-01.30 4.67 -0.12 -0.68 -0.13 B3IV +0.006-0.006 -008SBO 109 * +8302 45 CapBD-15 6052 206677164612 213833.4-151227214401.0-144458 39.00-44.80 5.99 +0.21 +0.07 +0.12 F0V -0.023+0.008 -004SB +8303 CD-5013463 206690230822 213841.2-495733214519.0-492955347.83-48.10 6.45 +1.15 K1III +0.094+0.053 -051 +8304 BD+48 3480 206731 51217 213900.3+490836214238.9+493601 94.51-02.56 6.09 +1.00 +0.74 G8II +0.010-0.002 -002V +8305 9Iot PsACD-3315734 206742213258 814 W 213859.5-332856214456.8-330133 12.88-49.55 4.34 -0.05 -0.11 -0.03 A0V +0.034-0.094 +.041+002SB2 47 7.0 20. * +8306 BD+40 4623 206749 51221 I 13857 213905.2+404152214306.4+410918 89.00-08.99 5.49 +1.59 +1.96 M2IIIab -0.023-0.015 -023V * +8307 79 CygBD+37 4408 206774 71643 W 213917.4+374933214325.7+381702 87.11-11.18 5.65R 0.00 -0.02 A0V +0.036+0.004 -023 165 1.3 151.2AB 5* +8308 8Eps PegBD+09 4891 206778127029 815I 15268 Eps Peg 213916.4+092459214411.2+095230 65.57-31.46 2.39 +1.53 +1.70 +0.76 K2Ib e+0.031-0.001 +.006+005V < 17 6.1 142.5AC 3* +8309 78Mu 1CygBD+28 4169 206826 89940 15270A 213940.1+281727214408.6+284434 80.58-18.34 4.73H +0.48 +0.01 +0.28 F6V +0.292-0.241 +.049+018SB2 18 1.3 2.0AB 5* +8310 78Mu 2CygBD+28 4169 206827 89939 15270B 213940.3+281726214408.3+284435 80.58-18.34 6.08H +0.36? G2V +0.231-0.219 +.049+017V? 1.3 2.0AB 5* +8311 46 CapBD-09 5829 206834145637 I 213940.3-093230214500.3-090457 46.17-42.51 5.09 +1.11 +0.95 +0.53 G8II-III +0.021-0.005 +.002-005SB < 17 +8312 BD+58 2314 206842 33683 213944.8+584847214245.4+591616100.84 4.75 6.08 +1.34 K1III -0.003+0.010 -002 +8313 9 PegBD+16 4582 206859107365 I 13864 213946.5+165328214430.7+172100 71.98-26.51 4.34 +1.17 +1.00 +0.55 G5Ib +0.012-0.013 +.008-022V? 20 +8314 BD+14 4668 2068601073643737 HN Peg 213942.0+141858214431.3+144619 69.86-28.27 5.94 +0.59 +0.04 G0V v+0.234-0.119 +.065-019V? 11 * +8315 10Kap PegBD+24 4463 206901 89949 I 15281 214006.9+251107214438.7+253842 78.41-20.67 4.13 +0.43 +0.03 +0.25 F5IV +0.034+0.010 +.035-008SB1O 29 0.4 0.3AB 3* +8316 Mu CepBD+58 2316 206936 33693 I 15271 Mu Cep 214026.8+581917214330.4+584648100.60 4.32 4.08 +2.35 +2.42 +1.76 M2-Ia e+0.003-0.003 +.003+019V 8.3 19.5AB 3* +8317 11 CepBD+70 1193 206952 10126 817I 214027.4+705103214155.3+711841108.88 13.82 4.56 +1.10 +1.10 +0.54 K1III +0.117+0.099 +.008-037 < 17 +8318 47 CapBD-09 5833 207005145648 I AG Cap 214056.2-094414214616.3-091633 46.14-42.88 6.00 +1.66 +1.87 +1.03E M3III +0.021+0.009 +021V? * +8319 48Lam CapBD-12 6087 207052164639 818 214109.1-114938214632.1-112157 43.64-43.91 5.58 -0.01 -0.05 A1V +0.031-0.008 +.015+001V 190 +8320 BD+35 4626 207088 716751571 214130.0+352345214544.5+355126 85.82-13.30 6.40 +1.00 +0.71 G8III +0.094+0.012 -005 +8321 12 PegBD+22 4472 207089 899723739I 214128.2+222916214604.4+225656 76.64-22.83 5.29 +1.41 +1.33 K0IbHdel 0.5 e+0.010-0.005 +.006-012 * +8322 49Del CapBD-16 5943 207098164644 819I 15314 Del Cap 214131.3-163452214702.4-160738 37.60-46.01 2.87 +0.29 +0.09 +0.17 Am v+0.263-0.297 +.087-006SBO 87 2.0 0.0 4* +8323 CD-4713928 2071292308461573 W 214145.6-474531214815.8-471813350.88-49.10 5.58 +0.60 +0.08 G0V +0.167-0.298 +.073-007 3.0 55.0 +8324 BD+71 1082 207130 10131 I 214151.1+715142214304.0+721913109.65 14.50 5.17 +1.05 +0.97 K0III -0.044-0.038 +.015-039V? < 17 * +8325 BD+24 4473 207134 89976 I: 214150.7+250601214624.0+253348 78.65-21.00 6.28 +1.21 +1.25 K3III: +0.166+0.044 +.006-045V? +8326 10The PsACD-3118466 2071552132923741 W 214152.1-312140214744.2-305354 16.24-49.94 5.01 +0.04 +0.05 A2V -0.032+0.002 +.006+014 139 0.1 0.1AB 3* +8327 BD+61 2193 207198 19621 W 214208.3+615959214453.3+622738103.14 6.99 5.95 +0.31 -0.64 +0.17 O9Ib-II e-0.007-0.002 -018 76 3.5 17.0 * +8328 11 PegBD+02 4414 2072031270601574 214209.7+021325214714.0+024110 59.38-36.56 5.64 0.00 -0.01 A1V +0.010-0.003 +.005+017V? 139 +8329 BD+42 4204 207218 51277 214218.2+423554214616.6+430339 90.71-07.93 6.54 +0.28 +0.13 G0:III+A4V +0.013+0.013 -019V 100 * +8330 BD+16 4598 207223107395 214219.3+164355214704.7+171139 72.32-27.05 6.21 +0.34 +0.01 F3V +0.094-0.014 -019 +8331 CP-65 3951 2072292550803742 214215.0-651034215000.1-644245327.40-42.80 5.62 +1.02 +0.83 K0III -0.003-0.042 -001 +8332 BD-06 5827 207235145671 214222.4-062249214738.1-055502 50.30-41.49 6.17 +0.22 +0.05 A7V +0.049-0.002 -011 120 +8333 Omi IndCP-70 2873 207241255087 820 214219.9-700541215047.1-693746321.80-40.23 5.53 +1.37 +1.63 K2-3III -0.031-0.002 +.029+020 +8334 10Nu CepBD+60 2288 207260 196241572I Nu Cep 214233.7+603933214526.9+610715102.31 5.93 4.29 +0.52 +0.13 +0.44 A2Ia -0.003-0.003 +.013-021V 33 * +8335 81Pi 2CygBD+48 3504 207330 51293 821 214305.8+485048214647.6+491834 94.83-03.22 4.23 -0.12 -0.71 -0.12 B3III +0.004-0.002 -.001-012SBO 43 * +8336 BD+35 4643 207446 71716 I 214355.4+360658214808.3+363450 86.68-13.08 6.47R K5 -0.028+0.002 -031 +8337 BD-13 6027 207503164679 214416.8-131121214941.1-124323 42.41-45.20 6.31 +0.22 A3m -0.003+0.015 +000SB2 20 * +8338 BD+37 4427 207516 71722 214420.1+381101214829.4+383855 88.12-11.56 6.12 -0.08 -0.34 B8V +0.022-0.002 -020 100 +8339 12 CepBD+60 2294 207528 19642 I 214428.2+601343214725.3+604134102.22 5.45 5.52 +1.52 +1.93 M1IIIb -0.008 0.000 +.021-020 +8340 BD-17 6389 207552164686 214443.0-171840215013.1-165041 37.05-46.99 6.38 +1.42 K0 +0.034 0.000 -001V +8341 BD+19 4793 207563 900273744 214446.4+195948214926.9+202745 75.35-25.15 6.29 -0.10 -0.64 B2V +0.003-0.002 -012V? 122 +8342 BD+69 1198 207636 19646 214515.3+694113214701.0+700903108.41 12.67 6.29R A0V -0.004-0.026 -002V? 205 +8343 14 PegBD+29 4525 207650 900401575 214525.2+294230214950.7+301027 82.57-18.12 5.04 -0.03 +0.03 A1V s +0.019-0.027 +.006-023SBO 68 * +8344 13 PegBD+16 4612 207652107425 W 13891 214523.1+164914215008.7+171708 72.97-27.52 5.29 +0.37 +0.03 +0.18 F2III-IV +0.076-0.061 +.015-004V 71 2.0 0.2 * +8345 BD+40 4648 207673 513443745 214535.9+404057214940.1+410856 89.94-09.80 6.48 +0.42 +0.07 A2Ib -0.002-0.007 -002V 21 +8346 BD-19 6176 207760164697 214608.6-190521215141.8-183723 34.79-47.96 6.16 +0.36 +0.06 F0III +0.148-0.079 -042V? +8347 BD+60 2300 207780 19663 I 214623.2+604824214919.0+611622102.77 5.75 6.17 +1.67 +2.03 M1II-III +0.003-0.024 -019 +8348 BD+19 4797 207840107445 15383 214652.4+192128215134.2+194936 75.25-25.96 5.77 -0.10 -0.40 B8III +0.014+0.017 -020 20 5.6 19.3AB 3* +8349 BD+38 4621 207857 71767 V1619 Cyg214656.6+390406215104.9+393212 89.10-11.20 6.17 -0.08 -0.42 B9pHgMn +0.006+0.005 +000V? 12 * +8350 BD+20 5027 207932 90059 I HO Peg 214738.3+204810215218.2+211623 76.50-25.04 6.89R M4III +0.015+0.021 -022 * +8351 51Mu CapBD-14 6149 2079581647131577 214750.7-140121215317.8-133306 41.88-46.35 5.08 +0.37 -0.01 F1III +0.313+0.013 +.047-022V 87 * +8352 CP-62 6277 207964255101 W 214749.0-622121215511.5-615311330.39-44.71 5.90 +0.39 F1III +0.050-0.084D+.019+001 0.1 0.3 * +8353 Gam GruCD-3714536 207971213374 822 214752.5-375006215355.7-372154 6.11-51.47 3.01 -0.12 -0.37 -0.06 B8III +0.102-0.021 +.013-002V? 68 +8354 15 PegBD+28 4215 207978 90065 214802.0+281931215229.9+284736 82.05-19.54 5.53 +0.42 -0.13 F6IV-V vw -0.059-0.067 +.040+019V? =< 6 * +8355 BD-10 5785 208008164717 W 214815.2-104657215336.0-101842 46.07-44.96 6.59 -0.12 B9V +0.012-0.004 -011V 0.5 0.1AB 3* +8356 16 PegBD+25 4635 208057 90075 823 214830.6+252716215303.8+255530 80.10-21.75 5.08 -0.17 -0.67 B3Ve +0.009-0.002 +.003-012SB 152 * +8357 BD+55 2639 208095 33819 15405A 13909 214837.9+551936215201.0+554749 99.56 1.28 5.71 -0.13 -0.46 B6IV-V +0.013+0.003D+.005-007SB2O 120: 1.0 18.3AB 3* +8358 BD+18 4879 208108107474 214855.0+191148215337.4+194006 75.51-26.41 5.68 +0.01 +0.01 A0V s +0.013+0.013 +006 =< 41 +8359 BD+06 4919 208110127141 214858.1+062334215357.8+065152 64.70-35.25 6.15 +0.80 +0.27 G0III s +0.081 0.000 -010 < 32 * +8360 BD-04 5568 208111145731 214857.0-044443215410.4-041634 53.33-41.99 5.71 +1.18 +1.27 K2III +0.057-0.093 +.017-037 +8361 BD+65 1664 208132 19686 15407 214907.2+651659215137.3+654510105.85 9.04 6.37 A1m -0.006-0.015D+.010+004V? 0.3 1.9AB 3* +8362 Pi IndCP-58 7911 208149247230 214913.0-582223215614.0-575358335.36-46.69 6.19 +0.21 +0.15 Am +0.016+0.011 +007V? * +8363 BD-03 5329 208177145735 15432 214924.0-034621215435.9-031804 54.49-41.54 6.20 +0.48 +0.07 F5IV +0.018-0.028 -016 3.4 17.6 * +8364 BD+19 4814 208202107489 15431 214935.3+191447215417.4+194306 75.68-26.48 6.39 +0.97 +0.68 K0III+F7V -0.034-0.008 +004V? 2.1 22.3AB 3* +8365 CD-3118541 208285213406 215005.8-310445215555.6-303623 17.01-51.66 6.41 +0.93 G8III +0.051-0.026 -085V +8366 CD-3714565 208321213414 215021.7-374339215622.8-371513 6.25-51.96 5.46 +0.08 A2Vn -0.016-0.002 +028V 222 +8367 CD-3814801 208435213427 BZ Gru 215100.1-381319215702.2-374449 5.44-52.07 6.18 +0.33 F1III-IV +0.022-0.003 +001 * +8368 Del IndCP-55 9733 208450247244 824 W 215106.9-552805215755.1-545933339.11-48.12 4.40 +0.28 +0.10 F0IV +0.048-0.007 +.020+015V? 130 0.1 0.1 * +8369 Kap1IndCP-59 7744 2084962472473752 BG Ind 215126.0-592920215830.1-590044333.72-46.45 6.12 +0.46 -0.02 F3V +0.005+0.026 +040SB2 * +8370 CP-78 1430 208500257990 215126.0-780826220152.1-773945313.17-35.87 6.41 +0.22 +0.08 A5IV-V -0.031-0.002 +001V +8371 13 CepBD+55 2644 208501 338643749 13963 215131.4+560815215453.2+563641100.39 1.68 5.80 +0.73 -0.02 +0.60 B8Ib v-0.003-0.001 -015V? 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227 * +8403 BD+52 3083 209419 339853763 215810.6+522400220150.6+525256 98.91-01.89 5.78 -0.11 -0.50 B5III +0.011+0.006 -022V? * +8404 21 PegBD+10 4681 209459107625 215824.6+105412220319.0+112311 70.66-33.92 5.80 -0.07 -0.20 B9.5V +0.017-0.012 -000 4 +8405 13 PsACD-3018985 209476213517 I 215838.0-302403220423.9-295500 18.45-53.40 6.47 +1.63 +1.93 K5III +0.014+0.001 +023V +8406 14 CepBD+57 2441 209481 33990 LZ Cep 215842.8+573104220204.6+580002102.01 2.18 5.56 +0.06 -0.86 O9Vn -0.002 0.000 -.009-007SB2O 130: * +8407 BD+43 4119 209515 51595 15578 V1942 Cyg215854.4+441003220256.7+443900 94.08-08.58 5.60 -0.03 -0.10 -0.01 A0IV -0.018-0.033 -001V? 98 2.5 1.0AB 5* +8408 CD-2715757 2095221908643767 14011 215855.6-271823220436.8-264921 23.58-53.01 5.96 -0.14 -0.66 -0.15 B4IVne v+0.017-0.015 -018V 300 * +8409 Kap2IndCP-60 7541 209529247303 215849.7-600711220550.9-593810332.26-46.96 5.62 +1.46 +1.81 +0.56E K4III +0.048-0.056 -011 +8410 32 AqrBD-01 4242 209625145853 215938.8-012324220447.4-005424 59.10-42.22 5.30 +0.23 +0.15 +0.11 A5m v-0.015-0.052 +.014+020SB1O 19 * +8411 Lam GruCD-4014639 2096882135431581 220005.3-400133220606.9-393236 2.22-53.67 4.46 +1.37 +1.66 +0.78 K3III -0.023-0.124 +.013+039 +8412 BD+32 4329 209693 71998 15602 220009.2+322725220434.4+325631 86.97-18.03 6.38 +1.10 +0.80? G5Ia -0.007+0.001 -022V? 4.8 21.4 +8413 22Nu PegBD+04 4800 209747127285 I 14020 220038.1+043411220540.8+050331 65.37-38.64 4.84 +1.44 +1.81 +0.76 K4III +0.111+0.100 +.014-016SB < 17 +8414 34Alp AqrBD-01 4246 209750145862 827I W 220038.9-004821220547.0-001911 59.93-42.07 2.96 +0.98 +0.74 +0.49 G2Ib v+0.020-0.010 +.012+008V? < 17 9.0 113.0 * +8415 BD+25 4671 209761 90214 I 220036.2+261114220511.4+264026 82.85-22.98 5.78 +1.25 K2III +0.034+0.032 -025V +8416 18 CepBD+62 2028 209772 19828 I MO Cep 220053.1+623800220352.9+630711105.26 6.15 5.29 +1.58 +1.79 +1.26E M5IIIab +0.031+0.055 -.006-004 * +8417 17Xi CepBD+63 1802 209790 19827 15600A 220053.7+640826220347.4+643740106.15 7.37 4.29 +0.34 +0.09 +0.13 A3/6Vm +0.209+0.085 +.032-006SB2O 20 2.0 7.7AB 3* +8418 33Iot AqrBD-14 6209 209819164861 828 220102.2-142118220626.2-135211 43.51-49.37 4.27 -0.07 -0.29 -0.09 B9IV-V +0.042-0.056 -010SB2 169 +8419 23 PegBD+28 4284 209833 902173768 220102.7+282841220534.7+285750 84.49-21.27 5.70 -0.06 -0.21 B9Vn +0.031-0.012 -012SB 360 +8420 CP-76 1547 209855258003 220115.7-762212221042.5-755250314.37-37.45 6.55 +1.18 +1.30 K2IIICNII +0.035-0.002 +051 +8421 BD+46 3574 209857 51632 I HT Lac 220118.0+461533220516.4+464441 95.68-07.14 6.13 +1.61 +1.76 +1.56 M4IIIab -0.042-0.020 -013 * +8422 BD+44 4041 209932 51640 220147.5+443733220550.6+450644 94.77-08.52 6.44 -0.03 -0.14 A0V +0.026-0.009 -004SB 73 +8423 BD+82 673 209942 3673 15571A 220149.0+822319215812.7+825211117.67 21.84 6.98 +0.52 -0.02 F6IV-V -0.141-0.041 +.011-022SB2 30 0.5 13.7AB 3* +8424 BD+44 4043 209945 516503769I 14028 220158.9+443140220602.0+450052 94.74-08.61 5.14 +1.57 +1.94 +0.92 K5III -0.007-0.016 +.006-023V < 17 +8425 Alp GruCD-4714063 209952230992 829 W 14040 220155.9-472643220814.0-465740350.00-52.47 1.74 -0.13 -0.47 -0.09 B7IV e+0.129-0.151 +.057+012 236 10.1 28.4 * +8426 20 CepBD+62 2029 209960 19847 830I Var? 220158.0+621752220500.5+624708105.16 5.81 5.27 +1.41 +1.78 K4III +0.015+0.058 -.000-021V? < 17 * +8427 BD+47 3692 209961 51645 V365 Lac 220155.8+474441220551.2+481354 96.64-06.01 6.27 -0.06 -0.71 B2V -0.005+0.004 -018SB1O 160 * +8428 19 CepBD+61 2246 209975 19849 15624 220203.8+614736220508.9+621648104.87 5.39 5.11 +0.08 -0.84 +0.03 O9.5Ib +0.003 0.000 -013V 33 5.6 60.4AC 3* +8429 BD+44 4044 209993 51652 220209.3+444542220612.4+451455 94.91-08.44 6.19 +0.09 +0.14 A3V +0.036-0.010 -002 +8430 24Iot PegBD+24 4533 210027 90238 831I W 14034 220221.2+245124220700.7+252042 82.26-24.26 3.76 +0.44 -0.04 +0.25 F5V +0.298+0.025 +.082-004SB1O 7 7.4 103.7 * +8431 14Mu PsACD-3315922 210049213576 832 220233.0-332835220823.0-325919 13.34-54.46 4.50 +0.05 +0.05 +0.05 A2V +0.080-0.031 +.030+012 226 +8432 CP-76 1549 210056258006 220228.7-763621221155.3-760658314.09-37.34 6.15 +1.00 +0.82 K0III -0.044-0.043 +025 +8433 Ups PsACD-3415421 210066213577 I 220234.8-343153220826.0-340238 11.53-54.48 4.99 +1.48 +1.81 +0.60E M1III +0.008-0.049 +.009+020 * +8434 BD+55 2679 210071 34055 220242.0+555121220613.5+562035101.47 0.52 6.39 -0.10 -0.45 A0III +0.014-0.011 -020V? * +8435 BD+18 4930 210074107675 220242.7+185910220728.6+192832 78.06-28.77 5.75R dF2 +0.125+0.037 +.016-015V? 49 * +8436 BD+17 4693 210090107676 I 14039 220242.9+173048220730.0+180002 76.93-29.87 6.35 +1.64 M1 +0.025-0.040 -010 * +8437 CD-3315926 210111213583 220253.0-333656220842.7-330732 13.11-54.53 6.37 +0.20 A2III/IV +0.022+0.029 -004 +8438 25 PegBD+21 4695 210129 90252 220308.4+211258220750.3+214210 79.80-27.15 5.78 -0.10 -0.41 B7Vne v-0.047-0.069 -052V 250 * +8439 35 AqrBD-19 6227 210191164888 220330.0-190033220859.0-183111 37.15-51.76 5.81 -0.17 B2.5IV +0.003-0.012 -005 +8440 CD-4814143 210204231005 220338.5-483547220958.0-480626348.06-52.39 6.43 +1.39 K3III +0.077-0.047 +019 +8441 BD+24 4540 210210 90259 220340.2+250319220817.2+253237 82.64-24.29 6.11 +0.27 +0.12 F1IV -0.038-0.037 +002SB 75 +8442 BD+58 2393 210220 340723770 220347.3+582109220709.6+585027103.04 2.47 6.32 +0.88 +0.63 G6III -0.013-0.022 +.017-010V? +8443 BD+52 3114 210221 34076 220343.3+524907220725.5+531826 99.84-02.05 6.14 +0.43 +0.24 A3Ib -0.007-0.009 -026 26 +8444 CD-3415430 210271213599 14049 220405.3-343023220955.7-340053 11.58-54.79 5.37 +0.24 A5V -0.017+0.038 +.027+002 201 +8445 BD+49 3746 210289 51678 I 15659 220423.4+491827220816.5+494747 97.89-04.97 6.42R K5III +0.029-0.023 +017V? 6.7 38.5 +8446 CD-2817622 210300190930 220418.1-284702221000.1-281733 21.44-54.42 6.44 +0.15 A5V +0.032+0.026 +011 +8447 15Tau PsACD-3315941 210302213602 220417.3-330222221008.8-323254 14.12-54.81 4.92 +0.48 +0.01 F6V +0.434+0.013 +.053-015 +8448 BD+45 3813 210334 51684 AR Lac 220438.4+451503220841.0+454431 95.56-08.30 6.11 +0.72 +0.26 +0.33E G2IV+K0III -0.027+0.031 -035SBO * +8449 27Pi 1PegBD+32 4349 210354 72064 833 15672 220447.7+324101220913.6+331020 87.93-18.45 5.58 +1.00 +0.77 G8IIIb -0.059-0.067 +.006-006V? 5.8 70.2AC 5* +8450 26The PegBD+05 4961 210418127340 834 14057 220509.3+054221221012.0+061152 67.41-38.71 3.53 +0.08 +0.10 +0.04 A2Vp +0.276+0.027 +.049-006SB2 117 * +8451 BD-04 5623 210419145914 220509.0-042303221021.1-035339 56.90-45.11 6.27 -0.01 -0.07 A1Vnn +0.019-0.050 -010 254: +8452 38 AqrBD-12 6196 2104241649103771 220516.7-120325221037.5-113354 47.36-49.23 5.46 -0.12 B7III +0.036+0.009 +003V? 18 +8453 BD-04 5625 210434145916 220520.9-044531221033.8-041602 56.51-45.37 6.01 +0.98 +0.83 K0III-IV +0.076-0.003 -018V +8454 29Pi 2PegBD+32 4352 210459 72077 835 220532.7+324115220959.2+331042 88.06-18.54 4.29 +0.46 +0.18 +0.27 F5III -0.014-0.021 +.007+002 139 * +8455 BD+18 4946 210460107706 S 220533.0+190739221019.0+193701 78.74-29.11 6.18 +0.69 +0.17 G0V +0.086-0.075 +022V? * +8456 BD+13 4861 210461107707 15690 220530.6+140820221022.2+143748 74.85-32.81 6.33 +1.08 +0.94 K0III +0.034-0.026 -042V? 5.1 21.5 +8457 BD-21 6173 210464190945 220529.5-214325221102.4-211357 33.20-53.10 6.09 +0.50 F6V +0.122-0.033 -013V? +8458 BD+10 4701 2105021077123773I 220542.9+110803221037.4+113728 72.39-35.02 5.78 +1.58 +1.94 M1III -0.046-0.054 +017SB +8459 28 PegBD+20 5093 210516 902873772 220546.5+202911221030.2+205841 79.80-28.11 6.46 +0.12 +0.11 A3III 0.000-0.008 +008 +8460 BD+29 4604 210594 72095 220620.6+300340221051.6+303311 86.51-20.74 6.32 +0.18 +0.16 A8IV +0.008-0.009 +004 86 +8461 BD+15 4592 210702107729 220701.5+153252221151.3+160226 76.29-32.02 5.95 +0.95 +0.73 +0.49 K1III -0.008-0.019 +011V? * +8462 39 AqrBD-14 6229 210705164923 14068 220702.2-144111221225.8-141138 44.03-50.82 6.03 +0.38 0.00 F2V +0.028-0.042 +015V? +8463 BD+50 3602 210715 341433774 15708 220716.6+501945221109.9+504924 98.86-04.40 5.40 +0.15 +0.05 A5V +0.139+0.041 +.008-008V? 126 4.1 73.8AD 4* +8464 CD-2616033 210739190967 220719.4-264916221257.5-261940 24.97-54.75 6.17 +0.17 A3V -0.019-0.033 +015 +8465 21Zet CepBD+57 2475 210745 34137 836I 14066 220723.0+574230221051.3+581204103.06 1.67 3.35 +1.57 +1.71 +0.78 K1.5Ib +0.015+0.004 +.017-018SB < 17 * +8466 BD+24 4548 210762 90317 I 220729.0+242725221208.0+245700 82.97-25.30 5.92 +1.51 K0 -0.004-0.022 -003 +8467 BD-05 5732 210763145940 220731.4-051250221243.8-044315 56.42-46.07 6.39 +0.50 +0.06 F7V -0.051-0.035 +002SB2 12 +8468 24 CepBD+71 1111 210807 10265 837I 220753.1+715055220948.4+722028111.28 13.23 4.79 +0.92 +0.61 +0.48 G7II-III +0.032+0.003 +.017-015V < 19: +8469 22Lam CepBD+58 2402 210839 34149 I 14069 220806.8+585516221130.7+592452103.83 2.61 5.04 +0.25 -0.74 +0.15 O6I(n)fp +0.003-0.011 +.006-074V? 285 * +8470 CD-2515815 210848190976 220807.4-254034221344.4-251051 26.98-54.70 5.58 +0.49 +0.22 F6III-II +0.074+0.016 -028 +8471 Psi OctCP-78 1442 2108532580203779 220807.0-780033221750.5-773042312.56-36.59 5.51 +0.31 +0.12 F3III -0.041+0.011 +017 * +8472 BD+56 2727 210855 341513775 W 220811.9+562031221148.8+565022102.38 0.48 5.24 +0.51 +0.06 F8V +0.237+0.130 +.024-019V 0 5.1 72.9AB 3* +8473 BD+71 1112 210873 10267 220817.6+713708221015.3+720640111.17 13.03 6.37 -0.06 -0.18 -0.07 B9pHgMn: -0.009-0.028 -003 41 * +8474 BD+69 1228 210884 19922 15719 220821.8+693819221038.9+700758110.00 11.41 5.50 +0.38 -0.04 F2V -0.060+0.028 +.038+001V? 3.1 14.6 * +8475 BD+33 4456 210889 721323776I 220822.2+340641221247.8+343617 89.46-17.76 5.33 +1.13 +1.13 K2-III-IIIb +0.020-0.050 +.003-007V? < 19: +8476 BD+58 2403 210905 34158 220829.7+583518221156.9+590505103.68 2.31 6.30 +1.13 +1.07 K0III +0.129+0.083 -028 * +8477 CD-4114804 210918231045 I' 220832.0-415119221438.6-412254358.68-54.97 6.23 +0.65 +0.14 G5V +0.567-0.790 +.046-018V? +8478 16Lam PsACD-2817653 210934190985 838 220838.7-281545221418.8-274601 22.58-55.28 5.43 -0.16 -0.55 B8III +0.026+0.002 +.012-006 38 +8479 BD+60 2358 210939 19932 I W 220843.4+601552221201.9+604534104.65 3.68 5.35 +1.17 +1.15 K1III -0.008+0.019 -003 * +8480 41 AqrBD-21 6180 210960190986 15753 220846.7-213418221418.0-210427 33.83-53.78 5.32 +0.80 +0.43 K0III+F2V +0.016+0.066 +.016-024 1.6 5.1AB 4* +8481 Eps OctCP-81 995 210967258928 839I Eps Oct 220849.8-805615222001.5-802623310.04-34.50 5.10 +1.47 +1.09 +1.49E M5III +0.043-0.045 +012 * +8482 BD+27 4280 211006 90337 220903.6+280646221338.6+283630 85.75-22.64 5.89 +1.15 +1.22 K2III +0.071-0.001 -019V? +8483 BD+62 2048 211029 19937 I 220915.5+624748221222.3+631729106.14 5.73 5.79 +1.67 +1.93 M3IIIab -0.006-0.010 -014V? +8484 CD-4514644 211053231053 220927.8-445654221535.1-442707353.42-54.42 6.10 +1.02 +0.81 +0.46C G8-K0III +0.013-0.019 -004 +8485 BD+38 4711 211073 721551583I 15758 14076 220935.1+391307221352.7+394254 92.76-13.75 4.49 +1.39 +1.45 +0.74 K3III +0.038+0.013 +.020-011SB < 17 6.3 28.4AB 4* +8486 Mu 1GruCD-4114810 2110882310553777 220935.5-415039221536.9-412048358.65-55.16 4.79 +0.80 +0.47 G8III+G +0.044+0.022 +.009-007SB +8487 BD+44 4073 211096 51783 220942.3+445641221349.3+452627 96.12-09.07 5.53 +0.04 0.00 A0III +0.081+0.009 -009 111 +8488 Mu 2GruCD-4215846 211202231063 221025.6-420729221626.6-413739358.11-55.26 5.10 +0.92 G8III -0.005-0.013 +.010+013SB +8489 BD+42 4333 211211 517973778 221032.2+422728221444.4+425714 94.81-11.20 5.71 0.00 -0.04 A2Vnn +0.049-0.025 -038V? 245 +8490 BD+62 2053 211242 19948 221040.8+623958221349.5+630945106.20 5.53 6.11 -0.08 -0.43 B8Vn -0.020-0.003 +012SB +8491 BD+07 4834 2112871274203780 221101.0+080308221559.8+083258 70.86-38.13 6.21 +0.02 -0.04 A1Vn +0.034-0.011 +000SB 305 +8492 CD-2616057 211291191016 221100.4-262346221637.4-255354 25.98-55.48 6.15 +1.11 K1II/III +0.037-0.018 +026V? +8493 BD+72 1022 211300 10284 15764 14078 221104.1+724838221252.9+731826112.05 13.88 6.08 +1.01 +0.85 K0II-III+A3V +0.023+0.020 +.015+001V? 2.3 28.7 * +8494 23Eps CepBD+56 2741 211336 34227 W Eps Cep 221120.9+563241221502.0+570237102.86 0.40 4.19 +0.28 +0.04 +0.15 F0IV +0.447+0.048 +.041-001SB 86 5.3 127.8 * +8495 BD-02 5726 211356145989 221124.5-020540221633.6-013547 60.82-44.98 6.15 +0.19 +0.09 A5Vn -0.029-0.011 +001 199 +8496 42 AqrBD-13 6148 211361164974 I 221126.8-131948221648.1-124953 46.72-51.16 5.34 +1.14 +1.07 gK0 +0.015+0.006 +013V +8497 CD-2317344 211364191021 221126.1-233814221659.8-230824 30.73-54.95 6.17 +1.05 G5 +0.084-0.055 -002V +8498 1 LacBD+37 4526 211388 72191 I 221136.5+371502221558.2+374456 91.93-15.59 4.13 +1.46 +1.63 +0.72 K3-II-III +0.013+0.004 +.003-008V? < 19: +8499 43The AqrBD-08 5845 211391145991 840I 221133.4-081653221650.0-074700 53.51-48.62 4.16 +0.98 +0.81 +0.48 G8III-IV +0.121-0.022 +.021-015V? < 17 * +8500 BD-09 5948 211392145992 14095 221135.8-093218221652.6-090224 51.90-49.30 5.79 +1.16 +1.14 gK3 -0.047-0.009 +012 +8501 CP-5410055 211415247400 W 221142.3-540631221815.6-533740339.03-51.39 5.37 +0.60 +0.08 G3V +0.429-0.667 +.083-014 4.5 3.0 +8502 Alp TucCP-60 7561 211416255193 841 A 221139.2-604529221830.1-601535330.22-47.96 2.86 +1.39 +1.54 +0.73 K3III -0.072-0.043 +.026+042SBO 0.1 * +8503 BD+27 4288 211432 90379 221153.4+271821221629.7+274815 85.75-23.66 6.37 +0.99 G9III -0.009+0.002 +016 +8504 44 AqrBD-06 5960 2114341459933782 14100 221153.2-055312221706.5-052314 56.54-47.35 5.75 +0.88 +0.51 G6III -0.002+0.020 +007 +8505 Ups OctCP-86 406 2115392589321670 221235.4-862834223137.4-855802305.61-30.41 5.77 +1.02 +0.88 K0III -0.041+0.059 +019V +8506 BD+56 2746 211554 34256 221249.7+564316221626.5+571313103.12 0.43 5.88 +0.93 G8III +0.043+0.006 -008V +8507 BD-00 4333 211575146004 S 221256.6-004410221804.3-001416 62.64-44.42 6.39 +0.44 0.00 F3V -0.039-0.062 +017V 12 0.1 +8508 45 AqrBD-14 6255 211676164996 221338.7-134820221900.8-131818 46.45-51.85 5.95 +1.06 +0.94 gG7 +0.079-0.012 +030 +8509 CP-58 7942 211726247410 221356.7-580041222036.2-573036333.47-49.71 6.34 +1.37 +1.71 K3-4III +0.022-0.015 -034 +8510 BD+37 4537 211797 72228 15828 221433.0+371601221856.2+374610 92.44-15.91 6.17 +0.28 +0.11 A9IIIp +0.057+0.044D+.013+007 2.7 15.7AB 4* +8511 25 CepBD+62 2059 211833 19991 I 221456.9+621811221812.7+624816106.41 4.96 5.75 +1.26 +1.37 K3III +0.046+0.015 -002V +8512 46Rho AqrBD-08 5855 211838146023 221456.2-081924222011.9-074916 54.15-49.34 5.37 -0.06 -0.37 B8IIIpMn:Hg: +0.016-0.001 -009V 72 +8513 30 PegBD+05 4998 211924127453 15847 14122 221525.6+051713222027.6+054722 69.30-40.86 5.37 -0.02 -0.47 B5IV +0.023-0.001 -008V 32 5.9 14.8AC 3* +8514 BD+07 4853 211976127460 221556.1+074059222055.8+081112 71.63-39.25 6.17 +0.44 -0.03 F6V +0.048+0.023 +010 7 +8515 Nu IndCP-72 2690 211998258033 W 221602.0-724429222436.8-721520316.86-40.67 5.29 +0.65 -0.06 +0.41E A3V:+F9V +1.299-0.678 +.031+021V? 0.1 0.1 * +8516 47 AqrBD-22 5897 2120101910831584I 221605.3-220558222135.6-213554 33.84-55.56 5.13 +1.07 +0.92 K2III -0.008-0.085 +.015+049 +8517 BD+26 4410 212047 90437 I 14127 221621.3+262556222100.1+265607 86.05-24.96 6.47 +1.59 +1.71 M4III +0.015-0.006 -004 +8518 48Gam AqrBD-02 5741 212061146044 842 15864 14132 221629.5-015329222139.4-012314 62.18-45.84 3.84 -0.05 -0.12 -0.04 A0V +0.132+0.007 +.046-015SB 57 7.9 37.4 * +8519 BD+50 3673 212071 34335 221642.0+502839222039.6+505851100.20-05.11 6.42R K2 +0.012+0.004 -009 +8520 31 PegBD+11 4784 212076107854 843 IN Peg 221635.7+114205222131.1+121219 75.27-36.43 5.01 -0.13 -0.81 -0.14 B2IV-Ve v+0.009+0.006 +010V? 134 * +8521 Pi 1GruCD-4614292 212087231105 W Pi1 Gru 221637.4-462707222243.9-455652350.28-55.16 6.62 +2.01 +1.86 +2.64 S5,7e +0.007-0.012 -020 4.3 2.7 * +8522 32 PegBD+27 4299 212097 90440 15863 221642.2+274936222119.3+281950 87.03-23.88 4.81 0.00 -0.20 -0.01 B9III +0.018+0.002 +.023+008V? 81 6.3 72.6AB 5 +8523 2 LacBD+45 3894 212120 51904 15862 14130 221653.6+460159222101.6+463212 97.79-08.86 4.57 -0.10 -0.51 -0.11 B6V +0.023+0.005 +.040-010SB2O 47 6.4 48.2 * +8524 Pi 2GruCD-4614295 2121322311113786I:W 221659.5-462554222308.0-455543350.28-55.23 5.62 +0.36 +0.02 +0.22C F3III-IV +0.237-0.061 +.027+020V 5.4 4.9 * +8525 BD+75 820 212150 103123784 221708.1+755908221820.4+762917114.26 16.27 6.66 0.00 -0.11 A1Vn +0.005+0.003 -018 165: +8526 CP-75 1748 2121682580363789 W 221710.5-753120222551.0-750056314.28-38.73 6.04 +0.64 +0.14 G3V +0.048+0.010 +014 2.7 20.4 +8527 CP-71 2686 2122112580343788 221721.5-705609222510.5-702554318.51-41.99 5.78 +0.38 +0.03 F3III +0.115-0.062 +004 +8528 BD+41 4469 212222 51918 221734.0+413426222150.9+420442 95.41-12.66 6.41 -0.08 -0.51 B5V +0.019 0.000 -018 +8529 49 AqrCD-2515905 212271191105 221756.5-251605222330.9-244545 28.53-56.78 5.53 +0.99 +0.80 gG9 +0.103 0.000 -011V? +8530 BD-07 5765 212320146062 D 221817.4-074201222332.1-071140 55.66-49.69 5.93 +1.00 +0.69 G6IIIBaII -0.001+0.007 -014 * +8531 CP-58 7954 212330247441 I'W 221818.0-581739222456.4-574750332.61-50.04 5.32 +0.67 +0.13 +0.39 G3IV +0.143-0.343 +.058+008 7.6 81. +8532 33 PegBD+20 5139 212395 90462 15896 221850.8+202034222339.6+205054 82.41-30.16 6.04R F7V +0.337-0.015 +.037-023V 2.2 78.4AC 3* +8533 51 AqrBD-05 5780 212404146067 15902 221854.3-052035222406.9-045013 58.72-48.44 5.78 -0.04 -0.11 A0V +0.033-0.004D+.006+006 65 0.0 0.3AB 5* +8534 50 AqrBD-14 6276 2124301650443791 221905.7-140211222427.1-133146 47.12-53.13 5.76 +0.97 +0.71 G6.5III +0.053+0.012 -021V? +8535 BD+56 2765 212454 34383 221918.7+564643222300.2+571704103.90 0.00 6.16 -0.13 -0.55 B8III-IV +0.015+0.001 -013 * +8536 BD+37 4560 212487 72296 221928.6+380350222354.2+383425 93.74-15.80 6.22 +0.49 -0.01 F5IV: +0.255+0.119 -.005+005 =< 10 +8537 BD+61 2291 212495 20042 221938.5+615447222300.2+622512106.66 4.33 6.04 +0.05 +0.02 A1V -0.005+0.040 -015V 165 +8538 3Bet LacBD+51 3358 212496 34395 844I S 221937.5+514341222333.6+521345101.26-04.30 4.43 +1.02 +0.77 +0.57 G8.5IIIbCa1 -0.013-0.186 +.021-010 < 17 +8539 52Pi AqrBD+00 4872 2125711275201585I Pi Aqr 222010.2+005212222516.6+012239 66.01-44.74 4.66 -0.03 -0.98 +0.02 B1Ve v+0.019+0.001 +004V 278 * +8540 Del TucCP-65 4044 212581255222 W 14158 222013.4-652830222720.0-645759323.87-45.87 4.48 -0.03 -0.07 B9.5V +0.071+0.003 +012 245 4.5 6.9 * +8541 4 LacBD+48 3715 212593 51970 222027.6+485810222431.0+492835 99.90-06.71 4.57 +0.09 -0.34 +0.10 B9Iab -0.007-0.003 +.003-026 27 +8542 CD-2417171 2126431911443793 222038.9-241126222610.7-234057 30.71-57.13 6.29 -0.03 A0V +0.018-0.002 -015V +8543 BD+17 4746 2126701079061586 222051.1+175608222540.7+182640 81.10-32.34 6.26 +1.22 K0 +0.028+0.027 +022 +8544 53 AqrBD-17 6520 212697165077 15934B 222108.3-171459222634.2-164429 42.55-54.98 6.57H G2V +0.262-0.013 +.057-003V? 7 0.2 3.3AB 4* +8545 53 AqrBD-17 6521 212698165078 15934A 222108.7-171503222634.4-164433 42.55-54.98 6.35H +0.61 +0.09 G1V +0.223-0.003 +.057-006 9 0.2 3.3AB 4* +8546 BD+85 383 212710 37211648 222117.8+853617221310.6+860629120.22 24.10 5.27 -0.03 -0.11 B9.5Vn +0.052+0.045 +.006+004SB2 219 +8547 CP-68 3493 2127282552271587 222116.0-675948222837.7-672921321.11-44.26 5.55 +0.20 +0.08 A4V +0.149-0.072 -017 +8548 34 PegBD+03 4705 212754127529 15935 222132.0+035301222637.4+042337 69.38-42.93 5.75 +0.52 +0.04 F7V +0.301+0.048 +.041-018V 7 6.5 3.3AB 3* +8549 BD+36 4835 212883 72344 15942 222219.2+365605222645.7+372638 93.58-17.05 6.46 -0.13 -0.75 B2V +0.013-0.003 -007 25 3.3 4.3 * +8550 BD+77 860 212937 10351 222251.4+774406222341.3+781436115.55 17.55 6.76 -0.06 -0.16 B9 -0.008+0.018 -018 * +8551 35 PegBD+03 4710 2129431275403796I W 222247.8+041139222751.5+044144 69.98-42.94 4.79 +1.05 +0.89 +0.56 K0III +0.081-0.308 +.025+054V < 19: 4.9 181.5AC 3 +8552 Nu GruCD-3914723 212953213850 845 W 222247.6-393816222839.2-390755 1.71-58.04 5.47 +0.95 G9III +0.039-0.164 +.015+011 7.0 27.3 +8553 BD+39 4841 212978 72358 S 222303.4+391801222726.5+394835 95.04-15.14 6.14 -0.14 -0.77 B2V +0.001-0.011 -017 115 0.2 * +8554 BD+55 2750 212986 344603795 222311.8+555525222659.2+562600103.91-01.01 6.57 -0.10 -0.47 B5III +0.019 0.000 -007V? +8555 BD+31 4701 212988 72366 I 222311.4+311945222746.2+315025 90.46-21.82 5.98 +1.45 K2 +0.045+0.034 +001 +8556 Del1GruCD-4414931 213009231154 846 W 14169 222317.6-440023222916.2-432944353.77-57.05 3.97 +1.03 +0.80 +0.56 G6-8III +0.028-0.005 +.024+005 8.8 5.6 +8557 BD+70 1240 213022 103663794I 222325.6+701541222600.8+704615111.45 11.22 5.47 +1.20 gK2 +0.018+0.006 -017V +8558 55Zet1AqrBD-00 4365 213051146107 I: 15971B 222340.8-003153222849.7-000113 65.35-46.33 4.59H F6IV +0.181+0.009 +.022+029V? 58 0.2 1.8 3* +8559 55Zet2AqrBD-00 4365 213052146108 I 15971A 222341.0-003156222850.1-000112 65.35-46.33 4.42H +0.38 -0.01 +0.23 F3V +0.209+0.042 +.022+025 58 0.2 1.8 3* +8560 Del2GruCD-4414935 213080231161 I'W Del2 Gru 222347.1-441539222945.5-434458353.28-57.06 4.11 +1.57 +1.71 +1.58 M4.5IIIa -0.007 0.000 -.005+002V? 4.7 60.6 * +8561 26 CepBD+64 1664 213087 200753797 222352.2+643720222705.3+650756108.50 6.39 5.46 +0.37 -0.59 B0.5Ibe: +0.001-0.002 -015V * +8562 36 PegBD+08 4874 2131191275441588I 222408.5+083706222908.0+090744 74.39-39.97 5.58 +1.55 +1.91 K5IIIa +0.055-0.022 -030V? +8563 CD-2715932 2131351911823798 14175 222410.4-273707222946.0-270626 24.69-58.58 5.95 +0.33 F1V +0.123-0.012 +003 +8564 BD+26 4439 213179 905441589 222429.0+261507222910.2+264547 87.57-26.17 5.79 +1.25 K2II +0.026-0.004 -045V +8565 BD-13 6204 213198165123 222440.7-132537223001.5-125454 49.10-54.04 6.40 +0.32 -0.02 F3IV +0.168+0.001 -011 * +8566 37 PegBD+03 4713 213235127551 15988 222454.6+035525222958.0+042554 70.23-43.50 5.48 +0.38 +0.09 +0.20 F2V+F2V -0.023-0.144 +.032+001SB1O 66 1.4 0.9 * +8567 56 AqrBD-15 6231 213236165127 222455.8-150549223017.4-143509 46.61-54.87 6.37 -0.04 -0.37 B8V s +0.039-0.039 -027 25 * +8568 BD+63 1852 213242 20088 222459.6+633429222819.7+640508108.06 5.43 6.29 +1.08 K0 +0.023-0.013 -026 +8569 BD+34 4700 213272 72399 222514.1+351253222943.9+354332 93.12-18.81 6.56 A2V -0.026-0.037 -002 +8570 Zet PsACD-2616175 213296191196 14180 222520.2-263504223053.7-260425 26.73-58.67 6.43 +1.08 K1III +0.034-0.070 -026 +8571 27Del CepBD+57 2548 213306 34508 847I 15987A Del Cep 222527.3+575412222910.3+582455105.19 0.53 3.75 +0.60 +0.40 F5Ib-G2Ib v+0.015+0.001 +.011-015SB 9 2.4 40.8AC 3* +8572 5 LacBD+46 3719 213310 520553799I S 14177 222521.7+471142222931.8+474225 99.66-08.65 4.36 +1.68 +1.11 +1.07 M0II+B8V +0.002 0.000 +.006-004SBO =< 50 * +8573 57Sig AqrBD-11 5850 2133201651341591 222521.3-111123223038.8-104041 52.49-53.05 4.82 -0.06 -0.11 -0.04 A0IV s +0.003-0.030 +.021+011SB 23 * +8574 38 PegBD+31 4708 213323 724061590 S 222527.3+320339223001.8+323421 91.33-21.48 5.65 -0.04 -0.11 B9.5V +0.034-0.014 -016V 104 0.2 +8575 BD+48 3747 213389 52073 W V350 Lac 222559.6+485041223006.5+492122100.61-07.29 6.40 +1.15 +1.00 K2IIIe -0.024-0.043 +004SB1O 3.2 66.0 * +8576 17Bet PsACD-3217126 2133982138831592 W 222549.3-325132223130.3-322046 14.59-59.32 4.29 +0.01 +0.02 +0.02 A0V +0.065-0.018 +.021+006 36 3.5 30.3AD 4* +8577 CP-79 1206 2134022580493807 222555.3-791712223526.4-784618310.69-36.22 6.15 +1.38 +1.35 K1III +0.046-0.006 -013 +8578 28Rho1CepBD+78 796 213403 10375 222557.4+781634222642.5+784709116.00 17.91 5.83 +0.15? A2Vm -0.016-0.043 -006V? 58 +8579 6 LacBD+42 4420 213420 520793800 222610.2+423639223029.3+430724 97.36-12.64 4.51 -0.09 -0.74 -0.11 B2IV -0.001-0.005 -008SBO 74 * +8580 BD-03 5460 2134281461363802 222608.2-032525223118.4-025440 62.68-48.67 6.16 +1.08 +1.00 K0 -0.005-0.036 +010V +8581 BD-07 5797 213429146135 S 222603.6-070355223118.4-063318 58.21-50.90 6.14 +0.56 +0.06 F7V +0.173-0.106 +.044-006V =< 6 0.1 +8582 Nu TucCP-62 6348 2134422552473803 Nu Tuc 222614.5-622945223300.1-615856326.58-48.30 4.81 +1.61 +1.75 M4III +0.039-0.025 +.007-003 +8583 58 AqrBD-11 5855 213464165147 222623.2-112505223141.3-105420 52.39-53.39 6.38 +0.28 +0.07 +0.16 A8III +0.075-0.045 +004SB +8584 BD+28 4389 213534 90568 GX Peg 222656.1+290148223134.2+293234 89.80-24.18 6.35 +0.19? 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< 19: 5.8 14.6 * +8657 CD-4714320 215405231278 223946.5-470421224540.7-463251346.39-58.57 5.51 +1.32 +1.43 +0.60C K2III -0.031-0.020 -.003+042V? +8658 CD-4913955 215456231285 224007.4-493012224608.0-485844342.31-57.46 6.62 +0.63 F9V +0.203-0.050 -019 +8659 CD-5013788 215504231287 224027.9-501215224628.3-494109341.14-57.14 6.48 +1.14 K1III +0.089-0.277 +002 +8660 45 PegBD+18 5046 2155101081541596 224036.2+185021224528.2+192200 86.26-34.39 6.25 +1.05 gG6 -0.026+0.056 -022V? +8661 BD+51 3460 215518 34757 I 224038.9+515929224449.2+523102104.21-05.69 6.55R K2 -0.001+0.012 +005 +8662 CD-4714331 215545231290 W 224048.6-472758224643.7-465622345.57-58.54 6.56 +0.30 +0.11 +0.16C A9IIIm: +0.058+0.004 -001SB 3.0 10.5 * +8663 Xi OctCP-80 1055 215573258946 224103.3-803905225022.9-800727309.03-35.53 5.35 -0.15 -0.50 B6IV +0.017-0.022 +016V? 0 +8664 CP-77 1554 215631258069 224121.6-773443224940.9-770302311.22-38.05 6.73 +0.11 +0.10 A4V +0.071+0.013 -009 +8665 46Xi PegBD+11 4875 215648108165 I 16261 224141.8+113936224641.6+121022 81.28-40.39 4.19 +0.50 -0.03 +0.31 F6III-IV +0.235-0.498 +.052-005V 7 7.5 145.0AC 3* +8666 BD+43 4300 215664 52348 14311 224143.9+440108224610.2+443246100.60-12.83 5.76 +0.36 +0.08 F0III-IV +0.140+0.032 +.019-010 * +8667 47Lam PegBD+22 4709 215665 90775 859I 224142.8+230222224631.9+233356 89.26-31.02 3.95 +1.07 +0.91 +0.51 G8IIIa* +0.058-0.010 +.042-004 < 19: * +8668 CD-3415735 215669214081 224142.6-344122224719.1-340940 10.46-62.51 6.28 +1.16 K1III -0.066+0.048 +041 +8669 CP-62 6369 215682255321 224152.4-621242224821.4-614103325.03-49.83 6.37 +1.06 +0.90 K0III +0.069+0.003 -018 +8670 68 AqrBD-20 6486 2157211652931597I 224210.9-200806224733.1-193648 41.10-60.68 5.26 +0.94 +0.59 G7III -0.101-0.204 +.034+023 +8671 CD-3815217 215724214087 224206.1-384450224747.1-381319 1.85-61.88 6.71 +0.48 -0.02? 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129 +8682 BD+53 2993 216057 34845 224438.7+535311224847.8+542454105.62-04.28 6.12 -0.07 -0.49 B5Vne -0.018+0.007 -019V? 358 * +8683 BD+62 2115 216102 20253 224457.8+622440224844.2+625618109.49 3.32 6.06 +1.20 K0 +0.007-0.052 -027 +8684 48Mu PegBD+23 4615 216131 90816 862I 224510.5+240425225000.2+243606 90.68-30.56 3.48 +0.93 +0.68 +0.47 G8+III +0.147-0.042 +.040+014 7 +8685 CD-3914848 2161492141341599 224520.7-394111225102.2-390925359.57-62.25 5.42 +1.43 +1.69 M0III +0.022-0.011 -.001+027 +8686 CP-60 7610 2161692553363826 224526.7-602441225144.9-595253326.58-51.40 6.46 +1.13 K1IIICNII -0.046-0.009 +000 +8687 BD+67 1468 216172 20259 16291A 224536.0+680222224900.7+683413112.09 8.31 6.19R F5V +0.112+0.068 +.025+003V? 0.2 4.3AB 3* +8688 BD+55 2820 216174 34858 I 224538.5+552221224946.2+555410106.42-03.02 5.43 +1.17 +1.12 K1III +0.083+0.043 -036 +8689 CP-63 4826 216187255339 W 224540.6-634304225209.9-631119322.94-49.05 6.12 +1.03 +0.94 K0III +0.016-0.040 -004 3.0 0.9 +8690 14 LacBD+41 4623 216200 52412 S V360 Lac 224551.0+412526225021.8+415713100.04-15.47 5.92 +0.08 -0.51 B3IV: e+0.010 0.000 -014SB2 225 1.0 * +8691 BD+18 5059 216201108211 224545.4+183642225039.1+190827 87.35-35.25 6.40R K0 +0.050-0.020 -039 +8692 BD+49 3954 216206 34862 224552.6+500850225010.2+504037104.10-07.71 6.21 +1.14 +0.89 G4Ib +0.013+0.004 -009SB? +8693 21 PsACD-3019324 216210191444 224550.1-300358225120.9-293210 20.59-63.54 5.97 +0.91 +0.59 G8/K0III -0.004-0.011 +005V? +8694 32Iot CepBD+65 1814 216228 20268 863I 224607.1+654028224940.8+661202111.07 6.18 3.52 +1.05 +0.90 +0.51 K0-III -0.065-0.125 +.041-012 < 19: * +8695 22Gam PsACD-3316270 216336214153 W 14338 224658.1-332421225231.6-325232 13.06-63.72 4.46 -0.04 -0.14 +0.02 A0III* -0.030-0.025 +.043+017V? 55 3.6 4.2 * +8696 BD+60 2450 216380 20281 16317 224728.2+610954225122.8+614149109.20 2.07 5.60 +0.78 +0.39 G8III-IV+G2IV +0.108+0.044 +.005+002 1.2 1.6AB 3* +8697 49Sig PegBD+09 5122 2163851278103828 224719.9+091813225224.1+095008 80.87-43.10 5.16 +0.48 -0.01 F7IV +0.522+0.044 +.043+012SB 0 8.4 248. * +8698 73Lam AqrBD-08 5968 216386146362 864I Lam Aqr 224723.8-080642225236.9-073447 62.19-55.73 3.74 +1.64 +1.74 +1.19 M2.5IIIaFe-1 e+0.011+0.037 +.017-009 * +8699 15 LacBD+42 4521 216397 52436 I 16325 224731.3+424651225202.0+431845100.97-14.41 4.94 +1.56 +1.94 +0.72E M0III +0.110+0.029 +.021-017V 6.0 104.4AC 5* +8700 Tau1GruCD-4913988 216435231343 I' 224742.7-490740225337.9-483553341.70-58.71 6.04 +0.62 +0.19 G0V +0.216-0.078 +.042-001 * +8701 Rho IndCP-70 2971 216437258084 865I' 224742.3-703628225439.4-700425316.27-43.90 6.05 +0.66 +0.24 G2-3IV -0.050+0.072 -003 +8702 BD+82 703 216446 3794 16294 224752.7+823724224729.0+830914119.16 21.21 4.74 +1.26 +1.35 +0.67 K3III +0.021+0.049 -.018-031 < 19: 4.7 3.5 +8703 BD+16 4831 2164891082313829 IM Peg 224806.9+161838225302.3+165028 86.36-37.48 5.64 +1.12 +0.90 K1-2II-III e-0.018-0.024 -012SB1O * +8704 74 AqrBD-12 6371 216494165359 S HI Aqr 224812.8-120854225328.7-113700 56.42-58.28 5.80 -0.08 -0.31 -0.05 B9III +0.025+0.001 -007SB2O 5 0.5 0.1 * +8705 BD+49 3962 216523 34917 224832.3+495251225252.3+502443104.37-08.14 6.46 -0.04 -0.34 B8V +0.019-0.011 -011V? +8706 BD+39 4957 216538 72812 14346 224837.1+393809225311.3+401002 99.67-17.30 6.34 -0.08 -0.44 B7III-IV +0.001-0.009 +007 15 +8707 BD+59 2595 216595 349213830I 224904.3+593409225303.8+600604108.68 0.55 6.01 +1.75 sgK2 +0.017+0.002 -007SB +8708 BD+43 4331 216608 52465 16345 224911.5+441302225340.1+444457101.91-13.26 5.81 +0.26 +0.10 +0.14 A3Vm+F6V -0.016-0.013 +.018+012SB 40 1.5 0.9AB 3* +8709 76Del AqrBD-16 6173 216627165375 866 14356 224920.6-162110225439.0-154915 49.58-60.67 3.27 +0.05 +0.08 +0.04 A3V -0.040-0.025 +.038+018V 71 * +8710 78 AqrBD-07 5886 216637146382 224921.7-074410225434.1-071217 63.25-55.87 6.19 +1.28 +1.41 K3III -0.012-0.038 +009V? +8711 77 AqrBD-17 6619 216640165376 14358 224928.0-164808225445.5-161619 48.79-60.90 5.56 +1.14 +1.09 K2.5IIIb -0.222-0.090 +.019-036V +8712 BD+39 4964 216646 52471 224931.7+395037225407.0+402237 99.94-17.20 5.81 +1.13 K0III +0.103+0.036 -006 * +8713 CD-3714981 2166662141823831 224938.2-365518225514.9-362319 5.02-63.75 6.40 +1.31 K2III +0.046+0.002 -026 +8714 BD+16 4833 216672108246 I HR Peg 224939.8+162434225435.7+165630 86.83-37.61 6.12 +1.77 +1.86 S4+/1+ +0.019-0.008 +011 * +8715 1 PscBD+00 4939 216701127836 224952.5+003155225459.5+010353 73.39-50.26 6.11 +0.20 +0.15 A7III +0.023+0.001 +013 +8716 BD-05 5885 216718146388 16365 14360 224959.8-053114225511.0-045916 66.38-54.55 5.72 +0.88 +0.60 K0III-IV +0.034-0.005D+.012-009V? 2.0 0.6 * +8717 50Rho PegBD+08 4961 216735127839 225011.6+081657225513.7+084857 80.79-44.34 4.90 0.00 0.00 -0.02 A1V +0.079+0.014 +.006-010SB? 97 +8718 BD+36 4956 216756 728381600 225023.5+363237225502.6+370437 98.51-20.21 5.91 +0.42 -0.08 F5II +0.086+0.007 -028 =< 10 +8719 CD-3217312 216761214187 225020.3-320959225551.4-313759 15.79-64.50 6.10 +1.36 +1.52 K3III -0.033-0.006 +022V +8720 23Del PsACD-3316303 216763214189 I W 225024.6-330426225556.9-323223 13.69-64.46 4.21 +0.97 +0.69 +0.61 G8III +0.018+0.031 +.021-012 5.0 5.2 * +8721 CD-3217321 216803214197 TW PsA 225050.3-320541225624.0-313356 15.94-64.61 6.48 +1.10 +1.02 +0.59 K4V +0.327-0.162 +.130+006V * +8722 Tau3GruCD-4814364 2168232313643832 225058.1-483011225647.8-475809342.17-59.49 5.70 +0.22 +0.19 +0.12 Am -0.028-0.001 +006 +8723 BD+35 4917 216831 72851 16376 225104.8+354905225544.5+362106 98.28-20.92 5.74 -0.05 -0.38 B7III +0.022+0.005 +001 70 3.7 51.0 * +8724 BD+11 4904 216900108275 16389 225151.4+111852225651.5+115054 83.69-42.13 6.51 +0.18 +0.05 A3V s +0.063-0.009D+.008+008 3.0 3.9 +8725 16 LacBD+40 4949 216916 52512 16381 EN Lac 225149.6+410412225623.6+413614100.92-16.30 5.59 -0.14 -0.83 B2IV -0.002 0.000 -007SB1O 23 3.6 62.1AC 3* +8726 BD+48 3887 216946 52516 I 14368 225202.8+491159225626.0+494401104.59-09.00 4.95 +1.78 +1.96 +1.05 K5Ib +0.003-0.002 -.001-010V? * +8727 BD-05 5894 216953146404 225206.6-052040225717.2-044836 67.22-54.82 6.31 +0.94 +0.72 G9III -0.015+0.002 -009V? +8728 24Alp PsACD-3019370 216956191524 867I 14372 225207.6-300908225739.1-293720 20.49-64.90 1.16 +0.09 +0.08 +0.02 A3V +0.333-0.165 +.149+007 100 * +8729 51 PegBD+19 5036 217014 90896 14374 225233.1+201357225727.9+204608 90.06-34.73 5.49 +0.67 +0.21 +0.34 G2.5IVa +0.204+0.059 +.074-031V 2 * +8730 BD+03 4799 2170191278603834 225227.2+031629225732.8+034837 76.91-48.62 6.28 +1.12 +1.08 K1III +0.070+0.029 +011 +8731 BD+47 3985 217050 525263833 EW Lac 225239.2+480859225704.5+484103104.22-09.99 5.43 -0.09 -0.53 B4IIIep v+0.012-0.009 -022SB 350 * +8732 CD-3615650 217096214215 225301.0-360319225835.0-353123 6.64-64.59 6.13 +0.58 F8III-IV -0.001-0.111 +021 * +8733 BD+38 4904 217101 728833835 225303.5+384627225740.7+391832100.07-18.46 6.18 -0.15 -0.80 B2IV-V +0.002-0.008 -016 168 * +8734 BD-03 5539 2171071464123836 D 225306.5-025548225815.5-022343 70.47-53.32 6.16 +0.74 +0.43 G8IV -0.003-0.018 -012V? 1.3 0.0 * +8735 BD-02 5858 217131146415 225314.6-015643225823.7-012437 71.66-52.64 6.37 +0.35 +0.02 F0-2V +0.090-0.007 -014 * +8736 BD+84 517 217157 3808 225328.8+845017225102.2+852225120.41 23.10 5.90 +1.32 K5 +0.003+0.107 -030 +8737 BD+08 4973 217166127870 16417 14379 225330.9+084932225835.1+092125 82.17-44.40 6.43 +0.64 +0.16 +0.36 G2V+G4V +0.403-0.141 +.035-027V 0.2 0.2AB 3* +8738 BD+06 5092 217186127874 225340.0+064823225842.6+072023 80.50-46.04 6.33 +0.06 +0.02 A1V -0.040-0.080 -001 56 +8739 52 PegBD+10 4859 217232108307 16428 225411.6+111139225911.8+114344 84.23-42.55 5.75 +0.32 +0.08 A8V+F6V +0.033-0.041D+.014+020V? 1.3 0.7 * +8740 CD-3019383 217236191550 14380 225407.6-295954225935.8-292744 20.89-65.33 5.51 +0.25 +0.19 A5n -0.003+0.009 +000 90 * +8741 BD-13 6318 217251165425 I 225419.7-133625225935.7-130415 55.63-60.33 6.07 +1.45 +1.76 K5III -0.010 0.000 +013V? +8742 2 PscBD+00 4950 217264127881 16431 225419.9+002544225927.4+005746 74.59-51.08 5.43 +0.98 +0.83 gK1 +0.086-0.071 -013V? 7.7 3.9 +8743 CD-2516220 217303191554 I 225441.0-254154230005.8-250951 31.11-64.99 5.65 +1.25 +1.20 gK0 +0.035-0.075 -035 +8744 BD+51 3514 217314 350223838I 225450.3+520704225910.3+523916106.24-06.54 6.29 +1.42 K2 -0.025+0.033 +028 +8745 BD+59 2615 217348 35026 225503.1+591644225909.0+594853109.25-00.04 6.43 +0.03 -0.24 B9III +0.003+0.005 -011V? +8746 CD-2616419 217358191565 225459.1-260943230024.6-253736 30.06-65.14 6.29 +1.13 K1III +0.086-0.034 -025 +8747 Zet GruCP-5310382 217364247680 868 225458.6-531725230052.8-524515334.11-57.16 4.12 +0.98 +0.70 +0.53 G8-K0III -0.067-0.014 +.039-001SB +8748 BD+83 640 217382 38161649 225512.8+834840225424.8+842046119.95 22.17 4.71 +1.43 +1.69 +0.73 K4III +0.092+0.026 +.001+003 < 17 * +8749 CD-5113446 217403247683 225514.9-512912230107.5-505700336.68-58.33 5.68 +1.42 +1.08 +0.54E K3III +0.078-0.006 +008 +8750 3 PscBD-00 4443 2174281464433840 Var? 225530.2-002104230037.9+001109 74.11-51.86 6.21 +0.89 +0.60 G4III +0.044+0.013 -016 * +8751 BD+02 4594 217459127894 I 225537.2+022839230042.9+030042 77.06-49.74 5.83 +1.34 +1.57 +0.50E K4III +0.011-0.086 +019V * +8752 BD+56 2923 217476 350393839I V509 Cas 225552.1+562432230005.1+565643108.16-02.70 5.00 +1.42 +1.16 +0.85 G40 v 0.000-0.003 +.002-058V? 35 * +8753 BD+30 4859 217477 72924 16443 225556.1+303246230042.5+310459 96.64-26.07 6.60 -0.04 -0.35 B9IIIpMn +0.031+0.005 +001V? 35 2.5 3.4 * +8754 CD-2918537 217484191581 I 225551.8-292325230119.4-285113 22.39-65.68 5.55 +1.35 +1.51 K3III +0.066-0.010 -025V +8755 BD+44 4302 217491 52587 225602.6+445018230034.4+452230103.32-13.23 6.50 A3V +0.010+0.002 -004V? +8756 CD-2317706 2174981915853842 225600.4-231938230123.0-224727 36.71-64.73 6.28 +0.13 A5V +0.026-0.027 -012 +8757 81 AqrBD-07 5910 217531146447 I 225611.8-073553230123.6-070340 65.42-57.08 6.21 +1.41 +1.77 K5III -0.015-0.011 -002V? +8758 BD+37 4744 217543 72929 14386 225615.4+381016230054.7+384229100.39-19.28 6.54 -0.11 -0.65 B3Vpe +0.001-0.005 -016SB 370 * +8759 BD-05 5910 217563146451 D 225621.1-051456230131.7-044241 68.60-55.53 5.94 +1.00 +0.75 K0 +0.019+0.009 +006 * +8760 CD-3715047 217642214261 W 225700.4-365728230234.0-362515 4.16-65.17 6.47 +0.94 +0.71 K1III +0.031-0.035D+.003+000 3.0 2.0 * +8761 BD+56 2927 217673 35062 I 225716.8+563405230130.7+570620108.40-02.63 6.20 +1.50 +1.53 K1.5II -0.003-0.007 -006 +8762 1Omi AndBD+41 4664 217675 52609 869 S Omi And 225719.1+414719230155.3+421934102.21-16.10 3.62 -0.09 -0.53 -0.08 B6IIIpe+A2p v+0.023-0.006 +.015-014SB2O 330 0.5 0.3 S 4* +8763 82 AqrBD-07 5913 217701146465 I 225721.0-070639230232.6-063427 66.44-56.97 6.15 +1.58 +1.90 +0.87E M2III -0.004-0.037 -008V? * +8764 BD-21 6354 217703191604 225723.9-212418230244.3-205214 41.20-64.46 5.97 +0.94 K0III-IV -0.058-0.117 +026V? +8765 BD+31 4829 217754 72949 225746.8+311435230233.1+314650 97.38-25.63 6.57 +0.35 +0.08 F2IV +0.005-0.016 -017 7 +8766 2 AndBD+41 4665 217782 52623 16467 14396 225800.0+421312230236.3+424528102.52-15.76 5.10 +0.09 +0.11 A3Vn +0.055-0.004 +.034+002SB 190 3.7 0.4AB 3* +8767 Pi PsACD-3515630 2177922142751601 Pi PsA 225757.8-351724230329.8-344458 7.99-65.72 5.11 +0.29 +0.02 F0V+F3V +0.076+0.080 +.052-006SBO 0 * +8768 BD+43 4378 217811 52626 16472 LN And 225810.7+433115230245.2+440332103.11-14.59 6.39 0.00 -0.58 B2V +0.001-0.002 -008 25 3.9 7.4 * +8769 CP-69 3301 2178312553953843 225815.8-692139230452.2-684913316.28-45.45 5.52 +0.36 +0.12 F4III +0.040+0.063 +004SB 87 +8770 BD+54 2900 217833 35092 16474 V638 Cas 225825.2+544153230243.8+551411107.79-04.41 6.50 -0.08 -0.55 B9IIIHe wk v+0.008+0.012 -013 3.6 19.5AB 4* +8771 CD-4216177 217842231419 225821.8-420108230359.5-412842352.86-63.75 5.79 +1.08 +0.95 K0III +0.006+0.069 -015 +8772 BD-05 5917 217877146482 225844.7-052005230357.3-044743 69.23-56.02 6.68 +0.58 +0.06 F8V +0.320+0.028 -014V * +8773 4Bet PscBD+03 4818 2178911279341602 14410 225847.2+031654230352.6+034912 78.79-49.61 4.53 -0.12 -0.49 -0.13 B6Ve v+0.013-0.011 +000 128 * +8774 Kap GruCP-5410197 2179022477113845 225844.9-543004230439.6-535754331.77-56.77 5.37 +1.45 +1.75 K5III +0.055-0.102 +.012+018V? * +8775 53Bet PegBD+27 4480 217906 90981 870I 16483 Bet Peg 225855.5+273225230346.5+280458 95.74-29.05 2.42 +1.67 +1.96 +1.32 M2.5II-III e+0.189+0.137 +.022+009V 7.0 253.1AC 3* +8776 BD+05 5123 217926127937 225857.3+060438230401.0+063700 81.40-47.41 6.41 +0.39 +0.03 F2V +0.003+0.019 +004 68 +8777 BD+59 2631 217943 20393 16481 225915.3+595424230323.7+602643109.99 0.32 6.74 -0.02 -0.63 B2V +0.007-0.006 -017SB 2.7 33.9 * +8778 BD+57 2676 217944 35103 225908.2+580132230321.6+583353109.22-01.40 6.43 +0.90 +0.52 G8IV +0.067+0.017 +015 +8779 BD+66 1575 218029 203983844I 225944.2+664012230332.9+671233112.75 6.50 5.24 +1.26 +1.40 K3III +0.026+0.007 -.002-007V < 17 +8780 3 AndBD+49 4028 218031 52649 I 225941.5+493030230411.0+500308105.86-09.23 4.65 +1.06 +0.88 +0.57 K0IIIbFe-0.5 +0.164+0.168 +.004-035 < 17 +8781 54Alp PegBD+14 4926 218045108378 871I 14417 225946.7+144002230445.7+151219 88.28-40.38 2.49 -0.04 -0.05 -0.03 B9V +0.063-0.042 +.038-004SB 148 * +8782 83 AqrBD-08 6018 218060146498 16497 225956.9-081401230509.8-074137 65.67-58.20 5.43 +0.30 +0.07 F2IV+F0V +0.129+0.011 +.021-013SB 101 0.2 0.2AB 3* +8783 BD-17 6661 2180611654813846I W 225955.4-173704230512.8-170445 49.67-63.50 6.14 +1.37 K0 -0.048-0.039 -015 5.1 56.1 +8784 BD+15 4760 218101108383 230009.8+160145230506.3+163347 89.29-39.26 6.44 +0.83 +0.55 G8IV -0.185-0.194 +.025-027 +8785 BD+00 4963 218103127960 230010.6+004605230517.6+011825 76.72-51.78 6.39 +0.94 +0.72 G9III +0.035-0.027 -012 +8786 CP-80 1064 2181082581053847 230015.3-800113230823.7-792851308.60-36.49 6.12 +0.14 +0.10 A3-4V +0.084-0.038 -007 +8787 The GruCD-4415149 218227231444 W 230114.8-440337230652.8-433114348.24-63.30 4.28 +0.42 +0.16 +0.18 F5mDel Del -0.039-0.023 +.017+010V? 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5.5 48.2 * +8805 5 AndBD+48 3944 218470 527131604 230312.7+484504230745.4+491745106.09-10.16 5.70 +0.44 -0.03 F5V +0.154+0.133 +.021-002V? 9 +8806 BD+43 4399 218525 52717 230335.2+440114230812.3+443342104.24-14.53 6.56 +0.17 +0.20 A2IV +0.024-0.005 +002V 70 +8807 5 PscBD+01 4686 2185271279933854 230333.6+013500230840.9+020740 78.61-51.68 5.40 +0.91 +0.56 G8III-IV +0.145+0.108 -018V? +8808 BD+62 2171 218537 20439 16530 230342.7+630532230747.7+633800111.73 3.04 6.26 -0.02 -0.60 -0.06 B3V +0.002-0.004D+.006-019 180 0.5 0.2 * +8809 CP-67 3949 218558255420 230348.2-672402231011.7-665127317.29-47.35 6.47 +0.95 +0.72 K0III +0.201+0.038 -006 +8810 CP-81 1024 218559258961 230350.3-812719231212.0-805446307.59-35.30 6.41 +1.50 +1.84 K4III +0.009-0.011 +011 +8811 BD+63 1931 218560 204413853 230353.6+634052230757.2+641321111.97 3.58 6.21 +1.10 K0 +0.010+0.001 -028 +8812 88 AqrBD-21 6368 218594191683 873I 230406.9-214255230926.8-211021 41.76-66.03 3.66 +1.22 +1.24 +0.60 K1III +0.055+0.031 +.010+021 +8813 CD-2818099 2186191916863855I 230420.5-283751230944.6-280519 24.56-67.49 5.87 +1.31 +1.42 K2III +0.022+0.003 -014V +8814 CD-4315281 218630231464 W 230424.3-432409230957.3-425138348.92-64.11 5.81 +0.48 -0.02 F4IV -0.325-0.007 +.042+012 3.4 1.0 +8815 57 PegBD+07 4981 218634128001 I 16550 GZ Peg 230428.5+080807230931.5+084038 84.77-46.51 5.12 +1.47 +1.01 +1.26 M4IIIS+A2V +0.004+0.002 +.007+014SB =< 50 5.5 32.9 * +8816 BD-15 6360 2186391655223856 230433.9-150309230949.6-143038 55.87-63.19 6.42 +0.01 +0.01 A0Vn +0.031-0.009 +015V? 154 +8817 89 AqrCD-2317771 218640191687 I W 230434.5-225958230954.8-222727 38.81-66.53 4.69 +0.65 +0.39 +0.36 G2IV+A2V +0.026-0.009 +.040-005 0.8 0.4 * +8818 CD-4115163 218655231465 I 14441 230435.8-410757231009.8-403530353.60-65.18 5.83 +1.62 +1.84 M4III +0.035-0.046 -007 * +8819 33Pi CepBD+74 1006 218658 10629 I 16538 230442.9+745049230753.9+752315116.42 13.84 4.41 +0.80 +0.46 +0.43 G2III +0.012-0.030 +.006-019SB1O 22 2.2 1.0AB 3* +8820 Iot GruCD-4514947 2186702314681605 230442.0-454718231021.6-451448344.27-62.93 3.90 +1.02 +0.86 +0.53 K1III +0.136-0.030 +.030-004SB1O * +8821 58 PegBD+09 5170 218700128007 230459.3+091648231001.5+094919 85.83-45.62 5.39 -0.08 -0.29 B9III -0.012-0.012 +009V 175 * +8822 2 CasBD+58 2552 218753 35186 16556 Var? 230527.3+584725230944.1+591959110.28-01.02 5.70 +0.33 +0.32 A5III -0.003+0.009 -012V? 4.3 167.2AC 8* +8823 CD-3019460 218759191703 230522.3-300358231046.6-293130 20.81-67.76 6.51 +0.27 F1III-IV -0.034-0.058 +025 =< 15 +8824 BD+16 4882 218792108443 I 230544.4+170309231042.6+173540 91.45-39.04 5.71 +1.34 +1.51 K4III +0.021-0.028 +002V? 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4.5 3.5AB 4* +8837 BD+49 4071 219290 35251 230940.1+500425231414.3+503704107.59-09.34 6.31 A0V +0.038-0.006 -014 56 +8838 BD+28 4555 219291 91111 W 230930.1+291339231421.7+294618 98.97-28.54 6.41 +0.45 -0.01 F6IV w -0.007-0.013 +009 86 3.5 34.9 +8839 BD+23 4704 219310 91113 230940.5+233329231436.5+240611 96.20-33.69 6.36R K2III +0.114+0.007 -027 +8840 BD-04 5852 2194021465933860 231025.1-040229231534.3-032947 74.66-57.09 5.55 +0.06 +0.06 A3V -0.007-0.003 +011SB +8841 91Psi1AqrBD-09 6156 2194491465981608I 16633A 231039.1-093757231553.5-090516 67.07-61.11 4.21 +1.11 +0.99 +0.56 K0III +0.372-0.016 +.049-026V < 17 4.8 49.2AB 5* +8842 61 PegBD+27 4521 219477 911303861 231053.1+274210231546.3+281452 98.56-30.06 6.49 +0.85 +0.48 G5II-III +0.020-0.005 +004 < 23 +8843 CP-62 6412 219482255446 876 231057.0-623246231657.7-620004320.63-51.76 5.66 +0.51 F7V +0.173-0.026 -009 +8844 BD+73 1023 219485 10664 231103.7+734110231437.3+741352116.38 12.61 5.84R A0V +0.048+0.006 -003 =< 41 +8845 BD+23 4712 219487 91133 231102.1+241332231557.9+244616 96.88-33.22 6.60 +0.40 -0.05 F5V +0.093+0.005 +005 20 +8846 CD-4514982 219507231532 W 231105.8-450204231639.7-442921344.28-64.28 5.92 +1.06 +0.91 K1III -0.004-0.007 +025 4.8 22.5 +8847 CD-4115205 219531231533 231119.1-414426231649.8-411140350.93-66.03 6.47 +1.08 K0III -0.024+0.012 +013 +8848 Gam TucCP-58 8062 219571247814 877 231135.7-584702231725.8-581409324.30-54.82 3.99 +0.40 -0.02 +0.23 F1III -0.029+0.079 +.043+018 94 +8849 CP-80 1067 219572258127 231137.1-800109231908.1-792822308.06-36.72 6.33 +0.91 +0.66 K0III +0.013+0.007 -003 +8850 92Chi AqrBD-08 6076 219576146612 I Chi Aqr 231139.9-081619231650.9-074336 69.45-60.36 5.06 +1.60 +1.60 +1.20E M3III -0.016-0.015 +.009-015V? * +8851 BD+70 1311 219586 106713862 231146.2+702034231537.8+705317115.19 9.47 5.56 +0.24 +0.12 F0IV +0.018-0.005 +012SB 140 +8852 6Gam PscBD+02 4648 219615128085 878I 231158.8+024409231709.9+031656 82.47-52.02 3.69 +0.92 +0.58 +0.51 G9-III:Fe-2 +0.762+0.017 +.036-014V? 7 * +8853 BD+52 3410 219623 352853863 W 231208.6+524027231642.3+531249108.90-07.06 5.54 +0.52 +0.02 F7V +0.115-0.233 +.036-025V? =< 6 7.3 129.3 +8854 BD+61 2413 219634 20531 V649 Cas 231208.9+612503231626.8+615747112.02 1.12 6.53 +0.23 -0.66 B0Vn -0.026-0.002 -015SB * +8855 CP-68 3567 2196442554553864 231208.8-680104231820.0-672816315.82-47.26 6.13 +1.35 +1.58 K2-3III +0.021+0.014 +018 +8856 BD-12 6461 219659165609 14483 231226.8-121533231740.0-114247 63.38-63.14 6.34 +0.05 +0.01 A1Vn +0.039-0.003 +003V? 195 +8857 BD+44 4368 219668 52865 231234.3+443711231716.6+450951106.01-14.59 6.43 +1.07 +1.01 K0IV +0.097-0.065 -038 +8858 93Psi2AqrBD-09 6160 219688146620 D 231242.4-094342231754.2-091057 67.62-61.54 4.39 -0.15 -0.56 -0.13 B5V +0.021-0.012 -006V? 332 * +8859 Phi GruCD-4115211 219693231539 231238.8-412203231809.9-404928351.44-66.43 5.53 +0.44 -0.05 F5V +0.136-0.128 +014 0 +8860 8 AndBD+48 3991 219734 52871 I 16656 14484 231306.3+482808231744.7+490055107.53-11.03 4.85 +1.67 +1.98 +1.26 M2+IIIBa0.3 +0.037+0.008 +.011-008V? 5.8 219.4AC 6* +8861 BD+44 4373 219749 52876 ET And 231314.3+445635231756.1+452920106.25-14.33 6.48 -0.03 -0.26 B9pSi v+0.034-0.017 +003SB1O 83 * +8862 Tau OctCP-88 204 219765258970 925 231309.9-880153232803.7-872856303.96-29.48 5.49 +1.27 +1.43 K2III +0.015+0.009 +031 +8863 Gam SclCD-3316476 219784214444 879I 231325.5-330436231849.4-323155 12.25-69.25 4.41 +1.13 +1.06 +0.63 K1III +0.019-0.070 +.043+016 +8864 9 AndBD+40 5043 219815 52881 AN And 231338.6+411339231823.4+414625104.91-17.82 6.02 A7/8Vm -0.006-0.012 -004SB1O 78 * +8865 95Psi3AqrBD-10 6094 2198321466351609 16671 14491 231345.6-100927231857.7-093639 67.31-62.02 4.98 -0.02 -0.02 A0V +0.047-0.002 +.012-010V 143 3.9 1.4AB 3* +8866 94 AqrBD-14 6448 219834165625 16672A 231351.1-140011231906.7-132732 60.70-64.47 5.08 +0.80 +0.41 G5IV +0.298-0.101 +.040+010SBO =< 17 2.4 0.2 S 3* +8867 BD+74 1016 219841 106843865 231347.3+744510231718.9+751757116.95 13.53 6.38 +0.03 +0.03 A2V s +0.018-0.002 -008 +8868 96 AqrBD-05 5966 219877146639 16676 231412.8-054015231924.0-050728 73.94-58.94 5.55 +0.39 0.00 F3IV-V +0.202-0.020 -009SB 50: 4.9 10.6 * +8869 BD-18 6283 2198791656283868I 231408.4-183722231924.1-180431 51.23-66.96 5.93 +1.52 +2.01 gK3 +0.004+0.009 +005V? +8870 BD+44 4378 219891 52892 231419.5+443525231902.4+450814106.30-14.73 6.50 A5Vn +0.058+0.006 +007 160 +8871 CD-3415985 219912214459 W 231418.6-341515231943.2-334229 8.90-69.21 6.37 +1.30 K2III +0.047-0.041 +023 6.1 43.8 +8872 34Omi CepBD+67 1514 219916 20554 I 16666 14495 231430.9+673352231837.5+680642114.42 6.79 4.75 +0.84 +0.49 +0.45 K0III +0.058+0.016 +.024-018V? < 17 2.3 3.1AB 3* +8873 BD+34 4899 219927 73171 231437.0+341446231927.4+344736102.31-24.37 6.32 -0.08 -0.39 B8III +0.016-0.003 -001V? 5 +8874 11 AndBD+47 4110 219945 52907 231450.1+480436231929.8+483731107.66-11.50 5.44 +1.03 +0.82 K0III +0.019+0.056 +.016+011 < 19: +8875 BD+47 4114 219962 52912 W 231459.7+474958231941.6+482251107.60-11.74 6.32 +1.12 +1.05 K1III +0.209+0.032 -.001+023 3.3 85.8AB 3 +8876 10 AndBD+41 4752 219981 529143870I 231506.6+413150231952.4+420441105.30-17.64 5.79 +1.48 +1.90 M0III +0.052+0.010 +003V? +8877 CD-5013948 220003247838 W 231512.6-505108232050.0-501824333.53-61.10 6.05 +0.42 +0.16 +0.22 F5mDel Del +0.028-0.077 -018V 2.0 0.5AB 3* +8878 7 PscBD+04 4997 2200091281263871I 231514.8+045008232020.6+052253 85.42-50.73 5.05 +1.20 +1.12 K2III +0.082-0.062 +.002+038V < 19: +8879 BD-06 6191 220035146652 D 14515 231531.5-062714232040.9-055429 73.36-59.73 6.17 +1.07 +0.97 K0III -0.101-0.057 -002 * +8880 62Tau PegBD+22 4810 220061 91186 880 Tau Peg 231541.1+231135232038.2+234425 97.51-34.61 4.60 +0.17 +0.10 +0.09 A5Vp +0.033-0.008 +.037+016V 143 * +8881 BD+61 2427 220074 20567 I 231552.0+612522232014.3+615812112.44 0.97 6.45R K1V +0.003-0.013 -035 * +8882 63 PegBD+29 4908 220088 73187 I 231555.6+295209232049.6+302454100.72-28.52 5.59 +1.50 +1.91 M0III +0.081-0.069 -019V +8883 CD-2716284 2200961918401611 231555.8-273204232115.5-265912 28.15-69.95 5.64 +0.82 G4V -0.013-0.012 +013 +8884 BD+43 4440 220105 52927 16685 231600.0+433410232044.0+440659106.22-15.79 6.13R +0.17? A5Vn -0.016-0.027 -002 4.0 13.2 * +8885 12 AndBD+37 4817 220117 731901610 W 231603.5+373811232053.3+381056103.98-21.33 5.77 +0.46 +0.02 F5V +0.130-0.063 -009V? 12 3.4 121.1AB 3 +8886 BD+61 2428 220130 20572 I 16690 231612.4+613956232034.6+621247112.56 1.19 6.39 +1.61 K2III +0.003-0.005 -023 5.5 12.7AB 4* +8887 64 PegBD+31 4897 220222 73205 16702 231701.9+311552232154.9+314845101.57-27.32 5.32 -0.11 -0.49 B6III +0.005-0.010 +.001+002SB 161 3.7 0.4AB 3 +8888 BD+25 4924 220242 91208 231703.2+260346232158.2+263632 99.25-32.11 6.62 +0.37 +0.01 F5V -0.098-0.074 +010 +8889 CP-60 7654 220263255474 14529 231707.5-603615232256.9-600321321.48-53.77 6.09 +1.60 +1.91 M3III +0.090-0.009 -028V? * +8890 97 AqrBD-15 6406 220278165658 16708 231724.7-153517232239.2-150221 58.78-66.08 5.20 +0.20 +0.10 A3Vp +0.112+0.019 +.022-012 141 0.7 0.4 * +8891 65 PegBD+20 5317 220318 912203873 231741.6+201650232240.5+204943 96.53-37.45 6.29 -0.04 -0.09 B9.5V +0.019-0.012 -014SBO 25 * +8892 98 AqrBD-20 6587 2203211918581612I 231743.1-203847232258.2-200602 47.35-68.59 3.97 +1.10 +0.95 +0.60 K0III -0.120-0.096 +.036-007V +8893 66 PegBD+11 4993 220363108580 I 16715 231801.9+114556232304.6+121850 91.56-45.11 5.08 +1.31 +1.49 K3III +0.027-0.017 -.001-004V? < 19: 0.0 0.1 * +8894 BD+59 2710 220369 353613874I 231804.7+593506232232.5+600801112.07-00.85 5.56 +1.68 +1.82 K3II +0.009-0.001 -012V? +8895 CP-5410281 220392247854 W 231815.0-542124232354.3-534830328.10-58.83 6.15 +0.26 +0.13 A4III +0.059-0.027 +007 153 0.8 26.5 * +8896 CD-4315360 220401231587 231816.4-434025232345.4-430728345.21-66.11 6.10 +1.46 K3III +0.015+0.010 +001 +8897 BD-00 4509 220406128156 I W 231824.1-001530232331.9+001729 81.72-55.38 6.31 +1.61 +1.95 K2 +0.068+0.010 +009 4.0 41.7 +8898 CP-5212150 220440247858 231836.8-522621232413.1-515329330.51-60.31 5.75 +1.59 +1.93 M0III +0.005-0.041 -005 +8899 BD+31 4901 220460 73223 231852.4+315853232347.5+323153102.29-26.80 6.69 +0.45 -0.12 F4V w +0.232+0.040 +.012+010SB2O * +8900 BD-19 6450 220465165672 231851.7-191419232407.8-184115 51.13-68.24 6.19 +1.02 +0.79 G8III +0.149+0.071 -019 +8901 CP-5710268 220572247867 231937.3-572352232519.4-565057324.29-56.56 5.59 +1.07 +0.98 +0.37E K0III +0.080-0.024 -019 =< 1: * +8902 BD+40 5068 220575 52987 231946.4+403349232435.0+410646105.80-18.85 6.72 +0.06? B8III +0.015-0.009 -003SB 30 * +8903 67 PegBD+31 4904 220599 732411613 231957.0+315008232450.8+322306102.46-27.02 5.57 -0.11 -0.26 B9III +0.017+0.002 +.004+018V 110 +8904 4 CasBD+61 2444 220652 20614 882I W 14549 232023.5+614402232450.3+621658113.05 1.08 4.98 +1.68 +2.07 +0.85E M1III +0.011-0.013 +.007-037 2.5 98.6AB 4* +8905 68Ups PegBD+22 4833 220657 91253 881I 232023.2+225113232522.8+232415 98.55-35.36 4.40 +0.61 +0.14 +0.32 F8III +0.193+0.037 +.036-011 79 * +8906 99 AqrBD-21 6420 220704191900 I 14554 232047.6-211124232602.8-203831 46.74-69.46 4.39 +1.47 +1.81 +0.81 K5III -0.052-0.058 +.007+016V? * +8907 Omi GruCP-5310461 220729247874 883 232100.9-531630232636.6-524318328.86-59.92 5.52 +0.40 F4V +0.038+0.123 +018SB 0 +8908 CP-67 3964 220759255486 232111.8-670751232707.2-663452315.38-48.46 6.45 +1.47 +1.77 K4III -0.042-0.023 +012 +8909 CP-59 7890 2207902478823876 232132.9-590142232715.0-582834322.23-55.38 5.63 +0.98 G8III +0.051+0.062 -011 +8910 CD-5013976 2208022478803875 232136.3-504228232709.1-500926332.22-61.91 6.20 -0.08 B9V +0.032+0.006 -001 +8911 8Kap PscBD+00 4998 220825128186 884 W Kap Psc 232148.3+004229232656.0+011520 83.92-55.08 4.94 +0.03 -0.02 -0.03 A0pCrSi:Sr: v+0.089-0.097 +.040-003V 41 7.0 163.4AB 3* +8912 9 PscBD+00 4999 220858128188 W 14568 232207.4+003424232714.8+010721 83.90-55.24 6.25 +1.02 +0.80 G7III +0.044-0.035 -007SB * +8913 13 AndBD+42 4672 220885 53039 232218.1+422141232707.4+425443106.91-17.32 5.75 0.00 -0.09 B9III +0.091+0.015 -009SB 67 * +8914 CD-3615895 2209292145613878 232238.7-360542232800.7-353240 2.43-70.35 6.32 +1.20 K2III +0.007+0.001 +013 +8915 69 PegBD+24 4778 220933 91278 HV Peg 232242.1+243704232740.4+251002 99.98-33.94 5.98 -0.06 -0.17 A0pHgMn +0.026-0.041 -016 40 * +8916 10The PscBD+05 5173 2209541281961614I 232253.7+054947232758.1+062244 88.81-50.88 4.28 +1.07 +1.01 +0.53 K1III -0.121-0.045 +.016+006V? < 17 +8917 BD-12 6496 220957165708 232252.9-115959232805.2-112659 67.58-64.92 6.37 +0.90 +0.56 G0V +0.102-0.023 -083V? +8918 BD+69 1332 220974 10737 232302.7+694834232716.6+702135115.92 8.64 5.60 +0.19? A6IV +0.119-0.006 +.023-003SB2 115 +8919 CP-63 4891 2210062554973880 CG Tuc 232313.7-633940232901.0-630639317.77-51.58 5.68 -0.17 ApSi v+0.037-0.017 +015 69 * +8920 CD-4515043 221051231622 232333.6-450255232900.8-442952341.10-66.03 6.43 +1.18 K2III +0.037-0.011 -020 +8921 BD-10 6120 221081146729 I 232350.3-094859232900.6-091558 71.60-63.59 6.18 +1.44 +1.70 K0 -0.050-0.026 +008V? +8922 BD+22 4844 221113 91295 232406.6+222958232905.6+230252 99.35-36.02 6.35R G9III -0.039-0.094 +020 +8923 70 PegBD+11 5009 221115108638 885I 232405.8+121232232909.3+124538 93.72-45.39 4.55 +0.94 +0.73 +0.45 G7+III +0.064+0.027 +.016-015V? < 19: +8924 BD-05 5999 2211481467363881 14588 232421.9-050439232932.1-043158 78.48-60.13 6.25 +1.09 +1.16 K3III v+0.183-0.232 +.019-025V +8925 BD+48 4070 221246 530883882I 232521.2+483454233007.4+490759109.51-11.61 6.17 +1.46 +1.71 K3III +0.033+0.002 +006 * +8926 BD+57 2748 221253 35478 16795 AR Cas 232524.6+575951233002.0+583256112.47-02.66 4.91 -0.12 -0.64 -0.14 B3IV +0.020+0.005D+.006-013SB1O 144 2.3 75.7AC 8* +8927 BD+37 4856 221293 73308 232546.5+380637233039.7+383943106.08-21.55 6.05 +0.99 G9III +0.042+0.011 -009 +8928 BD-07 6036 221308146748 232551.7-065020233101.1-061718 76.78-61.72 6.39 +1.26 +1.29 K0 -0.013-0.036 +013 +8929 CD-4515055 2213232316423883 232600.9-452341233127.0-445037339.76-66.14 6.02 +1.02 K1III +0.048-0.025 +008 +8930 14 AndBD+38 5023 221345 73311 I 14599 232622.2+384113233117.4+391411106.41-21.05 5.22 +1.02 +0.87 K0III +0.289-0.080 +.015-059V < 19: +8931 BD-04 5896 221356146752 232621.5-043802233131.5-040514 79.82-60.09 6.49 +0.54 -0.01 F8V +0.175-0.190 +.041-011V =< 6 +8932100 AqrBD-22 6141 2213571919703885 232627.5-215517233142.1-212210 46.21-70.96 6.29 +0.33 +0.16 A9III +0.009+0.005 -008SB +8933 BD+27 4568 221394 91321 Var 232645.4+275108233143.1+282413102.40-31.27 6.41 +0.01 +0.03 A1pSrCr:Eu: -0.025-0.008 -006V * +8934 13 PscBD-01 4450 221409146756 232649.7-013818233157.6-010509 83.41-57.73 6.38 +1.18 +1.10 K1III +0.012+0.017 -023 +8935 CP-78 1473 2214202581543887 232652.2-775615233319.5-772307308.32-38.91 5.81 +0.68 +0.31 G2V +0.010 0.000 +026 +8936 BD+34 4948 221491 73325 232729.4+342402233224.6+345709105.11-25.17 6.65 -0.06 -0.24 B8V -0.007-0.006 +012 250 +8937 Bet SclCD-3815527 221507214615 886 14608 232736.6-382216233258.3-374906355.04-70.36 4.37 -0.09 -0.36 -0.07 B9.5IVpHgMnEu +0.087+0.021 +002 37 * +8938 BD+86 344 221525 39163967 232748.7+864521232700.8+871827121.86 24.61 5.58 +0.23 +0.13 A7IV +0.075+0.018 -011V? 90 +8939101 AqrBD-21 6437 221565191988 W 232802.6-212802233316.6-205452 47.93-71.13 4.71 +0.02 0.00 +0.03 A1n -0.007+0.013 -.000+015 297 2.3 1.0 +8940 71 PegBD+21 4952 221615 913403889I HW Peg 232827.5+215649233328.1+222956100.25-36.92 5.32 +1.60 +1.61 M5IIIa +0.010-0.017 +003V? * +8941 BD+44 4441 221661 53147 232852.2+443019233342.7+450329108.81-15.67 6.24 +0.98 G8II -0.029+0.010 +007 +8942 BD+20 5352 221662 91349 I 232854.4+201720233355.5+205027 99.59-38.49 6.06 +1.73 +1.88 M3III -0.004-0.022 +005 +8943 72 PegBD+30 4978 221673 73341 I 16836 14617 232859.4+304624233357.2+311931104.09-28.69 4.98 +1.38 +1.62 K4IIIb +0.052-0.016 +.018-024SB < 19: 0.2 0.5 * +8944 14 PscBD-02 5986 2216751467803890 232900.5-014759233409.0-011451 84.09-58.17 5.87 +0.30 +0.16 +0.13 A2m +0.108-0.013 -003 60 * +8945 CP-65 4148 221740255520 W 232930.6-651433233512.7-644122315.61-50.52 7.4 F2IV-V +0.015+0.004 2.4 37.7 +8946 BD-16 6314 221745165780 I 232937.1-154747233449.4-151445 62.77-68.60 5.96 +1.36 +1.57 K0 +0.051-0.079 -037V? +8947 15 AndBD+39 5114 221756 733461616 14627 232943.8+394106233437.5+401411107.40-20.31 5.59 +0.10 +0.08 +0.06 A1Vp -0.017-0.046 +.014+013V 109 * +8948 73 PegBD+32 4667 221758 733453891 232941.4+325638233438.2+332950105.06-26.69 5.63 +1.03 gK0 +0.001+0.019 -003V? +8949 Iot PheCD-4315420 2217602316751617 W Iot Phe 232941.8-431005233504.6-423654343.07-68.07 4.71 +0.08 +0.07 +0.07 A2VpSrCrEu +0.046-0.001 +.005+019V 22 8.0 7.7 * +8950 BD+37 4866 221776 73351 I 16843 232951.7+372815233446.7+380126106.69-22.42 6.18 +1.58 K7III +0.008+0.009 -012 5.2 20.2 +8951 BD-08 6142 221835146795 888 233022.5-080104233532.1-072752 76.98-63.35 6.39 +0.88 +0.57 gG5 +0.001+0.016 +005 +8952 BD+70 1327 221861 107903893I 233038.5+710521233459.0+713832116.93 9.67 5.84 +1.80 +1.73 G9Ib -0.004 0.000 -003V? +8953 BD+23 4769 221905 913673894I 233055.5+240028233555.9+243340101.83-35.20 6.45 +1.73 +2.01 M1III +0.004+0.009 -012 +8954 16 PscBD+01 4744 2219501282813895 D 233117.1+013250233623.3+020608 88.23-55.63 5.68 +0.44 -0.08 F6Vb vw -0.103+0.061 +039SB2O=< 10 0.1 0.0 * +8955 BD+32 4671 221970 73368 233132.8+322103233630.5+325415105.25-27.38 6.35 +0.46 0.00 F6V -0.008 0.000 -001 +8956 CD-3217593 222004214659 W 233148.3-322528233705.4-315215 12.12-73.17 6.52 +1.26 +1.22 K1III +0.048+0.002D+.003-023 3.3 5.2 * +8957 CP-77 1583 222060258166 233211.1-772522233824.1-765212308.23-39.50 6.00 +0.90 +0.65 K0-2III +0.082-0.032 +002 +8958 BD-13 6439 222093165804 16878 233228.5-133652233739.6-130337 68.48-67.74 5.65 +1.03 +0.83 G9IIIFe-0.5 +0.037+0.024 -013 3.9 31.6 +8959 CD-4614720 222095231707 889 233228.0-460244233751.0-452933336.66-66.52 4.74 +0.08 +0.09 +0.05 A2V +0.073-0.014 +.016+010SB 126 * +8960 74 PegBD+16 4954 222098108729 W 233235.7+161619233739.8+164932 98.66-42.54 6.26 0.00 +0.08 A1V +0.134 0.000 -026SBO 45 4.5 98.3AB 3* +8961 16Lam AndBD+45 4283 222107 53204 890I W Lam And 233240.0+455459233733.9+462729109.90-14.53 3.82 +1.01 +0.69 +0.57 G8III-IV v+0.162-0.421 +.050+007SB1O < 19: 6.5 217.6AC 4* +8962 BD+43 4508 222109 53202 16877 233238.6+435233233732.0+442545109.28-16.47 5.80 -0.06 -0.31 B8V +0.015-0.010D+.004-011V 50 0.9 0.5AB 3* +8963 75 PegBD+17 4952 2221331087323896 W KS Peg 233253.7+175048233756.8+182402 99.54-41.11 5.53 0.00 -0.03 A1Vn +0.050+0.017 -016SB1 216 6.2 27.9 * +8964 BD+45 4288 222143 53210 233302.4+453846233758.6+461159109.89-14.80 6.58 +0.66 +0.16 G5 +0.370-0.003 +.032-001 +8965 17Iot AndBD+42 4720 222173 53216 891 14646 233313.7+424252233808.2+431605109.03-17.62 4.29 -0.10 -0.29 -0.09 B8V +0.029-0.001 +.011-001SB 84 +8966 The PheCD-4714651 222287231719 W 233405.9-471134233928.0-463816334.20-65.88 6.09 +0.24 +0.11 A8V+F0V +0.028+0.033D+.008+014 0.7 3.7 * +8967 18 AndBD+49 4180 222304 356423897 233417.4+495504233908.3+502818111.34-10.77 5.30 -0.06 -0.15 B9V -0.017-0.002 +009SB 178 +8968102Ome1AqrBD-15 6471 222345165818 233435.9-144629233947.1-141318 67.04-68.89 5.00 +0.24 F0IV +0.057-0.038 +.016-002SB 102 +8969 17Iot PscBD+04 5035 222368128310 892I W 14657 233448.3+050503233957.0+053735 92.46-52.96 4.13 +0.51 0.00 +0.31 F7V +0.378-0.438 +.075+005V 6 8.7 69.9 * +8970 BD+08 5095 222377128309 233449.2+090724233955.1+094038 95.27-49.31 5.97 +0.20 +0.13 +0.09 A2IVm +0.099-0.011 +000 60 +8971 BD+74 1032 222386 10814 233452.7+744419233910.4+751734118.30 13.08 5.95 +0.13 +0.12 A3V +0.012+0.011 +003SB 125 +8972 BD+73 1047 222387 108173898 233459.5+732655233921.1+740010117.93 11.83 5.98 +0.89 G8III -0.012+0.004 +009SB +8973 BD+36 5098 222399 73422 16913 233505.4+370603234002.8+373909107.64-23.09 6.53 +0.35 +0.08 F2IV -0.013-0.084 -016V? 4.4 14.9 * +8974 35Gam CepBD+76 928 222404 10818 893I 14656 233514.3+770427233920.8+773757118.99 15.31 3.21 +1.03 +0.94 +0.51 K1III-IV -0.067+0.151 +.064-042V? < 17 * +8975 Mu SclCD-3217621 2224332147011618 14661 233523.4-323734234038.2-320423 10.86-73.86 5.31 +0.97 +0.66 K1III -0.089-0.055 +.027+014 +8976 19Kap AndBD+43 4522 222439 532641619 16916 233528.8+434649234024.5+442002109.76-16.71 4.14 -0.08 -0.26 -0.07 B9IVn +0.083-0.019 +.018-009V 184 7.6 46.8AB 3* +8977 BD+35 5074 222451 734283899 233540.7+360957234040.6+364315107.46-24.02 6.23 +0.39 -0.05 F1V +0.236+0.020 -000 30 * +8978 CD-2417796 222485192083 I 14665 233553.8-244252234107.0-240937 39.63-73.89 6.60 +1.57 +1.92 M1III +0.006-0.010 +018V? * +8979 BD-12 6535 222493165828 233558.4-121407234108.9-114050 72.64-67.40 5.89 +1.00 +0.78 +0.35E G9III +0.070+0.009 -011V * +8980103 AqrBD-18 6357 222547165834 I 233623.3-183447234134.5-180138 58.77-71.51 5.34 +1.57 +1.93 +0.92 K5III -0.039-0.071 +025 +8981 BD+48 4127 222570 53276 233633.7+485730234126.9+493044111.43-11.79 6.26 +0.19? A4V +0.002-0.021 -006 +8982104 AqrBD-18 6358 222574165836 I W 14671 233634.3-182216234145.8-174859 59.40-71.44 4.82 +0.82 +0.49 +0.41 G0Ib-II +0.015+0.004 -.009+003SB 17 2.8 120.1AB 3* +8983 BD+06 5183 222602128335 14672 233650.9+064149234156.7+071502 94.37-51.72 5.89 +0.10 +0.08 A3Vn -0.024-0.042 +001 210 * +8984 18Lam PscBD+00 5037 2226031283361620 233656.6+011347234202.8+014648 90.15-56.61 4.50 +0.20 +0.08 +0.10 A7V -0.129-0.155 +.028+012SB 63 * +8985 BD+56 3067 222618 35682 233705.4+564220234154.5+571536113.61-04.35 6.24R G8III +0.005-0.002 -012 +8986 BD+44 4473 222641 53292 I 14674 233719.1+442615234214.8+445931110.28-16.17 6.57R gK5 -0.011-0.010 -010V +8987 BD-16 6345 222643165841 I 233717.0-160008234227.9-152652 65.53-70.18 5.28 +1.37 +1.49 K4III +0.025-0.008 +.015+007SB < 17 * +8988105Ome2AqrBD-15 6476 222661165842 894 16944 233732.2-150552234243.3-143242 67.66-69.64 4.49 -0.04 -0.12 -0.05 B9.5V +0.101-0.066 +.041+003SB 156 6.0 5.0 * +8989 BD+63 2038 222670 20791 I 16940 233737.5+635739234220.8+643056115.58 2.63 6.56 +1.88 +2.12 +1.33 M2III +0.003-0.002 -003 4.4 2.6 +8990 BD+60 2609 222682 207933900 W 233744.7+610731234231.5+614046114.85-00.11 6.40 +1.24 +1.36 K2III +0.043-0.021 -016 6.5 8. +8991 77 PegBD+09 5268 2227641087893902I 14679 233816.9+094635234322.4+101953 96.87-49.06 5.06 +1.68 +2.04 M2III +0.008+0.007 +.010-034V * +8992 BD-16 6352 222800165849 I R Aqr 233838.8-155019234349.5-151704 66.52-70.32 6.36 +1.58 +0.32 M7IIIpe v+0.032-0.025 -022V * +8993 CD-4515114 2228032317563903 233839.8-453817234401.4-450500335.38-67.56 6.09 +0.98 +0.71 K1III-IV +0.338-0.006 +.019-031 +8994 CP-71 2771 2228052581783905 233842.3-710249234425.4-702925310.84-45.59 6.07 +0.91 +0.62 G8-K0IV +0.243+0.062 +.014+020 +8995 CP-79 1239 2228062581793906 233836.2-792048234440.7-784729306.98-37.81 5.75 +1.11 +1.07 K1III +0.048+0.004 +021V +8996 CP-65 4159 2228202555573904 233841.6-645738234412.0-642416314.43-51.20 5.72 +1.40 +1.63 K2II-III +0.011+0.031 +.007-013 +8997 78 PegBD+28 4627 222842 91457 I 16957 233857.5+284827234359.5+292142105.73-31.25 4.93 +0.95 +0.63 +0.48 K0III +0.071-0.037 +.018-007SB < 19: 3.1 0.9 * +8998106 AqrBD-19 6500 2228471658541621 233900.9-184955234412.1-181637 59.17-72.17 5.24 -0.08 -0.27 B9Vn +0.029-0.003 +014V 258 +8999 CD-2616762 222872192116 16963 233916.7-264804234428.9-261447 32.50-75.03 6.17 +0.50 +0.10 F4V -0.070-0.015 +016 3.2 8.3 * +9000 BD+55 3010 222932 35728 233955.6+551441234448.3+554759113.61-05.86 6.51R gG4 +0.020-0.005 +.008+009 +9001 CD-4015239 223011231769 234044.7-404413234601.2-401057344.81-71.20 6.31 +0.20 +0.09 A7III-IV +0.097-0.036 +004 +9002107 AqrBD-19 6506 223024165867 16979A 234049.3-191403234600.9-184041 58.82-72.75 5.29 +0.28 +0.14 F2III+F2V +0.134+0.030 +.012-002 83 1.0 6.6 * +9003 20Psi AndBD+45 4321 223047 533551622I W 234104.5+455154234602.1+462513111.34-14.97 4.95 +1.11 +0.82 +0.38E G5Ib+A0V +0.011-0.005 +.001-025V < 19: 4.0 184.0AD 4* +9004 19 PscBD+02 4709 2230751283743908I TX Psc 234116.9+025555234623.5+032912 93.28-55.60 5.04 +2.60 +3.49 +1.35 C5II -0.030-0.025 -.004+011V * +9005 BD+65 1943 223128 20838 234150.3+661337234636.7+664656116.59 4.71 5.95 -0.04 -0.74 B2IV +0.004+0.001 -014 +9006 Sig PheCD-5014047 2231452480183910 234157.6-504653234716.0-501336326.59-63.85 5.18 -0.19 B3V +0.011-0.029 +011 217 +9007 CP-69 3335 2231482555673911 234152.1-685656234723.3-682339311.60-47.64 6.89 +0.46 +0.06 F2V +0.045-0.043 -002 +9008 5Tau CasBD+57 2804 223165 357633909I 14707 234209.9+580542234703.5+583907114.63-03.18 4.87 +1.11 +1.05 K1IIIa +0.061+0.057 +.014-021V < 17 +9009 BD-12 6559 223170165880 234206.9-122751234715.9-115439 75.12-68.59 5.73 +1.08 +0.97 gK1 -0.049-0.086 +011 +9010 BD+56 3085 223173 35761 I 234208.4+565346234701.9+572705114.33-04.34 5.51 +1.65 +1.81 K3IIb +0.002-0.003 -006V? +9011 BD+46 4169 223229 53374 17006 14709 234234.8+461638234733.2+464957111.71-14.64 6.07 -0.14 -0.66 B3IV +0.013-0.003D+.002-024SB 2.0 0.9 * +9012 20 PscBD-03 5707 2232521469151623 W 234248.1-031903234756.5-024542 88.27-61.28 5.49 +0.94 +0.70 +0.33E G8III +0.096+0.005 -007V? =< 11 4.4 172.7AB 3* +9013 BD+67 1562 223274 20853 895 234307.5+671504234754.8+674825116.97 5.67 5.04 -0.01 -0.04 A1Vn +0.014-0.001 +.015+010SB 185 +9014 BD-07 6086 2233111469193912I 14715 234324.1-065609234832.5-062250 84.33-64.43 6.07 +1.45 +1.71 K4III +0.003-0.019 -021V +9015 BD+01 4773 223346128393 234342.2+013934234849.3+021251 93.25-57.00 6.46 +0.44 -0.02 F5III-IV +0.007-0.042 -025SB 12 +9016 Del SclCD-2818353 223352192167 896 17021A 234343.1-284100234855.6-280749 25.18-76.13 4.57 +0.01 -0.03 -0.02 A0V +0.105-0.106 +.039+014V? 4.5 74.3AC 3* +9017 BD+64 1861 223358 20866 17020 V650 Cas 234348.3+641916234839.0+645235116.33 2.81 6.41 +0.06 +0.02 A0pSrSi:Cr: +0.013-0.020 +.009-003 2.0 0.7AB 4* +9018 6 CasBD+61 2533 223385 20869 17022 V566 Cas 234357.7+613931234850.2+621252115.71 0.22 5.43 +0.67 -0.02 A3Ia e-0.005-0.001D+.001-046SB? 50 5.1 1.5AB 3* +9019 BD+59 2777 223386 35794 234359.4+592522234853.9+595844115.18-01.95 6.34 -0.01 -0.05 A0V +0.048+0.007 -016 =< 41 +9020 BD+58 2653 223421 35798 234416.8+582427234912.0+585747114.97-02.94 6.33 +0.40 -0.01 F2IV +0.038-0.014 +030 +9021 BD-16 6373 223428165905 234421.6-162459234931.6-155140 67.89-71.75 6.24 +1.22 +1.17 K2IIIbFe-0.5 +0.049-0.022 -064V? +9022 21 PscBD+00 5054 223438128401 234420.2+003115234927.5+010434 92.57-58.09 5.77 +0.16 +0.12 A5Vm -0.002-0.030 +005SB 43 +9023 CP-63 4931 223444255578 234421.9-632340234944.7-625022314.54-52.88 6.59 +1.48 K5III +0.031-0.035 +011 +9024 BD+35 5110 223460 735353914 OU And 234439.0+355214234941.0+362531109.28-24.80 5.90 +0.79 G1III e+0.001-0.048 +001V? * +9025 79 PegBD+28 4649 223461 915223913 234435.6+281709234939.4+285033106.95-32.10 5.97 +0.19 +0.13 A2m +0.061+0.024 -004 38 +9026 CD-2616796 223466192180 17029 234438.7-255312234949.6-251953 36.88-76.08 6.42 +0.12 +0.12 A3V -0.021-0.024 +016 5.2 13.5 +9027 BD-10 6177 223524165911 897 234505.1-103157235014.7-095827 79.96-67.59 5.94 +1.13 +1.15 K0IV +0.140+0.076 -018V +9028 BD+50 4165 223552 35823 17032 234522.4+510358235022.3+513718113.37-10.11 6.44 +0.37 -0.09 F3V +0.123-0.015 -021 6.1 21.0AB 3 +9029 BD-15 6507 223559165915 234523.8-145725235033.3-142407 71.78-70.94 5.72 +1.51 +1.81 K4.5IIIb +0.037-0.033 -058V? +9030 80 PegBD+08 5127 223637128421 I HH Peg 234615.0+084532235121.2+091848 99.09-50.75 5.79 +1.66 +1.74 +0.54 M3IIIa -0.016-0.063 -009 * +9031108 AqrBD-19 6522 223640165918 ET Aqr 234611.5-192755235121.3-185432 60.54-73.94 5.18 -0.14 -0.42 B9pSiSrCr v+0.021 0.000 +.023+013V 40 * +9032 Gam1OctCP-82 905 2236472589893997 234614.9-823429235206.4-820108305.41-34.82 5.11 +0.92 +0.60 G7III -0.055-0.019 +015 +9033 22 PscBD+02 4725 2237191284273918I 234650.6+022228235157.9+025549 95.11-56.69 5.55 +1.53 +1.86 K4IIIaBa0.3 +0.020-0.015 +000 * +9034 BD+76 934 223731 108743919 234709.2+770245235157.6+773558119.66 15.11 6.55 +0.44 -0.11 F5V +0.264-0.092 +.042+001V? +9035 BD+20 5386 223755 91548 I 234718.7+210654235223.4+214015105.15-39.15 6.11 +1.59 +1.97 M2III -0.049-0.015 -005V? +9036 81Phi PegBD+18 5231 223768108878 898I 14735 234723.9+183354235229.3+190713104.18-41.60 5.08 +1.60 +1.86 M2.5IIIb -0.005-0.036 +.011-008V? +9037 BD-15 6515 223774165933 234721.7-144827235230.0-141504 73.14-71.17 5.87 +1.28 +1.37 K3III -0.101 0.000 +002 +9038 BD+74 1047 223778 10879 17062 234731.7+745913235225.1+753241119.18 13.10 6.39 +0.98 +0.71 K3V +0.314+0.049 +.097+001SBO 1.9 161.9AC 3* +9039 82 PegBD+10 5004 2237811088791625 HT Peg 234731.0+102328235237.1+105651100.44-49.34 5.30 +0.18 +0.09 A4Vn -0.029+0.001 +.018-003V 156 * +9040 BD-09 6277 223807146953 234741.8-093309235250.5-085948 82.82-67.19 5.75 +1.17 +1.15 K0III +0.064-0.021 -018V? +9041 24 PscBD-03 5723 223825146954 W 234747.3-034239235255.6-030920 90.15-62.24 5.93 +1.07 +0.96 G9III +0.075-0.046 -006V 0.0 0.1 * +9042 25 PscBD+01 4792 223855128436 234757.4+013205235304.8+020526 94.93-57.57 6.28 -0.01 -0.01 A1V +0.022-0.012 +005SB 46 +9043 CD-2417897 223884192218 234810.6-244707235320.8-241345 42.19-76.60 6.24 +0.19 A3Shell +0.047-0.011 -003 * +9044 CD-2716479 223991192231 17090 234911.4-273558235421.4-270232 30.05-77.30 6.35 +0.20 0.00 +0.11 A2V+F2V +0.020+0.025D+.006+017SB =< 39 0.7 6.4 * +9045 7Rho CasBD+56 3111 224014 35879 899I Rho Cas 234923.0+565635235423.0+572958115.30-04.52 4.54 +1.22 +1.12 +0.74 G20e v-0.002-0.002 +.023-043V 29 * +9046 CD-4015285 2240222318421626 234924.0-405127235438.6-401800341.05-72.35 6.03 +0.57 +0.11 F8IV +0.368+0.028 +.029-010 +9047 BD-00 4585 2240621469733920I XZ Psc 234939.5-002648235446.6+000633 94.06-59.55 5.61 +1.59 +1.51 +1.30E M5III -0.040-0.018 -002V? * +9048 26 PscBD+06 5216 224103128466 235000.8+063054235507.8+070416 99.18-53.18 6.21 -0.07 -0.19 B9V +0.021-0.019 +017V +9049 CD-3217723 2241132148603921 AL Scl 235006.3-322841235516.6-315518 8.14-76.89 6.10 -0.08 -0.46 B6V +0.022-0.003 -012SB1O 199 * +9050 CD-3217724 224112214861 235006.4-322627235516.6-315303 8.29-76.90 6.83 -0.08 -0.34 B8V +0.003+0.008 +001V? +9051 BD+25 5042 224128 91582 235017.6+252355235523.0+255718107.47-35.23 6.54R K5 -0.003-0.008 -015 +9052 BD+56 3115 224151 35899 V373 Cas 235032.7+565120235533.7+572444115.44-04.64 6.00 +0.21 -0.72 B0.5II+B0.5II v-0.008-0.003 +.029-026SBO * +9053 BD+46 4214 224165 53486 235030.5+464758235533.6+472121113.21-14.46 6.00 +1.16 +0.94 G8Ib 0.000-0.005 -017 +9054 CD-2516707 2242831922523922 235120.8-251739235629.9-244414 40.82-77.43 6.31 +0.92 G5 +0.003+0.010 -035V? +9055 BD+21 4999 224303 915951628I 235135.7+220530235641.5+223853106.73-38.50 6.15 +1.60 +1.97 M2III -0.022-0.005 +001V? +9056 BD+82 743 224309 39941650 V Cep 235145.3+823804235627.7+831128121.21 20.50 6.59 +0.05 +0.05 A3V +0.047+0.007 -013 * +9057 BD+41 4902 224342 535113923 235159.1+420606235703.6+423930112.39-19.10 5.97 +0.69 +0.30 F8III +0.008-0.001 -007V * +9058 CD-2716494 224350192262 I 14772 235158.7-271051235708.3-263725 32.23-77.89 6.26 +1.45 K3III +0.071+0.017 -012V +9059 BD+54 3076 224355 35917 14773 235205.8+550858235708.5+554221115.29-06.36 5.55 +0.49 +0.03 F1/6V+F3 -0.019-0.011 +013SBO * +9060 CP-63 4940 2243612556063924 235205.1-633050235719.9-625723313.13-53.09 5.97 +0.11 +0.10 A1IV +0.082+0.018 -013 * +9061 Gam2OctCP-82 907 224362258996 235204.1-824333235732.7-821012305.14-34.73 5.73 +1.05 +0.92 K0III -0.035-0.026 +027 +9062 Eta TucCP-64 4391 224392255609 235220.2-645112235735.2-641754312.34-51.84 5.00 +0.06 +0.08 A1V +0.086-0.068 +.036+033 191 +9063 BD+59 2795 224404 35922 235230.9+592801235733.5+600125116.24-02.15 6.47 +0.01 -0.10 B9III-IV +0.012-0.002 -008V? +9064 84Psi PegBD+24 4865 224427 916111629I S 14777 235239.7+243508235745.5+250829107.85-36.15 4.66 +1.59 +1.68 +1.34 M3III -0.034-0.033 +.005-004V? * +9065 1 CetBD-16 6394 2244811659723925 235312.5-162415235821.2-155051 72.72-73.30 6.26 +1.08 +1.03 K0II-III +0.086-0.006 +004V? +9066 BD+50 4202 224490 35938 I 17135 R Cas 235319.6+504954235824.8+512319114.56-10.62 4.8 +1.83 +0.08 M7IIIe v+0.080+0.009 +021V 5.4 29.5AC 3* +9067 27 PscBD-04 5996 224533147008 900I 17137 14785 235333.2-040639235840.4-033322 92.51-63.27 4.86 +0.93 +0.70 G9III -0.051-0.072 +.029-000SB < 19: 5.3 1.1 * +9068 BD+31 5012 224544 736503927 Var? 235343.2+314930235849.2+322254110.21-29.19 6.52 -0.11 -0.57 B6IVe +0.003-0.007 -006 * +9069 Pi PheCP-5310561 224554248087 901 235344.9-531816235855.8-524445320.30-62.57 5.13 +1.13 +1.03 K0III +0.055+0.061 +.016-014 +9070 BD+45 4381 224559 53540 LQ And 235341.2+455123235846.5+462447113.55-15.50 6.54 -0.09 -0.61 B4Ven v+0.022-0.005 -001V * +9071 8Sig CasBD+54 3082 224572 35947 17140 235356.0+551154235900.5+554518115.55-06.36 4.88 -0.07 -0.82 -0.11 B1V +0.009-0.004D+.006-013SB2 189 2.2 2.8AB 3* +9072 28Ome PscBD+06 5227 224617128513 902I 14793 235410.5+061835235918.7+065148100.69-53.74 4.01 +0.42 +0.06 +0.24 F4IV +0.153-0.115 +.018+002SBO 38 2.2 1.0 3* +9073 CD-3019765 224630192294 I 235419.5-300231235927.9-292906 18.25-78.33 5.62 +1.60 +2.00 K5III -0.001-0.001 -005 +9074 BD+32 4747 224635 73656 17149A 235423.5+331012235929.2+334328110.72-27.91 6.58H +0.55 -0.01 G0V -0.060-0.080D+.051-008V? 7 0.2 1.5AB 3* +9075 BD+32 4747 224636 73656 17149B 235423.5+331012235929.2+334328110.72-27.91 6.58H G0V -0.060-0.080D+.051-005V? 7 0.2 1.5AB 3* +9076 Eps TucCP-66 3819 224686255619 903 235443.3-660800235955.0-653438311.30-50.71 4.50 -0.08 -0.28 -0.05 B9IV v+0.048-0.024 +011 291 * +9077 CD-4415420 224750231888 W 235509.8-445040000019.2-441726330.51-70.00 6.29 +0.76 G3IV +0.080-0.111 +003 0.5 0.4 +9078 BD+26 4727 224758 91648 W 235516.8+262146000023.9+265506109.09-34.58 6.46 +0.50 +0.01 F7-8IV-V +0.044-0.052 +000V * +9079 BD+58 2685 224784 359833928 235526.5+590013000030.9+593335116.52-02.68 6.19 +1.01 +0.80 G9III-IV -0.077-0.024 -033 * +9080 BD+44 4538 224801 53568 CG And 235537.1+444147000043.7+451512113.65-16.70 6.38 -0.07 -0.33 B9pSiEu v+0.027+0.005 -003SB 49 * +9081 Tau PheCD-4914316 224834231895 235556.3-492200000104.5-484836323.79-66.23 5.71 +0.91 G8III -0.022-0.009 +008 +9082 CD-5113743 224865248103 235611.7-505340000120.0-502014321.98-64.90 5.53 +1.60 +1.93 M2III +0.002+0.013 +.008+002 +9083 BD+49 4309 224870 535733929 235612.6+492530000119.3+495854114.73-12.09 6.22 +0.97 G7II-III +0.018-0.006 -020 +9084 The OctCP-77 1596 224889258207 904 235627.5-773704000135.7-770357306.53-39.71 4.78 +1.27 +1.41 +0.67 K3III -0.063-0.177 +.017+024 +9085 BD+60 2657 224893 21009 235630.6+603958000136.9+611323116.97-01.07 5.55 +0.41 +0.39 F0III -0.006+0.005 -023SB? 38 +9086 BD+41 4920 224906 53580 235636.8+414837000143.8+422202113.22-19.56 6.25 -0.03 -0.25 B9IIIpHg:Mn: +0.005-0.003 -011V 42 +9087 29 PscBD-03 5749 224926147041 14804 235641.9-033503000149.4-030139 94.59-63.14 5.10 -0.12 -0.51 B7III-IV +0.016-0.009 +023V? 80 * +9088 85 PegBD+26 4734 224930 91669 17175 14809 235656.7+263310000210.2+270455109.60-34.50 5.75 +0.67 +0.05 +0.43 G5VbFe-2 +0.841-0.991 +.083-036SBO 2 3.1 75.5AC 4* +9089 30 PscBD-06 6345 2249351470421630I YY Psc 235649.8-063411000157.6-060051 91.58-65.83 4.41 +1.63 +1.83 +1.41 M3III e+0.051-0.041 +.006-012V * +9090 BD-15 6531 224960166005 I W Cet 235659.9-151357000207.3-144034 77.78-73.06 7.1 +1.80 +0.55 +3.71 S7.3e -0.010-0.019 +013 * +9091 Zet SclCD-3019790 224990 3932 W 235712.3-301639000219.9-294313 16.55-78.90 5.01 -0.15 -0.55 -0.14 B4III +0.019+0.016 +000SB 47 8.0 3. * +9092 31 PscBD+08 5164 224995128544 235716.8+082400000224.2+085725103.01-52.01 6.32 +0.18 +0.14 A6V +0.005-0.003 +011V 97 +9093 32 PscBD+07 5121 2250031285473933 235722.9+075548000229.7+082908102.81-52.46 5.63 +0.29 +0.03 F0V -0.092-0.047 +010V? * +9094 BD+65 1987 225009 10937 1A 235728.5+653232000236.1+660556118.01 3.70 5.86 +1.09 +0.91 G8III +0.010-0.001D+.010-018V =< 25 1.5 15.2AB 3* +9095 BD-20 6703 225045166014 235749.5-203618000257.6-200246 62.90-76.84 6.25 +0.53 +0.08 F6V +0.110+0.071 -004V? +9096 CD-2417960 225069166016 235800.2-244208000307.7-240843 45.57-78.72 6.44 +1.18 G5 +0.039 0.000 +025 +9097 BD+62 2356 225094 10942 V639 Cas 235817.4+630501000325.7+633831117.63 1.26 6.24 +0.33 -0.54 +0.23 B3Ia e-0.008+0.057 -043V? * +9098 2 CetBD-18 6417 225132147059 905 235837.0-175333000344.4-172010 72.10-75.26 4.55 -0.05 -0.12 -0.04 B9.5Vn +0.026-0.009 +.007-005V 186 +9099 BD+65 1993 225136 10948 I 235842.4+660920000351.9+664244118.25 4.27 6.29 +1.67 +1.94 M4III +0.021-0.008 +015 +9100 9 CasBD+61 2586 225180 10954 W 235904.5+614351000413.6+621716117.47-00.08 5.88 +0.30 +0.29 A1III -0.004+0.006 -018V 4.0 246.0 +9101 BD-17 6868 225197147064 235912.4-170503000419.7-163144 74.70-74.79 5.78 +1.10 +1.05 K2III +0.039-0.059 -027 +9102 CD-2918950 225200166031 235913.2-294933000420.3-291607 18.53-79.41 6.40 0.00 -0.05 A0V +0.030+0.014 +028 +9103 3 CetBD-11 6194 2252121470662001I 13 235923.0-110358000430.1-103034 87.07-70.04 4.94 +1.63 +1.92 K3Ib v-0.005-0.011 +.016-042V < 17 +9104 BD+66 1679 225216 10956 235930.1+663632000442.0+671000118.41 4.71 5.67 +1.07 +0.93 K1III +0.092+0.030 +.013-027 +9105 BD+41 4933 225218 36037 I 30 235928.2+413210000436.7+420532113.72-19.94 6.01R B9III +0.005-0.022 -008SB 3.7 5.4 * +9106 CP-73 2346 225233255629 235926.8-732712000430.7-725352307.68-43.80 7.31 +0.44 +0.01 F2V +0.010-0.054 +008 +9107 BD+33 4828 225239 536222002 235939.2+340602000453.8+343935112.17-27.24 6.12 +0.62 +0.09 G2V +0.772+0.089 +.035+004V +9108 CP-72 2800 2252532556311001 235937.0-715936000441.3-712613308.18-45.21 5.59 -0.12 -0.42 B8IV-V +0.028-0.014 -003V +9109 BD+25 5068 225276 73731 I 42 235947.1+260533000456.0+263856110.22-35.07 6.25 +1.40 +1.59 K4IIIb +0.110-0.012 -005 4.5 17.5 +9110 BD+60 2667 225289 10962 V567 Cas 235955.9+604526000506.2+611851117.40-01.06 5.80 -0.09 -0.32 B8IVpHgMn +0.015+0.005 +014V 50 *`) + stardat = bytes.Split(data, []byte("\n")) + return nil +} + +func StarDataByHR(hr int) (StarData, error) { + if len(stardat) == 0 { + err := LoadStarData() + if err != nil { + return StarData{}, err + } + } + if hr > len(stardat) { + return StarData{}, errors.New("no such star") + } + data, err := parseStarData(stardat[hr-1]) + return StarData{starData: data}, err +} diff --git a/basic/stardat_test.go b/basic/stardat_test.go new file mode 100644 index 0000000..d97b311 --- /dev/null +++ b/basic/stardat_test.go @@ -0,0 +1,19 @@ +package basic + +import ( + "fmt" + "io/ioutil" + "testing" +) + +func Test_ParseStar(t *testing.T) { + //dat := []byte(`2491 9Alp CMaBD-16 1591 48915151881 257I 5423 064044.6-163444064508.9-164258227.22-08.88-1.46 0.00 -0.05 -0.03 A1Vm -0.553-1.205 +.375-008SBO 13 10.3 11.2AB 4*`) + LoadStarData() + out := "" + for _, v := range stardat { + data, _ := parseStarData(v) + out += fmt.Sprintln(data.HD, ",", data.HR) + } + ioutil.WriteFile("./index.csv", []byte(out), 0644) + +} diff --git a/basic/sun.go b/basic/sun.go index f562c18..6c17de7 100644 --- a/basic/sun.go +++ b/basic/sun.go @@ -1368,16 +1368,13 @@ func SunAngle(JD, Lon, Lat, TZ float64) float64 { if Angle < 0 { if H/15 < 12 { return Angle + 360 - } else { - return Angle + 180 - } - } else { - if H/15 < 12 { - return Angle + 180 - } else { - return Angle } + return Angle + 180 + } + if H/15 < 12 { + return Angle + 180 } + return Angle } /* diff --git a/basic/sun_test.go b/basic/sun_test.go index e7a0d5e..bd69d4d 100644 --- a/basic/sun_test.go +++ b/basic/sun_test.go @@ -41,12 +41,12 @@ func Benchmark_SunLo(b *testing.B) { } func Test_Cal(t *testing.T) { - fmt.Println(JDE2Date(GetSolar(2020, 1, 1, false))) - fmt.Println(JDE2Date(GetSolar(2020, 4, 1, false))) - fmt.Println(JDE2Date(GetSolar(2020, 4, 1, true))) - fmt.Println(JDE2Date(GetSolar(2033, 11, 3, false))) - fmt.Println(JDE2Date(GetSolar(2033, 11, 3, true))) - fmt.Println(JDE2Date(GetSolar(2034, 1, 1, false))) + fmt.Println(JDE2Date(GetSolar(2020, 1, 1, false, 8.0/24.0))) + fmt.Println(JDE2Date(GetSolar(2020, 4, 1, false, 8.0/24.0))) + fmt.Println(JDE2Date(GetSolar(2020, 4, 1, true, 8.0/24.0))) + fmt.Println(JDE2Date(GetSolar(2033, 11, 3, false, 8.0/24.0))) + fmt.Println(JDE2Date(GetSolar(2033, 11, 3, true, 8.0/24.0))) + fmt.Println(JDE2Date(GetSolar(2034, 1, 1, false, 8.0/24.0))) } func Test_SunRise(t *testing.T) { diff --git a/go.mod b/go.mod new file mode 100644 index 0000000..28cc773 --- /dev/null +++ b/go.mod @@ -0,0 +1,3 @@ +module b612.me/astro + +go 1.16 diff --git a/star/star.go b/star/star.go index 7b47878..9c5f861 100644 --- a/star/star.go +++ b/star/star.go @@ -8,7 +8,6 @@ import ( // Constellation // 计算date对应UTC世界时给定Date坐标赤经、赤纬所在的星座 - func Constellation(ra, dec float64, date time.Time) string { jde := basic.Date2JDE(date.UTC()) return basic.WhichCst(ra, dec, jde)