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Display properties: number-header: $\mathrm{Vol}$+Numbers:+- params:+ D: '-3'+ number: '0.1691569344016089375035337590457533809902815512550499653362481844627662460430406703560783923713761158'+ comment: $K=\mathbb{Q}(\sqrt{-3})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-4'+ number: '0.3053218647257396716848678383107947035913831247605573780888327065405876732587515898264521709753717021'+ comment: $K=\mathbb{Q}(\sqrt{-1})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-7'+ number: '0.8889149278163532635989041542035500146994612961842131771310572677719078294718704396042707387348073762'+ comment: $K=\mathbb{Q}(\sqrt{-7})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-8'+ number: '1.003841003341198137272364885769466185916338170787083237346651472996953213474274591806751566203811930'+ comment: $K=\mathbb{Q}(\sqrt{-2})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-11'+ number: '1.382608307902645873671653344497316823469472920035132715740796965501461626525666009781616432443083519'+ comment: $K=\mathbb{Q}(\sqrt{-11})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-15'+ number: '3.138613894464601250923377160194825192925968900210484701463350470421930412902339199486127875481311200'+ comment: $K=\mathbb{Q}(\sqrt{-15})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-19'+ number: '2.653148131110697693242299598310706651555966089876128823336694156310504662019618685910874655915727028'+ comment: $K=\mathbb{Q}(\sqrt{-19})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-20'+ number: '4.203969259476046668427855919673797117095567139025745780465295535637814456189916563931793175285186451'+ comment: $K=\mathbb{Q}(\sqrt{-5})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-23'+ number: '6.449192204056270983525597117933546480682044890907305792694680307774489457217088356312864871760041189'+ comment: $K=\mathbb{Q}(\sqrt{-23})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-24'+ number: '5.182172897819585495922218938381869260804219765194246023786323363051865201784172369920670089265756739'+ comment: $K=\mathbb{Q}(\sqrt{-6})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-31'+ number: '9.011050430094836195725313212188537787978325862063453566140310922997383997038269358258066566390474691'+ comment: $K=\mathbb{Q}(\sqrt{-31})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-35'+ number: '7.851949367463645788803095500338140866196026580880946942208624786228502918482491413567928633093975312'+ comment: $K=\mathbb{Q}(\sqrt{-35})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-39'+ number: '13.79797530827236131806576469260152756492022615511604437240740086417151250700564815792931289959614632'+ comment: $K=\mathbb{Q}(\sqrt{-39})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-40'+ number: '9.818118443898010973938349112487780760836937300970008274839676022721051027663468991514969857898553928'+ comment: $K=\mathbb{Q}(\sqrt{-10})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-43'+ number: '8.112990294740713487387487673397418506947919971629972088690510442531434684071821893176440042042280319'+ comment: $K=\mathbb{Q}(\sqrt{-43})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-47'+ number: '19.43442365256956593163168240561045553278032703621756534036251047109998838998945985430967997191225086'+ comment: $K=\mathbb{Q}(\sqrt{-47})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-51'+ number: '12.61592447911658887002776041420735965675249094446915767302280771873682828870587536349313759462304639'+ comment: $K=\mathbb{Q}(\sqrt{-51})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-52'+ number: '13.99796140197785977051445429984134669842281063002583606229726129411676058001568593452237476297441392'+ comment: $K=\mathbb{Q}(\sqrt{-13})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-55'+ number: '20.88009371202177914980295970723082309507420177790763615981923671001885401285302926396120787948928289'+ comment: $K=\mathbb{Q}(\sqrt{-55})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-56'+ number: '20.35134075007347635369984398127753800303325152937365586249938380612120306431387870609279793976920028'+ comment: $K=\mathbb{Q}(\sqrt{-14})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-59'+ number: '17.86930100264206273862540424484819301602571704237702290570687646171242568906007578646966731956799728'+ comment: $K=\mathbb{Q}(\sqrt{-59})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-67'+ number: '15.41783487562859643638258620473299835741266785819246451535175753037674467786590739232524326436243860'+ comment: $K=\mathbb{Q}(\sqrt{-67})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-68'+ number: '26.07290169646376568760485042269250934127571678860197856667365748344939295065501922691129514577741358'+ comment: $K=\mathbb{Q}(\sqrt{-17})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-71'+ number: '37.53330613019613887574565003456563412123983136370205427447126322581565637101132800778792274700908519'+ comment: $K=\mathbb{Q}(\sqrt{-71})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-79'+ number: '36.28262762654662806019441314450147634727913261892629939958972107728390981387142295765543580279213006'+ comment: $K=\mathbb{Q}(\sqrt{-79})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-83'+ number: '28.01737958452533980193831337794930835474512923204146446650498252017450873175331999082467738666816335'+ comment: $K=\mathbb{Q}(\sqrt{-83})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-84'+ number: '33.72802350205370454050712956538374547569070009009410618425366268251101743084831747770368760139545971'+ comment: $K=\mathbb{Q}(\sqrt{-21})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-87'+ number: '44.72478622958133758650744222245609465484724299916876560694777669333040519516365022588519709554377342'+ comment: $K=\mathbb{Q}(\sqrt{-87})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-88'+ number: '29.43777823386024608005489855472940658069187818311376242600909422459241269477153245286921842690521232'+ comment: $K=\mathbb{Q}(\sqrt{-22})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-91'+ number: '27.02936332455207241588638474150764323741352416964786765303082700929313141538922609871855120342408360'+ comment: $K=\mathbb{Q}(\sqrt{-91})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-95'+ number: '57.05690846176898299501319183102417310114396998908559448342918840662569412411139663153321728807066909'+ comment: $K=\mathbb{Q}(\sqrt{-95})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-103'+ number: '51.53301071324802813706652163018480179888893430669980514742130324817812798767384000477450699766466030'+ comment: $K=\mathbb{Q}(\sqrt{-103})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-104'+ number: '52.34028914080318351862888552787965845752853637419549653034342593584839796303447087964633575587077915'+ comment: $K=\mathbb{Q}(\sqrt{-26})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-107'+ number: '39.76595055848988905351154226386266827022523471403031216465192935646543184062691272766423524036281752'+ comment: $K=\mathbb{Q}(\sqrt{-107})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-111'+ number: '68.16325537015916172484490167685320628301310129585161365000814156604020691519191282268086025071813247'+ comment: $K=\mathbb{Q}(\sqrt{-111})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-115'+ number: '37.42894912574097922862226148061437460658724482122286821351275423587491368420504019922536843008491297'+ comment: $K=\mathbb{Q}(\sqrt{-115})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-116'+ number: '60.45358888319812706594505483482959859487606302815360081149342805108559601439251048370327836110135127'+ comment: $K=\mathbb{Q}(\sqrt{-29})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-119'+ number: '82.93202768673874085541228573772359633526630572507508613927681922396297273037220213278041806740931965'+ comment: $K=\mathbb{Q}(\sqrt{-119})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-120'+ number: '54.72914380498277086328913991133521713991315037490438620545928819866843165985189869703493087439413529'+ comment: $K=\mathbb{Q}(\sqrt{-30})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-123'+ number: '43.08424719492212294244807677962306957431435770080158995720497465134546775469191381235088311227213760'+ comment: $K=\mathbb{Q}(\sqrt{-123})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-127'+ number: '68.74038467275184681707687463706422954659614995588178420818157510001740844930393858930020929316113688'+ comment: $K=\mathbb{Q}(\sqrt{-127})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-131'+ number: '60.02164144543521439341754510652437636741121693679871009046703069672045861582133721840584055683411180'+ comment: $K=\mathbb{Q}(\sqrt{-131})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-132'+ number: '62.27310511172648581217250383953470774875996945903875507808661987117025993933155453994293978767448684'+ comment: $K=\mathbb{Q}(\sqrt{-33})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-136'+ number: '62.81541465251007045184066249371023171981903708286796727315759900508987844510248285555239343982909493'+ comment: $K=\mathbb{Q}(\sqrt{-34})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-139'+ number: '52.75767330786818714310800055799978904444532519829021466624769058075819167950023840128016369493112956'+ comment: $K=\mathbb{Q}(\sqrt{-139})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-143'+ number: '104.6221678701608242117659890809047636158043891004898493189526601180508038988438793399432251176315459'+ comment: $K=\mathbb{Q}(\sqrt{-143})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-148'+ number: '62.84996338377677375502297064753694834443181122154583878894346880309001471152678137865762753381413664'+ comment: $K=\mathbb{Q}(\sqrt{-37})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-151'+ number: '95.52385178848563076999072794409812570621687834022523373921210383560891726889254152134197411806714835'+ comment: $K=\mathbb{Q}(\sqrt{-151})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-152'+ number: '86.48171101977500636120751526711324999546162951348373791172520754499554208556284168252190670182273438'+ comment: $K=\mathbb{Q}(\sqrt{-38})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-155'+ number: '71.35790696363464516136966832681044159805282780469170679323337484806214467380042516026854160465510060'+ comment: $K=\mathbb{Q}(\sqrt{-155})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-159'+ number: '117.4359029365626419291145185201474668048605844761493250763371966150312114968643400904784954337208239'+ comment: $K=\mathbb{Q}(\sqrt{-159})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-163'+ number: '57.43564833790160631269436551415864894313206699310008498007738399304406571216779012741891961526633908'+ comment: $K=\mathbb{Q}(\sqrt{-163})$; class number $h_K=1$, so the Bianchi orbifold+ has 1 cusp.+- params:+ D: '-164'+ number: '104.4564102356329529359889949287269891562605361396505232615746806803949719963642370503893812565701920'+ comment: $K=\mathbb{Q}(\sqrt{-41})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-167'+ number: '132.3182577110018127295750920366838258208372080140328164251442110987151314126330838355581983153624873'+ comment: $K=\mathbb{Q}(\sqrt{-167})$; class number $h_K=11$, so the Bianchi orbifold+ has 11 cusps.+- params:+ D: '-168'+ number: '87.53936099673078433415827194052207848941943705244744549464706221497907028972798139342351744575987560'+ comment: $K=\mathbb{Q}(\sqrt{-42})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-179'+ number: '92.01467181465853558360104739018862584176042058721732337749273453648217901121733298454664926694514459'+ comment: $K=\mathbb{Q}(\sqrt{-179})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-183'+ number: '132.3117199485992050656286163506758034822595702292250354448334681237119525052934113522680056201387835'+ comment: $K=\mathbb{Q}(\sqrt{-183})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-184'+ number: '95.97156633420486800600332314637015903005089114191286726115130349361968430381792528428102767045561258'+ comment: $K=\mathbb{Q}(\sqrt{-46})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-187'+ number: '74.61349623996426828614237302344872602098643375202870145373845334076178635462963124375239884307365026'+ comment: $K=\mathbb{Q}(\sqrt{-187})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-191'+ number: '167.7872423298786978300615714802504993678626983535765915933469184853178094237968642950875014230398585'+ comment: $K=\mathbb{Q}(\sqrt{-191})$; class number $h_K=13$, so the Bianchi orbifold+ has 13 cusps.+- params:+ D: '-195'+ number: '93.63053278039118414366682126579503488297053244100541506718045472635878932714942080177353059160892831'+ comment: $K=\mathbb{Q}(\sqrt{-195})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-199'+ number: '148.4527608035412318273190564001541126172615309352731436915270310866888851735996021496813796848793261'+ comment: $K=\mathbb{Q}(\sqrt{-199})$; class number $h_K=9$, so the Bianchi orbifold+ has 9 cusps.+- params:+ D: '-203'+ number: '103.8352709995942205906362544589940890527659100277011481241956988024363118828096194985053414058629114'+ comment: $K=\mathbb{Q}(\sqrt{-203})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-211'+ number: '94.95631794893166681674660149787986654969777052778123104231832253671932561253303300020083338462500503'+ comment: $K=\mathbb{Q}(\sqrt{-211})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-212'+ number: '137.3401283602097131751918156057664205809036857951084245336181633651602516117931392965782904829343742'+ comment: $K=\mathbb{Q}(\sqrt{-53})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-215'+ number: '199.9796177528353231129251277425676985411744098582874997922797642069132241608097862058994012207080636'+ comment: $K=\mathbb{Q}(\sqrt{-215})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-219'+ number: '111.1933049999596326588875772230309187739531423453107482156144569990570004892899889383923088702243534'+ comment: $K=\mathbb{Q}(\sqrt{-219})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-223'+ number: '162.4907444067805191085586845634553356797515071344296859004714991281974970118596392428117118584467575'+ comment: $K=\mathbb{Q}(\sqrt{-223})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-227'+ number: '126.4127319292449100622822540654088563674978783679002238186491627441573425444991887485664504855237565'+ comment: $K=\mathbb{Q}(\sqrt{-227})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-228'+ number: '135.6682303963629285314065741990895442697908972339122368242101696602736929112059974383846086163479422'+ comment: $K=\mathbb{Q}(\sqrt{-57})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-231'+ number: '203.8266300404682547103072631168691109470191223367340745816544403226805340086810600853370686992506966'+ comment: $K=\mathbb{Q}(\sqrt{-231})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-232'+ number: '122.2465111858640472090205832109620077453808561009617034324082742384203265467217097584342932932692888'+ comment: $K=\mathbb{Q}(\sqrt{-58})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-235'+ number: '105.0081866856190884045462491347074842719214072952284796038637977104996708900011086417161420060661440'+ comment: $K=\mathbb{Q}(\sqrt{-235})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-239'+ number: '235.8931501732783336660356154371741279019816888766359881477491367909199898506246489168136095399796809'+ comment: $K=\mathbb{Q}(\sqrt{-239})$; class number $h_K=15$, so the Bianchi orbifold+ has 15 cusps.+- params:+ D: '-244'+ number: '153.5088960480054442840309123034749701278608269375210255804711062030806906716064341744073424570239905'+ comment: $K=\mathbb{Q}(\sqrt{-61})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-247'+ number: '182.6670120166430179960556170296365991132937789983276866502670206341427340595554368636164018575888343'+ comment: $K=\mathbb{Q}(\sqrt{-247})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-248'+ number: '181.3729010492634426748127929583576889184390365543973588226692840593214937972478857016083869795993311'+ comment: $K=\mathbb{Q}(\sqrt{-62})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-251'+ number: '158.3322689869722654698697890643041907799625061061850158964687793271551970077368539485413295770300871'+ comment: $K=\mathbb{Q}(\sqrt{-251})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-255'+ number: '231.8553119453805942745698206212122464073023753739724261271382479564515201427175357955349862801590192'+ comment: $K=\mathbb{Q}(\sqrt{-255})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-259'+ number: '132.6107873972920048083820546511183560026220316056256501548201105475401459376701850353699196141608079'+ comment: $K=\mathbb{Q}(\sqrt{-259})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-260'+ number: '194.8871932813811336486975833933924942551908500146976248723134558904000217217211641200107319319308855'+ comment: $K=\mathbb{Q}(\sqrt{-65})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-263'+ number: '255.1698682991421133496087881401964633756173768743073875962997358719316398674605634544172606404663556'+ comment: $K=\mathbb{Q}(\sqrt{-263})$; class number $h_K=13$, so the Bianchi orbifold+ has 13 cusps.+- params:+ D: '-264'+ number: '191.3081286345466300923351142225089487598861947759070794854181192849871214340397807241190399471503150'+ comment: $K=\mathbb{Q}(\sqrt{-66})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-267'+ number: '134.4294788249515797966414498041292781977149951839929584047315717470502981953202577359237301918129467'+ comment: $K=\mathbb{Q}(\sqrt{-267})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-271'+ number: '237.5272937867096410047566296057449276758217582759625274225014435388312001624196558799128569390132034'+ comment: $K=\mathbb{Q}(\sqrt{-271})$; class number $h_K=11$, so the Bianchi orbifold+ has 11 cusps.+- params:+ D: '-276'+ number: '203.5773139630060294136026338270221663015889750449612575646720415193545051085399214513171251045176400'+ comment: $K=\mathbb{Q}(\sqrt{-69})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-280'+ number: '174.0831870403832182265793825478550993741316436953393955208413911277691005902886450021643851111522121'+ comment: $K=\mathbb{Q}(\sqrt{-70})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-283'+ number: '141.5616863695810252819365661784214587994045050142376147747902088053345718605741851132304790334972058'+ comment: $K=\mathbb{Q}(\sqrt{-283})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-287'+ number: '293.2531280433833160918138112694905060333350664053794432666865036553488501781722309997032033176584712'+ comment: $K=\mathbb{Q}(\sqrt{-287})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-291'+ number: '167.4584968206629850973136226667244331862557536831697287128078251750263114704671606515012704375341376'+ comment: $K=\mathbb{Q}(\sqrt{-291})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-292'+ number: '183.0743371476637344364462972824096131872903538006637419749118919403162645549331219681173306810934323'+ comment: $K=\mathbb{Q}(\sqrt{-73})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-295'+ number: '248.5970946477638951668733078067092298424002223572072985440893365595048453426090362968022921261786544'+ comment: $K=\mathbb{Q}(\sqrt{-295})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-296'+ number: '246.4779302255975711664498417434660228785106820277731266919534849613586209428087064346650500976294857'+ comment: $K=\mathbb{Q}(\sqrt{-74})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-299'+ number: '207.4137111957968251953103349690208310088721649254056448691556635310952334488963048172647613059597476'+ comment: $K=\mathbb{Q}(\sqrt{-299})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-303'+ number: '280.3459537203829759630764282430517643510030041039043164573587151482495639818639027644119660418706406'+ comment: $K=\mathbb{Q}(\sqrt{-303})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-307'+ number: '159.2563626805133664287939260582359661644839650284235045849456573195332869648644108124005397318368181'+ comment: $K=\mathbb{Q}(\sqrt{-307})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-308'+ number: '245.4488295885771126524704228059455898901009886918805114298984331765714876283917673460411356956209788'+ comment: $K=\mathbb{Q}(\sqrt{-77})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-311'+ number: '359.5602641938165025897692606097194774010488051235008408780974797634644129389539187844070264583225058'+ comment: $K=\mathbb{Q}(\sqrt{-311})$; class number $h_K=19$, so the Bianchi orbifold+ has 19 cusps.+- params:+ D: '-312'+ number: '214.4393281782556467393297654530521039084520225178849276556983193450587281137291635891697847248840247'+ comment: $K=\mathbb{Q}(\sqrt{-78})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-319'+ number: '291.4377252314635884583447565040175580934982327445026860762946214961436897426442941596435812998709832'+ comment: $K=\mathbb{Q}(\sqrt{-319})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-323'+ number: '202.6750488063518640346429467388910043640196844336405480799123302057623420070582640742020993602833810'+ comment: $K=\mathbb{Q}(\sqrt{-323})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-327'+ number: '324.3076493205873766410953691625418843119946433381696130585671471278215425928654962457357567044101033'+ comment: $K=\mathbb{Q}(\sqrt{-327})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-328'+ number: '216.7022679935688618011055833539259183694969349133561620566965173302602721393797232431512335079758606'+ comment: $K=\mathbb{Q}(\sqrt{-82})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-331'+ number: '182.5134091684811053932823240833285704561669314060470457792387606411023625298834276977660823137422406'+ comment: $K=\mathbb{Q}(\sqrt{-331})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-335'+ number: '388.8506368470154364973472236595830186408503098429334749413222574071172590994454167364251529305691089'+ comment: $K=\mathbb{Q}(\sqrt{-335})$; class number $h_K=18$, so the Bianchi orbifold+ has 18 cusps.+- params:+ D: '-339'+ number: '221.5063744071818255110235815856722052903248249668835679566353781624711791084843112069991442210140283'+ comment: $K=\mathbb{Q}(\sqrt{-339})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-340'+ number: '230.1956132822963875033419759490013876005441357490460241028135859851371392759089265790985028242158113'+ comment: $K=\mathbb{Q}(\sqrt{-85})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-344'+ number: '304.3167020173344598096336546983603993299581904969412940595694421379139612088152043798807265041112247'+ comment: $K=\mathbb{Q}(\sqrt{-86})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-347'+ number: '230.4341577706212330332259578127206814027573065012086937629064456069914857233958165592544278832551156'+ comment: $K=\mathbb{Q}(\sqrt{-347})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-355'+ number: '205.8507497841669874801377318380920160166152262124024609169340983792023755961565935279834996921783869'+ comment: $K=\mathbb{Q}(\sqrt{-355})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-356'+ number: '332.3196141190958102877807365399923231761279556531756349157412066980381909775135089049315033362134281'+ comment: $K=\mathbb{Q}(\sqrt{-89})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-359'+ number: '435.0905245846798676487849374445005746317268365107287844538002208112364951259823955428809910535649799'+ comment: $K=\mathbb{Q}(\sqrt{-359})$; class number $h_K=19$, so the Bianchi orbifold+ has 19 cusps.+- params:+ D: '-367'+ number: '343.5108113137507962883737977299916080648559686733788924360909253632244389812247579153827446251201107'+ comment: $K=\mathbb{Q}(\sqrt{-367})$; class number $h_K=9$, so the Bianchi orbifold+ has 9 cusps.+- params:+ D: '-371'+ number: '279.9985944421034484533854328839624777907292291285602074151503540103485364162199267917628281355922926'+ comment: $K=\mathbb{Q}(\sqrt{-371})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-372'+ number: '277.7888088857735993346984150551637963088659511594650392532319189821969665206695667217785518096258633'+ comment: $K=\mathbb{Q}(\sqrt{-93})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-376'+ number: '295.8180423123715308064547817943946352113084117178817467558586134720176738891285177634503332331449455'+ comment: $K=\mathbb{Q}(\sqrt{-94})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-379'+ number: '222.6731913109795444769813121363467643729159142488301287812415381015137714988939604619472988305379728'+ comment: $K=\mathbb{Q}(\sqrt{-379})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-383'+ number: '457.0906629200400359544583409270719213521945163342815076593654011364780401370782777700663664593937648'+ comment: $K=\mathbb{Q}(\sqrt{-383})$; class number $h_K=17$, so the Bianchi orbifold+ has 17 cusps.+- params:+ D: '-388'+ number: '276.9764534995404698444601231391984228734231284008372388896706828401477919288681806881186121401483193'+ comment: $K=\mathbb{Q}(\sqrt{-97})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-391'+ number: '414.7332484055840614244973044675512567073058960433477899441023865523955886210607164588806943877686841'+ comment: $K=\mathbb{Q}(\sqrt{-391})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-395'+ number: '302.6719199742987880351615177040949862427749163604913038091749218168012578480291801621748277742876890'+ comment: $K=\mathbb{Q}(\sqrt{-395})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-399'+ number: '461.5054523413491228909356715471158028191568113507224858824158196717090897849574546881050747973701423'+ comment: $K=\mathbb{Q}(\sqrt{-399})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-403'+ number: '228.0931707837824583982583855146730301109195841938428629056132157750069280584969029754797171334191373'+ comment: $K=\mathbb{Q}(\sqrt{-403})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-404'+ number: '408.5902699412327397740739651718678792586574365949311611470966655860992728847826624085016780924187285'+ comment: $K=\mathbb{Q}(\sqrt{-101})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-407'+ number: '488.8091897294523598800826543648754497635062630608994395162539610601763215691444980281075410675696685'+ comment: $K=\mathbb{Q}(\sqrt{-407})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-408'+ number: '318.3941313489134008713352010515931601882333890134334490458998064922592126229106846584317380480468421'+ comment: $K=\mathbb{Q}(\sqrt{-102})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-411'+ number: '292.1293179862001448554561459850980975772567389866833714981457295064948825715709073566870827500525373'+ comment: $K=\mathbb{Q}(\sqrt{-411})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-415'+ number: '418.4760146304689861861758925916483175784732293258846925908294513871619041428337957695503045821333386'+ comment: $K=\mathbb{Q}(\sqrt{-415})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-419'+ number: '340.3028110950406386431295551660525854615802916612557499980616765267883989156209800133315377204916883'+ comment: $K=\mathbb{Q}(\sqrt{-419})$; class number $h_K=9$, so the Bianchi orbifold+ has 9 cusps.+- params:+ D: '-420'+ number: '363.3680826866647170172629316578339183573673870990225439145745140856925170689992118434930341833803961'+ comment: $K=\mathbb{Q}(\sqrt{-105})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-424'+ number: '335.8035639213840321546895577089504642909185164999180997627268618539251858900329098520910427245246549'+ comment: $K=\mathbb{Q}(\sqrt{-106})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-427'+ number: '249.8952645512816539485926283051187043215849143122537743552521585348531500106985494145712250915128403'+ comment: $K=\mathbb{Q}(\sqrt{-427})$; class number $h_K=2$, so the Bianchi orbifold+ has 2 cusps.+- params:+ D: '-431'+ number: '572.1881973761205970600965254008143813520542449534822512736881856207740128508917386735020822841979926'+ comment: $K=\mathbb{Q}(\sqrt{-431})$; class number $h_K=21$, so the Bianchi orbifold+ has 21 cusps.+- params:+ D: '-435'+ number: '295.9730623226429717030332043669630873835526099870538442765136431348258610533147530743465763454185574'+ comment: $K=\mathbb{Q}(\sqrt{-435})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-436'+ number: '349.6834767779507128775649885655515289020268766103951735678548773350628595327903895816341035959028794'+ comment: $K=\mathbb{Q}(\sqrt{-109})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-439'+ number: '493.8065903921160462839687796587288271312564909155273618348258284037403526530399574621795130145116931'+ comment: $K=\mathbb{Q}(\sqrt{-439})$; class number $h_K=15$, so the Bianchi orbifold+ has 15 cusps.+- params:+ D: '-440'+ number: '441.8231244900405358242859038858885314264175248498232745102409874412975609643813920336684915742355885'+ comment: $K=\mathbb{Q}(\sqrt{-110})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-443'+ number: '328.2968040162119923921553658260054595846158237684325497662324265512943105740379792222647794801501482'+ comment: $K=\mathbb{Q}(\sqrt{-443})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-447'+ number: '517.6067611726600174105126483281829082007026299774623120808402796702213918619698236351027607943528109'+ comment: $K=\mathbb{Q}(\sqrt{-447})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-451'+ number: '310.1302394600412539618532040577402024233190070354816811363293461693948123106370843363392444174138676'+ comment: $K=\mathbb{Q}(\sqrt{-451})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-452'+ number: '423.9373722559061079511937564590578194683157645872803105882900180037236165853373967123837617739011674'+ comment: $K=\mathbb{Q}(\sqrt{-113})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-455'+ number: '605.2649396176737963283199926008896707141329575693380443081814750277978869748324312253055686152694047'+ comment: $K=\mathbb{Q}(\sqrt{-455})$; class number $h_K=20$, so the Bianchi orbifold+ has 20 cusps.+- params:+ D: '-456'+ number: '413.4464364828329131781986875692146537985430356658573360437077110981543154140991198931432189654017588'+ comment: $K=\mathbb{Q}(\sqrt{-114})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-463'+ number: '463.4480175578197605765254771351627618158819961738180448341558202264911045060802269328877862658469519'+ comment: $K=\mathbb{Q}(\sqrt{-463})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-467'+ number: '371.2573481574809532911603440827096024841876898859477854633277915608488107653776104865426460560562059'+ comment: $K=\mathbb{Q}(\sqrt{-467})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-471'+ number: '580.4551484109675182199221892413059957999341970275999259437662659084179459560423467910186315992959650'+ comment: $K=\mathbb{Q}(\sqrt{-471})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-472'+ number: '382.2676452849974477969135462056045625113460371535621195955616011229036354332283091017488538732987688'+ comment: $K=\mathbb{Q}(\sqrt{-118})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-479'+ number: '692.1833396670903059826993920378186250089712528550217957654891362550146500689726960299727780039512455'+ comment: $K=\mathbb{Q}(\sqrt{-479})$; class number $h_K=25$, so the Bianchi orbifold+ has 25 cusps.+- params:+ D: '-483'+ number: '340.2036079978066715441365589224979607152357205662314195334266961428992258785072712579260261897931016'+ comment: $K=\mathbb{Q}(\sqrt{-483})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-487'+ number: '499.0860264412709288616472110826187074486889370135213068151173235603713225237801046739086230281112679'+ comment: $K=\mathbb{Q}(\sqrt{-487})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-488'+ number: '491.1766025666481201939872783859848292512411260059928730741466035636741866286116650934774476543062853'+ comment: $K=\mathbb{Q}(\sqrt{-122})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-491'+ number: '422.3400773862495694315651177991483158673244505145329502904488711420402202757871598766178998070805077'+ comment: $K=\mathbb{Q}(\sqrt{-491})$; class number $h_K=9$, so the Bianchi orbifold+ has 9 cusps.+- params:+ D: '-499'+ number: '334.2529369111896555823630757376218106663238704868914907304311590098197434106440329896573421471554559'+ comment: $K=\mathbb{Q}(\sqrt{-499})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-503'+ number: '697.2089977546459981219354189174538933800026111032901901294001914792605309558232838403233092155701925'+ comment: $K=\mathbb{Q}(\sqrt{-503})$; class number $h_K=21$, so the Bianchi orbifold+ has 21 cusps.+- params:+ D: '-511'+ number: '601.8929347678503987980451776382695906867958265655850487040049423865016072068091614614754829622819541'+ comment: $K=\mathbb{Q}(\sqrt{-511})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-515'+ number: '423.8142026178391955315282781237572672121853838483258516787456572503925314586436968020481037669327422'+ comment: $K=\mathbb{Q}(\sqrt{-515})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-516'+ number: '526.6326112947367375133881579421592520217710140314376358095278043920156569285246340563747012434720343'+ comment: $K=\mathbb{Q}(\sqrt{-129})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-519'+ number: '679.6402590797029246859930472170397842721348333992500347318850694997146131883867722545050005974782419'+ comment: $K=\mathbb{Q}(\sqrt{-519})$; class number $h_K=18$, so the Bianchi orbifold+ has 18 cusps.+- params:+ D: '-520'+ number: '429.5432871622834817101861987442188799279786353723424648092327546454933711980681249597128315619735883'+ comment: $K=\mathbb{Q}(\sqrt{-130})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-523'+ number: '360.8039979538068034704152920868091795787671186284206171918964847967811014213687978394123276425636951'+ comment: $K=\mathbb{Q}(\sqrt{-523})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-527'+ number: '718.4147497203487480468854711216754707242023171911376587677151814960534416325654745829578428255782297'+ comment: $K=\mathbb{Q}(\sqrt{-527})$; class number $h_K=18$, so the Bianchi orbifold+ has 18 cusps.+- params:+ D: '-532'+ number: '437.9674114834180395057612080062996767838626713507128884286058492183927594129021651917175182805359550'+ comment: $K=\mathbb{Q}(\sqrt{-133})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-535'+ number: '636.0210988060423934082841630738184593475029021710719154979559470432163076717601708705582145992955843'+ comment: $K=\mathbb{Q}(\sqrt{-535})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-536'+ number: '602.5699139600155565467499518497551361488444554191879515047194875105536748626384121069199487859123587'+ comment: $K=\mathbb{Q}(\sqrt{-134})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-543'+ number: '663.0339096585400143836102534195717146176011596245063251767650553774891251229157762829970340577289573'+ comment: $K=\mathbb{Q}(\sqrt{-543})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-547'+ number: '365.3508552677285036062671720851383355936306296595785097279822981044388009176888997864435733618533732'+ comment: $K=\mathbb{Q}(\sqrt{-547})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-548'+ number: '560.8927874347061655050018191172825934892679248624545493988999589453965749609259338722169405917794610'+ comment: $K=\mathbb{Q}(\sqrt{-137})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-551'+ number: '846.1706350034002525555531804810737907760482710107156171652661485477208466818249606852643687298419292'+ comment: $K=\mathbb{Q}(\sqrt{-551})$; class number $h_K=26$, so the Bianchi orbifold+ has 26 cusps.+- params:+ D: '-552'+ number: '532.4923262420640366692727402311656865917246208598322298430072922927546121871930789987253521897543562'+ comment: $K=\mathbb{Q}(\sqrt{-138})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-555'+ number: '422.9978210650159807244616397190996721950478910616690941472362317412554931000712478752682156049743667'+ comment: $K=\mathbb{Q}(\sqrt{-555})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-559'+ number: '700.9075782630806309357825318221749549168412011720791502434293788106711280225966302408594269484844435'+ comment: $K=\mathbb{Q}(\sqrt{-559})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-563'+ number: '501.0645831705583939908765540499726766187784459972327828204734306220282066154994493469069108965520513'+ comment: $K=\mathbb{Q}(\sqrt{-563})$; class number $h_K=9$, so the Bianchi orbifold+ has 9 cusps.+- params:+ D: '-564'+ number: '562.7875307876007818698407626309553763123896915147268721593148923211385861485239730640022778918245773'+ comment: $K=\mathbb{Q}(\sqrt{-141})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-568'+ number: '479.7075981227041526243758755746788459849615911223136590169344440764221171644909048769566354601645998'+ comment: $K=\mathbb{Q}(\sqrt{-142})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-571'+ number: '422.9183520864221972679306724980731121651228883251322207405431233936556482699839903728289954196734399'+ comment: $K=\mathbb{Q}(\sqrt{-571})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-579'+ number: '495.8931490494171400729346163540756530795104703569584164902451558219528224311060947846576215932105572'+ comment: $K=\mathbb{Q}(\sqrt{-579})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-580'+ number: '540.4072822780872664673995445034531142436768290431436354109956971936195072879362659987653646377441617'+ comment: $K=\mathbb{Q}(\sqrt{-145})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-583'+ number: '657.6196639847105610556461965618578116866636495992571447778242629109864834448716396554410989991719376'+ comment: $K=\mathbb{Q}(\sqrt{-583})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-584'+ number: '701.1222246849689398758488677348214817092919395635983765477961655856414931001952829567077907409782906'+ comment: $K=\mathbb{Q}(\sqrt{-146})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-587'+ number: '517.0074714129585090033194201486778707750278600555716208127406676186992014830476259307858666507316449'+ comment: $K=\mathbb{Q}(\sqrt{-587})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-591'+ number: '852.1545245872780197216910218172359172068725941637414573305986789151195992932630980168119143188429835'+ comment: $K=\mathbb{Q}(\sqrt{-591})$; class number $h_K=22$, so the Bianchi orbifold+ has 22 cusps.+- params:+ D: '-595'+ number: '434.1473889526116812117372641191245523641972608041117266959852540644027812431180642765987441510342113'+ comment: $K=\mathbb{Q}(\sqrt{-595})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-596'+ number: '700.5633758719744789407906619960927045645653043176255931949669762368600744419941625708517745241432128'+ comment: $K=\mathbb{Q}(\sqrt{-149})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-599'+ number: '935.7820531925770101581731515224770666389685088193267764014098838838943331571761972056227159297207591'+ comment: $K=\mathbb{Q}(\sqrt{-599})$; class number $h_K=25$, so the Bianchi orbifold+ has 25 cusps.+- params:+ D: '-607'+ number: '742.0471634931532749276638493537844717371559063889538301973088328567428680085232573083008294046171348'+ comment: $K=\mathbb{Q}(\sqrt{-607})$; class number $h_K=13$, so the Bianchi orbifold+ has 13 cusps.+- params:+ D: '-611'+ number: '585.3263279488282272585003669732302523909851908614586159415412056697212651130603660567664164212121340'+ comment: $K=\mathbb{Q}(\sqrt{-611})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-615'+ number: '873.9313323594254267919643547695809249946718950737423199084755560081858855660433443627564389949889166'+ comment: $K=\mathbb{Q}(\sqrt{-615})$; class number $h_K=20$, so the Bianchi orbifold+ has 20 cusps.+- params:+ D: '-616'+ number: '597.3939835835441446145357953472610173264712739246355552744873780075228897786239023932917769138715453'+ comment: $K=\mathbb{Q}(\sqrt{-154})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-619'+ number: '482.7897079739001006804399520635144055996960673724469214070953503674267168331712235120946442695572709'+ comment: $K=\mathbb{Q}(\sqrt{-619})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-623'+ number: '945.2582232112999856535150421314025936120832796564192683832734426046570278970108441334931337164462007'+ comment: $K=\mathbb{Q}(\sqrt{-623})$; class number $h_K=22$, so the Bianchi orbifold+ has 22 cusps.+- params:+ D: '-627'+ number: '495.0069729046214635634435651155139232597836789805374355731814880526746407152692023162082525320800397'+ comment: $K=\mathbb{Q}(\sqrt{-627})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-628'+ number: '578.2845935713507528147158273455154043545550774191830388918614610200400848704849259442574952038057387'+ comment: $K=\mathbb{Q}(\sqrt{-157})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-631'+ number: '802.1018321309325683743367043453705723490652555197308136191724982881817016651220135400230461193423968'+ comment: $K=\mathbb{Q}(\sqrt{-631})$; class number $h_K=13$, so the Bianchi orbifold+ has 13 cusps.+- params:+ D: '-632'+ number: '691.1575179341181816360693181578357075858151598852739617274597129125747837761989479287063393610304583'+ comment: $K=\mathbb{Q}(\sqrt{-158})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-635'+ number: '614.9657821972675863165946441661081916442026637671480768616034650445546653236114984159728352395953344'+ comment: $K=\mathbb{Q}(\sqrt{-635})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-643'+ number: '470.9920533641837850639562937477762249541248136528273735813274673454852436258769330982392314115037375'+ comment: $K=\mathbb{Q}(\sqrt{-643})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-644'+ number: '801.9134165924152701890317446901193863640855653315686556867904573045906033068476414475655111347397534'+ comment: $K=\mathbb{Q}(\sqrt{-161})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-647'+ number: '1007.991649229516470962066592349539617699312311396603182001729563680531424905854140875048143257638421'+ comment: $K=\mathbb{Q}(\sqrt{-647})$; class number $h_K=23$, so the Bianchi orbifold+ has 23 cusps.+- params:+ D: '-651'+ number: '583.4386295075805060779832906482526395303694854859569128470698816464742187760224229672180767379456543'+ comment: $K=\mathbb{Q}(\sqrt{-651})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-655'+ number: '825.3896804371218206519351278661589692593067112629437007212116207989365996675148487366758680886256373'+ comment: $K=\mathbb{Q}(\sqrt{-655})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-659'+ number: '660.1855491548463626855306705018702683713606777000920555013558759566571901579328897272126478467560173'+ comment: $K=\mathbb{Q}(\sqrt{-659})$; class number $h_K=11$, so the Bianchi orbifold+ has 11 cusps.+- params:+ D: '-660'+ number: '695.0622356050933660822369548827955963912386345053769700900711531414526848380072826065834676423496615'+ comment: $K=\mathbb{Q}(\sqrt{-165})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-663'+ number: '925.4712422116810675479216290478480359717355270357762929648442493495533195192115679415163363064352888'+ comment: $K=\mathbb{Q}(\sqrt{-663})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-664'+ number: '685.8162331932403840678926672729709303287201316887076311254082420739499374291792539174334094754785096'+ comment: $K=\mathbb{Q}(\sqrt{-166})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-667'+ number: '496.6659850974044470931572489420740274886755975615953386929263983127103955548792101961881674046095134'+ comment: $K=\mathbb{Q}(\sqrt{-667})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-671'+ number: '1145.452286260522108926660001418236337042255726438199105309659631293052282929285871144522234977814374'+ comment: $K=\mathbb{Q}(\sqrt{-671})$; class number $h_K=30$, so the Bianchi orbifold+ has 30 cusps.+- params:+ D: '-679'+ number: '936.5101088206116555298603131940530734036849894126289519048051953453853185068753086792058599340625777'+ comment: $K=\mathbb{Q}(\sqrt{-679})$; class number $h_K=18$, so the Bianchi orbifold+ has 18 cusps.+- params:+ D: '-680'+ number: '815.2465639398910318944816617392525258009926463292248500862743870239273203493001050502046374560203623'+ comment: $K=\mathbb{Q}(\sqrt{-170})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-683'+ number: '619.7669615694836071007528755214303883233215270720730875206871097822757524756055302305620843020096918'+ comment: $K=\mathbb{Q}(\sqrt{-683})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-687'+ number: '932.6927296371542963546355355275496784127920194091068808708233433607194546808964231727820102582424523'+ comment: $K=\mathbb{Q}(\sqrt{-687})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-691'+ number: '567.7130712752405489281770564503027129332686510337454494928950203314925679872185469121711901330522796'+ comment: $K=\mathbb{Q}(\sqrt{-691})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-692'+ number: '847.9023789813196367896303500685753710361847654206735412470397725917459383434753154554217637674932964'+ comment: $K=\mathbb{Q}(\sqrt{-173})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-695'+ number: '1129.958305122082229029611070268493446840188182315712744892194061559344774721605259924447517278377445'+ comment: $K=\mathbb{Q}(\sqrt{-695})$; class number $h_K=24$, so the Bianchi orbifold+ has 24 cusps.+- params:+ D: '-696'+ number: '807.0064802960000520776883883082563783698310641411629888557084868149291924085171779775879600344783839'+ comment: $K=\mathbb{Q}(\sqrt{-174})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-699'+ number: '667.4707713115534960583680153760075957580980399639811106851391832389031111491631089067106900601486121'+ comment: $K=\mathbb{Q}(\sqrt{-699})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-703'+ number: '924.5590971305859174393468643039961425748027849882787091116773963708047765102522935872678907056048619'+ comment: $K=\mathbb{Q}(\sqrt{-703})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-707'+ number: '665.3857490124228885177365469632744013935171306317589901017918178546637590588367645938826201486074828'+ comment: $K=\mathbb{Q}(\sqrt{-707})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-708'+ number: '721.9142678675258213190951573314647519220971719640126216207837695193576712406496676930003332979443784'+ comment: $K=\mathbb{Q}(\sqrt{-177})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-712'+ number: '712.0746350331093880307499114726178016409315293710610243022604104843099846818953954176285388198898152'+ comment: $K=\mathbb{Q}(\sqrt{-178})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-715'+ number: '563.9037235935995812420375820593139822393149717096135404936048818444132497396006398065703923941918833'+ comment: $K=\mathbb{Q}(\sqrt{-715})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-719'+ number: '1268.953764867024046518915720880885599843073643056063470544222872971653284737210123548282858073733799'+ comment: $K=\mathbb{Q}(\sqrt{-719})$; class number $h_K=31$, so the Bianchi orbifold+ has 31 cusps.+- params:+ D: '-723'+ number: '610.9572121153576927626471686663141989305199122580713005444142886070504929005550753789254197562754787'+ comment: $K=\mathbb{Q}(\sqrt{-723})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-724'+ number: '777.2150071969754785022061954632286072425133211356699541224199913260832189300809343674573323766253707'+ comment: $K=\mathbb{Q}(\sqrt{-181})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-727'+ number: '960.8577238817903224730774969738658128899640001287369331683971743796436154075848531043351694875495807'+ comment: $K=\mathbb{Q}(\sqrt{-727})$; class number $h_K=13$, so the Bianchi orbifold+ has 13 cusps.+- params:+ D: '-728'+ number: '890.1386068529170794656541396247393668544537100625345190387158861996246046484285996685561348186934755'+ comment: $K=\mathbb{Q}(\sqrt{-182})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-731'+ number: '784.1262809571531762366531549873193468981617432697478789861221181653616396711762338556468021410840432'+ comment: $K=\mathbb{Q}(\sqrt{-731})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-739'+ number: '616.5871922330283559613973919248534757230676532460964992444698214274416565969422907746087603247498596'+ comment: $K=\mathbb{Q}(\sqrt{-739})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-740'+ number: '965.3832820103581272584116561225758723636959912410483509343487522294255371514169613734304734399057262'+ comment: $K=\mathbb{Q}(\sqrt{-185})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-743'+ number: '1199.153029353864566767205943502289126737795740484615112575812883011072328050764063170741011687794615'+ comment: $K=\mathbb{Q}(\sqrt{-743})$; class number $h_K=21$, so the Bianchi orbifold+ has 21 cusps.+- params:+ D: '-744'+ number: '878.6465927576954638318335416567549282668546956088162391734003811951676203564479997280820004947266327'+ comment: $K=\mathbb{Q}(\sqrt{-186})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-751'+ number: '1048.971033007667965421014932455011900016296390365583619872119817508343467818257385727333632428453825'+ comment: $K=\mathbb{Q}(\sqrt{-751})$; class number $h_K=15$, so the Bianchi orbifold+ has 15 cusps.+- params:+ D: '-755'+ number: '806.4987977598027448496059430003617144754388794268604112630015670036132416137633615123938637802343201'+ comment: $K=\mathbb{Q}(\sqrt{-755})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-759'+ number: '1229.460618085962999192403045714593124943575809155322747104181151858823163427335765986717356000477533'+ comment: $K=\mathbb{Q}(\sqrt{-759})$; class number $h_K=24$, so the Bianchi orbifold+ has 24 cusps.+- params:+ D: '-760'+ number: '753.6234448909251989653062945212223875381060701465854584178591695949429377439248526833312888825353111'+ comment: $K=\mathbb{Q}(\sqrt{-190})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-763'+ number: '609.3060193802314335096253128354060622020843038167850991022120516982937188095077640868187624222750656'+ comment: $K=\mathbb{Q}(\sqrt{-763})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-767'+ number: '1263.489978027352323525023858519534056335699137179458023183431639039705797949645325590633090212439055'+ comment: $K=\mathbb{Q}(\sqrt{-767})$; class number $h_K=22$, so the Bianchi orbifold+ has 22 cusps.+- params:+ D: '-771'+ number: '721.4540771236806779344591667133984538879921616639076884417740860623297658486665271585613066081141981'+ comment: $K=\mathbb{Q}(\sqrt{-771})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-772'+ number: '754.3339994996423790249912115719645386017412739098592840637058743831193971545504537839524324232567258'+ comment: $K=\mathbb{Q}(\sqrt{-193})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-776'+ number: '1087.282342368490174883439432614904622798853986518855251400904783586143304122058067456312121761124505'+ comment: $K=\mathbb{Q}(\sqrt{-194})$; class number $h_K=20$, so the Bianchi orbifold+ has 20 cusps.+- params:+ D: '-779'+ number: '829.7422857731248447652128846444038495346599106331933290731307947405497726620536647919230300811447872'+ comment: $K=\mathbb{Q}(\sqrt{-779})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-787'+ number: '654.1339125611096134185535461581778713168247292665988292073716220075118170986316180613975229759543887'+ comment: $K=\mathbb{Q}(\sqrt{-787})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-788'+ number: '974.8809625696088923670215397327112484332386603395095668992731295432957383550696570390971318264551900'+ comment: $K=\mathbb{Q}(\sqrt{-197})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-791'+ number: '1452.724123482445473502865112486627765764799515355624715166487100091625548793512348866720836486111961'+ comment: $K=\mathbb{Q}(\sqrt{-791})$; class number $h_K=32$, so the Bianchi orbifold+ has 32 cusps.+- params:+ D: '-795'+ number: '719.1358531031295912279139067250115112322538981495055724337432086517411394244476006266470247516936972'+ comment: $K=\mathbb{Q}(\sqrt{-795})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-799'+ number: '1156.956082082895588854481411995542823632185580170832819715871479251234435226475709838015754681364915'+ comment: $K=\mathbb{Q}(\sqrt{-799})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-803'+ number: '844.8515725603080402664761131729688245281809762660932708090630674719222339949608031900012305719340221'+ comment: $K=\mathbb{Q}(\sqrt{-803})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-804'+ number: '994.6308213314826280668930094548528864978151437805054616140832283279766950985268616326232430961804275'+ comment: $K=\mathbb{Q}(\sqrt{-201})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-807'+ number: '1197.944083550831037483632768445547050297520788217640955350520805305007562260016695935429379455469102'+ comment: $K=\mathbb{Q}(\sqrt{-807})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-808'+ number: '836.2337041730124447660288463433264805452348730636417016313814534322507395906574154284782320464723704'+ comment: $K=\mathbb{Q}(\sqrt{-202})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-811'+ number: '738.1355674777726893443703112378385703651466994463987554496930902881318965227449496777934105403500368'+ comment: $K=\mathbb{Q}(\sqrt{-811})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-815'+ number: '1481.497213397172481636597494481996194344808299131786016520139964607236533969996726985949932606732945'+ comment: $K=\mathbb{Q}(\sqrt{-815})$; class number $h_K=30$, so the Bianchi orbifold+ has 30 cusps.+- params:+ D: '-820'+ number: '880.3497086440780858984832131280435605164606378830526362425550164243223483628457792450225602791711916'+ comment: $K=\mathbb{Q}(\sqrt{-205})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-823'+ number: '1100.870536411061397714637206198826661602260940819456752808921738783902249602477191672088913450758591'+ comment: $K=\mathbb{Q}(\sqrt{-823})$; class number $h_K=9$, so the Bianchi orbifold+ has 9 cusps.+- params:+ D: '-824'+ number: '1183.295361616024389771757673103224111638287908892922259153869770330741679358228819146124848166425146'+ comment: $K=\mathbb{Q}(\sqrt{-206})$; class number $h_K=20$, so the Bianchi orbifold+ has 20 cusps.+- params:+ D: '-827'+ number: '841.7910698552230510955043664617504903662826470179400267556217660868628637356675011179669044889728721'+ comment: $K=\mathbb{Q}(\sqrt{-827})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-831'+ number: '1434.324351752440598056866269592239804018956926026476015889854201144272074311453209234823183185503517'+ comment: $K=\mathbb{Q}(\sqrt{-831})$; class number $h_K=28$, so the Bianchi orbifold+ has 28 cusps.+- params:+ D: '-835'+ number: '727.3968251895349524379747174932782557655703370028302226099324717711650690511661078231362092251083241'+ comment: $K=\mathbb{Q}(\sqrt{-835})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-836'+ number: '1207.606854180139956574210489611651366116021460887567187850340894036294141566014295634435569858914395'+ comment: $K=\mathbb{Q}(\sqrt{-209})$; class number $h_K=20$, so the Bianchi orbifold+ has 20 cusps.+- params:+ D: '-839'+ number: '1592.156119554843278509651412297411260349827825889935735656630775306732218306966647262166657873435831'+ comment: $K=\mathbb{Q}(\sqrt{-839})$; class number $h_K=33$, so the Bianchi orbifold+ has 33 cusps.+- params:+ D: '-840'+ number: '995.8812764434199780746989433571237034474861207953518562247434024141277948773015690081654493484606778'+ comment: $K=\mathbb{Q}(\sqrt{-210})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-843'+ number: '799.3407403214490301529011569964529412222005347333147369824060463906755477935890165953259357792364566'+ comment: $K=\mathbb{Q}(\sqrt{-843})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-851'+ number: '942.5182004138932919937204978089297026289508126466500370222211127628490877750373350564695139071345171'+ comment: $K=\mathbb{Q}(\sqrt{-851})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-852'+ number: '1002.270980972032714074951672938834335912122804252380263124521773497862909038488489940029638838226133'+ comment: $K=\mathbb{Q}(\sqrt{-213})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-856'+ number: '939.5347161059686390132413000749173707278613775874562453244924719437776263649415659775026899569335532'+ comment: $K=\mathbb{Q}(\sqrt{-214})$; class number $h_K=6$, so the Bianchi orbifold+ has 6 cusps.+- params:+ D: '-859'+ number: '801.3308278480885545198245073152924319639847900135883073838624935284961347453563578752259692490734302'+ comment: $K=\mathbb{Q}(\sqrt{-859})$; class number $h_K=7$, so the Bianchi orbifold+ has 7 cusps.+- params:+ D: '-863'+ number: '1484.450699669376510743471018201046834612486675213756796806855354053767090101594716360969008527819474'+ comment: $K=\mathbb{Q}(\sqrt{-863})$; class number $h_K=21$, so the Bianchi orbifold+ has 21 cusps.+- params:+ D: '-868'+ number: '941.6309732474401526791838601171652075487024062497539943349470086829694949194530784730478279464641841'+ comment: $K=\mathbb{Q}(\sqrt{-217})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-871'+ number: '1381.114282403784580458072757913319748670734576010675920629651194142800462914420115676139275454884427'+ comment: $K=\mathbb{Q}(\sqrt{-871})$; class number $h_K=22$, so the Bianchi orbifold+ has 22 cusps.+- params:+ D: '-872'+ number: '1129.143529024341725005430342558035511005032056406521243218287962853273910928718967946395931321391465'+ comment: $K=\mathbb{Q}(\sqrt{-218})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-879'+ number: '1481.173373047383818073617379190098709545723224262731343572456821185719679646768581554513060999477436'+ comment: $K=\mathbb{Q}(\sqrt{-879})$; class number $h_K=22$, so the Bianchi orbifold+ has 22 cusps.+- params:+ D: '-883'+ number: '738.2908575590886904983667834405728453817019447511485188568427652123075280862856460668514448413207304'+ comment: $K=\mathbb{Q}(\sqrt{-883})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-884'+ number: '1253.057170608323751908313434851665150134551657771906015773106142698026117025734747743847457680159387'+ comment: $K=\mathbb{Q}(\sqrt{-221})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-887'+ number: '1636.721452792150949531441299813104985768558623886995343773265251941839305394075361317341156411622144'+ comment: $K=\mathbb{Q}(\sqrt{-887})$; class number $h_K=29$, so the Bianchi orbifold+ has 29 cusps.+- params:+ D: '-888'+ number: '1104.090649698941955224744709066195626041067605099360195347503457281337686788290007566054830945317028'+ comment: $K=\mathbb{Q}(\sqrt{-222})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-895'+ number: '1352.221223500975894301457184783602045454310472513414205188703168509049836130674414210210880149009939'+ comment: $K=\mathbb{Q}(\sqrt{-895})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-899'+ number: '1077.147572849265536528737806553369217824962142353147832086611677442864843176633586539306663159082742'+ comment: $K=\mathbb{Q}(\sqrt{-899})$; class number $h_K=14$, so the Bianchi orbifold+ has 14 cusps.+- params:+ D: '-903'+ number: '1437.584881094440451811489363542989088950190468174352117448469519501736672609930124464957063867955629'+ comment: $K=\mathbb{Q}(\sqrt{-903})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-904'+ number: '1039.314836744662818954405712046385807748580082355533818306883535654194989280421231916533631579286455'+ comment: $K=\mathbb{Q}(\sqrt{-226})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-907'+ number: '768.0125240428791829947859665641598014925556955974823549607399990649204372409220624154708038683534560'+ comment: $K=\mathbb{Q}(\sqrt{-907})$; class number $h_K=3$, so the Bianchi orbifold+ has 3 cusps.+- params:+ D: '-911'+ number: '1751.876829414541238338775833523799127069063645920996782771843087166486548479338569568186626893369666'+ comment: $K=\mathbb{Q}(\sqrt{-911})$; class number $h_K=31$, so the Bianchi orbifold+ has 31 cusps.+- params:+ D: '-915'+ number: '943.2020267162695652764835566672618835267022920041060251848989828937905170947925538304533723098557299'+ comment: $K=\mathbb{Q}(\sqrt{-915})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-916'+ number: '1093.580637141168319340864875436796146928405895858200673790543445484914891579169750358486468108731082'+ comment: $K=\mathbb{Q}(\sqrt{-229})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-919'+ number: '1444.744208928413606012999161063452993137287775699186060749062862854819099229227488618006470666255366'+ comment: $K=\mathbb{Q}(\sqrt{-919})$; class number $h_K=19$, so the Bianchi orbifold+ has 19 cusps.+- params:+ D: '-920'+ number: '1359.861933525988180738370444647889386394639431063756606329585334674813211111554747957269849909166240'+ comment: $K=\mathbb{Q}(\sqrt{-230})$; class number $h_K=20$, so the Bianchi orbifold+ has 20 cusps.+- params:+ D: '-923'+ number: '1035.521309044500018582773390420160347105559282055399798193576739797721323736142030113459773200759620'+ comment: $K=\mathbb{Q}(\sqrt{-923})$; class number $h_K=10$, so the Bianchi orbifold+ has 10 cusps.+- params:+ D: '-932'+ number: '1266.489102509089971177815612612212254086194532529733070192379230874988919613299061097203100373496659'+ comment: $K=\mathbb{Q}(\sqrt{-233})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-935'+ number: '1762.500182431929485556250067095110985233847495240153826361517580432951132023046588220517459552152191'+ comment: $K=\mathbb{Q}(\sqrt{-935})$; class number $h_K=28$, so the Bianchi orbifold+ has 28 cusps.+- params:+ D: '-939'+ number: '982.6596196694959299506872325816598755836460771857008217606555635603935209764067174266830868293111739'+ comment: $K=\mathbb{Q}(\sqrt{-939})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-943'+ number: '1432.111148355456810493928217933725664834977538906773312385436651312260740179346565100911222131796135'+ comment: $K=\mathbb{Q}(\sqrt{-943})$; class number $h_K=16$, so the Bianchi orbifold+ has 16 cusps.+- params:+ D: '-947'+ number: '1005.792756319616896475213765269148465856708594476250069033440611199817054402511505376212971284597927'+ comment: $K=\mathbb{Q}(\sqrt{-947})$; class number $h_K=5$, so the Bianchi orbifold+ has 5 cusps.+- params:+ D: '-948'+ number: '1214.003860719710757788176480485804024623611918886716684736994323309584398866769250526159908153614778'+ comment: $K=\mathbb{Q}(\sqrt{-237})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-951'+ number: '1713.312605482740037110320852463559947543185962757344829194419373957156968347644382080046673715469546'+ comment: $K=\mathbb{Q}(\sqrt{-951})$; class number $h_K=26$, so the Bianchi orbifold+ has 26 cusps.+- params:+ D: '-952'+ number: '1077.634098367073518529763394995692068256765091337784890377032015017085386087850796625600594623539647'+ comment: $K=\mathbb{Q}(\sqrt{-238})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-955'+ number: '882.1411461908038715872240643130738348019836480606203469916259524239298150318726239085287333396192053'+ comment: $K=\mathbb{Q}(\sqrt{-955})$; class number $h_K=4$, so the Bianchi orbifold+ has 4 cusps.+- params:+ D: '-959'+ number: '1944.549888560207780419110200680266496113463712829258030588283095603447535775615487698196953502663956'+ comment: $K=\mathbb{Q}(\sqrt{-959})$; class number $h_K=36$, so the Bianchi orbifold+ has 36 cusps.+- params:+ D: '-964'+ number: '1200.236038793829182608526204776465716363178320557519896800129938211244330768465745141586160989076000'+ comment: $K=\mathbb{Q}(\sqrt{-241})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-967'+ number: '1417.072598495987959599977208774923890262780104219874558929987800404266935474178158748339637698725958'+ comment: $K=\mathbb{Q}(\sqrt{-967})$; class number $h_K=11$, so the Bianchi orbifold+ has 11 cusps.+- params:+ D: '-971'+ number: '1210.540584404166656807761422804936546857977442775837648743145837683509218458110391344949543598478609'+ comment: $K=\mathbb{Q}(\sqrt{-971})$; class number $h_K=15$, so the Bianchi orbifold+ has 15 cusps.+- params:+ D: '-979'+ number: '981.8993669825648435294449344915104530535452821999840607986856302996579700196115710075641122657124672'+ comment: $K=\mathbb{Q}(\sqrt{-979})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-983'+ number: '1870.322794567425900192892306217218389017428759281567328644822876499913880631486156593468284085682768'+ comment: $K=\mathbb{Q}(\sqrt{-983})$; class number $h_K=27$, so the Bianchi orbifold+ has 27 cusps.+- params:+ D: '-984'+ number: '1315.109399269579798251868709143323097478768858156170365934123831852423719126542713161415219418528539'+ comment: $K=\mathbb{Q}(\sqrt{-246})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.+- params:+ D: '-987'+ number: '1017.952474504716453817715936100123981146765389596169465615971711428627606113187106689824763388638110'+ comment: $K=\mathbb{Q}(\sqrt{-987})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-991'+ number: '1588.108792782293135958030570428804905256170221507382841487807003363259479760416459135080785324672225'+ comment: $K=\mathbb{Q}(\sqrt{-991})$; class number $h_K=17$, so the Bianchi orbifold+ has 17 cusps.+- params:+ D: '-995'+ number: '1138.042968727927838368666975380076264500286486730658926764461667894934330494921073324030520620221924'+ comment: $K=\mathbb{Q}(\sqrt{-995})$; class number $h_K=8$, so the Bianchi orbifold+ has 8 cusps.+- params:+ D: '-996'+ number: '1340.790031810417569515390379247649097693154877959944984785908018813447316341929385364364542065078324'+ comment: $K=\mathbb{Q}(\sqrt{-249})$; class number $h_K=12$, so the Bianchi orbifold+ has 12 cusps.
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