ARTES TOs fs Ret RP wage Paget aoe, DPT yo R PEE ee Fr scm ee eee (ate 5 2 - Cy iy = y ins a a rh 5 4 . pas . << “ Nm 9 po - a eget Sn Oy a. anne et nen ‘abs Wa air gaa oo pe ge 2 eh : pO ET ee ae a i‘ eae ap: ag AA ee ag, CL a agree et pebrere EMOTE, gta om eae es aor as Saal fc eid Xb pn! ae 14? 2 ne, ait nae s OP tT ee ~ . ee et: gee O™ ress wee 5 dost or ore Se a ‘ . Pee Gea: itt Fr tsar a oa, es : a o Said pe . err 4 Sag : beast hg oa oS ln nt Mea Od , eae ant 0 _ Ie 8 apc Po ag ae 2. > oo * "3 » FIR ao Re Ce ee il ners = an bag Le aie i pra — mainte ‘ ane eae eac@i rd Z obi aie . eg <, “ pe ea CS ON aie * EM he iy s = y ee ) _ I ate lay .. ‘ 1 5° be ga * ag re Is eal ei ee i SecA OE, asa FR, . ns che = ee wi ts 5 ar Fara Pres ad ab et . . Lace ae = et Ry v3 4 >, Rags “4 cu Bi cm aca n' OL a ald x hog sy Na o8 : jy IM pe phi agit ATS ER ness » goers, : : , a ie aie a My wet T_T h se pot ag 2 ; . ait aaa ate 2 ration : 4 ip z sh : wiht : OT MEE gop - Spies! Sai SN man a a é san Mec AR I SN Ae AE OE OTN Ge OM 2S Se a hanameaatany me § i ~ TiaUSO.IYS int MOPS of | | ba “gup itoh ou. Teven Yied Yo mobssien <2 Salen mis oe nme th asitehutd yltek at weotlivss ».3~ ane en a se at ae im _- oo om enki timed to wotsvooa «48 +o. a et ee a ee i ae mid aeery teen -.6 vest Pee. teal a alee ae Fel sy yy: aia aa sayath tina fesse 48 jae ©. a= oo 2 wadutoad itoth le ves ihex bo) KOLTID 1 bedivedal « . -- eee fee ee. ~s, retu dos ido phiniakaeta to. vik low aoa? ss | av etal oatbiD ta ‘faves TM Gi aoitees) oiteiiA to bodden °48 -« ~ em. a ih ae waausos tapas faves tbor tan bor? Teqiontyt +8 * . + a= -s ee i <4 asyasite lied weet on | a ee eee | vee bobwd aeteaiveiyd ORG bt ee own om me eee, tou) Ie wobgaitn * ae - oe aes seeded nda d uate ag «pind to mobyeth © ess 3 eth wh te ee ee oe oe elt Yoowobyadd 7 ~ heme +s eee ferns? at egal | int .namod pin ene» = ~ gored Hie lawko ai aepqou | tit sti IeRYS eee Re ee ee TOT ee le as sindayel | hk an we ~ me oe we gages” wegh efbbik aE chs nen ee oe Beker? wxoted boine4 > eae > emo tues teresa, To hae’ os botwe® Bh cn ee ele LO 59, “hate nai flows ee Lk ei a oo See es oe oe ok aie pad” es er Ra, oH, wi me Se iedmo)” as Me ‘eee te ee a Te we nat atiehsd aiotghlo Bt is oh ol ee eee ~, slllentiad oe Coil maT TT 3 Ip EKOd a 7 me be 3 Sa ae Ne sek, Ww som ae “ ‘Boa lawt iy. bai: nee he 8 ae > i ee ie ee (NTs 1098 Lome” Soha Ha em = mami yotbared ty wade ty) a gaeaei 3 Ge em me swim » © Ba bowwei. to selomdnaseenon : ey, - ime Se mt be snaotbaok -. Bryce abtecian ee hoodtigin te GxSe yadeauegy ctor ae oie eee ne ana iiunidl to. haway Lupa ate Hees - owdged iden inypstbod 40 dhemgolsved +a, eee ee omaedtdorn, ieveetbois* to motemetad ~ sf. Poe ea eo eh tee eee ww = oniootidem donewh’ % ai we ee enuaowh kot aaNet: eae: any & eA od 14,° 16, ; 3 Oo (™&% HB G Ne oo . . . a RELT@NBACHER'S MEDI AgVAL ARCHITECTURE. TabBLe CF CONTENTS.: SECTICN 1.° DRVELOPMENT CF WEDIABVAL aRCHIT&CTURE- - - - - -11. Relation of kediaeval to Antique and Renaissance architecture- - -11 Basilicas in narly Christian art - ----2- 92-22 + ee =e ‘1 Section of Basilica------+-+- ---+--+-+-+-+-+2++-+-+--- 12 Greek Cross Plan------+-+-+-+-+-+-+-+--+--+-+-+--- ee eS. Central Buildings- --------+---f -s ff - ef eee ee eee i2 Inherited Portion of Mediaeval srchitecture- - ---------- 12 Individuality otf wediaeval architecture- --------+-+---- 12 tethod of artistic Creation in Mediaeval architecture- - - -- - - +3 Principal Periods pf Mediaeval architeeture- + = =< = -— a6 = =e '= 18 Charlemange- - - -----+---- 2 - eee 2-2 - -- - --e 15 Post-Carlovingian Period - ------+--+-+-+-2+e 2262+ -2-- 17 Kingdom of Lothair- -<-- #+-*--<-=--=6 ee ee Se ee 17 Kingdom of Louis ----------2---- 2 2 -- Pe ae ae pe Kingdom of Charles ------+----+--+------ ee - ee 17 Roman Buildings in Central Europe ae ee ae ae a an 17 byzantine Influences in Western Francé - -------+----- 18 Normans- --------+--+-+---- a ee a ee ae ee mae the Neustria- -- - - = + = --- +--+. abe St SG ee aaa sac aw alia 18 Middle Ages Proper -----+--+-+- Pa gt: Oe lk, eg Va a aR a -19 Period tefore Crusades - - - - - ee) Sas sake glee ans as ERRNO A, Rp ce a Pf) Period to end of Hohenstaufens ~ - ---+-=+---- ie kal not gece al 19 architecture of Gallia-~--------+---+-+-+-+-+--- amas Germany- -------+- ah sl a lade Sl * el al Mah ae il ei aaa Lombardy -~------~ ee eee ene ne cs” Sa ak eon il Tl” me Religious Orders -"- -----<+-- Se be sl ga Ga i ly den des Ue Sea aa Benedictines- +~--~ === - = om em eis aap ip. ae ib gt Nae oak Cistercians and Cluniacs - =~ ----<-- = Oe oe a ee os ae Mendicant Friars ---- = = ee ap li” i i ag a Monastic Churches of Benedictines-< - - «= = =» ee we ee ee = = HZ] Monastic Churches of Cisterclans - --+--- ++ --- ---- -2£1 Monastic Churches of Mendicant Friarse - - ---=------+- - -21 Religious Crders of Knighthood --~---=-----+-------- rps Equipment of Wonasteries -«---+ =---=--2=---<-s--e- ~ =21 Levelopment of Mediaeval Architecture- - ---------+--- -21 pxtension of Hediaeval Architeoture - - ---— =--=--= = + == ~£8 French Architecture ----+ =< === se eee ee ere ee HH German Architeoture ee ee em ee ee ee HH 88 me alee: ia patiteneat: fe kaw ' nig terete? te eiyte Molt haves? a er [ge plea Ss Geis any . ert Ure 4 { i, J oe —, cee ee ee ost eons rt shed tie ta s Laoniad pee a) mF es. Ma Pars a “ or oe raone ys to wetogead oa ee ae ~~ ewe. Goma ytd Io sono mi? a - if — ym te oe: ONTOS, TO sedomAy ane eho tings to egods ivy eR ee ls me ww od ted ey me ae ee ae ee eee ow a eee Se ae ee a a within A SR mem mm ene ew BOR TOF To Reno mdD | | ~-4 4s + «= SinetinpA Yo sede? he ee ee | Re Bo aedomd? Siadtiestastiaalte Mad alien ~-S a ewe ee = worked to aedoqudd t : ' : : ! t : : : ’ ; i i i : ; t PE ee em he RT OD MLE TL et wedi md .» piaed.,j8 t¢ dawsio yedda ie Yio) At ebysG aupasceaed ~ ‘eetutostiviots dome’ pris Cupaeianoh-remw) necwiou hated Ree eee ee et ee Codon Aviv iiiasé bic atta eed tli le dle Elaine Mado ods Gata Tate siapasuik ugiia Fe ee ORI SL RR ie ence A ih RNR ee ee em me ee $ fA ne kw mee ee SI so = ~ yoabce! oidgon ake beyeis sobtienen! a a as iE Mit ED el al el al oad al alae in, i haogiae . 1 citnedbiad teagan let ila teeta Le Cae ye | * sedowdo bus pineal em = egomwd: bee quiseied do cobs dead tal lei ele... toc) = = egos to woba semen dias ReMi de ‘a eons t4 at aided ybtas “Pere eo 6=6etiaed te levbeigad Stee ees = wtied ve ond endo “eee wee ee oe » eaten gs ferbadged © o “- Ste ee eee = a letheddeo tedto all lated ala tial cao “*- ~~ «= obtto? te bodyed teed ona © Goneel phiatuo oidtan to aolanesnd oe * 2 ae, = ND ot widsod to doianedxd + me BONNE oe dowd euarideld -_ _- *. mes ~“ yoda ae dort wdvedne ila, 548 - , os ~ iy 0 “+05 2 ae ida C th ale ee ves tae iu r Vee ty Apbae CS ae y , . ee Tne ey eee -vp i ae ‘ ; uf q P Oe i aeet vA ie Len) po *O STIPE PTI Trem 4 REDTENS ACHE! German Transition Style ---------- G2 bifferent tendencies of German Transition Style ------- - - -#4 Rhenish Trensition Style - << - = +--+ += ears: Transition Style of Cistercian Churches + - ------=- == = -&5 Transition Style with Gothie Tendency - =~ --- ----=-- = -.-24 Nature of Late Gothic ------ +--+ <2] - = ee eee eH HS Schools of Southern France- - + -<-<+-<+=+<+--+- me HE Churches of Provence- - -----+-----+-- we EE Churches of Languedoc - -------+-=-- ~ mee ee Re ee HE Churches of Auvergne - ----+---+7-° me ee HEE Divieions Of “AQUITanT Ge as fam) Se aR ee A me ae ee at me = MEO Perigord ----<--> ~- ee eee ene ~— eee eee = =26 Poiteu- ------ —- eee eee ee eee wee eee pF BEAU mn ae me ee a tee a ee a a RE a ea meee ee ee HE CRGRCReB ct Reni gongs S-e sit S. = Me ee me i Churches’ of: aquitenia = + + =< = 6 8 ee 6m em wee me 22% Churches’ of Anjou'= <<< <2 ++ = Be eee He ee mo om OF Churches of Foiton ----+----- +e ee - eee ee me ee Burgundy’ and’ Churches «+ «§ 4 « = + & 4 & * we RE Normandy and Churches - = «= - - - OR i sR aa ae meee nee HE Churches in Isle-de-France- - -------- - ee errr re sbtey Church at’st. Delia =.“ + + ee 6 = & Be = ee —--- = = $00, Romanesque Style fn*Ger@any’+ < « Se me em am on ee ee ee He nifference between German-Romanesque and French architecture- - - -22 Basilicas with columns - - - -- ---+-- meee eee eee eH om HS Rhine Provinces — 20-0 -oe a a eee ee a a eee SS ae paxony - ----- - pet sy a atl an le sok i tle ete i te ~~ S4 Remainder of Germany and Burope - - - - - - Ww - ee e- eee Bo Remainder of kurope - ~-----+--+--- W~ ee eee eee ac Pari) Hethie 1h Peering! 6 ee my wm ee eee me ge eae -2s Cathedral at Chartres ----*=--- se 77 rrr r rrr aa Notre Dame at Peris----<------ ee eer rrr rrr os Cathedral ‘at’ Rheines — a ail Dla ee ee ee ee em ae Other cathedrale’ = (Sis eee ee ee em le ee me OEE Best Period of Gothic - -------<---- e777 errr re -27 axtension of Gothic outside France ---------- - 7 27 7 wt extension of Gothic in Germany- -------------- 7-7-7 738 Liebfrauen Church at Treves------ 7 eee errr rrr ~ SE wee eee ee eH HE St.: Elisabeth's Church at Marburg - - - - - arr. acy » py MevlabVal AR r od on me ee pe ~ — @@90100 ge isghadteD le grudiewt baa gwdastta ts eisxbedss0 ee OO }alT Jn dowdd ofa hyol led “+> = -— = gudeneged me wgnibtivg eee ee wm whee me agolbling Le A a se yiaaieS @Ptod ni ewretidow dois ee ee me ena meO Meet setts. otdred —.Sé ~*~ = =~ hoime ehde Yowgalblied taentnord tack | ee a a oe sy (om a aayhol ‘emoend --. me me oe a te tem ae ee a ae EEO) apt ies]. 1A ietiied eae (aves iho, 2¢ ano} Yo efagouys . .Ke = SAAS. SO UDI TOURER 2.c noeTOds | laa aaa a ll Ab acne a (ua OUP HEA mOd..bas femoH 05 Shs cha ee. nee ee we. ee . ee, RE PR ae i OO et Be ca =~ en - + .o — i Cs od ae Ee A ts ress > o = « dled abort edited 2o-efgioaixy § .5°. 7 «am » MOLOOREMOD: IeciicesS See ee oe ee me ee oe oe BeROmeyotgal |. To ~~ — = — Local ” | are ee ee «on ele: lebtomegetT + ee oe em oe ee as » » ecdieel. bette Bf feta ee ~ > ee eohouetaRe Yo bodied: sa7i4 “ss eon o ow» » Motsougianed: te bedgeu brooed +. woliourstaned:te-bodiek. bait “se eno ee e OOLONTseNODs to ballon driwo'l me ee ee oe Ko weto lydia ~~ — » » dowd BAOR tore betaiot: Se: deisiagrea . 25 CE i if son = we luaN bedated Jo. ee tdadae’ alent: ibag® Toon © 60 LUA phhiod yieel 30 dadatsor? - sodedd Ob SSR ot 8. Sey Sige « at wat setae ts a , 7 ee er em 7 ee. ee a oe Beles? et ised cadet e tere r ew en ee we ow Ribs! otteingyled: — ; f2-e + ~ = bokmedc ined Yo aries) Lediomsies...--- State nce = pele loel fonkoiied yolvoiqat +. —~« — 4 bowel efven seednte iwtluel Beleoasnend oc. sats + ablaey, segs to qpaweqga devit ~* aah indmomentd Yo solider bee eel 0 mm ee om CNS Beit Bane: cae Hele atoeosayd sb odor inetd omen Iisa matey oe . i ie: af i: ie ‘ ape ee 2 eve Mess mes Rd wee: t4tsy a PS 41.° ADTENBACHER'S MEDIAEVAL ARCHITECTURE, Cathedral at Cologne - ---------+--+-+-++-+-+----+-- ag Cathedrals at Strasburg and Freiburg --------------- 39 Collegiate Church at wWimfen - -- - - - eee eee eee ee ee a¢ Buildings at Regensburg --- -------+--+-----+--+-+-+-- 40 Buildings in austria--------+---+--+--+-+--+-+-+---- 40 Brick architecture in North Germany - -+----+-+----+--- 40 Gothic after 14th Century - ------- --- =e = ---- - | 40 Most Prominent Buildings of this Period --~---------- 41 Masons! Lodges - ----- 2 eee ee eee ee ee eee ee ee 41 Italian Gothic ---+---+-<+--- 2 ee we ee ee He ee eee ee 41 Synopsis of Forms of Mediaeval Architecture- - ~ -------- - 42 SECTION 2,: CONSTRUCTION OF VAULTS ---------+--- 43 Roman and Romanesque vaults - = ---<--- - == -- -= = = = = 48 Dome -=--s=—<-<$-s = ee ee wee He eee KKK 43 Principle of Gothic Groin Vault ------------<--- ~— 44 Practical Construction = -=+«—=<-- «85 5§_--_-4+--=-e- ee a = 45 ImprovementB ---s=-=-\-|-2= == =e ene eer eee ee eee 43 Trapezoidal Vaults ---------- -----+------ -- 47 Pointed Vaults -- ------- a a ra (ee od. a 46 First Method of Construction- - ---------------+--- 48 Second Method of Construction - --------------+--- 46 Third Method of Construction --------------+---- 48 Fourth Method of Construction -----+---------+---- 48 Criticism of Methods - -- = «#<$+#<---4+«-+--+--------- 45 Advantages of Pointed over Round Arch - ------------- 49 Conditions of Stability of Pointed Vaults - ----------- 49 Richer Treatment of Barly Gothic Vaults - ----------<-- Be Triangular Vaults ------ -- eee ee eer er err eee 52 Hexapartite Vaults ------- ee eee ee ee ee eee HH BS Polypartite Vaults ---- <<< =e ee ee eee eee eH Ornamental Vaults of Barly Period -----<-----+---=--+- B4 Improving Method of Vaulting - - -----"e---------- BE Ornamental Vaults of best Gothio Period -------«------=- 65 First Appearance of these Vaults ---------= == - 55 Other Deriviation of Ornamental Vaults ---------- Be Ornamental Groin, Star, and Net Vaults ----- -----+--- BS Construction of Star Vault - - - - - = =< -— = wm we &@ ® e oe , - S49 -2.4 4 Pn. a = ~- a are = esta” qadlasl Sfatoh af ems htaz’ daede J ~~ ae ee ee em wed lDeY¥ L Led. o a 3 ‘cs + ¥ ‘ 4 “ om © “§ “hos :* @ 212% 2 ¢ @ 2 * “ ~ * Psd a es a . = - _ os om = % - — 7 ~ > -_ al - ~ te eae = alu ‘it | bine aiow) - ~~ a ai fh to Heh pwoxg ae ‘ythoask dviv ago? at ate? ia) vr ies ol ~~ ba oon 4iRh. Boi Juod om a me i lee =e LA ioe hev tis e fi ~~“ a om ~ ajrh to nogaye ‘Nop Seatnl — “we eS eo oh tlusY no 2 yayy ~ iF so bows aii to @oi yoexS ¥ luna Beil! ne mol dd in? Si1IOD stud to Moa hte yoo m+ = ee or idee: beemetges to wi, -: ae ee a im ‘ vonohiva yieretid —e e me e e BS lo) wo tdest to dn nei lerT ig iw (eves Ibex tividuot Yo fa ita ynod Ce oe ZT Me 40: STAOIWe B-MOLTIGs wad Lge % $0-Ssisdsayed= yeodtoth eatevedesT bab vir =a S| he le + ad ~~ a ra ~ ame -_ oo ow rr ~ = ol aaa ~~ ¢,~ oMipael Leteaed “i9 - ee ~~ ~ BIN to soltetoout! “m= — avnotayed to aoiioursensof ~o dit to. andioserednl VUaioy ~~ eo — = wonoteyel lo noliequoed aesolayed to themdoetT ni arose rs Te mm wo RONOEYeN. botsuto rid + ee me me BOnOsayeN us Lumad > > = e0an77 ad senoiayel to JueugoleveG ~~~ = OLdto’ betowrwd nai asnodeyel iets nae Fa ‘oddsod evel oi sengvavel eg eee avloteyalt inabaed _ usivey istaemags): eikich ote he aenorseyed a ak ak a seitodayed bre acid. Jiga¥- ta ‘gods ttud ma ee ‘senoleyoNs suoddiw doitd to siit # weet ene ee nee ets Cork iO as lue¥ “to ataogal to mxct Bao os ~~ gedom eatevenss? bad ‘dat ibusigaod Adin ad ivev heSJiH ( empeaeae autote emrevenss? bun isugbusigno) iooddin ai fug¥ bettaM Men SS a ee eee + n> 2 ened? a pov tosela ‘a be - t. e . 44, : REDTENbaCHER'S MEDIaEVAL aRCHITECTURE. second liethod of Construetion; First Example - - - - - - Second Method of Construction; Second Example- - - - - - Various Examples of Ornamental Vaults - - ----. Net Vaults ------+--+-+-++-+--+--+-+-++--+ OE a a ee Further ctxanplies ot Crnamental Groin und Net Vaults - - - -— -FF Vauits in Towers with Masonry Compartments ----+----+------ ES Latest Prollems in Gothic Vaults; c,ports - --------+-+--. -FS Cell Vaults -------+---+--+----+- wi. aly lei it i cme ee ad FO Dr Lie ROU RRR ios ae ts wes: ake yt ae ae al dn si i wh Rits Curved on Flan- -~----+--+---- -S- ee ee eee ee ec Doutied System of Riles ----------+-+-+-4++-2+-+-+ + Zn Cusps on Vault Riks ~--------+--+-+-+--++-+-+--- ef. mariy Examies of Rits Gurved on Plan -------+---+----+ ee, Coupsrison ot Lute Gothic with Roman Vauits- --------- - -2° Use of Depressed Arch - ---------+--+--- ee ef Literary Bvidence -----+---- +--+ - - - He ee é1 Italian Vaults ---------+-- = -- ee ee eee -~- - -2 Comparison of Northern mediaeval with Italian art of Vauiting- - -é1 SECTION 2, SUPPORTS OF VaULTIS--------------- ag Kils and Transverse aArches;-Keystenes-of ¥eults- - ------ - -é2 General Remarks ----- ------- | Decoration of Ritg------- “j-f ee ee ee ee eee ~-¢2 Construction of Keystones ------------ -- ee He = = -83 Ordinary Intersections of Ribs- -------------- -é3 Decoration of Keystones = - ---------- -- = -~--- -&4 Varations in Treatment of Keystones - ------+-- --- -&4 Fertorated Keystones -- ------- —~— eee ee ee ee ee c4 Annular Keystones - - ---+------ e+ -- -- ---- -t4 Development of Keystones in France --------- -~------ -¢4 Keystones in Pertected Gothic -- -------- - ee ee ee rh Keystones in Late Gothic. - - .- ne. cee ee eH ~ — ~cF kendant Keystones - --------- -- eee eee eee cF Keystones of Late Gothic Crnamental Vaults ----------- - Aim Phe ippite: 149. Yiued at aarot..- ee nee ammu ied: sppsenszo8 to wtati yd evals adtools Sadat. ne te Sa eS ee ee went to anoiseiwe¥ °° a ~~~ +e: Chee So NM! a BletLaeo: edi L~guptdan ene - < ~* oo 9 ld ME! ts id gamo® AGMOK esis ‘BydN96 da ep mm ee ee be ee oe Gintiyed aciteud titronsy a NA) ada ~* up ~++ ve a algsiqnd mupeouBitcn esa awatold Gh ale “een en « Mtr om es ‘tied ied hel ued - om ~ agai lot iipiAenixeo hd Ew aint tge0" a ze “ a ~ a oe me me —- = ein [00 ta ad Yada bude raged Pe em ie we ide. Malek a ou i aAMiLE be kwweD hestonn Re eh ey ie ks ae ee alesis)” pipaone wei to woes di ae jer ve aiid sic la ae ae i ~ ea BOR Vue: bn OW ad er = ee ous oii¢ot YLweg bus Woktten: 47 iT to vale re a0. dod a epee ~ | mee i. Te a po SE RRR uppe Mek mul, kee bea: of : ~~ Se Re ee we om ee BI SD sunzadccal to agand ~ - ~~ Te Sere Te ee ee whe? TS add, seagerd CO ee ae ee ed BS ke OF (: “Toda ie ae le me me me ee Lt tg 1obtetnoet - a aa ak aan oot Rah 3 eae re wee iin Ge tee i a a ad meoricdyd vi ce hee ae ~ piace Bear soe Gasca nad ana LOO TO eaxae 4 Teak te ae ee ee eT Wantod din goxed - ie innoséiganaT baw oe (1143 Wd eoard v ae be 7 Fa | ive) nm REDTENBACHER'S MEDI ABVAL ARCHITECTURE, . Groin Vaults without Riles --+---+--+-+-+-+s+-+s+-+-+- eee Triangular Veults without Ribs Impost bloces in Blevation ------+-+-- - ee ee he ee ee _—_——_— oe lll Ol Ol hlUC ll ll) ho Impost block as a Corbel ----------+-- i oe oad Treatuent OF Im.ost at Convex angles- ---+--+-+-+--+--+ee- Late Gothic Complicutiens -~ -----+------- LAR mm, am var coh en eM 8 et Convex angles---+---+-+-+--+--+---- ts for riers set .di azonally POP hea er ae iar tage Beet i te eee Forms of Imposts in Barly hiddle ages ----- - So Se > eae Profiles ot Rits ~--------- Ss Fe ae “lal pg rece General Gran.terpmations. - <= Se «eee eS Se ee ee Forms of Vauvlis and their Plans - --------+- - 2 = - Digensions for Strength -------+-+---+- Ch See Gepiteals ‘und basestol: Rupports, oe Re em ee a ee eee General ---------* cer eee aie Forms in Barly Christian art. - -.- = -_ Ingost Lilocks atove Capitals of Romanesque Columns - - sae Variations of These -- --+----------- ee es antique-like Capitals. -°--- — ----- ere eee ee | satacuses like Roman Corinthian atnormal Cushion Capitals --- Richer Late Komanesque Capitals ------------ 7-7 == in Coupled Cagitelg ----- <8 4-- 4-7 eo eee Papers

-e--e-e eee Liter sry wiidencer A so Se oe oe ee re a ee Tonic Besos vai Galinnigir ie iia se ee a ee bige8 ls. ania dekkio pe Transitional Styles - --------- Wits War “2 : > 1) (8.02 G9 Ta 4 => ~ 3 “J m2 ty Oo Or. ~~ > le?) 1 = mM: : ? ~~ © -3 PUey ih o> i ae. ra Cate sa eae . ow os. Bis - < > es, Pa me —_— _— - - wa Fe el om, oe aa dng, baw@it, ‘ba 1844 os Hirdaintdaod 9 *~. oe i a Presi _-_ os U 4 * ot ype -“ ~~ ae ll oll 4h sod Bibs ad 2 Bite “_ avs = Ob re uae Jf Balitiv u 2 we p . i te ve ee 15498 38 ~ dest to aotinohitigak So east) - nie he Ee se am ine ~ a - -_ = se BITS aad bas begos tid tic edvoild bas. svued 49864 Yo. getitoit 13 seiseoitl yale Se ea ow 3 A ee ek BIT aOye to aeuas | ~ ~.etini ld Lygoge tod ‘la aad tos’ ‘on eds hahah ‘ote J aut Tot @sigtel belay to © @eand a ‘a f : Phe ; Lt AT 2 "i ? ‘ ; . 7 od) at S rear | : Fo " 1 ‘ : ‘ es il ae i ‘, fe 7 hs) Lae} ’ , oa ‘ < ‘ ‘ Pe eet Le he ae. ee i avi PRN Se ie a . m , - | ited &i;' g- : whe " ohthOd, enered ni ates y “S10l Phot We io ds $6 Saat ad 2g aa a “elsti je. a ead ad sq 0) i ee ind i geo vit ar oyeadd - + steel sidgod oIST tt -anoiteiael pea “aus ToaTIAOH aaeacaia gt agHonenanaaA + ie Seen ea Death gaz ie Aachen ~ * BONES lL 200309 t9 sll ae “eves peep setned wats) adie coena oe 2 ee ot, ened Rag gatbiovs %9, adtaem ‘cuted i «ees eee 2-2 oS ees ‘fos 206 Agia, ona PY ster a) = os ais0g0_busgataud siubene.!: Agri te flea sad bre ~~ seas HS. = oe = 389mg osGunb fo awaed . ‘i nnd e238 me a oes oe hiss sas asit ne ‘wadhd 10. adie’ jaan + Bm ne ee aiet?: fo ‘aaiol aotsatatd wii | esas eal lindoa spt. bai, Asante sok de “aaw days ab6Ocin hi Re eee es eS 9 ee G14 Lo sexo Lowion hh aah one. wee! wd ‘gem Le baa aie hd “gical by oe ee mid ae OR Bt90 baa busdoll ahs 0d be *. oon a te ee oe, Pony bausd déia “Hay bawoed Shes eet Masti Madiealtios eels bao. okddso q ie REDTANS sCHGR'S MECIARVAL ARCHITECTUKG. | avoidance ot Corner Leoves - - - = ee eee ee we bases with Corner Leavee ir 12th Century. . Gtner mwcens of avoidin, Corner Leaves - = - = bases with separete Plinths -.- --«-+ Caissicon ot Corner Leavesin Perfected Gothic. Bases of doulie Columns - ---- == - - Forms ot riers in Romanesque - ~ - - -<« == Rarly Christien Forms of Fiers ---=— == «+ <+ aroade Systeus et Eehternech and hirsehau alnormal Forums of Piers - - - ew we we, aiternating Piers and Coluans in Lower Saxony. alternitity, Rouud and Octazonsi Piers - = - = Round Piers with -Round vhaf ts ~~ on oe em lo elle lle lee oe ae ae -~ - So? - - - ae —_ — os ‘ of Forms of Piers in Transition Style --------- + -+-- = &2 cewicircular Projections from Piers - ------- - - = = -E% Rectangular Piers in Saxony ----- ee eee ee eee ee = HEE Round Coluuwns in Later hiddie mes — - ee ee ee eee ee me HEP Gothic Round Piers --------\ ee ee ew ee we ewe ee & HEF atnorm:i Cantoned Round Piers ---=------- 2 - = = = ~82 Letached and Enya-ed Shafte; band Mouldings - --- - << - - = = = -82 Combinations of both. arrangements.- - --------- = = -E4 Piers in Severe Gothic Style -------- eee eee ee H8E Forms of Piers in 2-aisled Church with Transepts - - << =< - - - <8¢ Piers, Capitals, and Bases in Later Gothic - ---------- ~62 Comtinetionus cf Profiles of Riles and Traneverse arches - - -€% Change in Form of atacus - ---------- ere ee er HEE Combinaticn of Fier and Round Shafts ----- +r ee - = = HFC Change in Form ct Capitals ------ a Capitals atd Suees in Late Gothie <2 ek - e# & ee eee ee ee ER Change in ProtiiG------- meee ee wee eee ee oe Change ic bFiers o- = --= = eee eee ee er ee et AEE Gc6eClal Cuse - - -- - -- ee eee a 2 Sinplification of Prey - - - - =e ee ee ee eee ee eee Be Variations in Date Gothic Imposte- --------+-- ---- - -&F bkeses and Plinths in Pertected and Let GCtEIo == - -~----- - -€ Simplification of Protiles of bases seek & ee Se Ee &¢ buses of Cyee Rils ----+--------- “eee Pig ee ee ol Cotagenzl flintks -- --+-+++-+-+-+-- siete s tealtatinetialieminiint te iperay a beseg 6 otf varied Heights for rich Late Gethiec Piers -- - - t me 5 I M ny Vid ‘ele ei a; a ost hd ah CS if § pk as See t ae " er ¥) iy 4u | a ee ee ro nee ear Re pei. 2 oo are fon eS Pea aioe | : ; vip ! | ‘ i, 1 te ; r 5 on, ‘ae 1 Ai r J i i; ie : a) es 4 Rpt ets Thee ‘ : : ‘i a - ‘ — es PA oe eS ee hy De ended oot iv tigeis~ ‘ Poe —~ ee ee - tiedieal we a wt hile gtdyoo gted at gists ied i x, #45 ee ee el Se) eB taettveed rat? st ee SdSaai TU. 4 op “Orrads —-— = wae ~_—— we eneieed at ‘euasoswd joe Lies gwen nn ~~ - om + = OOM AE Aseveshiud soot itn ee we ee le ok eueesntind bo wviosnmld + am ee & seuaetetud deaert pias to amciteatme? 1 J — a ee te ee we GwedeTIIud To afeutt) sacra , Se : €e3 = eS RS ae a, Oe. ‘to ee - a | t 4 ~~ = { me oe te alied CteIs i898 LO tiiw odisoaaadd Py ere etme tw ee ® eu youre ismivial bes [eurbdas Manne ee ee eee eee ee ~_+Am oo» Gea tor femmadd ee wee eee we sews tid waiylt two got ta aoitomterd eww ee mw wm » aoHRhINd ghiCIT Io wesd ts tossostord Neg ; es & Oe A iin f ua eas ; ip : a ‘ he F iy - t 1" 1 ‘ i i pea ae ‘ ‘ be ae Ah 4 4 Ps ‘7 hs were Be " a ee ee . * “” BON Dan ha Ses Ma Se a oa le Diy ua ore of OPE me ar al - be ~~ ” ae ee ~ ~- - Lormaaoh ae Slbera an i ot Megat INE to Blew Th ebic ae es ion -—~ oo oe “aovawisiue arty lt To awto4 Linda Raw aw wae oe = Seles Ole io tool moit dene Yo [avons a ea ee ~ a fo@enti da | lo aatos wee eee asdoxwao beiuia~A.to aaeaeitiyd gory? | dai ewe wees oe Wes = Bev itind WY alussreiud ~ “ssee OR) eh A Bilas HO Gano 8 WOR ToaS | a o vt owns ~ ah me ae dl oe - eda - eitwuetl La tiwitest) PF oy fo 6 tN = “y oo Os A KEVTENBACHER'S MEDI ABValL ARCHITECTURE, blinthe without Bases ------- +e ee eer Capitais. dp. Late. Gothia. mts em pe Se Their Feouliarities- ---.*.---=---- SECTION 4. BUTTRESSES a> FLYING bUTTRE ~ mm YO buttresses in General ------ - - ee eee sarliest Buttresses in Germany - - ~- ~- Sariiest buttresses in France ae Ele - Finnvales of buttresses - - - ---- em ome Ucer Terminations of Barly French buttresses Frony Cffsets of buttresses - -------- = Crenings in Buttresses - - Leteils of buttresses - ----- = ~ wash at Offsets of buttresses - - - = - cide Cfisets of buttresses ~ vrotiies of Cffsets, Lri,.s and Corbels Purcsyes through bubtrespes - - - - - ~ Urper ends of buttresses - — ee Oe — — oe ole Saad - _ ote bal — -_ _ - — Saal ated -~ -_ ~ -_ tll — ft st oe ee eh Connection of Pinnacles with Gutter and Main Cornice Pinnacles, General - -------+- Mae ae eras tee ane Construction ot Pinnacles - - - ~- - Per iae igs. ee ee Sener ae Rules Ly Roriser and Lucher - - - ~ - - peteild of Pinnsateg = 2° s 6 2° egos SS Se SS Reduction of weight of Pinnacle - ---- = ++ - ~~ Connection or Finnacle with buttress and Main Cornice Flyang Buttress --- ----- 5 ee ee ee ee ee Bardiest Faying Buttresses in France and Germany Fiying buttresses of French Cathedrals Dutcal Forms of Flying buttresses Connection with Clearstory tells maternal and Internal Pussa,es - Channel for hater - - -- - - Frojeetion ut Top of Flying buttrese Frojection at Base of Flying Buttress - - Remevel of Tater from Roof of Side aisis Forms of atutwente - = - - 6 = ee eee Fiying buttresses of Feuisied Churches - Substitute for Buttress - ~« = - = + a SECTICN &.. 8 FORMS OF PLakg ~- + = ~ — Genet al Remarks - edad law a | i ool i — - oe oe one -_—_— ee lll —“— i ll ele le — ltl Oe eee ~~ ow on - — [oad —_ “ Saad oe A tad - ro wn Saeed - ~ - ne —_—— le lle ee - ~ - ~— ~ _— — ~ —_ ~~ on - — -_ - ae ~~ - _~ 4 1 oO a fo & t+ £4 m™ Oo 20 O CO (2 ( tM ™M t ic @) Ges ™ “ — ry . ee ae is > ‘ AS np ‘ 5 Oe ie oe wen yem, : Seas tye a pa iu ; , ” - Me » . ‘ “ 4 ear - ’ . Je oe |e 4 on . i east 3 . hy Wate P . nT j iad, ER eee . : 5 MS 4a Fat cad ° ’ 2 ~- ’ fe a — * o— Ms - ae bak - ” , ll ? ah ws “= ‘ . * -, fe a ay - ee . -—- 7 y - “¢4 ae a rene, a om me 4 oe "we —_— oar ra am — ie 4 . . s \ 3 be - > we ne ely * . ie he —™ : ° = @ & ive ; e PSA - ae * rs ~ . . we a ais i . . oe ee “id , a - sea Gk: ; A ae i) “ ~~ ae —_ - ae r 7 \u ng iy -_ = ' v " in ii, “alee : dq ” fut — - - : is rc Pee nr ’ . . a . ot kes pa y - - eS Poe bis : + o ad \ * f - os 4 v? . ‘ 2. * Yat) te > A -- od Ny i ™ ye / b te snes ; ~ © “ : . ~ re ' y a id . a > ~ fob + 1 ; ae « . : ty ge os . - ; * ¥ A ro mee j ths ‘ , i 8 . a . . “A i 4 } . a B' ‘ ‘ .« _ é a: q . % F yi . ad we oe u a%% ’ 9 . — aa are : te : 5 7 j Bese ne ‘ . . . “te ha PP j 4 ‘ nn . bey “« i . = so? ~ vw . te q , 7 wie . rtoe eral ey . ss + : “ iy oh - oD al ~ .. mai- ~ “ - . . 3 « 7 se ee TOR 5 ” 7 oo - gay . PO ¢ . : * a - : oe ee Lpvedhe i- e 3 - Lb ¥ " $< ™ Taal 3 : ff fy ’ a - a % 4 " ‘ » Lie iG ‘ ae om (Fes . ‘ ; c as | ' " | as wee, ; 4 : one *. abeet 7: “ . st y Nite ‘ it { ‘ a ta ie ies aot teeta =) , i rede 7 o os 4 ew . oe ’ 7 . bite oe? - : . P ; ; . 7 ls r as ss S ye . F 7) - id “ 8 \ ; a 4 ¥ " : és - ¥ osu * - . ° - J ,” ‘7 , je q ean : i bi ; , it ; Som “4 . . » . Lad . “ res we “* 1 - . it . : Ld - " + 5 : ; = ‘ “ ‘ - we : ' 4 ~ er ~ - a c ay . ‘ , f . ers » a” F 4 é TUE) - F fe ' aa . ba . . ft ne 4 ; wha) “ ss K 7 * a > 4 ‘ , a . ow —- = . - . a , re " 2 2 F . > ha 4 A ° . 4 ; . . wit Rab ‘ “ . Pn. ; ~= — i. a ‘ : F a : hs ~~ “ * . a r ; , hee os ua 4 h Go Fr ra - . dis 1 al ey Bane ty 4 r i. « ~ “~ é : is ; nentet ont Fier ‘ : ~ £ . ’ Coe eee Hh ge Gre: ae x , s ad — : x ” cng - wn . R ; — Shee 9 ae * “ x sy. ‘ ’ . a H ne Pa 4 m , * i a 7 i ws 4 { N 7 - 2 a = ° . - - ” . “ cal ” n ; . . bY . . nt - oe ae ie ie el ' ; - * k . a ¢ . Pa Part ' “ © pare ; * . we . er ‘ ; : 4 } . j 7 - me we . o~. “~ s 4 . . . . a , a e : ‘ he , ‘ ~ we mts ae ‘ , ' , ee ii i . ‘ . os " . ad —_ + . - ; ; ~ 7 = . . . . . - ¢ . a } we } ' m | avi pn ; gia: ' : tone 3 . 4 =: ill é 1 r 4 , a ¢ Ai ‘ > ~ Se he ‘- ie a ae) . ~ % i , ' . ve 9,° 72° =F <3 sw ~) 6-3 Da) p84 a) Sie 62) He 9) C1 - hd . E4.° mo x £ REDTENB ACHER'S MEDIAEVAL ARCHITECTURE. | Principle of Choir-ending in large Gothic Churches - ----+--- 114 Latin and Greek Cross Plans - - - - = - tae “Swe im tn Se Sin -112— Churches with a single Aisle - ------ << 2 wenn ne & 11h Dimensions and Details of Plan of Choir ----+--- “se ee = LIE Reetangualr ending of Choir and Nave - ----+--+=2#-<+-+----+- 117 Location of Staircase Towers = -- << - - ss se se nn eo Connection of Choir and Nave -----+--- + = = = = = eee a 118 Churches swith wo AR eee! ab ie te jie teeta ew tent ema cater 11& Plans with three Aisles --- + «-=-<+-<+8e#s+--+ se - e-e= e = = = & 119 Ending of Side Aisles-----<+ -©---++- +--+ res a Se 120 Gothic Choir Endings - -----<-- ha an tt i sy iy 120 TranseptS ---- 8 = -s ee ee eer ee ee wr Hw ee 120 Plens of Choirs with Choir Aisle and Chevet Chapels ---=+----=- 121 Unusual and Irregular Choir-Endings ----------+-=---:6 125 Plans of Towers += 3 = 2+ == eee ee ee eee ee ee ee 128 SECTION @,: INTERNAL CONSTRUCTION OF M&DIAEVAL CHURCH - - - 129 Interior of Nave---- s+ --—- - = = - eee wee eee ee 129 bay of Single-Aisied Church - -------+---+----+-- 129 bay of Khenish Cathedrals ---=----* = -#-+-----+-= 129 Gallery and Triforium in France -------- —_—----=-- 130 Cathedrals with Five Aisles - -+---+--+-+------ 131 Rarer @ases thereof ---- -- -----f-+- 7-7-3 181 Substitution of Stained Glass for Walls -------------=- 421 Hall Churches - - --------- tr eer ee mere rere 182 Churches with Clearstory over Central Aisle - ------- 182 Interior of Choir-------+-+-ee------ eer rere 182 SECTION 7.° mATRRNAL ARCHITECTURE - ------------ 124 mxternal Construction in General ---------- --- = - = 184 External Construction in Detail] ----------s-+----°> 135 Towers and Western Facade - ---------- ee eee ee 125 Towers in French Transition style ------------- 136 Towers in Gothic ----------- --- - ee rere ere 128 Forms of Towers in Detail, -+- rr - ee ee ee er er 127 Uses of the different Stories --------------->- - - 1327 Stone Spires ----------- - eee ee ee retro SG wooden Spires ----------- ee eee er rr err er 140 Koof Spires -------- i 140 Transition from Square to Octagon -~--------- er -- e = 141 8 : shh alas Me 5 hi el Masa al i 7...s NN tellin ’ ,* fi f a > ’ i ¢ Sey } 4 t Pe ; Me oad ra! YS Gane j ‘ 4 bi Psy ‘eS aenonamataga aI x pod B td gel : a Apehy ae hy ; pa ee eo = fotmiteD walegrot | a8 % pein, ln “se -- ~ oe a - “- “ ‘e en - em 1000 t9V0: feint. y fi CAR aia Ties j - “= “7, © ‘ “~ ~ ~daist ‘trood ‘Yo eas0 {8 toeqe ee mw ig + ~< o- aie t1o% bcod solissesad ba si ea to: geal ~ ie ee “-+- ~~ a le109 te Liane ie “ean ee ew oo _~— m ee ~ gefded ‘Ae divi ton ie is “sie a “we w= om alesred to oleded (were nw we —— ee em awobaik to eisoetifo a By ~ aelysd esti’ bie expe@mamoh ai awobwik to elisted | ‘ RR ee ew em ORT wobalw .83 Leen mw a i Lee, eee iene * ‘ . aetna: i's incl rindintarctinlben suds: ena mn a ~ oe bee otad ae. vieoes! wobsii =e : Se se = = yieost? wobni® nisly to eo [quiet : “se = eabie bevis) déiw setetips baa gelgseltT ui wean eens en se YeREIT 1088] te eorizox ee eee ee ew» yONTT to alinded 02 ee ee eee eee ee YMOETT To selttord Pew ee we ee ee ee em em YmORAT To Baliaiol 08 Be ae Sa sw wee oH - le ewcheds egoll bas Leedi .t8 a wt ew eww eee ~~ Bwabals Leos Yo eolqaexs ae ween eo ee Howe ww eee ee 2 « aelded wobita Se ake ne ee = CEBWO—yditts bas atied ,weolnie) £8 OL epee le aa -~e2 ee Fm ROSIN ~CaBd an nann en ne eee ewe et eeolni0d alee Snr lal ie oe ~~ a ie seeiod dled FA il iy wp oni + a ee agath ivol 6 (pons tT aide way ok om ele et iovisota wobats to seilter4 me Loewen meme 6 Sie le ~~ Bgithgod to eolitort oe ee abatt auolrs te eiedaek Istagei toi! 7 i 4 * dees i at ee tm emoes (om eupaensmo” to. nokiesnemsnxd bo if a ‘ie we SD ceseoka the Giddod ai bas elyse agivienss! st noijetaomeaxd 38 ee . ‘ TTF fi — : aka F at : 10,: 85.: oe Bs D3 REDTENBACHER'S MEDIABVAL ARCHITECTUR® Portals, General - - - - - - sp Pagel Sia Fr6 some in 2 wadeig: lah Regs Pai le, Poe aR t8 LEAL] OVE DOOR eel mee Re ee ae ma ane Special Case of Loor dath- = -<—-- = ++ = = etait. kc Aiwa M cs DEGOT ECAR OF FOOT EL Go yee ne eee a me se ee ee ee lated tir SSE LGR DOR CRLE' meen ikea mk RR He ey SP Bete oe ees CoP oT ork eat oxaille diemtnactaie tan rec coarse mRC sid hci abel wedi Te Wisc Oe mepeatingt rT) Gatels of Portals ----- Lola Kons, Chat mecRe OS OS Architecture .of windows ---- - skid aac at called bl bn roth ad ae Peni 0 Details of windows in Romanesque and Transition Btyles - - - ‘tindow Trecery - - - - = Ska es eee NE ee Rarlier Tracery ------------- ce eee ea a Dpeos el Bs Sw ee me Pe tee Se oe Hea a ea oe oe PLNGOW TP BOGry Tt, LSet oe ee ii ame teem vik eae et ee ae oxamples of plain window Tracery - - --=-----+=<-<= Triangles and Squares with Curved Sides ---------- Motives of Later Tracery - - cee oo -#-+<+6 ---- Details of Tracery - - - - - - wee eee ee ~ eee eee ee Profiles of Tracery ---#---+--+---+--+--+-=- 6 om ee Jointing of Tracery -- --- == Ra ak ia spree see feet oe ie ahead seg é wheel and Rose windows ~-------+-- oie | gah dag Ne sae oe aS ee i pxatples of RHESP Rindodws ©.) SEG ne ee en ae ea window Gables --------+- A eae “se ee eee -~<—- Cornices, belts and String-Courség SoS So Dase-Courses - --—----+-+-.-- +. SE a san aah sa LO Main Cornice) -)— 8 Sle wR a a ite ent ae. belt Courses - ----+---.+.- so lh aah le ltt at al ag ae ON nt a mR ANDO] OY MOULAI Ros |) ei eee! Gen hl eaerrany Gia at sae ale soo ele ot Honda Profiles of. hindow arebivol te ~ —- i wwe ar a tah lt eae Profiles of, Copings:.. mime ‘sean wi + on a beer ei ae te oath ol ban ae horizontal Members of Various Kinds -~---.-.-..— Pak ot tn ed Crnamentation of Romanesyue Architecture ---.--.-40202020727. Crnamentation in Transition Style and in Gothic architecture - - - Conclusion - -~---+-<.£-- 4.22 -22-2.0. er ea ee ee Ta A a aati.) eae 2 en a ee ee) * - -s f+ mo Oo 7 Cle OOo = << — + a Os Ob-"Or Oo a a F omer sa! | n nN a pe ai ard: 4 fh he 7 4 3 ‘ af. ! ra '* edie” Tay My tio r are, GOTT tx gokveler ..2 . > q ) Sr ‘am pele edi ak ot ee ulie ide as5w e4yvonsizio: sa sesh ben an os fd ‘edt moqu. bebito gob doddy yomsostidew ecasanitaed tin fteenvsdace 38 Petes” Tiana boteer ylno- euptina ont ofidw sua nadonsit® ek no nadd pale bod lusy au fog ga $0 eoignee feerd off at suetlies {edao3 ito of tg Ba ala treien palblivd be aeititasup $20%2 nates qd vige ,sdjed uno it fos evoiogge betoei49 oqwdoss LOG 2 eotepa lade. bre or ~ > ‘ ae ; ae he opel ida VuSZ Her eh ®, ida a wid 80 et at tuo bedtor vilagtemizg eingostidosws ieveyiher hrs, pe tietadd i aes pidowh eisiveiem goibitod Io savour Lisne ylovigkiou « Adiw asdoqwds fe ak Aguods ls. pay hy ee * Se boven eupiitnd edt mi sobtertraqoe is We fe bad ¥ixed yoosqe ef! io gobddsogath taeldom afd kaivea oi bebea@onue | ee 2: pbetlqas, dud ,supidad edd ae, solfoutlsieo ease ot? rae AO 6: att gittdion pre Yilees 22 cunesasitatal? yd beeogorg ems. Jovg wen oe tpaisned eit gow ted siel. 208 olbbim ond ot wird torivesl .cotreuate aiek ait pititesxe hadpe 2 a ic yak Anow @di “vo? ole st aint a} svi dhiud sev ee isouise beaob i ) ¢Losd ton eupiech 3 sod tien vahakbsiwd io molsxovel Siieisanm ody at ngs Legs edt noijoutianon @fem ot bebloob witssio: ewrootidow asi d t dexkt. hoidw ,eitoed tow faves ibell 10% bediewe whe waolseiobab ad Wt tauswego bebtotts solsem pence etal taenerto exivicas to eebl Ed tesccen eébfoads guibecoxe mio? to soivestauxe me aidt of Pee fe coe | my. aids bth souaseianed 108 OUPIRGE gontion teddy Letaite od. toa yeu $F iquoc faoa Jon it ,(itnedasemoo gzom aidt bib. swwdoatiders Os wove aott otic toeab bes soldosadasco af ieecs PED steloade df- tow ds 4, Mevestiem .Jadl alt 24 \ebadtes avo 2st tAyece bas taeg ene To aise edd Bawe ebueatey di. dolde ‘ot WNP Rei tim. Po) ga fd ton teomis alisoet » thteenib bev tenes tou gew oe eis HOt? Woded wax Sots janohiesto att Thy ote ‘Metta bso gined ts t Bae, use 08 Rebat thud edna is per, ote edit. Oe a ne ite tri sa nf sep kite 18 weiwesyl re. ns tia dutd Pac 1G sqidesow. eniyth to auiot gabled rar ta aie aoget tnedtogm. - Jeom edt. dowde. eit os ieia itotg ett boasleveb ¥ i ict 2 ; iy , at edT \yewolflot es botseut axew ga0x0 cited.s, MH mtot nt sotlias. : fwoztoinea eas ai t2 Se edt on, bebas alsie » iff ry 6ne ‘ean loo Fo ng odd to. fooa edt bag jgodeid ed¢: to\enords on: Lacerta st Ried betroant pouigenos, aa yerelo edd yo edu not of teweioy rolone smt00 8, boon ty, uLispay wow bae nue taow ly wasting bas. ip igh i hahaha i r aye ex ‘ / ‘ . . ‘ tela latsnoo edd ban B80 Se ‘doen’ ody gBB0" fe abied erg To aeor . O70" bin extne ods ga hrob bolieverg fee Tey To we? ald? a “0 5. ornt beliy th galed @asiq « spb at, yadaved fod ed be fgue:.. he ae A REDTENBACHER'S MEDIAEVAL ARCHITECTURE. SFCTION 1, DEVELOPMENT QF_MBDIAEVAL ARCHITECTURK, m4 1. Relation of Heal pewaln to ee aee aed penatagnnae Are eeeores. as Antique architecture was chiefly developed in the Temple, so was Karly Christian and Mediaeval architecture principally worked out in the Church, in contrast with Renaissance architecture, which depended upon the Palace more than on its Churches, But while the Antique only created small rooms. with horizontal ceilings in the Greek temple, or spacious vaulted structures in Roman baths, only by using great quantities of building materials, Karly Christian, biediaeval, and Renaissance architecture errected spacious vaulted churches with a relatively small amount of building materials. Architectur- el construction in the Antique moved within a narrow circle, although it succeeded in making the noblest disposition of the space; Barly Christian art employed nearly the same construction as the Antique, but applied it to the new problems proposed by Christianity. It really invented nothing in con- struction, leaving this to the middle ages. Neither was the Renaissance creat— ive in this field, for its work lay elsewhere, although erecting the largest domed structures ever built.. In the artistic decoration of buildings, neither Antique nor Barly Christ- ian architecture clearly decided to make construction the beginning point of decoration; this remained for Mediaeval architecture, which first rose to the idea of applying ornament where construction afforded oppurtunity, thus im- parting to this an expression of form exceeding absolute necessity. Although it may not be stated that neither Antique nor Renaissance did this, yet med- iaeval architecture did this most consistently, if not most completely. Thus it absolutely freed itself in construction and decoration from every tradition of the past and sought its own methods. At its Lest, medieeval architecture recalls almost nothing of antiquity, to which it primarily owes the means of its creations; what was taken from the Antique was not received directly , like the Renaissance, but indirectly and from Harly Christian art. in la 2, Basilicas in Barly Christian Art. After fixing forms of divine worship, Rarly Christian art Lukewise fixed and developed the ground plan of the church, The most important types of plan were those of the Latin cross, the Greek cross, and the central plan, The basilica in form of a Latin cross were treated as follows: The-nave was oc- _cupied by pelievers, in larger plans being divided into 2 or 5 ‘aisles by rows of columns; the middle aisle ended at the east in the semicircular apse contain- . ing the altar, the throne of the bishop, and the seat of the priests. A trans- verseaisle for use ty the clergy was sometimes inserted between nave and apse, and before the western end was usually placed a court enclosed by porticos.. This form of plan prevailed during the entire middle ages; towers were at first ) : at ; oo Pe “E wi aay gated as: sap (ized at awodas | eens ner asolliead qeitatsdO tlie idowde edd mort bedonJeb bas, eo tt a seme inal ox ne bey tan oe ed? jensed aeboow ditw agatlieo i ywotliesd to notice? 2. oH mend neowied hoa'tos- adores sa no: to waayior od? no bial ore eased _ beorwig o7ae awebit li @lale eibbio ens Yo Liew yrotemele odd fregqgue dosde stseb aco eelais, whia eft Yo @toos off evode allow yrotswmelo of? ai. a | yasolliasd bowret eis avobniw, Yrosaisels tiv bus asiale eqop to & ° mov? bas \Jdyted Levps to aglete div vod wc Lied mort aotionit kseduie Yiwa ofT awobaiw yiosatels tucdéiv eleia istines todgia &, doa aad fevourboa va pansi war dud a fesmoaiied & asm yiisvas sokfieed © cue et i : Ne a r batiney at8 889 pee ya Thi hs ee vol. (tet agotd vestg. 4 38 | io bg thpkgns: ois te iviteee “a bobeal ot \othase. egttnesys edt ai do vat gremaretios is gion irq ‘seoda’. om eniiass ya bogoleved saz, OCS: wh. 5 leupe fdiw egy: #agme soot) eat eutousta bomob alt ase eisdodst & > neiq eft no eowsups stig dtin mardowdo to veliea m of bs tbadwe id chested exoupa fe1tneo 5. bavogs beqiosy gited ‘eavds Yo ddgte ,avmed uy yelinw edd of: baesxe bos atetg edd toonzod eorogs te Luor td aig 2 bas wonob avow sud weosgareink edt seouob ode gattees aawote tied? y Ietrios tos gt dLind exw. sev iiasbooy béliao~os ef? ,aedote ukiiuog chars belfeo ai aevitnebaey avi. dtiw emob aft bes ivev eovieageds oGew 49 ey . os barsoqas eisiipe Lerimoo ods tuods agdor 10d} moilw yinO . ,enod evgd a oe it gawoba te ine beowelq ,suibh so aebalivo &, each eds, bus sevigaevey oad . i one pai teedyin ati berisiie meigq saguo joan’ odd saad os.) a Bae vee oo.) .eymkhdted Lexsaed 5a | - peta EW, ebious one plished hi 28 ae htatad® qfisA) ai epatb ited isednel: ae 6 1 wre hg x0 anawloo to elorlo ‘yenad ns to gattelenooe ,ensiq inmouy log a agin’, wedouds ‘Lied i as tigted Lsupe. Yo Lis ,eelete ofttavoago ons. to i emdoura hoa te¥ isutnos 5 dsiw eaciiiaad exil .eleis isiideo wedgld | : ‘feo isdno Etod aves “paul! £8 ages ibLiwd daxtied eacdt aawoba ce Ytodesse fo % és «oie 20 een pt ‘obaadot ous tote @ te dowd belois-3 saeng odds wiil aes seiieved Ja. abattl 2 odbl Re sob Aaa diserth Side rhe fo noiti0) beviaedal 6 } Lense ago, edt os wii toed ido. ‘faves than ai ednemele betinonaad en! ‘oe adquist feadgid esodw jemob bas siiuay aiowy watiunv leaned as | Hoa ‘géitaiadd yird to amtot fos siegmi vaon edhe oats Saa ‘added ond ta at begusexe yldnwottinnsa as ly eeoto dood os tig to eqyd aolitveg Tip We terete cs me “seoueeg dergaes eit bas jepiaeY go. Axil to domudd : toe Dd Beosiae k 31 Rey sanovell $s bas ens ts oxaetod “ ps = 18, REDTENBACHER'S MEDIAEVAL ARCHITECTURE. unkown in Barly Christian art, being first employed-after the 7th denture: free and detached from the church. f#arly Christian basilicas were covered by ceilings with wooden beams, the apse alone being vaulted by a half dome, “ &. Section of Basilica, beams were laid on the colymns or on the arches turned Letween them, which support the clearstory wall of the middle aisle. Windows were pierced in the clearstory walls above the roofs of the side aisles. These designs with 3 or more aisles and with clearstory windows are termed basilicas, as a dis- tinction from hall churches with aisles of equal height, and from churches with a higher central aisle without clearstory windows. The Early Christian basilica usually has a horizontal ceiling, but the principal nediaeval basili- cas are vaulted, 4. Greek Cross Plan. “a In the byzantine empire, founded Ly“transfer of the capital to Constantinople in 800, was developed byzantine art, whose principal achievement in arch- itecture eas the domed structure. The Greek cross type with equal arms was embodied in a series of churchesk with nine squares on the plan covered by domes, eight of these teing grouped around a central square enclosed by four piers. Circular arches connect the piers imd extend to the walls, upon their crowns resting the domes. The interspaces between domes and the sup- porting arches, the so-calléd pendentives, were built in horizontal courses or were themselves vaulted. fhe dome with its pendentives is called a penden; tive dome. Only when four arches about the central aquare supported between the pedentives and the dome a cylinder or drum, pierced by windows, may we say that the Greek cross plan attained its highest point. E.. Central Buildings, | Central buildings in Barly Christian architecture are circular: or rarely polygonal plans, consisting of an inner circle of columns or piers and one or two concentric aisles, all of equal height as in hall churches, with a higher central aisle, like basilicas with a central raised structure lighted by clearstory windows, These central Luildings either have horizontal ceilings, like the great 5-aisled Church of S.Stefano Kotondo in Rome, or are vaulted, like §.° Vitale at Ravenna. : 3. Inherited Portion of Mediaeval Architecture. The inherited clements in mediaeval architecture are the Roman vaults, such es tunnel vaults, groin vaults, and dome, whose highest triumphs | are found in the baths, and also the most important forms of Barly Christian church, the pavilion type of plan, the Greek cross plan, magnificently executed in the Church of Mark at Venice, and the central structure, best represented by S.. Lorenzo at Milan, and at Ravenna. . SHUTORTIHOSA. aavaaraau S'MUKOAQMATAA . of) ever eadys seis. owl? aft Yo woltoss seoto to stot ot Brager al nirdoiinsa’ bolaie~6 oli .ddgted leppe to selels, dviw eweouwa Lied edz bevel wink ae ont bas, »swobniwv yrxoteisele duodsin bas efets, fertaes -xedgtd * fet set @eedi Yo tnemqofeveh bas, sobtepidmoo edt x0 .awobaiw Yiodaregio dtiw— ome one ak hegofeveb ee , weet eae, {Overs thaa to movave - oxitne ait ghaeyed ; | ia eqowd Santae? to. g@eirtadsa: ane : ats a Jv gautomtidewA Isvea tbe to vid laphiy thal: sana. : 28 a} drwemisorg ati to adiens 1iug96, edt bdsiuedat, ourtoatidash inven bell hs ie oe, S000 afi .sonsiiiedat aids beqoleveb bas, besoqansit dud nel bia. aotsoustse aa dguoda tr ,«tevon bers daexettib e¢lup ylisgey exew enatg ati og toseousie agntlise: eneig bas. aased Ladies Lxod. "e} atiogque to aebi fostyyy. eddy r gaiaies “es ae, aict taetottib etkip to i adsogave | eaeds \Otloay bag Bodors, to er. t fo maeb!i biiev ylisteres add. pitow. agi Yo noftano: seh ade at bag ole ~ Taree a8 phrsed to adisg, beseennoo to go!ts ntdnod bas, besa geu , to sokfhyiidos to. . jak a : aoe a daubiribat nea bas Bits isinedoaweio.to ,23a tnegc gaieolons bate, galye m: "bi oe at ytian to etme eorevib dywodd be islet 3¢ tetemert to. efieg phos ett ae dere Ae aay odd * 9 Sa edd palwodti , Shekel fa baal wleolde - bali gpiblivd sds bas) a fase leo fsnewv eid “afl ay sid edtiog: “go. Jbiuae i 46% 08 Egtaon ited. od? Baitentbiodue di laged ywre ak 16 oeote Ag sein Suaist “a Bago ote te woes Wg ¢iedseo at boteeghue ti aa. ‘th: gn fBels fe base: se OTAGO | Pu. eee @ bootetebay oh taelysc taguvoe: 14a noite melt wedded - wana: do sueonnte : rey Bag ed? wt begoloveh of 6 new dertw ete deur aelins oct of Rowe nahi ton! seiqnia 6 yd beatistesxedo ots, ewdut. bas gang ods: i. ae} vse tie heat x Bd wot poode 1ebr jax’ omirsoes tdoas [aves iben. goltive bloow eeleis © détw asiq 6. idotudo ge avasbaetis Ile aisy su ee moot ielooga 6 ,elsyitae? so eoiviee siivth to solanetxe cof =. eacgtig i jar _dlormco aid Yo ebie dose mm toejoxg of aqeamet? bbe [Lin T bos, ,betivpas - ; ces us wd wOGl® tast edd de. shodo edeimger hextupes od Liiw ,yytalo edd Te 30808 edie owt goolg fitw I ,-edfe, dgid eft of nolsibbs, ak yusekooen ots , i 1, hse Ow ole’ g of .adgeanei odt to ebis tese odd ao sags aloo ony shined gle ebb x , + “evo aotreling egtsaie, (Liw B ,eotwiea entyih gaiwh non sort sem oo eayew: teJa déiw exewod ows obsost teow edt mo extuper [ftw ezedT avi 6 méi¢ acewted wbulont syorod acodl .exowot Lied mot (iw saoltsoq te J o + bose alode edt aeewted .evods, vail ing ang1o as bas woled oiuditaey 1 eft of aasoos wvly of arowod easotiase egnaris LLtw I ,s08ge, ebte tolViwa od kikw doaude odT donde wit to tadd abd? tewol ,xtoe ede bet @ gfate ebia dose bas ,.d% 08 elwis elbbia edt edem f ti egret 4 Linde i ad tuay niows, ewmupe ddiw dowmde edt tevoo of datw T goat? | Alea foay tot seteypa cia bus, oleke elbbia adt rot eersupa List eons aad oie , Leda I .wowupa opie! ed? Yo eaodd tisd ex aobla eacdv .eleis “etlvey «eliswa odd “ot wono teddgil bas etiuav egui elt sod axedg 3 exit te eosqe femredn? eit nyiees Lhiw I. ,ebsoa? feew ed? sa tewos d doeiory erctareds fave elise wdolds siedT olsto obte odd os my nse jee v¥ieves aodé ysu ywling aagio eit .towido edt to aehia oleate she . ” me. te pacd? asdf seentotds esol soriupes t Law tnoxt oat aetmoupea Lema en a rk eeenan edt gan (ite 1 41 ‘haoyed doatorg Litw arvewod edt dads Om dew a1, rag eiotsweds Liiw si bas olabs efbbia edd ae dégnel once edd elats per vat t ashy hanony ei? .erwu2 (ieme s to ebie s tuods even aft to ebie oh sao. ry ense eal gainorse2 To aaenomg isoftgol s. movi yfer tine atlueet ge Lage tne aig ae. Liew 6 anabaan aaaris Liat Santhadigacs en? tugega tron Pi sme ©, ane é Jdorio edt % eons tneg | eatuey edd sees {iiw dolrw ao. eadtons xd aretg eis ¢oenmos fave f. “ , § Baxtine oily ota nege ifiw dotdw. aetyetisg ed of om eelete, bia edz ge. oe aldtaaog as wol as eaedt gdem of duty Leoni § .againegs abin td ii ext iw oleis efbbia edt ¢xon aodowe ated? ,eosqe edesw dos bas ,alaited rananioo iisae ‘ad bebivih ed of ,ayrinoge wol Uleviseter to settee agourcivaeo | to elke yrodarselo ed? Jentegs, tude, asieie bie ait to etoor edt eaedt god ceonge ‘Siew egwe{ vediio obtaat ode aa ved aay i ,ofate albbin ef. ft -— aantso Lisae fo aaivee 6 to beacqwos mabsot iis axountvaoe s ‘to ,ayaivatag re éeety ond: eoneusoo LLiw wus OES atdt evodA .verdow bas me ay ef 4 iis i oe ha is ak . 5 YY 14 REDTENBACHER'S MEDIAEVAL ARCHITECTURE, vailable for their solution, basing everything on the problem itself, For ex- ample, if about the year 1200 a church were to be built in the Rhine pro- vinces, its size being fixed by the number of attendants, the architect reasoned as follows:-- the nave of the church must be large enough to con- tain all attendants at church; a plan with 3 aisles would suffice for this purpose. For extension of divine service on festivals, a special room is required, and I will add transepts to project at each side of the church. For the clergy, will be required separate choir at the rast, Since two altars are necessary in addition to the high altar, I will place two side apses beside the choir apse on the east side of the transepts. To separate wo- men from men during divine service, I will arrange galleries over the side ais- les. These will require on the west facade two towers with stairways, whose up- - Ler portions will form bell towers, These towers inolude between them a vestibule below and an organ gallery above. between the choir and the side apses, I will arrange staircase towers to give access to the roof of the choir, lower than that of the church. The church will ke sufficiently large if I make the middle aisle 50 ft., and each side aisle ©5 ft.. wide. Since I wish to cover the church with square groin vaults, I shall have three full squares for the middle aisle, and six squares for each side aisle, whose sides are half those of the large squares. I shall need large piers for the large vaults and lighter,ones for the smaller vaults. To each tower on the west facade, I will assign the internal space of one square of the side aisle. Their thicker ealls must therefore project beyond the sides of the church. The organ gallery may then receive the space of two small squares. Its front wall requires less thickness than those of the towers, so that the towers will project beyond it. I will make the transverse : aisle the same length as the middle aisle, and it will therefore project on eech side of the nave about a side of a small sjuare, The ground plan there-fore results entirely from a logical process of reasoning, The same is true in working-out the longitudinal and cross sections, as well as the external ap- pearance of the church.. I must connect the piers by arches on which will rest the vaults. Above the side aisles are to te galleries, which will open into the central aisle by wide openings. Since I wish to make these as low as possible to save ma terials, and not waste space, their arches next the middle aisle will form a continuous series of relatively low openings, to be divided by small columns. Where the roofs of the side aisles ebut against the clearstory wills of .ghe middle aisle, I can have on the inside either large wall spaces for paintings, or a continuous triforium composed of a series of small columns and arches. Above this triforium will commence the great vaults over the | As 'aSHDA gd Tos at wit eliew ‘peor Be edt nt avobatw pecs 9 fede 1 _slais efbbia aay Teatesnt fs bas eetrolisg asiw sotiiess hodiuar-atowy 2 eoub Pas, aU ELOtiss be lis ween Goes ont dowde oily 30 tod dose Yo ‘aoltedze of? aes yd batdarl ed yes neine lias edd bus jawobaiw extnpet avlats elets bla od? bas atesentiq yd aysd taoxettib ode oisieqoa ILiw -Eakosoagyate add redtegor soennoc [ite 1 waemoo-tied 6 yd aettzel pelo, odd ebivib oa twotl {fiw eee itt dow—bavor 8 Yd seo goes LLin I. ehsoe? alee add m0 velais eetevenait edd es ilew en b ot gn tbaoquento® telisg agyxo edd at wobatw mmexg c costg bas ei Tiw I dotdw at ,oldes s yd @bapst edd awor iftw I .ofets efbbta beast fquensid edd tsort AL Ew 1 woftte odd digki of wobain bavor "gal eluditeey edd, woxt rosedne exe anewot adl eheos) legtouktg fasten edt evodA .ynisdgtf wot awobniw Liam dtiw oftis atid og etifed neyo oll ‘gaied ald’ giods. ,a8a0qiwg avolisy, tet v.tove 6 rT, ‘Yo esa gs {isma odT otige ed¢ to saad edt to vrofleg s egnst dxe vol 6 ego sus bute -awobaiw eeads to ows yd eeys thors agied ro erowot sesc-rinie slodo owt et soanios of ativay avi vvods tides, Igvesthem ai anzieeh fig dk atifooo eaccom Isotuol ath? * for otew bas. meat old adiw sorte rooos ai Pasetahe etew yout vot aa sie enokt Bey ‘ Newitoos ido tavwathel to 2boixe4 fagioni it ‘8 Lak Seisiadidon, teves bol of maitatidd ylisd fort aoltianaté of? gnte aid to bas, (at8-86°) egcomditad® Yo Jedt ao ,boite ne tynévolwed one ‘eds to teas af aegs olbbim edt to hoiteg veed uA? Yureae? As? ae ebeeni0 de¥ edt to eaole ods Abtay S80! at sal edd to Qaiiaiged ede lage ytutav8 Adve eds to ‘bne edt of dalt odg to bay efit mort to | ot ot Ylestiags geoufs acy etufout idiots \Vitssae® dhl weds Fo wld sf divolin? edt .ydtel odt wd belloisaoo abiswrests gnted \yyreto b eds at. Liew as yiote id {eves then to oemwoo eifdne @ds aenimiest 4 “.botreg {soltodaid mens eninsxe jan it ru doe? bios '- opmemetied) OF auotaso {eves thom to whavo? euad ond aH apneas lxetd . @eiqosg olasaie® evitining {le, besins ofwavineg bebada ismo® prejareng fice nea add ao ex tyao tignot tneteas, edt erode asco mated dgtw beakduoo seurmouttn? emdlvo poboumedol yitusg baw, 7 fy iat itv LT .ayeteaslug yd bosstooed ed fliw bes awobretw on beeu ofa ” set bee apaiblind ¢aoietith mort aovitou gaieap lq hetoeiion r6ven) ¥ beoubeb ‘ton fnemele yisve betoo{eox ‘tt (yxsidaco odd as sreddey 18 her tis ta yoomisd edd abaegsh ality 4H obtelove Isiten Ya. ae 15 REDTENBACHER'S MEDIABVAL ARCHITECTURE, middle aisle. I shall place windows in the clearstory walls. Thus I shall pro- duce a groin-vaulted basilica with galleries and an internal passage, the so-cali- ed triforiun. The exterior of each bay of the church also results naturally. The side aisles require windows, and the galleries may be lighted by round windows. I will separate the different bays by pilasters, and the side aisles from the gal- leries by a belt-courseo I will connect together the pilasters below the gorn- ices by a round-arch frieze. I will likewise divide the clearstory pilasters, as well as the transverse aisle. On the main facads, I will use a large portal, and place a great window in the organ gallery. Corresponding to the roof of the middle aisle, 1 will crown the facade by a gable, in which I will pierce a round window to light the attic. I will.treat the transept facades like the principal facade, The towers are entered from the vestibule and require stairs to the attio with small windows for lighting. Above the attic, I will provide a story for various purposes, atove this being the open belfry. I will ar-_ range a gallery at the base of the spire. The small apses of the transverse ai- gle need no windows and will be decorated by pulasters. I will light the large choir apse by two or three windews, and arrange a low external gallery above its vaults to connect the two choir stair-case towers. : This logical process occurs in all designs in mediaeval architecture. I+ never collected pleasing motives from different Luildings and fused them to- gether; on the contrary, it rejected every element not deduced from the protien by natural evolution. On this depends the harmony of all mediaeval buildings, for they were ddsigned in accordance with the plan and were not fanciful combina- tions, 9.‘ Principal Periods of Mediaeval Architecture. ty ag The transition from Early Christian to Mediseval .rchitecture is formed by the Carlovingian period, on that of Charlemange (7@8-814) and of his successors, the 8th Century. The best period of the middle ages is that of the Crusades,from the beginning cf the Ist in 1096 until the close of the 7th crusade in Te91, cr from the end of the 11th to the end of the 12th Gentury. Before the mid- dle of the 12th Sentury, architecture was almost entirely in the hands of the clergy, teing afterwards controlled by the laity. The Carlovingian period de- termines the entire course of mediaeval history as well as the development of architecture. First examine this historical period.. 10. Oharlemange. » Charlem&ngé was the true founder of mediaeval customs and culture,a broad- minded genius,who united all primitive Germanic peoples, and intended to re- store the ancient Roman empire on the German soil; under him, Roman, Byzantine, and partly Mohammedan culture influences combined with Germm character. my : J & ain eriqne a ‘ insisg Lad "3 tehiod gaibu loxe afb & : sei ~Ofgad yd besidedat ye “ i Bapiees an ihe eo eR edt Yo nobgatd edt .avbewd bas laoktibbs ut no idw! or iqn@e enidanaye edd bas. ..eaniviee. eae tteg [n8 eigait lech Nissl wiodsvoa! bas yetsemied tong lah .covar® babslont enous’ ‘ pte wid Vebuegoh ilteths. or tgme ae bgntvo fas) edd to wxot atdt ad wtiiais | ot oad ashte bdD ylimeeing oF Ue, ousdoett fdows flavaatbem to noksifoyv ive “ ; - gal oN i etd xiii nemoR~neaagD meds. .YSinslteial? yd gi sot | abe | radon bas arhigen:! 1@ Mobtstsbianco exb dtly .2tceme le Ismet - a bas settacpii-oi it) 26 ono genders bavot of botiash sgnsmelisdd 0 ht seiethy based ,eodaesiacu? ~oiqnd te baits of ee youwbaes idcustee$ | is bya. a betootia- cals alnomete nabomasdoM gud - .exivurei¥ Yo vbyte. tsi: taboo BET AE stag’ to. 77818) betevpaoo ogasmelied? aadw jeautows . ignos bee Mi axgod enw svObT0 fs, eupaok edd wtaod ast ga ybows or berieleaes! od viseqorg ny SLioo a9 ,aseb? henis Javo arte y ‘ . (MP TbIOey in aint desk? tow, botnieg like vbolseg ylime atdd al 09s atk wor: ‘to eupecll ody ni bavol sestinse ai ¢t dow Lewrourte » o dots oe odd as sau at ybsotle enw tt vw toed as8 wht wpa? LObS gh gnbars Lemogeth eA COcRE BARA tHON xi gedowdd oft jo dina | psifeqedO+el-xth. 15, Legbedesd a ‘oymemelisdd ai bavod tart ibe at disq tastrxogak feom edd exalts sions ,eantbiivd ine ee HOS 200 fie to ebiz: dose mo beddtoeeb od of otsnge 8, aniowead 5 llega fc. doiw .aebie 62 46 negy fog m aistdo ew .eslons aleds oes ei eifeged0reirx it te isibed te? ods to aglg oat ROTEL D ori Bie taWol edt nt herevo> ets olais wedwo aids Yo aves wingneics off {6 2 ° 16 unt ‘ylno bavot Ylerptvesy ovigom 6. ,atiosy niow wslugasics | benisiace “bssrfs of leged?- seth ge nefo bavosy aidt tua -agithtiud ag tiis qiletimare bas .2ls tbeddae. pido” Yo gatbne-sicdo edit to se fe elas. 8 fo hes (2.417) ooke fh ni middaisare® ts dowd? ed? fo ens , {anogetoo oft Prego owed odd od bacgee ts00 dotdw (8 gf Mix di ta faabad ted ‘ont. 6% Iebon s as bovv0e yidadorg | nidennd % ene ofall the imo? wi lvotke danzetxe ast yd yico ase ¥tib $2 do id ie} sw photyaes yliase eroteieds b Luog has, .eliaso s he egasmefasd? 2h ig foe gmeutag oft sdoadbt o¢ anthro com .yautae? ddl edt at betoers get lind ie ) 6 ofbbte ulus edt to nanthifed Dertaeo vate Iie baw deeds roi” sdanoU bad Lach enodanu eh os eee yloli odd to ee, edt aver abies Tht bey a, r ee oF past : = ‘aod sean fang ebay, move laeuidie 908: ewlorerd ot 18 REDTENBACHER'S MEDIAEVAL ARCHITSCTURG, - Charlemange's empire comprised France, Germany, Italy, and thus Central Burope; excluding border races and kingdoms, Slavic peoples, also Spain and England, inhebited by Anglo-Saxons, Irenians, Picts, and Scots; alse excluding Denmark and Sweden, the kingdom of the Avars, comprising the greater part of Hungary, Bulgarians, Servians, and the Byzantine empire, which in addition to Turkey in Europe included Greece, Asia Minor, Dalmatia, and southern Italy from Naples to Sicily., On this form of the Carlovingian empire chiefly depends the entire e- volution of mediaeval architecture; it is primarily Christian by the prcetiem set for it by Christianity, then German-Roman from the combination of different nai- ional elements, with due consideration of Byzantine and Mohammedan influences. Charlemange desired to found another Kome at Aix-la~Chapelle, and his archi- tectural tendency was to a kind of Proto-Renaissance, Lased directly on the study of Vitruvius. But Mohammedan elements also affected Carlovingian archi- tecture; when Charlemange conquered a part of Spain in 778, Moorish art was al- ready at its best; the Mosque at Cordova was begun in 786, completed in 965, and contained ideas, that could very properly be transferred to Christian archi+ tecture. In this early period, the pointed arch first occurred in France; as a structural arch, it is earliest found in the Mosque of Amrou in Cairo, built in 640, from the Sth Century, it was ¢lready in use as the section of the tunnel vaults of the Churches in southern Fmmce. The diagonal arrangement is a motive first found in Charlemange's Cathedral at Aix-la-Chapelle, except in Mohamme- dan buildings, and it plays the most important part in Mediaeval architecture. assuming a square to be described on each side of an octagon, and joining their angles, we obtain a polygon of 16 sides, with triangular spaces between the squares. The plan of the Cathedral at d4ix-la-Chapelle is thus formed, (Fig. Digest triangular Lays of this outer aisle are covered in the lower story by triangular groin vaults, a motive previously found only in Moorish buildings, But this ground plan af, Aix-la-Chapelle already contained the germ icm ea of the choir-ending of Gothic cathedrals, and essentially differed from the pie ans of the Church at Ottmarsheim in Alsace (Fig.1), and of 5.Va.tale at Ravenna ( Fig.2), which correspond to the two concentric octagons. The cold Cathedral at brescia probably served as a model for the Cathedral at Aix-le-Chapelle, from which it differs only by its external circular form; 1st Malcesine on Lake Garda, Charlemange had a castle, and could therefore easily have known this building, erected in the 7th Century, acacrding to Hubsch. The primary model for thes. and all similar centrad buildings of the early middle ages may have been the Chapel of the Holy Sepulchre at Jerusalem, tuilt by Constantine 322 to 33265, We therefore seo that even under Charlemange, these ifportant motives of Tie ee Re el am K" wae, ae biog i iia ge } eats aaa aes aoe ee Pls EES ees h a re ie ; 5 a he ; if . a r éé «| ee : . 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Mie daew pais 1osa0m Otek agar by: Sivih watha oll gaot Lind gird eae daeq & (Beomivor, a cab pina wid town velisyed ati iy ey 8) oy b bediaodat aid eebse ORE a hits Hesicerrt vecmene tbe ~araon int 9 rapadeeaes iNbertins ; Sou Bey tived. saan tadaagé ‘Os baniedie 7 24 Roe (fleas yt! rns | lenksoues doty sas gbaap wud Wie \ 5 Yt wai test fas mats: ,doaeet od Hak Babivtd PIMTOaTL: roms Is > gia S sivAgod Yo acontvotwg Gat (iA .equo4xg isuiteosidoss: » ofb odd wwieelitow viedtuat Gonnod yatdtomee aags- olbbiu off aeemaraah tei6. .yotiies Ls tion duot ddiw attiiesd ear to says nua ioatas eee to ash: sath wild to eo hqueg bau auoitvera »il a4 "afte dot Od agitid i led, ede Weg teweog ods ouscvayidorwe io ae te coed As dion dO Adie sotliead ‘eas achhond Bah Noi DS elyven oss ‘adn eins tooos Ad aemlilesoe NN Cem pE aka 1. eRORSe hae 2opataawbse de Lo R29 - ebaus Ys aon? wtateadood beaicgbe, goastt etme Veliov adf bave.; , arayvegad do 4 V@anonsarn haut Swedynti ove ade, word. Pipi itio- eidep gon don yakoge | vk Pasonguitn: edivasayd yo tcow bux. diuor od? af betosits yliedowqas 3 a ot Snow tase ial ni 8 iqont tag satta? hee edhaw® sigiwe wenoisadey oaks Torre 9803 ~o | damit. tat oN a td Aeyoa wid al ‘ban ,avgneuling de ined” eh wtoted LAQeSey ainiwol lor ane Yd hewiclaye et: sii? bate Jodo ‘ +e gdan? Se viewer? | dud yne, bente tage Xisoanes yous Jagd bre y bet D mY es op 36 » hav tau Loxe saouie. bswaseaog @tigas eattaes y@ al bao oath. Je fae Yj ‘Bae weliaen near Yaen tebiget. .aeoto deeyl edt to ely oid ywiven j af bniail .otgoic? ,aevert to eeatin pit eWiow® af vided 2 : a0 seni abiwk Yo eedsio ot? - sonst? at ybaugw ee : hh Te) et A > i Pd sd ve) 4 } be} t ( , hi i Y age Td / f ‘ > ev), a aes | ; moo TN Weal ee De Fe a aa 9 re eae : plies ‘tad ais c. ous wate J dys ree ie dipts ho. wud ‘BMOE | eid doar ptisnely: dan te 47293, Mbise oad enisgad oats. yods Jee, xtodeda. To Stekeg” PONTE .eunidliod gemol at doty eistosaes etew gacd | | vesahaper ~~ babi beniases. wrod atirmaanae® p rer el t< pia DERNBACKER'S MELIAEVAL ARCHITECTURG, vruly mecisevel architecture cecur; the pointed erch, the diagonal arrange- tent, and the triangular groin vault. 11, Pest Carlovingian Period. Charlemange's grandsons Lothar, Louis, end Charles, cestroyed his work ot union by the partition treaty of Verdun (842), the origin of the German and French nations. Thereafter three natione] groups existed, the Gallic, Geruanic, and Lomkerdica. ( Lothair received the kingdom of Italy, excepting Naples and southern lialy, Zurgundy and the countries cn the left tank of the Rhine in central Germany, so that thenceforth s continuous line from Italy tig Switzerland and e tone the Rhine divided Burope into western and eastern portions; Louis united wi- th his baverian cuohy the German-Prankish ennai a part of the avars end Fer: nonia, @llemania, Priesiand and Saxeny; besides his inherited Acquitania, Charle oLtoined the Spenish Mark, western France, brittuny, Flanders, and alse west- ern burgundy. The three countries, Trance, Germeny, and italy, from their be- ginning not only tock in charge eli further culture, were not merely the chief makers cf history, but they also tecane the early seats oF ert, end. especially of architecture, divided into the French, German, and Italian or rather Losbar- Gic , architectural groups. All the provinces of Letheir's kingdom had in the middle ages. something common in their architecture, the prevailing Somen tyoe of the basilica with horizontal cgiling, later grcin-vaulted. The provinces end peoples of the kingdom of Louis approximated in their wrcehiteeture the general type of the tuildings in Lothzir's kingdom, but BOme- times developed the basilica with heriwontal ceilings or with vaults indse- pendently, sometimes in aceordance with the people ct burgundy... The Rhine ore- ~ vinoes, by their commercial advantsges, and Sexony, prominent under the Sex- on emperors, played the chief parts France adjoined Lotluir's kingdom and e meat and was quite cifferent fron ‘ale two kingdoms just mentloned: it was especially affected in the south 2nd west cy byzenbine influences from its mari- tine relations with Venice and Constantinople, in the southwest ty Yoorish- anish influences, imid in the north by a Noraam-angde-Saxcn coloring. : This is explained ty the following reasons. before Charlemange, central itzly end Lombardy scarcely contained any but Roman and burly Christian buiid- , ings, and the byzantine empire possessed sluost exclusively domed churches on the pean of the Greek cross. Sesides many foman castles and isolated Roman baths in Germany, the cities of Treves, Cologne, Menta, Strasburg and Regens- burg were especially rich in Roman buildings, like Provenoc, Auvergne, end Burgundy in France,’ The eities.of Arles, Nimes, Srange, Aix, Avignon, Autumn, ond Cercasscne, there remained important Roman buildings, then used for ecocles- iastical, secwiar ond uilitsay purposes, A411 these Roman buildings exerted a AaNOR MONA eg | c Pd aiedt at erie leven thba 0. consults: bebtoud > tert 20 tnondses edd sud | aorgsou Tse treseThtb edt to qetoarsto isteneg' Pei tare jether , aheiee. bas Uses naeseow ‘a! bowmeqgs. gvonen [tat enitvasays yw moassa edt , x ni edt as .voide’ aogwiod anotdseinunmos [fs seid aaw (simativpos al - eduot mien edd. gnois beaang ons a aed x05 bas ,tase ods ddiw eoTemmoo {fa Fas gajaasg bas nisgé bauaw eysyor gaol eid brovs -ot ,oons ra mreteaw dgvoiwd | Cee emijiasa od. 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The maritime traffic with the Hast found safe ports at Marseilles and Narbonne, whence its goods were carried beyond Limoges,ihe seat of an ancient Venetian cilony, to Nantes or Rochelle, and even to Brittany, Normandy and England. The arrival of the Venet- ians at Limoges in 988 or 989 decided the coloring of the entire civilazation of western France; from thence the merchants sent in all directions their spices, or- nements, rugs and fabrics. The important abbey of Periguex was founded shortly before, whose church exhibits in its plan so many similarities te the Shurch of 5. Mark at Venice, like that, being covered by domes over square baysk,the send- entive domy; this was the model for a series of some 40 churches in central and western France. The Normans were we warlike and active race, filled with energy and desire to learn, not influenced by Roman civilization, Lut accepting Christianity, and Le- sides the Roman and byzantine elements of Civilization, they formed the third fac- tor, which aided in determining the architecture of France. Their peculiarities were their practical Lent, appreciating the economic advantages off durable cons- truction, a desire for fane impelling them tc the founding of permanent monuments, a love cf splendor and lavishness for pride, a knightly pride with the old nerthern rudeness and hardness, yet with this was joined a receptivity for religs ious feeling, causing an energetic acceptance of Christisnity. The great province of Neustria: around Paris, also termed Francia, understood how to unite :achitectural elements from the countries already mentioned, under the influence of Burgundy and Austrasia (eastern France with Belgium, Lothringia, and countries on the right tank of the Rhine), in tuilding the Abbey of 5.Denis, theres by creating the Gothic style, the name of Komaneg-ue teing applied to mediaeval architecture preceding this. The yeriod from 1000 to 1144, the date of the found- ing of the Abbey of 5.. Denis, is that of the Romanesy:uve style in France, and from 1144 til] about 1227 is that in which the Gothic style attained its clemax. Al- though during this period some details of the new style of architecture penetrated into Germany, and gave a peculiar tingle to the Romanesque style used there, pro- ducing the so-called German transition style, the ground was prepared for the ap- pearence of the earliest German Gothic building, the Lietfrauen Church at Treves, commenced in 2ee7,: aa dmg tel liceg g, berate te pre Ra ot bamiiad eyewin ew Yds me ¥8 ad-odt ai gnsdroqut fvon asw si (ewioed tlow Isvesibes ‘te nottwlove | 7 ate rh fi oqo” ‘to ener aretase eft of dis bas nofisstliyto tod ‘Yo | Bey rea “ ’ ‘teqoxd Gey of bbeEk ae | te notishBoesoe ) hedngs edd at aobeac2? edt of edsignivolw? eft mort 3 edt aca tgnivolys? edt Yo baw ode Tosth . amobutts dietoow $3913 eum y ‘ pal datit tiedt wis bensn gaied SS! tte Ve? wo1t sonst? xi belies t gatbas yYagnte? af seontrg we tgndteato® to eeiiez edt To beetanl | Jeqs? Steqme cifisa ods yd bewolfot ,Gt@ ak bebesooue eAuod isiteam! woxe? eds Rises POSE £4) BIL work, ane tvs tanodo!l eds vd bas Aart trig eSOL 4 pear: {iit viiane genres mot add: iss! belloataso srewoy cry lan 6 funty elle asw egol ods: ,eorcmetted). sebaU .ahase tt%s foos verce odd ee etd. aette dmebnegebal gttagoed yino yoage ott ,."spine7% to qodat? 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Seyoique saedt ef ity 7 rLowo webas vite a otnt bobivib ~ratqoeg oifled edJ io 520 setae ad T bas, yt ya memofl yd gataoloo efi dite ‘esomebnoons ni eitoositow. Yo aequr. ie jane nn igteaoy, eit to eodevpoanoo at noltanidaco eaode ,aeéneuttat maid foe tbbin oat tuods, ngrieo0 eobsauw edt to bolwq sd gatsob aokisstlivte 0 eae | ait, to ysinioiv edd-mi ,ywsnes dst laces gon: isavketiev ni Se athhn qwisety yo eoasrt aort ereltih yosmw a ie “08, ‘aoitey $2 | asoale tb ghevetiib edlf sud ety toad idows, to seqye ots era as Ie trpstaod dtiw sotfived eat ,. weldooeg edt to solteviish ont o: ge thro ieee te Serene nee tre edt Wiseted gt otedwyneve e fisve tq. adfugy. we ote vO att. tats rh o6, seoneuLtai ‘oatsnes Ya fas ashes % 8 domi ctom batt * 19 RUDTENBACHER'S MEDIAEVAL ARCHITECTURS, To avoud misunderstanding, it must be here stated that the Romanesque style in nowise ended at the introduction of Gothic at 5. Denis and at Treves, but the new tendency, like a religious faith, had to gradually conquer its ground. Ger- many was always inclined to decentrilazation, and took a peculiar part in the evolution of mediaeval architecture; it was most important in the transmission of both civilization end art to the eastern provinces of Europe. 12. Middle Ages Proper... From the Carlovingians to the Crusades is the period of consolidation of three great western kingdoms. After the end of the Carlovingians, the Capets ruled in France from $87 til] 12668, being named after their first king, Huge Capet. Instead of the series of Carlovingian princes in Germany ending in 911, the Saxon imperial house succeeded in 919, followed by the Salic emperors frem 1024 +111 1125, and by the Hohenstaufens from 1168 til] 1254. After the Carlo- vingians, two powers controlled Italy, the Romam-:German empire till 1056 and he Eapacy soon afterwards. Under Charlemange, the Pope was merely the "First ishop of France", the Papacy only becoming independent after his death. The secular authority of the Pepe was established under Gregory VII (died°10&5) by the subjugation of Henry IV at Canossa. The period from 1056 till 2254, the end of the Hohenstaufens, is that cf the contest between papacy and kingdom. Urkan II originated the Crusades, carried out by his successors. This is an outline of the historical background of the architectural history of the early middle ages; a new love of life and "willing sacrifice" in favor of the church was awakened by fear ot the year 1000, predicted to be the end of the world. The ruinous ancient churches were rebuilt, and innumerous churches and monasteries were founded. Cities gradually prospered, and since their wealth, with that of the princes and thet of the church increased during the Crusades by the exten- — sion of the commerce of the nations, they aroused x: peculiarly religious inspir- ation, and made it possible to strengthen Germany, Italy, France, and England, while these employed their power externally... The architecture of the Gallic peoples, divided into many races, evolved differ- ent types of architecture in accordance with its coloring by Roman, byzantine, anc Norman influences, whose combination in consequence of the general rise in civilization during the period of the Crusades occurred about the middle of the leith Century, in the vicinity cf Paris. Germany differs from France by greater conformity in architecturek not there divided into types of architecture, but like different dialects, it varies ac- cording to the derivation of the people. The basilica with horizontal ceiling or groin vaults prevails everywhere in Germany, the zntique coloring of the monuaients fades, and 5Yzantine influences are scarcely visible. but the tunnel vault znd dome long continued in use in France. At a very early date, a chief t 5 * HS. ea ; ied ; ae ad : if ; . Oo s. dtinv © srs elvis, para iden)’ edd at wise wtins SEAI00 Yo6 svivoa nuda oe edt diiw yasae® at antsestéacs ,() | tT? sleqesdo to 2eizes ae BET) omlg tnnqadad ede Agtw bai (2 824) ariode efduob Asin ab riarbe biedaol Wd beonmen Liat ylleioogee eaw yYmimie® .yistae) ayst wiosdidows dowde misaiwd® yliusd~neeol of sotedds YlYeido, ybisdaod | rc ot dsOl odd mort tavbwegebat Yliscttifog ace tod quam atin bell een eds WS beaitedosisdo af ybtwedmod .yles! nt eiedweals oh Mwmsaed jiteroo 40d gonew leg 6 col sgom bns atimirlos eldism ,aist: wedsa garbhilod eermnenes etelgaon bas) dmetelencs to sowlyen ,allaw to? eaaitevon nt fetutotisany to eas Saitiuee+ of: \ ateS2O avotgtied BL DS buthantite | raat grivougai ae Bias ,ex00m VI ls looges Ya 7 Lo edi. | ‘petavid ive Viteito ysinl odd Gyatned di8l ods at Cisne gay oegedors 4 toda L fud \@eitedasaom ai betsowhe Yllexinizo etew .ebuswiette ewtoede is ioos [stiteiett at nommoo ab Bediow odw .atootidots tdebaogebat enso i edt to tied taxit edt mi e@¢fuees eid eaybol a temtiow of aeft Ro? to e1so eft as Hew cs ,anedetolo bas eanthting Isgitestuelooe eds ateds tet ks, tate Lo edt io eefdub tetde. Atiweied? hetosnnco asoneios edt es daoliad ont 290 aaks sedzo cans dns drogmi @eoi gomit tedsi at saan | ot ddguord geitiouauce to dtymette beeeetoat odd bie go: itis te ed a “nohtu foe sneie ees se aeixea s aéps olbbin wisi odd ai db iibae t ullstoeges iis Melee ts conbioibens’ odd ,atebto evotsiles groms ivoibeaed a@ Yd bebnvot saw deow od? ai Yrevasmia rertt eis ite = etabnd edd to asiua edi tebe beos lg bas ,slaaj ws? at onteas” esgont Le cine i te wbx enitsibenss ett Jaden) nope to Cionse? ody fizay estab pone §.-.8doda tidoxe, 008 .slsatbxso WS ieeqoq SS borleinw? bas eslwwiaspon * . ods ‘gai yenshtceh tsex ofmt Eley anon dae nettwesnoil pagan bd 5 i Teh uIotet bobeen brs zeliweae? Sf ae 09 bobauot) avid. to etoddn edt yd besereneses easy s9ob10 soiscibanes od? Ze pees met MoLIG wea xuseti0 to ysetesaoll edt to efut odd asin eonebiooos né a yedeendn » tednull 4 imaiotteoas i91evea aot Pusdol sodds enlloibaaod eds id ea @aenitin aren ans ior setd edd bas .xuesi td oJ foeisie wssped ast i Jaow ‘ed? wused 10 ga vretasnoll tnet4 edé°o tebom edt av aeitetasaoe ane as rn grodacaa iol webieT Lisd.2 ,anvo? ge otew aetietasnom ont? ctheneta pay . of to aloodoa bas, ewdiyo. to xeliwamwa etew yord.eiletggas! at rid bas mtn) ; at, , Pp S® 0 ; ae a ee Hier ~ “abo etd yout RE yodde Jnorisy tieds wor) ‘levisoer aoe tai (9 e J etal oe edd to arosaeooua ait .ynsaie! af: oale enaiore sat tas fea Tb Sekine oon ve hetavod —. to. bootiveddord ens yywiiaed dS ods wl MONESOED ei doasoa eee iganees: efor ak tisae7 {ite eis} bee se tedesnon. i fe - er ‘20 RUDTENBACHER'S MEDIAEVAL ARCHITECTURE, | motive of Gothic appears in the ground plan, the aisle around the apse with a series of chapels (Fig. 4), contrasting in Germany with the idea of the church with double choirs (Fig. 5) umd with the triapsal plan CF yes hy before the 12th Century, Germmy was especially influenced by Lombardy, efterwards by France. Lombardy chiefly adheres to Roman-Harly Christian church architecture, is al- lied with Germany, but was politically independent from the 10th to the 12th Century. As elsewhere in Italy, Lombardy is characterized by the use of costly | ( building materials, marble columns and mosaics, a preference for decorative coverings for walls, neglect of consistent and complete construction, with the resuiting use of unstructural expdients. 12, Religious Orders. The clergy, especially monks, engaged in improving and extending mediaeval architecture until in the 1°th Century; the laity chiefly cultivated arch itecture afterwards, were originally educated in monasteries, but later be- ceme independent architects, who worked in common in fraternal Societies, sim- iler to workmen's lodges. This results in the first haif of the middle ages fron e the ecclesiastical buildings and cloisters, as well as the care of the arts and & sciences connected therewith, chief duties of the clergy, after their fulfil- nent in later times less important than other aias of the church. The rise of cities and the increased strength of communities brought to architects in the later middle ages a series of great problems, whose solution required wnitec skill. ¥ | Among religious orders, the Benedictines played an especially important vert; the first minastery in the west was founded by %.. Benedictine in S22 cn Monte Cassino in Camyania, and placed under the rules of the Order. From this 0 doie until the Council of Constance (10DE%, the Benedictine Order founded AO7C monasteries and furnished £4 pores, 200 cardinals, 400 archbishops, and 7000 bishops. Monasteries and monks fell into great decadance during the llth and 12 Centuries and needed reforms. | The Benedictine Order was regenerated by the abbots of Cluny (founded 909) in accordance with the rule of the Mcnastery of Citeaux near Dijon, founded 10PE by the Benedictine abbot Robert for severer asceticism. A Number cf ménaster- ies became subject to Citeaux, and the Cistercians were diligent in establishing monasteries on the model of the parent Monastery at Citeaux. The most import- . sntBBenedictine monasteries were at Tours, 5.Gall, Fulda, teissenturg in Alszce, and Corvey in Westphalia; they were nurseries of culture and schools of develop— ment. The Cluniacs receivef from their parrent abbey at Cluny the work of the education of man, and Cistercians also in Germany, sys successors of the Bene- dictines. In the 12th Century, the brotherhood of Cluniacs counted over ©00.© monasteries, and there still remain in Germany about 100 prominent monasteries te Ot Dee Wan a) . “SS - shokres “fiom od bas wile sost pan fivabade to | | to oaux8 to oauol~194j 52 edd wort boacn, co 1S me ertmone te {iecescon taesg edt sort seman uiedt gatviceh .edasise } a a tahee tae } bois aint yuhawb eoie st0y wt gael to wre” hs thaw pt isos set sae ni bebawot etew atedbrO Jmmothnet belleo-oa odT ere horns G..ensoatones? baw, j2atat? to moitstiai fuldsiet at snotesuaaog ylisise ) aelyse gidto® edd co esoneu (tak babioeb » betiexs Jailh aetitaait bas ease lede of .ylivt exom arebzo olgasnon oad to ysivivon ett rebiaace [inde Ak pedue tye ybsotls yariodo ai ivoh atiw aedorurlo youds edt oub. em senistoib ay - 4q00 Bitddtex 6 ban, fasd.2 to aslq tnemdoisg avowat add ut yuvine? 4x8 add |) Bedesanoo emiziolo siedt bas erosgedo Lerbedts® wt bawot ef easig eaede %9 : mi gsitontyiac antottebaved ess tge [Loe es {lew #6 ,se0eteg a'qodaid Aztw oP " tata ad Of ofl to wn wort beqolevab ert anaiotesei? edd 46 anata ytedaem x gat nl ie fais ns. ddiw zetiodo wluyretos2 oved bas ysaeiaod bre xusetid ds eadodidte D ee oitesnom edd ois .olquexd veut? ens ditiw eonsbtcoas, nt aloo okt apiate ns, tuodtin ((" gil) predagd asen fossa bane, ,dotwaner8 ,ceovedage Bou yee em .eloqedo stone ls wevea agin gad tbe bitoove eft od kf: ih ai nwadie bas wroxne towol mi. (2 .pt%) myosod-exii ,ymeated a tnaengan Tis eigaia et xoby0 ns iovesalo eid 40% sottetgegosio vil $j efil ,ankiaeb erfanrine ’ ‘tages ete weitetasiom yetewos edt to aol eontsotbengd Bs hehiwibe gash ou, (% 237 amit dncdiniel UH) Yo ‘netiedaecow ait? ee. serwrensat eit ios i ‘a bus beaciinem sacd? ost tefqnia avo eft to aelyeteston obstinved eft ete aedd of boi fh etevor ited eis f. besoenac0 a1eN atebto avoigi lot ede Adie eototedo eyeaitgiig efd has ; bas ateib loa te aevil eds bontdmos fot ,bootidgtad to avabao avot . B40 taba edt to gelteso eit of bebne sxe Ylisios;ze anodsi [swwsoer itor om aletiqgeed Yo angtaeh of caf bas (yaudive be) sisaud at atdyinX t nent hepecea edt iia diiw be tLqqua Yiewes Gaoo o# 24a" esfiedesacm edT ets: , iLe imedd at vosigq wet Giwoo wtil betsiont yliser os fedé otk! . newton ,atoetidor, aiotedt fe beivies otew selitavbat Iw bas eehert i) Sa advimadool bas. giotsanvdaidso PVF fuseiosea- ateesm .~otetaiay Re: “edt ett Yo sheen lsistetsa tedite tot beyolqne memisow as fhe ae ateteidts 7 seul rede ad. sbagetxe ieve yieorsns ae doua Nietespom 8 to as] eselzmos fom’ eR -£109.8 to ¥ | enivsibeagd ora YO gaiwg th tasadow, awond [lew ols aa tages tar to Fi ‘ al aoiwwtan nos as fotete 10 evinaetxa saua brs teonit ed? bd. ee ee 3 seu tOe Lido faves thot 6 #hengofevesi Af o Po weg saad as botbuee ae ewiosd dots fevertben to ddengoleveh to wel ed! -) 4s yeittow to seties 6 a hedat ides erew p areea vid baa ero fetoogan deviw som a yy i nar ; . a eke 4 , var ne ; ; ‘ “fr 21 RUDTENBACHER’S MEDIAEVAL ARCHITECTURE, of Cistercians from this and the next period, The other orders,Carthusians, naned from the Chaster-House of Bruno of Cologne near Grenoble, and the Premon- strants, deriving their name from the parent monastery of Premontre near Laon, were Of less importance during this period. The so-called Mendicant Orders were founded in the 12th Century, rejected all earthly possessions in faithful imitation of Christ, and Franciscans, Dominb;- cans and Mincrit@s dirst exerted a decided influence on the Gothic style. We shall consider the activity of the monastic orders more fully. To the Bene- dictines are due the abbey churches with doutle choirs, already represented in the Sth Century in the famous parchment plan of S.Gaol, and a faithful copy cf these plans is found in Cathedral chapters and their cloisters connected with bishop's palaces, as well as collegiate foundations originating in the 10 th Century. “ The mastery plans of the Cistercians were developed from the parent churches at Citeaux and Fontenay and have rectangular choirs; with an aisle arounc the choir in accordance with the first example, are the monastic churches at Riddp agshausen, Brunswick, and Ebrach near bamberg (Fig. 7); without an aisle like the second model, but with several choir chapels, are many monasteries in Germany, like Loccum (Fig. &) in lower Saxony, and kalbrunn in Burtemburg.. The chacteristics for the Cistercian Order are simple arrangement and omiss- ion of the towers; monasteries sre Benatae extensive designs, like those of the Benedictines. The monasteries of the Mendicant Friars, (Fig. 9) are less extended plans, even simpler than those mentioned, and they lack the transverse aisle as wel] as the bell towers, Allied to them are the hermitage monasteries of the Augustines and the pilgrimage churches.. With the religious orders were connected the relig- ious orders of knighthood, which combined the lives of soldiers and monks, whcse architectural labors esyjecially extended to the castles of the Order of Teutonic Knights in frussia (Marienburg), and also to designs of hospitals. The monasteries were so completely supplied with all the necessities of life, that a really isolated life could take place in them; a1] necessary trades and art industries were carried on therein; architects, Sculptors, painters, masons, stonecutters, cabinet~makers and locksmiths, wrought therein, as wd] as workmen employed for other material needs of life. The most complete plan of a monastery, such as scarcely ever existed, is shown by the well known parchment drawing of the Benedictine monastery of 5.Gall. One .d@ the finest znd mcst extensive Cistercian monasteries is that of lieu) bronn,. 14. Development of Mediaeval Architecture. The law of development of mediaeval architecture was studied by Franz Mar- tens with especial care, and his results were published in a series of works, Sard (e KP: Ay an ae oe uw boxt? weit | to asaiog te ido eft Odat ystnsizeint? to Soasitae eft 0 2 |. 8 Tel a eft to stew agatblivd ile geomiy | De: weeek ere" vee @uaibliud bad bas i Lom ihn \y) | Dbevies obo 4 ewwisetidews to tnomgolevoh of? .,8 heey Sdivididne bas iadto dcse of notte lo: welies alae te adder tose ot bag. Aagiib ling eviseeso" ghedied yJ BPO ‘qlereds av Tveet to. ba: qe feoo) edt eden bins doidw edoktsoi) nm onit mise ed? (6 Jaewcion tagatmory Yilstenes ets agrtblind evivewro or Spread apd ad kunt faoo pee] Neti go"t eonil ebia oft .aoanevbs gaoxrte 6 Ineagoleved edt at syed: Ls, Oi TY i ew déSt bne fJSl ot ai eoned oe Pavoele tae at ¥livd ner: gone omit ene3 ede ki bovtooe omsoetidens | ae “aast Ad to efbirtm edt s20te5 ef iiw aetgia eiadod one Molisaneit .erssenemel iogeh iidxe sree ds seitsatroo ihe pot ww dite® Agel eds to bao edd wets bas | | .gaticios dasiwTiib djiai TM neve ,eivta wi -OMORSIGOTA Lavostholl to aoieaetxd at ot sons? nous bebavurxe ewtoehidoas levesibem Yo eedons ud ‘wore thd edd of dnsitogei secu aaw ynaare® iting? bas Sivenshm 2 ann rat basfiod ,etisrsbusss beotel tind ylieitvasg bas .tebr0d gistase ety 2 ks qltore® .ytesl tovol bas iengme9 bodes Tis qiat .eeryoh toasel 5 at “pe Beiainuas seed? [lis ni bo ltsveag ullesoneg olyte ese ensaok oA iy edd bemtes od yam ex4ow jastgid asi at bas ausae drt edt to wfb trad dg82 ory to elbbix any oda “ayed wsips Asin soiliass borlugy i, a auryana 08 wit to woktmxo teased B avosiq tasdeib Jeow asd ai feonea 189 wae aia a to dowd yadda edt to viedo ed} at viveer afi. bawod beds dtiw yews yout ie. osu SET gost yxosestom ed. to S:sor gy sogsr0 even bre “stods edt to gn ibe ludex este Seonvanco aedt af MI ge dowdo “ets ak oma eiton to galbiiud edd Livow beuaisaoo et dood idose at tnaea aT Apa gad he 43 Yo acinntged edd de betelyaoo gaied shsast att goes # bar pelyte WOE are en ASast? odd to feds beliso od ven OMT exoted jays to sede Ylitisogeo efile algzod ulwe edt to ew oft MIS! oy Ob | mo ai at bed ofdgoO yiase YT” “@iivay Bhowg ort Stegexed atiw sollioaad © tiempoleveb edt Yo todd ai 3891 PIT botteq od? nods ,wateys od¢ to aga. ° labits ites gdk''se et enbad Tstbedted ont Jtegioht eff Js sina ofdud. ol tO eam ae ‘eth fin dud dolttol eds 03 bbkis ss" taenele wor on. regis é-noldaort thle ist bas elute adt 1 polenesxe ody at amoLiod tediw.2 tndy r ‘niow ede Io: deas ai SH80 wort ‘bolita edt dG one LE ow't bis eoltibies ob wilt t0 tad al. O58 ters boli sedt \@tleav: ciory isiugnstoet duiw esti % | | Me ae imetient toe to bive @olvs Ls mort epson fat to eons ry a 22 RUDTENBACHER'S MEDIAEVAL ARCHITECTURE, | [the chief points of view fixed ty Mertens are the following: -—- 1, On the entrance of Christianity into Germany and the founding of the church, wlmost all buildings were of the plainest character, chiefly built of wood, alse small and bad buildings. All were later rebuilt, few preceding 1000 being pre- served. 2. Bhe development of architecture produced a series of monuments in intimate relation to each other and exhibitihg gradual progress; these monuments are termed Ly liertens "creative LuildingsA and to each member of this series are joined rami; fications, which indicate the local spread of results thereby obtained, The creative buildings are generally prominent monuments, the main line making strong advances, the side lines frequently continuing independently for a long tine; hence in the 12th and 18th Centuries all steps in the development of mediaeval architecture occurred at the same time that men built in different places in the Romanesaue, Transition, and Gothic styles, while tefore the middle of the léth and after the end of the 12th Centuries, a1 countries at least exhibited unity in in style, even if reith different coloring. , 1E, Extension of Mediaeval Architecture. Differeni branches of mediaeval architecture extended from France to England, Belgium, Seamdanavia, and Spain; Germany was nost impobtant to the countries on the eastern Lorder, and partially influenced Scandanavia, Holland and Lombardy in a lesser degree. This affected Central, and lower Italy, Sicily and Dalmatia. The Romanesaue style generally prevailed in 2il] those countries until the mid- dle of the T2th Century, and in its highest works may te termed the style of the vaulted Lasilica with square bays. About the middle of the l&th Century, there cc: menced in the most distant places a transformtion of the Romunesgue style, which found its result in the choir of the Abbey Church of 5.. Demis near Paris. Abbot. Suger was. heard of the monastery from ii¢l, was already busy with the facade of the church in 1149:, then commenced the rebuilding of the choir and nave. The move- ment in architecture continued until the building of Notre Dame in Paris, begun in 117%, its facade being completed at the beginning of the 18th Century. The period — just before 1140 nay be called that of the French transition styles, and that from 1140 to 1212 the era of the early Gothic style, espechally that of the groin vawited Lasilica with hexapartite groin vaults. If early Gothic had in view the perfec- vdon of the system, then the period from 1212 is that of the development of the Gothic stpse at its richest. The Cathedrzl Rhdms is at its culmination. There- after no new element wate addcd to the. Gothick Lut 211 its parts was completed; whwt furthef follows is the extension of the style znd its modification Ly local conditions and reuirements, The yeriod from 1212 is that of the groin vzulted kas- blica with rectanguler groin vaults; thep eriod after 1£50 ig that of the decad- ance, of that escaye from all rules, smd of .wpplication to all conceimale arramge- fe ey PET B's i i.) £h ek ite. ee eA P_ ve ar le i se ne Ale $, ae G SP Poe Mn es nh vole, Aa 4 ( ‘4 ie Py , if } ’ “= , Widao : a pies ae de te eee : ce “- poet Weler ae gS re 4% taseool odd ,yllentt atin ade to iin iyasmre? ni eziviedto etivp e1ew anotsibac? we fad prone edd Yo emt? sit te aotisvtiivte Yo eousvbs {610 Y enitie® Ag82 edt Yo olbbim odd tvods wiwd ct bedeatneonco tow 8% - geividia 6 beotion of of tedd#a eew sxedtT .yaemw® ni besatxe tatoy - yaa # ee oiteursano © eit O2 sonete t danas beaottuen Shbshviny edt nortt ignietais tiesty ite «baodea & @isdennmot to- alowed sesasn ot oveebas adf sort yucd wD nf bedealytio i) eheooig “GEL toegas yousbnot ef? otto? dower? to eaods abdt abatven ae bs ¥ > of Ysa bas vs lyda dewtoursa 6 ase .avlietesnos as lowsaid ey ee Oat ia 20. ‘er ar @{qmaxe faeank? edt idto? gathbevat edd saniasgs ‘wok pee ‘etbiwea lo bas yasore? ai supiaw yew adi ai S882 of ORL doe dweteivl oem olajs ne, yoived oasis oe te QMMBITE 8 to Iedt sit! tsdwomoe boebat st 2) edd to galsiysy oft tod ,alogaip gikhe ibe ‘fovea eit veiissed ak:aeI1sd aswo%l o@ asiedbe ¢h Sos TSO ggs, ! 7 fae ‘tecats ais clisdeb Aemol bas .eupegnemod ylertitay af ayat if ~ | pied olaie hestotaethcdh bis, sven ios, fe oe old iiaenel 3g) S ett WwolneY te dich .2 to dowdé odd to dobietiind ie ely aaorte a ” se¢lusy fwobeoe att has yothlind gntsatxe edz tot soscsco. at doteado 28 ; RUDTENBACHER'S MEDIAEVAL ARCHITECTURE, » from opus reticulutum in extensive use even in the Barly Christian period. The churches of Auvergne are otherwise inferior to those of the former provinces in richness of sculptured ornamentation. The Church of Notre Dame du Port serves as : odel for a series of other similar designs, first for the Church at Issoire. 19, Divisions of Aquitania. Aguitania is divided into three provincial types, of Perigord, Poitou, and Anjcu. Perigord comprises the dioceses of Periguex, Angouleme, and Saintes, with Peri- guex as the central point. The churches of this country are all domical struct- ures. Poitou, with Poitiers as capital, is characterized Ly three-aisied churches with aisles of equal height, (hall churches), or with a clearstcry over center aisle, as well as by churches cf a single aisle.. basilicas are almost entirely A wanting. Anjou, with the cities of Angers, Mans and Tours, is ty its situation ch: efly allied to the North. From the middle of the 1¢th Century all these count- ries belonged to the Plantagenets. Perigord is also noted for its important church at Periguex, built on the Greek cross plan, an imitation of the Ghurch of 8, Merk at Venice. The characterist- ies of the church at Periguemx are its teing covered by domes, separated Ly corn- ices from the pendentives. At the restoration, these pendentives were entirely tuilt of horizontal courses, thus Ly cortelled, their builder imitating a form, 1c* clearly understood Ly him, Viollet-le-Duc has very fully explained this imper- fect construction, after all merely an inconvenient refinement; the quite primitive construction of the vaults and the peculiar form of the bell-tower of the churct wake it appear scarcely doubtful, that the date of 1047 for the dedication of the church is correct for the existing Luilding and its domical vaults, The domes are pointed and the pointed arch is employed here for structural reasons as in. the south-west provinces (V-L-Duc, I - 171; IV - 950; VII - 110), Phe system of domical forms at Peri giet erp lies to a series of other churclés at Souillac, Cahors, Angouleme, Tremolac, S.svit at Solignac, ©. Emilion, 5. Hilvir at Poitiers, Fontevrault, boschaud, etc, but all these churches have the Latin cross plan or are without transepts. The transverse aisle and choir are usually covered by tunnel vauvits, and apses generally have a choir aisie and radiating chapels, Such are the churches in the dioceses of Angouleme and of Saintes. hile the church at Perigueux has in its masses a decidedly foreign, byzantine appearance, it adheres to Roman forms in detaiis; the character of these tuild- ings is entirely Romanesque, and Roman details are almost entirely replaced by 1ich ornamentation with partly Norman forms, partly those recalling Celtic inter- lacing Lands, mixed with animal forms and grotesques. With these buildings should be mentioned the Abbey Church at Fontevrault, whore eastern part wes built after the middle of the 1£th Century and contains a new ¢- lement; the intersection of the nave and transverse aisle being wovered by a pend- ce ‘<) Ee) \ a | 4 cies : caves claswocawanivg ee a0 te ‘aie ode fede oa yeoinzgo latnos' fiat & tuoddiw emch eovisne , esa bul suede th -besouttanco Yliase stom ,eno asdded » of eontg pr wees in pete af adtemelo Yeido oti ai beseixe ybsetis oft tol - 4 mon anedtib ybtoatsath Y1e9 | Westol to servi ods etnetinpa ited Jrol! ot $ If ers, ous [sionivexg aide “te aelqasxe taeb{> bae tootreqas Jaow edt © :b103 | et an? s@IpEtiON te ebasyabad & Yo bas obaet® 61 ons) 949% to eeiowdo gf saedi.ci eau ai’ geuniinoo ,euob. evidusbaeg ods lewdodsinors. wattusa yd to Pigyas t .beyinab 10% & ,tlusv gt’. ebivibdve adi Le snensnxo Ylow®¢ Vigte tad acne syalagom Iswiouia yas tuodtinw baw eonexT to seontvorg ied tion _ 28. RaD.6 goxt-yattethss artosevov begsde-wybow déiw ootoutsange ¥leiiias na faxbed se? belais elgaie oft ytawtae? dgS! ens do wiianiged edd nt sia ; 5 fuoynA Je ‘[erbedte? relinia edt grilisoer as lg at ,(S512-36fT) grind @ ud bebivio adisey Isoimos dttw afore bas olais sesevanett s suthbs wu. pfs ylidailes dtd palblind bel@is~esntt 2 ,at0eitiol te fevbedis? od?” e at nied 14 f., te) a eeel 4 Pe ghna ¥ a A Ye \ ‘ ee RUDTENBACHER'S MEDIASVAL AKCHITECTURE, eO, burgundy and Churches.: Burgundy is Lounded on the south by Auvergne,on the west by Aquitania and Isle- de~France,on the east by Germany; in eastern France it plays an important part in the development of mediaeval architecture. It belongs to the districts influenced ty Roman monuments, in which it is rich, especially at Autun. It not only torrows from Roman buildings their decoration, like Provence, but also their structural e&- lements. Sculpture is used, not merely to cover surf aces, Lut is concentrated on coints made prominent by construction. Church architecture is especially characterized Ly a decided acceptance ot the Las- ilica with clearstory windows, and by the grand design of the building. The inter- nal piers are frequently treated like Roman fluted pilasters, and the rits are sub- divided into rounds and richly decorated mouldings. : The oldest monument in burgundy was the Church of 5, benigne at Dijon, ouilt by an Italian abbot rilliam, which has entirely disappeared. It was erected on the Latin eross plan (1000), and to it was added a three-story circular building witi: two eisles around the central space enclosed Ly eight ecclumns, which rose atcve the three stories and probably ended in a conical roof of mascnry. The rotunda was an imitation of the Church of the Holy Sepulchre et Jerusalem, and (V=1-Duc, VIII-#W@) contained a large crypt, more than one hundred marble columns for its court being trought from Italy. Massive Btaircase towers connected the three stor- les, Another tuilding ty the same atbot Si}lseh was the Church of 5. Philiktert at Tour- nus, (after 1007), a three-aisled vaulted basilica with a vestibule, as in Burgundy, in every way differing in design from the preceding churches, since the semicircu- ler transverse arches of the central aisle support tunnel vaults at right angles & with the longitudinal axsis of the church. The supports of the vaults are hassive round piers; the side aisles are covered by groin vaults. This awkward and heavy system of vaulting enatled the architect to place windows in the upper walls of ihe central aisle. sdjoining the nave is a transverse aisle with choir, circular ai- Sle and radiating chapels. The use of transverse tunne] vaults occurs independently of this church over side aisles of churches in different places. Lighting the central aisle resulted from placing the tunnel vault over the entire middle aisle so high abcve the roofs of si- de aisles as to permit windows in clearstory walls above these roofs. This cccurr- ed in the Abbey Church at Paray-le-ionial, also in the Cathedral at Autun, (commen- ced 1182), From the impossibility of covering side aisles by abutting half tunnel vaults, it resulted that the side thrust of the tunnel vaults of the middle aisle must Le re- sisted Ly buttresses, with the disadvantage thet the tctel height of the building wust Le materially increased, and still the end was but partially attained. In © is GAV2NTGHM a 'deteueDINS ar © Gif Yo adiuee wd? jesenvitsud to eeice + yd eed 9 toua dguohsle bas ,ellaw yiodewels'. fi. J pad te Pigadsom i#eng 240 wo itlet yiniely yliaebive in : Groene edd ao ban peauéed Je Hows 242 ao , (O8FE<800L) wose weed ! bower OF BoltisaeD AsSf baw de8h ode ni bende ihiiadasiny eter 26 Seong ent oft gniblivdg oi bewebasds asx aoisouxtenco fo avtaye eis? 2 eibbin odd ‘10’ Ysd dose deve ativev [enaus to beesedt 10% (vs love! tiga: se AOBTE geeted pecubortnt esey ofi4 Juoddiw Bd iuey lorwitd ‘youda. ond? ‘asw vbaugwd at gakblie i f2ebnetg bas jnatiozni feom edt Es ad Yo OWS dowTieg Jaow orl4 vebsotte si boyewteaeh ylesenu toto (Yau L9 | is aeleis of teva rd owd asada avi bad dew ain? aedaiwde aeih ai fi Jonel salegesto Satisibe. ove olele 48 fuorio isin ated 6 lusidaev bs Welettetem antbitud yidaoo bac seq dgiuon deo iinges Addie betarooeb gaw oi .. 7 . Seana to aanuloo bed bas ,208) nt dowd ody beonemaso eget ; i woee yd Jaguoud Snot fo9t yruids ontt ) etedt eets® sie Bott alivgeb eet bewortos nuded de {sabes oA? yt gaol twitto 4OY bas aet@ed du ferbadted gig *2t weiwedil ifxveod oa weletigqas ekii-nsidjaiao? .2¥edesity bytw!? waekblig meaok ai Asix : vn atesuek _ @anthlivd eaedy to ofdatsesocebdo ote 80) Galidmeeey 2nqi re eT oe wet og bre, ybasgiud Avot guords lutevass bas bfod ex. tolisiaen toa as 16 nor edy to alisgab to sosatewts edt diiw es tromied Se107 eupgitnes | t nev0 diuuy atyty ets ‘to soitemboutal oly taeda eon trotg- aointothes i gnits qe) gal oct ew said Sav io Gesaya bie att solake elibsinw ans 4 808 LRiam id ‘Bediuav eft to soitduiove eli af e* edotgd? bia ybusmio% £8 P bewupace aasmxoh vit .wonemiol to yadawos eviten tied: gork os Yderedt eoidon mpavol odt lawl lis® ewwG aide bac ynosse tieds 9 bavo? Of mand bat air tow} audlgiies “ieis bas 1 Yidawos asenliia wel y or tinges brs ewiovsidow to bol yyedi doidw jowiassacion bis yaetoru ref ,eldtagoy se wet a6 aady grivezooed yisiegiliodai das Ylinensare 5 “oolong abla iaaorw sited odd syowis Wi AdtedS. newi0% ett to aety edt Q at, Glavoiverg Avoaivos (is jeomle ni ee- doa ob sud a0¥eane4 bay. a | seonts. aeage Lisa mf bas Loe . trots whe Sy Nios ole ie téLioris ra sorsype eaeds eowted seigatauws siete Lersaeo eT wrt? eteugs 3 “nd ue to ior dt bvoda aotselisy wv Yile reste. galeta ont *@2gs e$s0ale te dus: GAY teen cobeots. isin ilew UPOJarwe ke art j at ebbaneg s dteT hb ad sudise se icine af Sqa0xd elie ebiv ott to toot od anisd vi obi By: Hiatt benoit diee Yowot is, editert Yo aiasg wily al Wooo Sout ob omit edd .azivay atoty yleriine teenie @iab vlise Wier 6 ve wow coluet us aes sai at as sage fonaue Ped Xd besser eunilenor git Thal rae) RUDTENBACHGE'S MEDIAbVAL ARCHITECTURE, spite of Luttresses, the vaults of the central aisle threatened to overturn the clearstory walls, and although such churches were long Luilt, their defects were evidently Blainly felt; on the greet Abbey Church at Cluny, Luilt on the same sy- stem (1080-1120), on the Church at Beaune, and on the Cathedral at Autun, tuttress- es were necessarily added in the i@th and 1°th Centuries to remedy these evils. This system of construction was abandoned in building the fine Abbey Church at Yegelay, for instead of tunnel vaults over each bay of the middle aisle, groin © yoults without ribs were introduced kefter 1120), | The most important and grandest cuilding in burgundy was the Abbey Church at Cluny, unfortunately destroyed; it afforded the most perfect type of the burgun- dian churches. This church had tive aisles, two transverse aisles, a long 2-ais]- ed vestibule, a cheir with circular aisle and radiating chapels, and nine towers; it was decorated with magniticent sculptures and costiy tuilding materials. Abict Hugo commenced the Church in 1£09, and hed columns of Pentilicen martle and Cipre- line thirty feet long -rought ty sea. ‘i The Cathedral at Aulun borrowed its detyils from Roman Gates there (Forte d@'ar- @ roux); likewise for the Cathedral at Langres end for cther churches in this country, rich in Roman tuildings; fluted pilasters, Corinthian-like capitals, and mould- ings resembling Roman, are characteristic of these buildings. Members and orne mentation ere Lold and tasteful throughout burgundy, end so tar as not influenced Ly antique forms, harmonize with the treatment of details of the Romanesque style in ti adjoining provinces. with the intrcduction of the groin vault over the bays of the middle aisle, the oid system of vaulting was dropped, preparing for farther ste es in the evolution of the vaulted basilica. 21, Normandy end Churches, From their native country of Normandy, the Normans conquered England in 1C¢@ under their strong and atle Duke William. The Norman nobles therety won great estates in the conquered country, and their religicus feelings led them to found convents, ch-— urches, and monasteries, which they, fond of architecture and magnificence, Luilt permanently and intelligently, decorating them as far as possitle, The plan of the Norman church is siways the Latin cross; side aisles extens te~ yond transepts, tut do not, 38 in almost all provinces previously mentioned, form a circular aisle arcund the choir, or end in small apses, almost always ending in — a square form. The central aisle terminates tetween these squares in a semicirculer epse, Side aisles generally have galleries above them, or a triforium takes tfeir place, a passage in the clearstory wal] with arcades next the central aisle, o1t- Bide it being the roof of the side aisle. xcept in the Cathedral at Autun, trifcr- iums do not occur in the parts of France already mentioned. - Vaults were at a very early date almost entirely groin vaults, the galleries tem | ing sometimes covered by half tunnel vaults, as in the southern provinoes. The. mic- y Fy. ravers f , oar vt j is ee i o, : “a q i My « wt si a) mee kes ow \ * TORT. TAMERICA Bas 4o4 aH 200K, mar é Aone Seem ow weartoi boviso olgate adi bas CmJoestsowe avogow gailixods . sends ‘ud. neiiexoash. oil -anoédaotigus ‘behasy Urey Azkw ‘@iseios boos { + te Part te sion: 20m ny emg ,8elooid 6. to doagdd ead Agte j. Uledsitebon aved agndb Lud apart @ledios yi beltogqua exe bos — iedico ao wdest xilevey doddw POET IIo tse ef) dédsenad sisbae Se y ed gai {iuoser “Baro? emoe bam gend oidtes. att yadsquoxd. .oeger4 to. wad 2% | ee aan ete a eo ane ns - weinteegi si =}. tee oi Tob 2s fal me agedowdo pe et yn, ed, ‘to asnentie Tifa Yo aot ‘vent smog. ® yd bestielosusdy ai tut .equtoes Fae 9 dod treme Ls je auddou “Je Wei 6 BRseIa09 a benoit daen O's twit ttoxe itiea: veda o3 donetrogni tao wogy: ody to Kaawie © vonet? at awediwes le ‘ame. “oll angxt 4d swords eeaitiad: gnisosiorny | ulateita odd white oligsh “wade | nga? beri lane. baw nite at @aalolivd camod fereves ni soso we ; oid ae. savittod gregh} oat (BEDE. 99) aovt-vobeateaied .3. 32 iY ia” teiinas, sas to 6) LUBY ody’ te ten: was ald ov legit Gd jietiels isi is 8, si padadask e aatbagoge: “yao le ke whta wil. to alfew od Ob gi a iddae wwpecmsaci Jsdd (BSEL) conlveid eine tot evsa aera 4 uo ee bad ccm pecan Sid dod ope odtod yLiesa ‘oa. yhsetis LSS ae J agdhte etgats i- 1102 of genddngs ‘ify ‘yi aL, ati teat ae) domed Yedda: 23 ~ ote sboduse ebsernta, aaeta tbittadtong siotten ‘was ak ai dibntoorg ghininegen sou al (sieugb fuyor) eOrte T4 phy [gt | de pee NOE ; exiedaaile-s toned & to dead et ao bie inge 30 RUDTENBACHER'S MEDIAEVAL ARCHITECTURE, | dle aisle was usually covered by hexapartite vaults, which were not so early in use in -¢he rest ct France or Cermany.. The early and common use of groin vaults led te the use of the pier with semicircular projections for support. Columns do not oc- cur in Normandy. The exterior of the Nornian church is always characterized by two so- uare, slender wrstern towers with tall spires, and by @ massive tower over the intersection. The subdivision of the external wall is quite different from that in South France and Germany; pilasters are in common use in Germany, connected by e round-arch frieze, while in southern France projections from walls are mostly in the the form of semicircular piers, whose capitals are connected with the entabl ature and are suppotted ky corbels; Norman buildings have noderately projecting buttress- es ending beneath the main cornice, which usually rests on corbels, The facade with two towers is divided in several stories and is decorated Ly a great portal. The entire ornamentation in Normandy differs essentially from that of the remair~ der of SHADER Excepting the attic base and some forms resembling the Corinthian % capital, all Roman reminiscences are avoided; it likewise excludes all plant forms and is batuetied with geometrical shapes of the most diverse kinds, very strongly sexlline wooden architecture end its simple carved forms; we meet these forms asain on the Romanesque buildings of Germany. With them are usually found inter- laced animals with very varied applications. The decoration by these simple meens is concentrated on places requiring ornament, gives the buildings a pubstantial bhougt cribliant appearance, and they are strong and sturdy, though rich in effect. The Abbey Churches of 5. Etienne and 5.Trinite at Caen were both founded 1068, and &# with the Church cf 5. Nicolas, are the most important examplés of this Nomen arch~ “| * soture, 2é, Churches in Isle-de-France. Isle-de-France (roysl domain) is not especially prominent in Romanesque archi- tecture, Lut is characterized by a ccmbination of all elements of the types of | architecture mentioned. It contains a new structural element, not ocourring elsewhere in France or Germany, of the greatest importance to the evolution of the Sothie style, the strongly prcejecting Luttress, shown ty Franz Mertens (1843) t6 cecur in several Roman buildings in Paris, and transferred from them to the Church ct S, Germain-des-Pres. (997-1031), The flying buttress was introduged as a struct- ural element to receive the thrust of the vaults of the central aisle and transmit” it to the walls of the side aisles; according to Mertens, it may already be rec- ognized on the Church of §&, Benoit-sur-Loire (1070-1080), hertens seys for this province (1874) that Romanesque architecture is here already so nearly Gothic and Gothic architecture contains so much Romanesque, that it all combines to form a single style. eg, aébbey Church at 5, Denis.: after various preliminary steps already stated, the Gothic style appears fully oO 3 el te oie e} to dowd) edd mt elgioni1g at begeexaxe sobs aos sudan wt Vidor evidnet of? bas yotbiivd ate to soas") : Adbael fe badnoiw: od Liiw gaibliva - pe ty’ bhi dae ee nobtebavot Wott © sew eine 2 to -yasJa on? 3 tgiw dowrica t9b Lo gnive kee we USI mt soda sont i any wR? oe aetad OF evotda of 108 $0670 att to Inuooos belisiah & eu ydiveci dood el” : toque to (SC .¥) ayse eusedos .owsoesidste. at sidtasog wade 1 «tomo sid to aotsn100vb bas Mottoutianco ef? to deg Yreve ai toe _ odoe: oitaisis aid eau od betoveshag bas ‘ballet orew eeo1t esedw seer? 4 singauoo dato oh: signiuitod nor? efeitw aglotot Yliem as bosovifoo eH e btsod bed: sa dsidw to to mid oF aWond aitaw Jeory Lie betslume bas & om ieaoHl Je abtieloois “Yo"eowlet eb gi eos Sed é4 ge eamulos dove evs ot O@ ae dud “anos 163. edd 36 hte wi ylasl aban sdyeows medd gaived to taco edz A ahees eal i ae Yivaly of 4ei Lev ‘yet toddgies # at énode boog s bait of 36 eveng | bese poe bas aeitzsucvos. avons? most hemivdd: egais of betolymoo ybsetia axtow “kes etelt hi beivdis tt Siok Bate aa Yo viehoatidet of) to seinaeatd add “Asin ip e baoxe OJ eagiaaeseoy afd. stuido mimo edti aby Obes al pesentba ~ehsost deen ois didn asged eli tk wods Yielley * dhs etowos sews ody, neew sod AS%04 & ealstncd ,atewol ow! oq vid jbadow~batitog owdd goovtes bedow-hawer sso ,awobatw esiiy yi ‘i oaiit gtisented le, awlow 60 emro2 dttw slestog evieasn eo ily “é beasob yay sakvoease sedi as eobirke loodw s-axs ytellen eds to ewobaiw vit evods | wake vege, $9 “gadees3 2 2 % dowdy eds ad “anette oy aathtooce ones > Re oe bailewsns, yd betevoo S164. wbGOnt o4t Ip e10d0 Is gioairg wend 7 1a edd to ada goed: gat 2. {8651 Geb). adneusnis blog vd bedsi1cosb wy bso t griine. at ‘nwaes40 tet lot we bessta90b bas. bebivibiva yldoia i Ad dw eeniga “saois ui bese tqnoo teisl .stuwot bedetatath Yledgife bas 1 iaio ef?) .ree9 de ornetsS. 4. to dowd) wt to todt alisoot ,selosaat,; . 30 oid. ruse ts aiid beoneanop ogee P0ddh be) >a © < ¥*. Pa Ye | A _) y a = a ’ 1 RUDTENBACHER'S MEDIABVAL ARCHITECTURE, expressed in principle in the Church of 5.Venis at Paris. To make the émport- ance of this tuilding and the creative activity of abbot Suger evident, this Luilding will be treated at length. The ALLey of 5,: Denis was a rich foundation and the burial place of the French kings. Suger was chosen Abbot in 1121, an existing older church with a crypt ned Lecome too small, and Abbot Suger commenced a new structure on the old foundeticss, ta) \ leaving us a detailed account of its erection. Ke strove to attain the hivhest gcic: then possille in architecture. Schaase says (V, 32) of Suger: "He took part nis- self in every part of the constructicn and decoration of the church, went inte the forest where trees were felled, and endeavored to use his artistic school studi¢s. He collected as many foreign artists from Lothringia anc other countries es peesilLie and emulated all great works known to him, or of which he had heard. Lesiring ic heve such columns as he had seen in the Palace of Viocletian at Rome; he estinatea the cost of having them trought from Italy Ly aid of the Saracens, but was so fert— unate as to find a gocd stone in a neightoring valley. He gladly exhitited art works already completed to these returned from famous countries end scquainted with the treasures of the Church of &, Sophia, and telt flatteres if they declacé his possessions to excel." He began with the west facade, dedicated in 1140; this, like Nherman churches, tse two towers, contains a porch between the two towers and @ gallery etLove it, dighies by three windows, one round-arched Letween two pointed-arched,; the porch is a- dorned by three massive portals with torms ef arches alternating like windows Above the windows of the gallery is a wheel window, an idea appesring for tne Tire tine, according to Mertens, in the Uhurch of S.Etienne at Beauvais. The three principal coors of the facade were covered by enamelled plates of ccp- per decorated ty gold ornaments (Wr1-D, I, 36). The deep jamts of the portels vere richly sutdivided ana decorated by relief ornament.. The entire facade with aessive and slightly diminished towers, later completed Ly stone spires with four angl< pinnacles, recalls that of the Church of 8 #tienne at Caen, The chois was nekiy slanned and finely executed; Abbot Suger commenced this after the completion ci ths west facade, retaining the ancient crypt (V-1-D, ILI, 233 _ He adopted the active of the seuthern French choir and its aisle with radiating Kees which for tle first time formed here e complete series of seven chapels; the main apse was sur- rounded by cight columns. This choir became the model for most later Gothic czth- edrals. Groin vaults with circular diagonal ribs and pointed transverse ribs hod already Leen first used in the vestibule of the abbey Church of Vezelay; ALLot civer used this mctive and Lrought it to its fullest development in his choir. The vaults at Vezelay were sco built that, as in ali ribbed vaults preceding ©. Le- ic a) nis, the diagonal rits were not structural members indispensable to the stability ct the vault, but merely stone centering arches for aiding the construction of the | Z 2 st Tk vad iat (208 At Snake). 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Mereside Bsa wha ating 3 ict Steit audovsl he ae OEDEENB ACHGR'S MEDLa®Val akChITHCTURE, vault (V-1-0, Ik, 801). In the choir of 5. Denise, Suger with olear knobicdge assizic ed tg these veulte their structural usds in architecture; the vaults chiefly owe tc whe ribe their stacility, end would lese their permancy withcut them, they owe to the combined uge of the reund and pointed arches their suitatility for teing built cn ony form of ground plan without especially complex methods. The entire choir ef ©. Uenis was covered ty three vaults, and the pointed arch already used on the facade was also consistently employed on the windows cf the choir fcr both practical and es- thetic reasons, for its harmony with the longitudinal arches of the vaults. The reve yas Comaenced Ly sotct Suger after the completioh of the choir, retsining the old & walls; like the upper part of the choir, it was later entirely rebuilt and changec uncer Levis I% into the form in which it now appears. “hide the Church of & venis the entire construction and wven the mouldings are al- ready Gothic, the forms ct the ornaments are decidedly Romanesque, and exhibit scurcely a tendency towerds the northern flora, from which the riper Gothic derived its forms. Compared with earlier designs of churches, the entire tuilding is iiglt in masses anc slender in preportions. ig we sumiarlze the peculiarit ics of the French schoole ct architecture, we shell obtain the following statement: ligtmandy. Surgundy. Groin vaulted Lasilica in Latin cress Bbasilicen designs, mostly with tunnel form with simple choir; facade with two Vaults and in Latin cress form, with richiy towers; tower over intersection; rich developed choir and radiating chapels, . ornument derived principally from gecm- porches and imposing towers, ornemented = 3 etrical tcrms. like the antique, Reyal Domain. & comtination of the other tyres. Architectural crnaments not very prominent; ten- dency toward Gothic; strongly projecting buttresses native here. Agquilenia. Southwest Types. Generally with e single aisle, dom- Provence, Lenguedoc, suvergne. Three-aisi- Ga; souwetimes in three aisles with ed non~-basilican designs witn tunnel vaults, tunnel vaults; glans not basilican, tut usuelly with galleries and very high middle with choir aisle and radiating chap- aisles; stone rocfs; choir aisle with red- wis, Tower cver intersection, Crna- lating chapels, or choir with chapels on € mehtS rien and fanciful, strongly in- east side. Ornament strongly Antigue; tos- tluenced ty Celtic viements. aic decoration of walls in Auvergne. 4. Komanesgue style in Germany. Before treating the further development ef Gothic, we have to consider the Romenes- que style in Germany until the middle of the léth Century. Germany was politically uuited in the middle ages and comprised many closely related races, so that in arch-— itecture there prevails a quite uniforn: general character. This very materially . Say ie sagnaaes ati a a, 3¢ a epithe ere need woz) shanti + si y Joo 918 "ite alone ~ovaEs Vet . basot sts anolieeloy wivotloiaes 19 ae | oe ea? Brant al pivea a end. gataud eoaeY? wowt sretiib yibsbiosd & imadaed deayeias ofT : se §@xfoito Xebasd igen dows ‘Yo nofz byev ys anmuloo Asin awig to aemitenos Weltasal eds ai aftoagde to poi leu iltesd elisiwvai oiT (4 woitias i. qsanulee efT § catelq-sigil bas gvaei edt. yetaev teod tbw *0 (ae alate aati! vdin avdowde Yo sus , to aciatvibaue gai lisverg ef? ..’ T Yaynthitud bedlvuey if etlas¥ atety 22 seirel isy. me bat mol oa? {3 opeseiat oolons ditw eiysestiy ys alles hte ined agtt beves anepnen oA ever eds ak oldna wilt ‘ gde 10008 Od byniweso wicowded wotukw laeia od: or AOS gedw yind Mgwonsis Utemeee as, gone troju i geeig to vivaespotd ef- se aes eigen he bertebianos of ai srowaedy at vk beat gousal di Svteeto need ybord tt is Me. giaed to mzot teblo efd 24 .ai¥de sidice donet? wan saz to erage iiat xiv } pe he apved Aguod.s os 2, gltcuen OF i ‘genta foo isang) Vin soiliasl odd .oudouwas fe ‘ag Byas to voltwiovs wit ai Jaicas dotdy” Used at aygaiveny aetio wil mows | bik on wt usin 29 Sebntanes oii Wilekes bas evoaivotg enisn sd? ote vivia om i a aa Rifne Listed a onal nisigue Claw 29 widetadd Jasbae ae ge he . aoonivar entan ee as 2) baad ee. gatkl de gg L6 verg (lie rested scomis atelg ditv sotitagd etk- ey rey mely odd me) dncig, rye sot begoheweb: decom ath wbetivey sbrawistis , yebiter a ‘ Ps - lr txeg F i aa a@riono xe quad ds-iw dorsi & ebiut | ts yedda wots to sede to tedel bas < bist i ih at Js; sapeda’. le fag ies , add sey t bowl 2 41g taes iae qs ins ods Sion (We aHRME Li . on : 4. i Ane hs angoioo” Je lot igevemi- “Sis my iS eae gid _ do-gaalionssiay. wit yatines >is botiupes ertode xelqab Adin agig-sagaedd oat isi wivjadend. old To S18, 2 oT fl add maid a9¥o a@tewdd yf afyensid baer ove: ya th. hebivih, aitied arty: ane-ad ‘edu eds eps ofS as-boviey yaols eo! tno qensi, dove, e901 Ge pits ty th of ytoazenos Beeoqgiig tok bene bac soltos J ..g ha, oo yaegasoea etaw aywilo bas Bos 4osg vid sJoeadod of sIsWOT wAGo'TiS +: poh iagattt miteott aid angoubowqg aura Sldiaevecs® thane nietsey edd to fue, deubyiiee? blo ai, ‘bop. Lie® 3c ,ebiuti de ativs jail .ecswos wba -dotw lethosds . Badge. shod tag. eipl 3 ‘ide wetos 8 (ian. “Wadhbaetivg ot wtd vid hes ined Dae peyote! age way - to, ae. Liew, RA, gone r4 +> avog ivory sebaod wid as eolew liar ate peafoucn a im Rison apr voas 7) Axedaes of weegge ancijstia!. .ydoxsl iol af bas sali rs i We Relguaxe, Ram, 234 apa wedtaon at (80S, 1 I-f-¥) qubae¥ ous soonsie ’ " ePish da td m to bas bapidaboD ufo sada’ aie ai agadblins tow fae, dash eld hedetseanco bas ‘POLL DSEE d Lind baovee aad SEtT batelqwon Ja | i. i, ‘ Po) pres dns aeisio tas. svogmt " bolionanos gtew soortyorg amitt oA? ah re ge REDIBNBACHER'S MevlARVAL ARCHITECTURE, | ditfers from the French, since many elements employed in France are entirely foreign to it; aisles with domes or tunnel vaults seldom occur, and excepting 2 tev ceases, radiating chapels are not used in German Remanesque. Stone roofs, buttress eS Or semicirculer projections are found only in quite iscleted examples. Germany Gecidedly ditters frou France during the Romanesque style in :---1, The extensive- iy used plan of church with duplex choirs; ¢. The triapsal design; 2, The alter- untion of supports in the interior, sometimes of piers with columns, sometimes cf heavy and light piers; 4. The columnar Lasilica; 5, The invaristle basilican ari ange det of churches with three aisles, with or withcut vaults; @. The constant use of yrein vaults in vaulted buildings; 7. The prevailing subdivision of external walls ty gilesters with arched frieze; 6. The low and open galleries, probably de- tived trom Lombardy. The wheel window scarcely oceurred to decorate the gable in the French Romanesque, Lut is frequently of great importance in Germany, although only when Gothic had al- reudy Leen created in France, and it is therefore to Le considered an clement under the influence of the new French Gothie style. 4s the older form cf design of German churches, the besilica with Germen columns is usually rare, though several examples cecur. The chief provinces in Germeny which assist in the evolution of the Renenes- gue style sre the Ahine previnces and caxcny; the remainder of Germany is more cr less Gependent thereon. we will explain these in detail. ef, Rhine Provinces. | ahe basilica with pliers almost generally prevails, at first with horizontal. ceiling, efterwards veulted. The most developed form is that on the plan of 6. Gell, end later on that of the abbey at Fulda, s church with duplex choirs and transepts, neat the trigpsal design, derived from the inferial Palace at Treves, as in the Church 5S. Maria-im-Capitol]l at Cologne. | The Rhenish plen with duplex choirs required accenting the intersections of auve end transepts Ly towers over them, the middle part of the eastern transepts some- tines alone served as the chureh, the cuter transepts Leing divided in several a stories and used for purposes accessory to divine service. Such transepte required Ssvalrcase towers to connect the stories, and others were necessary to wake the upper bort ot the western choir accessible, thus producing the imposing design of 6 cathedral with six towers, first built at Fulda, St. Gal], and the old Cathedre] at Coicgne, and cuused ty the requirements. Until a tolerably late period, this ¢esign sacrcised its influence in the Lorder provinces ct France as well es on the loer | chine and in lower Saxony. Imitations appear in eastern France in the Cathedrels at besencen and Verdun (V-1-L, I, 29), In northern Cermany are good exemples of euch Luildings in the Churches of 5. Godehard and of 5. Michael at Hildesheim, the fi- rst completed 1122, the second built 1164-1184 and consecrated the last year. the Knine provinces were controlled by important cities and bishopries (iient:, oN at ; i 8g! Gain Vywiseeas2 penyolo? yeatat eety? ne | em upsew de, q bow eenecm four theid ibezaemsaxs yi Talis twidnnntbinn. ore ‘uubethg tnaxesus Raqo Be doua (eansibe ye wVideisoer Auearaa gs alerdedieo edt. See alates bus doia beiliayéh bas sieves of waite s ovis a JBN IS at Jari edd/- ‘edaee J “ aedonebnes by iis: tididue sinet hax . 2" “gai llgces. «tiyttoas> ba & tnwd: uxt ae wart ge. tdabedie? ede wate i4 4g oft dttw epatwooigd. sian. se forbantse® oad oyaty Ltd! moms ¢ bie towy edd ys beoneyl ini elon * jy-ba ae tage ay (nthodds? ei? Yo. vsioriiuia aT SS sont, rveol ate ta. w aided ii it Rose po get Livy sad adhw soap bacon as egitl#irn vad (Omtarta vlamoverg’ ei - Vis tors te4o evitsoniteth sists 92 ae [ew es bray ee va ete hebesdioes: hes pote ¢bis tog wh aletnetoe1s old gott- oy ae y taedoit etd eodem dogg ais J aout wis saguoiw {lisse of? - \Ineaeetd me meg ayo meds bedatlog sede: ad ‘ode le doe ls o1 tqe: (ltese eft .sivivadg sok? oat x rene tatine. bas wasoks es lass wtsy ose le wonglod 19} beay’ batets.t; Ree \ Ay, ght ated oh ihbdont ss idea wiht ee abit [ehh mobegaid itus “2 Tes tod 9m etait wort Ge hoa, feawtoutta Kelqmoo th sau wily ¥ dow} ie _daeup £q bas (Moi suvone ai $ go bavof Bt asd: - alisdeb be Stem Joe betiier @sou bas stud ad badudy a aay Sa iw nofoa do “Eioaris A dv Moe tis eLom & 9a be Pak. NEAR aeage Dis a 4lantéiase gnkulo> eisle Wéelj Elsua wd? ia idw tviw .~istisaa sat a sewol. odd ao ayeliav sbis- ile oer ebavixe otmdoozidow. to wlyia | s4 intone wid, Joy i ye fone tt dttw Soxin elyte wipaosuswod ait: ever? $e: ia i santa tang] eit ao tidy dgiw yliefeasass ai unat ‘é fail haa wpebehaett etidaw 36 base “ani de Meqqy wie mo ayalbite J-wAl erolgo digiad wit Asiw bigeon ‘ni wadda eibbia ‘ed to waort’s Ad iw withheld oh & eo gaa Wile ‘aott ‘ddemlset af taviwwe bas i te oil ad GOobIe ooh ate! .emoly ‘bag ¢ dota 03 olasd nguowds sodsthbay yoasbass wiweeid bas ty tions? e gaisdeoh | cs “chek scuneiaaal Je iocsnaienehead one ik Mewol mort, ius nue oy wiiwd ni evo Rigs | atecaartiet J } ssobantel aoa toy bag atu $2093 of abagtae’ el cda7) ie ‘QiexKe 82 | biedites, ital ities ne ,8Odt0 wits ‘webaw wononimosy bathed se yaoites p to aw (Lig Aavior wif) sol ovivoe 4 bedeinaat doidw omikb Lied Ashoow seressstaban enose Ye snot ioe wanes ene ai. Sith (09 efuve ylisoo wrinwfody — be araecied ede ‘byoubou aiat Jtoqawa to whitey teyiontig odd se betty . esse moxse ws to asotliaed wid ai gatiisvexqg saailoe bas gaeiq be iets seaqe shodo olyala a Aviv azar nice] oda ‘to todd YLls weg | vod ‘bel ice vei weaT aalate ebia of! Io abne Js’ asags ' AS ie 34 REDTENDACHER'S MEDIAEVAL ARCHITSCTURg, Seires, worms, Cologne, Strasturg), and their buildings are therefore grand and rich- ly ornamented; their great masses and picturesque grouPings combine with strongly duccrative expedients, such es open external galleries; the subdivision and decor- etien is severe and dignified, rich and animated, The cathedrals at Spires, ‘orms, ond Mentz exhibit varied tendencies in taste: the first is scarnest, massive and Dlein; the Cathedral at Worms is luxuriant and fanciful, recalling French, es- pecially Norman buildings; the Cathedral at Mentz harmonizes with the grandeur and simplicity cf the Cethedral at Spires, and is partly influenced Ly the animated erchiteeture of the lower Rhine. 41] three cathedrals are dry and told in details, in nccordance with the cuilding material---sandstone of strong colors. 3 Ags previously stated, the buildings on the lower Rhine, and at Cologne, owe ; their distinctive cheracter to the peculiar volcanic building materials of the tifel. eountains, as well as to the product of the Rhenish slate mountains. The hard tri= chyte from the Urachenfels is especially used for structural parts and demands sin- le treatment; the easily wrought tufa fron Leke Laach makes the richest ornamenta- ticn possible. The easily split Llack slate is better polished than cut end is -teretor used ior cclumns; Slate rubble gives a gloomy and unfinished appearance tc Uhe Luil¢@ings | Frou these materiels, buildings on the lower Hhine obtain rich’ animation, accuracy in execution, and piquant effect by the use of complex structural motives, easily ex ecuited in tufa, ond wore refined treatment of details, than is found on the middle end upper Rhine, and also a more effective harmony of color with light tufe as Luiid- in, materiel, with which the small Llack slate columns strikingly contrast. This style of architecture extends into all side valleys on the lower Rhine, and although at Treves the Romanesque style mixes with French forms, yet the architecture there ber gs essentially with that on the lower Rhine. . The LDuildings on the upper Rhine, around Strasburg, Freikturg, and basle, practical- iy belong with these ct the middle Rhine; in accord with the bright colored sand- stone, their decoration is heavy and earnest in treatment; from upper Alsace, as et ein, a fancitul and Lizerre tendency radiates through Basle to Zurich end other claces in Switgeriand, Lut from lower alsace, especially at Strasburg, a nobler style extends to Freiburg and points dependent thereon. £8, Saxony. Saxony attained prominence under the Ottos, and men carly Lecame accustomed to sooden buildings, which furnished a motive for the round pillars of churches. To sconemize costly stone columns, in the construction ot stone churches, Piers were used #b the principal points of support. this produced the motive of alternating piers and columns prevailing in the tasilicas of the Saxon provinces. The plan is generally that of the Latin cross with a simple choir apse, usually with side apses at ends of the side aisles. This plan easily led to western facades with qe ia eas eid gaiteb Giweved ai adlowio asboo: ti sut (asarle bed one ,dovea: Saree ia ee eee kee, aes iy, Sag eae i RS ES 7 ; Per year re he: ‘ , tee peapteas adie cavnesn release ad sien 0 Tindgdar ah 8s 20 PO? at boternesnce whould | 2 | ade Olin semod ay (2 Wat begoieved exw edsvet wer | | Pe bolssibeb | irrodzets4 ge feabeit 09 edt stooan .aawWod ‘oanatie Jao eT seek yl lowes tp.’ Sono bisoragqy abiedignido sit? m hadw don foes hiowe TO) SOUR das eqod: ws gieatie® Yo erm “yddy bee senrtivesy en ida AOL, Hyon as carele bie ystindigidd ‘Mehsteb vi white ytd Jase } edd to walotedalo oid. sowie? of teomie oigce doiede / pqestetdks vie ’ purges Atiniarnith sealant fame os . he oan He, biti {A wht sieehagy o nee Be athe i af Ae SP ae ree iy ee we are “aad phen - ” le BPA ter 48 83 ‘Meat ‘ba esas Yo sebitdsmed ~2S oan baw tise to” pay dAspioqai vdd Agéw jotavonatd eh YMeolo keel anooas feiouomads sot wf oF te tosis ‘sokbad: adi gin pee Hows i gre dae’ ° yuu detwil eineda ails Ine dtogai, aavl add -alidw amg -bne Staet Ys bodies Mii vt le idaseas eiikia: ee eatwedti (caavedaio® hme she dadedil ole tia ssbiutae od ‘ beni betgloo fo imitetc: gatbited ads ddiw-eonebroossn- at stusowdt * tovet .alvde edd 20 ¢tangolaveb gelvons boven: giedend bay sivieusd Yo ert geldou sn Atiw. ,uedoia daw enkt a6 Lunteh 42 ~snotebiss wol foe. | a edt ay ‘abao3eb Yileidaoray hay OL etucositdods saupaoneGo © yo dod “EG aa - e MARPOE COR 3 fie Qusatk +2 ye reenon le seaiot $s, ewwdge2 itor p teaMGQols rob oid aL ovigoe ar ekasied’: aes tedols dew’dids .aeverT Ane Stsola oWtl jee ss wikbid off ad ane © ase” idaufov dino a ask beosenBiad. doidw 2 daeanom nee af sedIra . gin yn Kose bavivtss mw Jel i Wieit bas yaswre meanses jatog aot fa of da o8tn fad aoe ‘dd ud Ji od: heriaanilal wien. eeiai teihvoed yaow qitwod . i ‘ | : ous gay agit sisson, a a Leataiiie ion ae qoiites debwedous siusves joubieth eidd ‘bing’ qeddes’ bos siaoenen® aoau itebmigus ,aocadvoug wn iil | | ae. yrivens ui gal at ‘hotlalignivess ag dhe oe Wel Lit beakadel- at wine ‘Biwo? ylbied supesmkine’ At ewsglvon bo taamens Nbdoay xe 2. anid setet Bwyy 8 tuojn .OvSL TO7ta Ytelesnon Aptoss edd mo gadutun. > Ld apbeor bevies. ad? aott bose tia’ aqsdueq yeaualo? ‘to Lesh ted ads do ei > wins yadaetY bas guise led ta seitio Jae oa ast. ni petalous ae, bay eo asé wagers. Ausdene betes dagaaew Kagiso) ao xea a ii web aoe: sar) teddo 3o nds HOE? Ine kh *: ‘ia do oun an08, g otvied baw. daaelt aad ito @ bie ee: hbase ‘dion ox? * 4 ‘ | } ‘ eat bye 6 ‘ ; on ‘ ; > , 4 : wf oa aq ; Be vA : Pies) bi Seek ue ba aC : RAR ECSAAL Geet A) aR Cie ay I haere ak SE aes Dp yen te i int (on ; i} ’ eh a4 * hs ¥ ob REDTENEACHER'S MEDIAEVAL ARCHITECTURE, two towers including tLetween them a vestikule and gallery above, as for the churet « Gerurode consecrated in 8&4, or as in Sestphalia, where the middle part of the weert- ern fucade was developed into a massive tower, while the sides were reduced to lc: stgircase towers, as on the Cathedral at Paderborn, dedicated 1143, The churches in upper end lower Saxony are usually less distinguished by dimens- ions and by importance of architectural motives, when compared with those cof the Rhine provinces and other parts of Cermany, than ty variety in design and develop- O ment of motive in detaio. Originality send refined feeling for treatment cf details are expressed, which might almost Le termed the classicism of the Romanesque style. while the Rhenish provinces employ the vault-pier, Saxony develops the rectangular wall-pier with decorated angles, which is suited to the tasilica with horizontal céliing.. 27, kemainder of Germany and “urope. In Franconia, with the important dioceses of “urzburg and Bamberg, architecture or commercial reasons less closely connected with the Saxon provinces than with the Rhenish. Wurzburg, Bamberg, and Hesse with its ancient abLey at Fulda, were (Z essentielly influenced ty Mentz and torms; while the less important monuments in ites se at Fulde, Herrfeld, Iltenstadt, and Gelnhausen, jikewise have middle Rhenish aroh- itectureé in eccordance with the building material of colcred sandstone; the dioceses of Wurzburg and bamLerg pursued another development of the style, favored by a soft yellow sandstone, the detail is finer and richer, witn a nebler treatment cof the whole, Romanesque architecture in Suabia essentially depends on the benedictiné monastery ct Hirsau, tuilt 108¢-10¢1, | | bavaria is active in the development of architecture at Regensburg, already inport- ant in the Kiddle Ages;like Cologne and Treves, this was richer than other Cermin | cities in Roman monuments, which influenced its architecture; as an important trans- fer point Letween Germany and Italy, it later received many influences from the south; ueny peculiarities were brought to it by the sectch monks at the end of the lith Century. ae Laverie succeeded eariier in an originel development of architecture than did tie Rhine provinces, dependent upon Franconia and Suekia, and this distinétive char- | seter is retained until later times. It is distinguished in Regensburg and Freisin- by richly ornamented sculpture in Romanesque, hardly found elsewhere in Germany, occurring on the Scotch monastery atter 1276, about ©0 years later than the foundin, of the Cathedral of Cologne, perhaps imitated from the carved wooden style of the Scotch, who had already Luilt wooden churches in bevaria during the 7th Centur. austria, in its imfortant cities of Salzburg and Vienna, was the channel of ¢ca- merce between western and eastern Europe; its architecture is not essentially cii- ferent from that of other German countries. . | The north German lowlands on the North and Baltic seas were hardly won from the oer « : bs “Sy “A ve hy x 7 m™ vs . > a m3 & < . . be wove td Se = « . Le | 3 _—- - . tet ~> ‘ we oS eae . . 78 = S : ie . a oh oes se 22 ain - . . . “ *. -” * " e* '- “as a aa wet a »* — ss we “Se “ar aa SR cr s og Sie | “ . . . 7 z x “ * ey a ¥ ast be be. “i a i hy Bo e7 Tee: aay. 7 “e, <% s v4 . ~~ Pi aS Da . a ~ 44 sa i +a a re we. Fy !” . > x i b. ~ oo , 2 eh see webs ry “aoe ¢ - z “y- *e. -bs ryt we . . +> 2 nes te. < Le ad Py Soe t 28 ye — yer ie ote “4 me oa: 4 < *. £ ~~ : +, ore va ms * . 3 , wy 3 ~s : <7 wo eae 4 2s ee eS tr . +s, , Sees e ot ~~ 7%, ae 5 3 4 8% f. word , *, *. A. eA dit R * a TEs. oe en ee LS a Be toe 3 = me * . . €i2 « ant - . 4 . ey - et, a ee al f f #9 ‘oe a y 4 t -¢ +s ~ host oh jee a3 Sad y ® Ke8 , “. ‘ = . . : . . - . es ‘ ‘ o* *-« , wy ata . &- cy ica. ake ree ‘ Pe) le : i “p- oe U . a) s oe fe _ “. “bh ~ >, “ . st t. v = a. <4 i : Ce 2. . “a. “ts ? ~ a "| a 4 “3 2° a ee - i “ . : be co rs 3 Pa oo . 2 b a. nl te “es ¢ E . bes = wn an’ -—* : : - “} eo 9m a? ‘Wie a J ar St Sher ti P e ee a ~. ” . - ~ .- slat ‘ ay ~ - . _ * Vem on G WF 406 ae wet lo 5 y A 4 ae ee . 4 eh: i R4e ef Re 2é REDTENBACHER'S MEDIAEVAL ARCHITECTURG, Slavs during the Crusades and take little part in architecture during this period. In Loth Romanesque and Gothic architecture, they differ from the rest cf Germany Ly brick construction and Ly the use of granite boulders as tuilding material&, scatie: ed everywhere, Other countries of Surope which took part in the development of the Romanesque style may Le briefly mentioned. Italy hes already teen considered; we have only te add that lower Italy and Sicily mixed Nerman and Mocrish forms in their architect- ure. Spain chiefly imitated southern France; tngland was like Normandy; Cenmark, & Sweden and Norway received their architecture from tngland and Germany; belgium and Holland took theirs from northern France and from Germany. _. 28). arly Gothievin France, ? To extend our sketch of the evoluticn of Romanesque architecture further would not Le proper, for a detailed history of Medizevel Architecture is not intended, ut merely its relaticns, so far as necessary to understand the mediaeval styles. we therefor now give the course of the Gothic in cutline and return to & Denis. / re This tuilding was soon fcéllowed ty an entire series of the most important cathedre]< in France. The uplifting produced atcut the middle of the 12th Century in France oe; well as in Germany manifested itself in a generelly prevailing literality, high ane low taking part both in offerings of money and of labor fer the greatest architect- ural works, 4n equalled emulation affected all Lelievers, as already evident in the erection of 5 Lenis, so that ncLles and pecple with their own hands helped to build the massive stone piers, and this was repeated in the grandest way at the building of the Cathedral at Chartres, founded 1145, where "this assistance was thoroughly organized", Ly which "cbhstscles were overcome which would have eppelled hired workmen." AtbLots and bishops then toasted of this zeal of the laity. ; The Cathedral at Chartres, whose west facade end the Lases of the towers alone be- long te this period, vxhikits a turther step in the development of the new style; especially in the pointed arch consistently employed thereon; the very Lroad nid- dle eisle is externally lighted by threes windows and ty a colossal wheel window having the entire width of the fucede, terminated at top Ly a herizontal arcade with figures in niches, The three portals of the facade are combined in a group, while — those of 5. Denis were separated Ly the buttresses cf the tower. The further devel- Cpment of the style does not then proceed regularly, that each separate Luilding might represent the unity of the style, but only a portion cf each new structure ad- hered to the course of development of the style, while the enlargement and compl e= tion of these Luildings occurred later. the treatment of the facades of the cathedrals at Sens and Noyon was followed in the magnificent facade of Notre Dame at Paris, of dignified earnestness and zpreat severity, with energetic and clear treatment of the style. The two stories ci the facade, whose portals were separated like those cf 5. Denis, are divided by 2 great © © © ‘deeotg ‘ aaly asin adi ee lads ‘bas’ weondéte as Bade x0dbb shies obi ie eved growot odT Jebsow dalioia-6 yd boteatmwws af rejnac' | Cg thae Cv: saodd ‘gedy $neaieers Tehnete | ton s Atiw ebsots rior feotgid eit ts .etrel 96 ems9 s1jo" to sbsos't ef to aeseye ad? at (pagod st wide besoetiey why Yo'tnemsate teadoi+ add: A2iw bas dnemgg edd to’ Bose td ted elgae afd to aves a aista ont Le yanked te Letbe eo algtroq ed! jseute'te aniniedHoo aedoin beigonss ieqo yd bees lqex e404 14 oved awobntw ott ebsos't off eroted atoe,otg doidw quo w mi baatot os $8 ousl etjorl nt goikisw ain doidw Cost diéiw bellit om bas aed? 50 ‘eff to gikbavot edt ssoted @iey Jayte 682 wits otius caw ebs00i. J nave sgnttt? toner? bad naggeR eheont intivuses teon add ef bas .gayoioo ag a sBJeite doidy ebevet Jest Pings m #800 din sven oie Yo MOL ION 1580S To meveye etiine of? .etaed ettA “ed ‘asw das !t0Gmi gaom ‘ofaabeddss to soiiee ant begoleveb ae ttode jm Luge 2007 ent od ork biegexed odd aort @gtedo ods beobal study “Hi ORE git 3 ee Mel ots to bus ol tedas ody ak get Wty 36 Mneegoleves edi aedT .ifeav . sagen leiddoursa to Mok iou bien ee “Odkv ,woltetxy add ao agetided bax: thos budalog 949 to eas nm: amen she .YreORT Adiw awobntw Jeet “lo weir. D odd ativast bas (Stewos to -eMeOT ods ioliedss bus +l4etab edd Yo jo audios? add oyoll Gis anes aed eiie® te eleabediad oT olistned MP e2soN to dowd ‘ed? (eated? Ys yauk - WO td yoddA ods jatsveeed teen tow vt ene {is eiwet be steht srt YG aes ond ,eist-qeses 5 ; j ‘ elydea ond 19 fqaaqoley we Hoisie xiaitd wd bequory bates callie eeed) to fie ylissa os betocsga > doid Vat eter iiss. tewtg To eslues fet oad ew sua evi devinl teliene to wwii sioled secedin ‘et gedbnssns’ egies te:tJome vd hewolict antes baye leven anew wlita ra Dats sonia td ak. bevl m9 horn? ods ond ,eneW al 36° fo ibsdded oe ia e | GIeddo O18 a tevgews a ‘oF nS saab Ja: brs (gaat! hl ons ( aneith Je ainthedse® wilt al fe lot ad? aabog- Jaedgid stents bap eeagqivg riadd nisste ainemunoR evig ‘bei ei peaks t eetevenn td bas eibbrn etd ae wteggs Yinielg « oto atiwd ude Jeeesss Gtlewaw ic Seow Gdegayl at baotxd sated’ eat bas sn wbia ely evoto Agid , pa enews siewlegg ‘6 bis ,ebsesi nisteow ‘ete ‘@AEE asbeokt iquaniedd) edd of bsbdbs wing {3 ni bear fies Cy Sey atewod neves isiw donde adil tof Joeenegnt edt seve oy i oe wided~o 36: istbhed is? wail at anckisagerg beowbet al beduowss. bas Aosd je fer | 5 ay eonest ab enisaer alegedo 90 setbiva’ avi ‘Adiw ‘late atede sa? te orem enviy “bawol “eieibedien io oth Lg edd. ¥o endiseninwes ada bas Linw edz gnibiveb x09 Brteda tor aquosy dvtw ale sdoil si - | ogra beresauio oak moteneid orem seed? dod \elesigad ‘shen nd | , ae te botsed teed ra) eee avy av REDIGNBACHBR'S MEDIABVAL ARCHITECTURES, arcede deccrated by statues, and the upper story with the great rose window at its center is terminated by a similar arcade, The towers have windows in pairs ‘and rise arcade with a more slender treatment than those of &S. venis The system of the facade of Notre Dame at Paris, at the highest point in devel- opment and with the richest ornament of the perfected style, is found in the Cath= edral at Rheims; all the plain masses of the angle buttresses of the towers ere here replaced Ly open canopied niches containing statues; the portals are again joined in a group, which projects before the facade; the windows have gables over them and are filled with tracery, which was wanting in Nctre Vame at Paris. This faceds was Luilt after 1241, eight years before the founding cf the Cathedral at Colcgne, and is the most Leautiful facade produced ty French Gothic, even Leing tle most magnificent facade which exists. After 3. Denis, the entire system of construction ot the nave with its imposing choir is developed in a series of cathedrals; most important wus the perfection ct the groin-vault, indeed the change from the hexapartite to the rectangular groin- vault. Then the development of the plier in the interior, and of the fiying buttress and buttress on the exterior, with @ general reduction of structural masses Ly the use of great windows with tracery, the common use of the pointed arch, subdivisior of the interior end exterior, the forms of towers, and lastly, the details and orne- mentation. The Cathedrals at Paris, Laon, Sens, and Noycn the Churches cf 5. Ger- mer near beauvais, the Abbey of 5. Remy at Rheims, the Church of Notre Dame ai Chej- one-sur-Marne, the choir of 5, Germain-des-Pres at Paris, all take part in this de- velopment of the style. Attached to nearly all of these churches and grouped in their eicinity are a nug- ter of smaller imitative structures, the first series of great cathedrals in which tic stvle was developed being followed by another h Ce he Cathedral at Le Mans, the abbey Church of éries extending it. to this belong o wt "~~ a c+ Ived in braine, tne Cathedral at vauvals,and others. Nth the Cathedrals at Amiens )1220 - 1288) and at Rheims, (1241 to 1800) these crez- tive monuments attein their purpose and their highest point. The relative heights in- crease, the Latin cross plainly appears in the middle and transverse aisles, raised high eLove the side aisles, and the choirs extend in length; two towers are usually udded to the transept facades like the western facade, and a high tower is even place ed over the intersection; a like church with seven towers was planned in the Cathec- ral at Laon and executed in reduced proportions in the Cathedral at Limburg-o-Lahn. The choir aisle with its series of chapels remains in France the general typé of tle terminations of the plans of cathedrals. Round piers were preferred in the older cathedrals, with groups of shafts for dividing the wall and springing from their cacituls, but these were transformed into clustered piers with four rcund shafts. 29, best Period of Gothia. Aaeve ye e "6 ecdln a teool aft ,tsdees t gnldtiind asitosh-- edd ‘bos ,eoe 17 ateijio: to eile Jsabeitss. efi. betstinit Jertt wiege” ° L baa fio! bats aud ylod 210t Hekyoom enol dtiw bexie (Agnortie emoed = pods 13 wort wiyte abtgod ‘Deg poleveb age (OESL Juods) bevduo ae ee . : yeaa? at otdto® to nosanageh £5 7 1b abu ae me i gnole gever! aort heheecosg yiseie® ai viyta ofdsod edt 9. eorss4 wout wiysa wid to MNOS TAI LO Gen i sooth © Dawot ef agvosly emee - P emeced. paigod fhaad ol at snowman odd meth tett od ya vi yeonwu lini doenky @ Bi we idtazoy foie votpee afi Je vlv Je ett betbuze astound Btows ui “ada. to. aslq wes luoeg otivup off ged dever! te dowd? sovestdadd wt nk goibae Bum wot all saben yi debit ealgos Jneitaweg dei: 2) ae tek ant. anole edd lide geek ban lestaoo ts ear ey [ chunagoaeet ode teil oy a, anode a6 ,tiveor Gn Bibbs ne Ly wat. 898 wag eat as bene otai & bi) 3. tail ‘wai dad saaote tot teen anieid Merkevl .G jo tiode edt. to mig edz — ee, _ mob te na itd bas senna ylhoi loeb: a16 fowls ade to eatot bis wtie edd 1 IB pages ye iw ea gees bg avites no bowed ytisem ess wee . ; es gidaode bawot ad yam oinyod asia 2 sovgebns tavldon ol? mF ian bgt oe ee i Nabe ae ae ‘ a Nien ed ‘iia a iad rant ‘geltiwm edididad oale tt bigdred ag vedas fa | 4 tw dowd? oda. apes Se gels een. en cae Tint 8 aang Sage th idseanias seumowis (IT - : Ps ohne bas "alscisb ah “anol 291 AP owata? wvatigg daeseoiis S REDTENBACHER'S MEDIAEVAL ARCHITECTURE, The best period cf Gothic style begins with St. Louis, who commenced in 1231 to re- tuild the nave of 5, Denis, and was a noble, art-loving prince, whese era is compar- ed ty French archasogcogists with that of Pericles. His finest creations ere the famous 5. Chapelle in Paris, a pearl of French Gothic, the Leautiful Church of 4, Nicaise, and the facade of the Cathedral at Rheims. Though the creation cf the new style only extended around Paris as a center, the second extension of the perfected style reached all parts of France, and was variously colored by local conditions. | ® It was especially the Cistercians that took the most active part in this extension. 38, Extension of Gothic outside France. Cutside France, Enyland first adopted the new style. The Cathedral of Canterbury was turned in 1174, william of Sens in France was called to rebuild it, and brough: over the new style. Thence the Gothic extended generally over all England, always using peculiarly different forms, Germany, Italy, and Spain received the Gothic at ebout the same time:Germeny in the Liekfrauen Church at Treves (begun 1227), Italy (stout 1£2€) in the Church of 5, Francesco at Assizi, built by a German Master, and Soain in the Cathedral of Toledo (built 1227). Gcthic was long prepared for in Gex- © many; the first purely Gothic building was kept in consistent German style, while the Cistercian Abbey Church at Marienstadt in Nassau, begun in the same year 1227, ; cnc of the few German monuments with a purely French character. ven in the earlies: lislian building at Assiazi, the local style of Gothic is very distinctly expressed. Spain. first imitated the cathedral style of northern france, and the style only lat«e: Lecame strongly mixed with local ltoorish torms. Belgium and Holland likewise re- ceived (about 1280) the developed Gothic style from France.. S1, Extension of Gothic in Germany. The Gothic style in Germany proceeded from Treves along a few muin lines; yet in c some Plates is found a direct importation of the style from France, or at least a direct influence; it may te that from the moment in which Gothic Lecame the fashicn, architects studied the style at its source when possible. The Lietfrauen Church at Treves has the quite peculiar plan ef the Latin cross (Fi; 10) with reentrant angles filled by chapels, its four arms ending in apses; its ol ai. thersfor resembles that of & central Luilding, while the cross form is very decidedi expressed in its upper part. The plan did not result, as Mertens stated, from Douk- ling the plan of the choir of 5. Ived at braine near Soissons, but from limitations of the site. All] forms of the church are decidedly Gothic, and the ornamental de- tails are mostly tased on native plant forms, | The noblest endevvor of German Gothic may Le found shortly afterwards (in 1222) 4, the Church of 5. Blisabeth at Marturg. It also exhibits peculiarities: in plan (Fi, 11), because triapsal; in section, tecause a hall church; even more than the Liet- frauen Church at Treves, to which it shows decided similarity , is the Church of 53. Elisabeth entirely German in its forms. 41] details and ornaments, as well as seul, = ry beg eee Teens eae | gotieains suas tame e'nguonanaTae 98 nk “yltw tomo saom wis (SnoisJe100cEb iow! atten tines aldenan wit: Gage Blk esl usfeteset? oft bas gwdik ss oe wirgohoo gs bootie aziaedh edi to Jaebasqubai jewtosstdews oidJoo to | ie dowd ody wdti ,yacmse® aye sion ni-a2aiog wot 6 besang oats pidgob : > oa tefodoit (A to Bow? ait bam. jatoddebed Je LsaboitdsO ods ,silotgize Hea eat wurden! fa ieabetiad ef bas ,'@-e~grudawtl je dowd) edd . ats His “% yea astovetel? odd ak bevwoog yaoxsd ni-oidzoD to ¢aeumdoley gitat as oma) dw aeectod bas .thevened{el jyuudobyM Je eletootisy | aa: one rt mos? pobied 090i soetib aod. droisgqe azo! et Loodos ce tagei ry : al, af @itt eds sedte beaneason ,emgoloo ts (erbedsev eid to nekvoete edd Pap died. - bsowatd anol seat fowmtowstdorw nai? {fe do fie svezes Jeon ens ne a : oaest oo oe ‘ie “ptwnbedited wit te aneiq add Yo pitanes xe as ae ist oi? aay alt Sqede atoio aevee bre .wigia tiodo .eiqsenste belatet ddéw bulete4 aig se if OAs to noisouxstenco of? ean (S82) ahodo. odd Jo nobielguco odd wert yiad a stg { soogzes, yseve ai af oiwlowdiiow od? sbaonemaoo supwod weleew Jeoiy off a - ug abo eet. ati Oe beaitet ee «ts pucuntnii evi das. acini asaiet To 1O"8ebile iteog i ego). ‘disbte iis: no bebmesxe coeeiaien: eecitn .ttomuaon daodtogst efaT in wp eii baetleat?. eagols «i begedeveb ,oswiowsinlow- olivo to equ ine oe ; , eal. to gttbLiod wid annotled qlisisegse - 22 OF -wiidd-edz nwob bas ya ‘s che ont nef4 oid gnetae®. sy soroc¥. 2B to dowd? ads. psagoiod wea giwonedin -Y dowd? edd jpoverT re dont? neustideid:eds. to vets of botlle ei siodo | Ye bas asad ds. orange wat Yo atv Gus ..sdoetdl Jo leabwtited edd .r3bier Sas 9, silage ggo do eattedie? < to howe all hf botoonece os ‘ean bas ywiasswW? Je eynih Loud leubedtss bibaviga od 46 elim ‘Yaido ort vensare® otat elude oiddc? edt Yo avils210qai oridtiodrl = a Heawdae? dvSl ed? to ied bacgee ods al bosolqmed -vt98 syctbhiwd Atal a » ey _ seo} dgecttiagen afi ys bedaiv gnive th Yiaeivoiswg @i qwiast2 Ye fe ibe feteoety eaods to geiit ot tees Didneige aii yi ay idiest ge stats id » deoate bag woonlg yon vi bedsdind ymamie? to olvartesowimdy (Real ye Se cor dnwoltiagsa edd enisie: gwieswe de levdbeitial if oon 4% at gaidosi i et nee petenst we turd inten ab Ele div (elorbediea donerT ods to ‘re | wuvatestt of dislg bis ewes wy hm B8BF shine jaaset: ts dows vit Wh eisbee botesav Jertt elyde oinsod aT 9 softs te) guldeiwol) betoetieg one at #1 .aissS wot? doortdow as yd ESL Aomalianadnad idl dawntaorg oa oe codomwde eesnd ynoaned nk eek orsdiwon dauot re . | oamea donors’ ofa. goede itd ae, Bed) enotiten wohobaoxis . antes ede wo (78ST at) bawod gaxid wi olyte ettto? oda gikoras x al . a donned penne ads on ae do kaw arodney iesbeide? ia u* ’ rr. pet.” (ok oH as : . ey aS Pt 4 Be i: : NEG é) es, ; q : f ‘ ’ 7 4. ble ao ade ‘ 7 . ’ ; : SE ili ad LE ; 2 » ih a aN Sore ao RECDIENBACHER'S MEDIAEVAL ARCHITECTURE, tural decorations, are most carefully finished, al Marburg and the Cistercian Abbey at Haina wes developed a truly Hessian sehac] ot Gothic architecture, independent otf the Rhenish school at Cologne. The Martur; Gothic also passed a few points in northern Germany, like the Church at Lippsteadt 4d: restphelia, the Cathedral at Paderborn, and the Church of 8, Nicholai at Obermars- curg, the Church at Nienturg-a-S', and the Cathedral et Namburg. The highest de- velopment of Gothic in Saxony occurred in the Cistercian abley of Sehulpforta, the Cathedrals at Magdeburg, Halberstadt, and Meissen. but there an influence cf the Ressien schcol is less apparent than direct importation from France. 4 second was the erection of the Cathedral at Cologne, commenced arter the fire in 1248, perhy s the most important of all German architectural creations directly dependent upon France, The plan (Fig. 12) is an extension of the plans of the Cathedrals at Amiens endo. beauvais, S~aisled with 2-aisled transepts, choir aisle, and seven choir chapels. Cnly after the completion of the choir (181€) was the construction of the nave and c: the great western towers commenced. The architecture is in every respect the supre: - endeavor of German Gothic, and its forms are as refined as its masses are in-. posing.. . This important monument, whose influence extended on all sides, formed a sec- ond type of Gothic architecture, developed in Glogne itself and its vicinity, ug and down the Rhine; to it especially telongs the Luilding of the Abbey at — sitenburg near Cologne, the Church of 5. Victor at Xanten, the Plan of whose choir is allied to that of the Liekfrauen Church st Treves, the Church at Abr- Weller, the Cathedral at Utrecht, and parts of the Cathedral at Mentz and of whe Church of S, Catherine at Cppenhein. 7 The splendid cathedrol buildings et StrasLurg and Freiburg are connected with ~ the.third importation of the Gothic style into Germany; the chief parts of Loth cuildinzs were completed in the second half ct the 18th Century; the Cath- vdrel at Strasburg is particularly distinguished Ly its magnificent facade, that at Freiburg Ly its splendid tower, the first of those gracetul perforated spires, characteristic of Germany, imitated in many places and slmost entirely lacking in France, The Cathedral at Strasburg retains the magnificent style | ot the French cathedrals, with all its grandeur, that at Freiburg being more severe end plain in treatment. . The Gothic style first entered Suaiia in the Church at Wimfen, tuilt 1262 - 127& by an architect from Paris.: It is the perfected, flourishing Gothic style, the: found nowhere else in Germany; these churches are so prominent in Germany thet the chronicler mentions them as tuilt after the French manner. In Franconia the Gothic style is first found (in 1287) on the weatern choir of th. Cathedral at bamterg, which is not the perfected style of the Luildings firat sen- Cd ; HOMA da Vea lita SHENG TAS | oA eiaaadh 9 00 spa $8 alsthottee itie? dones™ yas ott Yo sods ivi pronoi! t seartbited sidnion eau dsiw jasit axseqys ywwdeaeyel siwved aetivoc ni inde wWiuyassoor sxeiluneg y ,fywwaaed. del to sodsexp baooda) vdofaii .2 io doy 3 hod wt bowose Cle wtbnedne selieliex dviw ,ofigod dones? viz we Pains weir ge) totic iviw beweqao? . ,aedeeh Js dowd odd to eeonsaaini tee $l. hissebatlsieg baw. Wioktourdano ghee gi Leaigizo. uleriine 2: gai pedd diiw dotda (258! ay yes) dowd? appteinol odd ei yiwdasoge? mi stow 9f1700 fe boas deb eds adigidne sant (OBR! bedsotbeb) eagaio? 36 dowd aeiiie an i nottoar@ adi giwedeneget at doyod ,STSL aorta wert -sdyto bas vib page al am191 ta vau baa .totaeexe | ,9819 at dotdiw . inched i629 beagic vr iat ~eirewe2 to eWiguiidow eti¢ae oft eft! tilgalygiro , i to agvizes a ni eiateun ak beteegas Jjexit eiyta sédtoo betoultey o4f pear sdosdal gs ,sanet) asec. gteduenietaol x Siugrlie yi fiet 8 ayaéh hind woitoussencs doiwd nrsitgoa Yo. aiemob odd aj bemyotens 13 aqw- rt ee + velo cisaslg edd of elyia emote suo odd motd wx02. ai epnsioc beaies p-onnso® ed? .Yteae® ataisied at.yew violostadise duow edi at bevios | “ya iaed, aga: e423 iijqgu seonkvetg seeds. aé baJgsbs | oe setae) dwelt sedte ofdjod “Sf ptogpidore. isaxe) to ssiwesigdad evi tas. YUtwsaed AISL wag ne oleae een on otkept , JIS. wed O82 fo sotiea od! 26 gaibude sid Atiism ,egn.4 Rb a tak 1 asaeaggis las bae 2gnibiiud wea Lisma bas epael 19 today eaienal ae > elteide aew eiyze od! to. eh ei ett bas: ,beased ylisea bad eons? “Ye aloodos etait begoleved .2zybod snoaen tieds bas a fexbeiios feotn ot ats Sads. B®. abned wad ai qiteido Kigeds bavet etwtoetidens teilwe olidd - Adie bebiouton ti yrwiaed dil add ot .2oLdon. bas aGON6Ig Ys Pexingides fe dete? ftiettegiiivio to etaygs Jgagmoria vis nedg. 2 aetdso edd lo ysineg mask iS 4 daesr0dad Jeoe, ait noi? ety auatblius ts aumnoo bys avaved ese vi4 fotoeee o TSW aedowde Lisd ¢advcoa: (8%0o% t4yid. bas beot! Settupert Je" i o dtiw elvis stofo sdi .votvree enivid 101 bead Mwe attodo algaly Ds nisto edd te. fuentes edt ai ysoinew baton al soaity ati «lh sbedigmo yCisw d ielais. ‘ttoto edt beaiste: yi (ome, aedowdo Liga. ‘ylad satenwe® ag vlao 4 4)t08 ida av. oaiteth ati fzineb acotiived eit. gniviy. ,beltigo aed . gtew evgae ts in. a ete . ok oft amit atten prince: to tambien in wig ov ituget egnihiing wives by oa Bas.) edule edd to net? vn wut a obiauoedis oabidte at elatenoo aided wedel af Jnkeg Isivasses edt i om ei luaex buagetoni tedi oa aero? lu stoetidow yatgiado ai bas aésasin oe 43 aon wp amie, eign an ‘gliwwinai suottiw gagew beftilgqais ddie bo Simold dns ylibiul} beaswrsnt as .emdsay? | ra) oaniagtie, as “dgod. oidaod ers te ObJalioJocsado yeddest 2s silamana i Akan Lanner su Senate t Jgenteed) af ascayah houses " 40 REDTENBACHER'S HED lAnVaL sRCHITECTURE, Licned, Lut that of the early French Gothic cathedrals at Laon and Chartres. En scuthern bavaria, Regensburg appears first with sone notable buildings, the Chu rch of 8, Ulrich, (second quarter of 18th Century), © peculiar rectangular structure in early French Gothic, with galleries extending all sarcund it, apparently with rem iniscences of the Church at Martes. Compared with cther fans sie churches, this Luilid ing 1s entirely criginal in design, construction, and partlyadetail. ‘The next Gothic work in Regensburg is the Dominican Church (Legun 12732), which with the Min- orites Church at Cologne (dedicated 1250) first exhibits the debased Cothie style in end crude forms, After 1272, Legon in Regensburg the erection of the grandly de- signed Cathedral, which in Pian, extericr, and use cf torms is characterized ty originality, like the entire architecture of Bavaria, The perfected Gothic style first appeared in Austria in a series of mcnastic Lt MALTA DES at Heiligenkreutz, Klicsterneuberg near Vienna, at Imbach, and Gratz. 2. thie was transformed in the domain of northern brick construction. FEere was re- abea’d a change in form from the cut stone style to the plastic clay, a problem solved in the most satisfactory way in nerthern Germany. The Gothic style was net edapted in these provinces until the 14th Century. Sé, Gothic after 14th Century. while in the 1¢th Century active intercourse of German architects occurred with Franee, making their studies at the source of the new art, in the 14th Century with an iamense nusker of large and small new buildings and enlargements, intercourse vith: Prance had nearly ceased, and the Depo of the style was chiefly connected with the greet cathedrals end their mason's lodges, developed into schools of masters while earlier architecture found itseif chietly in the hands of the clergy hs cetronized by princes and nobles, in the 14th Century it ccincided with the pros- perity of the cities, then the strongest ogents of civilization. Parish churches, = private houses and communal Luildings were then the most imbortant problems: the. first required Lroad end light rooms, so that hall churches were especially preferr- eG; Simple choirs sufficed for divine service, the choir aisle with chapels being us- ually omitted. In its place is noted variety in the treatment of the choir, founc aay in Germeny. Only small churches uaually retained the choir aisle; the flying uttresses were then omitted, giving the tasilican design its distinctive character. Secular buildings required the abandonment cf ecclestiastical forms and transfort o- ticn cf the style. ihe essential point in later Gothic consists in extreme attenuation of structure] messes and in changing architecturs] forms, so that increased results could te obttair: ed with simplified means without injuring the general effect of richness of the arch- itecture. an increased fluidity ana flexibility of forms end of their connection: is further characteristic of Late Gothic, Loth an effeminacy and also 2 hardening enc dryness in treatment of forms, but combining with the simplification of means an ix- a! * A Peon get 8! 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Mevess atodg sive ot siyte evn sth ‘audios x alt hi “S4tuloos ido te aredexon to eilvees odd nor) boviieb as. lov beaeel wed sand idem: eenannietcee bas abodten teool beqo NBACHER'S MaDIAnVAL ARCRITECTURD, ease ln richness ed repetition cf motives. | The nost prominent Luildings of this period are the facades with two towers for some German cathedrals, as at Cologne and Regensburg, ahae the towers of the Cath- edrals at Strasburg and Freiburg, the last only completed at the Leginning of the 1 mmm mH At REDT BI J vb Century, and those of the Cathedral of 5. Stephen at Vienna; then some choirs, z at the Cathedral of Ulm, and the Church at Kuttenberg in Bohemia; also, the Liet- irauen Church at Hsslingen, the beautiful Church of 5%. Maria at Reutlingen, the i Cathedral at Thann in Alsace, the Cathedral at orfurt, the Cathedral of & Martin at Lbendshut in Bavaria. To these are added a series of smaller churches, portions ct monasteries, military and secular structures of all kinds, and some great cas- tiles, -that at Marienburg in Prussia, of Albrechtsburg near Meisson, of Carlstein i: Schemia, and of Vayda Hungad in Siebenburgen. ALS Wh 1460 was founded a league of schools of masters at the great cathedrals, cr mason's lodges, especially a union of the mason's lodges at Strasburg, Cologne, Vier ne, and berne, under the presidency of the master at Strasburg Cathedral. Thus an reanization of the stone wason's craft was effected, Loth for better work and appit cation of art, and also for a purer life. This organization had as much beneficial — to German architecture as could become injurious thereto; to it is due skill in werk © menship and great aptitude for the sollution of difficult protlems unknown to ear- ave periods; proofs of this are the late Gothic towers of the Cathedrals at Straske Ulin, Frankfort-am-Main, antwerP, and large tabernacles imitating towers, graceful reredoses, rood-screens, memorial columns, fountains, etc. However important these forts of the skili of stone masons in the Mth and l¢th Centuries, there results frvca this endeavor to excel'in competition, with lack of artistic training in worx- heh an exaggeration of stone-mascn's fancies at the cost of cther branches of art, «: that architecture finally came to a point, where it could proceed no further and found a welcome rescue by the invasion of the Renaissance from Italy at this time, which rapidly attained its highest foint.. The same occurred in France, England, and other countries, which adopted the Goth- ic style and developed it in secerdance with local tastes; the luxuriant Gothic unil: ea with the imported Renaissance, and from the combination of two different methods of construction sprung e series of graceful architectural works, which, in spite ot thelr evident mixture of forms, always exhibit high feeling fer art and refined taste, 338, Italian Gothic.. To introduce Gothic inte Italy is a greater contradiction than the reverse, the in- portation of classic architecture into Germany. The masters of Italian Gothic chan. the new style to suit their tasted#. The Italian Gothic retained the mest useful ide- as, derived from the results of northern architecture in its spacious churches, deve: oped local methods, and Renaissance architects thus learned from northern Gothic to wir sty pe iw aire _ we. (2p | es oh i on a eT peer a" Vil “ey it iy Sets oe z log +) hig 7 4g ” ne > mh ae > oatsou bas wttseto nely : hangs LLas 6. gi on nega “shiv id aemoh ou pL belia? ontwredsd. switied tdo7s , w baa ~Aedoo iwi aieha yy & aetoiudo oom | ae i, goo agaibjied ed? seeyiton bavowh wet 8 - nye ay aie ‘a iyaleedd > aul py ico eituen dats s abaoixe nests fosdn es ‘ : henley pit didsgre 138 » sokgeed wt Gerisev to Sroqque on? & notiows at edd 3 foisoe® diyaes at toyqe qietd ddkw ad ives ¥o Achiatiiuco ond aoa Jo Redan edi ,poitourseoo fenresat edi .3 mokjoes bag .selg to dave een _enteieseb ood iit HOLdO98 Sekdbw dt gnc! to dnumegas ris bas sotlows wuUteediao7 [swttsixe oe ! ; x 42 . REDIBNBACHBR'S MBDIAgVAL ARCHITECTURE. | plan clearly and practiced the construction of vaults, especially the erection of domes ‘of wide span.’ In spite of brilliantly effective decoration cf facedes,. this architeéture otherwise failed in true meaning; where simplified, it gave spacious churches a vary plain character, and when richer, it remained nearly a repitition ci a few Zround motives., The buildings consist ot slightiy suldivided masses, over which often extends a rich marble covering like tapestry; a few notle erchitect- ural motives from the north are employed, arrangedin the simplest possitie manner; they produce clear subdivision and accent horizontal] lines more strongly than in northen Gothic; but the suktdivision is repeated, and the greater prominence of horizontals would Le no gain if the vertical were as strongly expressed; but the defect in the general composition cannot be concealed by martle mosaic and decor- ative sculpture, The finest buildings in Italian Gothic, the Cathedrals at Florence, Orvieto, and Siena, were commenced at the end of the 12th Century and continued in the early part of the 14th, all have something decidedly dilettante in spite of their magnitude and splendor, and the Renaissance justly termed this Italian Gothic barbaric. It first succeeded in what Italian Gothic attempted. 24, ‘Synopsis of Forms of Mediaeval 4rchitecture. To treat mediseval architecture in detail, we have first to make clear that its highest problem was the construction of enclosed spaces, and its highest endeavor to cover these by vaults. Everything else depends on a knowledge of vaulted architecture in the fiddle ages. The second Section will therefore comprise vaulted architecture. hy Vaults lead us to the treatment of their supports; piers, columns, walls and a butments, buttresses and tlying buttresses. we accordingly have to consider in Section 2 the support of vaults; in Section 4, Luttresses and flying buttresses. From the comkination of vaults with their supports result Section ©, the treat- ment of plan, and Section ©, the internal construction, the system of cross section and arrangement of longitudinal section. 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Yo tlind ef yLeoxsoe Bfu00 Abowd oh , ida biove ‘op. ‘bollequoa Stow Meat sGHors Lbnoo sagte Trib Yletidis “iwhad enn ue a sbosande ainealwsqmoo: ota, doidw Santis 35 (Ta: gid) Wiad 4p BAGS te asi om eat ‘wldsoisonxg ylao af adia [scogs i gisstsgue To tneneditorie a4) (bab ive v we lésvoaat 8x ~ Pita fy co eusevws awi007, 8 Jedd nove yitese ‘ah si, odode @go1d “thet ) io culbas | t o ton anteg soa tieds Jedd, heres ain 98 bom feme2 alee eet \ 4 bar ax laut std Uiivol thin ddite bosowttuncs gsw dots femogs tb fantvat ite oid 4& REDTENBACHER'S MeDIABVAL ARCHITECTURE, | oendicular to the line along which the Pressure of the voussoirs is transmitted, arc ty good mortar, which hinders the sliding of the stones at the joints ky increasine the friction. The fall of the vault will te prevented by its thickness and ty increasing this +t the points most severly strained (Art. 39). If such a vault is built of brica, the separate bricks must be wedge-shaped, or, if rectangular, the mortar joints must Lake the wedge form; these are then like vousscirs tetween which the bricks are a sgeezed, For vaults already considered, such as the Komans constantly employed, a difficult. in executing them in cut stone is caused ty the necessity of arranging separate grci:. youssoirs along the groins (Fig. 25); were such a vault Luilt in brick, then must icks be butted and mitred at the groins, forming a through joint (Fig. é¢). a sharp groin could scarcely be built cf ruttrle. In tuilding concrete vaults the osm ans could easily overcome this difficulty by excellent mortar; in mediszeval architec:- ure under entirely different conditions, men were compelled to avoid this defect af ube groin vault by a peculiar expedient; it was merely necessary ti construct sez era:: ribs of stone or brick (Fig. 27) against which the compartments abLutted, and the pre tlen was solved in the simPlest manner. Dut whether executed in stone or in trick, the elliptical diagonal arch was constructed with difficulty, the radius of each sej- arate point having a different center. “hen al] complexity of the vault is to te syoided, the arrangement of separaate diagonal ribs is only practicable if these diagonal ribs are circular ares. The first important innovation in the construct- ion of the groin vault was introduced in the Middle 4ges Ly arranging semicizculer Oh RR ay Lise br a es G disgonal rits. but these produced various consequences; if the diagonal rits and t!. « side arches have a common height of springing, the keystone of the vault is higher than the crowns of the side arches ty the difference of the radii of the two urches, the compartments of the vault rest most heavily on the lower side arches and cause considerable thrust on them, and the highest part of the vault will be very dark. 4A second innovation consisted in making the ridgelines of the compartments of the vault not straight but circular arcs also, so that each compartment was itself strongly curved like an expanded sail, approximating a domical surface, stronger and more immovable, at the same time loading the diagonal rib more heavily (Fig. 26). The French Gothic always -tased the groin vault on the dome and treated compart- A ments as simple domical surfaces. The German Gothic usually curved the compartment: ) more strongly, so that their middle lines correspond to a greater radius than the radius of their cross section; it is easily seen that a greater curvature of the section is preferable for stability of the vault, for the strongly curved compart- | t causes smaller thrust on the ribs than if flatter. Especially in Holland, where the yielding soil required the vaults to be made as stakle as possitle, compo: - ‘ueils were sometimes so strongly curved that their highest point not only rises a tA JAW hsp i PRY Sie | w1on zo eedoni 7S edavike dud ,aiodeyes anid &¥ou “tolqate ‘to faa2 aot a4ettin Ylisizetsa y1sv oVOse ls Looe Agi iki “be Jugexe qliase wiv ors dei ,olisse eam Yin dou 6 to ysig gnowe s vouborq bas vilvesi yJ goa af arthoeavoy to wor ose > edt at sotiivatittd iT sgnisigil isoaedul ovledtos It avovgsJacvoe ‘4 et Lwes teotiuaces aott iiveet of neve od tesel {fiw ejluev douse i: H aol ab bas paid gid 69 a6 sWaedassib yLiodw jeoals bas diver mio ! ae ae ee sbeyolane Aon Tad fas iden INGWwORW YLiess ee. 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Z ; tnt J p Fk iy 'stal ‘ey Ba) i i eae iw : a) Lat a A OC Se en - ne My bie. ah A fw 4é BOTENBACHSR'S MeDIArkVAL ARCHITECTURG, Love the keystone, kut extends &2 inches or more higher. The view of these vaults aleve very meterially differs from that ot simpler groin vaults. ‘Such vaults are uot only tiore stable, tut are more easily executed; require no special centering ,fince euch row ot voussoirs is set Ly itself; and produce a strong play of light ond shite, advontagecus for softened internal lighting. Tie difficulties in the constructic: =f such vaults will later be seen to result from geometrical peculiarities of the vcoin veult, and almost wholly disappear, as on the Rhine and in Holland, where tlhe easily wrought Srohital tufa was employed. o?, Improvements. ondeavors were made to solve the problem Ly making the crowns off the side arche: proximately or exactly at the same height as the crowns ot the diagonal arches. BE) - eh s Ln vained, but the difficulty was increased, since semicirculer diagonal rits were voduced with perhaps two different kinds ef elliptical side arches, not easily cnstructed. The ellipticel arches could inoeed be replaced Ly oval arches, 1. ty giving to the lower part of the arch a greater radius than that of the upper ert; the purpose was tetter fulfilled thereby, Lut only imperfectiy so. Cr ky ae the crowns of the diagonal and side arches at the same height, and the ‘inging points of the two kinds of arches at different heights; the large dia ica] priser whose height egualed the difference of the radii of the side , another methcd was to omit the capitals cf the supports of the transverse arch. & last method remained far solving the problem, when transverse and side arches cculd te done in various ways; either Ly making the side arches elliptical witl. axes vertical, es employed in some early Sothic churches (Ungew. 6.0. 2d edi. , a8 in the Church at fetter and the Church at Nantes; the end was thereby ‘t- he cual ee were then set on capitals, end the side arches were "stilted" by aHiee “tl his sclution of the proLlem was treated in many ways; diagonal rits were some7 Limes set directly on the capitals, while side arches were placed on separate smail capitals of short columns resting cn the principal care as in the Sefectory at ~aulbronn. At other times two terms of capitels were arranged for the two kinds of arches end viso two forms cf supports, so that the PRC pier had capitals #t dirterent heights, the abacus of the transverse arch forming an annular Land on the columns supporting the side arches, as in the porch of the abbey at Maulbronn (1:20) and in the vaults of the galleries of the Cathedral at kagdeburg, or these may be nede separate, as in many buildings of the transition style and of the early Gothic. vere of syual height; the transverse erch was set on the capital and the diagonal rik was permitted to intersect the abacus cf the capital. 4n example of this un- usual arrangement, already suggesting Late Gothic, is found in two choir chapels of the Cathearel at Regenslurg. all these methods have oljectionatle resuits, If the hexapartite vault was em P. & i see 4 i 4 “as r is 4 7 rp pre oe “ta Pree ee ee Li “i f 7 a he f ie 1. & ta i as Agh , oe j mn ms) hed : psi ke yor) age } aes nee OP ieee ieabichihd Cretivcaeescne 7 Ne % pie “ee te yi?) aonties ‘ane team cilia eheyols ad ‘otgaia eds yilvisoet 10d S Stetg @odie wot. avva 19 .29 et ‘lain baa a papas meote a etait os antore a ately mise ied “te bl ve fi “ wbakd avor 2 ond addline sctisi thai exe adf'd’ fsnoge ts mers teed as Uiotsetet oft nt” Bi one “meyieL ‘ed? ‘bas wbedlive: dowm gisy avdois Be hioth. @%% geloxw 68 te vane oh y aleds “Yo bas aedotk to notientetls atid dgwods LA - chetaiog 9%, 5 5 yc ¢ at Yakxeigqnoo bie. déiwgaib aiOS4SO 6 Vqbleway aohemetqai gaouda 6. ads Sager ai ‘bas note taanas edd ak eines idoth eteye exidae ad ad avaine HOtduoe - oi bows gauss foun enew yodt. alive Saedd Ybomer of sdguoe yaewte? ab Belys: ; Bia Stiib: eetid Sad yods eyed vs Layne Joe yaitioay 10% iaetg to m0? ‘exsigs ® ais dy of bas aeivo @it od ebie wno to reid ae twilto foee Of aoldas guived , Mage to Lal oe. ingae tits ant edo @82 to: itbe+ yaibnogsertoo, eit oil (lego ae edd ebsaa saul salustaso tea o208 betti px: Winotayynogas Viv every 9 hind Nstsailgive sie" ean Foust’ 13H. 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AY REDTBNDACHER'S heDIabVAL ARCHITECTURE, cvioyed, greatly preferred attimes (Fig, £9), thre were three different spans of arch- 23, cr even four, since piers bt for receiving the simple transverse arches were small~ er than main piers a, serving to receive the cross arches and ribs, for arches of four kinds. Tn the Refectory at liaulLronmn, disgonal ribs are semicircular arches, the smal] transverse arches are circuler arches very much stilted, and the larger cross arches a, bb, are pointed, Although this alternation of arches and cf their curvatures nekes 3 strong impression usually, e certain disquiet and complexity in techbical ex- ceution exists in the entire system. Architects in the transition and early Gothic styles in Germeny sought to remedy these evils. They were auch hampered Ly the aguare form of plan; for vaulting rectangular Lays, they had three ditferent widths of span, having retios to each other as that of one side to the other and to the Gié,~ » | chal, like the corresponding radii ot the arches. The different heights cf springir, were very inconvenient, reyuired more expensive capitals, and made the stone-cutting nore conplicated. An attempt was made to bring all springings to a common level. There was the choice of spmning the longer side of the rectangle Ly a semicircular arch (Fiz. 20) and tre shorter one by a pointed arch of equal height, as in vaulting the different bays/of cide aisles of the Church of &. Ulrich at Regensburg (1250); or the diagonal arches were made semicircular, the side afches then being pcinted (Fig, 31), The £ construction, whese alternation of differently curved arches for low vaults mekes a cood impression, is not advisable for high vaulted aisles of churches, the use cf the pointed arch fcr groin vaults, already found more than a century earlier at Veze- lay and 8S. Denis, was very slowly accepted in Germany; Heisterbach indicates a react~ ion against the Gothic, a desire tc solve the problems of the Gothic style without its seientific expedients. The protlew of vaulting becomes nore complex for trapezoidal bays. in the choir aisi~ les of churches. If the ditterent s:peces ere then spanned by semicircwiar arches, the cuter side arches a bt (Fig. 24) will be larger than the inner side arches co d, tle radial arches ae and b d will be alike, and may Le greater, (Fig, 22) cr smaller, (Fic, 83) than the outer and inner side arches. The radial vaults will then be conical vaults inclined upwards toward the exterior of the choir (Fig. 24); the vault ribs may either be simple diagonsls, as in the choir aisle of the Cethedrzl at Leng: es’ the keystone © is then lower than the apex of the voult (Fig. 22) and the ribs are | of ung:ual length; or the ribs may be made of equal length, when the keystone e (Fig. 2) indsed talls ai the epex of the vault, but does not form the centre cf the axis 3. Finelly, the spex and keystone of the vault may be placed at the centre e'! of the axis f ¢g (Rig. 36), as usual, producing unewal arches, though not differing en 4; from cach other, for the longer earch te crowd the shorter one towards its springing. Viollet-le-Duc gives interesting examples of endeavors in the Romanesque style to Eye bie > we t-+ bitow: seu ceil pee orca ge awtsiecit ab teup noe ud? ods at ge ABS ye9) site dnwoga th wood 1 .oudet-P) Bh awd - $s, isshedéso eds ai bas “yt eatous detber oe. Jaonzel). oe Hiotayo-agei gato 9 £49) eddie ods wl Leles Sorseqa dur dk. Aedourtiadoo wie t to tides VW ADée < ethos tttb adie. badioexe, Bk. bae: b8989 tLgmoo- {16% ) aebon ehay! tis rot Istosge ati intaper abory feaoys ib bovass >. es old isin todd gaioo tk Io@tieIal edéap benwd bit tauherezod fehias ytd tea: ews bodaiey, 43 la eeu odd eas 2ened 8 to au free tiolo ene " ee ao suet ree a 2a Lane to. angods bits adalag ga tgatrge lis 4. oe any - wd ai ake ade tat®. beinket .3¢ | w bednesd of Gs suey ator Bluyad soo “ faigou idateo ta. we tdorg oat ~ od bs bie Wie BON Jesuit Ad: bas Hib itesdbitaes ‘al doa inasigea eat entaeie test ‘te Hon gett gonkt : ae aatod sno Vasidis vbie as betguaienos ote aedois botnioy ons autos gh) Doc dj obiadwo bas tore “saat? ofa, wbtank. Sleds eens: ie odd oonny bine Pose (009 was qbiasek wile orate) Ya ok Jowrsanod +0 hod Jah ‘baste: mae tLe gousbtoons i ‘peadousra: om: ow woh’ boda tog: ows vont: toss betaiog 5 ty ihe uldgiod inate tttb (9a ee “eo8d. at sb bisa deve Tt ttb ddan. aed St giaatag ¥ 5 jos. whew woods be Rak ga ita ta dai ivd ited add, dt fw. baais $40" bra Gongs 3 fwbsioorg to wetom Owed auaw ‘davad wddgiod sg Las yleiesiaorjge 10 el dsane: ) "2 i yaihruogs awesth thaw Bato: 3, ‘be inked dso’ tel somasengd % bod 16a: SYLAT | Fan me pions ot boetex gated San o'to! pads Uibbeee ‘atiges tht: dat dud estes bj + ' ve hath et dae Yhth edd”, doe oamewEne 14. od | 48 BAITS 6a ub daly Boot an Pe ts. . 188 4git *) oddian a yaltliee ‘gd hae liens | an bell wgsce. : ities #0: p asigtan: tend. eget a Wied ypwsganod i) Bod swk | ‘ig Ligh. ab soit: baud was ian tid, aeitrse, asain gages: soils ® diay obeb: pier re ; aed ti bao: why eis weet: Beis ib! shiva. 2 heen” ‘ia tok oa? pombor jolt 10 metab 240 ate hag asroteyed ‘edt, pati quone todd, OB Ihe vive ang. heanen yt, sud Ago: ne 4 eigita s Bo hg 309 ed: biwoe eiidealov dors bis etoald dix ea? Bo alge. eid soneteeng® weodian s # Redubony: bodidon iicagnoudl ad? % olage2s6 %o si Lincee-?) q % 2 wi ‘deshyss Hb ory rev ai motioss. sila. _ ilbas inerertih eis pr aout é 2 iis ‘got otis tieoh aette ete aeono my ALD fowe 26 Jent Jud BAO ; is ae a , Bilis | soya snares, oiiediae ae gow Key. aii aitened tune eit to dtydy xe i3 at. gddgecd ig Bidi Jogo beaieed unk bation braid oad ddiv aay ; 7 cag ak bwdeoot yhisrenay em Qave'tLo edd to adaigied adT keeiside as ‘ @ aptbines = 8 dorm ferogedh ads d2in botoursanse veostude feof id ie < i 7 i owas | eg pobia ‘tod a bist et ANG a Siuav ed¢ io gion’ ' “7? ' ¢<- S54 . a a 4 ois =4 —_ - i 468. REDTENBAChER'S MEDIABVAL ARCHITECTURE, | conquer ditfioulties in groin vaults over trapezoidal tays Ly a double curvature of the diagonal ribs (Fig. 3@). Thus in the Church of Notre Dame-du-Fort et Clerseni, and in the Cethedrel st Bourges (V-1-Duc, IV-69; 14-491 etc.), In the Church of Rotre Deme-duePort et Cleraont, the radial arches are omitted ond the diagonal groins ape constructed without special rits. But the entire construction thereby tCecones very complicated and is executed with difficulty, eech voussoir of the doukly curved diagonal groin requiring its special form. 41] these modes cf vaulting trape zoidal bays must be termed guite imPerfect in comparigon with the Pointed vaulte ot & the choir aisles of & Denis, By the use cf the pointed arch, retaining equal height. .¢ all springing points and crowns of vaults, any required form of Lay aay be covered. 2€. Pointed Vaults. The problem of constructing 6 rectangular groin vault aay te treated Ly different wethods, First Kethcef of Construction. The diagonal arch is semicircular, und with the soile radius two pointed erches azeé constructed as Side arches, one being depressed and. the other lancet, the centres Leing inside the first arch and cutside the second (Pij;.. 2), Second Method of Construction. After wore fuliy learning the pecuiivrities cf the ©¢ cointed arch, the two pointed arches were constructed in sccordunce with the see orinciple, but with different radii. In both cases, di: arehes were obtained with the sumo heignt of springing. lt these were to be made fferent heights ci the site exactly or approximately eaual in height, there were two mease cf procedure: +- Third Method of Construction. Both pointed serches were drawn vecerding to the ssue srinciple but with different ralidi, their crowns being rgyised tc exactly or neéeriy the sae height as the cromn of the transverse earch, the different heights of the springs ings Using esualized by stilting the arches (Fig. 28), Fourth Method of Construction. Or lastly, the heights ot springings ond cf eruins + ware nade unitern, the first pointed erches being then found, :chich directly resulted from the givem conditicns, | . Criticism of Methods. The first method produced a striking diversity in ;crm@s ch arches but cresented the advantage, thet excepting the keystone end e few Course: BLOVS: j the springing, the rib blocks and arch voussoirs could be cut Ly « single tethod (Teriplate or Pattern). The sycond method produced » uniform appearance and & certain snimetion of the vaulg, yet cver very harrow rectengles, there was on unPleasing result from the ditferent radii cf the arches and very great differences in the heights of the crowns; but just as such differences were often desiralle, for this increasing the » height of the vault towards its apex Was an esthetic ativantage, and Ly combining the Pa second with the third methed, any desired proporticns of heights in the vault could Le obtained. The heights of the crowns are generally located in Sarly Gothic on 8 spherical surface, ecnstructed with the diagona) .arch as # meridian curve, when the height sof the vault (Fig. 37) is ivid off from both sides of the rectangle, “wné ‘the ar 3 aL 3p ‘ Bios isha ete \eulbos aw ¢ dete bidiecel ots oe bas $d aote s2luoris ) add to ‘agaghed eas paintaresed olga soot way Yo eehia beovborqg ef: isin o & bs we obs yo ylise ind dae s4ogat azel 10 @10m end tibet kuupo to wassaoebs edt fexlaws 98 Bt Jud’ jealitorg tacts tid bed Ullewaey aotow saaaveasis das 2dt4 i ayawio ‘seomle ei auibet ofarta 6 geds stisoD ofet to adiwev Yedodx vis in Poenteg ab peel yllereass ‘goa savd19 40 @sigied Inetstiib to sandnavbsalid ail ia bsd bodJea dgauo} edd YlbeniT | weiluev bedaie-bnve1r Asin bereqaog ,2J lousy apy tog Jove t deur? old yd 2e feds (ooeteb a Jud se ted9 ets IVS: osB das VIG of vlqioalty No Jdgwoa’ otdsoo sonwyt bas mars) teed wit doldw .heavhewg eto SS Bis ‘as Satiete Bow et eee ‘eda no. bees J torte beiniog wit ,@weel Is a au . ; i f mene degaai 5 biuor bai ‘se peaiatea il eid peiling ghisaup ‘bei dow bosatog wkd. tog ta 7 sem bu ‘agatb Lid dows dalt od bestia - $065 entebivia asd. Io Iawoooe. to Gane. og. wonovbs' swilaw tiyite & god mew Pe ‘yaneta te: to- brad ods te eas tna vhs @ enisae: atts huey. above: pidsge ofa paddlance whe yberatog: 08 i ‘dots. isavgett a : eae gto a imbisiag s, iz ob itense'g” edi: of ysibigeogs youu ya ‘ae vt _ stheowic bie, deve beiaieT Yo aos das avbA ,9f bndes “adi ni pega davbi Kind toa iom bases. Nas Wevo gunaeeeoy jw bedsieg wil rn wee. asi yicoutiay. ‘bitpdovdia Jodtfeogad, As eed oaler tind ysoltiviluoey Les | yliess ‘at ‘Sie deals wel iene % algae $e won ta etel idsie fo eaodstoas m2 grils wabised’ 3 eat Wits Anse. sanioys: A ght da cutbod ond deen i : pet. Bed widteasy, as. Ws aide MaseeS EL kup ai aiaers veld. aeatt oa ‘y@oninos reese z (li “byat 168, u 2708 t? toa aqedseg dud gl tl ‘ ba tygs bts | abso gid dowdusds g fsexe of «asd re ike) ‘ae ‘Be: ‘dive. TE ‘done, 0 baa. sewa s ete, de nike ge, bud yvewd '< & avkbos. ode: “uation. gene 2308" aii ; rani # x Spontieb” awd. i do id on Altus he es yagi ekresd “ets: biesito- this edad ‘ateay’ “ysoe' “3, eda se “peaijtog: a ,tstaeigee” bites eadoded Je. Ae serie ‘ows whi “tud . teen Yoda q wilt iy acy tnd Tenet, wad jaeerg 1 hu pi ae a ‘abwio. Yeidioold ows Seeds of tw léwiv ae 1 nia? ts ateied onesie mart. sawed d “Spe eine dtexe: tL iw fanol % giv, nets ty eetiad ots igs muse wh) gninusee (3% ot (8B .yit) a ee) eaoitd. a te aa Steen tiene (lin ‘ lela aig ines peeps quev od Aliw Uf .ol , 8 heya ees 19°46. ‘uiideewee . mee or hig 916GH00 wor ov tl & a 19 : im “bhvos & tis vkiaetbe1 saith gies ze 30. eoaetwtayotis. ; thie vedo. thot pets agibd 2° tp ers gow Foaga ue ge: hewpe 34 Lhe aks - Rete 5 ae ei +8 aedinuin 40". igs i ‘te ay % tg ai: Be mi one ef Bluow aaigton ‘shad ya pivoted ‘wdil bas aanots yradaen “26 j ta “od ‘ — et masasd eqn wedor etd to oe att. ani! 2 x Me he ~ 7 ae NO RAD, Fanon ate iy ' me ity oe = . ~ 4¢ REDTENBACHSR'S KEDIABVAL sRCHITECTURE, circulsr ares t t and € ¢ are descrited with e aus radius, their inte: sect$ons bib ane © @ with the produced sides of the rectangle determining the heights of the ercrny, ihe advantage of equal] radii was more or less important in early Gethic, since tic rits and transverse erches generally had different profiles; Lut is so authoritative wn the richer vawits of Late Soethic, that a single redius is almost always used, The disadvantage of different heights of crewns was generally iess in pointed groin vaults, compared with round-arched vaults, Finally, the fourth method hed scereeiy eo. wudvantbege over the others, Lut a defect, thot as ty the first, lancet pointed serelc« were produced, which the beat Germm and French Gothic sought on principle to aveid. 4. least, the pointed arch Lased on the equilateral triongle wes preferred to uny 7 lancet arch after the pointed arch had quickly g@ined the preference over the round areh, Low. on account of its slenderness, test suited te high church buildings, and also by ites advantages in the form of windews, it was but 2 slight further advance to make the diagonal arch also pointeds this completed the Gothic groin vault with entire consist> ... eney according to its geometricsl peculiarities, 3, Advantages of Pointed over hound aroh. The pointed arch possesses over the réund arch not cnly advantages in its geosetiis ca] peculderities, Gut also has an important structural value ty its nore feveysil. Goncditions ef stability, since it exerts a smaller thrust. It is easily seen that i: we rest two bodies ak (Pee. 0) against’ each other, like Loards, playing cards, ov dowines, so thzt they remein in equilitriun,: this may te possible if nearly vertigei (no. 4), but perhaps not if more inclined, §Nos. 2, £, 1), since they tend to slice, i,c., to exert a thrust cn the supporting surfuce; we can prevent slipping ty pleein. 2 heavy kody against the lewer end of each domino, such as a pile of denincs, againgt which the two doming. a b press, The more steeply inclined the Lodies at are to the ” surf ace; the smaller thrust they will exert, and the more neariy horizontal es in le, 1, the greater their thrust, therefore the heavier must Le the abutment against whic. thoy rest. But the two halves cf a masonry round, segmental, or pointed serch are 4 Fig. &, Nove) will exert « smalier thrust than the two halves of the round arch. Fig, $@, No. £), sssuming the sume scan; the halves of a leneet arch (Pigs a. Ho. 39, No. 1)'will Le very great. 3 If we now Compare (Fig.. 40) a segmental. arch, whose length is one-sixth of the circumference ¢f 2. cirole with radius r, with a round and an egubieteral pointed erch, all of equal span, the lengths of these three half arches will te te each atter as 1/8 pi x: V4 pir: V2 pir, or as Anumbers 2: 3 | 4; with equal ercse seétions of masonry arches and like materials, their weights would te to each other os their lengths.. The weights of the arches increase with their rise, But thes ehghy: aso inijer to these two blocks or cards in equilibrium; the two halves cf the pointed eet: C i ) will exert e@catill smeller thrust, but those of the halves of 2 Segmental areh (Fig: aeireete BvaAIase sMaReR NGI | oe nt pene weit acid. ‘tor soe ois to volt wid ems soweeorg Inalvsew a cy Une trends, vib et of (rp 4) 2 4 e sedows ee tds oid av iaside Wot ww D2 Se ou doddw wediretg, Wa tediwo thot mist i2 yliess ow .sanias! footiiev aide Avg wsones iow vid. to wail vibbie belleo~as sdt saveeiqus bas ovine © ak i add agpoxtd heotlwe & ajovetetui dom vdd Yo vail ofbbia vids do fat al sniog i Feces ‘ef0 716 Hokimetty w43 avdg Lite tnogasd aids bag .igia ets Yo he Ai gsiaied wit: tui. Jhemtuda vit-qo ebiexe fox ted ait?’ to Jigiew, ey dp tan A sawed i Jaottsod - aid to sees iyaed odd af, deurds. jandiuess. 2 E ERS ioiat = 2 shiog. edd” de: Chan. eis: td“eno to itgiew) 3 vaveresg boisaey yi sormeas ebustiyon- -egodu: fq: iednomtyatl eft woib FT eweasny, Losig gay eng. ae au # yned (uae wit eeesborg 1 osot ead dviv, dotdw sews is tuosiiod tly, i ; Tedaod 428. wa 48 $90 8 op .J09 we evel ys eedowe eed: Lis so't acti o ati RAR: ise: ails: 0 endl. oldhta- wid ROO Ae¥ia 0 11 besY noe ab Shyten “ew (bavak yitave etd beaysi. @#f:6 Oofgne. ed) baw Deserted arabes, wre te Gh. ame Hs EN Les disox Erol | B SOO: He si S, daatat ‘a Bo a ae . ae A ==. 4 Jduted | % ods fui ‘wasuroni As aviv Jed. pe yniwe ih Savodivedoa plyovisod..4 . (eee. to mtb re. oae Jute priugsss howe vit to Jdgisew onl. Gi ylJnoepoa ial ~apawerton i dandy Sang'le 2e3 OAS bao Jatkianoo aaiguat vas td Lb SOR 4 face web aw Saw phot ait to emkk olbbiw. odd elaazs tae: OS. ae & ws f yabingsevion ois te ~ < TSF FT eebusingem, edt ~ =~ Gt OF a tes A ees site brs Bthss hrs J oth Wee oo mt ke og ¥ e if: “ ose ght Yo fnv.d lees ate ae. dauuse $6 f igee't oid 0% | Pe w2eiwly feémnoniuat Laedadeo etd ‘to ; : Hkody oti joo 6 to cous oe wntgiedab oF eyet-ow FE vet HSK Be fe - keakeah tid ted etber bee tor ets bam huryoo cevienwoads a5 Adiesin J 48 Gao dah & 2 dnote uae tied ows at t0 dbutow ed} dtwoggue 34 44% ted 1 Hos fotsowiedcs tuvis vide 10) Bovot yYlaesu Ai adyiow et pat Sh aed i As hi pibsogaestco dadalisgdod edd t6 tigtew edg iis knaoue ih @ik to 1idey dacs it enh git at aoitevela ai patbeok ake To vail teqqw ite dawagigat Ot t 3 yeoakint lesifiey ai wwiil etisay otf ebivib head ;o * Jia: og a. ate 7 Ryadd WPoy iqtize Nona to vo v8 1g #2 @40q00 “ol bald o2 bevies 236 | shes * a 38 gfuo tetds (dss af? Fo waif Sido im off weFso B Gs yiivers aed? dows wd to omil efbbis off Mt Jaiog dose o8 bap 4 Ly - __ ‘ iy 4 - 455 5 ja REDTENBACHBER'S HSDIABVAL aRCHITECTURG, aagnitudes, the angles are then found and the juantitics PH, and S may be computed, Tf in an arch the single vousscir 4 be set on the one neat below it (Fig. 42 a), its weight makes it tend to slide down on the joint. If we conceive its weight to act vertically et its centre of gravity s, the resultant thrust s h acts perpendicularly to the joint, s p is thr load, end ¢ h is the horizontai thrust. The voussoir is in equiditrium, if it can neither rotate nor slide, the entire arch composed of vousseirs: is in eguilitriun, if each of its voussoirs can neither rotate cr slide. The vous™ scirs are assured ageinst rotation, if the lines of action h of the pressures acting ~ {> cr con them passes through their centres cof gravity (Fis, 43 a); it the pressure acts cn then elaewhere, a rotation in a positive cr negative direction around the centre of wravity might Le Possitle, «4 rotaticn also Lecomes impossible if the line containin, il pressures, the line cf pressure or support, coincides with the miadie Jing of the reh. The possibility cf the sliding of a vcussoir disappears, if the pressure acts nerselly at the joint, when the possibility of the sliding cf two stones on each other is equally great in ull directions. The lins of pressure cr suppcrt indicates-at each point of the arch by its tangent the direction of the pressure, resulting from the corate torces acting on the arch, and likewise gives the pressures, which each sec- tien or the erch must withstand Ly the resistance of the material te crushing; in piéec- tite erches are mostly circuler and the radii of the joints point toward a centre. | line of support does not then coincide with the middle line of the arch, Lut shcuid vary therefrom the least possitle. lt the arch be uniformly loaded by en egual weight per unit of length, as for an crdinary chain, the line of support assumes the opm of the common catenary curve. The line of support may be accurately calculatec in, any given case or be found by geometrical construction, « The effect of the conditions cf losding of a vault may be made clear te any one by ; 3 glaple experiment: two heavy orjects are igid on 6 table, for example two bocks, and sheet ot cardboard (co: playing-card) is placed Letween them, taking the form of a Ling cf support (Fig, 42 t); if the crown of this be loaded ty pressure with the oat it sinks down and the curve bends cut sidesise (Fiz. 43c)k and finally the rewn falls in. By loading a semicircular arch of masonry, the line of support is in like aienner bent cutwarus end epproaches the extrados et Lb (Fig, 42 a}; not only will the pressure in the arch at b no longer te normal to the joint, ame 2 SLiding cf the vousscir therefore beccnes possible, tut at b the line cf support © will tend to produce rotation in the direction of the arrows, i.6., to compress the point & more strongly than any other part of the joint; the jcint may then cren out- wards, (Pig. 43 4), cr the materizl] may Le completely crushed at this point and the — Y-)] of the ereh vill thm occur. The points of rupture b L tall at about one~hali the height. If the loading were ec Srevb as te cause the line of support to sink (as st c, Fig. 42 6), thie joint would pen inward end the erch would treak into four pieces. The line of sugport is a cet- ¢ ww UNIVERSITY OF ILLINGHY LIRS : i eee ¥ is ¥ é ha ’ if | #25 if pate sitons Savin Tan etaaHoAeiS ea i ae tks aoe ae add aedasorggs ‘ylasen #70. 405 beat gitotinn 40% yxen Ro aydow ott agi plbaay sou erotersdis ‘ai dow besaioy odd Jods ‘oe: agi fb ut) Ho at bans od tee ‘eda gaibnss ed beiseyet ad dnemt-ter xe ‘onto? ay ar ladluev bebss ress byattan) rs sght at 10% of): bones dows 04): Lawote ast gatbaol: ba 10% beduic . na hetakoy ea? idatot eds btidd-wao iuoda. de ilet emiqua te sintog edd ba OF AIS qqwe ‘ eal wit srdwune Iuodata nwor elt Js Beot. yvauit & aétegqua «la a béol gvget s auniupes pilsusios’ st dys ,fote od. to’ enit othbia edt wo1% dou ; vo wid. ponds , doy bave1 49 isddwmgeve & soi haJoegke ed fon” blued ee Aouve.awoy peddagar alerbasge el? goto? of ahaed Yraoease to Apis besaio. : ae sebis wid 2 yee Xd.irears ano Umva ob. Se gt wd nisiq obama ae pab raw u siotayed ei? sbit f fas Siugv wid to wWOKd , ed. dads .t Lape How bydatog a. itu teve. aed oiiv 9009 J Wev-Sieeat Joad 928 bs hag «9 P9280 “wild gis VOnet “ot t9ted bebeot: gléve sed Yas fens. wd Jepdkiq aawogo ateag. 10 328 \210ee i 16 aeaee% to hatidua ud gatbeo t téed Ad 30 _palbeotl eis YO atoltibaod ‘ott ai ognrdc & gatoubatinl Juodd iw hevomwa ylae Has soe, aad wi eweogsl to tsgasd sds btows of xiesotegish goes yum doidy sive “2. ~bawot «- to sighed ails, - wi~vao “Bae Woo ba dnios baad dw haiopd ak eis. oa e % oot balatog 6 to sons bxiii ' ee Seibsol bas {q_ on ere dows of? @bivib- .vroqque: to eail’ &. Jouttanod ol piov ‘as eke gua oe 30 ddgtew aT wm 84 ms | 4 ted: J Addie ‘feu pe to ¢ ite Lest a8, AD sols bas isolinev §. Aeented soigns elt ed. 1G ome Be 8 fs ted ahaa fg ‘a lpois tet s' argo $194,302 to wail doidw nt igtoy oft’ sd a ted «gitie .fose a ey pBGlStR mw wee + Sg + Sq * | ‘nokiesoa emsa ga tnieiet meld {lie i ae Mo inioe dsovods $tog qe io. oat l eat YO owow Yoweti gated y a ~~ okey aor Silbool oil dois to ‘a YW StJaso to: wane Ja ib s ‘bate “ v8 abepor + R “ oe ae 3 ; he g7 = < ae, Au, i nee ad ei wen dYoayadr Bo eal { to Die (as 26 dass ivees i9- eb tinas r bag. sobjoorh. 94s Saw fi #Or! dpspesiaod gas sanvo . Atkin’ Beoz0% Yo naar eerey attvauts AGO XY a as te sbutingid bas “mword edd ts | “'edzot --~.+ Sq #84 + fy '= satot Leisas i “bax yates: od cane fg Sa. tp eo lgae ong ea wae red? | ‘$x6J luaet Ingnos bio io? “ “$< nS we “ee BES eine ok eons Se ned sad am Ie es a BI N94 Wa ee ee ie Ele ow a fe) : ‘ ,* WMA ates, ae VP ne Ae . ‘ac i my A ar | 4 ; AEE rs Es ne > , beaten Sa: yal, srasioads te atyhio’ aa dots to wot dybotdt fodageivod s ft th get eatin Ss aed * Ta aed: i a % bac ,otentbic = ny tel Heid jabs 2 gone ‘to mie) efd deua ted¢ forts 1 va “elbb ia tin. wbioatos AON SH0b srouad Re age win ae a ae, . «87900 dina fijaw Desgete st ryhiew ed ot ab-cltbiw’ yo bus laa feups to aplals get? ad ty moot 8 2! Rad aug senosayed tigds ,eelgas wide’ ‘ge¥o begnetis. vd of v 45 Boots seonsl ba - lbbsn ott yo toddegod bebwugsr ad Tliw eolete sia wd) eonte - hebsol 6 ies cated a enw aids sitsyed ak sudababs ds alvand 2 dead ody. al. shu, Daud sd besnsdshive of tte oor. hand J ome Ro herktous tence 4st luoeg es es ma re ek ae nae oy . F sods Z Rhy be% ben Ge oh: i : “i h ! ee te oe REDIBNBACHER'S MEDIAEVAL ARCHITECTURE, enary for uniform loading, but mcre nearly approaches the widdle line in a pointed arch (Fig. 42 £), so that the pointed arch is therefore more suited for the arches ct leaded vaults, If the former exreriment Le repeated Ly Lending | the cardboard ine cinted form uae loading its crowng the arch toxes the torm in Pig. 48 id pees ted line), and the points of rupture fall at about one-third the height. The pointed arcn net only supports a heavy losd at the crown withcut cuusing the line of support to very tc © much from the middle line of the arch, Lut it actualiy requires a heavy: load at tie crown, such as could not be expected for a segmental or round arch, since the wei, ht of the sides of a pointed arch of masonry tends to force the spandrels together eid slide the keystone ugwerds, as made plain Ly Fig. 4° zg. very cone knows Ly exper— ience, who has ever Lublt & pointed arch wault, thet +i crown of the vault must Le very heavily loaded lefcre removing the centering, and also, that in eld vaulis, = their loading by rubbish cr masses of masonry set on crete ercwns cennot be Gare> essly removed without introducing a change in the conditions of the leadins of tie vault, which may act dangerously. To avcid the danger of fracture in the arch ct ¢ & &, this is backed up by horizontel courses one-half the height of a round, or cnem third that of a pointed arch. To construct a line of support, divide the arch (Fig. 42 bh) and loeding into ver= t.icol laminas of squal wifth bt. Let Pl, P°, PS --- P n weight ot each separate verti- cxl strip. Let al, af, af---en be the angles between a vertical and line ci support in eech strip. Let s be the point in which’ line of support cuts a vertical at elut- ment; then retaining same notation: F -- pl + pe + po + ~-- = + = - pn, tl o=— P= « ', y teing rise of crown of the line of support thoweeh point of inter- ’ A y La 4 AS nai 7 2; i Ne vi vi . section s,° and z distance of centre of gravity of arch with loading from vertice] € eM a, x, j through 6A; hence Z-— tan. a. Direction and magnitude of resultant at any point of line-cf ‘support may Le olteinec Ly constructing parallelogram of forces with constant herigzonta] force H-end the vertical torce = pl + p& + p3 + ~-- force = 9 at the crown, énd-mignitude ct the rerizontal resultant there ean t9 the angles al, af, aS ---- an, corresrond tie Loments, tan al -- ant tan a& ~-t--, ----— tan an -- pl te pet so-opn. Tai- ing a horizontal through crown of aot as Origin of abscissus, ley off ordinetes down wards; then let yn * ordinate, and y n= tan al + tan a2 t-----ten an. It. line cf suport does not coincide with mon ere of erch, then must the form of arch Changed until this occurs. If a room with three aisles of equal height and uneguai widths: is to Le vaulted, ond lancet erches are to be arranged over side aisles, their keystones must be heavily loaded, since the side aisles. will be crcwded together ty the middle vault. In the Church of 5, hkartin at Landshut in Bavaria, this was so arrang 6G hat by peculler construction of framework of roof all the keystones:of the ‘< ae sen ‘t aca cas ak” hesnok Uisoorth supe co fuer Hadvers tom g4 beoshy view aosaers Jud, gail} Ipioegs .ei* ia AD MBTHAVE 28°-1 oud= 1.9) geunid er avivows of wleis wivavy ot ae 5 g ten Modayed oid gatbsol ai Dedataneo weliorg aidd to notluloa Jew! 7 od $% gnisetate4 - “ORAL wR jnébaog 6 oath at wikgnedto to” Eesipaca: 3" en id bevolqas Remidenos oa in @ew bes i Dine AA | catia’ nidgod ylie? to SMasiteer? zeroth |e. e ere (line Jot dow betatog sty ‘te. aotiauboa ntl was ‘toda # vais wd iegh to aia Blagesat te we lugar perinpes $f ows en. es i, adie ae s a ‘ative. lo Jawa ree "Ry IRR Sh EF ig Sea Be ee tigre ral Sci fate bait saith ‘en Ce abot ‘eile at wisx dog wee 22 lus. 29 {Hes ig has Sony Yo. @ulats stOd5' aft Bi yelinge Weeden in: ja fx, Sbiveee ae taal BAO ¥ Died wo4 ce 8 Sa os save 15 ba insane dinate te bets ota’ t de pate hee Ores hg bard ; x eee ba oa Bis oF nn ? i ‘ ee ts a jena Phun oa 4s lune bat feusos: “ib wid év wl? J re Lis tiectrs ‘to obey odd fy its ‘aa 7 te Fuga an SOAS erg. bs ot jae. 4 a feth: gar nt os Ste? Yo Yrsiunack off) ty Lici tot qe ts. Bae. ad 'eé ER, _ aay a 2 SESH amti~t-" ee Wee ggit 3) eee ie Awtiolt “eI? 26: btes jo co Aad a A ; . i oi ssid ase 3) be a te (ame et lus¥ tod i Pghe apie. ‘ | eet 130 old To Halos eds YS boysie. ee es axoty (aviatn obie ate % nase fe a eis phie’ wif" to, a0 iuev ae ro Jewaleowlt ys fee OF DOH Fa! ety Jako i gant eh AION ink inwtte’ (OET-OAIL) owl M6 Lwubvsteo ody at bows Jatt ee © pote Ri ae dora was as a952006. wim Goel de MiSADeAIAT edd af abe au : ywietd de ‘Leabyrised et ng stilt inew. te Btvel} off sbi 2 ex x2 une nas? ait per mane wae bis (nia ¢ Lae wm deus Ad wed of win Beers»: ae i By “be a te ie Tin ki a ae ikeinnass valetend gttow: ae lh ae alae iar Sek t atk ¥ aloty ssidwgnned isiw encar (ytiduned Seon edd 4. ae -auoky bavot oft to @4stone id. ita SP att wneud iuak tg xeowenod Sty ¥e iy are iY yools sortie YLiaatetsaon. win bE wii ipeawietad potas alent 6s og Le. a bie atee. ori _ Saat ore timeisetal ane A wimsedl mood ats he Bite. oe oes? re AS 4 neem uae \ , , * . , Al “ = r ee 2 Mey ye. Oty, : : hs ‘ whe . t A 2 ene bats viiadayon was ‘gathsod’ ~ ofuev. eile: ‘to Aw OtD etd’ soled: %: Aion * se amety nord vomits: vosm oak d ereig wet gauitD - gem: fael on om and ot eihda pose dove ayes ee athe vibbia:: ye iis by WAS fb ¢ ay My ite a0" ie. git ‘ad awoda-a.) as sob ak teeny oa? 2m: o& od, paren, obey g: eae? wits Y. Sete viable wt heai4o oe ie Meas ye budyyo o/ yebu. reuse”. r evad ese ‘yhuew fed his gs cod, oil Oe tie yd dS Owed é ivvuit MG tbindisrs 2 a wha Ne OS sett re: pate viata d: bite, aut. sbeaiegae | iilvemieoed el Giew. mtoty edtriegshed iain wsee e.6 ‘" 4 Br ee REDIENDACHER'S MeDIazVaL ARCHITECTURE, vaults were directiy loaded. In the lower story cf the 3, Chapelle in Par- is, special flying buttresses were pleced et aicut onewhalf the height of tie centre eisle to receive its thrust (V.i-Duc, I-78; IV-478), The simp- lest soluticn of this protlem consisted in loading tne keystone of the vault Ly masonry, or chenging 1t into a pendant keystone, permitting it te extend down far Lelow the crown cf the vault. Louding the keystone with o mass ot l¢ad was also sometimes employed. Pow Richer Treatment of tarly Gothic Vaults. after the intredueticn of the pointed orch, not only were vaouits possitLle over ony required reguiar or irregular form ef plan, tut also a richer treat- tient of vaults. Trianguler Vaults Triangular veults are not rere in early Sethic; we first find them in the carly Christien Catnedrol at aix«la-Chapelle; in the choir aisles of Notre Vame at Paris and at Chalons, such triangular vaults are consistently employ- ed in the form cf simple compartuents extending Letween side arches. (Fig $, At 4¢), a second method of vaulting, preferetly used in Gothic, treated + ~ La “% Vault as an actual triangular grcin vault (Figs, 47, 48). the moet com wle exanple cl the arrengement cf @ flan on the tasis of trianguler Lays, fe.) 40) 48 in the chabter hall of the Honastery of ELerlach in Rheingau, cs well os the Homer et Frankturt-a sv (Ungew. p.S@; V-l-bue, I-23), Hexapartite Vaults. | | to = et ve plan with aiddle aisles in squere Lays, esch corresponding tc two Lays a the sidé alsics, fliers a @ were Staveda Ly the arches of the ein yi wut plers -t tL, hoc to resist the thrust of the vaults of the side aisle and must either Le made too great in depth (as chown in Fiz. G1, OE civa thrust must Le opposed by a thrust in the cpPpesite directicn, Piers b bt then ising likewise connected ty an erch. The hexapartite vault was thus produen oo, tirst used in the Cathedral at iieyon (1160-1120) then in Notre Dene at ha: in the Cethedrals at Lacan and Scourges, in the Church et Mantes; in Germany it was made the Lesis of vaulting in the Cathedrai at Liawkurg. re the last three churches, piers c were made thinner then piers a, since tne former were to take tie thrust of only six, and the latter, cf eight riks ond transverse arch | Alio in sony Cevisled transepts, as in the Cathedrals at Paris, Laon, and boauveis, hexapertite groin vaults necessarily appeared, (Fig. B2)) One’ mic St teeutitul rooms with hexapartite groin vaults is the refectory of the sonestery of Maultroenu; (Pig. &3; the diameters of the round piers a1 $0 eltérnate here, intermediate rivs are consistently carried along the ends of the room also, and inveriedi ate buttresses are omitted. In many c tr + < Pe & 24 ate eon f eseres amet y Ye Tie es Rae, : SATIN thnitead Eats dereas cf an ron ee pane rey Agape’ . 040! niet. je apo oT als tdudzeo.” ‘ aoilp gad ‘tema ye, fh; a bhow dies din "tas bets cede" oy edhe ist ‘Fouls eas bd danas YimIsM0S Byeeayqa oe) Belive-tiew Baw: diay . ae -: vcd ‘be sedowde ‘ied to. asa ae, ad © ayaa ute. $9 ancom, qd a de" Shae. tiie: ‘5 we. m= 8 ‘fe Spasis'iog 409 Oli gouia. »beddiad wtew-eiluev aioty ert) degp Ret YL Le } andiwohte Asti bets Vieng Dae 7 §& ao dow eda pigit:: the tw obs $33 at oe ae : is anes 1 é 2 ; bs 4 i - Ae :, a ae loud. ax it os $60) at ao Get : - aT ray ah i , cael Ate “049 Pe ‘toss’ ‘ihe: aeye 9 Lond bm. Ra Ate. pad. at ote: a ror tig ests 46 gt tov: ‘ ry { z a . ‘ . a8 S42 wgaigte: 33 ead pd b 1 re J aad & ai ha ledag ue As ic % gis. ae | Sanot b\é ‘ wphie asoniv ats BEATS | at ‘wa as bys rn tog abt tye 4 ‘igi Oded atbt 3 Agi. 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Hol tovas radal on2 pes Dey rolgue % se! 43 tis} te boten iieng | “nokvéseteia1 ed, Aol ee bexasi1s sis adi awow.awoh eda ited aan tb vont T a 7 «¢ Brg Wt Ont pom : i a | ie ey 4 7 ne ” ira to ee ee ‘ee receincs roe Jer Oe ae ee : eB F nth sade pete we, 1 ¥ P ve + * : ith 3 5 4 CON ae ¥ Bi 2 x we coe | > : sane oe she ees a EE, hs ate PY of I Sa GEL: g WaT i. wgbvange.tt, ‘as: “Sriguold ai, uoiged, +90, ML setfaegiasst. wig: Yeore-yHsic ebeS: AP a Son ; se bee wh Rar a oh! to dsigigds gay. 98 edit. i home. x, Rcicahanai mee ei: dye. eit dogs be aii EGG Rei . Saved. ‘gala’ aif Bt ¥4. bebivih ai loaves adie © kent delhi Me + of fist WAG = AgeaET, olivdss, biadged pene) 94. wuppenses’ laa No elite: lay ta wee: os : a “hae é. ‘nipng, atid deded ‘« a: gta) gitta- Gey tage a fontmoal. sayeth are > EERE. Bo x uf tena is. amet dhe, LO lt Wud, gibt. ‘Nop seamed: pai 1 Pie VOB Saker : : see pedtas: elas, wor a dya: 4. $n i6iiiry0 ee me J a “ea9h feta mers habeas io} Seb: tA: or oer se Lies? Apttiueo?. dion a ‘abi a ain ao Neila ee ‘gti: ee oe ee ee a ting Hebe: Ba weg s 7 Hs 20) nataagenr $.. fayedg. waves. iPS: Gait. biaad ee bod eS A i bale oghadpds i. Pyne £0, eile debe Lond ne weodnaot eb atte LL) ‘ies Ye = ws 4 pia edi: adcbigaditne BED padegs ti, iy tasted é atl: aun age, ae liogg. oii. bebivtiy G28 BU Lue tah T BS Wore pts gas. wothd SE IoW a #190, & Howie» - sbed igev, tip dszages: bao: “deine” fait re cc) ite Cia etic ie aoa. etbbin daoied, odd woud parton! ‘ohtie®d, adel Reh fone Bl tela te. -soauadn bed ea: ywieniod te a ay eth Pt se oe ey ae FA REDTENEACHBR'S KEDIAEVAL ARCHITECTURE, pe cathedrals, like these at Peris, Noyon, Doeurges, Sens, Troyes, Kouen, har- Lonne, and at alky, as well ss in many German churches, the hexapertite veult was well suited to cppose a contrary thrust to the thrust of the riis of e choir vault at & ty means of the rits at; in many other churches theo halt-hexapertite groin vaults were omitted, since the compertments a t ot ig, 5&) securely held the arch bat and prevented yielding sidewise. Cotapartite Vaults. Cetapartite vaults are not rare in the early mid die ages of France; in pro- vinces where domes had eight ornamental ribs, it would Le easy to change thoes jowes with eight ribts into octapartite groin vaults. But in Gothic, that form would Le cecesioned by a reguirement, and the octapartite groin vault necessarily results from arrangement of vaults in the towers cof the Cathed= ral at Faris, The crowns of these vaults (Fig, 5¢) receive Leth the inter- wediaLbe transverse arches of the hexapartite vaults of the middle aisle, ona alse the longitudinal arches of the douLle side aisles, as well as the vault rizs. In the Cathedral at Cologne, whose plan is an extension of those at aniens and et Beauvais, ond whose middle aisie is covered by rectangular groin Vaults, this necessity tor octagonal groin vaults in the towers disappears, and a pier o¢curs instead of the keystone a; in place of vault with eight ribs, there ars four ordinary groin vaults with two ribs each. Cctapartite groin vauits are further employed csr the intersection, sc that tesides four diagonal rics, four ¢rewn rics ere arranged, as for the intersection in the Cathedral at Laon. Polypartite Vaults. In the vault over the intersection in 5. Maclou in Rouen, an octapartite roin vault, the crown is zslso marked by special rils, so that the plen of he vault ig divided into 1¢ parts. Vaults divided by 1¢ rites also cever the middle aisle of the Romanesque Ffarr Church at Boppard, rebuilt (1¢12- 1242) in the Rhenish transition style (Fig. 57), A decapartite groin vault covers the interior of the Church of 5. George at Cologne. Ornamental Vaults of Early Period.. A most Leautiful Sarly Gothic vault of rich design (Fig. 58). which does not appear at all in France, is found in the sacristy of the Cathedral at Worms and in a beautiful private chepel at Regensburg, the "am Romling" ( Villers de Honnecourt included this in his Sketch-Book; V-1-Duc, VIII- 4 Ii from a central pier diagonal arches extend to the angles of the square, sat the compertments of the vaults are Givided into smailer spaces Ly a system of ribs, each teing separately veulted. euch e construction approximating rt 4? co 4 u Late Gothic vaults, from the latest middle ages, is found in the Castle of Ronneburg near Gelnhausen. een ts Oa TINO “weraxtoay ibiseitin Mi Megha Smee CAT) OTL Seana Ser Gatien a2 TET ¢ te “stongvovaal ie sche tluay atory betatog oft to soitouborral ond. ce. ae thew begne aie sian” wploeevoy te aeewoo edf-t!. .gatituey to ebow “enig at Msest aew ea'tv20 tows: bas (ea agit) etoles aa ative Gi? to aexs did od fe ) beqgde-emel 10° Ssibew-s - beiswqu, pevaso: wow 2iuty wilide oil edd” oe bevius ra agua, (06° eth) jhiev att to. WOT | edd $8 Wooe 'y (iwerensii Fava #9892 | - Woneyst® petivay Siew einem) 34yRop, wily ‘tk bebtiows e) gntyta efaT gaalg od yodnh qd d€4 onote ond evods bean tot nets eew Jia Sivavy c xo (55 TBR). vi edoksied wits dsinw Janes ys CtS8 a8 agi) wav ivaneity axioadu sv paid anixoos | eae ale Sa ae Biduse ent froggua ‘of dyvone gaotle “Sas - bad? inde BJneg rad Jett petow- sia ‘bas atti tesv oe Ineton ava tues Wi fri Hoey abit itd sewibne {(OES1+O8Et ) iddadintas® bas. qe dé @isrbeiieD Hakt.sad ‘odd at By mau wis ‘gtoev etd to nwore edt 3A "eons yt | on. wad tbiiud. frp 3 at be rie] soon waooed wdix emote wt) bas 6S VyiT) bao enodmangteel Wt aio, atios aes fiwew nines oe ra baiidl gate sitioe® Amt segues ae -evwek (lates ‘Was wigs i eee ech CaN} | ety Sadi dite aid ne Guide” odd Yo NE Vuh? 1 Ch pvr * pobtes ots deod: ails at ad kine {s.dgensa10 . v's .atiiesaso juods fe’ ‘ost tumy eget UISY, . to. 3 nous tS heeo ads dounden Wao OF _ deibasu tans ¢lbitos” A i-3 weet). acts, egesbomretad alas i414 oe Yiesewoen ai I waa: “Jo Imestaerw: ‘satots A (HOT Y8 A & Yd meds. yor toonnys iis endia to neds ive ; i ieee aay ba scared ‘nee ea gote aide ende .. Weer date sedan bo ‘beta. ails to” ‘ag Lijoi’ ‘pey tio S ‘ORs i Eb Of. Fey ye fusy wig : Iejaonown eaedd Axtw oa.he: out is. ahem wd b ind, aacttows: bis. bar bo rome ce RECT ENS ACHBE'S HavlAbVaL ARCHITECTURE, this consisted of eight vcussoirs, eight riks would ke required to press them towards the centre. An crnowental groin vault may also be derived from the plan of the poly- eonal choir; in the simplest case (Fig. €9), it the chcir consist of five sides of on octagcn, it would te likely for the prolongation cf its rits beq yond the keystones et a tb to be repeated at Lc and cd; thus produced a «)7 stem of ornamental groin veults, as in the two-aisled Church of 8. “phia at bresden. Or choir vaultswere decorated (Figs. 70, 71), therety obtaining 2 new systen of atv antinite choiee of possible vaults, which might te further enriched by ornamental grein vaults, a8 farthe outer aisle, producing using a8 @ Lesis for the vaults three or four sides cf the hexegen, five sides of the decagon, etc., instead ct five sides cf the oetagon (briefly, S-£ choir ending). Variations of these ornamental groin vaults, favorite in German Gothic, were further developed in secw.ar buildings, such as halls st dwellings, where the problem was to unite two sides divided into differ- ent nuaters of Lays; there ere halls of houses in Landshut, Baveria, ornaq wentel groin veults with five bays on one side and six on the other. (Beit. Tet, £4, Figs. 18, 16; Chap. 9; Ungew. p. 144). Y wat L ~& Leo 42, Ornenental Groin, Star, and Net Vaults. The groin vault, like the tunnel or domical vault, could te made the vas7 ia of these ornamental vaults, since the plans of these vaults were divid- in compartwents by a network of lines, constructed in stone as a system of ribs, end the compartments were vaulted between these. Thus were produc” ed the ornamental groin vault, the star vault, and the net vault, #ith diegonal vaulting, the ribs and arches were indispensalLle to stability of the vault, yet no difference Letween profiles of rits and of arches was now reguired, and all sections could be madé alike; also with these crnomental yeults, pointed arches were no longer required; all keystones of the vaults tuy on cylindrical or sijherical surfaces, and the ribs could ali ke cut to a one radius, as almost always inferred in ornamental domical vaults, end jikewise preferable in ornamental groin and net vaults, since one must other- vise have recourse to the eliiptical or oval arch. The entire science of stonescutting had thus been reduced to simblar rits and grouped similar keystones, with special lmpost courses, thereby simplifying the vaulting. - Ground-plans, like those cf the tower vaults of the Cathedrals at Frank- furt and Strasburg (Fig. 72) may be vaulted in varicus ways; ¢ither the points at ede not only lie in a spherical surfece with a diameter equal io diagonal of the polygon, Lut also ribs a t, bc, od, de, which then have different radii, for to°horizental projections ab, b d, correspond vibs with the diameter af, to rib b b corresponds a diameter g g, and tc t~ Aa Wot A ee ) Ie uy “gaveatasa s*asuonanassn el ae "pg ait aft slyiegtyy atte ae wouy!oq one Id iemoysib aft .o b din ae Nissi Efbat ‘te dando} me oe A a yet) bedourianco ylletw at - itd 39 108 20 Badge" ‘agit ‘afd } os thew dow apdow. ‘Eig:,903 audoet aoms0o s tt = iies | bide: dit lie jéaus aati: pid at waagdog eid Yo Leaogeth ods tlad Nada, atelés{! edt ad” xeyTOd: elynonta ad bigow Sinews7s gmap: bas bevwo yl ant. gos tae- Isodaed gs «Hers ces 38 ashems ss 409, bas bevils see@l.ad biuon y £2 US gee ed Yliave you “aid? OBLEOG: ney. fe. Langage ib tied’ ‘ela to auibat 8 Mgte ong one to id bd tek 3 eee a eRe: work, (29. Vyba) _BeigheD. edt ae adis wild to. anoiteysiesni vid. to aaokioszon’ “tmbuok io ‘or "to. ayoasd aca RS (908 TE feoisedae ed2 ‘to ais tbat. wa aeiad, of Wargiloy to is “do gph avibst-¢ gaimuess- jzeces ddodial 4 bob. 3 of take. sdgtod ong vg «poe: ad, done sow oe ago ad troy toy wi. to. je stats ays tet weds sao | ‘ak alde sane” oi b low aids dpa. spi due edt to giriga tage edt Je Iwoltvwv 6 of wut vd? 89 fosy-telt yay et ebadlrdtell. od) Bae bac lyn? 2 L ,eoijos sq hen. es set lusy 46 iia: ay heyoltue. eone whey Nu’ eae: ‘down “iets a9 ark Beds iyi elgesx? son8 {nad touaten00.- te bod Je (Baosws ab diwtanoo ad tun: beSdtt. fetnode sso. 402. doksowxsanao. 4t0 boddwit* PAoDSee 4 ae Baz he. ‘adie to ay tbas. as feapiera: lie ‘ode. a tle ‘Jon mé- aatlus va ataag rey bas “SABRI BWLD Leeaoxi ron. ‘Tre payed: ya banoy auibe 4 edn tg Gj ca thuev wid pecs: bite x; Lek te béniies ons aviser. ‘eeedt. {45 :, gst) 6 bate ov. ee ee “eal Poe ‘6 bas J asatog odl. spedote elqboasn ew od * de antes: ad Add bay ok tis gutbetiAdiw op hie” “to tnedge # ao? aw get) dobiowiog. inoivsev at ve Ra beers frotiagy wid 'e, ¢6- Apes vosad githe? alte dade o 6 @if% tut Bere > @aeq 92: ast edz. ‘to. ® 7 dors: aye eae ot ‘Metigoh’ dest 5 aatgat2712 od ‘canadian: aha eit. qo daev ‘ety to fo (ROge aid Bag +6 gadgatige eld lywoutd aaptae ae ne, “Bia 2: mort: pits avgedo- add Ay tw b aofdawe tele wii visoGk oJ , ede ai500n8 ak eds aids! & 8 ots, one abi dor) dibssaed. 2 , (a git) 4 bagwaas, at ‘ether san sGets tate wba, syd ged ei, 38. isk iien ons qiomp et if : ja wt. dows 8, ea. efoe: he snag: es ‘pd gitodogaes pe dit fanegeto. ody Bech) ich: ne i i Hh oe peg is “gadget age wa" leotisev of Prague s Biles. ORIN ea baeni basow® Sadr iied te bodtek brraae® ; rae ae enten fas iagioateg ead: ‘to Sitbae eS bo * 95 * de ted ae é-Unotsodorg. linen it thd: ot bie .onwa ots af Jiuev to xegs to oe eiitiaths ‘ef? 7 oe gi) *s ay iP anoiiseion lsoitaer of) brogeori99 ,b a yon" lu tiowes ipsitwoaga, dion is at aotiee: to borisse edd vd dow nig nth to ae eae so * oA ‘69 dade ee viadal aoed eved ddgtm euidsx solto’ yas | ; 4 f ae + ia cesiaat sgtR IaYSY. gu tet ‘age bent: ed ys eodote whiz to aavous od! hogs th toot fs ned’. re buey att 2 BOY etd to O “nett tooo i {i 108 t t4“pd ond tite dao iad . ‘30 dennus. selina: te asde Tue eds at tondgar vom ifs gethos Lq toa.” gc ade, b 1 a me 1SVO beJoetw od yeu, hors ela ee 5 RBLTENBACHER'S MectAsVal saRCKITscTURE, rib d se, the diagonal cf the polygon; on this principle sre choir vaults gen- erally constructed (Figs. 73, 74). (Church of Prill near Regensburg). Now it a common radius for all arches was desired,this might te less or more thar half the diagonal of the polygon; in the first case, al] ribs would be stron:- ly curved and compartments would be strongly convex, in the latter, rils # woultl te less curved ond compartments flatter, than a sphericsl surface with 2 padius of the half diagonal of the polygon. This may easily te seen Ly the diagram (Fig. (75) from Fig. 72. ai, ba; ci, di, 64, are the dis tances of the horizontal projections of the intersections of the rits fren the herizontal projection of the apex of the vault. “hen 2 i, heof diagon- al of polygon, is taken as radius of the spherical surface, there corresponc the height points 1, 2, 3, 4, 5, In both ceses, essuming a radius mcre or cess than half diagonal of the polygon, the arches a 1 would not be tangent to a vertical at the springing of the vault, and this would ke unstable in practice. In Sngland and the Netherlands for very flat vaults, the Tuda@ or ovel arch was by preference euployed for rits of vaults. Second ethod of Construction; First sxample. & second method of construction for ornamental riobed vaults consists in not placing all keysicnes in the surfaces of groin, tunnel, or domical vaults, and tor groin veults, in not taking the half diagonal as radius of ribe of the vawit, but o greater radius, found’ ty laying off horizontal projections at, tb c, end to end (Fig. 7é), These vaults are termed serial, and arches with the radius abt + bk ¢ are principle arches. The points b and ec now lie in vertical projection (Fig. 77) on a spherical surface with radius a Lt t e, Eut riks a ¢ with like radius intersect at 3! the vertical erected at the seringing. If it Le desired to arrange arch 2: ¢ of the plan to pass hrough the springing a and the apex c' of the vault, it is only necessary e the intersection d with the chosen redius from 2 and c' as centres F then deserile from this the arc ac’ this then intersects ob- iguely the vertical et springing. . Only when another radius is assumed for he diegonal rit, ccrresponding to @ pointed arch, may an arch te obtained, ent to vertical at springing. Second Method ot Construction; Second txample. Let ab +t et+edte radius of the principal erch (Fig. 78). The height of apex of vault is the same, and to the horizontal projections a', b, ¢, d, correspond the vertical projections 1, 2, 2, 4, (Fig. 78), The choice cot principzl arch by the method of series is always somewhat fanciful, for any clher radius might have been taken, greater than ad+bete d. The crowns of side arches may be fixed in various ways; any round or pCinted arch may be erected over the side cf the octagon against which the Lang a MS el fe | om Pore {Lie avdoms: ‘fs tontty, Adie aetiws savdt ‘gaiwenb.. ai ae gut xe wet & llew end . tions iw. aliuey ideo otsJ Ko [gmoo » om ote #oualaace. ‘8s eag ef igas Yao tou bie wie. ud alley. Suivaixe to egatwe gd, ‘ese qwode” eiaa os Gade tod ur luotttib vad nh penkeet, sealer, oe waead betsaias eiou doum weqgs YLalssimo Oy) psa hid hl. He oN + G4 Lin leotmop 10 lena s alory ok Ani tivasel yt novia @ at totdw, ‘to Solids 6 .2t wav. letuganay eaedd YO _ ide bebba eved’ 1 dosdw. od , (aghiouqens® ottiog to isyasal) “Houdedol” acd ates leves.thell to: egbe Iwo oF enoptinitasaod) “aghast ied a | af envaloegs av os > bedis- Od ys. do¥sd goisavtedat bag gaisesli wet « - «A yas at ai siitousi ‘ tetiosg” ‘mandomh. i dest ja terres ted, add To aevinoss ody, i oti, O83 gtT ad 0. evdous 3 (75, BET) euker iss: lotbedded.ode to feqsdo, ebta« geveo er tlusy . eo 8 goasl Tod poate ot yatbrosoe acidevele: at ylavoirey: be tsoxd od yan nal ; a cae ak todd ai aoble, 5f: ditéw aoy sy log eds: mort" catusy igia. fejnensaio ist . ah ta Aoigauatanco: ent Biudaaeged Ise LB2% Je ‘ysedesiroll ons 3 to tledo Reis | Ber. i pins ha, Me: ae wy, Pentaintob: ejed ativev ci at ed . * \edksiaY gett “ai, chsnoys it. ated oi? ‘x0 (88 ity, o 5 aly odd Fuse Jen aid 403 ate oid to. anodtownasiat ont dts “Esabpaceyy to entbs% ‘3a “aig 2 elie seney “a fpadgaey ts to. igh & 8 epiivg 46 aatievelé at eff euso tazit ely af co gi @onia .¥ hebanials:® “pork: List jd based senow:. ee 5.2 2 Od “o6,"buxi? ee wa a * nedors ebie edt: to ddyiah 1) de ddgted iia: a fe his are era oP wok: ta'dgid Qs wis: awabadw. ibdsodw oF: ytkbrvog ee ‘bitorntiats opto ‘ojanl, ton ob” dir Ot ‘Pe tiewsg, bars” ad luav: gonis pod Je dowd? odd od as | adios airy elquta td Hodtine ow saat edo alt al: ‘beseotbai. as edivey aiorg- Tes nomen ai to. OS .g 28) sivevsd ah Bod 2d wakate able. edd al. Beis. ebb ia ‘ae. odd aE bevel yng, YLuomaan ex 73 is if xd boquboag,42tu8¥ "son daw lqmic apt eae fl wikadgag | eno -Faoden il “Of etd » Bort fone aslporid. 6 aning i Aa ue lenaud ead oil won eset to “yada s seine beadquesit brosed'# ith Ssitieage's og edie te Wrowlen - 9 léeis ‘ak d a dote- ‘edd wonts © {38 - we). ben tb nd, ee tive y dss bevolgas \ yitaevpet ‘odd au singed oma odd” te ai bo dit oar fae iwoae ede hosiotues 3 aesly _ Atowmaeg oda. a8 gaol an: Find yled witb © woaie bas if dis ad? 32 4 anore 1 bay ~ a) = ose oe path ete oor Aree vs Mb elt wes ew i Ce a he RS yee On aot s Tah ade ; Peg AL f Wy » t yl na § n t J ae YY ae Siu ee Ati ey Le on ss ay rea i tpi Beek OR VAR Sec Ap " Doe ee ar Pa sib the te te) an keys a ¥ Pa ene 7 ‘i hie tp y Pug ; ‘ y FORD GA? 480800 dom eo , easiga0 ‘dé 40. “ddgion 4 doi avind od | | gnieq mort vai stasats63i00. ond teds 08 .9 gabdi ots oedd dodged * ppe3g" Geom 4 stow Is ginni yy - dD. auibes. ae money, od. aeiiée 50. Ob %, gtthee. Pikoms 26114 “awituoeg a ef § pudatat teitoat 2 aide ae ti ig dowd eds eidd co \piibiscior etx eben Adin angi Liv~ines”® et ovine. "yal de x09. eaaii eerste nies cares aot? + ‘ed mtg ne a b 2 bs asia gai , aS ag AG wage o ~ dows [sqioniig vty ag Seasi. geloev deasT ,oam, Tegionirg edt bas tefg se. to’. Be RECTENEACHBR'S MEDIAEVAL ARCHITECTURE, compartments abut, or a e may te laid off on the radius and the height e Le taken for the height of the crown, cr as not unusual, the crown is made higher than the foint &, so that the compartments rise from point © towards the wall. 4 few examples in drawing these series with principal arches will not only enable one to construct the most complex Late Cothic vaults without difficulty, but also to meke accurate drawings of existing vaults Ly the aia of a plan and the principal arch. These vaults based on the principal arch certainly appear much more animated than ornamental vaults, derived from the Py groin, tunnel, or domical vaults. Of these ornamentyl vaults, a series of which is given by Ungewitter in his "Lehrbuch" (anual of Gothic fonstruction), to which | have added oth- er specimens in ny “Beitrdge" (Contributions to Knowledge of Mediaeval Arch- itecture in Germany), a few Pleasing and intefesting cases may be cited. Tiose in Fig. 0 are in the Archives of the Cathedral at Mentz, Another peculiar vault is over a side chapel of the Cathedral at Prague (Fig. &1); such a plan may be treated variously in elevation, according to whether lines ab, ed, ef, or a series be taken as radius .d principal arch. A most greceq ful ornamental groin vault, from the polygon with 16 sides, is that in the choir of the Monastery at Prilll near Regensburg. The construction of the vaults here determines the widths of the bays.. Net Vawits.. ‘ For the net vault, the distence 2 co (Fig. 82), or the half diagonal, is generally taken es radius of principal arch. The intersections of the rits in the first case lie in elevation at points °, 3, 4, ©, of the verticals b £2, ¢ 8, 4d 4, e 5. arches h © and bh g fall from © tcwards ¢, since height above h equals height at ¢. Height of the side arches f g may be fixed acm cording te whether windows are to be high or low. Since vaults arched parallel to ribs: do not longer require transverse ar- ches, these are omitted in simple groin vaults, as in the Church at Veggen- corf in Bavaria (Fig. 84), or in ornawental groin vaults as indicated in Fig. f= as commonly employed in the late middie ages. In the side aisies cf the Church of 5. Agatha: at Aschaffenburg is a peculiar arrangement of the simplest net vaults,psoduced by throwing a circular arch from a pier to the second one opposite. Intersections of riks now lie on a tunnel vault, whose generating curve is a semi~ellipse with major axis vertical. If this simple network of ribs be repesited in a second interposed series, a nost frequently employed net vault is obtained (Fig. 86); since the arch ab is then a semicircle, the crown e of the rib cd is at the same height as the crown t cf the rib ab, and since c d is only half as long as a b, connect ing ribs ac, dg, must either be struck from keystone d over d with same aR aaa Tome etaaiaaaligneaa ae Wah |. & iw tsa iD) ‘aolasvele ai ng ‘98. 'b wert we..08f4 ne g 08 aula, ei bg tb 5 ook edd - 30 nokssgaolorq na 3 b de af ow wWiyotito wily. te ie a: (38. 33it) ab 88 wo ‘glao’ (83.939) wesv guyilic mtaova ei sh bees feoidaev 6 ard 2 2.3 it piajed ‘Yaom) 14 Giio0, 8 Vd betovance ed won aivib dgiw 3. .% (8 | fiealegwor at hdse pict yee ae ABR | oil ins Lied to nia bas Sale. din ‘bomen aey wonous tun osmIs® Navdsaen al. ,(68 yet) bestiao vilsvax ete sila onosd. audd —bedelixe otingy date l Laon. i Ianksete bana at soll i®. Agtiouréanes wae. aah. euidind @ ian i Gus eonke - py J J * oie . a! ® iy S a lies ; 8 ‘he % is ;* ‘ = > e tg tity vi ees iv heal? fet 7 | y tee Y z intr _ anne | Ne cs} 4 ~y ax 9 B¢ REDTENBACHER'S MEDIAEVAL ARCHITECTURE, radius to g on Plan, or from d' to a’ in elevation (Fig. @7), when centre of the cireuler arc is at d 2 cn prolongetion of the line dd’, Ags seen in oblique view (Fig, 68), only points 2, 2, 4, 5 (Fig, 88) may now Le connected by @ compartment; points 1, ©, ©, form a vertical divid™ ing surface, The section 2, 2, of the compartment ©, ©, 4, ©, with divie ion surface 1, 2, 2, mey be replaced Ly a new rik and the division surfece te itself omitted, in case rit 1, %, alone remains, or it may be filled and decorated by tracery, This motive is found in the clolster of the Church of S. Stefan at Mentz (Ungew, Fig. 678 L). Such vertical division surfaces srosé in a peculiar way in the vaults of the western choir of the Church of _ Katherine et Cppenhein (Fig, €09;a f + f ¢ is redius of principal arch; ¢ f and eb are projected in elevation (Fig. 90) as o'\t' and ¢’ L' d' a! correspond to d d end lie higher then f' b', but erch over a dg from d' intersects at g! the vertical above the springing. "e here cLtain vertical surfeces 1, 2, 2 (Beit. Taf. 11, Fig, 51 and text). If in a room with triangular groin vaults the diagonals Le omitted, peoul™ ier net veulte are produced (Fig, 91), transformed by doubling into hexagonr al ster verlts. Thus the sculptures in the cloister of the Cathedral at wur- are covered by vaults, From the ground-plan of this triangular groin e pw vault erises a new series of possible net vaults (Fig. 92), used in the most diverse places. : In the vaulting over the belfry of Gothic church towers (also for small chapels, as in Church at Ferte Bernard near Le Mans), instead of vaults, hor- izontal eeilings were employed, supported by rits. Then as in the tower & veults at Frankfurtrta@-M. and Strasburg, short columns were set on the key~ stones of the intersecting ribs ef the vault, supporting the horizontal ceiling, or on the rits themselves were placed perforated walls of tracery, as in the tower vaults of the Cathedral at Freiturg-i-b. (Ungew. Fig. 279). At the Church at Ferte Bernard (V-1-Duc, IV-122) smell columns, connect with arches beneath them ena suPPort the coffered ceiling, and are set on the vault rits; lastly, at the angles of the Church of S,Katherine at Oppen- heim, the interspeces Lutween supporting ribs, ceiling, and angles, were filled by the simPlest torm s of trecery theinn Gat 85, .Pigddhis 42. Detest Problems in Gothic Vaults; cports. Further Progress in the mediaeval science of vaulting was ne longer pos- sitle, Cell Vaults. tn northern Germany, eub stone was gcrocured with difficulty and bricks of excellent guality existed, thus stone rits were usually omitted (Fig. 93); since tricks were suitable for the construction of a rit, and spherical com~ A 4 a . nal Bi ; dehs oy rat re a a4 m aye etic ie ney pe aT J ls tivev, 19: ips bie Necgis (4. as beghiar: etew esoved'rs 4 0. bbe. jaum ae fae go vewlt atitiixs eredwyiwvs meagiok t6 oi! ool ote een gasp oe 9D ated ni adlve¥ Kelguao ¥ktaewwgga’ nis: dine 4 Indtettib to adit ‘be Liynd- Jia elynia s. to beets. a ew i? to dows? 7 ty ® ‘ebals abla @ at ca.,409 . ‘gi. foette deta ¢ dove. Me “geste \amogeey Lv ti tou rs: got. obisaotiod, io ut ett? “ M-e-ra tiny’, 28 barb ee bE ati dts ae Say 38, \scices aie ag sis itven baw seeoqqe dit -rewol ee Sa. ~ ms 2 Pah. ane to devIge adetl | abc wb Leiakacd er Maaco’ wis teow sidded etal ta dvaed ‘one txe Gite pevery hewrotens 2. eee ten' Sobaee. ‘Sstige df (38 val +). ely, ae adis dowd? edt aot feet, 1g) apativeyal ab ai Jtogo aedtonh ~.caese4rs to awi0l ais bogin rie als Gsit te amate<2 $ tn que. Mivaispe. owed asaitw “gafesenayasd ia. th dapoudd nega yuied add2¥2 geqgan. odd to 2uheatss quon Hd’, wate dose evods bliss (088 wait toga) oy st ad a ,eno wWiol- att. th, dygunwoiases wit be teqedonas Gib dolow mee? oF “ asd Due: to edin. beige 13686. egni Jeaa, gh ue Bees. a ~ oan tne Je foatied se? ‘ody 43 eiele ebta’ ae ae 8 Mt er ‘pa 0 aul 3 tows @ HL gel quexs):, soliep teat tae od? po bi Mayoe ad. baw avin Jagisis A we he soar a ‘Sinaqde yhoo le tat bt: ee at istbedis> aad... 22. iJaiiasa abs nit mG: 4.044500 to. botteq daed odd al vime'- Wain ie eta to. sei wd. ‘eriwped yore: aB@to us belie wiit ig tudade go's a Rie es eee oe Fe AG ‘dato intoow ay, BO aid ‘BAOGROD - dud 8oit:e4 gate ob oom yt 4 1 tes on, : ee ae oo et din § » neste. Agi. pidso® ejat Fo. 3 nara £48 gaa? | emer, waaey th, sa0M aid is 254506 ®,. ewsossitow sovecthes, ai: audt on Lents baw. gots, ‘ond dati endb "eae to nofivaidnas ond dae 4% toe ‘ godem pighonlsg, cnlgate & bits jen @exev ih. d208! G33 wo beay vd “oa testy " a ae om. Beivay . Liha 18 ‘gaadT ap “O28 Go, Ad been. Sidkradersani io vidtaeoag . _ eoridan atigeak oagds. oxkl Bie t $00, Atte, adiudy Aggoi op bet be’ ‘sesoko Cie Bi ees Piya les ony yan Lana das yaad ogi lee ‘To woseya a: “ge 2 yewle Laos aE began SLidew 36 Heed: eval weToM" ROD divin digs. asnonds a6 yikog “te ae iow adel | wae ag ‘Aoum: be daay aa eB dg om Rado. he geod ae OTST De: 2) Pe aueh ape sian afviont ub ts wild se opin 00 Uisabtee: seriou bs, ‘ad ivey. beudes Ly tee - a ee a Vbsiivé tuisiev. ead at euoued hase nd: ybgoins plenary ai: bese eeu. ope Byes owt pawns sat oygedoa bovag gor | soaweditlel fe noac gedagd- we eljan, 3a ia ag. sastowt Laon Sth wi tk 7 “fowuds tee geo. aid 2 ate ors apeitoaca ‘bas . those’ ga ane - sbeyolges” ‘gkinnotageoxe (iad: “Dita: hls at eet biaua ls Ylevidawe Jon heed _. , we Lupau ak Zils ioe coy pe ‘bed dd pac. ‘loteags at ‘bagdeo itso Moet os ° baw, igi per. De thuane yLisigoog gatatoay Sided ess). OU ee) te ivoee na bas 2d Lue be adtea “te giix wis Re at luew AEG 1weO “aie gup abe nak sigs ios ted, jaa sod of be | | C REDTENBACHER'S heplasVal ARCHIT&CTURE, partments were replaced Ly triangular and square cloister vaults. The Cas- (o>) tle at Meissen everywhere exhilits these csll vaults. “e must rezard cer- tain apparently complex vaults in Late Cothic as merely sportive, where in- stead of a single rit, dcubled rile of different redii are emPloyed to pro- duce a rich effect (Fig, 94), as in a side gisle of the Church of 3. Leon- hard at Frankfurt-a-M, This is oljectionsLle for structure] reasons, since the lower rib opposes and neutralizes the pressure cf the upper rib. Sits Curved on Plan, an extreme result of Late Gothic vaulting could ke produced Ly curving ribs on plan (Fig. 28), the spiral series, then usually transtormed into tiere forme of tracery. Another sport is in Ungewitter (p. 148). from the Church vt Langenstein, where two entirely Seperate systems of ritis are errenged a7 teve each other, the compartments cf the upper system being seen through the lattice-work of the lower one, as in Fig ic sometimes decorated ribs of vaults ty fceileda arches, as inachapel lin a side aisle of the Cathedral at Meniz. Ungew. Fig. £80), Late Geti- a mF ties The spiral series, (examples in my "beitrage (Tat. 54, Fig, 14; 58, Figs. 14, 18), slready eppears in combinaticn with straignt ribs and tracery guite eariy in the best pericd of Gothic, es in the sacristy cf the Cathedral at tegensburg,; like foiled arches, they reyuire the use cf more material, than do simple rics, Lut compose the most graceful fora. Comperison of Lete Gethic with Remon Vaults... Thus in mediveval urchitecture e series cf the most diverse forms of vaults result from combinetion ct the dome with the groin and tunnel vault, which may be used on the wost diverse ¢lens, and a single principle makes pessille an inexhaustitle wealth of forms. These ornaments] vaults are very closely allied tc Reman vauite with coffers, lize those in the Pentheon ond in baths; Lut they have an advantage over Roman vaults as the rits al- ttost always fora a system of self-supporting triangles, whose light panels or comportnents might with good worter have Leen as easily changed into cotfers, as those in Homan monuments, The pointed arch was in Late Gothic ribbed vaults almost entirely confined to the side ercnhes, ond was suPer- fluous in the vault itself. } The segmental arch came inte use rorely in Romanesque, chiefly in secular architecture, os at the Castle of barbarsesa at Gelnhausen for a discharg- ing arch, and sometimes for the same purpose over church decors. It is in- deed not entirely disused in Sothic, tut only exceptionally employed. The Late Gothic found it tasteful and liked it, es. ecially in secular architect- ure. Late Gothic vaulting generally required segmental rits and compar t~ ments of vaults, and in secular architecture this need was increased by the - 4 wee a TRA COCR Te OAM oc det ms: Rey Mi i isha PAPER ee OD ost 4p yi heed) : a ae ome | F ig ' ’ i) a eS ee Pe te aor bee eer mate 2tagoaaua Ta a Is Te lis tek x ita one, doe fndmomgee 1? ~,am907 10 tdaied [fswa to ol fed Oo ae ave Adin 40.,, 90%, teases eto: elorta eas | es Yo. aa sai. oni ggtdors 1s Wuoda:.at IIuot fois tednoiyoe of! »," i dau96. ela tee la, at otddatioglegt jaw” bist sue je ols Ne ¥ veel susrote eeu fe. setSaT, dtiw i tiaua- eae af yste, 8 gtin-ms , . Aa Wag ASE She 8 \y el “ted! worlo done 4 a > it ‘tieas tebow bie Gain .at 05 Teriwigs fon teas guy de Yorlg (ae oh to, ded t. ‘bak ‘didabae sy Ll ewitgants ve eal (lew sheen toni: tisd wosten ‘bes Cr 5 ek poitt itt sdapab 33 ae me bigal ot eee pene yne? at busasa” odd Bie eidatod, CB saagig 8 Otte eteey wodiiste B83, ion AR NUE eae qe _atedagagd vide: Hea yew. BPH: dod squeal J Rix? "pat oid ‘to Sa fasiietiaore, {eves chow Rag ies? ny ove ponte ‘{sqtoutra ai a hd ty tqdloveh avid or 28 aya is ‘Je3a kg, gt ,yrtd Lowe. tw teed ai songaris 3 ‘-jeut iid “ogni id “s-Br000. oi” baa" Woidnea tot af. add fave dB6R of% To suas te dion nt ahats eitipo ods. is ‘de de tangs. add gnibesgsc UPeorpse, enedd to ae ‘aang get psut ‘sist: yi leven, ‘gried deal. ait hans: vin oehiiers Lives Lowe _ xls sea oadod okt a e08 hoahemnnrent: mt: 39¥0 aisttnos: Shel Wbotweg 1 REDIENBACHER'S maDlabVaAlL ARCRITECTURG, snzl] height of rooms. The segmental arch was usually made 1-2 or 1-4 of the circle, more rarely i-¢, or with even a smaller rise. 4s an exemple of the segmental arch voult in secular architecture, is the court of the Cas- tle at Stuttgardt, entirely Gethic in prineiple, and she court of the Inn- gum-Hirt at Steyr in upPer Austria, with loggias in three stories alove each other (Beit. Taf, 47, F 2), ea | the development of the mediaeval vault, as here trisfly cutlined, only oc- pleyed the chief Part, then would vaulted architecture have been freed from all restraints, and strivin; tor piguant effects and sportive fancies would have controlled the archi- tects. Rich Late Gothic vaults in austrian buildings may be found in Hel- on curred in general. It structural problems had tert, Atlas Kirch. Bau., also in wien. bBauh. 44, Italian Vaults. Nothhern mediaeval architecture, compared with Itelian architecture, laid sreeter stress on height of interiors than on their magnitude and spacious- nuss; veults of the central aisles cof its choirs seldom exceed gpans of 50 feet; great vaulted rooms could be constructed in the middie ages when re- yuired, as shown ty the Karlshofer Church at Prague, an octagonal interior covered Ly a domicai star vault cf about 77 fi. span. Italian mediaeval architecture contributed scarcely anything tc improve the science of vault~ ing; it was content with the less developed forms of Roman vaults, and us- uslly preduced its spaciousness only by exchanging effect for plainness and eubtiness, ty the aid of tie-rods at imposts cof vaults, and Ly greater di- mensions of structure] parts, Comparison of Northern Mediaeval with Ivalian art of Vaulting. boldness of construction ct a vault depends on three things} on its span, on section and height of piers, as well as on thickness of vault itself: lest- ly, on messiveness cf its abutments. if Italian vaulted construction is praised for boldness, like the Cathedral at Florence with its centre sisle @S ft. wide and ncderately lerge piers, we should net forget that churches like 3. Mertin ot Landshut and that of Karlshef et Prague are not interior to Italian in keldness; the tirst is a “-aisied narrcw hall church with very slender piers and en encrmous height, and the second is very spacicus, though both have very weak abutsents. The principal endeavor of Itelien mediseval architecture and of the Renm gissance in the art of vaulting is almcst always devoted to the develop- ment of the dome over the intersection ond in central buildings, the first of these scercely exceeding the clear span of the centre aisle in northern medieeval architecture, and the lest being usually rere during the Gothic pericd, Large towgsss over the intersection were in the Gothic period only a Hiss: bet yo8: ees endae: akin sone f1- ‘ben (ined ent. ds: alot” ii - ma ‘ade wi dase. (985~ “4: {gidul ; F ee at ban’ ‘ ghabasst: ‘ts diatedie®: ody a ae aidewttanc ho aoeablassiat ceukail reid be L18s ac" ‘eotean fash dT *eltow hts ae - avesuge goneea teas bet’ + aeonreve la Teoddtsat af | eagbadet sid yO fou: ‘dud ag too odd (es luev. = Sy east ‘heated setts ants. ‘ot stisoitays - jad Lisv bes i- ~ (A= dG He. egtoniny: ‘eds Maiugae bis tolgata ote wiiw ‘wd sateigos: hited t ’ is | A xed: bad: aged ual ‘evel ase to diaoncend adh aah bempreah th i , ae KaevTENBACHER'S MEDIAEVAL ARCHITRCTURE, intended in the Cethedrals at Regensburg and at Fassau- Italian Gcthic led to the great dome over the intersection in the Catned- rals at Pisa, Siena, and Florence, as well as in 5, Petronio at bologna ( Lutke, p-. 626), which in the Renaissance found its highest development in athedral at Florence and in 5, Peter at Home, fer surpassing all] Rom an works. The Renaissance excelled the Homans in teldness of construction, but not Gothic vaulting in technical cleverness. had Kenaissance masters been ecguainted with the simple and aPpropriate principle of Late Sothic ril- ted vaults, applicable to the three tasal forms of vaults, they must have appreciated its edvantages over the heavy Roman vaults; had they desired to replace the ornamental effect cf Late Gothic vaults by the effect of guiet surfaces, they could have executed their domes in accordance with the Goth- ic principle. Sut the Renaissance hes the single advantage over the Ital- ian Gothic in that it never produced in its spacious vaulted interiors the effect cf plainness and Lareness, it understood how to richly subdivide in- teriors, and to make them appear even larger by variety in decoration than in reality, excepting in S. Peter in Nome, which is larger than it seems to Le. 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HoiJodiad Qh Belistuser needns, ex2 Se ed “Mots tanss) fe breed cad diate emoe ai awiows spmvansid. 30 ob He nat wit bad wieis To oan los dante Peery wd Luge J 6 ih Sed eres Sis li’ 4 : (26 gt) atoia: ails: ‘$0 sivdoo as to ese bica 43 teil Pex s OOar. queue? ng hue -onidd aid ao eleodhei aysw ir Lentab iiow ys faaitay,* it a) Boag ie GEALRE yin wooed otado® ade. ete iy Belo te wagevaas 40 dae Bitsy Bove ia: ed to leased 6 ai ag (5° «kD me tote cegguo ait yd yllumotagage ; 99. bes iss) emieedkotion Za ae do 349° tO oladt mee engsenod om ate. to adliev ybade odd ot 26: path lyon sel ant yas bas oi ; a es a penta pe Baer Pernt, | pyowbory at pathowe+ed ti geal de ter tiuey io vigteysd ads todd (20% yah) alg wid ida Je sinlo; woands sits, dguowds ‘ to a non la ib: dite BOE art) apitevolo, ae ae saad ks f owen ‘iran “dot “ait ad ee aa Ser isnt eae: Beer ai eaatekell es Ksieweh tenga: WP Gadde yes. 13, Ubouptlo rato tone i 4 101. eats A 1eivety oF ‘Ehin ae'ly eid n@ @ 6 eons F: sbjgad cute eat 88 anode tot pond ole af OY bee helya8. ‘tiga oe r ncaa anew sas: 03 cabs wathuer 4i07%4,0883 one teh lems ad Yhswies es » ‘ascbawl sitioestetal we ate} nee f Ve Sra 2 3 Fore 1 ie » ng? , + sul re ten has a rien) a Es sat he zs tay CM oe e i ad 4 et te. a REDIENSACHER'S koolacVaL ARCHITECTURE, SECTICN III SUPPORTS OF VaULTS, 40. Kite and Trensverse arches; Keystones of Vaults. General Regarks. eupports of vaults are primarily rits end tree sverse erches; the parts of & Lis worthy of consideraticn are keystones end impost stcnés. Ihe actual support of vaults are ecluans ond piers:. The structure] perts, i which reel the thrust ci the vaults, ere Luttresses and tiying Luttrese- t eg we heve Tirst to treat ribs, their keystones and itpoest stones, then columns and piers, lastly buttresses end flying Lutresses. Iie ssc SUR Ai Ne HAH | PG at detain b econ aust BOoCOMeEViOn Cr ALLS. Kite end transverse arches, whese sections will ve considered later, aie ig : : ‘vo Sane ee hi Pea - Baie Nee ee, : eo ethan ee 2 mostly plain and not decorated. Yet avout 1600, rits eccur in England and 14 Wienke ae ve ou ey . wet a ~ 4 ’ a meer ys r ‘ : in bermeny, where decorated alternate with plain vcousscirs, es et the Cetr— earvel et Puyren-Velay (VYrl-vuc, L1is2629% er like the rits of the choir wlte of S, dacob al Negensburg, where square peerl-Leaded flower rosettes, connected Ly aimiler Lands, decorate the sorfit cf the rit (Pis, 97) (Beit. rie 2 ae 4 rs th Ah 8 hae : = i > rs Pig. 171). Gometines, es on transverse arches fectory at Maulironn, rounds of the section of the arch are seberated ty naii- an fe ae are ee Oc Rents Ry dan ie Tag ¢ y i eace Lene wo Veae, aids ) (Sei. ede ia aos ie te 1): In-very lé LE Gothic Lia oa fat< iid- ings, rounds @re lugsed decorated in lmite ation of trunks of trees (Fig, 109), founds of transverse arches in sone buildings in Khenish transition style ave. trested in a peculie: wey, shert columns of slate Gelny seperated froa “eeaeh cther ty band aculdings of trachyte or other stone (Fiz. OF), These ie ae iit « + - 4 each te | “7 ¢ a a n - * = Se Op a Ae 1 : rt Os te 4 OS”: F 4 oor Fy arr i oL moul Ua He He} a] way Se NG AG ale On & he ANLitc OnG Lh MoD ony LOG tS ecu. Cothie leaves vils ond transverse arches plain; Late Gothic decerated tne OL toh 40 epee | i) Chiba. i whies & nS wa wo ig o) n; Cee ae IO ope a: GAeccr aveg Pe Beet HI se tj es a ; Uy) i- MPi.or 6 | Pie aan hy Oy; ey eo ae Gq A ewe “ge ’ hy " ad “ “re VOC sETonas bY Une Cuspsd erch On fag, oS, as in 9 chapel of the side hy aisle of the Cathedrel at Hentz, end German Nenaissancse also used pearl-tesds ' t end epgtend-care. mouldings, os in the choir vaults cf the Konastery at Prilil. ~, 2onstruction of Keystones. ihé Keystone of vault rite 4 intersection is produced by drawin co - 18 b- — theough tpeir common points ol at cf the plan (Fig, 101) tré radial joints ae and “ph oh ee ecu ion (Fig. 102). The @igtvence P' C’ ther fives the prestest wicth cf xeystone end the aimensicns of the stone tor it. Such o keystone in cLligue projection is shown in Fig. 102, When rits intersect esch other celigucly, the keystone is considerably larger (Fig.: 104), since fd o> ee the distance as on the plan will te greater than for riis intersecting at right angles, ang this is alse true for keystones cf hexapartite or octapar~ tite groin vaults, while fer tripartite groin vaults the keystone will rel- atively te amallest. Keystones forming an intersection voussoir of vault rits (Fig, 105) are | pity obetijosmia ols stl ved yaad: eile ypadgod ‘sityd at ‘beh tows “Yon Hone YIwv eter’ vets Uud 940 eds. T6 ahve yrkeuo Yrsedesenay as oflup. ~Leve ea ‘ers ‘We nolsovewwia 62 a¥iuAv- beiasaitse gits90 eted at by anise asin ddd Holdw Vesiegs (OOF .gtt)-asos nstssaitye’e qd bess fger ts - s | aes: vlad Ladera! ng “66 agp ‘gel? eur 2dIY ett to sas : Eee * ) denasaget ‘to nob metodo. Pt fo sexooeb eda aon sidiser ssoiaeel wty we Hot insuusays te rie ee ts NCD ed wiesecea wi Send ‘end ts rguidin's Roy ‘att dacs 7. a “we aioe: wld a0 teat? worsel to ettedos & yd adia oi. io not toes wernt bts fotisvetetni oxi: ‘higbneg svdaod wyiel ys to fF WEBSEIV: 6 Lhawnad ir a eliesmot ix 2, srolaqey & ad- iagsifer tloit tha kw bie edie vaant ‘+ Sere ’ TS agit . € te 2408) sihel,se feibedie? oA ai aeue iy Litueud cist iis i hes snd datb s Yo git talanors.t tomagd th fe"aqove bic! biade AP AeA expeeasHed Ys - bade zoo: bas edia- ‘gttd Yo welioeateini’ ed¥ aise te ienoo , Wieden et Qaeda we ytedacao’ odd ‘Ai bagot sd Adare A Dstt ‘byfftory seiwisdo tit edd wolad ¢lisreb festo9. beagorb eth" ne ig Moin al oaodys bag Pet get) aie Lun stouge @ gis ead! ox jain Sgih eid ni bavot ow Gbeiiiee latideded yee? wavia $8) agit belies ¢ es . tnvigenad tone i®) sinsvigans xl OE ba yrs whee. ‘t8 elias? “othe Te. tise hy E Bede raseb edd ag {low ge nicl elione , aude? @vtiies roe wwe loa: reir ey cane, wnerenet ayer t6 one ‘waits i Lvov als Aséoned ‘babies saui2 )” ae tou ore BOS nan . Adds de y: A pateiotieD >)", tefiebiawie s to bor Webaveqaue ibaa wligwen #1 caoteyea Rae ing Sewrod to adluev of) wi ec ,22b0bawov to gaty Gisi © alae: ne disdo. Ra wieiredse yntbitel gud te dod Tal \O9ohisetiwlai ievo Aetiey Tpaekognivence etlvev noijoes wisi yo fewest te veaotayod gait Jeary eit - a odd “wands” fo (§att eft to obtiat wid” 40 ‘edie ed? Yo edb ting | i sevqe's sh) sbbiat oid ao nisiq suo ERdnwupes? wie ors has (G9 g19) oir. i fear art) — i ‘te domado od? to a tewod ‘eds “tt BONIS hot oi). + a es eae 5 WS yea Ri. eunuaeye® 19 “SA@iqo loved © ai a ee stvbet " ie ikad eal Rekbas s 102 ons-. (ogd=i-¥) spoae14 al ne lee ads to noise dtomsdio bedi qivea ah ei élivtougas vied .ynaie’ to biew, racine te andi spsacae1ge? LeOPIdearya brs dyotior iu tboe ag yeaase ¥ 4 esew Yiwy ago: at ety 2. geutoen ged ‘gagds | tee the yoltes } ott to doitedat wid te meet. Ste 3 mateo qor see etee i tee i = ra a . ’ - : } Wate Pie 5 ‘ aed i , . sa 6 ‘ ? #5 2 A Araya Uw gal nA) Sato etl TNE Ay ig | od os ‘ vf iY ; vas oh he A Tt Pay ‘ . etd to cals eewdgluoa- d3iw beridaco (98IT) Ye teael ds Yeddaods © fie: Javmioats al anoitetasy od) ynowh tarde! 0 e@ises1 8: Nd 49m $8 ane if ea KEDTEBNBaCHER'S MEDI AeVaL SRCHITSCTURS, evoideda in Lest Gothic, since they have little charecteristic effect and re- guiveé an unnecesssry baal away of the stone. but they were very much us” ed in Lete Gothic ornamental vaults. The intersection of the rits is usual- ly replaced by 2 RFR boss (Fig. 105) against which the ribs ebut; ends of the ribs are then worked on the keystone in the sclid. JB Yecoration of Keystones. The motive of ornamentation of the keystone results from the decoration of the intersection of the ribs and alse from the loading ot the keystone and consequently of the vault, when it is permitted tc project below the vault rite. Cate Hcmanesque either treated the keystone Ly concealing the intersection of the ribs by a rosette cf ieaves; first on tke vaults of the abbey at wae ay (112C) combined with sculptures, also on the Abbey at bltengelle, (1162-1197) or by large bosses pendant from intersection of the rics, besketvlike end with rich pA as a keystone at altenzelle and sev- evel very teautiful ones in the Cathedral at Hentz (Beit. Taf. 2, Figs, 27° 2e° 28); a third form ccours at Altenzelle, consisting of a disk, placed bem neath the intersection of the ritts and decoreted Ly Romanesque ornaments; » fourth is found in the Honastery at arnsLurg near vetzlar, consisting of y celow the ribs, ctherwise profiled like them and Cecorated by a rosettes leaves. Among the variations in treatment of seve stones ae those with a square nucleus-A(Fig, 167), and those in which this is Profiled like the ribs. Very beautiful examples are found in the Rit- Lersall of the Castle at Vayda Hunyad in Transyivenia (4iener Sauhbtte). ibis nucleus sométimes takes another form, as well as the deecrated disk ; DR Be acing dropred Considerably of le cugounded beneath the vault ribs. Ferns cf such keystons-tosses shown in ~~ es aes iheokep Ulee 102 are net rere. 1) oa 4 ana om ogN Perforated Scystones, The keystone is usually perforated for suspension rod of a chandelier or cheneed into a large ring of voussoirs, as in the vaults of towers or in valits over intersecticos, for hoisting Luilding materials. ahs great ring keystones of tower or intersection vaults sometimesmerely the profile of the rils cn the inside cf the ring, or change the prom t s (Fig, 109), and are wore frequently cut plain on the inside, us in the keystones in the towers ot the Church at Friedberg (Fig. 110). tect of Keys vones 1h France. In F v, (V-l-buc), the Eurgundian type, that of Isle-de-France, and that ot vluny, ave especially developed the sculptured ornamentetion of the key- perk greceful follage and symmetricai representaticns of all kinds were employed; yel these keystones of the 12 century were commonly not treated in correct Fropertion to the height of the interior of the church, and did ‘AN ined AIS odd at ‘had “ete wary 8 woubor bit ) vLia teh Lenco a Pg ote. elisd ina 8 ‘bounoTg oF bedeetd Ulsroite * enna aH 1 oh visting gnisaee eles baywo ayeeis gon asa etodayes ol Po “bas. beletmited nods saw. si “agnid doa. ab ewidinoa edd wwiat ton Os vleas 3 . — teqado newol edd ad; at botos sae abiswres ts Sito" boow wi bevise) Bdaeacitto 2 baaiieaae CS air. nial , BSE) aiwed at eflegsdd .& to Me ha ‘ bh As Ciba be dg ee at ASPEN VEE | espe, tonol Yigtawa, batiodale ead: lise) ie edz to tae itt Roi tos ) odd 39 aged? bewgluyoe @daenp020 aysilod BueLisY Yd. detergz0sh: a. foie pAESE gtd) atin j lwey of? 3 kegs oid x psd, bhebane bites Nea o. ie? +408 ono sayng, odd, hte. bedtow’ Keds. stew aiia floey ak OLA IgE odes] ag aanorare) ‘ Bc. hewte neve bas yreoe 1 ¥d somadeyed beds 19095 ‘goats ob Io0 ofed ie “Asu0e “OAS Bi mwy ii to onilagon ody eal (Yt908 td tw 2uiqoass He bie gud, se | saa am lethedss® Ot to alwis: ebia 34 a TS aah ; _ MeRova yes ‘ npan le aman): ore geldaaxs Di iosa: volte. bet i tedn cy: aid fi baa. supaniie toh E aeuosayed dasbieq-to- bait seijoms idoxuedosd Je -dosedd ' Bt tine! 2: ~oldio® oisd ai bos emtedaegg® ‘$6 enbiodie® 2. te: doswi? alg. at baw peelqaos ofat. basigad Si belinotans1 Yi ls toog x6 etew gods ait ts dowdd” is ag! yolbnodsersco .a2 luev Lalaomante Sidgoo east al a3 Lug. Jeebne g , abrid dnore Pith tedd oa Botodayed wehid@ia’ us bederooab nero eign “od, ‘40. a2 Liis'v- diods Lo visimes: og irk: -aydt * mss) osm, oe > ReAGIB. . D's to #iiaaxe evijsuijent bas oust s WiiJangye8. spon Libis 1 Je iets © O18, cenatayod legs foudsq: dato} sonsae hensil ai beduouxe viert ins. iiguy "oe Sie sahined ‘eaght an Any boooee « to seupiey Gk .860t9e01 Jacbave, a5 by is) re penaaby $13, 1 taal adh wae ‘Mo goon tmwe etaemsinto ere aces axktg BRE al ae _ sebsed a ‘fegds yd bas PGouse at ateiiex belitesg el. Ne 2 He ae sic bi iua¥ Ie toeagax? Didto0 ete to soactayed = f 2 wa eyes ig dacaxc'so oid zob evel to. aonolayys, to Meljowasanos Dr [at agera3eh * a9'tiu pet dotdw .St2.g2% nt weld ert al ws ABT yao, Cigv ear Yo ebom bas yadix to Baoissétio. yAgelenonth ih@istptb Adiw fiir ,aeagia | ee ae : _ ME sett. agit ni ‘awoda. uae tpowyedii ¢lnenmes feo agit dats > beaas od deus aiodaysid oft jatlosweadls: d3u128900 yitoetic Ro) bi fs OOS atl OSE 4 snag) d-# eeutt besjob ‘aaa aiden bad: esis atuet 0: gabe aan o8 REDTENBACHER'S MEDIAEVAL ARCHITECTURE, | not produce e proper effect. Cnly in the 1¢th century were the keystones ctrorely treated to produce a suitable effect at a ccnsideraile height. The keystone was not always carved before setting, partiy for lack of time, ertly to not injure the sculpture in settings it was then perfcrated and crnaments carved in wood were afterwards atteched, as in the lower chapel Le 3 cf 8. Crepelle in Paris (1240, Vel-Duc, IITI-=¢€), Keystones in Perfected Gothic. The perfected Gothic preferred to treat the keystone as 2 circle with a section like that of the riks, while the disk-like sunxen lower surface was decorated ty various foliage ornaments, sculptured figures or heraldic shields, and suspended from the epex of the vault ribs (Fig. 111); short endings of vault rils were then worked on the keystone(beit. Taf. 2, Figs. 28, 29, 20), Keystones in Late Gcthic. Late Gothic often decorated keystones by trecery and even shaped then like suspendec canopies of tracery, lixe the keystone of a chepel in the south- ern side aisle of the Cathedrel at Mentz. Pendant Keystones. Pendant keystones, which drops much below the vault, already occur in Lats Romanesque and in the transition style, interesting examPles are Tound in the Temtlears' Church at Bacharach: enother kind of pendant keystcnes is found in the Church of & Katherine at Cppenhein, and in Late Gothic in the Church et Pirna; they were especially transformed in Sngland into complete pendant vaults. In Late Gothic ornamental vaults, corresPonding points were often decorated Ly similar keystones, so that different kinds of key- stones came into use. Thus in the teautiful choir vaults of the Monastery at Prdll near Regensiurg, 2 rare and instructive examPle of » Gothic net . veult entirely executed in Renaissance forms, principal keystcnes are treat— ed es pendant rosettes, keystones of a second rank as lions' heads, and the chird rank ere crnaments. Surfaces of compartments are adorned by delicate- ly profiled reliefs in stucco and by angel's heads. Keystones of Late Gothic Crnamental Vaults. Construction of keystones of late Gothic ornamental vaults may either be very complex, as in the Plen in Fig. 112, which requires § difterent key- stones, all with different dimensions, directions of rits, and mode of jund- ticn, Kibs most commonly intersect as shown in Bigs. 112, 114, so that to correetiy construct the vaults, the keystone must be eased off according to dotted lines a b (Ungew. p+ 160, Fig, 209 a), txtrados of Vault Ribs and Keystones. In regard te the treatment of extrados of vault ribs and of keystones, an upper rebate on the rits is sometimes used as an abutment for the compart™ aaa avvmnengnege es Bey it) eusloua & aa you ef bauer ere eines | ‘elds. ai ce out av Seton {SEE Ai) effesmesta as 2 its lonneds adia oft to adittot, died old WO .aoddag ‘aoxt bedisant ac (Dee. att ce beat heaton iiw mun bun” Woled gnifionsad .duo yl leo re et rar aber _Benose yoo fuodita dotad Yo aura — ec to een atta wi ‘tt te idescdy a ae tdowrsaacn dogsd cxode, ed lesv 107 ieee eo: ge edd to” eilusy wliso edd ai audy (DOIILNG wis semosayod , doin we ink te bedgxs-bawet sao , (O48E guode) ybowffo at bas feat az ywdleb > stro ‘ense ‘edd Adiw dia badsanl edd bas” ‘Asi tags wedni ont Aguogdd abae? aka aA2 Yo noisoveneini eid ve avitiveo ad? :dit saxtt ods dantegs etud 1 ak baionot dows budniod to bauer siqaie oAT 4g dtom Adin bel lit sated eccamaiaia ciao emotaye be tS 19008 yng duos iw wudoetiders Laveai mehotd vhus vids i 8o itueY to svgoqal Yo n10% ah Bodota setevader! fas feaibutixnod iiiw ettue’ beddi2 iad thin asnemsuds 10 #xD0l 4 sa oqnid “YO Jnondesid bat. fo anolag{ono? | a4 & Atiw woo 'Sidupa 6 oauecs -AOMetebianoo teint wikwotlot ed? yi be - y wo} Tedd Etiw aads iCOrt 32%) apis RE By6d wot Yo guijatango a4 lu: @ wor ua a ‘godous fenibusixnot one ys 6 eodoxw gervadsis owt no tes ie nies ‘bag eoiowd 1d 0 ser o'ss ftw digte bas .o oO adit gntisvatedai to. ; | fe (0 Filet” Tiew wot os wh Hort Lortaes 8 oF ae lung wdd To Jagiow eft ‘sis bs if ai to Sued ‘Janel oid dtegiua d oi Aeron fie “.8 ewig visas aot. “83 omg ol bas eBiuvanes? old bas ot eed vig ia doce , Sint. gai iwed dose beol ha bis gnibeok isdidsey 3 asigas ta 48 \ tT Jroqque dose eedone fenisus ) Hed wot io eacdd wis 0 2 JukOg sa .o2taw- adneedsageo2 tied ows i cvsepebaine tia adgte 96 Poa) aed Gia etsies . bow atten 1 BAoiJs “49% boots wd oe enatriegesd. pane ede 3 ateis ain Git) eytte i | iain ba @ehors v@tevane'st biws lemiouscgnoL te boa edit io ,éecegs Dew | od aeton aisa bam Liew, .edis thiw dede edie ode 40d nodes of elitexr: aia 1 evely lexsaso- base , lew algae bat .o 4 (8, O82 3éT ink ab. ba. eee ‘ehert sae’ ed at ete adis eas) Gf- (0 .d 46 iso. id iL wot edd eies |, | toda t 3 Sym @tlupet dus wosge dows Yquosd eyeig seed? 2 tuodai edd evode by veel me edt modd gihvig qd beltilquia eg yun yosT “snags B40 Ameteuo xk ig sekg leapmec odd Vos pilingiess Xd bas. Maw iit wott d(dlewog agitos)ox4 ”- aes seit 9 sense to mottoyber Leubuty yd avd?” .agiJawe elitvang gasps , 26 wdtiw w$ix baw ones tien io ot teatduos to noivoniy,. 24 ae homisddo @98 maidovs to amist. iyatega tieds Yo. - ah “last ead Tisw-ei? .aueioun eff amon taedved.:o (4 .o TS). vob Moe nn, eds bas ety, flew gattoobora date t ts ae ofe' REDTENBACHER'S MBSTALVAL ARCAITACTUrG, ments, carried around the keystone as a nuoleus (Figs. 116, 11¢). Cn the ribs at Altenzelle (Fig. eye grocves Lc ore cut in this retate to receive an inserted iron anchor. Cn the Lutt joints of the riks channels d are us- ually cut, brenching Lelow, and filled with melted lead (Fig. 11€). Ribs of brick without Keystones. | For vaults where trick construction is necessary, if the rits are also of trick, keystones are omitted; thus in the cellar vaults of the abbey at id- delburg in Zealand in Holland, (about 1250), one round-arched diagonal ex- tends through the intersection and the second rik with the same Profile a buts against the first rit; the cavities at the intersection of the two rits being filled with mortar- The simple round or Pointed arch remaing in med- iseval architecture without any deccrated keystone; only excePtionally is this rule broken. 48, Form of Imposts of Vaults on Plan. Ritbed Vaults with Longitudinal and Transverse Arches. Conclusions on the treatment of impost tlockxs or atutments will Le reach- ed Ly the following Lrief consideration-:. assume » square room with groin veults consisting of four tays in plan (Fig. 119); then will the four vaults rest on two transverse arches a a, two longitudinal arches t kt, four Pairs ot intersecting rits ¢ c, and eight walt arches C b, arches and ribs trens- mit the weight of the vaults to a central Pier 4, to four wall piers C, end to four angle piers 6. well arches C 6 suPport the least Fart of the totai load, each tearing BFA%, esch ril carries WS, and the transverse and lonzi- tudinal arches each support 1/ €. at angles 5, verticai loading and thrust of two half compartments unite, at point s © are those of four half ccmpart- ments, and et centre 4 1S vertical Icading at eight half comPartments. Piers C ere therefore made helf as large as central pier aA, and twice as large as angle Piers 5; the same FroPortions to Le emPloyed for ssetions of wall arches, of ribs, and of longitudinal and transverse arches. If a square Profile te taken for the ribs, then will iibs, wall and main arches ke form ed as in Fig-. 120 a, bk, c, and angle, wall, and central piers naturally take the form in Fig. 1£1 a, bL, c, in case ribs are te te entirely separat- ed above the imPosts. These piers ccocupy much spaces and reguire much labor in cutting the stcene.. They aay te simplified Ly giving them the smallest projection possibile from the wall, and by assigning to the central pier the least possitle section. Thus ly gradual reduction of nasses of piers, Ly junetion or combination of main arches and rits with a corresponding increese of their spans, ferms of secticn are obtained ss indicated Ly shading in Figs. 131 a, b, c, darkest nearer the nucleus. The wall arches finally disappear, with Projecting wall piers, and the central pier is deduced te a square. The We | ‘ Ya oy ae Ca wi : ‘ ; we, ee sit : i are arta fe. a ane Pros} ’ f es . vike at nohe ” sai PN & a eishian baleoak to ne kdowg aad? - aie eibbia. ylunp, dion) ‘etaods i. bas, pieig 36 daeudeerxd odd ab dneageter asthe do be . < it, “te, Mesoqae » ‘Youaelg budeiniwdbvy iT» ORAIOO ated / agawmoll oF ab 408. aotgs to hotsoustanoo $OF. del gu ode eid dein a | ho “Isoiaciooy Sadat ppt tsnte ans Dae vaelyje' nt gases 12. r a : ¥ 1 cr yi Vea bra) af aes wothae® Ae" Se aptoah eapeyemet ere Methestanod aaibe 3 tun bossa? 20: aay eve tex om bas bev ting od esdodn: fenioust gaol tie wa byvensas 1 } aetbodag . cals bas: ‘steda to andidtios od aeongy Cini ‘ga iwedit toad 3: aiao aint geteya” ‘LstudourJa, saigne-edd” detdyet’ Oe yalrigue . po hddou < kuev ta asoggei aedit beyoliny ela besser. gi. ot iow: edt 1 @e4oMm Kise Bovey & C980. 2) nedgivega! canoianenibh ta6ileua 643. ov bobubor @5 09 wud nek q” ae - ee ‘Sg le. ‘salad Je VIedaenoll ods al déhiby dose 26 eo l4nexe - ee reat edd’ to Lick end ai codprie: aise dain brs Jia Iuodsiw etigay pars B; "ad doa ud yw edi, aod: dedd syodnsvbs wid width oid? atu d 1a ony {ant a aii weodat ode gott Jao bs Dhow 199 od dedy r : ; es yy idautay teal a> be sotiadivaa 8 Mea 5h edgy. mgt vldmexy ee pe lewis inn Vhadsy i i iw aotddor ti (Quis. olsbee ot. fastiaty of! geeberg oF aviorw “ntoa ‘gine: qaids imag’ peerenens Wak dbs duals te. 23 logy x9 A i @ feon eat ‘welds each festa aor S200 elo. ietiver to segs tive woled Aah Saar ty salad ebdd Ae heded ar Bviuey Lo. aolioetsenco sities wied cel ; ws 1) : "iokse vy (S ha sdoold hogs 5h, icy pbibibhir's ia eeebeit: ‘ge Lod OO Le ini adeodwé ood? B 2 omaat ‘at en ne 7 f iv Pe |) te to ones eds to- aedow ‘botntog BIA tanzot aif 1 yoauey mised ai wood io ‘bison ‘ae fenaut ‘tegogy log & e: Os oe: +S! eid: “gat Ogi ab a. ee hd m=) } - m4 ok i» 4 ne ue is me ri " a 4 * J eu P bifoa a 4 : . ot; s ay 7 ao ie 7" x & ‘ , ‘ * 2) ang Lats re nny ale peta pee ey ues al: Fos pees Aat be Bava yap to aed ote i, 9 er Pe | ; é We, a f) f } we oat att) al wae, adsoqus ods patti lias to ‘oben’ ‘bateee & adit ofa: | - LenogadtbRio. bawo adem ed You tels bergoos ety bow awe loo” B Rian bie: Une Adds abaes, On) leiwgiPderd deur, ov. ieintveneg bao, oy 1g od 491 Aneme ye a! ak’ tots Esau to bagod odd ee sar: neg yenitiea ie toes eee oasie ret Sh eet on. pie adty odd te. dood edete | ta whgnds a te aombtouds at gates. - shy stem 39 > Fie | cal NoEOe aio Sond Sago" at danse £33 i Roi T tu GaCHER'S MablasVAL AhChITeCTURR, ribs and main arches then sPring from the wall at a height akove the impost, and only receive their full profiles at some height above their junction with the wall. This proklem cf voulting contains in a nutsheil the general course of de- velopment in the treatment of piers and imPosts from early middle ages to Late Cothiec. The undiminished Plan of imposts of ribs and cf their sufports, with little theught for construction of space, corresponds to Romanesque end transition styles, and the simPlified ccmkLinations, economical of space, teu Gothice. Ritbed Vaults without Longitudinal and Transverse Arches. If transverse end longitudinel arches be owitted and are rePlaced by sid- vle ribs, a second aode of simPlifying the imposts results (Fig. 122 a, b, c), which likewise influences the sections of piers and also embodies the Sothic, espiring to lighten the entire structural system. This omission cf ueain arches cf the vaults is especially emPloyed when imPests of vault and ier are to be reduced to the smallest dimensions; Ungewitter (P. 128) gives axemPles of such vaults in the Monastery at kaina; also in hexaPartite groin yaults without rits and with main arches in the hail of the Rémer in Frank- furt. This has the edventege that three rits may be set on a single wall eoluan, and the Gentral pier may be méde round orkdtagonal. ‘all arches may then te cerbelled out from the imPost. Ungewitter (p. 182) pives such en example, troa the Church at, Pmmenheusens, Groin Vaults without cibvs The greatest Possitle sinf Britis ation Will] result from returning to ¥roin vaultS without ribs in po peti permitting cnly main arches to project below surfecee of vaults; bete Gothic nas cften done this. The most complex Lete Gothic construction er vaults is Lesed on this simPle princiPle. 4?, Impost flocks in Slevation. The forms of these imbosts in elevation may likewise Le referred to a few eround Principles, we first distinguish two cases, Loth wall and main arches ving round, or the former are pointed arches of the same er of different redius, then thut cf the round diagonal arch. In arrangement I of the ground ig He: al plan, Figs-. lel ae, bt, ¢, a polygcnal funnel fora would occur in Loth cases: et the teet of the ribs and behind thes (Fig. 122), whieh could scarcely te cuilt excefL in horizontal courses; to neke this imPcst a firm support and tc lessen the span of the vault and its thrust, the imFost is made a sclid bleck (Fig. 124), against which are set the rib imPcst blocks, the imPost being in sometimes cf a single stone, if in sccordance with the reduced ar- rangements II, TII, IV, of Fig. 1¢1 a, t, c, rits and main or wall arches start in ty ae torn (Fig. 125), It wall cr main arches and diagonal (Py ee ex q va - » OS ON it) } if . hg Si@ Ea ie we ay” ioe ais alae oo vane Peet Laan ete cay } bey ey Dea ee als Miah ; yy ee (83 ofid SSE png Fal baad ibe test rib sad aude \bawor ex svtow | ot pid ng "sy 'S ,9 f dedyms togty ode dotdn gs ad, baw *d asnto4 1 ee tigtod eke ig ge Het Lbie ye vvods Sivey eit to axes wits toes | ” gndot, deat OAD creed Te, wb O ds as qddio tu od: nods ‘Vea elaioe #8 + ak ood 10 aang, Be BS blvaw akoold gaotar: ‘niotd Bis adh ond massed debit eos 10 dowm oot sven ‘Biiwon Daw (O82 O32. 2yt7) sood~nsne sivity ig | eodonm: ev Sh, $38 ag ih. nh aottl betta ei yt bewepibad ab mend: igi ny “a ‘oy dd guored. od, ga ifs. or atntoy os dona ay a , tr adtGab* JnateTiio eveit E hey smpa’ ois to avo Siow bus atom botniod: ut “av iuev al + btibied: ‘a8 Liew eb borsedigas te i fuok tt ib ehts .2iit ig io io cade e142 lo’ Jedd, on kines: fsupe tim beduiog {ls etew avdow while das Lenetys ad eimdld atiaev af : to taws 40 gobeT- ata besatoy ‘$> bago's sgn tinoo dotdw eeadd of yidewl Diss Si ca ade ebive. ov yitenti bate Liye we bite. nbne (rete? add at Laweu:as- Vie ‘ies is qagist ads. Lo adnin;, eas beiteisaad BALLON afenoo’ cad to mex hg oe [ sue “ton ob, atntos, id nedw ying emob ed aco aidg tad (ketor byes suo w eee wig + Ns Ar 4 w9 Labs ‘gd Joi. BR. £8 ‘fe Knitabat, hed na ddoas tbat ends a oe ius. We: sits ILiw vonoteTtii « oer gee hi ga ,fod ab yey ‘hi ,wedots- lemoge th ‘bis bis: aot sed s#O4ui et RTOS. yliaven sano 6 ,asigae foupe Jo wig Tossaed: So kolyie 4. ” ats O55 geemoogi doold juo eis 1h > ative thodo af bas o §iaey Aketa sao! ome bas andautsqe nown ted bedsiemak ote sdnidi, [egnoazro% eiO AO wt Pros. ast - ait, gi aa eiiwsg ott eset noitoubas jo poddes "EL. oAT » .ataici, » Atod-a], - ~atabtovete ak weet ei towg: oJ Lup ‘ it pi ‘sgt® 46 Xt ah 1 ia afetigs Yi. ‘hove lgud od 10 tou! wiht Os bao ine ysai ‘awwig wateo ne bie : Gs = see ‘gad. ot. lagen EIR99, wigs a8 ‘Luge Joe's. we edd: oa pres mit al od ae a ie moped: lad | rst" tT to vi: wohl, ab binaw adit fw.isgsth ois jot .yit «asthe waa. Ataia, ‘byte ‘Lfew to ae frogs, de ads evae” wanited sage Je 09s a wed y a Te a7) -exttowm: Lefowmuve an medio iave soeetedas aa — aati jaoduh odd 7 jaeagolsvet aid AST. et to VT od Sais EAs me 28 a8 @ligeso4d 30, al gai sort stide- dae Lise. gid usd deus gi Holidvels: | tke «hq, isadiwo ats ‘to, etpegué: ‘exade | stited yaor és dots de JaeBgrs ai 2. BAB. align . any ai. nol iasteneay | sieds evous ‘daigted. gues s% Lf Bises ald iowa tw sng. ay >. ‘gion? evads. ssgiet. anlhoa - die. dia, Aesoge ib ake goes Tati Sey ghd: baw eluent aide alia fiegade qa ed ‘ot a} Some lo geosooe it ned? dosseb pha. docdoas ware vedo se - bam. dgasies ignal. " beaaeR ed. ans omots eed Liaw: gaetq wtsups 6 vvods . dondneis, “odd da pededte $6400 $s ae gevles pe to: aol que. ody waittea blvg adit & pgeio Gas iesqtetiy (lerisae hivow gh: babivib_soo, 6 goubotg binow gid? : ato Swede eft evode dgit. BIOL en hese wgi?) piluey siorg tinge’ aigt yd perevoo kaw. tetq. ferdaed ainuee- Bes. 0 F ent ai cham J38 prsan mas orem alten wit, ol ag gidteogge © 4 . RSs oy ‘4 ps eS REOTENSACHER'S MEDI a&ValL ARCHITECTURE, arches are round, thus having different radii, then in Figs. 12° and ic? the Points &' and b, at which the uPper angles t c, b' c' of the arches inter- sect the corners of the vault above a, wild fall at ditferent heights. Joints may then be cut cither as at b dor k' d', i.e., the first joint Letween the rits ond their imPost blocxs would be too snert or too long on their skew-back (Figs. 128, 129) and would have toc much or too little Learn ing; then es indicated Ly the dotted lines in Figs, 12¢¢, 167, the arches nus have different debths if the skewrback joints are all to be Lrought to the Same height. In vaults with Pointed mein end weil arches of the same radius as that of the semicircular rits, this difficulty dissePreered, as well as in vetuitse where diagonal and side arches were all pOinted with egual redii, and lastly in these which comkine round or pointed witn Tudor or oval ereh- és, os usuel in the Netheriands and in inglend. Finally, te evade the dif- ficultice of the constructicne mentioned, the joints cf the larger arch are cut horizontal; Lut this can be done cnly when the joints de not cut the erch = ae ab 2a tec acute apy « difference will further arise in the intersection and jointing at inpost Letween side and diagonal arches, if they de net, as in Fig. 120, weet od angles or central pier at equal angles, a case usuelly occurring in ot long grein vaults and in choir vaults. If the cut bLlock tecomes too large, che or nore herizontel joints are insefted between springing end skew-back jeints. The II mekbed cf reducticn treats the parts es in Figs. 126 te 122; Ho, Lil of Fig. 121 is of quite peculiar form in elevation. In toth cases, wall and corner piers way extend te the flocr or te repleced Ly corbels, as eb ¢@ in Fig, le, so that the rectangular angie continues to the spring- ing. Yet the dieseoual ribs would in No, Iv of Fig. 121 only tecoms sebaii- ate at scme height stove the skew-lacas of wal] and sigin arches, and then intersect each other us segmental arches (Fig. 180), In arrengement Sc. IV of Fig. 1¢3, the development ci the imPest block in sievation is such, that the wall arch starts from angie of the walls as a Segmental arch at some heiyht above imposts of the central pier, then inter- cis it of some heighv above their penetration in the walls, and Tinally intersects the diagonal rik at some height above their cwn intersection, If economy of spece is to be consistent with this Principle, and the ex- treme can be assumed, longitudinal and transverse arches would detach thed- Selves vs circular arches at the sxew-back above a squere pier, wall arches would entirely aisaPpeer, and diagonal ribs would strike the angles of the roc¢m high above the skew backs. This would produce s room divided Ly a square central pier and ecvered by four regular groin vaults (Fig. 182), appearing ss if its walls were afterwards set Lack te the lines Pan epee ee aS HOA CTSA a ae viet Satie. od Divow Jootte | eehiteaes | a town aa Geter Oy aerate hs ai sicharanetee etme ti gees ‘SMasw,- 6 ¥ tadhonaee: band eerste enka ici vets soe ah a save ‘peoubers ‘Uenot santiieae ater ‘en: “pag ail to Wot Y aove.> ‘yodt 19 ,(o 19h ptt) nebg/ wade to: etiaeo Sty Yltw9A Siow dobowy. ” ne a ‘apie Istresshio al ewagt. sedofa ‘to aod json ai goin - $b moat, Inad,- : 3 eg: | ; re) “ano iioostedni gahmoqge xvi guoo daon cits ae live: “Tetige dtiw: en oAd, are eon bre el tibarty = eid baie ate eadde. tud Yekools seoaut ott eva iM Ri’ Saneqae youl’ Hedd Hadsours yabes “: ee od ane! ot yon bas’ eur © es bebteyet ‘ed of Vigo ai “fools faokini OF or PEN Dg 9m yore ae gt Jernlegs. Joie you: gare tats adly tivew idove ee betserd® “Ne | gi) fedtod' 6s oftt doold sooqmi ‘edd’ to notiento tents. eid? eoilowe , | woolq ed os ‘wuitinawt wile’ aa-dtod ameo wor hk Roan Bou ktowoa wh : ‘teow & te sdgied BAZ, ov! ou eyseast dd tw wists tonabiis ‘Lice ot, i i é ‘odd, wold Ladt09 8:10 288 ‘\phanouper? wis adin. voiite® ested ar” i d suoede na TL OEE- yr) dia Wh paotioes . is Hite oonsbrogie ‘al: ying | a ond $8 edit to enoijooa yi? OL Let: $a Gin aehy ebh (Ledieg std of aloes S. noksosi sia bet longs ‘itedy, avisoot oe is Yoo es oe dis teyes “gay BY i ‘wapqaua: ‘oq odd Bb 107 ts opands vit ot snot de: add ex rede tuo: Sak OBE att) etewidaatlte! : $8. ‘okt, te dbinakenhs gh ead Snieee 7 A Oo hate NE shaky ak Jjigbace en. itser, wart a), abo 6 thon ‘gokaga ov'ia Ye slitt we, : to adoxde oa 3 » beds bay. ‘of We S-wlyoo ferkqvo to: iedieo.s bye? ‘ 0” i, tte oe adit edd Ye eittoty. oad wellot< ton sot fods00; soto jxe of SOGOT7, th $2>.sa0ggt oy ge? haan log: wow é at onkiaos adle ; fai Sadtay ia dotiosazecnt’ adé Oe “Giagefoua sbtomt12 6) as @aouds | Lsdivt, fle foo ges, 1 inte. e8ys), bb iat! Pitta bersv6t! {oua thomeniarae he. sid08 vn ravens Lancer toy. ghd: ‘givisdo't cals’ aviq’ betiawo oid Be chee ; a sheen, otal, eld gi ‘wae ‘Ak wstow geeuobde ema &. as : pare OS weak ga xeviiod- 8 seoqal to tiomgeerl > 8). rl | bipadouters g! $6 “eHow ‘wise bay edéx iidgnoras: a “ahd te tg O Of ye Sis J8 Be. te iewinit daoa. sibegas ce ae jocidlingy | pas 3 dis Yo it Sivaeo ‘ond ee Aedoy oes net wid “ae e1eKps thd: 10 Bake: bi ue work, dabiy “utetty. Pas. zo8hor4, nedd gokore nin dud :(38! ight): sadows”” bas . tens bd hla etd ate ale gars: & wigs AB ablen ‘19 gets! / : Bet as: basic wi iegree * Be pasha Agal ‘tetg” €; mi | : ae bib, aye +3 ‘aaa ras fore on aoe 4 * bin cas ane sy me Mow , 8 ae < ars v Matsa na + ‘: “Yo « 4 Ae Pa) - . RY AE, LK es } ; ooh “h ba, Whe Ean ; he ore) RECITENDACHER'S M&bIasValL ARCHITECTURE, effect would be guite ugly, and in Late Gothic the inkost blocks were simfli- fied as much as possible, to cktain the greetest extension of space ty a cou bination of the notives it ae retaining the central pier in its simb- lest form, omitting ell projections from walls #nd allowing arches and voult ribs to spring directly from the walls in full semicircular or point- ed form, so that only diagonal rits assumed the segmental form, If the mest complex mediaeval imposts te examinec, they amy mostly be referred to mot- ives I tc V of Fig. 1£1 and their combinations, produced whether ribs aP;- prowch more nearly the centre of the pier (Fig. 121 «), or they ere more dis- tant from it, vith rib sections of richer forms in Are eein lt veults end those with spiral series, the most complex appearing intersections occur ett cve the imPost blocks, but these ere always simple in princiPle and wore easily executed than they appear. The imPost bicck is only to be regarded as a cortel, and may therefore te treated as such; vault rits and arches may atut against it as segmental ‘ches, This trensformation of the impost block into a corbel (Fig. 138) i tines, used in low reous, both to allow furniture to be placed agains the wall and vrot intertere with Passage up to the height of a men. La In Late Gothic, ribs are frequently set on a corbel below the impost, treat- wd in accordence with the séetions of ribs (Fig, 134), If an oe be edd- ed to the cortel, its plan might foliow the Sections cf ribs the sPring ing. Seperate ribs may elso receive their required oa he ee ty cortell- ing out abeve the abacus, if the abacus affords thea nc Support; this is found in the uPper dermitery of ALbey at Heiligenkreutz (Fig. 125), (Helferi VI-34-1), The ribs may also spring from a Point (Fig. 138) and a cortel cr capital could then be cmitted. If the abacus cf the capit~ al or ecrtel does not follow the profile of the ribs, Lut all sections cof ribs combine in 9 comtton polygon at the impost, it is proper to extend the abacus as a Srismatic nucleus up to its intersection with the ribs (Fig. i27) 8s common in Late Gothic, an errangement much favored in the middle ages and especially justifiable, if the central pier also receives the polygonal abacus, Polygonal and alse ircular abacuses were in use in the late middle ages, 48, Treatment of lupost at Convex angles. In arranging ribs and mein arches at a Projecting angle, differces are pessible; it appears aost natural that as at the angle of a cloister, the exes of the squeré on the plan are taken as the centre lines of ribs and main arches (Fig, 12€); but main arches then Project half their width from sur- faces of walls 4 6, angle «4 being taken as the intersection of all axes, and a pier with capital or a cortel is reguired to receive the arch. The pier eee 3 . ail Prony ‘ot Adbiw etiiqe ated wi b Abas pa. (RENE EIN phos off mow? eedow edd to Aydiw odd op jige het vif 2b iw eat to aerigens oie ni A aattovstyeai ae"? yf ners ay edd, 8889 doddet ni - ‘Rdit Ietoystb wt) Yo ao Syed ser sit eit a8, hones eeriore aay be santog $8040 duo ads rate od ae aed “1 ba. : hervanl won $s ade iy “a ey ‘wp tugerst io. one offer. eis valeiiged BIG {28 OW etluget bas gadovue. ‘diem edJ | | ekgu bn “xe Lgnas. bud: tow ong Op: bem wd: vom anweg owi bas ‘eletr00 $0 if ier to noltovsatedal “doaideibar® ‘hag wilsoed wits te boouboyd wees * 2 a0 LS | 57). bebi ove ed os os: ehh. hes aledaee Sletiqas ils yt rapiis.s6 nism ts, 8s lor s {lew odé an Liew: ae tinge? Bens ried: “ald Ew. apdots Sisa-eis ((Sdf ett Jo p, nol soerib ‘edd mi gatas (iwegorg. dton ada. ot? dud 48s aoxe ‘ahetté yer ° s ite ta de pene Aken pas { Lew edd Yo: ab 1 jaar’ od mort "i “a eoxs ety a 2 Pas ada: od? fooazesas: 49 ‘Aseqgee ib: lesting if ce od ite tomy oft Lhe et ile ‘to Gokdonul xelqnoo b bois ‘OL. oth, aa ae. godois $tew ee SGdoes - Alew: iatiteord* "A tetveseiotat ond. ge. to Jadiyied taugs eved sy thea onea djiw aedd: neon” {lew bre aiem piegnetth et? .olyns od} 38 lodtoy eigata (syd bedessed-os Ae “bats ean. ie. ay to Sit al ag dade bos ilies ody i Reomted od ys act att “aE hae a : . ene efbbia we ‘ ie biter oe. Ditieios. 8 ual vied indeed Boland aaeit ith. | oak adond-woia ceasohbese Io — fetta TiEb ot guib BOSS ae z fae dvorves sik ins esicsoee * proter ania ot do wisroe ant ab. ydak | iw pas Bello doses div. veviton oegtid te BAOLIG iY Limo anoy t's ¢htent bus. .- J as ead aero? Seetak waeds ,aotesvely ul 2éionsi piddod atel* te noise | th : ede netiso sedjedw cs ‘gribuveos paedgas guitesiioty st esedd sitd be Teed yee f : , 1\ s7 be wee qsido dose dia iw pode. abn ot awol Lod yagontwa gelt ro smoks isbiovwidu. gas femien” ‘etadii basmgoo 4lid dud ,seu8 elbbid | fue ody usr Ser ee ye afbbit ylwe of avacy sgl to amzo8 « aidaieeke yliowen Bein eibbia Ylics odd ai osew aeiods - py aie I hoping bexia ab Bow edd yi Sitegoe te gbGu jaro ytie wild qolos ty wT. o cop eoased deouss sarah aanathe” BHF gestuouxe ys Moses igames eAose | : shoes ai wal ons. was . +? bu dsaers. Sgt h Ae } : o Bod wey aapots epeul ‘at ‘aovhey evidexobeb alinie - \enggs gus at ee. Did ith | djie «{ieaagoed “age at srpacnkion ae eu dow fo AAGKIOGS te 2at0T Yue ws i « lie: b edd bth yaks iaontcd Jn temo. 199 , Otek. abs dls susupe ely aioiggend oF. j yey | ol Javtoia os Ji wot ls ot: 4o fh te gOh Jou tensa lwo Ebdon 203, | effuiu 6 Bi a {}sedue panag . gas teat at Py ywe ov paid? “iY i | pai ti. sack beblvox. “gt ores bas notices at 9 Listes 2904 avrtd s(SbE gi) 8 unmet beniiont eign ia 6 ag rail) ie pdtgabige odd ovo <3! yee eld fo dvbsa old Se” ykta duos Bod Pers ee gtow ayniblvoe iV) (our qwode) bone IT. std dna itaoe ge dod vdecat es “ORE “josde pede de ‘pon aad? oO edowie ot? at gate bf std a6 bebbs aOR wot Leacki games *eiiwike. yas 10, (hE ig oh at bas — de doivd? oF uh Gaus feds ohtl «yi is nasil: teen phdsidasgisiot te wos CJ ~a i RECTENG aCKER'G MEDIAEVAL ARCHITECTURE, ier fcorus, is that arrangement of vaults, where instead of springing from © cOuron point in the surface cf the wall, the rils stert from three Points, intersect ing each other at some height above the springings. (Figs. 144, 142), The ckligue view cf the interpenetration of the rits is as in Fig, 1#4; this is a simPle gecactrical construction, Lut really eppears compliceted, it rich sections of ribs affords oppurtunity tor peculiar interpenetrations of its cifferent members. Similer problemas were not too hard tor the stone-cutter to execute, and complexity in afPearance based on a simPle princiPle direct- ly interested hia, end enticed the Late Gothic master into such fancies. an interesting specimen of intersections of rits abcve impost is given Ly U Unge- witter (p. 121) from the Catholic Church and the Church of 5, Mary et biar- é; another is added from Regensburg in my 5eitrdge (Taf, £0, Figs. 12), Inpests tor Piers set Viagonally. wther idea of Late Gothic in treating imPosts of vaults is Lased on Plers set diagcnelly opposite, whose surfaces and angles could te intex- sected Ly rits and sections of the wain arches without capitals; if ribs and srches were richly Profiled as weil es the piers, very fully developed interpenetrations of sécticns were formed on the inPost tlocks. Intersec- ticns ot flat surfaces, hollows, rounds, ete., with each other was no rarity in the early middle ages, but only occurred where natural and unavoidatle; cut Late Gothic sought to produce such interPenetreticns of forms to produce original, though nct always testeful effects, 50, Forms of Inposts in sarly Middle AD eS, Inpost Stones were in the eariy middle ages usually charscterized Ly their torn or color; the simplest uode of accenting them was in mixed brick and siche construetion, ty executing the keystones and imPost stones in cut Stone, eenking remainder of the arches in trick.. in cut stone, sixPle decorative motives for impost Llocks resulted because in wany forms of sections of arches in Romanesque it was necessary, either to transiorm the square aLacus inte coctaonel, not harmonizing with the style st all, or to allew it tc project so tar, that the angles of the capital had frothing te support (Fig, 145) and Locame superfluous) the first voussoir was then rectangular in section end assumed its moulded form at some height a- Love the springing, either on a simple inclined plane a b> (Fig. 142), mouldings were returned horizontally et the sides of the arch (Fig. 147), as in the Church at Montreal in France, (atout 1200) (V-l-buc, VIII-439) , zlso in the Church of 5. Theodor et bawterg abcut 1200 (Beit. Taf, 54-Pig. 1); or any similar transitional form was added at the lower end of the mould- ing, like that found in the Church at Montreal and in the cloister of the ALLey at Heiligenkreut2 near Vienna about 1249 (Fig, 148) (beit. Tat, 64- rise ve? ; 4 yey gd laa | OTN SR Ja ¥ stan St aaHOncuETUaA are aaa, or ake bench be Ianouylog ‘uosds ods obsa pitted gawd od? (2 ai hodtino. 90% ef te si ebem eidvod giod tf aoxt ylyserib: gage od ean _ at Wdit Giivend ‘Wladitye ioe ots: Yo Wobteea ody Xhetisas fetiqsa edd Ndaek - tol el wove acd add ol sob baundsnco Gew'xo .1eig to Liaw ete Badel gre rea” Issueagats nenose weotst eins aeaidynes sida? at a SE ATH y aevis SUIee ims VET | ‘Mavinis aave ts beet auvee t ys mea 3 gn ACLU e05) sedorwic dongs goxt axqols Jaodat fous to belya ¢ (x ie “a decironlataved odd work hvac a aoe F © Bette: all 4) id aka bovomes: baa oF tuttodes , alte ro" Bs dodbiaelal ie ale itl il fee tehe ‘edd Aislin to avd ors. ‘ite a’ bad edit 16. slide dee” ‘ods beatos a8 etoled abans xe * 10: dl oat sat) viaharhee t oon sod aban i) neti iar py bodeedlaband tisaeufeel pres Hsin! Ch ius | gat ie ined niga to hanna one gus Reieaxd hbheede £0: Beioopiagi ich to 4810 Saltese Sathdiiwant to ae ines fs dared F sisted: ine on tera N. os on ‘yodGedy add das arned” 4° 3s dofudii? yoddh: oad at ‘ews eases ap lvans sop to soi vemsoieibas pevi line ant ae ew ORT insect ak 907y5 yews, Liew. ah od ‘Nat agi? aie i alee to ‘bit hy an" she [e107 edt eb tw as ‘Atsit ast abel ote: gud ‘Bode xe’ wisn edd Adiw agé gidaoo abatios, ‘ge Cisse yd . be Jaen? Yid toons @ 408 | "bad ed te ais yet v4 ni tet. ye bas: 88. agit ad as abeed@L fsut * ‘Le Jnemedt2 ys ‘this’ jawol Low i re geod! to. ‘‘dobasttebat ots aston ffipweto' ‘eholioes ait ‘lagodb Qi om eas aolioee ‘to. evisou ond atu te ened ettot toad lusy ‘gid ol. seedow . aedoas. ‘tind igudor ‘a8 ‘teow ap esky St ‘shee ‘oftd” at ‘6 “OAR 3 age vt ‘dois oe yaadots - ‘debe 6 notssea béodbet ‘edt Wade: subi ‘dogilw ‘edda: ‘Tied els ‘ “Waid tensa: SYoa tied” sail ie ‘stedg ‘eat to" Ae ide Lando: ang *lttoad at Serr, natts: booubdoitng Sto" ‘adit to pas, agicite * ‘tina’ to atiaitosd ‘to ato} i Bh iopytornadl wae ae ifowe ALi at), atone’ - er batt 8 to tlosto wid iy “ad Asi ion 16 wt 4c ab ‘dadogs, nick peaetercid bavlae ‘biuo beet ae Reais bia * “ebAiton Gigs SAD sy pth alte Boing. Joon ‘en todd ‘od (e Bopd Laon ‘ghetitie: ‘ddomle : gilt teary, fd G08-12F beiet bent bbw te 09 eee, teatraistiat¥ ‘ oh CWoh et om “ aa ee < eh bats ees re ie ‘e % i re Sh % whi ike i \ a ar + » mg pas 2 st We REDTENBACHSR'S MEDIAEVAL ARCHITECTURE. | } Fiz, €), The best Gothic made the ebacus polygonal and allowed the mould- ings to spring directly from it; Late Gothic made it similar, or omitted the capital entirely, the section of the arch springing directly from the weil or pier, or was continued down to the base atove the floor, Garly Gothic ecmetimes made imPost stones crnamental masterpieces, end aderned them ty leaves, heads, or éven statues. Violet-le-luc gives (VIIE-442 6, s) a series cf such imPost tlocks from French churches (See IV-149), and Ungewitter (P. 121) cites a similar example from the Stifts Church at net- ter. The motive merely results from an impost stone (Fig.: 149) having the Plan dimensions e tf g h and the height f b, that insteed cf working out the mouldings alone, foliage ornament or even a figure is cut cut of the Nes to be remcved. 51, Profiles cf Ribs:: To lighten to the utmost the entire structural system, the Gothic trans- tormed the sections of rits end main arches of vaults, the angles being re- placed ty rounds between hollows (Fig. 150 a), or by rounds before a reet~ angular nucleus (t), later changed into ogees, to indicate their course al~ ready in the section. Late Gothic frequently transformed rounds into ang- ular or edged members, or omitted them. but the process of reducing the- weight of the mediaeval system of construction proceeded very slowly and — sradually and Passes through a series of intermediate stePs-. Already in the Abbey Church at %. Denis and the ChaPter Hall at Vezelay akout 114C, we find the earliest transformation of rectangular sections of Romanesque arches and ribs; we find in 5 Denis sections cf main arches like Fig, 150 a, and of ribs as in Fig. 150 b. The wall arches agree in seot- ion with the main arches tut are less than half as wide. The forms at Veze- lay are softer and more sm@othly treated, Ly smaller rounds combined with hollows, and Ly ornamental nail-heads, as in Fig. 98, and by refining the wouldings.. The secvions of wall arches are indeFendent of those of main arches.. In the vaults of Notre Dame at Paris, the motive of section of erch in Fig. 180 a is the same for ribs as well as archess wall arches are like half ribs, which only show the reduced section of main arches. Shortly ofter completion of the choir of Notre Dame, scft transitional forms of secticns of main arches and of ribs were introduced after 1180 in the choir of the Abbey at Vezelay (Fig.. 181), such as occur atout 1220 on German monuments» The richer and later Gothic Preferred the roundel, al- ready found in the section of main arches in Fig, 161 b, which assumed the nost varied forms (Fig-. 152); small rounds and hollows increase in number, the former teing almost entirely replaced by the latter, as in Fig.. 152 g, Viollet-le-Duc thoroughly considered this Point in ViI-503 to 529, of his K Pan me ae rece at fet died: 8 al paren dow’ Lob seit .t0i8 Site 1 Boukst. | aie aes Solloussedos ‘to aeleye, aaa, ae aoiennetilgnéa | - apviiae ai aoideisay pitavsroni aoe ew. baa ,earw?. iewioer itor to tnendods - ald aliaw (aedots nina bens agin to yaiié tor, odd. Mk bite - attiuay ed’ to oar vacua etna. bas’ dese yinenitso gion sewoaed | Maas, agdaya isa sour, lis ees pag ish oudd Dike egdiund to anol 8. seals: ete, aha wits el adia 0. aaghios to agotaneuth yo ciasd « aa ale ou Jaua, ba. iddbow. agit tdyted: teioo1g eve dpoa. wand asad pebaoi } “be lwgexe ednwnd xaqaoo. 162 194%ue. tnetoitive baolte. of boo: ylsnetod? - \ ba alia La sens ao ‘eda Jaa adit, jonoia.: ino: “be. yews 9 ,doltal ai fae 3 Dy agen ¥ideyaas rod. vdtixoliag od anes redwomon yt iewan Agbiw acl sobud: odd. 2108 abies pei dhe Wo AWAD. g sy. aoalmiased got avi to vw TD, (olyng iad, ke wie Lines ite dain, wiape o Jndy oe. : ae snegubai ‘pas. tine y to a6 %s RX) abneteb. qed saw? diyhet.. plabew base sduked 33% ic ko wt. itis ‘gonie <8 ge gas to oi6ipe odd, io Of 74%. old, at. Yietemixzorgys ae “Pai ‘@dnems 16 4602 to idinkow . sadnandaeuog 4 0 4angenn ‘ae: guennoiss wme 8 yn te eas tot eonle .4hedeulxor 1. Re son 118 tend Oh noissaqorg ai ay é ad od gt Inglow sieds Io dwg 8 ota Ms hase agha, we adnem 219 q200 - ‘do pais iatgseines ‘to “gaokstbaeo no bexsd. ale, aie aida - ‘to ‘enotsaerts sbetoybed odiz. od oko fal jiigoxs td atts aug ‘old “po bai . ia baad, akb lind old. 3 Gagied ak: 5% ie of, paies peters angel. tei yi issaund ven eonitenos % rol | PF kiss POR RPT 3) dai Yoadluex edd ai. .0% 5 ab 96). 8 to-agege tot Agdin, bay mateat. gi, ‘pauseay ts ‘‘apdeadale ald ad, bas stad I, Linbedgs? ott Yo ey eet at) Sar Dds, 4, rar watt ag wlend) nee J adie to annttoee to acl tes ahh “aged, wor’, 3 oat Bree ah, st petans tl is Apapadie? to tewes. word 6 Fae" . rat ae dora’ 2 D £2 eseisie, recy & pis 9 it. Bit wk Bag ty lg ret te teabe 790-5. ‘bar git set ‘a -, sale, 8 te, aa. one eqn os asiweal .g mente ee Ly hi 8 2 ae. aloe, alas edd os gic ogeed 3 es a) bing “oa ow Teg ap) er ane Padua asiogdu® he. eeaed bins. glad iquc oars ramns Od bag. biel elt ‘avidost Oe P absogius eitupos BiNttiGd 10 aatet ith f “iasmloo bis trace allow 238 el sogaue ivaitany ae Ad tee: of eemsagetd Jin b aaitinesades ere weomsengig) ome, aegouts gnksogqa, 10% BIO 4que vse | latadigsd. va Sbsol. gatvigor: es AOgqUS te. abne. as i: wedge wads, giiedes aetyd crery ots ibeaassat 085d, Yd edolssoavot “od. BQ M2 Ro 1G, yabyse taag'ss esos das Re ‘a ~wbaizo? bas tows: «hael © ond naonted pend, #9 Qe. anoad @ widavadl sisi mei? wil asia baeggor: , i podgue a oe ok $90.3, Bia dat ieagoubat. Se. pion eS fod % raoniayie los, ie bas. ovigasa bas yalnd a selys exon is, bod wat diogWwe wig hy Labia’ BILE cu ‘aia pdm Lagoa ge @b .ohag. ‘ga. oh Hoqqua cifhes Da See og. els, ages bey anh’ agit s.evad Javs ” - ne ie ' ody. 204 |? ath HE anLt edd Je y 7 is EDTBNBACHBR'S MELTARVAL SRORI TECTURE | Viet. Raiss. de Tesh (Ungew. Fig, 92; beit.. Taf. £2, 64. )e Simplification of the system cf construction was always joined with enm- vichment of erchitectural forms, end we seé incressing variaticn in motives cf the vaults, and in a Prefiiing of ribs and asain arches, while the structural system itself becomes ncre concentruted and more simple. Forne of Vaults ond their Plans. | 4s a casis of dimensions cf secticns of riits is the rule, thet ilke e joaded Leam, these must have greater height than width, and must ie sut- ficiently bread to afford sufficient suPbort for compartments, executed Lrick, or rarely in cut stone; rits must support cn their tread tops ane be inflexitl.« horizontally. Depth of rib is seldom wore tlen twice its width, us susily somewhat less, so that a square with an equileteral triangle drawn on its top determines its hvight and width Height further dePends on sPan of vault and increas- es approximately in the ratic of the bhi ef the span, since with the ame thickness cf masonry of couPartments, weight cl compartments increas ce in proportion te their surtace area; approximately, since for the atu ~ of compartments over rics and earns é part cf their weight is te i egucted. Dimensions of rils ere aise « ig ased on conditions of resistance . the building material and on the vooewt ity of execution ci the riks. ‘they sometimes have unusually great diwensions, teing 1.°7 tt. in height and width fer spans of 29.4 to 4.5 ft. in the vaults of the Chenter Hall of the Cathedral at Wentz and in the Sonastery at arnsturg CHaig. Jeo ie ie series of sections. of ribs ab same scele as Figs, 181 and 162 a piven in Fis, 164 » from tower of Cathedral at | el ae Pig. 154 b from Cath- edral at Wetzler, and in Fig, 1°4 ¢ end d from cloister ct 5, Smeran at Fes- snsiurg. The last three are not drawn to yeale. Ths rib Pigs, 124 b ecor- respengs to the main AEORT f bE, Capitals and Sases of SuPports. 4li forms of Gelling require subborte to receive the load and to trans- mit Pressures to earth. Vertical Age are walls, piers end columns; obligue supports for aonnainc thrusts are Luttresses. «ll architectural] styles usuaily characterize ends of supports recelving loads by capitals, and these transterring pressures to fcundations Ly beses, intermediate men Lers inserting a broad cap or base Letween the load, subport, and feunda- on, as well ag indicating its ftuneticn es a support. Compared with the subpert, the load elways apPears bulky end massive, and an eniargement of the support et its ends is aPprcpriate, as it appears pleasing; the load must have.a firm bearing and gust aleo be distriLuted over a greater area at the tlocr. For round columns, these capitals and tases are generally ©, 9 Bes) a pede a Bo betoroosb bee, hg wad bee tttiglt eds bue liatls ae ee gti soouiiee ‘sedaea a gaed edt. alidw (tedmen giiitoqiwa bare di patie while Pili ; i iF rs p toisebayo? edt bas rly ae hilt aa el i Ml a Big rn ral of Pi emso7 Bs © nabs dict aot? ndiis nanta ylsieg beyol 18 atide tad ytasd B a ‘tt Bnayloo nwo wad yiried elesiges piieoqeod babe qattan so) oinol- ‘agin ae Taeliosed yoaldassyd ed? \issigeo Yo Wrot wen 4A Tt SY maMsh to Hotgedini 10 aa'to? ertimgedess bar ef gontins Jano da Jouboyyge Peng odd ni beyoly 3 | athged’ wg! t C01 edilm~nsiddgntio? Adin oe tte itd: tise We voew o1ow a lastges S Rerisloqissai ots .actvetat® vice ai: samy [oo ao foe wiaw geilow aodK, ato i toald sooqal 190 teJaom. vipibeaiy tat mu as - atest fis’ “we ond: Ye. noi s104, 6 “to rs ib A008 YIeV sew (st ioed Hots sitios at FIO RO: eve bas {sitiqeo puatiw J ; a bined eto. mutant? bedteval ns gatt beau waw Hols duodas ue Das bee ayattor A bedes0owb agowtiea baz taeasaTS to shasd yd belquoae aegbe- “ail Re aids g bart t2Jaem oiniosmaredai oH?” : 08e . \Slodaya me hte tnd adaatis rid iccests ed bfudo davigqad yds ys brs siiaaied qebsots « Shite? buol: odd eeoeiny _ =ioo to jigied die fol Twadt ony .~fbneose ‘anwu loo “tabaeia © Cay ot Bertin . beet afiate yisv 6 ak hesseroc: od bios egaiblind samoht tort heded eau best loupe ed oe Ls ploay tiyiot lempesu to anaeloo a iviitdesd Joa “a b nt antag 100 sogkensnas ty valsgiqs? 9 ywods- adoold suodad se hentvpes eyedw ~olKle- supgedemos ahi wt ‘beaistes “gdot Siw edoold teagan. “que ens ni aud’ 4 coon bee aobriele. Jyaieg agdous ‘Yidorse - ev igaia, troygue. 34 | te "Pedzsaal eeonl _ both lis5, ty wb. bas--etewds ouprotendd. to Bwoba in ‘bel we en adoott inbimo2y 4 ‘fie ha: etsy joe vaw0t w8 sowed jxoe add dood Séxoda at. poets asl 0H. faqsid. » Ljuob wht to. ‘an loo ofonsy @vods wistives ai $6 =. j84- O°Ud: bste1oseb what ies ‘6 to gate fan'dd Yiao ame cp itieua’ & xoxod pote yeas arewod- 2. ‘eitdbatio ni ko. (AeBEeT IT | de tet pt alt geditt be elon b bisa alin. ebas. Les isaev ‘bas. gabke beai toi ows Adiy ‘aeaoda sag dat a ee : 8 arr “sai®)- won’ aor. Bie daett hatios 409: YF iteq his “a sae niches th re rhe. ‘ “Mietiged ‘wil LAgUp a Jad . i ws iatlebanie ‘aa daast’ adit ‘bed: soya’ “yhinen st eiew' ele sided. poe emule | | mgiqeo 20 mio eidol old rbedeting osew BIST riett dae ptte F ‘Hott. ab Liew | ~gatvolae=-2a09 | edt gis daese | ‘Bass. _gybertsae hersugqea ih yliatuo. ‘troy La “ogo wisl at weeps. aodslor. oigie sus Spawda fibew. ‘de ageth tins te i “yea ‘fediqeo olno!. by baa & bins / eviie F Sie. gas fe Yo" ore bolton A aupee aor leadutav IG 16 Ges Alothine: coed: ia bee ‘Gtatloan. spars mbit Stat. vioa dt now 05 er «prdaneget wort aladigas “agyal wid jrdddd-s dvd ais ted Ggoo 35 saxo? yin Lisoes | iB . . yl feuen. edgaoasaar- wi iane eed”. MSS BS) fight: (95. s36T oghizisd ove ah, pa hae mmbaeatwe? swaeei "aoa omanal | a olathe: * eonet: ssaiaees - 5 / , we % , y + c? Se . ‘ ell 7 ‘i beak: * Rien i ae +) ree coup Sa rn iC ae Sd ee Pe ty “ 5 ut), ay, af. oe ae ee a gl Ss ” : yee eo ey Le ye - "4 REDTENBACHSR'S KEDIAGVaL ARChITACTURE. transition forms, changing from the round column inte the square atecus and plinth, and the capitel is always regarded and decorated os a recelving and suPporting member, while the base is a member connecting the column and the foundation. Forms in Barly Christian art.’ Barly Christian art emPloyed partiy cclumns, taken from Roman buildinge, with Ionic, Corinthian and Composite capitals, Pertly its own colugns in imitation of Romen forms. 4 new form of capital, the byzantine, first em ployed in the great Aqueduct at Constantinople, and tasket-like forms cf cupitals, were used in Garly Christian, with Ccrinthiun-like foliage capit- als. when arches were set on columns in arly Christian, the interpolation, of a portion of the architrave as an intermediate member or impost Llock Le- tween Capital and arch, common in antique architecture, was very soon drep- ped, and an imPest Llock was used like an inverted frustum cf a fyrauid, its edges cccupied by bands of ornament, and surfaces decorated Ly foliage ornaments, Christian symbols, etc. This intermediate memLer hed a two-fold purpose; the load found a troader bearing and Ly the cepital could te trans- uitted to very slender columns; secondly, the insufficient height cf col unns taken from Roman buildings could te increased in a very simPle, buns not beautiful way; columns cf unequal height could also be equalized. knPost blocks ateve Capitals of Romanesque Columns, Impost blocks were long retained in the Romanesque style, where required to SUpport massive masonry arches over slender columns; thus in the coup- led windews of Komanesgue towers and dwerf galieries, These inserted imbost stones tock the most diverse forms; they were plain pyremidel blocks, as in capitals above granite columns of the double Chapel of 6, Pantaleon in Lower Austria, one only consisting of a cylinder decorated by a round-arch- ed frieze (Fig, 166; Helfert, I11-14-5£); or in windows of towers they are imPost stones with two inclined sides and vertical ends, with pertly mculd- ed, partly corLelled front and rear faces (Fig, 158), éntigue-like Capitals. Columns and capitals were directly imported from Italy by Cherlemange ag well as much later, and their forms were imitated; the Jonic form of capit- ol very quickly disappeared entirely; found latest in the post-Carloving- ian buildings at Suedlinburg. but angle volutes reappear in later Roman- esque as coiled stems of plants and leaves, and a varied lonic capital may be seen in some late Romanesque capitals with two entirely separate vclutes, recalling forms of cepitals in 4sia Minor; for such capitals from Regensburg, see Beitr&ge, Taf. ©¢, Figs, 1, ¢,¢,4,9. The earlier Romanesque usually employed forms of capitals, directly imitated from Roman Corinthian and Com- - a ‘7 ' Speoeh .sistided doold~inoge abetiek ton: Mend gata 00 Jatasiqeo atiaoy , eet (sitoan? as caiman siete iloroa’ bree abasd earevwesa) ud dete. | i) e Vibigwios to. | owe. ‘eb tates ‘Ot Seuints now pine eiabiiene: ‘emiiteed sical ste ‘to sveese oAT ey hebluen = ‘Ud betevoo bas © fat yD aeaved dgbw meet s as evpgensnod gl ee sgit [2 as dowd? edt bas awit $8 Ieviedss9 ed2 a0 us ,aveade eupaeneson ‘ ee Fy reget neve ibenietes 61 Iogetdas ed dove evede 2ahmlL oudabe¥). xuou a: ‘Mdiw eiesideo soir no moos avon ds wiadeaien? edt to eenagosiaiagt - at fine (200-11 oud=t-V) alow) ge dowd ode to eigsidso ao as ..ee1wsqiaoa El caminiele issitdéo joold-ieoqné od? (atta IS ds isibed seo eft Yo dotog wA2 — att arent tovanmeloo tot dh ,en0 Lemzon odd motd gntistird aot s ceded, | fet btodIl grotiot) qacgad ai nebied ye dowd) wie to (96 ,53f . pas (005-11 ‘oudt-v) eoeats ak niedegd Je Bobitaed orld to siete etiawo to orl , (06! gee) {3 (SO42VK dre Melt) qo gout ab yooata® tx dowd? eds de ies © tod. de wegod .2 to S4y70 edd ai ef ,wodso ogis eletiqao ioolJ-Jaoqui be es: beau yllenois geoxe aew latique dog id=seo%ui oat. (%OS-TL. qudel-V) gaaz a) s fuabedis0 ‘eid ta twewol 6 to aolttelisy tus. odd akes (cide? @3ei az . | a bas (s6f gid) dors foes. i yadda ead ta moot @ al Risos ght) amis a "ba gaadT plete! ip Aite’...° to aris 6d to egotdtud B Yo Yqonsd ais s ye “s00s8 of ical Mastyaee Seer oF. ies set baagaer109 amor ine inay wed 10 eri’ ays aa ee i“ naan rn re 3 » lie ; alton @ 'segduo. os io . wid Sih sab waNe': & at ye A *pfentdsd oupeoteney ated sendoih ; wid $0 3 adiegok less ‘taseb ‘bas: 3 qy10 ot) to etetq bebivou YI awaia a ‘T-| ltt bus: SsAtis® of” ‘bedava yesget ots bald atts to avisetusv yastigs Js " we . ‘v a - q 1s 7 t Pow “4 3 mh , a | iad ree we 7 Been’). (apt ase ‘ . ie: woe 2 a ee ET te ims SyTiaG AL WS .he - : om a ¢ s . oo by ; a * _ . 3 2 f 2% : : a ay ae a Bliss ; . a iy 85 4 . Be yey Sie. i “i : oe ee ie ee Aen Cree: abet aa ade : ; auto; to: aold6100o™u oe ‘fe ae 7“ i? : : a eet, i . 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WC * Vie reno BOs: disnge ¢ k {lage =i ij at ae Pte) ce et BAD oa sate wes s 4 Bs i } nk bina 4 pea ” Os San 4 i. : Ae j eee ; 4 Ya BE hy PPT Th ss ig , : \ aera i fe ‘ Ok alas iat hy B ah %, pet Sorxd on F ‘Snes abe i AUR ee POSE ~ Of a al : a4 ie Side) a ae * m4 a’ “ot a Be iN Mig rie ie < vgtt: 8 - 2 tee! cans ¢ited nb: bite ae oN | : 7 y pis } : van bs y ed ie ce : thi ge aeded Oe ew seit toed | % fin Hee f af. we" t Rae ee ee te ” . . om a ap ‘a . f Sits (nies, ne ‘singe. ¥. Pie weatdd L rs; f : BN doe am Fe ma A les e H Phd ne ag? (Sh MEGA Ee +h ; ey a oe * 3 Nes Fond Yo gAme Log -aod ve ie ant, “ag on" coer e hs MO ea bent ; “% d (6 “toa ae eS i co 8 a * ae mse RAL iw « > ie ‘ty oe a Mee a > ae ft .' a3 rae me ; ¢ .« é sal mn RANG ie poet it ho ih ae ods D, q “J Gea eae Sere eee a ey ‘ths i Sia ii oe | 4. *bsol Asha ae ebiy, 9862 a0 Stink de Pod ae ore Ge REIL ee Ne ORS ste eN oe ' = aa oy LA } oe Prey overs a te a Sis pate a , . ‘a * i * a ae. Pde i m iy Sy ‘bs, agen, Ra spe eae 2. Se vs (ae may “nog aoe bee i Saat at ogto9 Bis tis 5H i Xai 1 Ha 3, Tygnah: s Bee. etand >, gad “ie : 3h Pe ee a ‘ASE Skee a Te ey US eae ay ieee yudadsd ig eve 20 strut sep Qed TS" oti) Se cel PW ws F Ba : c me abil npn arse xd .addons: eS “gd. bonuf adits ic ‘bigs: ie SA adel ee dyan: vit! oo Be anvdd adyoo Birr og gonad a8 Bol qug ay BENET if = ¢ “Loi¥ at @ie: eng" is dorwi wilds Yo: elie: Papity vie” ‘a are | ned sro mag see “ay aoty nee. Nnait, Ae aa i: ‘wot Pod BS sielwad “ & dived mont? xh bitipadiae “agate bf iy Y agatal? ng 3 ay Lelong hte! aka et ’ ie eat Pat he i ny Ss ” * : ai . “y - gees bets tadtal ” ae “ae 4 0 A Rt tA Pad (2h ral es gOS WHOss Has FE REDIENSACHHA'S NBBIAEVAL ARCHITECTURE, elten on the frontier of Holland (Pig. 175); those imitated from the Cor- inthien capital on the Church at Cusset (V-1-Duc, TI+12¢), and on the dwart Jelleries of the tower over the western intersection of the Cathedral at bentz. bases in tne form of an inverted impost~block capital ere cn the bell tower of #breui] (V-l-Bue, I]-1%¢), differcnt forms of tases, allied to the latter, may te regarded es varients of impost-block cafitals, and shown Ly woulded piers of the orypt and dwarf galleries of the Cathedral at Spires; varieties of this kind are represented in Geilhabvaud, IIT, pa, 44, en in-beitrise, Taf. 408: Figs 9, vecoratien of Tcrus. Tre torus of the tase of the column usually réeaains Plain; examples of oinemented teruses on tases of colunsns are found, decorated by the motive of round-arch-friese, in the Cathedrals at Menta (beit. Tat. 32, Fig, 1) and at Geneva (Beit. Ter. 41, Fig. 4), decorated ty comiats in antique style, on the Fortal of the Church of 5, dJacch at Remensburg (Beit. Tat. 40, Figs. & 7), ty a vow of leaves, on the Portal of the Chureh of 5, Ulrich at Reg- ensburg (Beit. Tat. 40, Fig. €1), ty flowers, on the AbLey Church at Veze- lay (V-l-Duc, II-186), end by sculptured animals, at the seme Place (V-1- ih L 4 4 antique architects mode the lower torus of the attic base of semicireu- lav section; mediaeval architecture gave it the shape corresponding to a igaber lexding to the foundation, later period an inclined direction and s gemimelliptical form (Fiz. 174), The lower torus usually occuPies one- helt the height of the emtire base» Sxamples of profiles of Attic vases ove given in Viclletele-Duc, I1-132 et seg., ond in beitraye, Taf. 29, Fig. 1, Tet, 40, Tig. + etc-; Tat, 41, Figs, 1,7. Profiles ct tases recalling , ? 4 true Tonie tases, fluted in the same nianner, frequently occur in berry and Kivernais, eceerdine to Vicllet-le-vuc (V-j-Cuc, 11-181, Fiz. 2), as in the choir vighes of % etienne at Nevers; allied forms are also cn columns of Jachin und Boaz inthe Cethedrel at Surgburg (Beit. Taf. 26, Pigs, 5, @)-. Leases with Corner Leaves. With squere Plinth Leneath the great torus ct the Lase under unegual load- ing, there wus a danger of breaking off its corners, und it did net harmon- izs With the soft forms of the Lase. Therefcre even in the 1£th century, the angles were filled and strengthened ty ornaments, by corner leaves, heads, eto. (Fig. 174, right). Seautiful examples of bases with corner leaves of the 12th century from the choir aisle of the Church at Poissy are in Viol- letcle-Luc, 11-184; trom the Cathearal et Langres, IG-127; trom Notre Lame at Paris, 11-144; examples from German buildings, especially from Mentz end Bechagach, ere in Beitrhge, Taf. 41, Figs. 2, 3, ©, Unfinished tases “Ye ew die anit ob 3 vteao"s poy ear jp as sucntenes Web waso0o isin ma aa ‘sibs A % i ca aaah ery wees oonhS. .ghl th ar «ie s$tod) yiwdenae : a ay i iMG: pte! if tine ree t ‘ neks, aa 3 ocaad Sit oo ¢ ined mi pend Peper + o OT a hy an i deoveed sonae) to eoasbiove — eisa of asw Agathe ae to iad gabtosjorg ptove of yw gaelGmio od! ny setdund? te vlain siaie, to cooed oti (58 .n27%) fonogestao gasq r98qy - st prea ated) gaddenoge? $8. poten’ o ab Seaed bas. {Sel “IL. comsini“V ) domi edd at eosed edt (Vo f aah denotes’ Asadls o43 vien a3.59: (8 Aeaouyioy best: her youd~f-¥) atoxuk wt qed 35 eae’ pis to a en £ 9F aoa usw » fyits stata Guade ¢ ened aie Lrgougqe eyewies gaw wasd. 30 at oRSees basounse io Sas Xavb-. _ ais ott ‘eetvolla us AGW. per aabdovioxg gatbiove toh NGS i dedeoas 2 MaOe ons Go aw ,deALiG ait to aes twa -ebie- e42 Daoywed ‘962 dae Lory od i bao ATREHLE owSef+¥) eionus ab gomed Jo ome otgo to dowd ws Jo stat ited): ayuetdacns lieth ds. Yedds ad¢ to sevedolo edt ai comes cas a se geveo Yi beoubos giied melee odd (fa 20D 80h wey2t ,wogal 4S a me ye ait) aelgas Jasidiews Yi we Laas eit ates lows 4d vatwiedio j{ztet . at wig (al) aledico Loeaa yi bettoqqwe agw eytod gargnsdero: i leat tie ed? tO ibie Ja {stbedse? wiv 49 wddlols ont nicas ,Yuutal Jan beige ti SIWENe OF sy side is su9 edWo ‘aed? Am Od yore yi yewogald Salil au V-}: — vatiadhe fsavarlog 49% benissss: Ci srancy o8 is etew adinki te. | peniteasir owe. bisded glued gatas’ autoy‘towos Yo ad309qua. tedtso. as A steel vigaia ¢ dtin redJie asuensiag wystlot dutivusst yer otat beaxcl aie cid ae eeveel to wetauio » dviw 10 ,ytwdaetsa te aongdT denk es err iy 3 48 agit. Sh tel warps. w Ord eee. wogai) giudanegel de. lathe.. : ogi; itenoe agasd, ott Atte git. wei” pjeeuaih ied moxt el qmbxe ge Lu. isa “mot Lenogedoo, Bt) awe ke indasbeg mutts Jud: danilg 3 fie frida ton © Aw Sduayet do Lotbetitad ods af ge. emt0: dots fener: befiedioo J ivews, dotam a ard Git Isfoebeg 6 ous to dotveatotamege 6: .(S ft vagt® 8) .29T satyd) ‘a i f “ani ae ited setqad whe in to Ao e ao wires bavot al evaae'ts sud be. aité. ae . me i ae hae viet | ‘sstea) hoa J Ser oatealaal ai ‘eevee! roxx0? to udiseiad - ! eals. 2a. Youd fotdseD s9@igai eee to dup fnew ceveed ier? |, aaigavA (aeate?, at berolaie (itanobiquony, om igd ,woaiee boned fo ttogl | ae anh sa. y “ Rye Bus ont. ide: ‘gindiel eit to isstog efi ay. aa BAe ey pen at ist Fassokas wba to dean’, a a Sih cpaienete kove of i sliaaatl! todd at sound isquded. pa edt sabosd nlx e. Aste reat aperre e —— ot to aledo edt ai ss sboseaaged - one EDT G death auetd to easel im Le ue i SO RELDTENBACHER'S MEDIABVAL ARCHITSCTURS, | with corner leet remaining as a Loss, have been preserved in the #LbLey of d4rnsturg. (Beit. Taf. 41, Fig. oe BE, bases in Early Gothic end Transition Styles. avoidance of Corner Leaves. The simblest wy te avoid projecting angles of the plinth was to make its upper port octagonal (Fig. 178) like bases cf choir aisie at Chartres ( V-1-Cue, 11-146), and tases in 5, Smeran at Regensburg (Beit, Leaf. 40, Biss 19), er to make the Plinth cetagonal (Fig. 177), like bases in the Chureh of Notre Dame wt Semur in Auxois (V-]-Duc, 11-147), This polygonal torm ci base was always appropriele where a sharF right angle was exposed to inm jury and clstructed passage. another means of avoiding projecting Llinths was by wllowing the torus tc project far beyond the side surfaces of the Plinth, as on the round Piers of the Church of Notre Dame at Semur in Auxois (V-l-Zuc, I1-147), and on Lases in the cloister of the Abbey at Heiligenkreutz (beit.. laf. 41, Fig. 7; Ungew. Figs. 408, 405 a), the angles being reduced Ly coves (Fig. 176 left); otherwise ty replacing the angles by reentrant angles (Fig, 178. right) 8 g , ; or the entirely overhanging torus was supported Ly swall corkels (Pig. 179) to ensuré it againet injury, os in the cloister of the Cathedral at Verdun (V-1-Duc, II-162; Ungew., Figs. 410, 410a), These cuts out of the ongles of plinths were also generally retained fer polygonal plinths. Cortel supports of lower torus during Barly Gothic were scmétimes trans- formed into very beautiful folisge ornements, either with a singie leat, os in S, Thomas at Strasburg, or with a cluster of leaves, as at the Cath~ edral at Regensburg (Ungew. tig. 410 b; Eeit. Tet. 4¢, Figs, @, 4, &. & pecm uliar example trom Gelnhausen, Ungew. Fig, 411), The bases sometimes do not stand en a plinth, tut on a@ pedestal of round or octagonul form, fron which result cortelled transition forms, as in the Cathedral at RegensLurg (Beit. Taf. 42, Figs. 1, 2). 4 transformation cf Buch a pedestal into a croup of buttresses is found later on a column of the Chapter llell at #eul- Lronn (Beite:. Tats, 42; Pig, <),. Omission of Corner Leaves in Perfected Gothic. Corner leaves went cut of use in riper Gethic) they are alse wanting in Italian Renaissamce, tut are exceptionally employed in German henaissance on the portal of the Rathaus at Freilerg-i-b, | Eases of Uoutle Columns. . bases of double columns are freguently with their Plinths cut trom a sin- gle Llock; the part between bases is then retained to avoid fracture and decorated, ws in the choir of the Cathedral at Lenerec (V-1-Due, II-128), rt 5é, Forms of Piers in Romanesque: fy) 5 fad a 7 Li A) CS nee SO OR A a reyes ay oaks y pete tat an tg ahs: hay ao ney eM Settee Mi y are Roch tah aN cM PRES re f : Se by Arid a ret hae aie aie aan 5 He Ase pA - in rte. ay’ Ber Pee iyahi/ by Meh dea ree Ee on di : ’ ; A, i © : a ae Fae ¥ - oa i) ak i 4 oe pagans stays dae. ee | 38 cen br ie , neni ae nO in eve ht ie WF h sie i ibe re 1 el thsb cboce einadint6 sd Wada caer, Ave we Piast wl ae anig eanupa ‘ie name loo. Te i etadse sat gunk stewow xo? adit dvoddtw Visit a ebony” ahd s qi Lino wild 10 beol- ety dinvaais o3 eliogve 103 be gig i Adin askune inane nc ators is bewveo orem peevente: to. ptsite ar aout aaoisosia¥i: “yotugac suet goes ‘ed ait ie andere? Gaels. $109 oat iederslo aid to. elie id bp Bitty Piva edd noit Sodoetort. sodae, a : Lae eiia eget ua vam, amin fendbustaaot ae beyeuy ellew vtovateelo tow). wig aa” mee wd AE ‘pert iao. oise dotiw bas wivans toys ee i iia) rp Berth AF ae te ck 3D dottoad aot i vyitoss: Uiey. et a he pe “ Pr aedo-ns. at tevadend oad 2a Po ob bw 40% “yas tor ws. monte? wisn hae Leet ene ton. fel igen igeeg! Gia ww49- ae _- i stig ett Yo" mice ed ‘te bie aes wey % pelt ee mld is eee ite vbis ead ov beng teas ae alate waynes edd ' te dthiw odd Mad. (hate. sesita be. 90 Gacbavgeet109 | vlaie ebig etd to aysd SUE. ows’ ,a20k todtif. bod av to _agh “aie ‘YtIAGD eat xed bodivaes. btw! } .ehaas fe" iSAiG5. oid to” tad teste ay “ch ada ae ~guuittt 190 vinibowtedit "Nd Ded 40i i ated ak avdate Dy Lagsoo ta eet Caer yi faded iors neg Serits Ylags at ingib Sdn i a yon bed v4 om a ina ‘go’ E hcare, ef Ae: . inieiq io Jaday sie tis: ¢ tay. bot tag Jeol Tipe ast tk bogal iu agecgamet ot ee =e. audo1s Beat save oh Di a 2 bie 2 tly yi sod sot le %, Heahnor™ ; signs 3 lie jditediogie rit ms Oe weve vie) vias ae dona regs. 22, #2 t£2 fo3 30 a esoanttl ae. ae rer ‘nedous banghusignal to Lchahbaatigh 38 ts ‘bovst qnaserigg oF: assed 20 aquorg femied jo yao iy ‘todo wwsih'2 apieh 318 beobiat .filol IVS Waits tidiw.ewmdg to bse fand yuna, ier: usd ae inade +Hemd? od at O82 : taodo. Sava aed) ‘e's ud torte tina sk unis aeiat > ; eS rab STAY. oud ohe¥). aiety ‘baves ddiw gxiton ai Spur? Je mene 5 Ones yam wk wari Lov bale ears er = pe emsond rat oaggas te? avteet 03 anty foo" td ero. Aw beds iaay’ 2) he ee: . i aha GesneaNitoe. ite pO? eV sine orag od Butinpar ati bad a iy “ae titan add. oh wig liave oie unauloo dove o4 © ale jaa yoke aarsnued ‘bye ‘aatudog emogs dua of Litde wt dyyone 10: be _ goat aanwloo ¢idave then bed soar with ofu0 Biwoe yedd Jaed a6 sovieaceds * eideoee ag aew alts gus: oan Heorenneo cgrudeybox te fottbsit $2 od) wot eteel iba: ead ” elton qoismeio oy FrQqype, 2 bet tote wt antiga ail. aol 7A haiw. axakg bawSh | fAet bor MRA ouctk) @tiade tel inus daa “oy uel apie ‘ ater My ieck: ‘mot Jowe widl+saoss djiw dette tes i fae oes: fo; fay. a. er ‘o2 “i bla vary burp: ght Lipo “eb ob ig le sotliend ast oui ald. y tea wat 1 aBHOk | ee) 2 RELTSNBACHSR'S BEDI AGVAL 4RCHITECTURGE, Barly Christion Ferms of Piers. 4s long es men were limited to horizontal wooden dvilings or groin veuils without rits for covering interiors, round columns cr square piers suftic— ed for subports to transmit the iced of the ceiling to the ground. If int- wricrs of churches were covered Ly eroin cr tunnei Vaults with transverse stren.thening arches, it wes usual in Bariy Christian architecture to sup- ve re ¥; nd which Projected from the surteces cf the walls of the clearstery. The clyarstory walls rested on longitudinal arches, whose sufFerts were likewise + rectangular, and which wers comtined with the former to term Piers ef cross- form section (Fig. 180). For wide spans, the transverse arches were reguired te te very etronz, and in order that they wight net eppeer heavy, they were tormed in recteng- ular offsets, to which sinilar projections of the pier corresponded (Fig, 181), Richly subdivided compound piers were thus produced, around which were carried the profiles of the bases and of the abacus of the carcitel. Since only half the width of the centre alsle was assigned to the side ais- les cf vaulted. interiors, two syuare bays of the side aisle corresponding to one square bay of the central aisle, there resulted next the centre seis- lé a ceries of couples arches in fairs, supported by intermediate columns or ghuller piers. co tar had wen Proeceeded in cerly Christien architecture. The Romanesque omkloyed in its earliest period this arrengement cf piere un- changed. Arcades of alternating biers and columns with combined arches ce- curred first at ichternach, 98 an imitaticn of Roman arrangesents rectanz- ular enclosures of lonzitudina] arches first eppeared at Hirschau. In the Church of 5, Remy at Rheims, greups of round Piers were emplicyed in the 10th century instead of pliers with rectanzuiar projections, indeed with larger and suailer shafts (Vei-Duc, ¥II-164, 155), Round piers with 4 large and 4 small shatte are then found aout 1190 in the Church et Seint- Aubin et Guerande, wlternating with round piers (V-l-L[ue, VII-157), Al ternoting Piers and Columns in Lower sexcny.. 4 forn of pier other than that with ercss-ferm section resulted as fol- lows. The Barly Christian basilica with wooden ceiling could generally te furnished with rows of columns to receive longitudinal arches, wen not bem ing required to preserve Roman scnunents, and roboed them of their columns. No much columns were available in the north, and where men had not edvanc- ed far enough in akild to cut stone columns for themselves, they must help themselves as best they could, Cthe the Great had sent costly coluuns from Italy for the Cathedrel at tadgeburg, commenced 965, Lut this wes an exceét- ion. The expedient was adoPted tc support the clearctory walls of the nav- 5 0 crt these transverse arches by strong rectangular projections frem the Piers, sim 1% 4 Oey Ls a x ee Megs Benes r wh ) oro" atiuey bes beoub. mink: eaew oes ix inna xs h, vans hid dae want ire’ e é a3 hie in 4 Sa07 Fil} - ® fi bat) } eu” Ana ay gt Same a wipe eh om ae se! a ; “ ; . + wis ae e : F r ¥ ree ot ae ‘ aye ¢ ay. ‘ d baie emnd a nn aid? -sboon. "ts: xfanaliiess: “gated e cease som wonols 24 ebea stow unaulon tedie beddtiwce yxoi Aa on iyttoxe’ paw bined? ab AOARGD as oaael gay ewelT gazaen <4. dile themegnevie Wt \otw!tq ows sose meow ied. toe eS vale bleon aamuloo*, :. @ atelq.ensugs bere teedo gay bawor yatienrtetic diss enolitesd: swom . ” BE ead 0 fota lusty imsasl 15 AowilS wit i so. oupsonens Ydues at be ody conga — on — waedt ABSL a et contananil pease. wit: DAVOS “bebay tke oets* vad gh) aie. ink rk gigenamene® otk axed sligistosA 3 4 .r0ts orisugé. Gad wtel enouitiinit stad ah ae swekg ie Ligne 290% wil, | $ to gouenpganod’ hi didi iow,,owy Dae, aexgeoet se layne soot wE: eaepane: ie | beveminn xt pv bente tide ¢lao | sae Ree sails: ‘ode: to duowgoiey . - xt gale td .avtede tod teup moet Bas. anni fo9 “ffad Fo waivthbs - eee mH SSE api) avoLfir bee soadon woven. 4 aicagienfinae Wi'veiyin ud. aed + atl # oud. _ regal beep ehhh ul. -19gq80 } Mid wOlsd bow ate Eble ptm ages id @bgb “beds “Ja beds 1ésen--g) ey @fbbith sotednd aiid 30 hago » gk Jv piles ao eupueamiel ai bumiedes Qtai eqew. walay foe “one Ta aman vont ouce ak aged aad of eenenene awiq oft bangs od ‘ ; ivr F i re | eZ REDTENBACHLR'S MEDI SeVAL ARCAITECLURE, es of churctes cn alternating masonry piers and reund columns, the latter keing freqlently of wood. This use of alternating piers and columns then long continued ofter columns were made cf stone. Columne could Le saved py making Piers very large, es common in Thuringia and Saxony; two or three columns could alse be set between each two pliers, anu arrangement also coum nou. Basilicas with alternating vound and chamfered equare piers occurr- ed in Early homanesque, es in the Church of Lenssle-Saulnior of the 12th century: (V¥-1-Due, VII-158), These piers are square beneath the imfost.. hound Piers with Mound Shafts. This rectancular pier forms e ccounterport to the pier of cross-form sect- icon. A third arrangement of the pier wes much used in Gcothiec, and like=- Wise occurs already in Romanesque, the round pier with 4 smail round shefts, in the Church at llbenstedt in Hesse. The round shafts here suPpert cush- ion capitals, 57, Forns of Piers in Trensition Style. f'yom the Lime that diegonal riks were introduced and vaults were encles- ty wall arches, the motive for the perfected Ronanesque Pier was siven (Fig, 182); rectangular or semicircular prejections from the pier were in- & ay & troduced Tor main arches, three-quarter columns for diagonal ribs, end rect- enguiar projectiona for wali arches. The first semicircular Frojections fron Fiers are found on the piere of “the central aisle ot the Abbey at VYese- ley at the end of the 9 century (V-l-Duc, VII-159); fluted rectangular pro- jections oceur in the Cathedral at sutun about 1140 (V-1-Due, VII-121), Since the numerous rectangular projections appear monotcnous anda unguiet, sll principel arches were soon supported by semicircular shafts attached tic the pier. In the western part cf the Cathedral at Mentz, built middie to end 12th century, this urrangement of the Piers is consistently carried cut. 411 round shafts now received seperate capitals, while the abacus and ihe Lose slsc extended around the rectangular portions. Rectangular Piers in Saxony. The rectangular pier of they Saxon Frovinces, like the square pier, was enriched Ly rectangular recesses and projections in consequence of the de- veloguent of the vaults, and act only chtained a wore animated section by eddition of helt columns and three-quarter shafts, but also by replacing the angles Ly combinations of coves, rounds and fillets (Fig, 1€2), Rounds then ond below the capital in little cushion Capitais, but hollows ere usual- ly decorated at their ends by ornaments. Round Columns in Later Middle ages, Columns were jong retained in Romanesque as intermediate suPperts between the pliers corresponding to the bays in some Provinces cf Germany, but were 1 A le Pe 68 pig Yd bigque (iotbng ‘rode f Oe priest ginal | Pode to Mies eH isdaeunite at ag Liew ee farts ale ” awd bawoh otisod | wn iat par ato tile ‘add + aehasets honor’. dsetiuge odd at jaa? . yd: 30% doiad guiew aetssniow eaos ai bus bite Lgad. ak dae nt dolntsaos | t tore L. ent {iiny .siwevad. naets tou 4 ba - baw biotl at ae ePibbioge . . be = ‘seisgiwiluoeg (ie aveol s6i4 bayou ond sy! Jaye oe ede eid, tp jbo ‘belniniat. ped taut at ‘bua. eiboine Og. gett St 402 soap cag. oad, O78 Bs ‘Live ae siti ds ae aired ae aly ‘thodtae a) ag oe, eee ‘gH die Ao vigaaG a esl spt Larse ques! sebau’ ate. oameques. nd iw. ye arenes vaetd asgowie domea® ab @lidw (eae a9? aah, nt, Liete i edd Yo tipi att oe r ee bent ierwtt Bavoaaen: ini poke 2 a Be j coe plied t 3 oa > bas bavor Cone tein dai Seno az pperiont ro ee “thaw of. ® yiviy pee ‘Bi Lao. eupigas oid ie. aebilts i lvoe, tol S beatae. nncehinnl dog oe bbbisigeg fod OF Megnol on Bae Yer todd ce. aacow tt ban ata if boven Bd; yom wotq isvecibem@' aly jeuptias eds Bayes ‘wuiies 4 fo gainthgor suadd iv. ewscoly, te tomo ed? 29 agua ingee to wet ; ee eto 7 Lat x lo hameninel eile guodscw PangReT ICD vart dedde og: eave ei ‘to’ votuvoe fe at Xtaiss 769° pial aiorstogorg box i? delw e eae bog at wit bauer odd nianbedsno donedt ‘ated gut? eked. “af a bar? @ wiot oil edad qifanas’ aortessaetar tis da’ axets edt persed g: ‘ba aE, ot pn hae E312 909 old. Miheway vii09: we woe 40 aleel yoo! ets to snobane 2 & a a a, an ad od enogivg “eile a) Qibaenoe: #oadd P4OqO%d ‘thors 7S be caer yoo "a ome “§ | ““ELen as areiq to bee ti: abt: Ad Cs ons tksm pans site Maatime Ls togy Log: ‘be: ‘baict eved dysiis. seat bahia ae agen p edd Yo adfee® to os teie-Liew en! £ Ley an ads, fe mias sh bite x hs ae wi “bawos ao dapd®.- fee fo rbot sao wih’ ah pled dyeo ody “epEbedda tae. ‘ai dei igmoysso¢ | Adke olaatvetis ulieaod tjeoxs avteds botiondes > hate sae be 1238 eats ap iogos soa: . Langa fou Va hwo adi ‘Sus ad tala: ‘bwitagy 3° i ; C. ee Lbenesd seen ny godatige be dmawhe 982: ai woanrdgetg | Sinha. ei Saale BATE ivoe bad, peating, ‘heya bas: weeigery ve ys het bebinow. Mab tihyiad shade TS: ‘Widehe’ “alg We bebe tesa, hes pe vid to ad lodenflew odd hoo svdgas mist OTs asd Weg gys wa" Sev bos feline dain 2 devipoot mais iota, gay. MN duelagh tnvox ed? oleate ead wort Sua one 2lhtique daode jisiinde buted wha md) coed 4 mEX: 288 i MEL seo sta iesheo ates ond to 7 iad ‘etd ae . et - «4 Be oe wee v8. Sse: teiq briwoa ens ROR Suoies aged «a0 - fi sayitee ga % ‘ . “®t Ci> 3 REDTENBACHZR'S MEDIABVAL ARCHITSCTURE, - later entirely supplanted by piers, end then occurred as tell] and siender, or shert and stumpy columns or projections of piers, and in awarf i ies, as well as in ornamentel errangements.. Gothic Round Viers. But in the earliest French cathedrals, the thic« round pier is preferred; continues in use in england, end in some countries using brick for building aaterials, as in Holland and in northern bavaria, until the later period ges. but the round Fier loses ail peculiarities Lorrowed trow the Antigue, for it ed. In the Barly Gcthic iid cathedrals the round Pier is woth used in entire rows, #8 in the Cathedrals at Peris and Dijcn, as well es alternat- ing with compound piers under hexapartite vaults. In OSutch churches with round piers, the giers at the intersection usually take the form of quatq vefoil in plen (Pig.: 184), while in French churches these generally charge inte compound Piers, arranged acccrding te the forms of the imPests of the arches. Everything said in reference to the form of Pier, more or less applies tc wall and eng]w piers, in case such exist. Both round and compound piers completely omitted the peculiarities of the entigue column and pier, wits sntasis and fluting, so that they are.no longer to be gegerded as individ- usis with fixed proportions, | This certainly is an advance cf mediaeval ar- ehiteeture beyond the antique, the medigevel pier may te edapted to any rat- ios of magnitudes ¢f the chureh ot pleasure without reguiring to change Gi- qwengions of the cepitals cr bases; or conversely, the capite] and tase may ue modified in their proportions eccording tc the purpose to be served enc to the masses to which they correspond, without the necessity ol changing cf the widdle a no entagis, and is neither diminished or flut- ts the diuwensions cf piers as well, Round Piers elweys have round or polygonal capitals and bases; mein erch- es and diegenal ribs, as well es wali-shafte of vaults cf the centre aisie then spring frem the cupltals, tn the Cathedral et Chartres, rcund piers with 4 attached shefts exceptionally alternate with octagonal peers, whose sitoched shafts are likewise cetagonal. Rectanguler shafts attached to round piers oceur in the Church at Voltshegen near Cassell. cetached and Engeged Snafts, Band souldings. at the Cathedral at Laon (akcut 1200), the round pier wes surrounded by cherte, interrufted at the aiddie of their height by weulded tends, which served to support beth the main arches and the wall-shafts cf the centre aisle, The round nucleus of the Fier then received a nigh caPital and a high- er base than the round shefts, whose capitals were cut from the same block s the upper half cf the main cakital (V-l-Duc, VII-165, 168; 11-164), owe ei pene isa ie on. of 26, atdgtod, stare Ttih asin siien butoorms dow’ ) Si “gis .ni’ad tele bagon bodies dean atetg dager a0 184 ifraticren errentth ae iwtherdies® oda ai ESE suode ALEHIT owlt-¥ a ogee Q7S8 ,OkaadI cud OV) anvtwh to Leaberdys? atts nt OFS ayoie bak f apelin adi te sie aetq vit to aintiqgaedd vaniedd ts teubeddd. etd se° ‘hg + ! brie bo veel tency acumen om sil me pee ihgted tsupe te ebom Jarit aia cy, AMBE ALIN OfRIL jouG-t- tn on 33" b iiada seasivvet ane: 10 bework, itim aatq bauos att en, iw w bas ‘Liteasa as (loaa eo find @d. binos swig edi to ewgioun oft sed th te de anv whols ‘bedton: lisse att. ysev oe tf) ded todor dnetotiib s “ wet fetia wild to. aenods gtndolov vaca .oitela ooaw ys ta dekawdil ae JAgwouw PS i dagen. i4sgat Iguentw to atiste Oneot feds ,saolabase en evel oitisasd ‘Staselor word fosdiwseiot te ,etele, 2011. ated. te) a ‘eren ole Mtetem, Aove. exed” ioadgubace wott. yredaed to le abetted Jd bsbivon qa ave Lowutt and ad bebaad geoulg to sbaa otew al teds ade 5 ae ne odd to bee ctamé@ to eolquexe lagigito ods most (3ar Dike pi O88! o¢ OORT wont yikewo af pesiaovel gtse 8 none 83RD: qasi2 ashi MS Panene dysndeshe an me? ippenee kav: gidesnoa bas ‘Bisaeddns ne ‘NOT divine fs > veil baie wai doditw Fe) vied, or to eee “4uo9 eniola dguouls.. ait Yo Bavelt wiqu oy bevtoqqua nis tewol eid boxevoe ,ad isda” ‘edd to hand” aww athe ettgde bekthyesIa Bord Ie ete eaedd 1 (28r ytt) as tens gay * Lie too 3f shuakYekh Grey Ybenebive ak dl elec anism ive ORs 2 goa’? itt anit pid dad? ,stdated vase eds o¢ ¢leteasoos oe. ativiia odd: Ye aeoely ae ‘dod ‘to guibaol-idups ‘gods ,2cawloo be lques diin sonetiegne tioxt beading - P to eda. aliaw ,sroqhid © unked oxy oft To,.eno ayenle daoule ,elis pinede doit bes 9 weostg wpe gee od f aotiaaoseb: to aowlg vt Laadeg ¥igten 6 36 bole te. Rey 2 oh gembsumoe Yate etotas- howwited Jos Yleaool awd ot ad Weta into dab. ene - rs. hie, * novt euelivay Ylowsne oiwta sont an (anor tase is. “qt bok? ‘) gue meded- a ‘gud jwaog it evite vooe) iota aved bas ,wel¥ to entes PV S JOU IIBH OD” " ‘oF ye lecset aids tor bas evi iquood. why ait te evendotde dt aie (dereas “ “a a > a Se waterloo. beabedsn® aiid me beouhousas. RoOw- ‘ad tgda ba yegaa 3 ‘metaye a st $ se A clacgt sions nt. ‘segeatedia ‘viavsca wis to ‘bagd ahd wien (T8t . ea Rana vn barges 18 ‘aeai seas’ at or Woo ; - pyoubor da ew tadme gets pa ea wedis .voteie blo me of witshooch a) yas snd, yd eddiionom 20 beg bay soc tele" ‘Revi oped adisda bogs 63 iy | i wadssag qieaga 4 pedasaanio aied “ekg add to evoksi > et? ® rae sake’ do dome? este oft to etoly aa gabtateg: dawa Ye ors ae towed off nd 88 we agod al vpsadeet ta ele 8 te derwuei> As shi cay Se Se ee . re LN a es ; gave tl Youbool yl lagge: v4 bis ‘ofgow ayait a2 At iw BRON to §IBWOO | B4 RELTENBACKSR'S MEDIAEVAL cECHITSCTUEE. Such groured capitals with difterent heights ot the separete capitals ap- pear on round piers with engaged round shefts in the Cathedral at Faris ( V-l-Duc, IT-516), atout 1620 in the Cathedral at auxerre (V-l-buc, [I-f1é), and ebout 1240 in the Cathedral at Amiens (V-l-Cuc, TE-BeC, £21). In 1220 at the Cathedral at Rheims, the capitals of the pier anc of its shafts were first mede of equal height, and in corse of round giers with 4 shafis (V- l-Duc, IL-16; Vil- 138), The round pier with round or pélygonal detached shafts wes so arranzed thet the nucieus of the pier could te Lulit as smell] as possitie and with a different material. It a very firm, easily worked stone was at hand, like Rhenish graywacke slate, sone voloenic stenes of the “ifel Mts., or hard andstene, then round shafts of unusual height might le wrought as monolitie (at Ccbern from slate, at HeisterLach from volcanic besaltic lava, at the Cathedral of bamberg from sandstone). “here such materisis wers Wanting, the shafts were made of pieces bonded to the nucleus by moulded Lends (Fig. 185), from the criginal examples of & Hartin and ot the Cathedral at Lacon, these arrangements were favorites in Germany fros 1200 to LESO in many cathedrals end monastic buildings, as at Sadpeburg, bamLersz, Tetzler, and —s “oultronne. / The through stone courses of the pier, cn which were worked the uculded bands of the shafts, covered the lcwer, end supported the upPer Fieces of the shafts (Pip. 188); af these were cut from stretified stone, this was set on edge, like wooden posts. It is evidently very difficult te cur al} pieces cf the shafts so accurately to the eae heights, thet the through courses of stone with the rings would ei] be equally loaded, It even re- Sulted from experience with ccupled columns, thet equal loading of both was not ettainelLlo, almoet always one of the two being » sufport, while the cth- er stood aS a merely passive plece cf decoration. The sefarate pieces of the detached shafts are then lecsely set between joints, may sometimes te taken out (Cloister at Meulbronn), are therefore entirely useless from a constructive Point of view, and have merely 4 deccrstive purpose; but they thereky make the thickness of the pler deceptive, and for this reason, the system of engaged shofts was intreduced in the Cathedral 2t Rheims (Fig. 18”), where the bond of the masonry alternates in sech courses, and a through course is sometimes srranged.. accodding to an old custceu, after the last arrangement was tnisoduoad, engaged shafts were even characturized as monoliths Ly Fainting, only tre nucleus of the pier keing ornamented ty masonry goenss; Uncewitter actes proors of such painting on piers of the Stifts Church at Wetter and of the Church of 5, Elizateth eat Marturg. In toth examPles, as in the Church last (ae HOA wear 2 jauoa anavoan 38 ml ywwdtegos enw ai bawot axe moisounsenco be ane Jays. died ,betolinen “ols tots to ohsa eyswia Jsoals ois atiede eaedd vo tysa Aetttsoors dataed® “a | | T? , 19199 Iewdsn at Jief Ylison gud ‘sbeblts vi Jietigend * * ein Td Begatieg.a le tsps -werigo, to anavise cd 08 mae ile a lyse chived ote 780 nt eri ea a oe yd evs ies 9180 sa ads pork Shai josiorg 28 Luynadow's Lia. a, ond ,oupayis904, ad ybous ia OSE bap O8Sl nvawdyd anted? Js le tbeddss- | - ~feaaye tp $e8 wrgug od! bwJomixotgye but anoliseiory ea: dtiw seig etonpe a vain bonoicus wd yilevew won iu tefq.ehd to celQ stitaw ods ‘ogado? mk ivl ae. . : (GBR net : yt ledoge tb dee. Smpe @ ac a. 4, ~iuntvol lo} ae » avdd ous aieig. to’ sano. te eevivon edt 6 se aaieda to gods abnogusiteq seinte whem bos, ndi it. lo aeiaua wots -ol .f | ie pid. B89 1eLisre bas soso™m qnivisoor. OOO wequed a td es baa wo Be i BE re ots aves eid to dsnild odd bas alesiqe> odd t2-su0sds- ofl - po Alt ul esis baw. ado ater 10 aoisowrdh ett Hid ia, eonsh 10038 ely ie cae788 ae alieda vad Adin, bulolitJenos, ala 2oTven asw 4015 bid St “Jugda i te duo. bextow, even od 9rd vid 1, gudioua ‘eae et Sieesuad: ‘geGeig ots: Som waads ,adteda edd Yo “to Jaun’ beenetoas att xa raids d3iv oaelg BAG, thy od? imeds avewted beateme: eis vietad [inwe yey tud _ffisase ome ae ino | i a yao eas eda doi AgtJosmios diyi la ‘shedt tot. abeal vvood . tieds seb asivde, ddgca bebnuo's dest O1OW APigne tas tinder. qiede oi) exoleveds tteig. te: sueiout a ‘boeavoe1 25 [how a6 bauot 10% dtod - “bess las tedel bes (sar, wig h iio s feupodss® os ni oseiq odT (ei agit) avollod Yd yleaiiae aeoueloua’ paresie?. wkd ak. egodd bag blo afe. od. gaibioces Quwhal ou dgudes 13 ih Beer in) re _bodien won edd of acy somos ots gisdiesT- ‘ dete i.agte viedtgso, Lod. Vlevizuloxe, eis ‘Giddoe - Paght to # ied igee eal . pony “8 ‘eben acw tid gdd Yo mot eat 19 Jaemgo ly veh odd ai aes IRON. ed sy . . In 1h ln ae } a) : i ‘ ) fide fagogy tog; 49 view fatiass eit. to suoeds - “gat bas ead eit: 20 deatiq edt oettgnguee fost srg ty ‘ebem Dak _Seeeartgmay BBW wand sidda. etl A88i aD) head aed dd tw tig iigao. oat taky add. to @?Yerie. ro eat bead Bue feed cs ite paveet Ato “wot bedon sss clang tt. 6, isie: alédigan led WW beas [ao% “taielliion: beduboxg “ga3d). tod aolyda Rok siece x. bie -Supeenemoh eig{ odl won? adotioe,org: is {ugas soe gots Lagx Xd exp) Jsdety af selq edd. to aol ra greedy ‘gatos 140. a “@iAzd b&b otdaod ele? vie inoyéolaes: ud. teiq.edz. 4d ripen ei os anoksoatory 7h Li gas JOO. T.: .10L9 ont ediatuo adteda bases fe etiede dtin dotdy (OM 4/1) benieddo. ei sonignp tis ae attoila dose He or a prtiaet. ae omens Jo donut? shill ibd. al bexelige ai ou ka leupe oe bie 1. . 4 Vogl : 5 ee ae. > Pe ibs Arie at 4 Pee H ~~ ” bi .. vig ht gert? ,(23f .gi1) bavot to éamupa obem aay-rely oft to aueioun ats . av inde oda lwo of basd. o iow a9 Loum, eds go%xt aeds anite ss gee. aeybe isda: > ; Pass ¥ att) awollod’ Gdns abavot” wt Lema bas: wari: noew yes eisvaount gad gas nn SE REDIBNBACHER'S MEDIAEVAL ARCHITECTURES, mentioned, teth systems cf conStructicn are found in use together. In shenish transition stylé, these shafts are almost always meade of black slate, frequently gilded, but mostly left in netural coler, er sometinus repl scm ed ty eclumns of other weteriols painted black. b&, Piers in Severe Gothic otyie. Al] rectanguler projections trom the pier were reploced by rounds, and the nucieus of the pier was made squere or round (fiz, 186), first in the Cathedral at Rheims betwesn 1220 and 1240... Already in Fomenesgue, the syuere plier with its projections had approximated the equere set diagenal- iyj in Gothic, the entire Plan of the pier may now usueily be enclosed with- in a square set diagonally (Fig, 168). The motives of forme of piers are then as following: — 1, To the numter of ribs end main arches corresponds thet of shafts arm ound the Pier, larger ones receiving arches and stalier ones ris. 2. The abacus of the capitals end the Plinth of the tases are shaFed in accordance is the direction of main arches and ris About 1280, the pier was no longer constructoa with the shafts as sepanin~ ate pieces ean in the nucdcus of the Pier, but wers worked out of the same piece with this: by the increased numker of the shafts, these not only Lecane small, but very small intervals remained tetween then: the sharp edges separating them fron the nucleus were hara to cut, the shaits night sPring tinder their heavy joads, for their slight connection with the nucleus of pier; therefore the sharp reentrant angles were first rounded oft (Fig. 188) and luter replaced, beth for rcund as well as recessed nucleuses, entirely ty hollows (Fig, 189), The piers in the Cathedral at Strasburgh are indeed accerding to the old, and those in the Cathedral at Freiburg are according to the new method.. The capitals of riger Gothic are exclusively bell capitals with leaf-buds, Further progress in the development of the form of the vier was made ty ch- enging intervals tetween larger and smaller rounds into hollows. (Fig. 189), The plinth of the base and the abacus of the capitel were ot polygonal fora (Fig. 189). The attic base was compressed and made to project strongly, as Lest suited the long shafts of the pier. The capitals with buds were replaced by tel] capitals with o lightly attached row cf leaves, The lete Romanesgue and transition styles had first produced a subdivis~ ion of the pier in richer form by replecing rectanguler projections fro the pier ky semicircular; Serly Gothic did this by rePlacing these Ly round shafts outside the Pier. If rectangular projections be replaced by round shafts, on arrangement is obtained (Fig.: 190), which with shefte of- equal size, is emPloyed in the Vollegiate Church at Nantes. If longitud- i ~ fos ‘gavin isnlaihenss 32 7 ma & Yo sadows oaspvace’ty bas ? tp deahignos aslow Leal cp teaeapenian om. Wd bebayorwa: ROL © geonboIg elgiontxd sade yd. neds jeaol Lee eR Me agen foup2 .woys elbbie ey. Ad gotten Jeemegzns iis ne eda eyue§ @ (OR? 324) cass joakt eng nt. velistiawi 19 Ytepegoen 3913) a: po ee Bibb bx wis ebauor 8 .te quod es we ‘pees [40% ai dow atee edt sot 7 nn secuaia sebin oi Blwowe 4098 | tia fo J1e% tsbiw siiy of anibaogasy1c0 . om bina. Sea Sy 6 iin sul tOS 04t3)anods2o9 obte eds 20% es (38t ytd detonennent as dia soi kine’ besivey aio belaisé gs tf ae nb oneig Davogns gvad of ai -f. a: weet Mioteow aego ukishawedai awd baw | “dois aexevane at eldiudh-6-evisoo i bison & wed’, OVO S Heid You tnedalamve Sen iad &: (aod sonytadon. teties 10% -26 .@lyuis G bao .elate wriaco one sKen he bea pyoak oi bivede avdoiwe isvibyeiywol odd s0@le oleis ebia ad¢ jxen ono » dome’ eixnia ® to dobtw: eae Syode ¥d elnie ‘eIsneo. edd. dxen obia ois ao a yi" $8 Be mein pivow. teig~ {lew vigmte: e (Liew. ‘Cioserasio ods “Yates yods . emesiyeot ats 8 A at ,etewod edt de bas’ Biol soos telni fd Ja stelg od? he Jira a cod ved? Weredd ano rte od Jern are ge: odd tebaw Rodos essevensts bas [sai , ad & wig temies, uit bas & s9tq-liew odd brogasise0 neds of bas. bLotowvet. “ aedsd4g of gaoweri96 eaiow stiveod Jolt elqioning ae | no ad qeans id els | o @iew’ japdoxs oasis o) axeig bentisymeata bas .o gaibsol. teiveer bis eaage | gc ows’ dope yeletbedss9 Ofdto® nenie® feqeves al sngkg bawoqmeo edz: is jie Te : ee Pah MBL whtiiet 3 ¥d beos{qga al a@ieig. os to toifoalouy ialogns SS eae : hdto® need af seaed bane alesigad orks . ot a cieiene- lh eipeeas mod Qh Beg otis wodiiw ,@dkt bas -eedow. te 2eLi tox ‘eiew wawollod bas, abppor dgiv: snoivest@aq ‘Wein gins dows, te. beso piss etew of 2 ‘oe aa to Adi ssaiotarus ts; ed ofdto») tegah ai Haseess . vidsoora osom vind ton r ‘of wbeda bas sagif of bebiliqaia vdetédd avev ind awollod dat. @elgns jal a pag ctete gitfatot atedmem bebfivou seudl Line ite. Qatdize. Tom ¢ edubouy “AS anal ee ‘eie". 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Babee BHT bavoue @2.Sea1pier she ds epnell 2ortous bas adit Io. feipeaib ae | ind ideo odwasqea 6 god doide “tw dow’ (per xpi) a¢isda Ligas: ede sy ey} odd: tdtoat for, 2 wrmnna pgqmidenoe | bavet pebiienoe aids Siem O¢ S307, Avoods | +. 4 “tawdit’ tags tae os \aaedq bavogaco x0%- kiéw se 2h ot gnkbadggerwos ‘idoees x ations cose Fide. giD, awolion ede aaa “nove 8054 adit bnwow geaediw yf up Ra Ret ne ae ete xt ylomws eral - S98 Je out to & REDTENBACHER'S WEDIAEVAL ARCHITECTURE, & inal arches composed of © and transverse arches of © recta sngular project- ions, then ky this Principle produces a pier surrounded by <¢ round shafte, an arrangement common in the middle eges.. &que]l diaueters of shafts is ne ither necessery nor desirable. In the first case (Fig, 190), a large sham ft for the main arch is reflaced by a group of 2 rounds, the middie cne corresponding to the wider Part of the erch should te wider than the rounds for the side Portions (Fig+, 191), It a S-aisled groin vaulted tasilica with an intersection (Fig, 192) Cn and two internally open western towers b b is to have ccmpound piers in a consistent way, then a nave Pier & wouid receive a triple transverse arch rext the centre aisle, and a single, or for Letter construction, e triple one next the side aisle also; the longitudinal arches should te increased on the side next the centre aisle by about the width of a single arch, since they carry the clearstory wall; a simple wall-pier would sppear as at 35 but at the piers at the intersections and at the towers, 1, &, the longitud= ine] and transverse erches under the towers must Le strengthened, they are five-fold, and to them correspond the wall-pier 4 and the corner pier © at the trensepts. On the Principle that heavier orches correspond to greater spens end heavier loading, and strengthened piers to these arches, were erranged the compound piers in several German Gothic cathedrals; each rect- angular projection of the piers 1s replaced by e round. $8, Piers, Capitals and bases iff Later Gothic. Prefiles of arches and ribs, which .Jike piers in Romanesque and early Goth- ic, were composed of rectangular projections with rounds and hollows, were not only more smoothly treated in later Gothic by transformation of project- ing angles into hollows, but were thereby simPlitied in light end shade to produce a more striking effect. These moulded menmters forming trifly divid- ed arches, earlier constructed of two courses of stones, were in later Goth- ic combined into a common stronger protile of the arch by hollows. Change in Form ot Abacus, The square abacus for round Piers corresponded Ladly to rich forms of im- posts, and was therefore scon replaced by the polygonal abacus of richer ef- pearance; but for round piers (Fig, 193) of choir aisles this could neith- er be regular nor with the Froper number of sides, tut only according to the direction of ribs and arches. Hence it was preferred te surrcund the round pier by small shafts (Fig. 164), each of which tore e separate caPital with abacus, and to make this sometimes round, sometimes square or polygonal, the tases corresponding to it as well. For compound piers, the astragal usual- ly extends around the Pier, even across the hollows (Fig. 195); this is true of the atecus. More rarely is the astregal omitted from the nucleus cf the aN, am ¥ ; he vite Py es ee a VG om we fs ‘ y “ ; : ¥3 tem senator oi her. gt? to wbix ‘wowol eid ne ae i ieka * babqmoo. ote ‘ty avoste edt eiledqiae® ai dotowde lereyer si 25.4: a ae seat pear dus .aoeds momace & aurot ¢liewas avollod giv wie bs .(aet .3eD)- ets, o43, Yo-nodjoea sbialio exisas 42 el ai Bled byed 70 ag0t pi afte do : age: at = poral Poin at avon dg legoxexed ban [eaoasdoo ad? : geetarvemte eae dtiw. bebiovs, od qemu Aten edd I6 ROifoyicrs tnesn old " Neds: jartetg Of buieS is ef tede teva fat igeo. tol webs dod abod~tee; giksovi, " tisisenes! 18a 2g#7) seitow. ban attr to galliorg of begiue yilass etan S14 er nek twine ‘ald te OMS MOSSE ni xbewthd © axot ueliyetaé toss cesds Yi ut ae “ywaon.atteda to albjiges to BQevow de Mehosilogaaisd’. 96 - Iertbetisd adi to ; oo de Agubette? edd io oli $¥ode os to e1etg ads ao O88) 4 -das Sa “Basl’ gat ioat org. vivart Asin, evaucads Annoyy fa’ ALSA og 216-21 Ou oin¥ ‘ oh poodot-VF aimed _ ‘gqma.Ac~gobgabg nmi & at. 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A mypianor bas anoltovesesal. Wedd jadiu aieds to asigoesty eid Due ‘ | Sidsed ote t bie hetoe ire iid edsuFet: ‘Sas -doued Se ‘aad ‘bas sued. eid! duo ayew isoititod ¢hiad wag oupaene not eds ‘ext oun egret ai dotde- soup tana ‘eas aca githre 12Eb , Hold ‘we ighta 8. tert t3aklq. hepa: stabok = yd déatiq off sort s090d towel ods bodous que ayewis eases cat easd ohe 2 Atnt{y ww dele a bebbs yl fs $093 ewWiosetidow lover inex | 40 100 teitig ie new idat ly eft yitbiw Qfeto} 232 exeeasak 03 he 3% eater j ¥ * aiegugigl aan to Molios{or4 ade. Oi Batbrooss: qot ds belsved igeede 08 suit) svoo « A eae J edd tO 8464 seWol [saouylog 26 ersioe aft | oak ae. beoubosiai aa eittorg wen G*,evoo oft “Oo fevad ods to basia . P A i ede yoasu" ede 10 Javasserd. teloia e eovbarg oF (508. .ye7) ‘eantedtl. je Lewes we mot lite tid. eand e beivpwt gliedaug tetg batiotaea oA? to » ie Lows \ ede dose: ddim , 3h os. dovig od reft Sigta see J fgid ws 4adty ta ‘(oad ad¥ to ova ‘ddgten Hitede bas. wie Lodn Avou- wo (seidaod H1u00 idtdiel odd to asaet woi 100° ot Ricrey ood “ad bivow: ‘diaily etd 26 eves Cie gnildved ewer vend ds SEA aoete aterde, a todas wsioix » lo mobineent es Bottivany eiat Jbaoyas . a an =(9 add" i: aolgtia odd “‘Ytiiused ‘Od baw joand wablne Ad o@ be) OY sé teve yor ” , Ignogyicd icitag0 9 ‘go don @row eafedA ge fo-sbed ss orly-nl wowed ede. tak at edgatla paw aeee Ro gaokieatotensyd etel.edt (48-12 jowd-i-¥) dsaitg i My wit ates ody to. axe Site ‘eid ‘to. sngimtoi iis moxt Sodteoes oat femiven singow mS dob odd ann don bhohed seody: turd aged wot alae by stupor @@tbde avovemuc RI an ae Bh soe eed deena te weotd..aibl ,e6bitos4 aves iki ww aeged % eeittord. ye abbeeor Ul anis oe en wollod oe ne toil dotgas inven as SS a mi, Bo ean) : ‘ ae = Selle > vow rvs REDTONBACHBR'S baeblanVaL ARCHITECTUFS, m 8) & Second mode cf simplifying the pier consisted in so erranging the arch- ve Supporting the meen that their profile at the springing was included within the perimeler cf the pier, when this was round, square or polygen- al (Fig. £01), Late Gethic ig very rich in such simPly treated fiers, cf- ten with very complex imposts. Polygonal giers of Late Gothic sometimes had concave surfeces: theae were helically twistea: their edges were replac- i LmroOsus. pes ed Ly rounds between hollows, e Variations in Late Gothic I Variutions of late Cothic imPests for simpler and richer forms of piers chiefly follow the fellowing ideasi--1, the rits, or ©, the arches, or 8, Loth together, rest on corbels placed above or Lelow the capital of the pier, with or without short columns. 4. The same is true tor piers with- out capitals, £&. The uotive changes when applied to hull or Lasilican de- sicns, end with equal or different heights of imposts. 6, The same occurs in combination with ribs and arches directly springing trom the pier. 7, the notive veries in accordance with the arrangement of the vaults in Plen ana the direction of their ribs, their intersections and cressings 34, Eases and Plinths in Pertected and Late Gothic. Like the Komanesgue, the Early Cothicalways cut the Lase and its ies plinth from a single block, differing from the Antique, which in large Lases always separated the lower tcrus from the plinth ky 2 joint-. but nediseval serchitecturs generally added, a slab or plinth to the base, to raise it and to increase its total width; the plinth was either more or less steeply beveled at top according to its Frojection, or was connected with the square or polygonal lower part of the bese by a cove (Fig. 202), In- stead of the Level or the cove, a new profile wes introduced in the Cath- edral at Rheims (Fig, 203) to produce a richer treatment of the base; the nucleus cf the comPound pier proferly required e base differing from those of its smal] shoefts; a high tase might then be given to it, with which the low tases of the latter could combine, or bouh nucleus and shafts might have high bases, a mere beveling or cove on the plinth would be too plain to cor- respond. This justified the insertion of a richer mesber.. To obtain sPace tor seats, to reise the entire base, and to Leautify the angles of the pl- inth, the tases in the Cathedral at Rheims were set on a common Polygonal plinth (V-1-Due, 11-14¢), The lete transformations of Lases and plinths in Gothie naturelly resulted from enrichment of the memLers of the Piers, The numerous shafts reguired only low tases; but these could not have the rich Profiles, like those of great piers. SimPlification ot Prefiles of Bases, In crowding together nouldings the hollow usually disapPears, and profile as 63 08 ..y28) = ORL suods pi sel eae eum ds dee wid ‘e-ank odd to @t0id wid nor OBE Jjudin bad Sag ba acs ‘wade wort, sits ed {tise Bloc gids wad jaily wot baogmetic® a9 + fg 308 gi) dank lg odd to 219q tAW etd towlitety of? wund ody dein ates otis ae’, .teh08" att) bei ti lquée ee C4 DOS) ett) seed ony dzdw bovine 2 dea Lyme oo yee ‘auolvevonn i gaqdl .gea sa beleved ecw dni ta “fenegy (oq Ate Ls aay atest 7y coml extol ai elogedo Atado edd at CfC1 bus SSE! noented be bi ty ‘aolesiag ret ay) eadd ‘oft Jargttidaie to ebou dbavoes 4 f OSL—IT cane sie G08 fgi9) auroyagwol a9 agdd bane , (do 808. .y27) woigs odd dant? #2 agqiu oiT ‘aevos ‘bine, 4adeilit jafeved to soi Janliwoo ad ‘wdeils sates ia ¥e ms bakes tie “TO asag s. Ho. 36. 23%) bas qeddeow ut beveas ass te aew end wh ) #9 Seo iquos wees onedy ha (a “ 5. heatenassiagd 198. ieee wage to, oid ae haus * “doddis aketoag. jan arng Si anal heve etdbees fc) ied $i olfdw pe has of ‘ ; soi tation: _ edd nott git qqotb ited yd (to : ze ioe ae (23th 6649. “te goned eset 31 10 ,boteinwd yilers te (68, “etd OVEMIOD auaiicwor srg pens twa ads ow abet. ied ‘peas’. dope to. a8 Ltt. 68 detidueot § -gatinie- we bavosonst a i, - a donee owe a agaeld edd. ‘gine io, salodenw Js abideawe 6 ta dos . 3 an Yor eH GYRO eas aided bag, (O08 ged) isnogsdoo ebam ai eto) 189; - mgedivh “fa. ‘euideaue jo domumntd guage es ak 28 ,@bauer iiteve edn! c too ddodste Ho Aatw snl ly dy aqxOd foncyeiog bus Savor siadatdnco ve bg 2ad ii" Spoil Le 19 date shedetove eaiwvasiive asootasé uo 2veo wiblvos duodie 0 ae aint @6¢ retahted webniven to aie = 5 » =< % ; i) REDTENSACKGR'S MapIacVal ARCHITECTURE, a (Fiz., 62) chenges by comPression to tb, 2 form already occurring in France about 1280. first tound in Germeny ch & fertei ef the southern transept ot the Cathedrel et Mentz, on the Cominican Church in Kepensturg ebour 172, und ebout 1200 on the Piers of the nave of the Church at Neina To low base es correspond low plinths, which could still Le cut rrem the sane clocs with the bese. The profile ot the uPper part of the plinth (Fig. 204 a) united with the base (Fig. 04 L) was simplified (Fig. 204c), sand the com mon polygonal plinth wes Leveled at top. These inncvaticns were cospliet- ed petween 1225 end 1520 in the choir chapels in Notre vame at Peris (V-]- Dec, LI-180), A second node of simPlitying the Lose was Ly omission of first the upPer (Fig. 206 a,b), and then the lower vorus (Fiz, SOF ¢), re- lecing these by combination of Levels, fillets, and coves. The ufper te- rus wes often removed by weather and frost, as cn cases of the ruined Ces- le of Toutenkurg near Vollenhoven in Holland, where the ccuplete profile . 205 e) may only be distinguished in an entirely protected lecation, le it hes elsewhere even changed inte the profile without e round as av tf, ty rain dropping from the higher stringcourse. Eases of Cgze Ribs. If the shefts are changed inte towtells, the tase either closely folicws the profile of the Lowtell (Fig. 208, left) or the lewer torus is made cir- cular (Fic, 208, right, like an example in the Cathedral at Regensburg at- ter 1260, Beit. Tat. 40, Fig. 15), sco that usually by the insertion of cove, its upker member Passes into the proriie of the bowtell,. In the old- est form cf this plan of base (Fig. ©? left) from o, Nazaire at Cer- cassonne (V-1-Duc, 11-158) Catout 1300) the fillet of the bewtel] hes its own Plinth. Another sxample (Fig. 207, right) (1482) from the Cathedrail at Regensburg merely gives a tase to the round alone, which dies against the coves of the Lowtell (Boit. Tat. 41, Fig. 13). The base nay extend around all members (Fig., 8, left) or only around the larger round (Fig.. right), ignoring the smaller reund and the holiowé, way: sgonal Plinths. If the round tase be set on a polygonal piinth, as very common Late Goth- ic, its surfaces sre sometinaes concave (Fig. 908), spirally twisted, or ecorated by sinking». Beautiful examples of such bases are found in the hurch of S. Eusebius at srneheim-. Not only the Plinth, tut sometimes the jewer torus is made octagonal (Fig. 9), and this Leing composed of eight ersecting rounds, as in the same Church of 5, Susecius at Arnheim. y combining round and polygons] forms of plinth, with or without con- cave, or surteces otherwise decorated, with or without interpenetrations of rounds, plinths set diagonally, with or without mwouldings, varied chan- a J 2 hr ‘ | | ‘Ln “asvaatass ¢ Wiivaig naan Pen. r@ morig widaee vied teridaidoso. atid anoyylo4 Wieenotsiqnss) todJo eas edt isjoomgaap bas isl leas Set eliottiseny: bans s. ‘to qaiviney aagtiig is asaud a le? woghasied (pee ce SIP lags 40039 dws gnd ai ots: aul goad, a hi0H, egiel ytlaaetqqwe ys piviaoti: iit. bas. ABAD US: ke ayiitorq: sabi dof) ied. add qnibgolieve biter. ateiiit “ths? gel tod | yd weds gatoaaen: ‘el bre abauor . oad penepmenenene' st atea ot pawollod to moitizegs? 7. beeweo. “64 antot rbd ha We 48 ce i vane do to. bas wadsaite te: .eeasd te: ‘tg ifterd i vos £4 ou | } BOG Tle ana obi tod ede eddoi'y: xed: addin bud ve to cousd ene: eo awob guibiostus 1914 vid to easdnom Ww Hod joo Iqh show us said. raee edd. to ‘eode Jxoqui : od: palb come. pidstod ide Ret heb. ve guadd. ody? dems Ot: in : XK letiiie- Meds: Simo. of 10. ween io Qe lbea ai bigre ‘oe "gety GAD 20 thed- ie esi Sie t tt ib és Joa bas ausol saw PUB: ah, esas + te Siiene gna tas Be dows. - ; teh al | j6ait- awooo. .setg. oy pT) anode as 30 tenes 16 dak eid od° galbicave. . > Yddeagvib aid: tox. ad403.Je sord.endot ai: : GSE: Os: sage? “hoe aleqads Shoda’ ) j pana goneningig 4 bovastiqns iisoasse th: bag. wire Lo. 49% ‘Ste 24. ewan, de. ee ae ‘ttado ens ok. @38l ak- ae. bret Lot: Ls ed tuove t: 8 2ew- (ore agi). gpg hesoelen Be: : oi Oe gael de aupsostt::: 8, yh Bas, ede: to. diaoaenet: Sao eri ai baboted ot sis. a9 Lqaisxe - Jeo es: eit r a ceeas?: Wobaiw odd eke: emt isoo seve eget yon dow. ‘nent -yofte wee? ies 7 5 (eWed vdf of bas sbmed {oil “ie “gusd Lobbeit da YoU eds. be iddeiole edd aé-ea- | Tanke <-dagtstitb 38 Joa asaid- brojaet ies) adoliiy bingy. dest ion - aba: Jallee® fies fsnoaylod edt bavo1s, Bbas tie. nets ynih fu on east SORMOD ae “Waddatod- ; “tel iS pa ee —: ies giles eae lq bas bev two seed: bay. wbnw | ead ‘to. Tee, ys oa amg. ndeed.. nok die earael4 Pod cciiee: pescen te baetent- © - esod tekg bed dog yldeks. & Np of tin xe nh | dh bebae tts.” eh anita edz: io aceiegorn fie Crom #0 . gota ‘yada aseod F Agnasivagy 2. 6 efhbinl -adudebaad te. abit 22 “20 doautd eds te i8y 10d » s: Eotebal odd e¥ods dio. baed. atedage odd. otedw tedden (er RE te? sdied eee Sn ai 48 fqabedte9 to ateiq~{ Law. ee. wade . ai. veasd OMIM D9 & nso}. ag: bite ee os ear Tenia alae 5) mi oi Pee Boece tt eget th ste? shed): : op i EN is Bien, Wire cee Ac Taree E@ENIod: vad ad. Big dhged - 33 ‘iets pons. elbbia eiak. we “Gatielind ae (tivisps bedagroni. ‘tipo. edt. oy, ie Siotezeda. isk ap littag: btind dam tena’ dad’ alive’: adt bed yl huss Bay -sxss0ds £ "to todmiia-eit arte! wo tedd sa’ edgcudps. bis bel ital sas ‘{paigdog? sbode iniakh aaeaiuod bie sfoesidess shouts s2 to def ~biddue ai Bust “ibd vat lanigiwad.idod . te to° e905 ead 98 - bg lieoxe se sb Lamatnent as Jeu @i obito® “Saba. ed lia Baidaee. iad. Ba 108 to. waked 4 wade anne -snatiniaithheadl aie! ‘Yo. pieenainwiee Social gaitsewo aiel a Popa a a YAS Ss apere a. ‘to notseoilildaie an Jaws. /Poishisd bas doeckes ied ai. webs 9, A eget | aK “ qiagasoos amgoed yileatt 3i bas Wedanarné GVLEzeoKe wiisoed. iosteni J cange d, ae $1 REDTENGACHEP'S bWeblAbVel aRCHITECTURS, ters and other transitions of Folygons inte each other, Late Gothic pro- duces an endless varicty of Lases, justifiectle in smalier and ornamental works, xamples are in Ungewitter, Figs. 417 et seq; i age Taf. 40, Figs. &, 9, glso in Kallenbach and Heideloff. Just as simPliticaticn of Late Gothic profiles of erches and rits occurred Ly suppressing large rounds end Le reFlecing them ty hollows and fillets, ak a Sacteats te the forms was caused by repetition of hollcows, the same transformation took Place in Profiles cf Lases, of plinths, and of stacuses. | Bases of Varied heights for richky Late Gothic Piers. But Ly multiplication of members of the Pier extending down to the ases, these became excessive in number, and it finally -ecame necessary to set the Lases at. ditferent heights, sobbRaike to importance of the mem- Ler ef the pier, to avcid the medley of Lases, or to omit them entirely. Such an arrangement of tases of different forms and set at different heights according to the importance of the members of the pler, occurs first in the choir chapels of 1225 to 1230 in Notre Dame at Paris; yet this diversity . of bases is not yet clearly and distinctly expressed. a prominence of such ‘diversities (Fig.: 210) was a favorite in Holland, as in 1269 in the choir Ae of S. Nicolaus at Kampen-. The finest examples are to te found in the great transepts of the Church at Bergen-op-doom. Arch mouldings even combine with the window tracery, as in the cloister of the Abbey at Méddelburg in Holland, and to the kov- tells, rounds, hollows, and fillets, correspond bases set at different heights.’ A common dase moulding then extends around the Polygonal plinths of the rounds and the curved and Plane plinths cf the hollows and fillets. Plinths without bases. | An exomPle of a richly moulded pier, where instead of members resting on bases; they stop on Pyramidal projections from the plinth, is afforded by a Portal of the Church of S, Martin at Landshut.. (middle of 15 century) ( Beit. Taf. Fig. 12), another, where the members tend out above the Plinth and so form a common base, is shown by wall-piers of Cathedral at Passau | (belt. Tay. 41," Fig 11), é2, Capitals in Late Gothic. | The greatly increased activity in building in late middle ages natural- ly had the result, that men must -uild quickly, and therefore required skilled and accurate stone-cutters; the number of laborers increased and that of trained architects and sculPtors diminished. Technical construct- ion excelled at the cost of art, both in original invention and in subtil- ities of form. 4s in treating vaults, Late Cothic is just as inexhaustib- le in creating original arrangements of piers, caPitals and bases, and if (- ha wes yin pe De aeree ny) ino -wmn exert wit. ‘Se’ iniiwe por (eeaena re dita lberys etd ai ne ivihwveed Ytev yaem batsero. Live di ,ye000 bos watt ovee of bel at — desottavvice s est yiiewad Jasasato, ‘sted? alediqeo Yo euiot List | ait ohio yiasd to meiisqwian bavoe edd sort wi yiev ef bne \ tad Be hoy, a i ge -isredeg, Mi Olddo? esed to aobtetngmatie of) “tea ot cease sted bas ,ddyouwaeve at veveui eid to gaileboa-oat hl J etd bae ,bedneose apihl to tnonovom y:s begs Lae Stew aeyo in {leoes Vlevew yous teas bafasssiget Uldobuth: ‘Om zuveel to 2946 4 od ifsoer alesiqes edt Toogmdblig baw yaivotoo wd? 2insig be boyd alae! 2 ee Lettgeo, ot to wait tei ode’ to ewed wl“ a re 4 1 é ‘ ‘ay ape an 9 be | - } ae bees edd m01T ehod sient? 46 fLuoeg. begsne: (idets Aedto w1ew: alstiws # hit tivo saredai bejnollqaoo bas . Jtgues- @tew Noys Joo tm o1supe eis ov ‘auete anes me -eweynlad aeese doya to. seiida s aevey phat patie ybovoldme si ak BO = fe aiiive MEW ils | Aat: (tT :At8 w bless pitted outs doidw obhted to anoltiaiupos ails aatoavonot “ waee ainge @tebr? evil os ou tana® edd--o9 ghiniuder one, [lide Aisae Paetts adcow saad. 3804 Joerg Istidons tol bemteter'eitew bas eau of | — obiass nes el hivees — \ asemamae al named to seddt bol ms ae 1) doe oe ve we \a i % si H a 3 ‘ Ale, 3 ay a We Ab AL Lean re eet fe eat fold A ee ' ; . SP ee " SG f A | i “feyortes eiT. .gveaeoxe @aed, beouborg yljoubive bits: io tam at: loi has". teef s- to made: bevaied eft yd beosigqet et bas atsegisaid - A nk dove coeavd te hae to falsdideo’ edd nord bovsiao cools ai. | met oat. oH agnetor fle ,betiapes od -yuonooe i: ‘aeveel to WOT B tO ~Blomias- io. in a ‘ ade nies a edt dehiia! li platen inn, odd. bebivth pioteo lia saeat soins yd Badpeiyion. Sew brie “gedd exit he A Loe b¥tdabe. when: were dnen: isotdaew oat l beaseqge: Bag 290898 ‘Lao itaew a _gnensa729, Oi. abe, sais ‘daedsa ag bas éXnsarisd, atk: “¢Ligkoegae qoupasasao’ bee wi1ot atoletass ntodt:. nel: shh . ots gath-tuon ud ete ist: ‘dons abaya. ets bats nie. qxferidus ‘got, eisizzowGy?’ Vino saw bas jeurgob-azea. af. bobtovs audd aew ei eal elit bnod. haas to gattsiaba @isivaton. gach lind: %o% bos. ertiodae ae ai lew pewerwrs od enoi? eo wing pelvorio ings Fa caeanitas dokud bas aie add ‘te wey bs Aru Gdns! ae. 0 ey po Ns i ‘Jaa duds Rox “guoitostorg to eke thai 185 ae. gonert-sb-oLal we bx aigoo Jatit 4i nM sts Ramat 2 Sad Balvoetorg \ yLisis toast cok : ‘etodd bavcs Blasagibe usagi jo aiinn a Bees ire rim aie oda prow | how “hobad giken gelidauog. ad. eas. ylteito _ fi sptoubosdad wits. .eleysio ee bur biider ‘Biled.. weld founsed segage edd ; Ke “a es bas. «wh kw ebsa awobaiw, . toankdy doug absa ps: blago ailew AROR dad a Hastert bas aiisw eupeensna®” al. tetdgtl ed ewtons to: isctwixe atid *3 sau tsdl 4«oviesss: ‘a, otow adia: ‘bie eedort evieoss. pi. gbigne: aaatg mort? atos ¥ “wants Oe ‘Yeiniae te ne. goanbls yu:i', deeb oid goon. - _ boda tag. ed diwoo eepue td ocak) gears: Set; nt Sao avitetostt *, oad, ef, *. TeMge ayleen, aie to ES ae Reig bye its oy % dauade pry iors te paren i. AE eri eaesd dui eft ; et awgnigtevo giied dante ge.. ifwa: ‘edd galigens t6 dade shaw tod te, syed so ‘ows ‘ond to gatot, feiher, teal ads. gaiges4 talia ,¢7oytwe.to.oatl oft aed coe to ‘gis dant ieee, $6: Sh ibaietr meen # Boiss. ghee gitigeitge 93 | REDEENB&CHER'S MEDIARVAL ARCHITECTURE, SECTION 4, buttresses and Flying buttresses. 63, Buttresses in General. Tn every erch the voussoirs tend to force each other outwards, and the lowest voussoir is therefore pressed outwards horizontally ty a force, de- Pending on span, form, depth, and loading cf the arch or vault. This thrust must Le opposed Ly a heavy mess, whose weight is so great, that it can neither be moved nor Le overturned; the arch must Le sufficiently strong, thet the material may not be crushed by too great stress, resulting from loading and thrust. For an interior covered ky 39 series of groin veults, those points of ex- terior wails at which transverse arches and ribs rest, where the greatest pressures cecur, must be strengthened. This may te done by Frojecting the wall-pier into the interior of the building, thereby reducing the sPace, or by buttresses projecting externally. Sarly Christian architecture made these additions for strengthening the walls like slightly projecting Fil- asters around which the principle cornice was broken, or these ended beneath that and were connected by arches. These Filasters divided the walls in vebtical soaces and appeared like vertical members, were adopted by the’ Romanesque, especially in Germany, and an attemPt was nade to ornament then and the round-arch frieze by moulding the angles. Their tasteless form 7 was thus avoided in some degree, and was only epprepriate for entirely plein exteriors and for building materials admitting of good bond like ruttle and brick masonry. \Semicircular projections to strengthen walls were fre- quently employed in French Romanesque churches, as in %. Remy at Kheims. (10 century.) The strongly projecting Luttress was generally used as an abutment at the end of the Romanesque and the beginning of the Sothiec style. It first cecurred in Isle-de-France as an imitation of projections from walls of Roman monuments found there. Internally projecting buttresses were chiefly used in countries using brick work during the later middle ages, the spaces Letween them being utilized as chapels, after introducing the buttress, walls could te made much thinner, windows wade wider, and the en- tire external architecture Le lighter... In Romanesgue, walls and Froject- ions from piers inside tc recelve arches and ribs were s0 massive, that but tresses could be omitted. among the oldest Luttresses in Germany are those of the western tower of the Church at Hochelten on the Dutch frontier (Fig, 211). The Luttress had primarily the functicn of receiving the thrust of vaults, afterwards that of ensuring the wall against being overthrown Ly the wind. The line of suPport, after Passing the last redial joint of the arch or the springing joint, takes a direction tangent at the last point of the curve. HO TORTT AD! " piyac tas ctmpamananaan an ce | meld ate oid: uae hay Yo: oxtnes® odd leotatse-, eioesietnt. gids eaeda oid agiw codiduosahauaes ads (dowd 4 Agari ofa to (222 9g) (inw yrose ) ~cienaenen daw: Rekioennos bas 4 es s sa - ’ Bis | mi <' “ paowend gad. te-atioeves, F< “ages daew atedy. eatnexe: Jaret? Linde ow .edagecétud Ye ef festaee eid.. ‘go, ‘eaos omen’ tahun, ven sent ge apne, $e; ARATAeQS awiis,: eanih tied. Mees Se sagnaecttwae. te padatTO : ga: dent Bc da anes easton ica naiea ol iar. 7), a > Org) ‘ . ~ Noe { wes rg ee cat esate sithee pr ter wee, ‘ 0 cz i Pen Reudeen? t Ya. | feebetye9 wit: To te, | $a. aol "esos; ad oj S704, toqly ofc Aphlods: enka eseb . Yaw st to. te: ‘atdt - i oe data: a1Q8 20. PHO, eeoaaadsed “Lied ihe’ 104, ‘A atet Sha y eet) | daa ty. © fe <0 25 KEDIENGACHBR'S MEDIAEVAL ARCHITECTURE. in Germany, the main cornice is sometimes bLrcoken earcund the tuttress, the upper wash teing entirely omitted, os on the Lietfrauen Church at Treves, or this abuts against the Perapet gallery cf the roof end therely ensures this against falling. Front Cffsets of buttresses. | For normal buttresses in Gothic, the upper shaft is cf square section, end the lower projects rather more than the diagonel of the square, the cri- set of the buttress Leing Placed at akcut the height bt (Fig. ra 2 Re line drawn through the Point c of the tase and Parsilel tone it should not Le crossed by any other parts, or the line of support would otherwiseep- proach too closely to the outside of the tuttress, and the tuilding mater- ial would te subjected at that point te tco great pressure, Whatever is taken away below t must be rePleced Ly heavier loading of the wuttress or by increased projection at the bese c, in case its weight is to be retained. If the buttress terminate beneath the Principle cornic., this will of itself determine whether its uPper portion is to Le long or short; if another memter be added avove the base, the lecation of the ear moulding beneath the windows is the best place. This member may te treat- ed as a were moulding rie 216, right), or may te connected with another... offset (Fig. @1¢, left). For very tall buttresses, one or more intermed iate offsets are inserted, whose distances from each other generally varyj:. and arranged at Points where a horizontal appears desirable; tut it cfisets. . in buttresses were avoided, where the architecture was itseli subdivided ty horizontal members, not allowed to dominate the whole. buttresses with’ numerous offsets or with horizontal breaks are found cn the oe ee in Peris, on the Church at Vetheuil near Mantes (V-1-Duc, IV-2e¢, © 297) | on many towers, as on the Church of S, Blisabeth at Marburg and on ee Love er of the Cathedral at Freiburg. Openings in buttresses. Fig, e1£, right, shews that openings may be made through the buttress out- side the line of Pressure of the arch without danger, and if here, an ideal section of a church be assumed with two rows of windows alove each other, openings may be made above the Lase at 4, and above the upper and lower carp mouldings at B and ©.. Such openings were much used in Gothic as Passages, and in connection with continuous galleries-. 64, Details of Buttresses.. For the details of Luttresses, we shall first examine their wash, offsets, mouldings, then openings through them, and lastdy their ubper terminations. wash at Offsets of buttresses. SimPle inclined buttresses with a wash of varied inclination at top, es * (( td eae shiny ant’ ata Preriies: itinions td. 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Sn eReol. eek” SWEREHY rdw jaalegs eloseniy i ead ied eries ty: Se ertues ast sewol eds Poms as ; a r 4 ' ; J +e ee % ‘ ROPE MY, 5.) -. REDISNEACHER'S MEDIARVAL ARCHITECTURE, (V-1-Duc, VII-177) (beg. of 12 century); also a very old example on the towers of choir of Cathedral at wirzburg. The motive of the pinnacle is always the tower, rising above an open or closed structure and it is devel- oped more or less as a tower; thus on the Hall of the Synod at Sens (V- 1-Duc, VII-8184, Fig. 7 b; 1250), and the transept gakle turrets on Cath- edral at Meissen (1266-1298; beit. Taf. 45, Figs. 1,2). as loading abut- nents of the flying buttress, the pinnacles play apart still more import- ant, than that of loading the buttress. The simplest form of pinnacle is always a square or polygonal portion, calied the body in the middle ages, ending Lelow with a horizontal cornice with cr without gablets, and crowned by a slender spire, termed the final in the middle ages. The body is always either a solid nucleus, plain or s decorated by blind windows, or is perforated, so that the angles tecone the supports of a canopy into which the upper parts of the open windows tu @] t- are transformed. The horizontal cornice is treated like a main cornice at reduced scale, end is sometimes adorned by battlements, like the examples from Meissen and sens. Gablets are imitated from gaties of towers with their window openings, and spires are like those of towers. Gaklets and final are crown- ed by buds with longer or shorter stalks, as in an example from Meissen, For the ratios of height of final and of its subdivisions, definite rules cannot be given, as these depend on individual cases. The required loading generally fixes the height, and the ratio of the spire to the tody first depends on the requirement, that the wind must not overthrow the pinnacle under the wost unfavorable conditicns. If the ratio of weights of body of pinnacle and of its spire be computed, the weight of spire is to that of the body as 1: 3, for equal sreas cf base © and heights, cr the volume of a pyramid te that of a prism having equal sides and altitudes. If the spire must have the same weight as the body, then must its altitude Le three times that of the cody. Thus heavy pinnecles require a tall Lody, since its weight is but little increased ty an increased height cf spire; light pinnacles serving for orn- oment, may have relatively tall spires. For conditions of stability of pinnacle against wind pressure, its loading first comes into consideration, The pinnacle will ke more stable, the lower its centre of gravity, Lut the lower the pinnacle, the greater must be its weight and area of tase. wind cpressure may usually Le resisted ty cramps and joggles and may be neglect- ed, Construction of Pinnacles. Proportions of details of the pinnacle partly result from its magnitude ae uy ete oo pen nee ae Stal ie STR eh ‘ ae la f yn ‘+ ‘ a; in Pra ite Seutie f , ‘ ry tp ‘h 4 MN a fs AQHA, JA Tea 29 Puaeatah * -00r ae ov tl .enose 29 98w 36 to eadgted ot aout yiiiez bee oe ‘Ybod ed? baa s ° = 4d etiga os gntisa (CRS ght) gted ered tt bas! ybod to ‘tyted “12% 08.8 evel ow fyhd 21 23 T-enots “to. tae rweqan ed? ava tga: ok * bie ‘hod nt deewso 4 dtiw .e1tge to doogs algata a post tue yllevep ‘ots yeWolI-sao49 bit dvtw efoeaniq eds se. to” Sdgied writs ‘edt aot Lhbw som Je etoia Yo aanswoo Of e1otereds PT hol ied PE Bee, piesa dain aiay bac’ _: aeioeualy ods 40% ‘eudd “Vase: el sacue ot? etkge aid Yo dads 2 dAgb in eye aletpe elosiniy sits ¥. “‘ybod ond - 3b" Fdyhed™ aag'to o snd to: tens 68 ‘cha tel OT, Abii -tbgiod | ajos aad amiss a Sag 7 a! ‘4 pare foals Je dows “2 ad ds, 39 aelosanty: eddy . 197. .eyities oitiois- volt” . ata: I zy ; .giitoda Sas stewol indeouo Juctiviws $ toca a oe ae Reiassache. sidgah.- yines af “ybsexky, exee bine aK edt 30 ae lure, et aol, eisols’ edd Xd. bexit £8 ye. aaW nok Joe Lor} adorns: (aveisor9 to diengtt. se ~ fase ‘os (ine £9: ASS LBP) sid, dian biaatg, ely to eéhote et! OI Gare. ots foniw, = bhaaaeg 642 “Weypeso. edd etoteiets: bar (der agete 8 thadgderid0 Sole “$6 -6atpos Pate + ghbehS'ng | Hos IO. anh ,qovte "past add 49 douloia sivioote ‘edd: Sagaliedt Bi: ‘feupe. eae s dtiwio ,leiedslingo ebsa BER are. Bbmeiyy 6 ot de srg i? ‘ ‘eihupe- te. tenous ib ens dugda | ted abt (i kenas. etew yeds sede tert athe -0 “yesedt 20: arewoltqazor9 adexoprs qd beawote eatvsatl otew eed? “yond” od” ‘to » jerk. S tewalt~acors ena io agi etodg . eat t bent AgbiN,. feted who'd bas te bai 9tdSa Reg ‘BBWOO odd to rd gtod, wld: wo) i. engi iea ah 3 oem, er eid 2 17 Md met “etd 66 aokss af ‘dakog tewel a’ eebot ‘has. rake team Sito dy. ai Us: ei, e rx tsb agel af 30. bfeuge. oe Ag 08 BRS git): State), Ohi to bite te Titan fae to sige “+ tubhe ads ee. Boks Sod oe avis veldey oat Write ; See, faa vo / ; ° : Las “a i * 4 ie ; . Shy ‘ “ats a ae i aay ¥ 7 Pi Pa bi he ; = v ‘ > 7 SF “e Sais " ‘i 7 a he e os ihe qy ie ee it - teu erN PG ea mm i P poe > it ‘ ae ee y oe? “a a ee paps" 0, Od he 100 REDTSNSACHER'S MEDI AnVAL ARCHITECTURE. and partly from the heights cf courses of stone. If we assume a = 1.¢4 ft, (Fig. 243), making the spire h' = 7 a and the body = & a, for courses of stone 1.64 ft. high, we have 6.20 ft. height of body and 11.47 ft. height of spire, with 5 courses in body and 7 in spire. But the upper part of the pinnacle with the cross-flower are usually cut from a single block; therefore 10 courses of stone at most will form the entire height of the pinnacle up to the cross-flower, and this with necking and knok ere set instead of the two upper courses. | The top course will end in a point, which could not be cut and would look bad; therefore a certain top width is always assigned to a spire, either terminating in,horizontal plane or the spire ends in a blunt pyramid (Fig. 244): whose junction may be at the height a b. an absolute law in archi- tecture requires the crowning of all free-ending architectural members; the projection of the free-ending crown is fixed by the width of the Leody of pinnacle. f#arly Gothic permitted the pinnacle tc end with a flower, not wider than the topmost stone brick, and whose height with or without necking and knob was fixed by two equilateral triangles, or better Ly two squares on account of perspective fore-shortening, inscribed in the out- line of the stone tlock. 3 For smaller finials, the entire spire and body ae en nena or each part separately, was cut from a block cf svene; the projection of the crcss-flow- er was then arranged according to the dimensions cf the Llock. Proportions ‘requently vary; thus for the pinnacles cf the 5. Chapelle at Paris, the height of the body cf the pinnacle equals its width a, that of the spire is 4 a, making the total height with cross-flower 5 a, that of the cross- flower alone teing a. For the pinnacles of the Church at Friedterg, h' is 5 a, or 4 a withcut cross-flower and necking. “+ b , he angles of the pyramid were already in early Gothic ornamented ty angls- 1 flowers or crockets, whose projection was again fixed Ly the tlocks from which the separate stcnes of the pyramid were cut (Fig. 246, plan); te each course of stone corresponds a crocket, and therefore the steeper the pyremid, the less the crockets project, or the less steep, the more they project. Gablets at base cf pyramid were first made equilateral, or with base equal to altitude; later, they were usually higher, about the diagonal of square of the base. They were likewise crowned by crockets, cross-flowers or knots, and their total width fixed the projection of the cross-flower or spire. Tf the pinnacle te narrower than the height of the course of stone, and if 4 b is the joint between spire and Lody, a lower point is taken as the low- er end of the pyramid (Fig. 246), so that b & equals or is less than b c. The gablet then projects about 1-¢ of the width a. The height of the gar- lf» Pitt , . a vst Sapiro | t08 ORs afbbia es sub Puan: eae awa tht:. id -yeedasT bis, aexiaod yd eeldi . jobd ido: esnbcilgad tice ef "a lopiiai? ourt ld to food eo h3iF eaT i veavig’ bas ayattiwwe roitia a! ty") Vasioddd Atte cia ek” Steletayet Js ¥ "sanpait aged. olosanty ae: ‘Basd ¥9. dibiw: ‘eas ‘ed $8 21 .eelut gaiweliot ods ; CESES.. ‘gt ‘emsabeép, edt yd aevly- eis ‘plosantg. Mo alingeb f{g. to anor a bas vb ft. BTSUPS dsdoysib edd —: wi Je i: IGUpS ods aids iw aedw SNE ianeessiin wubupa- «984s of .4 “s si wohvte " Adie Sw0ps B pisge aidd ad ie ae ond. tov dsbiw ede ar b BS alt} ae he i ote .be a; By > bred: edt--16 dithin ‘isdoi . oss -nonth b. preikt elt: wl fg: Set: eb la eit to 7 seyoor ead , AO 38 dAjbiw edg ooMeR bo Sat bra ‘end: to coisisgroloty ‘ott bnew Bit oS : i»). Sr. tolisy att to. bas eesd edz to a ‘ott dad bas (f° ao lat and eat: galbusoni- elomprisid’ righ Adis “ear: . ‘ oes et qiwoses badd. eng to. e¥O9 “edly Ae Ly é qe ibiw eat | ce ae, Sige “dubiw end bas. ~webie. adi ‘oF. 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' S = hte? , art ete as * " oats huts at tn . p Tag faye S, . 3 . ’ ey i i ay 4 vy srt dee! - : ‘ Sw eee ao : ata Yd ohee - z Ra Cy : te he ba ins ar + | 4 Ae al Oe ; : ~ f 4 ed cis | A owen ete e ange te. 18 ebte dsiw elyastas Hisenl pa oo outey ovigelor qino geesacg aslosaniq to -encianenth eagad {ie (8 do be. pb. bas mewitol 26 weitoedy Siz edi. a _ Rob SB gna Lor. @at .yasests balls 5 seis 7 ads. te dadt at Us B42 fase ‘_ | Spies. {eae i. edd’ Gas ,dubiw ody aevig baad "eittoo. efit. ‘390 9-8 lanow rt eff. ett ‘es taw “an. Neakge ead to esodsoro” eid tp apdtoe tong ets: ees. 4 @. it doles, ‘ead tov sdgiod eit bas .osiga end fo baie god. odd a jaatiin: “eit 4? ae “i bane (asta edt to bite~seggu os: — Te #ie O 00s gecit-Jond- all” 4b o \ 401 REDTENBACHGR'S NeDIAEVAL ARCHITECTURE, let with cross-flower and knob will then equal twice the height of the e- quilateral triangle with side a, or is equal to diagonal of square descrit- ed on a; all these dimensions of pinnecles possess only relative value, like the theories of Rorizer and Lacher, preserved from the middle ages. Rules by Rorizer and Lacher. The "Little Eook of the True Pinnacle” by Rorizer, Cathedral architect at Eegensourg, is printed with Retchensperger's minor writings, and gives the following rules. If abt be the width cf base of pinnacle, then dimens- ions of all details of pinnacle are given Ly the quadrature (Fig. 247), when within the square on ab is PH eee ve the diagonal square ed, and with- quare with a side 1/2 abt, in this a square with side 1/2 tH in this again a ¢ d, etc. In the plan (Fig. 248), ¢ d is the width of the Lody of the pin- nacle , 1-2 ab is that of the panel of Llind tracery. The prolongation the side 1-2 at to the line c d fixes the total width of the tand c é, and the prolongation of the side 1-¢ e d gives the width e f of the cove. The diagonal e e of the corner band gives the width, and the basal square ab gives. the projection of the crockets of the spire, as well as those of the base and of the gablet. ~ The heignt of the pinnacle including the base is 6 at, and that of the spire is 7 ab. The width e f of the cove of the blind tracery is taken on the width of the top end of the spire, and the héight of the gatlet is ab. The gablet moulding is drawn parallel to its sides, and the width of this again equals the breadth of the Land ce. by extending the inner lines of the gablet, the points h i are found cn the lower width of the patlet finial; this has the same height as the gatlet, and the dimensions of its knob are fixed by the width c e of the angle tand of the pinnacle. The height of the crockets equal their width, the lowest commences the spire and receives the gablet moulding. The width of the cross-flower of the 7 spire (Fig. £50) is abt, its height with stem is 2 ab, witheut stem i/c od. Its knoi rises about @ e+ ef above the upper end cf the stem, and like the neek woulding, its height is 2/3 the height of the cross-flewer. The totul width of the knob is 1/2 ab and that of the neck moulding is cd. Six croekets are spaced between necking and base of spire In Lacher's “Instruction”, likewise printed in Reichensperger’s minor writings, & a each for body and spire of the pinnacle are termed "new pro- portions", and 7 a leing alse recommended for tody and & at for spire. all rules by Rorizer and Lacher are only suitalle for smal] purely orna- mental works of Later Gothic, and must. first agree with the quality of stone. The basis of the rules of Rorizer end Lacher is évident, if we remember that all dimensions are so fixed, that spire es’ well as Lody of the pin- on , elgate’ 7 nox’ “que. my; “ao Pyne & ede: to gaisroe” fehoge th biti. wine... 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(QS. git) oor de: gbgor bi rew Lua dvkw ‘sons 510098; at. deen. opens ,eolosnng bigne we etior, to: ghode ‘eilt,.ap. es. “joebstgedied ABO AN, ud ‘beoednoy Mamtjamoy’ bas “pail aa rouade mage xd ‘bédiemenx9 6th pessoisto. “SY A S0ES) wom te oxed Bee “mgaand Ba aeddesa, iy ‘aati quae amet besapay ow wetoannty xo ,aelosnnig a: os Pag Wynd ix thaav. maid 8 nioty sont bow biah! tod EAs to ailowy eved get “a ee ee jo tage sippnaid te shgion: ‘te hotvoubed | vation ie sou okpps fei Seek goitadd voce. tiem: ae B elonasie ot’ it oy pie ibe vag as a sea Ma ts et ee ‘e pene - iste aoowigs { heomhs hodiJsagy. eh Ra sdfiGn ts saog ised. 102 REDTENSACHER'S MEDIAEVAL ARCHITECTURE nacle can te cut from a single stone, that account ke Lanes of fore-snort- ening and diagonal setting of the pinnacle, and that esthetic effect be never forgotten. (Crockets and cross-flowers, Taf. 1, Figs. 1 to 18). Ear- ly Gothic generally gave the cross-flower less width than the body of the pinnacle,’ 6é, Details of Pinnacles. For further details of treatment of pinnacles, stems and knobs of cross- flowers and those of gablets are generally of octagonal shape, and the up- per part of spire beneath neck moulding and above the last crocket is like- wise octagonal (Fig. 250), or the entire angle of the spire is chamfered, so that the crockets are not attached to a sharp angle, but to a plane. & horizontal moulding is sometimes placed tetween Lody and spire, so that the gaklets rest on it. angles are very rarely without crockets, and this is only justifiacle for very small pinnacles (S. Urbain at Troyes, 1290). Crockets are gener+ ally spaced according to number of courses of stone, and are nore numer- ous and set closer in Early, than in Later Gothic. Distance of topmost - crocket from neck moulding usually equals the distances between other crock- ets, but is rarely greater. A separate Land is sometimes arranged along the engles of the spires of towers, as on many French churches; then the surface of the spire of the pinnacle is decorated by scale patterns cr blind tracery; these angle bands are then sometimes rounds terminating beneath the neck moulding, giving oppurtunity to make this of quatrefoil forn. Yhe first wxamples are afforde by the great Cathedralé at Rheims, which also show an ottagonal spire surrounded Ly four smaller spires. Octagonal: pinnacles are rare; regular or irregular hexzgonal pinnacles (Fig. 251) are also rarely employed,. as on the Cathedral at Frankfurt-a-\k. everything said of details of pinnacles also applies to richer Luttress gablets with crock- ets and cross-flowers. The surfaces of the body of the pinnacle are chiefly decorated by b1iHa tracdry, which in richer forms those of large dimensions exhibits all the characteristics, of window tracery; angles then usually have small columns (Fig. 262) with separate capitals and bases, whith frequently support smell- er angle pinnacles, these treated in accordance with rules already given, and sometimes connected by tracery balustrades, as on the choir of Notre Dame at Paris (120¢). If Luttresses are ornamented by open structures like pinnacles, or pinnacles are treated like canopies over statues, the canop- jes have vaults of any form derived from groin or star vault. Reduction of Weight of Pinnacle. The pinnacle is usually made lighter in the late middle ages Ly hcllow- i" ™N Pah ~ =) 7 aati “Rag mens gen ay ae soe atl | aka ybos “Bde 4 oak a "ion ) ag” ‘i be) 8Gi.6 sant’ WHE * Gag . : y “? aay Teang § 1656 17. 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CbSo st" ty Lisaisues ab be e N . , “ att } - oy oe . ‘ lise bi +0 , adie ie hanpaaes ; "e459 LTH a Pe SVU LISI? tate ah: 4 a ee ow ee Meh ee ge fowar bq doug | be i> ke owes : re ‘ Ole ben. 2 i LaLny aa 'a't 4 xi By ° wk KS " i 2 TREO i‘ Pe ROME. | wd, Tiehoe xy . . a" 4 Se ee a) rn ae. 8 Ray athe Sul Pod See Ge) Pe te 86 Rees yaetow bedot Ahh BS VAScg ont hie Ble staan TC “ ‘ walge: Spe, ; ee bo. Pee eh a SuvsO¥IO Meyve | a 2 ; ‘4 a + Ode Ke ei Sy % f PS. 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Pod ehuai Z , ang Pr Fa POEs: Se fay alt by Se Hb aaa fics %. ss" a re ee ety Peas ee a ate) ta we £4 > . ae a 2 hy Vre y. i é A hak} 58 4 he a tie +, a s. e : b PA] ay \ #4945 han wh Ww a : i itt eae * ‘al u roe 408 | WUDPENBACHER'S MEDIARVAL aRCHITECTURS ing out Loth the bedy (Fig. e652, lef e) and spire of the pinnacle, or Jike the pinnacles of the choir of the Cathedral at Regensburg, by partial per- forabion ct the tlind tracery panel (Fig. 252, right; beit.tTaf. 45, Figs, 2 4), The late middie ages also curved the forms cf gatlets and of spire of the ginnacle, a treatment depending on the development of the gable. Curved Luttress gablets are found on the choir et Elrach (akout 1240). Sonnection of Pinnacle with buttress end Main Cernice. “we here triefly consider the connection of the cinnacle with the buttress, It the pianecle has the seme thickness as the Luttress, it then rests di- reetly on its wash with or without a Lase, or if this te at the height of the main cornice, which is broken nd it, the pinnacle torms the pro- ct e rou er continuation of the Lultress. fe the main cornice is connected with 4 arcede balustrades, the body of the pinnacie then has at least the height v of the balustrede, whose endings are worked on it (Fig. 2&4 a), or separ- canels are inserted -tetween the pinnacles (Fig. £54 b). The pinnacle sometimes stanas cutside the balustrade (Fig. 254 c); in all three cases the horizontel mouldings of the Lalustrade stop against the Lody of the cinnscie or are Lroken arcund it. ‘The height of the Lody cf the pinnacle aLove the Lalustrade eyguals the side or diagonal of the basal square, or sometimes the upper edge of the Lalustrade is taken as the Lottom line of ithe Eling arches decorating the Lody cf the pinnacle If pinnacles oceur in coxLinetion with gablets, as on portals, spires of towers, and purely Crnawental works, its height must be ‘hade to accord with the height of the eablet. Then for structural or esthetic reasons, this will te made high- er, lower, or of the same height es the garlet. f ts of the Luttress are usuelly decorated ty pinnacles, sometimes sometimes diagonally. Especially fer richer angle bLuttress- ic towers (Fis. 255), these developments of Einnacles are treat- rh —) ~~ ed in Sait nee with freely aspiring canopies, crriamental gargoyles, ccr- sels for statues, sometimes with perforated, sonmetines with solid todies of pinnacles, forming masterp#eces of stone-cutting, and such pinnacles ere even developed in centralized arrengcement as detached works, such as fountains, memorizl gillers, pyxes, etc. é?, Flying buttress. For churches with side aisles, as in Lasilicas with one or more aisles, the line cf support of vault of centre aisle must either remain within the cier supporting the clearstory wall, which therefore requires strengthen- ing next the side aisles, or a flying buttrees must Le arranged at the point (Fig. 262), at which the line of pressure cuts 2 vertical through the centre of eee of clearstory wall, tc oppose the thrust of the vault ra ie Rea * be. 8 ORL Wows o size ee. sete, iin dhs te a eke dyads seiay “vil atk to adiaa ghe- abbey “Hioqjue to dst. 7 | | eae el facau wed Pied. Po) ht) Poor 64 Ajapned. bs [Aetoinoo Yi tioupead ae - tiedes eto. ofa re {ig adifsbdinery ‘ta Juee Ipisdoesitsio - eee S20 JE e¥ojy ewe satew thes toubage 03. gate ite heey ia ey 4 by dure a6 evi 7164: olde i ae Ty ‘at adue. aiw i 4890 mer ae a shes: ‘abeb die etd te ‘Yeo SAF w57h or WE gat. gvods, edi, gut “Ye. agit, Bt ores tgdin-? iette bedtig Ly oy ia: “qo die 0. Largs 6 89 Mat ioe, "the tesa, €. bag tiusv 6nd as o ox elon: eae ie piped dois br foadt a Ye: tude iy HD, ee: Uliano btqeo ter ‘at agarrieieds saynstuy peg L 2: wala beainvai ‘suodd iw behdexys a eb cqualnssieticscs a a6 “wea ash bas a dadty hued l Elew: ytoJerse to ny nee deh a ‘ | maori add “#6 ‘$92 To 4a htt ae ae eae es agenred 1s gone’ ak Secse1 ls YAiyll seottend bmg a6, saqnihy. bud ta euoliedxe edt ad- Se2ae td al eit: tagblo wat. {86-1 oudok-i): (¢wines at ‘odd Yo Bed bags aa bed tp Yaes - hs . mores ‘tiods.) aed. Je betbod tad oul: to" ea oll! - 16 Yuowe? at “Seebio stg wore oT. tier Moat abe x Yau s aig: dotte Je 29 ore ody. ‘od. baogeo ria) .~ te [SSitenedisa & ie Liew ‘Ctode ‘reeld edj aeveel flue y. old Ate otilragig to ae?" edt to die tyey ezisas od? abisw ing. dewg. ot etetes ti bas. {88S og h8) ate to tmaten eds: ae. 10." tlway aig te idgioit- bin add os qw rree eae ABs Lo Xe 23) 0 ee SES fi baed of VJsety ood ad poem | | ele thea ged oae 14 to a0aae tend gotys ae Hes aac a d a3 & moat L few ‘ods _denttege — ad wwedinty ne boow +s "i _ heunted teouws edd. yatutte ‘neboow owe Qiex tide’ bifse é teats gah bévede’. D ilediervien encia. sini bose lage iT be Da lets lowos ‘ed bliow SL bas a.'. - a . oe a i Re > (f r - iy rely 4 . > ian : oh a fe -agopa toa. Je . (exbedged edd to ‘alot oie. ae as bes wage bipow “We L207 ty wind “view ‘eit aot asoojorg teteeliq 6 otedw: py tiuenes. Sleds te tad na £ged add. ad - ~ona io Bei seo torkto: tiedt aide seaisus duds adueets. fd acto lt | edge o4 wok aae'rd ind gatylt ‘edt (8862 jouc~t-v. ray Jat) eaondyud evig 2. abaol Brian: Bek ,e@iiddavov evi: to dd gion edd yd $ Lue? ease Jeuule edd viotwise la ‘edd. dais ye: wurde 104 t>-8 Bye? bas 19383 yews Stoubage he « vised nt sew. .aae1 seertied Baul} ode: doddn setidis ye is6d-weda of? ~ fyen ond. m0. woes ioc: noxt elgnsxe nel ag” @aaty Lao Lispa:: ts, he FtOaqua ‘oid: Ce yl? t9gqu ead to: “Ratgdo ong. | INORA GAG Te | “ett odd tide: ane tims’ “te tiabedsas can anate tud saad eaua: iad Hak lenasde ‘iver £:28 bewrst- ei WaSAs ius us uP ie ee : -2ten3919 Xs tose. ian: al. “hoists ievesas ale: wae Pe ‘nda ey no. ‘as . Seaao* lenotvqesxs: a Jogion exe suanantiud gaty si ows. gansbtaogorg | iveod bas: 4.19%: or uy etivsy emets ind gaiyst. Meggu ety. .( ddgee San BET) anauloo Ager ‘(Lik thes vd be atsod ‘te cua cae ofl. on nie) ane enol ody Bevd of Qhivies Views nga: * = : A ; i> 4h, aa ee oe Ye ‘ af a . ‘4 os cs} ‘ ys ois beste teak a Es eet og Laas PRT Dery art Pape) EL 164 RELTENBAQHER' MEDIAEVAL ARCHITECTURE. of the esntre ecisle at the point » enother thrust, therety foroing the main ling of support towards {he axsis of the pier, This flying buttress is frequently concealed Leneath the roof (Fig, 263, left), tut usuelly appeare ulove it os a free arehdteetural member treeted with al] Gothic charaetere isties, serves tor stru¢tural purposes, and also to conduct rain water away trom the roof of the middle eisle, The erch alucst always supports an in- Glined strut, which supports the portion of the wall above the springing if of the veult and is generally finished as a channel tor weter, Cnly ex- : ceptionally, as on the Church cf &, dacch at Rothenkurg, are these arches arcanged without inclined struts; the flying tuttress thensprings from the ctearstory well like a great ray and descends as » powerful opeh down up- on offset of the Luttress. marliest lying buttresses in France and Germany. The oldest flying buttresses on the exteriors of tuildings are those of 3. Eemy at Rheims, (second half of the 12 century) (V-l-Duc, I-é2), and the oldest in Germany are those of the Cathedral at conn (about 1221). Thege C correspond to the lecation at which the thrust made itself felt. The line of pressure of the vault leaves the clearstory wall at a mathematical point (Fiz. a 267), and it tends to push outwards the entire part ab of the clearstcry wall up to the mid-height of the vault or if the weight of the reof be too great, to bend it outwards. | Fiying buttresses of French Cathedrals. If a wooden timber te placed egainst the wall from a to b and this be stayed against a sclid abutment by two wooden struts, the thrust between a and b would be completely resisted. Translated into stone construction, this protlem would be solved as in the choir of the Cathedral at Soisscns in the beginning of the 1¢ century, where a pilaster projects from the wall end two flying Luttresses abut against this, their other resting on a mas- sive buttress (Fig. 257; V-l-Duc, 1-862). The flying buttress then resists the thrust of the vault by the weight of its voussoirs, its coping loads it, conducts away water, and forms a direct strut against the clearstory wali, The skew-back against which the flying buttress rests, was in Early Gothic supported Ly small columns, as in an example from Soissons. On the co Cathedral at Amiens with the same arrangement, the coping of the upper fly- ing buttress is formed as a water channel, and the same flying buttress is decorated by ercckets. In excepticnal cases, as on the Cathedral at Chertres with unusually thick vaults (1.20 ft.) and heavy proportions, two flying buttresses are connect- ed by radially set columns (Fig. 257, right), the upper flying buttress merely serving to load the lower one (V-l-Duc, I-@5). The tendency of Goth | ‘ar phen ws ns 48 yak & tei af pg hick res ‘Coan Bhi? .bedniog sui ad ate dows ol! to ytiltissa seséery bewwods oxic paly; (els efbbdw ett + ben os As to onl alba im wild od. qedole etm botvaly Cag Saag Qoveni i « a flows: Bedatoy of} ane qe tape, 11 bag vlogs bag ahs) te-deis nods, ide towards edd dutta: & as ga og go ylgaorte Jor ine Bae fii hag K fours tells i a ig steer dows ‘eid to ealaee xg old, asd eee j fettaee on to siues edd Is: ” Beare _ . TF tox aqque- Lepkicall pot “qwade athe ein Of ki ddnieanibot ames | wy | Ps us hsdoennoo view Yok!) bas iftel a i i (sors ail Sh are owt canbers. 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Lise. ‘. a m5: eh - ne : lish "YUGSS cate dgiw obs oss aa “att Ao eons s ond vonie yenene tnd gaey lt ed) Jo 2hieh Yo ats toe | SE a oe mt witht {C88 4S) & Js eaats dbl yoy? aad Piss. eisis aadies “a ae ed iney Sater nisi yd 86 qhedetotiay og Kea: ivrde ody. bas tl irediaigg od MOLT | ; ) < 3 aw Senta bas . gs diers 8. 2is-tbeidd?: ‘edz a0 ae : | Se ila seas T fawioial pas inntedad ao sais od dain alisy dansneneie bin edkaew std gaFaroyjoe asetg Siew woats > a aeig edt Aywowdls obsm od bios gn Eetbig’s ti yabeol leis .to bavedbet yLicis ) ~— bnwow egseeeg foatesai as patbiverg: (08S 9/7) 6 sxiog etd woled tisusi i Iaead ts qaOD: edv do gaigalrye ott eWode boonlg Yisws ese aids jlemwds ed? edt .baelilod si doyw rebsss ct de Ao2oHO ets ai ee , (255 uit) tivev edd ta panini 10 Llow Xtetaise lo ory jeniege \Yidoos ch. hevaea sedvw? aasileud gadgit ) » aided oft no 28 -Oldt0 ylase ni wmyfor. [lems s yi budquiwdal ,rdesily « a odd bas aaslooaidd neewsed (a8. ‘ A a ry cae Te oo he i ho (858 yet) ‘ye denoger #6 deieit (6 3 dowd? oii £: ‘ ala eonsod: arben stttee ent: lagen Y quo “Be ba iw oe ail aedoqila ro petite ‘Jewel ‘aiedy or booubod od yea eiden Yapsewwe le fe ei! 2eaRe tts res bowtuger. qos Je ezondoit) sheilt bag (aw obiptw Ytosgass lo ‘er towb oda Jt. ghee tt) estes b henge tio ad ads ff iti so biog: dnglonity bas relied Saas poh oe bas it fon at @efoqwio Ynsm 70 ae. o sth i a er ie me Deda allen wo, Modan BOX Leanedd * a sali slide oil’ coseoupted™ aby Ey qa ‘ted aN Fo ievomet TOT Ga rasau gad dokdw dauari (aegis on aia Loo wot fod: Pode. eb: id teqqu tion’ ds aameedd gatylt offs: to ieannit ens of g9dn'1.D0 ‘ptem to toa Py" #i! woul apes. epee peedns he 3 dle ibed jee aid ‘no 8 sol ygyrss at hag dentiemes “Regiq sacaT peat ots To “aati guo wht nt Lostredg? eat, A ERS-TY osing~ feV) studesada £6 Digs jw ite’: ‘ds Teabad see sity ao. co adid besols’ 6 ‘Yleuti BaD ai agers ius i Rec to bee Jen E ‘beyiolo¥ Qliees, weusosd ol leaivbe ‘Yor st we ft “wal (a88 pores ott elanueris. agge ~ bled es sto wild OF - te sew- 38H AIO ad ‘ime Loo WoL Lor Beat mite at would hevooty. esate gee: \ Pilede go5 ae fe tbat Jed. wee”: ho an: else lie to 186. . gniv tt ers “tp yer’ ‘odd bas’ sediuy si bode bel uax Bees ASH-VT ood-f-V ‘set 4th RP eet shea ga T on tenner” “Ye fgubodser ‘abi. oda, Jie panes ad} Ty oTA, bnatxs: 2H20@" af tud ‘Ralyt? iG » Loans 4 fi) goon ond ab ‘ereatoud. ee “to fond ‘oid Je Bae 39 «82 Motes gi bie De, selais ple, 2 AUB L G edd ant’ eaods gue ads: ones q. tetew 349 bas. Bel 06 gd Je f° ots 394 eds “werde adf Wwusteget ta)’ Lis ped der ond ao ae ie ‘gis @oiu ‘ae :wheds 3B. hesesotass 10 bebiv.ih ois yedt tt ot BATE 45 ag iw Aave alesooio- Bs ie Jj Teanede- Sangh pear. foveyi al. ven 3ol0d: whee: Land eat IQ9. OAL 20 as aaie ae was eet ere: aoaseissid- « bet to enotious3'.¢ Léxoor duos: te UL teen abetieeast jeg , (832) .gF2) obka sanet ea) no Sebdioe yltoty set hieasd. sil oy io (TSS it) Gop-Swwtutets Ja teabedus bacitieso! o> Bae: “engokan hat : } 2 eae. Ss au inieritse" tiods ods to trae ds ede Vatedaxs “dp aubieayl i 2¢° douse ie epee wad te eiet #83 Yo guseots tad, gatylt @82 cals bas ,{259- ..29) ayot Bes) dowwd>: aily. te xlots of? to svaseds gud put Ey ti vid bas. (238 Pe ad towwse eunte lion a Lat haa ator J ty banat gre eo NOqae is 2 ebooii wa. Be. vee yh a- 2 CD88 aa. eT, a ia eeoad aaa: qaiglt te: got ai ibiieyor" ‘asin ort ‘ettns on ‘edulis eaeiened: ‘pity lied) dotie dats ye ‘tools oat “O98 aio (ETS gt) wadol, teotetey ai bebde ,dasabaup- Litt osbtin acne ott. to Gaasvanel arly Dh lati 2 ah) dow Be tniog 8 aot P tata: au id ' rey, Ri fee ye vy cs ea hinge Fo ; a i sh a) > eas i Ad aaa A a 4 : - ey y tia » a B h f ; eS) by i i pA Bs as oa’ Badd Cony ae y oo 106 RBEDTBNEACHSR'S MeDIa«nVal ARCHITECTURE, i¢ the clearstory wall was set flush inside, as in many German and French tmildings. With internal passages, these cccur on the outside (Fig, 2é2), then omitted when the width of the windew is ecnsideraliy less than the clear width between buttresses, ond then spanned Ly simple arches, as on the Church ct 3. Ulrich at Regensburg (Fig. 2@8). Bor churches whose windows cecupy nearly the entire width between the Luttresses, the clearstcry walls may Le reduced to their least thickness by intreducing clearstory windows, and their thickness at tog required fer gutter and principal cornice will then te obtained ty cortelling (Fig. 224), as on any churches in holland. Channel for water. as tor removal of water ty flying Luttresses, these sometimes suprort et their upper ends short hollow columns as pipes, through which the water runs from the gutter of main ccrnice to the channel of the flying buttress, These pipes sometimes end in gargeyles, as on the Cethedrals at amiens and at Strestur,; (V-1-bue, VI-24). The channel in the copine cf the fiyving Luttress is open, rawely a closed tube, as on the Cathedral at Feiturs (Fig. 285). The latter is not advisatle cecause exusily gclogeed. Instead of hollow columns to conduct water to the channels, open channels are prefer- atle, as on the Cathedral at Regensburg, a seperate grooved piece is in- serted tetween the gutter and the channe] of the flying buttress, as cn the Sathedral at Auxerre ie Taf. 2¢, Figlevss; V-i-pue; Ivete Channels of flying buttresses extend through the Luttresses cf the side aisles and end in mn are or end at the back of the Luttress in two pipes at rizht angles, and the water passes through these into the gutters cf the side aisles, og on the Cathedral at Regensburg. The latter also retains crockets even with channels, if they are divided or perfcrated at their Lases, as on the Cathedral at Cologne. In French buiidings channels ere mostly without crockets. Sections of flying Luttresses are rectangular mn or sometimes richly moulded on the lower side (Fig. €@2), os at Oppenheia and Cologne, and on tower of Cathedral at Frankfurt-a-h (Fig. 287); on the Chureh of 3. fusetius at Arnheim, the tucks cf the choir struts are of curv- ed form (Fig. 288), and also the flying kuttresecs of the nave of the same- Charch (Fig. 239), and the flying tuttresses of the choir of the Church of & Nicolss at Kampen are strengthened on Lacks and sides by mouldings (fig, 270). A Projection at Top of Flying buttress. The block against which the flying Luttress abuts in the earlier period wikile still a quadrant, ended in a vertical joint (Fig. 271), or in an o- EU Z): tbligque joint for a pointed arch (Fig. 272); the moulding of the sides of wtd oti no ab (S93 itt) 's Jie waned? -egolod ie "eed tnd bia : OF ae pct gia distdu “Hate 2yeasiseud Lies *,(o3t-V outst ¢ aie baw 408051274 ‘bheus.ya bebsot ylissau sigw (al lew Wiedewels og | aaa machen tas peat awolonnaty at bebus bas’ weds ew oa ia4os , tien vf! uke Oe ae sutiived weiglt 29 weed Js sok tosiors oa eer any oie pete ty doiinas eoleis ebis to sxditaopouy anerated ent ) ory ysiid bas’ abie “rawol ton Aquos dbeatol Ylisvay af eyeaes y & (bivotw an edaliay Atiw adoatio {i yeves ered to wie? Yoot-bede x as jot fe siadain ae: ‘to sions ar¥ ed oatl, as ts98i908 As tiemsats Suontiw ‘so Ab tw Lue aaeni sul sh? to, Tiivesa ° to ditdso. ASmato- ‘eta’ ‘@eaia .. es etd ddim asa yaibeol oft. Se2err ela) wie GEE fs eaed eisot- to” 107 RECTBNBACHBR'S MavlagVaL ARCHITECTURE, the flying Luttress stops against this (Fiz. €71) or returns vertically downwards (Fig, £72), as on the Church of 5. Katharine at Oppenheim and the Cathedral atl Cologne. These aLutment Llocks were sometimes in form cf special canopies, as on the Cathedrals at Cologne and et beauvais (V- l-Duc, IV-1€4). wall tuttresses against which flying buttresses ebut ( or if these are wanting, the projections of the flying buttresses against the clearstory walls) were usually loaded ty small tuttresses, around which the main cornice was broken, and ended in pinnacles Letween Lalusirades. Projection at base of Flying Suttress. The Luttress projections of side aisles, against which abut flying but- tresses, are heavy masses, against which the main cornice atuts cr is Lreken around; a passage is usually formed through their lower ends, and they ter- mintate at top in a shed-roof form, or have several otfsets with gatlets or wash, with or without ornamental accescries,like the treatment of the Luttress and of the pinnacie canopy. In older French cathedrals, the cor- ing moulding cf the flying buttress sometines extends over the tuttress and ends in a cross-flower, or gargoyle, if it has ea channel], as on the up- per part of the Cathedral at &. Denis, built under St.. Louis {VY-l-iuc, i-22). The heavier these buttress projections, the more in accoraance with the | parallellogram of forces would the thrust of the flying Luttress, which combined at a (Fig. 278) with its weight to torn oa babe incel gg forced tewards the interior of the Lutiress, so that the projection of the akutment would be lessened. This projection would be further reduced, if es in Fiz. 274° the centre of gravity cf the abutment were moved Lack by moving the pinnacle towards the vertical axsis di the vault, us well as the intersec- tion a of the line of support of the flying Lutress with the vertical axis through the centre of gravity cf the buttress; if 4b ¢ Df te the buttress, the line of support wouls intersect its vertical gravity axis at a and would continue umWerds t; tut if the tuttress Le loaded ty the mass’ Db & FG, the. line cf support intersects at a’ the common vertical giovity exis of the iy buttress and pinnacle, and the line of support continues from a! in a more nearly vertical direction a’ Lb’. But the projection of the tuttress would Le least if the loeding mass wore in part permitted to rest on the foot of the flying Luttress itself, since the common centre cf gravity of the Luttress would most closely ap- proach the vertical axis of the vault; this first cccurred on the Church of Notre bame at Dijon (V-l-Duc, IV-18¢). The loading mass might then Le moved so far towards the vertical axis cf the vault, that the common cen- tre of aravity of the Luttress would lie over the foot of the flying but- tress (Fig. 298), The common centre cf gravity a' cannot more nearly ep- proach the axis of the vault, that the resultant cf the thrust and verti ae bot os eee el cat ine nat i ayn wT ee ‘ A He dD agg 108 OE fhe? gaa a cnsed bao Pd inh reg aero alge b: aitego avo: “wove wo esenta Ytneal vai’ to ateatio vd? alt ae peng Joadyid ‘DAY auto Wedfie Yiinuaw ghimege eile 40) 258903 947 ont 82 uae ridus eld. basicae ion ob heed. boteubage ‘gnied waew- eds (teltuy tdor i ae te Wtaq feawot ‘eds vLeaaevees $2 ynottexed? gattoejosg siz nde 3 geod eeott Sodéw A2itw novt Watts edt to satay teo8oL nid awxot yai ivowes to ‘ebaus bird? a “eitiio a ® Wiavertivs oily to etines ody big bas elats abis old Ver aah Law aay Nene 3 ise edd ad fee aefyoyms os | i aR plage eee ee ae aed Sul OM most samen ind a Np | e:e le aie aad to toor np 10.9 34809 at? mtd Yo! buetent .- “PLEO yey ks IS sodd mie SBo4t dud od! I steatto e423 iG ae aoa beynevie od astige .gicor git) as Gsm yods “#1001 beil# Io seeds 4ivs odet! Malaivid wis stm Sebiois.s0 Rayekt ade seis O¢-,e6doinda dodged vast ae behead MUS even Yee Y1ovewoiS ois To ewobuiw acd vert ile iF) eyed : “it sdgat> hey gitied “rasev eld gos tug RAs 32 (lanen awob aninagine .sd3ted a - wo, WSs @toor. gh els ay ores fone, to elbbia slgete uous ¢ Ayquotihy be agua oe Heasett tut witht at. dow 42h ya teeing idew aid (9% walt) ayad ats oO Je gtosc4 vi? Yi betesetetat gates ewobaiw edt \Motseailon: sigits Jo efen Pamed) Pa entd ald no bite svans ent ne peggil oa le: om Yeds xo ,wodtod ate avods Seortswmo5 Sais woes iw elt 40 ,wobaiw vty sac redate thgil Jieioit iia ae wis iota et ela Le aN,» : «tdae too seep f: ee timers oS. ety a * pamemta J&A 2O cmc! peg atau s oda to adue bref) ats aiteale ‘es nobteaa? tiodd Aviv Wate3008 ‘ P iieieebiod gaty hs ‘edd. Jedd oe e2eitsus gnky Le et? vei “feb iw vile ‘tots; o48 a th iw: tine gris. 403 bas ileave “Od atts baiinit 4 moor ebnt? (90S 1429) hd 3 od Ke abequals HON $8 to Wo Se beer Haws - wence nh ee sknigeo att ; Bene 5 seb ea. aivaito Sbornstud ods tan sSWe We aiodo baw calete. otis HiMOVe Das we) “Ri. aD) weedy bases ~22 Pd 4 gine 6 anaw i teiveed bas $oyto nt: ode aL, Bese Rasy BO 4Os 35 elodunty : .22-° .@uuad ve sowdd edd ao es ; ya i add tate e8 ist ae Noes ba vee: ‘Sa Veue vt Uive3ots Jeette e@eadin! aS ad deweotens: es ji ti dew enoD. 1s\Viwsem wd ims Shiv’ vil? to aixe edd a wie: jawdanay, ée fewbedis) any yO ae yettob ail yor heen eitt \dodzetoosb | btte aan mo ality pod’ aoeace Yvoyt: viet doa as batsost wis: selowanig alt we dud verb to elobio. wah ao y foty foe ‘eileuae. ror aig Lobanty. Wek i od don ie 210" bonimaedet re aie sikh F Wa mina fu: aS oe istbedga> 9 0d 19) 4s aneaner fs wows)’ te Redd evide iweoh " oo Yoouprtts Jee age yJ reise wid to aieatto to gated gmeiwe a Bt eeaseat tus itiea #id neon ted bevienat oe 2iexede “todo Mf eivaso vidavup. | aoe 40 aflsw wld Yo anolanodns sighed qiiw @49 Jed? o@ .hdho ede to JOR REDTENBACHER'S badl + & H gal pressure may not fall tco close te the intrades of the flying Luttress. Kemoval of Water drom rect of side aisle. The offsets of these loading sssses may occur akove openings for water, The Lottom of this opening usually either forms the highest point of the roct pe uetea the water keing conducted sek ana around the Luttress to a oyle projecting therefros, or conversely, the lowest point of the cpen- Beal's re forms the lowést point ct the gutter, from which water flews tarough the centre of the Luttress to a cgout.. 4 third ucde of remeving water is ky gargoyles set in the angles between the walls cf the side aisle and the Luttress. The design of the roof of the side aisle likewise infiuences the form cof the offsets of the Luttress end that of the fargcyie. | Insteec of maz- ° > 1 . ) eae a a wea 4 ays . Pek /- Vas ‘ aes ing these of shed roofs, they may te hip roets, saints be arranged as on many Duteh churches, so that the riages ecinclues th the division inte (Fi Z woen the windows of the LA aati’ may have any desired height, extending down nearly te the gutter, the water being, them discharg- ed through a spout at the middle cf each Ley. Gr the hip rects may cone over the Lays (Pig. 277) the water passing direct to t nels of slight inclination, the windows Leing intersected Ly the 1 tottow, or they are also hipped on the inner end on the line o bk (F L}i. rs ? sufficient light entering the window, or the window ney commence above the roof cnly. : Forms of aLutments. Acecraing with their function as loading, the cffsuts of the -Luttress ere generally wider than the flying buttress, so thot the flying buttress (Pig. 279) finds recon Lehind this for itself and for the entire width et its coping. If as ii some rutoh churches, a row of narrow chapels extends around side sisles and choir, the bac waot the buttress offsets are made str- v g on,er and heavier by wings forming # cress-shaped plan (Fi,s. cc, £61), a8 on the Church at Goess. If 2 pinnacle or eroup cf pinnacles load the Luttress offset properly, it must te neved Lack as far as poesitle towards the axis of the vault and be massively constructed; if it Le considered a4 decoration, this need not Le dens, as on the Cathedral at Strasburg; if the pinnacles are treated as not very heavy masses, the gain cr less will rot be large; pinnacles are usually set werely on the middle of the cuttress, ss on the Cathedral st Chalons, but their position is determined more Ly decorative than Ly structural reasons. 4 strengthening of oftsets cf the Luttress Ly wings set clliquely fre- quently cccurs if choir chapels are inserted Letween the main buttresses of the choir, so that the wings serve as extensicns of the walis cf the 1,838. Aaah’ ralegnta of Spwlgitardba . jtws Thagy Lt % Liuob me TB eoAgtet. Catipo- 49 “jite1s tt ih eta) aaeete eae ede apes bedais~% Ie avaestidud: grtyl® «0° oH ade (eh jabiate ait elived. die eeengae giRcLt.t¢nagt rsatettio a mw - ee a6 (bee oi) ‘Via fe ‘ette: aged gins ‘ye ageittid Ynixs? woanes 6’ etedte ; “Vilouad Recs Gan | Begelayy abe die ead: apisod xO Oie-mis pe ia thats odd 40} 4 ter apr "eal. A ey f Le Gabel) 1 Ee Maae ae #6: dg ibed tao ott fo as Mey “gauckiga este ts “pits abquted’ sth oid: gabveol /Aoiiese oiswbdon to een € re (ses, my ae lvha ‘gbik: pie S4t4S9" ee. Re taveuistod. waked 42" tu te do taw #5) “up bvetas: ody i Leiw srmees4y To enki edd 20 HOidSeesoind ett? to digted edg gt inuse oa is eh chewesns . “regi 1duo ef? aed j oietiberresei edd io sixs ‘ . ps :, a a aie 4 eta a Wg ‘ > A aes | widow Ktolsise lo ads. ie.ia te bs. -resi2 gig to eants dud. edd of neisoezib sd peas ont palts $0408 “a ; 4 . 2 oe ees . ‘ y eS ox ae Te , , A ¥ a Se on 2 , Auer i ’ ‘ ¢ r ’ on . ht . ' ® : o ne . ) eas, f ‘ ‘ ' en ; hte ¥ N ‘ —& 1 ¥ va ‘ . ’ + . 4 \ try ‘ ¢ ak oad, 4 \ 5, > \; -¥ ms Pa : , ; Le ‘= r 7 ve ts. ait y heay'cee 4 * me F ra 4 ; ty ay, J 5 a av “ = } P a 7 yj , Woh ea ie eit i a. ; e r ‘ é a ‘ Lip if . as ~ s au wal y a a i 7 f* i = Anh’ Ly rl =] $x z ; ae a he * my . Prat may | 4 an nv ’ ia A hs . ; a SS ae ‘ k ‘ + t w { bn , y } ~ \ K ae ; ASP od i wowed $- n hf , “ i vy ¥ Ay) be wine hot Ms ue MA wads li ae vk Mieaar ] t Ay : . we, . , ; rie t a) 4 ie et bg 1, coal ene : 4 1 yar) bint ‘ ' Mien cal: exor 4 W5 5 ¢ al Py ¥ 7) 116 REDIENBACHER'S MBCIAEVAL ARCKIT&CTURS. pedient very offensive to the eye. The Italians were so accustomed to quit and simple sutdivision of masses, that northern churches did not piease then, The Renaissance proceeded in the same manner, decorating all projections from walls by pilasters; it preferred to connect internal Luttresses, sore rarely external, ty semicircular niches, and thus treating the exterior in an original way, and properly arranging the interior. That it imposed on vaulted construction is an untrue characteristic Ly kk using the piles- ter is to be pardoned, and also that it could not adopt the rude sarly Christ— ian pilaster, expressing the nature of vaulted construction as a rilaster. i YN oy wet TS aa aartoas ei eR betwee ie a. as . 3 2 he, hel Ses hid satuyoa iy te) ci ohed cad signal ¢ ote Sig. hg ae? Uenbiba rage Abe. ye ave dow [sani ons oA}, ato & er Yew to idw. FtEg9 8 149 le adaevo att ‘Brin '* 1 gatos | | toda tetbive’ Ke Sequboss” ete duel. Adin © tog Lo as a pe _elodu. & Stor og. wise y 32. Rattibbs "9: photog. adn) jobwstai. de - ahaha gd Dokbyta-tys” feud” AQ0%- - iG e Jo te hil digken eng "fo ot & 4 Whatie | Peon. aint Legg arr to g@iok DA ee we - Sauborg yee lets: ‘Tsupette ta: Lswpo md. aad. aod: ont int boivie pace ‘tee ‘ otdal vA fpapyaa: to" “de ape ‘Tg. ee igir A 3.byr- och alesse) b POEs FES - 8 . 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Bis ferogy log to’ Bee ‘at: 49 ED) i oni wofiuie. eh soasd? soe or oe ane ne iste peeids vie nn aes ad Sawews Paws qT te o 5S SOLCO A Siw paige, - : | ae : = Nik ‘. wa v r A ‘, wetht ba a om abi tud Tei; Berd eft £53 bead baie bands raed AO Go Ly a) Seles oa sds weone i : a sk Tae ee | “ oes if a tga email to, eunodl fae: 4. bad: ted ad sited “ea ew phi it t gota wails: “dtnw 2 ae af ; maT) ob adhd 4 1088 ives 3 Jao ee a Ble 14 aiohtibbe oN: dely ods’ io, ~ 1 dom, ahd yin ee tie nies “ull ~aadlgo id? vic un pe Hee ate ity MAF seta doo Lio is Ae vesdtiva AE. Been pie ARS ag EMBO as “a sb ytt 19 b2 46:00--q 8 ba sduct T: bik - hepa. Sgt shy i ae os ting Aa he , air | a0 Je sould, ont hae coat! Tibi age ga asyabhaies oe ; o/h ee cy oECTICN 5, 71. General Remarks. ky understanding the forms of ceiling, ws obtain insight into the forms of clan. ‘The two Lasal motives of all arrangements cf pian are the longi- tbdinal plan or rectangie, and the central errangement, which may be e cir- cle, squsre, or reguler polygon. all plang ere produced ty sutdivision, =f interior into parts, or Ly addition of farts to form 4 whole. If it’ cxceuds a certain magnitude, an ollong roou must Le divided Ly supeerts 1 in accordencs with the form of its ceiling, mest slmpiy ty a row of cci- uns or piers dividing the room into two equal or unequal ais sles, produc- ing @ two-aisled intericr with aisles of equal or unequal height. Larger intericrs would next be divided into three or mcre Beiieh which mi cf equal height forming a hail design, or ahent Torm a basilican design, ) either having # higher middle aisle without side light -or one with clear- atory windows. &xactly similer results occur in case of polygonal and cir- culer Luildings; those with a central pier may Le deSignated as t ed, those with one cirele of pliers around the centre as th those with two circles of pliers as fiveeaisled buildings. Central tuilid- ings with clearst ry windows may then be termed Lasilican, or these with- out Clearstory Windows are one with a higher central aisle. The other method, obtaining the a ef the plan by addition, produces aN Sor ) ? series of forms, ail used in mediseval architecture. From the simplest c, the equilateral triangle, plahé (Pigs. 267, £S&)} may be produced dition ef triangles, squares, or rectangles. From the square result isha on APigs, 69,02 { ygon as the basis, we may Cbtain central | wuildings with three Ly 60) the varied form of Latin cross. Taking. the or more aisles, which in comLination with the Latin cross were used in rich Gothic buildings. Princigle ef Choir-Gnding in large Gothic Churches. | adready in carly Christian art are t three most important motives given for coelysenal central buildings, wh faa hich find their highest development as Forme of choir-endinzs in Gothic cat hedrals. Thece are the motives from Pitmarshein, from 3. Vitale at Ravenna, and trom six-la-Chagelle, Figs. 1, 2, 3% parallel polygons with trapezcidal Lays, as in the Church at Otte wayeheim, paceliel polygens with square (trapezcidal) and trianguler bays, us at Revenne, or leetly, like the mctive cf the Cathedral at six—ia-Chap- elle, polygons with englew cpposite sides, with square and trisnguler bays, « brief expreseicn is required to cheracterize for pelygonal choir-end- ings their form and their connection with the nave. If the cheir ends with 2, 3, 4, 5, 2, 7, sides of the octagon, we shall speak of a 2/S; 2/6, 4/8, 1 wg,” A ery , a, ay Lar hoe . + uF >» \@ He ie ok ee en ;* Prt ie y i: 1 re ’ tr hy be? Ad 3: bead — odd Yo m sedawwr oy to odes oft avn ode tebe se sa “ nesy tog ay he @ebie ois eo @ fins Maetn He sacad S ruck ‘paad Pr a wtowmeo fadm, et e¥isoa, S00aves ast neath ‘alstheds9° wild 45 ‘moan log ston. 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Axiw betaie~4- “ae woe” det fe xbs ded off i. thors ink mise .. ¥ EY) ouccpate’ ud: -beos qet sited “ole ee ied 9 ode ‘te 23: sues sin ytidas- « Liz REDIGNEACHER'S HEDIAEVAL ARChIT&CTURE, B/E, @/8, or 7/&, choir-ending, and in general we shall indicate Ly a frac- tion m/n the ratio of the numter m of the sides used to the total numter n of the nig of the polygon. The Ravenna motive is most conmo oh; it is used in a series of French and German cathedrals es the motive cf cheir-ending with different forms of polygons; thus for the inner 5/S choir polygon of the Cathedrals at Halter- a stadt and at kilan, for a 6/10 choir in the Cathedrals of Madgeburg, MUn- gier, Vezelay, and Leon in Spain, and for a 7/Je inner chcoir-ending in the Cathedrals at Amiens, Cologne, and others, The Ottmarsheim motive is shown A Ly the Church of 8. Remy at Rheims (Lubke, 495); in a somewhat different th form in the choir of the Cathedral at Bourges, f-sisled with s 5/10 choir- cnding, the squares cf the choir aisle being replaced Ly trapezoids (V-l- bucTi-295). The polygonal system of Aix-la-Chapelle finds frequent use as a motive cf choir endings in Gothic, as for the inner 4/6 polygon in the Church of heiligengeist at Landshut in Baveria, for the 5/&% polygonal choir in the Abbey at Zwetl and in the Church of s, sebald et Nuremberg, then on the choir of the Cathedral at Le Mans with its 7/14 choir-ending (V-l-Due, II- cha), The same motive occurs in sonewhat unusual form in the choir of the Chureh at Collin, which shows 4 sides of the cctagon internally, adjoined by R trapezoids and a triangle, producing a pentagon, to which are added cereilel trapezoids and triangles. If the Cttmarshein motive be varied cy axianging equilatere] triangles on the sides of the polygon instead of squeren, filling the vacancies by triengles, a form resulis (Fig. 291), thet occurs in the G/& inner choir polygon in the choir cf the Cathedral ci frelburg-i-baden, as well as in the inner choir eisles of Nctre Lane ‘ie ond of the Liebfrauen Church at iiorms, Ii alternating squares and triangles be arrenged around the polygon and the vacancies be filled by triangles (Pig. 2@2), a form is produced, found in the 2/8 choir polygon of the Frauen Church et Ingolstadt. A peculiar arbangerent results from a series of hexagons in ea choir volygon (Fig. 292) Rs o = JE oad ? I 4 for the 6/8 choin ending of the Cathedral at Schwerin, for the ¢/¢c choir- ending employed in ERG Church at Gieriksee in holland, and alwo fcr the Church ot Dargun. fesides sixple oblong rooms, antiquity was acquainted with nalis with two or wore aisles, simple circular and polygonsl Luildings, circulab temples with severe] aisles, and also with great architectural groups, composed of coumbdnations of the wost different rooms. Latin and Greek Cress Plans. warily Christian. architecture added to plans already known the Greek cross and the Latin cress. It alec liked the polygonal building with one or more “% ~ — , eae a . a ae « ‘ * a ee ? fs ae ’ ae Pd os aan ore , A mew ENS ie of ‘es 8 + Stee ee . . ‘ ns ‘ : : . 4 ' _ we ‘ “ f . * Pe a | $ - , ve oe oa Te ie oe &&? , : +) : val 17 & &% ( “oer : oa Pm . 1 UE - eS y wu — « . Py rt 5 Or Pe a < ’ gti } a ‘ae pe : . _ 1 ar tale : - “et ; Ps tor ey wt 4 : ms 4 ie sl Atop? a fae . 4 > an a ‘ 1. ae F ate vind : : yy gat ts a ; . ‘ . ’ . 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Eo oa wt - ae ; Re ; 2a ee * J . 5 > ¢ see 4 : , x - oo >: i) . . ‘ . ig 3 J ‘ x . . “ : : X . - a P Ld ; . f y ‘ , ‘ : : w te . » ; re @. b> ‘ 5 ! . © . , F ’ : t ’ a a’ ‘ 4 ~ ~¢ 2 iW wig ‘ i z y +. ‘ ; . “' ‘ ’ . reer <5 ‘ . a P 1 Settee or : 4 ‘ i ‘ V . 7 i 2 i. . % . . 5 > Oe. @ . “is Rit $e. is, 118 REDT BNBACHER'S “weudtvan ARCHITROTURE, « visles, Tact aliy.phoeneee by division, gnly the (Cathedral at Alte 1 o-Chap- elle being formed Ly addition. Plane with twe ai bles een to have teen little used in fatly Chrietien ort. | Cireular Luildings covered Ly a single veult. of noderate dine nsions are very common in Remanesgue, and with polyseonail plans are not rare in Goth- ic; polygonal structures covered by a vault of wider sp an occur. only in & Gereon et Colcane, in the octagonal Karlshoter Church eat Prague, and n the ig-sided Church at Ettal in Southern Eavaria; the partly erected Church of sehdne Keria at Regehsturg was planned as a hexagonal, two-ais- led Gothic central tuilding, and the Church of 35 Gertrude at vollgast was built as o 1é-sided Gothie structure he favorite mctive of the Greek cross in Barly Christian architecture vas seldow employed in the Romanesque, and only in smaller structures; but it became of importance in Romanesgue as a motive for the form of choir in Rhenish churches, as in 5, Maria-im-Capitel and Great 5. Martin at Col- + ogne, in the Church at Klesterrath, end in the western choir of the Ceth- ‘G eareal at Menty, alse in one Gothic Luilding, the Church of 6. Elisabeth at ; dagburg. The Liebfrauen Church at Treves is a Gothic structure in fora of a true Greek cross, an exception te the rule. Romanesgueé churches with two alsles are very rare, but are more common in. Gothic. The nost common form of plon in Romanesque and Cothic is that with one or more aisles, arranged in form of the Latin cress; all concéivable var- iations from this type of plan were executed, according to local conditicns and to the avrangement of divine service. In arly Christian and homanes- guu architecture, Lasilican plans were ususlly entirely free from 211 re+ CG straint, so long as covered by wooden ceilings; Lut in Romanesyue the sy- sten of the plsn was strictly limited by the introduction cf vaults; two square bays cf the side aisle usually correspond to one square Lay of the widdlée aisle; only rarely as in the aktey Churches st Leach and Heister- h, ere the vaults of the cehtre aisle constructed over rectangular bays: Gethic freed the plan from the vestrsint cf the square groin vault and cer- mitted a freer movement without losing the severe unity of the system. Plans in the Gothie style ere distiszuisned from those in Romanesque | uy a gener- al reduction of uasses of all walls and fiers | (os To mediaeval architecture the Reneissance aed tne organic development | and Rarmony of the plans of its churches; ss already stated, it returned tc Rowan forms of vaults, cut most completely deveicped the motives of the cenirel building end of the pian with 2 or 4 apses received from mediae- vol and Sarly Christian architecture. as for the pian of the church in detail, its simplest form comprises the church ;roger and tne choir. be- w (oe ‘ae okie 3 : bit Awow Ie ile Wis ,eludizeey o passe socrall ai even oft exot eno a bie ; otres 1 eae kg togret at elete seisvensis-s af | yh bas leatgastnalooe dios at badiuay oJ 02 exe" iss aedorude 0) bebbs yileway (818, 8tewod 6200 Zo. 9m tein eas! oo on oniki&tgn at | akoq atiwoltot ety toes eroleted /. > oe _ syubas Dd eslein vers ddiw eaelt & jaelats on: sity avis £4 3. yeleds. 1 ae a iweleis eos ‘dads. Som Aha bee ameld . 3 ) elake ebia 3 “apidsenyy Sue UB yelowsao to wistnio 6 Bis aeleic ators’ Adin. ettodo. io es”. ). WANT, capes! bos ir “BtoNO8’ to @neld .@ ‘aga kbae~tlode metus a: net | vt ied oe tA ei gals djiw aedowidS $f eel oobi abe Minne vars te: edt doidw ai 90638 otf al riode sad. asi. ad veo, atoda oat. 2 128 bak guoved odd-.30% Jedd gi aveq: ond bas y baonpae gagakoibs -fpasiia o at Ii dad ad coe ks ovgal 6 as ovis ate t: deelg. Hote sieceninmaag dompdo, edt ak beos ty ge tedr ag Le enh. shatjino Vtewtias of sa aed tegedo edeaages’é Sait Peano oJ aesag. eeedh Ly nl? blooy 5 i, 0g toteeisie Jeutlics end mort vbserle aunth Lend 2%8: leases ate “a ker Hi ' he a ase" pA got llenk.; dele Rejgenaoo, ts “geiaed "0. vadging » 4g hea ae shied | dol : bas. Biteanob Oru: wag. {rose coghiad Yeledicand. «Bene feg asia’ eet) ‘baw'ytto susto Die . Cadguee 10 aley odo Latigaadt bas. pas Leg sa leqade advaz | 88 mods ttiw baloenhoo bite amd onaeh ot. ano J tbbs, ad em vad) 10 ads ome. dud: vlosude: of of bentor yéasoo! jon Rad. ann. ‘yee weet: Mis: io ‘ie oven sand eune 7 ts Sebnthe on ies ba feietes ade nt ‘H¥iweigde be Bee, vs Bee 63682)" Tc -edonudo.. regs t. ai te ly ; “pas sotowse to efgtaed deo igete oeedy io dias deers ehied dads ait, eons oy om on told Gd hevags wacoqily aie to Agebosqebat ybouddite! ak as * Addn sinete has asiazuds 39. #10: s2elqate . eee « asd dea? meds nate —s of ac: aats elgasxe UAL af. ae ; nM LEQZLO. “9, OBS Si of etal nt ebitauh wi: feoiatiog Xi leieoges ‘S'is afeyedy , wh iuig ato “eupawis a ot. whiten bat ade leaee yiok ets to fegedd edt to Molteding ni etsy: te wtolugeae ‘ yak feaogy lod begolape. eiAsad 2% asm nats ah WEI iibotiogos. biti. ite Lea (Mike iors #8 W900: dud ‘sites BIS Beng te La gaeiid di leqesa Be bas tia . se Oo BGA O45 Asagzasoo’ bas * Loabgexed. Wsied ford - wiitos in}tga-ode wt due 08 ‘40-420 to. potsibbs: ‘ys ‘al ‘eloqedo wavdd ghibiiosne: io. ‘ghow tae gata eat Fase ah ft, neteen at rip 6 asia wh Sad hoiorgl hail 26 os amon. pip te py’ a % ye +e 976 sieate mot tS ‘wets ae a: i 2D. fogs edt as [low aa WROBEL aL) wot siviw ool cms a oe eetas dew gturdeadgen: Yo La xbod te aithd ie! (aay éleedwi ls) i: Mabatedd-asiinios is eae aie ar tHe atu Bos pe res “A . : ye 2 ; Ser Fe ee Lt ; ; = oe ey > . : ' Cee re te gies iat d Bc 3 fe Usk, SETS? ae 1a cree We. — J ’ 4 ~ 114 REDTENBACHBR'S MEDIABVAL ARCHITECTURE. fore the nave is sometimes placed a vestiiule, and Letween it ana the choir is e transverse aisle in larger plans. Interiors with one cr more aisles are to Le vaulted in teth ecclesiastical and secular uighabablar dak and one or more towers are usually added to churches. we therefore treat the following points in detail:-- 1. Plans with one aisle; &. Plans with two aisles; 2. Flens with three aisles; 4. tndings or side aisles; 5. Plans with more than three aisles; ¢. Transepts; 7, Plans ot choirs with choir aisles and a circle of chapels; €. Unusual and irreg- ular choir-endings; 9. Plans of towers. "2, Churches with Bingle Aisle. The choir is the sgace in which the clergy remain during divine service, anc the nave is that for the devout multitude. The choir may in its sin- rlest form serve as a neve also, be built as 2 chapel adjoingng that, or Le ehtirely omitted, the altar Leing placed in the church itself, The choir would in all these cases Le changed intc a separate chapel. Chapéls in general are Luildings already from the earliest Christian per- iod kuilt in memory of saints, or they are connected with dwellings, cas- ties, bishep's palaces, hospitals, bridges, ete.; there are domestic and castieé chapels, palece and hospital chapels, or country and churchyard chap- els, or they may be additions to churches and connected with them as parts of churches; they are then not locsely joined to the church, Lut are includ- ed therewith in the general plan; we likewise arrange them with nave and choir in larger churches. | Since the esthetic treatment of these simplest designs of churches and shapels is entirely independent of the purposes served by them, we shall consider them together. The simplest form of churches and chapels with a single aisle is square or circular, as in many examples from Romanesque and Gothic, Homanesque circular chapels are especially common in austria as sepulehral chapels, in imitation of the Chapel of the Holy Sepulchre in Jer- iselem, and repeatedly occur in Germany; Gothic esiployec Polygonal instead of circuler chapels; triangular ones are rare, but occur at bruck-a-ur snd in the neighkoring Breitenas; hexagonal ond octagonal are more common. The eimplest mode of extending these chapels is by addition of one or more apses, semicircular in Romanesque or polygonal in Gothic. an interesting exanple of a Romanesque triangular chapel with semicircular apses is found at Planes in Roussilon (V-l-Duc, II-442, 444). Square Romenesque chapels with three cr four arses are the Chapel of 8. Croix at Montmajour near aAr- lea with four (V-l-Duc, 1+445-447) , as well as the Chagel of &. George (allerheiligen) at the Cathedral of Regenslurg with three apses, a square room with four rectangular wings occurs at sSchwartz-Rheindort, 4A square a A E HONS | aEt ge ah a oe cg aie 4 Sit ‘Eloqeds. ottzeh emi. dg taeeltb fi OSH abla Aed a cal4ied 6 Ys Legedd oft} ae doi ‘wily By el eli pritieiss siaersd oa" rpg BNE one: aaa as Git dvtw {t BIT. Yo? el bss yi | Spa Ae? Ra i v7 * Ae at Oa ier: “ibis \Sdeen ad Plas ToqadD tadipoit ip sak ois, fai. Ad iw, “eTégedo tanoigewad to Be Lgains™ wie alt 3968 inked): dior. ete phe’ ae tL Sto? View) gieieasyar’. Resi . Yor se Seat } a Se ou ‘fagedy wfteso- buthtundd bay aflg pete y-ses il? mw mo beg re ; 146 REDTENBACHER'S MEDI aBVAL ARCHITECTURE. Gothic chapels with a 5/S apse are the Chapel of Regiswinden et Laufen on the Neckar, the Chapel of 3. Barbera-in-walde near Dippoldisweide (beit, Taf, Fig. 7); with two 5/& and two 3/8 polygons, the Castle Chapel at siar- burg in Hesse, (Beit. Taf. 59, Fig. ¢}. axamples of hexagonal chapels with apses are the City hospital Chapel at Hof near Regensburg (Beit. Taf. Fé, Fig. 14), at avioth (V-l-fuc, II- 448- 450), and on a three-aisled plan, the Leautiful Castile Chapel cf co. athies at Cobern on Moselle. The Fountain Chapel in the Cloister ot Meul- A ide is $-sided, and octagonal chapels are common in Gothic; the Chapel i. at Laufen in the Salzkammergut is square below, 9-sided above, The Czs- tie Chapel at Vianden is 10-siced; an 1l-cided Luiiding of the trensition style is at Tuln, and le &-sided plans are not rare in Gethic. 4 further advance in treating centrally arrangea interiors is the arrange- wont of four squares arcund a centre] pier, as in two beautiful domestic hapels at Regensburg, one called "em Remling” (Beit. Taf. 50, Figs. 1, }, the other in the Gasthot zuu-wels ssem-Hahne, also in the Hospitai Church 1 at Cues and in the Chapter Hell of the henastery at Bblerkach (Ungew, Figs. 7&, £76), In the two letter the interior is ccvered iy a star vaultd. A still larger central chapel or church interior requires subdivision in- to nine Lays with four piers, producing a Ceaisled room recalling a byz tine pian, like the Castle Chapel at Conaustaut (Beit. Taf. £0, Fis: 2). interior is extended on two opposite Sides Ly three semicircular opses with hreeé niches on each. The simplest room is produced by arranging two square vaults ceside seth - other, es in the Romanesque Oratory of the apeot of oo. Galt at Me) oe, then by arranging three vaults with cr without a choir apse, an arrenge- nett usual in wany chapels and smaller churches in Remanesque and Cothic, (Seit.Tat.49,£0,66). Two rectangular bays beside each other form the bas- al motive ct the Castle Chapel] at Freivurg-a-U. If the cheir apse occupies the entire width of the interior of the Church cr chapel, we then obtain the next important form, that cf a Gothic chapel with single aisle, alse of churches and choirs, whose Tinest example is the o.Chapelle at Paris, Dimensions and Details of Flan of Choir. Rules tor determining dimensions for such plans of choirs have Leen pre- serveca from the later period and are interesting. If a ke the clear width cf the choir, then 1/10 a is the thicsness of the wall as well as the thick- nees of the Luttress. Its projection is 2/10 a, twice the thickness, or this may be made equal te diagonal of a square with side 1/10 a. If the Luttresses are omitted, assuming the test technical construction, the €x- treme limit of permissitle thickness of the wall is 1/7 a; also diagonal Mae MP A EP Gee emer, 2 Tyee s ; ’ . me ghee ad, at abs ae Adie ousuce to ji eh ee te ol Luge te aed. 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Bh ee SAAS « tythe.te 4 ae duis’ 190 ek as, 2W8is ban ZaUh Melby (yas i Bidar oy. eit Bs bog “anh - to seals : 0m opiiié a bd 2S wer 2 revi ich ae oS Re ; : sole SN ae } PAD “Gah 2a. dQ | So tld to SU tas ld” 9, sR Bakddmoga tawids x0 hc bse tints oo: me saree ores ae ” — ad} . Wohin 912 $0 Atoka is we oe ee Mh ate toga r as £ Sep omc fy booed ove ‘ ee Comey } Caps fs - aaniie ih bene’ er swt isis hey #Q0Ain elih ; é a rae R oe 7 ‘ 4 Ms ee: reer, "2a. peaot uedody 6 ae Saget We Pebiw gndes xi saadto o49 2) ' wate ae - + Maks Bi at oni oh re Gi siag ubied ting qed a3 aT iv fete fe ‘2 lg a i ap da mh sag a. Gul. notte dont ad » “togpayee ee teh Load es ah 149 dbo: 43am eae pd. ay . Ph jow. spite 4 ee :s a. ‘ hi on Fe pbtiar saitjacs ‘ea: a” 3 hawa oe @ ‘tiogo' pie wid &e Bett ved atd..to had dieitsi ap 39:4 fobiLe* Lan? tute ee ans dake “bowot “atts eointa _ a 40 hel howe ai hag ae elle paneg set S... Od, Aga ay wad | 1 peas x ; aaperere todte re eer, ee sh LS a bevelqus i YiYuoue Jusibegxe ae , bes a ~ Fe i. iM . bea Yiaeo, od ie api wage shi si ‘bite- Sah Siev if et peut ich bebgfiaee. os anadoh 3 ty de twAS odd a6 ac tae aes nnn aenik baetotanoe of seks yon ae eae Ms tin Lekoe se a ee VB. 1 nee? a até REDTENBACHRR'S KEDLARVAL ARCKITECTURE, of syuare with cide o is tc Le taken as the extreme height ct the spring- ing of voull. Fer the ofelr poiyzon, bie span veult-rits equals the half ciagone] of golygsea, and secording to the same rule, the prejection of choir Lubtvess increases dn liag proportion, cince in: Pig. ea, ab DAL TS ues cn ancther rule for tie ppojection of. the buttress, valid in the middle anes, in S0me measure corrects proportions vy the preceding rule, and is thet cinbed cr reund earch te divided into three cquel parts a a, e agi '( Fies, £96,262), and the projection o t be assigned te the tuttress. Fer tie round erch, the projection of the Luttrese will then Le one-fourth, aud ter the pointed arch, scmewhet acre then one-fifth the span. ~ \ Al] such rules give sufficient thickness for small Luildings; in lerg structures like the % Chepelle at Furis, the projection of the Luttres J at the tlecr, together with the thickness cf the wall sf the ciers, is clout oneethire the clear span ci the trensverse arch, “Lout. Lwice the clear, width of the. roos ceing the Leight of the wewite, Cirched} gregecting tLuttresses are advicable, since they net only increase the effect of strength in the genera] appearence of the building, but iike- wise perait slight vrcojections of wolle-piers into the interior, thereby sce and stone-cutting. It will ie sefest to eccurately construct the ling cf sugcort in the different cases, end then determine the depth: of the buttress. ws nindowe cecupu the «entire space Letveen the Luttresses. when designed tc have rich stained -iess, as in acet. French Luildings, cr it is intended t lor either the surface cf tie windews or that cf the welis te decidedly the sice of the goly,on cf the cholr is tak- + predominate, se shen onesthird en oh es the width of the window. The width of the’ different divisions ot the window vorics Letween £0 and © inches; windows ct the older Gothic Ludidings genersily have broad glazed speces, which sexe the tracery sin- cle end dupceing. The widdie window cf the choir is usually distinguishea trom the cthere Ly teing wider or deccrutea Ly richer forms of tracery. The interior aay te wade wider if the Luttresses pertially project in- side (Fi, oj £87) phe v2lls then being soved begets 4 snaller external rt etch cf the buttress then cccurs. walic may ie lighter, saving meq tericl]l and work, if niches are formed in thea Lencath the windows, er cn the extericr the windew plane is set in a recessed ciche, as in Figs. f52, 224, en expedient trequently enployed in Gothic. both methods ot reduc- ing wall and enlarging interior gay be combined (Figs. 296, 209, 200, 201), ss on the Church otf 3S. dohann et kaestricht, end these niches in the iater- icr may also le transtcrued inte complete chapels with special windows, as ex str vega selina . > stows | d2 as ad teds thease: moor edd ‘Yo aban wid: nd: ialgbwe 49 | set st ls site ede (308 .gi9) eeu Yeolqniv odd nt oedoww 10, 24}2 vw. ~ ttahe qeyuel 6 12 ‘at inde to quotg 6 Wékw ,xleto a47 “to en done at Byztup 19% Libbi«’ oid al tea ow swobniw siy be reer) ite pad to obla x ieee Sathne ons ag ote io PNG wt: aan de “ato beabally eat toes: 32 aedd: ihanaeiont ods patiley ‘Yo ves (dyed AMBYIAZ wnd me } (@4eP s fiove to Hoste tieda add abies S eude becolque’ ylisuios 9 ~e webts add ia a P ied “wRatbae~siodo. 1 Ode BAY. SNe: ene ta > a ; to3 J6 ! wild gen? qgdyel eben’ of Yom yet 3 vin one: te eveew tates. wid “stud abodo of betikiees e1ew aroizaenth ome wis 2oy6 elbbim seist ods at bélonants be bedeime od node bluse quot ait javeaeat ius, wVGd bas ReDewyd, : ? ; wwahgh isegys sevens vied dr: git Ol wate es" Weds oie! oa ibadey is Aoivdd ot? ‘fo xr0f tesal got yes te hs: suk iA Po oad to drgaol YS eteces. 10° feaoyh a lswpe’ ‘vlais vit te J eonege eis. ny Se ai o “Yo Buonsoids edt obiser olfesivbs wwilio ya ai. 12. J a & Vvaioupe 10 | et dtiw qdtonod. yivede of .ySd te ‘di ynad od aoiys wogoty ak. Sasq odd - days “ged to dggnel wld TNE Gs Bi wot? ek atas (ayathiiud bio at yewaeasad dul “ os bits ,Tottesal ead tor Jaa txe bwataeb ony ‘it “bag gab ayodk to Foss wa oat i. He i Sak of ‘qedaer bluow ards dois ‘edd Yo sons WEG gs aedoiy 6 atasde * ie ayes matte sagt: " | bond? fede on Ad gael itevey 8 sob bed@iaimid acds - mere: | ae igual 28600" “stipe oud ot dome tt weqgiedesyenls bigos ..- cal eae ede Usual ec an "evel “bis aidid te ibond wlagnciovd >: Cor can? canis besolsns: @f tioit> to iowweto reiegnsdoss ¢ 31. tus put o 10. yteoe yi) aaignd OAR $e aol ys ages te begaatuc wi liin ; ‘dent? ® | jad wat 3 POE fad er. to pete baad as fea od Geol. , ae a F ; it he Ls Yen a at a NA) BS ij onl ht i yam T ant Stud “[oirteixe ahs nugen tos alsvivds é - “qeat02 oa? Re: dueet ‘ogy Loy. ‘gay to deb te Isupens 30's iehh.wobatw: - alias ia inlets 8 yateot oF eval Alods si¢ to avaau'nt aud old pont: > ax ReDTBNBaCHhek'S KEDIse&VAL ARCHITSCTURE, ch the Church of S. Katharine at Opcenneim. If we retain the principle of errenping in the interior of the room as many small shafts as there are rites or orches, in the simplest case (Fig. 202) only one shaft is re- quired in each angle of the choir, with a greup ef shatts cr a larger shaft in glace cf this, on the exterior of the choir. But since the Luttresses e' a’ jie in the direction of the arches and not in that cf the rits, the intervals Letween ae externel Luttresses would Le unegual, as well as those Letween the internal shafts, so thot d' e' is greeter than e' d' and this is sreater than a! c! on the exterior, if in the interior ac is made equal to o d and to de’, then will tne single and grouped shafts have unequal distances Letween each other, if the polygon be laid out with.,eometrica! securacy. Then either windows or wells are unequal in width on the éxter- ior , if the windows are set in the middie of the wall, or either unegual window jemis cr unequal sides of the polygon result, if the forner are nade vgual. The length of bay in the choir-ending éguals a side of the poly- ¢en with reference to this relation; cut since the length of Lay for a con- slant width of the aisle diminishes as the number cf sides cf the polygon O is increased, then to harmonize the dimensions, we have the choice of mak- ing toe polygon irregular, of taking the length of Lay at pleasure, or of making the choir polyzon of such a heii. that more than half the number oi its sides are actually employed, thus erranging 4/5, E/38, 6/7, ete., Gt BLY WORE T RIED, Sto. | Ds eidingee | Since the buttresses of the choir heve to resist a smailer thrust then the Luttresses of the nave, they may Le made lighter than the latter. But in the leter middle ages the same dimensicns were assigned tc choir but- tresses end neve buttresses; the former could then be enriched by pinnacles, elLe., tG moke their masses appear lighter. The length of bay for interior of the church is usually so taken that ibe span a b of the aisle ¢quals diazonal of square cf length of the bay, or eguels 1/2 ab, cor in any other advisable ratio, The thickness of well aust increase in proportion to length of bay, to ensure bonaing with the Luttwesses; in old buildings, this is from 1/6 to i/? the length of bay. The numler of Lays depend in the desired extent of the interior, end to chiain a richer appearance of the church, this would rether be increased than diminished for a given length, ac that three or tour rectangular te ays would alweys Le prefferred to two square ones, Rectangular mending of Choir and Nave. If a rectangular chureh cr choir tLe enclosed ky a wali, two Luttresses will Le arranged at right angles at the angles (Fig. 802), or a single bLut- tress be set cn the diagonal of a square (Fig. 804); the buttresses first AAV ENS SAHA ENS TORT art ve ad yom ue (A ae Lisa edd % Aohdnnad save © mts aves) priest @lMensads Jovsst biodts oy vig J. m0. turig athodo.eds 30 klaw gntgologe aietesr ott us. | we tewe? wsiditess to wot Jeno.) nie alee ie ‘giiusddgnoise “Ot Jastingxy. edsiagory a hes iar od a8 28, 49 OL0se ail OF Beeoos to% besiupox’ BIQWOS sanDLi8ds Te ae 3 | « sist edd sSoasorsios adi 42 in - Ge Lyne’ tess ow wid 20 ene snbiels ytad - tis agent sud eds M9O"Jo/ baaiod (Qe Agi?) & elas wily wf Duele yom tee) ts .9 te asagottial | edd neented ir | 2821s dud gle ip eke wd fo iis wid _belgeva yisa al e1as2 bas iti Lidid twa MG 9889 doe Gh-ehooyod 3 lietet ade ioe neds goetta: OW beyns ris ois BteKod eesorlese ov! ,esiewwde sition eivdo .836dnn vbya tb eit eved (00 6 Jo Snenvgasim oA? SBT Mae baods. TOHOTIAA, od, Java yod teakd eit to wobnlw ais dade 6 i6 Jedd Sie obuiw ted ¢ Jus aS you womeniw dauit wat ‘40 ciheaiey toAJo. $4? do wail) Bee ewan «| ; ; SRB te. dethedsed ay) 0B) sovelt dire aigtd. to iotdoonne2 in Bee fetljeuta ‘odd. ddiw emis. tt Bp wits verty twdin-salogyea ails = ae Ag edt Os peecoe sevig gi “tedt ek Gttases ciloinya sxodw:,(4 80¢ eet) AS } gon ob ow 3 >" petatdeles ai tise 4990 Jatidd Yo donnt td odd stedy wlemte qe: oie, evan beta. thoda dedJ 28 thew. any to: SS8etROLds etidne ode gidt ert). vvEa ‘bas stodo awiideze) J98aHe9. Od dsitw Vid ,8tehy yaltostory vd WaSe'L babia-sao. ‘dg egogqo of J 6 ‘dae, s goubotiag Ot tego%tg ot bivow Jf bale ess Ma bettoqque tuddiy af rica Tada, Sf vdT we dix Sio1d 023 29, pares Sf 32 wisn ,eakeriage ots ot w bedse 13 ‘uly wife ‘2t 19 sik issen ioe iL sei ’ . ¥ a ne @leit0o ao BdROt di vie 2 8 es ; | Pore ‘wal dd Ev evdown ves “’ 4 ed one rates beiaie sn avilupet eo6 4c nt esseuond af3 2424 "e dav, TLwdHs. Mo te dt col JboIs 004 ge bad ce oJ bivaw Albin saves ne ye & te edinde wiibas-riots add ,eedoqmdo bolets-owd al ielaks wis : ion dgiw egtowds baiese-ows as yite tae gqae 629859 Yaar AT +VAIMeZAS 149 aiden - ‘to. bay ‘dove to” bas Ly ah ailbasertiote % ,elate she Vote BAG Hem | O% ati? dbte, taupe i? selsis dg.ta gaabigod belate ond at nl 308 p64) ebais. © domid ode Alea Menght 673 c.88 tied AO 3t4). ahehas aiodo ow} wi bae a matte, ad. aod fra ari oils old fewwtes xfyne gifs Of ebeuts Je singed 2 to or). hE avgaed gs. aru 4: tabwid wit ai as, hOrs. gti) tenes vosotista cs «i os si kol. ie Momo x40 26 oe (ETE 34) yeagiowa a ev yas ios 63 "fate. at -aatis i Awewted bev ieaid., ad ee MWogiiogetede lene @ is baat S ~ow edd ig sigh sist wt how), usweed $f dws ietweteghlion ed) ni : "e pint fe Ane, wae) ) ai ; mie Sle ea pies begacda oJ Wea dowdo Lolade Ae aye i sah # IN a A Pa we a yt A ae Par . ot snezegne'iis dosds. ob Je yi iemoge th: tee oeettand & te bas wis dy io, 116 PRDTENBACHER'S NEDIaARVaL ARCHITECTURE. tcorm a continuation ef the wall (Fig. 20) or may be set tack trom the an- gie to afford direct abutments for well-arches (Fig. 206 a) and to strength- cn the western enclesing wall of the eheir, chureh, or chapel. Location of Staircase Towers. an apgrotriote expedient for strengthening the western wali is supplied Ly staircase towers, required for access to the attic or to an organ gal- lery. Taking one of the western beg with its Luttresses, the staircase tower may stand in the angle a (Fig. 3 oh) formed Letween the buttress and ine wall, on the axis of the cuttress at L, between the Luttresses at c, or at the end of a Luttress set diag ‘onally at ad. which arrangement 1s pre- terable depenas in wach case on suitability and taste. In many Austrian Gethie churche ern feeade. The arrengement at a may have the disadvantage, obviated | that at b, that the window of the first Lay must Le nerrower than those cf the other bays, or the first window may be Lut a half window, as on the gs, two staircase towers are arranged to strengthen the west- Cathedral at Cologne. Connection of Choir end Nave. He nave Le wider thah the choir, it ends with the "triumphal arch’ (Fig, 202 b), whose symbolic meaning 18 that" it gives access to the place where the triumch of Christ over death is celebrated". If we do not make this the entire thickness of the wall, so that choir and nave are separated by SE ge piers, sat wish to connéct together choir and nave (Fig. 207), it would Le groper to introduce a rit at to cppese the one-sided pressure of the choir rik col. The triumphal arch is either supported by piers Le= neath it, or is simply treated up to the springing, wiere it is richly mouio- and rests on corcels. 73. Churches with two Aisles. Hirst the increase in spece requires two-eicied churches, and then too creat width would Le os bad es too great length of an interior with a sin- gle aisle. in two-aisled churches, the cheir-ending admits of a special arrangement. In many ceses, especisily in two-sisied churches with wide main end narrow side aisle, e choir-ending is pleced at each end of main visle (Fig. ace), Ih two-aisled bullidings With aisles tf equal width, Lhes¢ font gy end in two choir polygons (Fig, 209 i “bed toe ve 67, Pal? 4).«8 in the Church L~] 4 of 3. Sophia al rresden, ana the angle tetween the choirs mey then be Tili- G Ly a staircase tower (Fig. 210), as in the bruder Chureh at Kampen in Heine Ly o sacristy (Fig. 311), as in the Churen at Vollenhoven in fiel- land, cr a vast choir polygon wsy Le inserted Letween then (Fig. 212), as in the neiligenseist Church at Passau (seit. Taf. 67, Fig. ¢@); the two- | sisied church may be changed inte cne with three aisles (Fig, 212) as in ea yriots pee “19. jenit 36 sow h ba4 ‘wild ) ponte Ya morivreds. Berdraqua Bad evsa. 12 ot) Mii: ston. eNOS 3) iesiolnenlih ed. wen slagedo iauosexvr void? ay: nm bs, itt Wo atluey: itforg aeiu gna kad aitiv Aobas dit beitinngue x 2M BIs: 4644) ie. pogecid tint monaco & -x9 - {SEE iD) absnKed | edd to edbis: ‘GWE dite gana : Be ; ths 8 es bebivio” Liss 6 Atta. goog. em. de abas fie dg bylatesar} slF ,{3fe : * Je8b4y od bLove GI-yG-2oor fei leteg: “aus BS. 40. jock Siguse 4 6 RE Qednees 4, (#48 wo as (OES) gt th 4edzo toss aati ‘Beds Way2 dts Wedd “Stoo to 96 ate a se 3h) hae Jee wdd do. dediuuot bedoedioo 4 10.06 sbudaeto ee ae Revite & oBeds Yor winod iybas L Low. nh. gau iebhis Js dead ved JA peas: eee: audd bho niedeer ‘eis 40% dex ohne. el. opined es (ust esakbneeabods. ‘t =ie ue BAe his 3 | ealeia ‘oom? “AlEe Ste Id: AY he ‘ 1 eT6W west ‘oft rere dapeoning i th, be gue tis 68 aaw Me Eg by mie oi -. efbbin od?’ te. yak: ner, 23 - walbegyperies eleis sbie das “to aie’ ow J p08 to piney’ da ‘eben 4liaues 4 ao hyte: pidiod ba ‘nots seneda ele. gay ioddo bas oii iwmyousd “ited 2 opts. bosae sw ois 80 Lin” ob Ea. t. olde lige te a) Losy. akory: weeps: ety. od baggzentes 3 +P often dude: ad tue: Rha y q ee Raat beleie-%. Ritts: Soiadis. Ske to. ayad Sieuoe Betis i oe Wittig | ee eu bisow- (syse FSS. a2T)N & a % 9. bog: Bow He yas Fou B. “od Lave ia a ‘a e edeaehesrue eiaT 44 2 a dg wig betsongad @ 32 a5 ie Stuy s foeties 882 een ovbt sesdacig ef) -. (AS. oael), toate jad ‘egos at oie” wren adh. to kad iets’ otf oeslete ead a-neds>o4se-, et be -aodouudg 36. wud “HEB ge, ab. dogtn ,atea Yo " be fe a) wk #88. 0s taro | $6.20. sotto aves Hid tiers als to ad Lig toa nas ‘ah raion’ aa’ Re Bey We easarieg | eg pyas hg ‘10 Towod shale fi ed behwol at aged due ai ‘ane _ edtioved yee St00% ‘edd : oluer od Atal Bu 40 pines, ‘s asd abr r ‘dd VtaHOT. .tewoadt atodogn fh aviv. SOs GatDD.. Sehice f- to” ua tot fetdwvowy Aa: a at 8 eleie elbbix of ebie 363: : 5 be. hier ist” “bd ldungs kad ~ Sits@-v id Sabai dlotdw vasgdausny bie. ays, to. sudaig sbis vid: ligt as digs” sita. Je. by ) - yd debhowes od Ya modtoiasaes 2iit,- wedge: ‘pony aaitd. “vtom dlée kaaly a ‘ke; bie, ota: BXYed wmnupe: gat aueacs has: anol, Yisusipittue aged wad godivn.. a and Yo aslg. add ¢d bexkt at ‘elas. fsaavee di “‘gedouits at - vad? to dv yi i , ete coment “be. Atihee: Sod: aosu iat. oe be" aoot selon Geads bad: a2 jusamad. 2 e.: e suicide ‘te todte did vl matt edt. nae éviate dou - 467 pikoaertiods: wt US asise” os Wed tonyle tieivomm 12 | ya rede work Hosst. bepxi- aided Mog | ontag APE st ) -astaie unis Re eS ek ee qmuenaty $0.4. 5. xEt of dabw am. fie bas: ae Mee “Ol set ws ro, mots ‘ | hi AD sieves to Ienogadh. eleupe elais . wad. to. Aabiw ody tha 36 oor wxauads: -- Ce iaclbateied adel: Attot sfS8. 92D. feky, ‘i Lids 6 whale sysnis oly; DEE os eved. ot oes elas -obse - dada. 9H st dus aguas arty sail». belo. 119 REDISNDACKBE'S MapTabYAL ARChIirCTURe. the Parisian Church at Enns; or one choirpolygon may te pleced at the cen- tre of neve ond separated therefrom vy a triumphal eren as at Nemedy, or the vaults cf the choir end nave unite, as at Bornhofen on the Rhine (Fig. Three hexagonal chepels may Le introduced es extensions of the choir (Fiz, 216), a twoeaisied interior with triangular groih vaults may vermi- nate with two eides of the hexagon (Fig. S17), or a conmon halt hexagon cr gHother colyyon way Le taken ex the choir-eneaing for teth apenas yee 242), The teo-aisled plan ends st the west with » »al], divided ty 6 Lut- tress; this buttress is loaded Ly a weble tower or replaced by a stalrease cower; the tocade has a commen or a douLle gatle; the roofs may be eith- cr treated as @ single roof or as twe parallel roofs, te avoid toc preat height of roof, then being separated trom each other (Fiz. 319), as on the church at Vollenhofen, or Le connected together at the east end (Fig. 220}, -on the Abbey Church at Kiddelturg in Holland. some of these neotives of are -endings woy likewise ke empicyed for the western end, thus pro- cutuliar foras of facades connected with a western tower. 7. Plans with Three Alsles. two tays of the side aisle corresponding to each bay of the middle aisle; the early transition and Gethic styles usually made the vaults cf the mid~ Giu aisle hexapertite. This ratic of 1: ¢€ pf side to middle aisle is most suiiteble if side ailses are arranged, since toth hexapartite and cblong croin vaults with ratic 1: & correspond to the square groin vaults of the side aisles (Fig. 52). Gothie architecture treed itself from the restric- sions of the ratio 1: 2, and if we wish to fix 1: n at pleasure, as 1 square reot of £, so thet width of the gisle ¢quais diegenal of syuare of length of Lay, retaining square Lays of side wisies ond g-aisled transepts, wo should always obtain a regular plan (Fig. 221, lett), less severly re- stricted then the former; Lut if we wish side pil vt alse to have ollong vaults, a rectangular erca at cet g K(Fig. 321, right) would Le produc- ed at the angles Letween the side aisles of nave and transegts, which might tea perfect square ak dgcr a truncated one ao Lb c tf ¢. This also occurs in plens with were than three eisies. This restriction may Le avoided Ly making the bays sufficiently long and arvanging, square bays where side ais- es of the neve oud transept intersect (Fig. 222). This preduces five kinds 4 4 ct tays, which is agein true of churches with more than three aisles. The iength of Ley in churches with severel aisles is fixed ty the plan cf the transepts, ond these relations also influence the width ot windows, etc, The length of interior of e@ church with several eisles aiso depends on the le S-aisled plon wes so arranged in Romanesgue that the bays were square, aN, rs 9S feat noni ert iia a2’ Dag ipatoteds inser f yotsiabssoes, Sfinet habia ‘adonits Lonttoten teangge ai Re MUpS. oo soe bindh lr to padbae =. 3} 3 | a so} Ys 128 bi ‘ond aa’ 98 ys" a2 ag buwit bod aupeansaon vit? saalbe obi off toate Ofdia> ets nt so pelo ielisag Vd oleie ete. dono to Ofe RE Re (ESS gt) S5he yi odie. Neeaty sas eweye 19 eacnpe bax clewa as) |. adseand ® 9619 beyo iotub’ hom wigs Aedes IwhSO OS yndswe ie. 26 wtsd 2 v~ eta at vega. eins fgatogbe segs. (eaqiowbt] B49 dott (ME: tt) viedo #e1ouDe ¢ ~~ eb oor abodo yteuce oad Abie abn @i@is oltbin s42 bas betdiac SHAT 2 4u08 , Vioe Beis 4 isola 4 ohaund) - ‘bho The fete JS 4s. Ape ytusel!t Js or (386 Bisidbed hee te: leis: Tiote: i tie gent at ag 74 88 27. &i-ylise Se LOO > ad o6g8 give ott. bayou S20ditnoo e1e ks soba wid : pr esi (iis SHS"? a4oliuoe at” latbedoortin’ te Loedote 2 ai gale) Jive a, 6 ai Yhedeed ai bavot te41it SPisate rtieaess ad Vomeaten f * go dite Las | beqWLOTy 2h Guibas tEGHS 403 evita tot loan mbes tit gn cF Fath: Hisiguvw Jair: qoiot je aults Oa <2 Be ote 4s. Eat 1 O02? 9 GEots od) sted GObE eet “ita wis IeS1H je “AOMAD ead ond: cae athiee Jo 4 EMR 2 40 BADLY Lei dissed ens ocubde, ot wiels atody ts. set} AdER boas! 4 ae q 4 i a + a Waa d tu . bei i Tie é on as eo 30 : Oo he oh i S1IS8 oy i sBo $2 : 3 Dae “ iod ; 34 a wih f ‘ & 0 a8 iy ear Ni eousagksacs oer vd. alate i Bau. Sul-, spate: ak fou. i ~ ae x » PASS Bn eosla fs $i sid. FP deiat etegh~ is fusas th saa 42, mar dn r lo ise ae - fe i: tae —. ya bouts on! 3 ig + 3 Pee A, OF) wiser er dt fedd-21 Galbadsitlcde. SAP t st aie, ekiiek gil pais woit kabouby'tg. A aiodo feamagy Hog. ‘ tire. eed Ve i mivosiolads ss ’ Sinai" oft SUL Lame ge cr AWM Log Whe wei ide As tesa i Jes erm Oh gtd “einige end tuod dia *o itty (88s. SSS) .gudbaomstgle. Lat. wi at Ae A AVODVSRS 604 2 Ptal Pais at “bauSt 22 -eiSits-“vor bu: date. B8Riee Chit to sits ie saat} bt Pat Bb “Bao st hog: ‘pashan 3 heed itd SS Sy Ri ytdseTe.e—-d6 | fi iit kL git mw JU ; sae: ‘ae ‘eeatr: “tat beled: jo ASRS eT) tlnaed argh OF i Shae seg ; he . ii Ce@eewert: decae: — aarti ied sy ets ne rem oe Kk PRs a eb * _ o ae nia ina adnis. Lite Bue2e bop ae qeesoaen £. S8dksebisvos sheen ek > rats ; , : F we addi tsa, ‘wid Es euadeie des Hy ede ar Dock Os Ri vu ‘ an. a 7 AP. Pod eek 23h | Mlewadas-od- aid Sp chosig qnea post ‘wid btn a as vila in : i otewat eden eptivg ) sombs deo dey by si ities 9B ae. Scobeae P\3 9 ays bs ays. 3X3 4-2) pS dowd ashe

ary Sete VE TE ol? eee sR . ‘weiew "ALG 2. tere} dea? ry >) RELDTENBACHER'S and is usually fixed, 4 4 ¢ reguircaents, so that squares is approximately attained, tavs being used. phdi te of had fixed on than fever rE, wide Aisles. The Romenesque an apse as the ending and of cach side aisle les merely end square or apses are -. ow aN . ’ ‘ 7 # et ee, Sr a : 4 Rete ~% Peter et Strauving and other churches. The more e square choir (Fig. 824), which the pri valet ap Se and the middle sisle with at Clherstenfeld (Luvie, Cnmittea enas ei Lincurgeach WeLIMes . aN ana Be Sets mee cce¢urred carly in France, and is that witli choir aisle; arses, the side eisle continues oround the hain apse in 2 cuit (alse in &. fichael at Hildecheim), in southern Fr ’ ‘ ae oe © nett . a Benet ae, ook EN hs os oe a ie AE ually extendea Ly Ek a chapels, Parst found in at Hildesheim. ancther motive for choir-ending 1s the cheir ty three alah apsee, a5 ch 6. apostles at of Cathedral at Rentz, end in tne Church st Klosterrath. ‘ : Cpe Sis hl iia aye Ss RE in be. eal We eA tia Lined with that er cneir aisle te vrodute the beauLrilus 53g Ae : at Ae ] One, ‘ f. 5 ay 18 Tee (ee is - ¥ ra nor in Gothic, Lut was perfected Ly the Renaissance at Rome as o quadranguler design with, choir aisles. » Gothic Choir-indings. essentiel point in the Gothic choir-ending 1s ygonal ine eempeiyeiud ar aese into a Body connection with ee 5/t cheiv-endias #26) with or wit! Fis; obi i hang € of this motive witn * Laer Or As, asgicius at Heweneeury (Pag. 228). " eetting onelly, a new form results (Fig, 226), repeated four the Lielfrauen Church at Trevee. hear veriations increase, as polygons with differ ape empicyeds The angles torted petween Luttresses the codyone give oppurtunity for stalrcase towers, eveided, PF as ot viesen Church at oust, the princip as 3-4/5, £/2, E/7, or SF,” 7 ey 9/9, ete, choir-ending (Fig. ulier plon of steirenss tower is i Ghd seg ci 76. Transepte. 7 Ths £transverse eisie was originally Ly smaller once as in the Gothic aiso; claced side Ly side (Fig. 23), net ca cho1r, the polygonal diagenaily. heolakVaL akChITecTUke. the form of Latin cress siz the leneth predcminatiog, rather more toth middle aisle the side ct sLa- as in developed plan inserts edjoins; this apse the sauere choir (Fig. third motive instead of side continuous cir- nee buildings us- « 404), s Gernany in 5. Godehera produced by emlarping Cologne, western choir This idea is con- of o. Karis rther in France the plan of 5. piens rried fu in Peter that it transforns the preducins new arrange- The common rout the square choir ehéiris in the side polygons diag- times in found Cnure the plan of ent numbers of sides al the junctions cf Lut may be entirely © sal polygon te treated war eoevse a PeCc= i the Church cf Nagy Karoly in hungary the special place fer the clergy ae a cs es ee o) VAL @ eee Oi Ae er Paha?) oe a he revs 7 ‘ — : . 2 wu ¥ Wy av ‘ a ne + aan a4 in ae fi x nm A j ft} a a 5 ioe Ww i Pt . ie oa) ch : nih <9 Pr ans oe FY Pe Xe y ee i % ihe mae aed age ysta gape ane © 2: * f a be U ‘el oe 4 ‘ BS Renig i : pf a, y . ee pe qede. 418) ets belate-saniid re insets wea & beouboring enon | pete anchored ‘viwdase ar edd to bas ei? fi A8LS=KI oue-1-¥) ate an < wht of besolttest wIew ¥giolo ody bao Dagie tt ae4 elaie tiodo edd be — : “ a9 bedtiniey Osis ewww Hoi Isyertgnao $di. ol thw « thode ; ‘brig AStJosasesat ene toenned of ytisescen « wor ee olaie wiodo ell’. ietgoeusas eds ygue eae 03 ,babradxe dour Tew siqsans 1. odd ‘bie Lien Jongg. ods Satie aiqoaneis is } “odw'’ {tebsaiite end yo fab galioslloo amitgita lo #owox9 vvisow' et ‘glexbedsed . thodo eds nt betididxe sedi asnicg edt to sotto: ‘ett oye 3. duodsiw begins Yteido sxew eddett-sh-slal at (isddeo SI odd gh de e ‘oil “wade eistbed tes wot dud pons 14 [easaeo ai ‘bane fais. eatevais1) doati iy iso: @sw eiwsd gs emed orto! uevd ¥qoeans a Adiw .nely © to ebolivity e tF ps4 ayswis rowle aedowdo viedesaoll 1etyeaag td “guoid tw beanaly yi 7 adaoene a ban ted rene she wojel edd al .aege elbbimn yitey eds ab _atge .eosga- ed? zed Of begnsits ¢la0 oie ag ‘Ao Mad to rer, as bertis sex Vilevaw caw ovsi to yed to adsaet: ‘eat so anor vilevay., aigw bas gtelg evizacm wi bevism aaw doktoveia sat ed? ‘: dQe bas eitods: “$idijob atin gletbex vic. dataed® ai giewos ows: 40 tewod e Yl be Saye res add ‘evo ‘tedto ody bie e 1eteow ed? a6vo eno \sedotwde. Hoxee O28 tede-as. omqe dd? Ylietensg ci elzie estevensis to dibinv eit. toi toed te tai 6 wi aldy ‘most anoiielinv Vien oie eteds dguody oven to plats olkbin to di . 3 oven oad. to digbiw edd es.sude ei aiqoens1s ody Yo husk foe; bord. edt 3 =: Favigves ddiw “ajnthlind a geleis ebie ot baoyed gett fovlorg ysde Yous al 16 eto eit even edt to Au ihiw odd madd tedou a9 Yilauan ek is aelais ” f p VIB - 02 nevig. hi lt is 19H wort beovbsb ylibeed af adqoatis ad. fi a bas deadno va toi Je 8s eid ots + ee to ages ow?) watety io Jften. Neh es ot: tes ““redei “ead. sit-ve \Wrectia tte teu os evs hia Vint G OV8d- tontig @iqeadexT ~ abv iqron iad 8 ferbed a0 ‘petetss? eds bes. - ghbhaemiieds eds. to oe o ianandlgonet edd, ORY Dre t todo AE NS SENS. got ay: oe a\s.. <2: viege sii ache goin, Bagh ‘wd ode ba, ween cl bess Soya wota Boils al? : Cee | oa bots line, ed aks a i ; s s, . x . NM Pe) ‘ ee lore i VY ae aa Ra yy) a Fe ees) en ee ale i" ; , Sis’ | Saf fo ebrakdisgu.2 al ss, flew ac. .uglapey Bag | a i ene sadegeds + paver ts’ settaq Sielquce w dl valiaos - Bweeed | amearer vig Ak 948 Stages ba ay ett i pining goed to esnemeyns 11s “pf (ed. ees g aol teiv tb yd bedew yea sod cs | “ae beaaaig ai Lleqedo dose etody antes te. ig thai 369 odd uk. 94 ele: eile” ¥ yy padded oad ah ei tow tolaivib nomaod, ved gil. yodd” dud 5 J iia apres ido ms F “ahaa oat ais pens. one bebasot ee ag v8 ‘a leaner at “apie RS eae inadt ng bacco. ad’ vv tate ase gh). tlusy elaine ebia’ be Faris <9 d008, bezuaent. ne Vdviodert . cba unt ek ae ae eliperch pep pnt a oid stbalo, eh hd ‘bhows at tans Leak OP X. oq. add to ‘to Suaiat keto, Sheds pie bose eebes, bs transmit ah 1£e REDTBENBACHBR'G MaeplanVaL AFCKITECTURE, circular chapels; in the choir aisles of the akley Churches cf &. Denis and Vezelay, as well as in 5. Mertin-des-Champs at Paris, the chapels firs combine in a complete series of chevet chapels, Lut remain semicircular. The chapels are in the interior connected together Ly a passage. at S. hartin-des-Champs, the middle Lay of the choir is wider than the others and affords access to a separate chapel of the choir, imitated and calied the Chapel of wary (Lady's Chapel) in the perfected Cathedrals at Rheius, amiens, and Beauvais, erected tetween 1220 and 1270. The choir of 35. Ger- main-des-Pres (1122) was the first in polygonal form. In these cathedrals, the chapels were polygonal end no longer connected Ly a circular passage, Lut seperated ty division walls. Peculiar arrangements of these chevet chacels are in the Cathedral at Kheinms, where each chapel is planned for en oblong vault; Lut they here have common division walls; in the Cathed- tals at Le hans and Sees, these chapels are detached eround the choir aisle, each with its separate walls. Finally, in the Cathedrals at Chartres, seg- mental and semicirculer chapels alternate. In the Church of 5, Remy at kKheims, the chapels are externally eae sap and internally join the choir aisle in circular forn. It the choir aisle te 2 &/S polygon of perfectly reguler form, and the choir giers te set on the diagonals of the polygon, five sides of the in- ner octagon will be egual; if the nave te divided in Lays, the last bay of the middle aisle is sither considerably larger than the others and the last Ley of the side aisles is irregular (Fig. 822); or a half bay must be inserted, receiving an inserted acute-angled side aisle vault (Fig. 322). ; sought to avoi id both ty joining the £/@ choir-ending directly to the squere men es ef nave, drawing the diagonals of the polygon, omitt- ing the inner son parallel] to these and the piers a inserted in Fig. So, pen ines 284, there were three egual sides at of the inner choir polygon and two sides Lt oc aiffering from these and from the length of the Lay ¢ d. If the inner polygon was made regular and directly joined to the nave, then two sides cf the external polygon were smaller than the others and larger than the length of Lay (Fiz. 225), croducing three larger and twc smaller chapels, oh eee of chevet chapels was to ke arranged. But if the sides of the polygon were made equal externally and internally, this returned to the case of Fig. ¢2c. The arrangement in Fig. 234 is therefore preterable to ali others end is that usually employed. These difficulties of the choir-ending cf the nave disappear, if in the fraction denoting the numcer cf sides used and the tetal numler of the polygon, the denominator be made twice the numerator, or 2/3, 4/€, 5/10, ¢/12, 7/14 choir-endings Le employed (Fig. 226). The choir then directly joins the nave and the “+ w r- wd NOS wa ere Cho ee Si Pele ANG reser oa Ree air iat aed aa oe Siw tee Ate aictepar e ; : TehaaenOLy hae mar Dia ; ; Ssi are 4 bby ie Se aan a) ; N Vonli- ou ee ‘ Tevitoogeet ou: ‘near tos ale 40 esbis ésbhee bas istvedas co: “ae 7 ‘Haaeq fins ‘atedto ad oldaretety es S ys vidizivib ton tosedaun 42 tw a ‘Ylney eno gino an ovsa odd to ayed Wedd sevaersids yatyit dae Reteetl iu. saasiga s brs iit ows ‘Adie Jas 4Id00.. HE Meotitel tioto odd Seut be go eiude Siti "Fon bese’ aslete™ “todo at ayer, rbodo ‘Tove. ed to snot) serrtesw Ads ele ae Ggtt) y tt soul even ony, to gles glbbia. S42" 2B atsiy ac: RADII | as ai 5 J S*eyieda ent 503 @2 Towa esi Asiwoasty svaa att sesonab (a48 | ght mi. hall “ahi irl ay noivoutiames was tf iashive ae abd 193 92 54 arabe Vagal ' 122 Odd “Segee'ry ai: be (Pee Ae fino gic ve eAs ae nogutee oid to > oabie: te sh. delgresations ets asetet oO? ep we ee “4088 aed) wiars dioas one ‘at oop tae gnisg aerate bp Ssheiaiiag . Me ae ees ‘Wiiads ete U0 Ww otet antbae=tietl B\S s) adddo add ni aviy ‘ode ob we bBbda. odd juosa 19 4h 49S viisolsseasite od Jaz “sodow es tevencss “yabdvey & 5 oe to becoqao0 | @ivky stode Jivest semitones aiyits 0 ayy fog vd? to vile fo. elt Gakseaira Je eighgh 32 /at bas wigalad is feabsdeS 313 wi am. ae tonto dodo BF\" 96 ONG dadd of sfeqsds mieicss as to notsibbs: ant LOINY 2\8 (Bedoqds dodwG segtel di (988 1427) Lewton a6 tidied od ‘telisme ealopot Bdogyloy ifedo sons bowielets taon out Sguiode=tio!s —_ baie ‘akan Oe bo yas 148 ad tévn" a loys: éfduos ybesstao avd? yi alage 49 - eae. ae yatagxus ia Letbedaed aAd.nk: -acoledd dS vacd otlot at Sutots Ye eaeh 2 | at bosenaqes wd ysm -alegeds Jovety wid) yatidngwa 2 Je derbi odd ah Bor r a y teammates Jawl yoke eee si 4 S86 ~ SES: .2 yt ni Ale rer wor’ ime “aah bos De@i=kis J¢ isubstive> eit to dodgy “Ot wiods waged to ovkdan witad 9 ae AL Gy ee, | Ret aehisaeges te osavgnl gvly “eww ead yatecd Jo east wTson: te ged. pe Do mblayae ess xlevteyloxe veods x0 » te inguedad bac osoupe Yiedsaged is” nar Bra a a bas agbaiol dnon vals duodstien v3 ueibdowe Od Jielbeqey dos tie { e200 wil. oe aengab aoa wa aide Jawi,os a2 awit yadible loupe 26 ad ea. wae aye if ae 3 . * 2 ea ) 2) 5 . Tad Rees ot Sdn bi we i jec'g bieelideda ld. ‘oda ‘no ae2invo vied) svat ania atodo aig Beviwiy iieio »iT ves US edt ve oa ame i me baat vin) eag> de1s3 edd al seas os wists Melive btove of WAI vat) summbloe To sviwwen (i oldie afdde sat ie Z rae onl pala 38. aeas mt at han “to- nthe es ee aod Lite la iguaat wOUDOEg | tails. Rh: age seg’ habia eae Bi Sud 505 .4fF od 4a antoyyloy ped, ots to eanit f wane wa OF aenis’ ‘Taupe woviy Ddeedai- MSae te ingest wd ol bewuaas at. o ia. i stelaqwirst od anoyyiog wend bag 4ea0 TDEw aehs seelsan Ir upon ducd 839 ABBE .3f8) syst dase ai. atbis saene thie woved Lidw viaie atgde edi bar “sa snag sida, 02. gitbaoges jaivyiog wag 36 we L tse itups Site vebik dine ee aN a ‘doa. PIesssnoM gid to tio. is oth val gkouing sow beg ec: ue Pegs ams 5 Remarig. ¢licidos bedivosal edd no Yo. pwlejusa af added ogy oy wand 42 te wiotia ‘he 123 REDTENBACHER'S MEDIAEVAL aRCHITECTURE. | internel and external sides of the polygon are respectively equal, Ratics Math numerator not divisille ty 2 are preferatle tc others and permit the dition of en eastern chapel, so that 5/10 cr 7/14 cheir-endings may then Le taken as normal (fig. 237). In ieee butch churches, 5/3, £/10, 7/12, choir-endings are most preferred. Since cheir j;olygons require seller Luttresses and flying Luttresses than Lays of the nave, as only cone veult rik abuts against the choir Luttress, in contrast with two ribs and a trane- verse arch against those cf the nave, choir piers in choir eisles need net Le as strong as piers of the middle aisle cf the nave. Siuce if 4 (Fig. t 220) denotes the nave pier with its sheits « a, the shafts L & correspond to the gier in the choir (a &/& phe ths aA es BANS» tut if the shafts sup- vorbis tvonsverse arches must ke symmetrically erranzed about the niddde ci side of the polyzen, there Semetimes result choir piers composed of two circles, us in the Cathedral at Cologne and in OG: Gudule at brussels; the reason for this is evident, if the construction Le assumed; for in Pig. 289, ed iis greeter than a bk. To lessen the irregularity of sides of the polyzeon in the arra WE. $+° ot e wees y 26H S85 en intermediate pier wee inserted in &. Gudule at Erusse viel three Kenbar artite groin veults Leing arranged in the cheir aisle (Fig. & The chapels ere then omitted, couble chepels must be arranged, or as in 3. Remy at Pheins, in Notre Dase at Cholons, in the Cathedral at Auxerre, end in the Church at 5. suentin, the chevet chapels may be separated frou the choir aisle by a series of columns. (Fig. 241). ‘Tc avoid evils resuit- ing from arrangements in Figs. eta - mei it wus singlest te exchange the vchuery active of Cttmarsheim tor thet et tre Cathedrel at six-le-Chearelie, a ‘ os thet of Notre ceme at Paris, an ‘vanging instead of trapescical Lays % thoce alternately sgusre and toe or these exclusively triengular. She west perfect expedieit tor evolcing the difticuities muntioned, end which produce irregularities in the loading cf vaults, is thot te aake eil ad sices cf the three polygons a, i, c, Fig. G42, tut if the widdle polygon i cece ig esgumed Le Le regular, this indeed gives equal sides to the.otr ers, Kut unegucl angles; then will cuter and Inner polysons Le irregular, and the choir aisle will heve « different width in each Lay. (Bic. BAe) '* li Lays ere te is of equal widths, then to adjust this in sexe deg cree, we 6 sides with eguel engles cf the polygons; according to thie very ine certect princigle, the choir of the kenastery Church at sltenberg was actually plannes. | : The choir piers of the choir cisle heve their centres on the cireunscrib- wd circle of the inner polygon, if this Le regular, or on the ingcriLed circle, so thet in the first case (Fig. 3462) the firet side AL of the ee EN ge EP ie ar see re Lm eye | ROTATING Aaa liga 2 taaioana Tosa oe i ae ae | dud: 2 ete efbbiu » iy te pg ebie 12 Yo aAvianetxe od} auto? BORK Loy ABBE 2) efnia ortnes ots to sixe ail) 02 yiddgtis bonident ef bases odj . . ie ~1i9 bedi voant edd, to vitneo edt af nen? 48 Medd inoqvlog wehuiies odf to | poste et inedil bas ,'d of (ag val) 8 Jatog tetaae » A aytbes diin to skoda wit to alaed ont ai nok sountemos eid’ «4 O¢ J most r9lg eds tek - $6 aistbedsa® odd ele asqysofety B92 bas “peagolad $3 iethedds) end ommda edd to lis ioeges enoiledial atedd ée [iow as ,wagtaa bas eisyuend elt esd bes git to ted? edit . B59 yt to notion tsenos elAT .sequey. js ie | etiads. ode abtawos toed bevou bi Py Jalog edd dois ioddo ate "940 oye Jide vbe ‘ a " to 6 A odin ows sik edit sioto ¥ #0 9 © dv of anieoqgo autis ,atibas sb htud add ,800a89% enti 3 odd rot aude 9 Ja9Ty gtittwxe ban aage 19 389% | xegs end beoslg agnibae~sioto BE \e bae OF\8 dtiw aletbedivo ede to to > bhuow adits skodo of¢ teddy .d » anit add nb Jon (TS .3f9) .slusy aiodo edd ee: odd eotzeb emoe at dosonqgs of tud .d 6 dois satevansad ony tants ye duds eda analy ai’ neve wplg ods tobods eu git edt to € Ydivets te etintés ye : te ‘ “onodeyed silt medw .tvosos Osnk woke) evsw aeons tegaworls sewdy .bee get a Ome ott) ‘jfusy siode odd % Ved add Jo yiivers to otdaso edd bedesorggs Mi se ned de. larbed se oda at egtiblind asmwd baw dooer% at dgod .laenil fiut | is ; omgolod te Is ibedted edé nt an ite ‘as. elie notbivib begaida ~whew aeouborg alageds tevedo 39 ano? feveu ed? _ bytel yrev at ywelais ebte edz to adiusy edd to seeasitud ox joe dodsw _ morta om yeds iyieeaeoan sis zoy16! US 260885 Ba0tdiud eee) Seto unite eh eB Sead emooed, elegedo wit to eiely aise of! tady Soa sbaléine berms « a es edt ngensed eosqetedud: add 40 ,Otevoeed bos suet ta eisthedte adj a audT (138 git) tlusy agexsqen 6 yf hetevoo bas beneqe yletiwne af ale fethad tnd ed?.ol ‘.beygneyim canantua $e ferhedisd ed’ Yo Sloysde edd ats | spite to alisw od? eonie ,betiive yloshtas evs geenerdiud edd ana el " peewsad’ ailow ‘afd ak hénteqa ote awobnky wdusmdads. a briotts a aie a te bestont sean. Atos: ‘ak divees alae Sm ey Ls, “fegede edd ; . #20 B13 Shore. yee: bas ialsinesta. oU a Leqado post ded > i tsw soteivib odd 4 ; i. me ott aeensed @thip al dunib ow avarerdsod ane bem aude 918 elaeatude } ky ented? baw wQlls,. yao iad Js eleahadiey, edd we aa . (ORS. .gtF) a2legede W9L ote vain slotebon 26 setwadions =lequio OL\a 62 B\b vay ew eidy pirates adit Osatgane th ylerisus ad aeecidod mabd RE (O85 +3E3)- mode aetoruds. waxes to auitee 2 ai as 66 ,alegeds ae Lu 3hs Joon WeewsGs Yilswaay of i098 Gudieavogls Adin aortoaudg, un bev9 3, Lien rs ae flow aa .basllgd. ak xtiabeoen, elbbia ‘ght “bile “deine sre fake « erat ted ‘Jaa t “eit at bo yhede et -olets Die hin ith bao @oleia. ebte to. ities atedeagn baie “acathdicon ei) as Tlon de dials on. a ‘ . y 128 KEDTENBACHER'S MADIABVAL ARCHITACTURE. those of the province of zealand, bontinue the rectangular chapels along the side aisles; the same cecurs in Spanish cathedrals with polygonal chep- els. The angles formed by juncticns of choir aisle and chevet chapels with the extension of the choir cr with those of the transepts, are especial- . ly suited for the arrangenent of staircase towers, which may Le placed at other points of the choir. Plans of piers in the choir aisle naturally result from a consideration of the plan cf the pier in generel, if we ad- here to the law that to every ril corresponds a shaft, to every arch of dcukle size e larger shaft, to every triple arch a group of shafts, otc. Vall arches receive separate shafts. | 72, Unusual and Irregular Choir-andings. The rectangular choir-ending, which the Cistercian order preferred for its churches, was rarely justified in mediaeval cathedrals; it was too plain for these great churches and only corresponded to the limited requirements of monastic churches, Even in France, it was indeed seldom employed in monastery churches, which preferred the choir aisle with chevet chapels; only the mother Church at Citeaux and the Church of 5, Julien at Tours, rebuilt in 12 century, are given Ly Viollet-le-Duc as monastery churches with rectangular choirs (V-l-buc, I[-c71, 2 S). Of larger cathedrals, the Cathedral at Laon, of smaller churches, that eat Dol in Brittany. In Ger- many as well as in France, the rectangular choir occurs during the Gothic period only in small churches alone, and then for sake of economy. among english cathedrals, those at Durham and at saliskury end in rectangular form, in Italy, the Cathedral at Sienna. Viollet-le-Duc mentions two notable examples of cemtinations of rectangu- ler choir-endings with apses; the Church at Taur in Toulouse from end of 14 century ends with two chceir polygons (Fig. 852) connected Ly a straight terin- inal wall (V-l-Duc, I-9). The Church at Tour surrounds the polygon of the side aisles by a choir aisle, Letween which the choir ends square (Bide wba; V-i-Buc, I-8). The Church at 5. itienne at Beauvais adds a central choir polygon to the rectangular choir-ending with cut-off corners, like the church just mentioned (Fig. 354), and covers the inner side aisles by triangular vaults, the outer ones by a transition with trapezoidal and triangular vauits to the rectangular choir-ending (Ungew. Fig. 605). The Frauen Church at bruges consists of a regular 5/8 choir with choir aisle, adjoined on the east Ly. a 5/& chapel, also ty four irregular pentagonal chapels (Fig. 255), se that the rectangular choir-ending is substantially repreduced here. The 2-aisled Church at Goes in Holland with a row of chapels along each side. aisle is changed in the last tay into a f-aisled church, and the middle aisle as well as the southern and northern paits of side aisles end in 5/10 Av PRL Va dee id | ing imines = titi ar | ow tab ct 4a gues odd ale “038 sgt?) ettodo in on snheuhnng, (18% af?) elaie shoe” ENO » aed state ots to stedo edt. ys leddogege st telesertt yout ing atte yuibqent iodo telty aslo fh 20, Pape Hew gist odd sdiiidxe gueieie? ge am, we to. sotvuloa shies ing wigs « eves 338. .gf3 ,edate rioip 3\2- *eROOD , qoto. foudseib est ne ak agitate tonuord ig, dowdd eal wets LPN MOO tals Nao ee .otdteD o9ad ai bape? ylilsaoi RAN rH a, Ph Ne i oog @wewet 10 e00f4 98 epee ey fanaa ner tate soe seuu adie edt om -atenol 4 eianls aon lv gis gadow.io aetdelwWd yling ot bas ,eedowda Loves theq Yo Bi; polomdd ond Jac oupesisagd gt betntixs sovica ase foftiw .belosJeb ‘Shy ewes is Sas aupasaacon oi? .giadameged Jp suteamd .3 to bos wJeawutty io plate one [fod .tleadi dowdo ad2 of etewol odd douios, yew ta gkidan add oe whe yueig eiy Yo atntoy tasstogad daoa odd. 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In the Church ct Harderwyck in Holland, an inner 7/12 eheir hes a 9/12 choir aisle (Fig, & producing two triangulor and & entirely irreguler trapezciael Lays. The choir of ine Fanciscan Churen st Saleturg exhiiits the rare arrongenent ct a triangular cheoir-ending with F/E choir aisle, Fig. 366 gives a ucre suitekle sclutiou of the same pro- tles. The Church at Brouwershafen in holland has distinct chepels, cocas- iona found in Late Gothic. ly 79. Plans of Towers. Towers ore the parts most decidedly affecting the external appearance of medizeval churches, end in carly Christian churches are slmost always deteched, which was seldoa imitated in Keaanesque, es at the Churches at Clermunster and of 5. ammeran at regensiurg. The Komanesgue anda efterwards the Gothic always joined the towers to the church itself. bell end steir- case towers were placea at the most important points of the pisn, the ang- les cr the western and transept facades, or if the trensverse structure did not form transepts but merely contained several stories, as cn the plan of O. Gall and the eastern choir of the Cathedral at hents, as well as 3, ichael at Hildeshein, they were pieced before the fecades ci the traris- epis. Especially appropriate for towers are the angles Letween neve and transepts, those cf nave and choir; we find such on the Cathedrals st Spires, verme, bamberg, and Nauaburg. | another mere suitable place for a tower was the intersection of 2 church ef cross plan; such ary very common in Romanesque, with two towers on church- es with doubles choirs, but they were rerely employed in Gethic; as cn Cath- edrals at Laon, Geneva, Lausanne, Coutances, some English cathedrals, and in Germany on the Cathedrals at Regensburg and Passau; ea spire was usual- ly set in their place. a beli-turret or sniall tower sutficed for monastic orders and their modest requirements, and was placed at the side of the church cr as a gatlie tower. Towers ere seldow placed Leside the neve near- er the choir, as on the Cathedral of & ctefan at Vienna. The usual pian otf churches wes one or two western towers; rarer ers those with towers in anzles of ¢hcir and transepts or nove, ae well as those with towers over intersections, Cn smaller churches, as on the Church at Oberstentfeld, the tower sone- times stends on the choir square, adjoining which may Le an agse. estern towers with a middle central tower are rerer, and are usually connected ky a transverse struoture in the north German lowlands, Thuringia, lower Saxony, and testphalia, but are also arranged as double towers in the brick archi- tecture of north Germeny. Towers over intersections are relatively cheap- est, only requiring sufficient intersecticn piers, developing an external bles #869 “yok saan edt had ope doemteot) weeat. te AN beat eb Lema mot es bebayotiwe phy . - a8 aterod 460, to eupasassoil, iD.) 2 edt be ve eid siebin bas awd mbes yin apices dual tleas: Lie erede eavidoss OL * ‘-medmeto Laptl@o S bli pets ao maga - Vite ak 180 be lisdxao ats Dine sprites ates | yiasoroat Seen. es vere ere eaeweT er re. eu azisve. csateen edt som 08. code: ‘to, vebia Bee as sisavp add. vs i" Ceding? 2.15575 Hiatt y. indi: ‘+t to" BEIM old ag Sieierst: weak os P 3 ous “45 - 7h. 5 A [isa “ae 4 2 ix cs 15 ERR Fo ue i Ndete & ter : a) ‘ cA tet +0 EEDIBNEACHER'S BevlAkValL akOhITsCTURG. German churches is usually not -rester than the gro- i oreesé in width larger Cer i jection of the nave Luttresses (Fig. 227); the rorch is elsewhere made nai- rower to afford space for the thick walls of the towers (Fiz. 286); in churer- es with buttresses included. within them, Letween which is a series of clag- els, the width of the tower is sade equal to that cf the chapels to,eti- er with the width of the side aisle (Fi,. 248). In F-aisled churches, the Cathedrals at Paris, Eesuveis, and Coloene, the towers hove the total width cf Loth side aisles (Fig. 276), and the interior is covered Ly an cctapartite groin vauit, or four -rein vaults spring from a central pigr.In the 5-aisled Cathedrals at Troyes, and Tours, the towers are narrower than the total width of toth side aisles (Fig. 271), end set dia,onally (Fig. 872), as on the Church of &. Quen at Rouen and on the Church at Ingolstadt. (Beit. Taf.20,Figs. 1,2). In smaller church- es, the tower frequently stands at the western end cof one side aisle, and in churches with one aisle, before the western facade. (Fiz. #74). It is then wider, of egual width, or narrcwer than the nave, sccording to require ments, and in the last cases its side walls serve as buttresses for the vaults of the church... an arran,ement preferred tor small churches is to place one tower beside one of the side aisles near the west facade oi the choir, heving an entrance, while the western facade remains without a por- tal, or it is connected with the sacristy, or its licwer story is used as 2 courneil chamter, for archives, BE BOY) Very small towers ere gable towers and are corbelled out in any manner. - Towers generally contain stairways inside, increasing their stability; smaller stairs are added to them as staircase towers or ascend in the thick- ness of the wall; the staircase tcwers are then located to suit the choir Gx at the centre of the side of the tower. The windim steirs are scnie- tines plated in the intericr of the church, ©) ew by wh ie 7 + a, re ote Lh. i ’ ’ , : Lc wit te FG ieee nb One an } AS MOLT OUAT Bw ee : Fa ‘ 7 5 A , 1d OK f = ia my) mi oa ae om i F 1 oe ; \ te 1 nhteo od ! ~ mieagee ‘blyev’ aie to adateaco qn i dows ,efsite See is BS be Cun e a by ate x aoa! | LeB-MIOTIRE Raat RO hac es i Te tofaedal - a , fiuto sia sae ba aupsunaolt LE To wolbidiad ‘eit beakbud tae. odg: Je hau wd codttiond beaiver'ed? Y6. aba, gioks @inbin. ald: te eonee oad a. exe Fy) Olt Wed be yh) sf ftom | jiotexeala Sid Jyougwe doiciw Reddag- botiibg © 19 ake (ats: Ptlyatyge. nO ai Liaw oad #0 Bedowm Off eydeoet! ond 2lfuav’ snd od jy “Bis ) Mine aunas (sti ite. Hitnaiiies Aa bY, s isnadiahe ital |e aioe 10 ‘dosido i Det ee of Mn page ay ‘beitiaoaya sabe as ‘igi: guide’ ie. dedi. guy ae ae hens: smote cd Rta “oo okftead, ad? ee wild. sinite ABE: ahd) vais. die SRety, ddiu -asot ws 1 gabe ‘ods’ pevirbors ; Peo: wiepad’ gut its gibbin ond 19900 of. Ahtogeerios' & lz is ebts eat | sebiia odd Yo5-e oF gaidoogeaaaoo, Leia. pkg bat, ty eves aie sed Tay adie to potteassy Ls al 59S atl? (S@eROE BuQOed ately ieda Lhox wesat wigis is net agiik lise: fotaoe i 10d. dake opts pag’ OL. howaee ay ybeortle any aietg 5 steado’ bh anisqidd, add ad pati 3. 0924 a6... iloex ada to BBE ‘edd BD Ingy nf Je a gt mms gh EUG alien ead. begdtgvyi 2 eek igen: idl sort? yet eibbie gla 189 & ‘i “epealgasedie) dagaadd wil iy ce; RY ore r 0) eee kab byig: 6S 8/38) Agee i =i) vestt. eed oes Je. ates. Stk, oldugb .2idk + vdeo ~gudda ld de" ‘te: abé : ar Ob al Baokuosd audity he eto j-Lhew ssOGnbl tyes. betioav: om ‘Biely bg ade. de 1D | (2 ae o Ldev Biol. Bai bs yee eas atin ots baa yearro% veothe. ‘a fas ; oo 3 ae wher ‘pybisiede. “tadwetca, S02 MON OK, Jo dethpised “eit 7’ a Ie .2iesoen igo, dpae t120 of oeeesd.wdnads bith worety a wg oe 40) lish pda ad bens: 40 ‘tele » au ayobacn, LR TG! wie rego dye “Line” ccs oe pasted), s1sidi0}. re fieraindl 80 ent Dies, Lethal .,ougetay} dite 5¥5d sa ds. etedioe tae aiwobaibw edt ‘dtesued sue caucokigg eb: ggstady ‘a « Sisdw (a a8 -V 4 i eo es +e eee > athorns: shee Barbone ey faddin, tt te t eds eenhin Oe Yo sites vase xselo, gvid pal ele ‘wulele biz’ ‘teh bifodi’ * pwobiadw: Ynolerdele ‘oid. viglpr), iaiooe Dpaks. (how deu'l Leute: Hiei te cy Bie baa oi, nediseu ibe ge ese L 6. depuporg. atid BRDS, tipatgur. Jetettd ‘een Me: babe ta’ ‘ig FY, eisthoawai ‘bity ih baagai’ wt bluge. Bat laege. «ce ae 4au0eR Neds Bide. bybso! beau oa, ate ikew “iwatbeangiat BAA Odses:.082 ota gakioo!l ‘tae Cicw an tenner alls wot badotycesd yon ay } ee ad dubai daetsitiy Ad bm 7d ok Salons Osi yr tiegs bre asfats ante i re ede Rael seagy ‘Ss ae seiide ane. “~ ciel Aide 2 Yt besols. bas sydaueg 6 ay a ec ons tak pabien tie “antag Sugbedhings «9 Biioo abs sia god oe ’ * yuan & ud ‘beoulgua, box ‘bys tino. theadags RE. tds. ehmibltos otddor yas BE. | erat rei bebtod ts. zie ‘gelete wy he rice Weve B ied. tS SRE RID x4 eit 2 * wobndi: a re doa shop eedbin. oeds, Bi, yex94 1 ati. ynévognnod eli ye 9d) haw” ewada tn i 129 REDIENBACKER'S MEDISeVAL sAKCHITARCTURG. SUCTOIN @, INTBRENAL CONGTRUCTICN CF Mev aeVaL CHURCH. G0. Intericr ef Nave. The interior of the Romanesque end of the Gothic church is sencrally that of the vaulted basilica. The unit of the NVA gir h eo. 1] section is: 3a vault- ed aie. the piers at the sides of the i middle zisie kein: connected Ly round cr poin pointed arches, which support the clearstory wall (Fig. G7}. From the Jape cf piers in vaulted tasilices, wall-piers of verious secticnhs ex- tend up to the vaults and receive the arches cr the vaults on scaHaeh: courses or capitels. In the Lasilica with horizeontel ceiling,: these wall- lice with cLlong groin vault, as firet used at Vezelay avout 11, ereduces the simpler form with piers wll alike (Fi ; rere Peres ‘2 aS ° a mye . 7 ‘ Fiz. 275), since one Lay < ss : pes Py aes — £ by yc ‘ a | Agee A mys 2544 25 + aati of the side aisls corresponds to one of the middle sisle, with square groin i vaults. two Lays of the sids aisle corresponding te one Lay or the mida isl v \ : Sy ad eth a eS ~ ~ + esa Ve . ee . | A rhe ae ature pad ‘ oe Pa : , So, interaucdi are pliers becouse necessary ¢: i eae ee ) . alternation of two piers was already very common in basilicas with horizontal ceilings during the early middle ages. From this xcivive was developed the dowille arrange. oo a . 2 : ee aunt i re 2 “ er | FJ 7 + Xn as hs be . k fra te an, oe, ke bays of the vault, as first found in the Churches at Echver- ™~ } end Kirsau (Fig. ires, worms, and also with the hexapartite grein vaul ar a vie, i nach, (F S72), then in the Hhenish Cathedrals at Hentz, © I ! edral at Linburg-a-L. This double arrangement of vault Lays first ccours in France in the Cathedral at. Ree in a somewhat extended form cf the Lin burg system ond thence passes to othe: French cathedral In churches with a single aisic, each Lay oath, of cne veult supperi- ed by wall-piers; one or more windows are thes cpened 16 the wall, or ag in many Gothic buildings, this is entirely omitted and repl: sced by a ereat window. Fine examples of Lay at Fontevrault (V-l-tuc, I-17£). and the Cathedral at Foitiers (V-1l-Duc, T¥- 255 where a passage is corbelled cut beneath the windows and suppori- , s over sinjle aisles are afforded Ly the Churci. ed Ly a massive pointed arch. Roofs of side aisles, slope from the clearstcry walls of the middle ais- le and were almost exclusively shed roofs; therefore the clearstory ia must Le placed atove their upper edge; this produced a large space Letween the windows and the erches connecting the piers; if these arches were net loaded more than necessary, cpenings could Le formed in the intermediate well and looking into the attic, or this intermediate wall could te used as a background for Llind areades, with suitable ecaces for mural vaintings; both methods could be combined, a gallery extending arcund the church above the side aisles and opening into the interior with sufficient width to form a passege and closed by a thin wall next the attic, or the spece under the | tae ie a " ers huudtasab: od ‘Shath TOO By, 1830 to “pau it’ Hitt .owobiiw Aplin. é3ntie yo a: ubtoeels od) oupenAE OT ese ad: Bedbt atten Bau iaetics Wilner atew stetbue tds. te ade ue heldets © ‘dedi i JOO ai by seg a vod. beware botinas: %. mes aubuoting, PAS at biniorty Klewa: @ dnie es *udais Je Lexbad ted att, ad an Paloauds 9 Krsse~ 1001 paotbedy gid’ ytat dee ae bus 303 hace SD’ wad aail aetotwdo detagdA Vase bas cathe. #5, ig pat ie des bobs ey oh OSE wi met yb ana Q Lotbedited ‘oid... werad abigin-{ len. oHO8 | at AQols: deaqat edt -eveds peas ah obi baees Es ‘erat 7-aved wig. 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Si4i i). i avniog ie e #8544, Le. bea » aA tog gag a¥AGRteb Ai bores img. wivasily s pid. obvi, J tus: oe 2sisteapd ott ‘iol hada al nergy Boat “yais! 00997 Ai asitovet, 6 osle oan With, okatia” | ene. a6. Aare 1D edd aes Npdoedgnde 8 Adin ate be Shia. sat ywid: egnt ae ise : aupemag ion: Bi aoanat ae ‘ain 22 boos Le Sige amy ito% eas 328 au lge {Lab rN sa tat eentfenoa: an tys tr Sit) .Wrwiheo EF ois to aninniyos edd ‘int Oey ey 1 ‘enor. sigolone * ’ Lh ned fl OF. gt iviss. Yigal jon “s aor Uy: Rig ¥ | af i P8084 pen ah mete saps wae ae 4 BgeRat 9, faawasat ie eyOt of bay -delatse~ * ie a as. ae ws Oh ue a en. de, es. aptly lowtette ge. pak. a {AR SEF eetayr 4 P beaters. {Edoies cod P3647 42 to wide vat am oi peg Sonia wigd swobg ke Casagheptn that vy (fasupunt - nen bake wit hroug ey vighud sae Toe ow. ¥t ‘au Eno te y2 pid Yess ey ond to phlgnbyyeé ahs ae ‘hae, paibis sie paberetent ‘6 Jor joyee a Ree iat aiatis cage’ eae om. dail iY | wth is eked baw. ‘ntvond is gleiaodtsd 4 aN ie “ ~ ee . ‘ s > : A REDTENBACHER'S wRDIABVAL ARCHITECTURE. roof might Le developed into a a DEL There was a choice of celain walis, coenings with windows, triforiums, or open galleries. These galleries and triforiuns were liked in Late Romanesyue; the triforium was especially us- * ed in Gothic. ‘then ea greater nusber of attendants were required in a church with a swell ground area, the trifcrium elsc extended hanagie ebove the gal- 7 lery. This produced teur-stery churches,as in the Cathedral at Linkurg and many Rhenish churches, like the Chureh at beppard. in the Cathedral at Mentz (1186-1160), the pier tetween two bays of the . cide aisie is coitinued akove its ‘apowl ticek to form wall-niches Lelow ; 4 the clearsterr windows, and is then connected with the nave piers Ly round arches (Pig. #79); in the Cathedre]l st forms (1172-1161) these arches over wall niches enclose the windows, no longer combined in a grcup, as in the Cathedral at wentz, Lut falling in the exes of the bays of elde aisle ( Fig. 280; V-l-nue, Ik-246).. In the Cathedral at Spires, to the aividing pier of the side aisles is added @ half rouna shaft with capital, a smail indow being cpened eLove the clearstcry windows into the external dwarf gallery (Fig. 281; Lubse, CG. a- 355). In the Cathedral at Limturg, (1212- 1260), which substahtially agrees with the Cathedral at Neyon (1150), the three important changes; motive of the Cathedral at Spires is modified i above this being an in- by a gallery is tirst arranged stove the side aisle _- . -¥ aan | “5 % a £4 er 5 o, 5 yy re 7" ternal triforium gallery, then first’ is the hexapar . G 1) t vault introduced and ali arches are pointed (Fig. 882; Lubke, p-35&, 866, 29¢; V-i-buc, In-24 9). The hexapartite vault was frequently imitated in Gerzany, especialiy on the } Shine, and was also a favorite in F having side aisles with a single bay, as in the Church at Kesie. Calleries and triforiums were already common in France in Konanesque; in the Leginning of the 12 century, the trifcrium sconetines had another purpose, not merely serving to lighten walls enclosing nner otf the side aisles and to form an internal passage, Lut at the same tine also provid- ing an external passage akcve then, as at Notre bame at Lijon (¥-l-Due, IV-122,184,185), and at 5. Leu-d'-Ssserent (V-l-LDuc, Ik-261,£82), This form of triforium was commonly retained in the larzer gathedrals and was freguentiy imitated in Germany, windows Leing opened in the external wail cf the triforium, if no roof was outside it. « peculiar kind of inner pas- Sage, not a triforius, extending around at the springing of the vaults ana behind the vault rits and wall arches, is found in the AbLey Church at oc. Seine (V-l1-Duc, IX-201), Leginning of 12 century, and others occur in the Cathedreis at Lincoln and tetzlar. The triforiunm is generally covered Ly e stone slat as ceiling or e@ tunnel vault. Galleries are arranged te add space and are rarer in Gothic, yet were used in the Cathedrais at Paris, rance, teing used even in smaller buile- i» a , 3 3 * ; i " j aay wie =: oo 2 ai ae - che 7 f: « ‘ 7 Hi, ‘i oJ F a, - a ie i yepe take ts OG ee) Neg Ree a ie “ae hia a REST ASRS aa fig riser Bee Th Sf eae a eh ; om Pe Pasta A A ORL Rep RRS : 4 4! i \ 3 ke te Aerial. bi. getty “He aR owed A Se ste" gti bits “ansee to: rt ay ae eae & iat vie 3 nigh “ | epuestagies L290 sprtenratet dito’ cabana ied") qwikewats ge guises sus | \ SE es Gy ty any slic: = is iy: ¢ " ery ie : Be ‘ ede ‘es Se ‘fon y wee ee ee ¥ os. MIDE 2 oe ‘htut ‘wr03 jaw bap tak bad at vied imergze. 4 esi aal he B a Haddon? ad One's) oe = eoera bas Cpaa: 49: Baad yd! biel Wesdben 304 7 apt mh E udp baooky biuow oa botsbtancg ak op Sones Atuattis otk wovion Hi To shat. dite) ouiiws tse t ah, sol ws “abe a, 3 Hel eye i wlt'y* tla’ wri b BHO soni to ee sts aan ston Wade wel towgh abe hate: 3 awda: sdsdogeONd Aare : Ses Bae ol is it PIGS ae 1} aut ; 4 Berd: Hl \ LAM ‘ha wad gts : Sed a Oah- ee a Atta: ‘odd ate o idee (obese dus loko” aT o ie Ree? A v ae 1 ; ee eae ; yet Pie sigh it “ ate es ie ig p ani iad ee Sea! Hie. ts ipaihted wrt set uP verona LW. eas. ia yet Liha Lee | Appt id fe oii pei bale, Nvooauyas bi Seas ety’ Wh g toddiet ; lenny so ‘at jpubtores! dia, {ted Jane od “oF y aao wort wit vgeted WA mete : ae Sikt Yuet ak oe vt: roe out mabai Megs ty io. toed Soy Mv £ ati 4 Ypepes. ce bevoeil ‘edule store To eigoy whi tah ONL dede: te pewter? “TI Jagttht iyd v= a ’ Emil a ~ Lion af 4 20 veo COE Olheys Py, oh tet ist ak oe . : , me std aid 8 Ware bes Hes 9 LaroT ae. Bb yah) dee F a bye aglaw ‘gue aed au drotins ii? »dueu eas ra . SS. ay delete ips fs sheits: 4] tf f Wa wis wid nds Dae i, miedd ue ete: iia ae wets ° eaitood tel boteda~uvey | ereths’ ‘dhe } HOR ak bea © ie id rf’ vt ieab say | f ake ma £2 St > bi ee eee jaya “oH yf fens re “hh 6 ee Fay bth sig Oba 4 attgogad. VIav s Os vw fowl dows. eto Srl eras nil yciod at, Wes 4 | Lod, wle ts. vidoes ‘— 7 {xe ¢ RE: le ea ued “J els tbe Lien fide thaahe wild {WOOL t-evads 71 AMA wedaiived Achy (eievised se pas fi eae ay nied iets, bie seus cf etd ie geattoss owt? at. bepivib. 3i etriood ead ai6 ae. as LOR L%S s ates 6 “er bie-BAdSox b @i Aoddy | @ ee - ' ? ta ‘3 oe, P pee 4: pid £ 733 f lai + PEhBEs add to i inw Wi dag fs wae a — vi ‘edi ston Bs fasta iO as ied, diets thib wuts, Adke engiees Be elation advbte Aged @ BIB 34 gird isupe to e9ivie ‘sbie dyiw tads et taoe pia te? exteto old peoriey a8 “tex ates? gute. on evtoo te cechipenuian ba! at ne if eis £1): v8, betbed 300. ed ar Bits | a7 sivtt rebate (Ste tan. JB geeky St IGO Piedo-edst af es- af As ante {fad eis appa eye ibe bd, ants, [6s WoT adgnusdo- bes eet aot tpg eerticallle | bridg : - Sard g- atid Liews ; é waIwdoeny Lo vA an : a; Pee all me agetF Ssiilo i : | “fea hsa98, os 07%; ote ia pe Wired 2 "add ‘1 aoapical wild" ‘aiubs saa x poeta eh i * ish anotaifed'tt avodw pas! 686 sf we ‘Lise, pot awob ty Karts Ree Sheu dtae: Sve aiapar’ too hate “Régie oa. aot odds sis ¥ ty hbuday 2s oO" S3nd penao, wh + ised zen aials eH SR EE ar 0" ghia Watt te oes Dh featass to. yee ‘Peamth- o “6 tae i EG | totreddl od OE the ds re tie: pay ot 2 wit Id gad wits de: nowy ee ee aig balay. elisubsrs. eats: ferns i ot, to Stdoss ious lea: WtKh ofl Konic cl beunegath” ¢lotieas dant” Ne lee beivdoyizs: 5 as peano tects: i aw bre waaldy - oodm tac ly benie te *o adoede ee 20 ye ketolons bas’ ei taw. dat Pregque A i‘ it bd fae cone F er add. to beeithal wis. raat aie talon’ io ig gad wv le : wy ey a , ' + 16 OP ep ni nat iu i i. h vy vb "hd » y Fe St * t ) 121 REDTENEACHFR'S sEDTABVAL ARChITECTURR, Goissons, and Alby, also in some German churches, uc in the Church of ¢, Laurentius at ahrweiler., Sut vaulted creen esllericsa tre conwen in Rowane esyue ag wel) as in Gothic. To treat variations in internal eppearence ot the trifcrium sore fuil; would exceed our limits. Ungewitter (Lehrbuch (p-493 et ceqg.) end Viel- let-le-Lue (art. Triforium) cover the ground fully. It is considered o paries of lew windows, ond thereftcre ell the chanses are meade, to Le ce soricved in rebetion to the architecture of windows. It is ctten reduces to simple arches without sukdivisicns, which cupport the masonry up te the veginning of the windows, as in the Cathearal at rouen und the Chureh at Sees in Holland, where in the first a seemental and in the latter «+ cusped round arch extends from ome pier to ancther; the triforium is elsewhere treated as merely the lower portion ci the windew tracery, a6 in mony Prenat. and German ruildinge. If instead of shed roofs, are used, the triforium becomes useless and is omitted, es at Toul, Oppei- ei’ % flat roofs of stone slabs heim, and in the choir of the Cethedral at Freiturg-i-E. Five-aisled Cathedcrais. The game system applied to five-aisled cathedrals increased the entire internal architecture to e very imposing ratio of height, as in the Cath- edrals at Bourges (V-l-Due, Ik-e62) with a centre elsle 12L¢ ft. in heiyht, snd at beauvais with keystones 161.5 ft. above floer; the internal archi- tecture is divided in five stories, over the first side aisle being a tri- forium, ateve which ig a second side visie with e triforium sgain inserted in the clearstery wall ef the niddie aisle (V-l-fuc, 1-187). Five-aisied designs with three different heights of aisies ore rare; the usual errange- nent is that with side aisles of equal height and a high middle aisle, az in the Cathedral at Cologne, the Cathedral at rFeris, the choirs of the Cathedrals at Amiens, Chartres, Kheins,end in the Cathedral at Ulm, If lew side aisles be added to the three-aisled hall church, as in the cheir of the Church at Zwetl, this gives a third arrangement for 5-aislea churches. Substitution of Stained Glass for falls. The tendency to reduce the mosses cf the structural systex iat tc conplete. substitution of great windows for wall surtsces, and whose dimensicns iad ae increzsed in consequence of @ growing prétorence tor stained glase cf rich colors, The dimmed light of stained glass required windows to be as large os possible, if the lighting was tc Le sufficient for the interior of the church. The internsl architecture of the church thus gradually changed, and was transformed inte a structural system, thet entirely dispensed with supporting walls, and enclosed space ty sheets of stained glass, whose glenn- ing play of color heightened the mystery of the interior. ; : fant ee Hy ke Ni i ; care ; ne ohn a . 3 5 oo ag i " ae eed Ps i prevent ae odd ‘edits wali odd x02 . “tne, Dive (rseaaded NOL oa ean etleg wt seed Hluev of} to: fhemisess ais’, te io. bee. iigas yo bt (gto Sey St eds 39 off20h beqolever ad?+ pee a a. a wie Preiel 2 i a @ etl tay. st béloviaey yderody bas "eSB yon | funy as 4 i ae : Bie ty | - Ybshvou'sde :. PA Omen ad t @efoudS fies ies en fied ee vata wid. to nibiiosie Seen to wot ivigaie « “i madd toddw eftoi tose. tekbstt yook odd boRitiyate .ijted Leupy to avleta Ladys Adin ayteed Soiede-S wit noltese cago oft mont betettib yleowoe i : “orn baw. olets sibhin able dice adadl ayis te Lie 30) gutsatuga to avitg ted a “e y o4aia sysava: APR HT 6 09,5 sibetioT aBtindyesi yu nt ov jaolets obte me % aarobit iw erowiuy (0 ebis oot vbudal gis Rlbei si hoidwidud $(G9¢ 4)" re i anpu@T 26, 2ststet Laupe ded wi Shee Pelsta~ sit pvieaawvired his nee ee ae AE 9d, wseet aaeye ase ls hae we gsoue 19 Vib eidewhieaeo bas efiuex “ ‘Poe wot “euat.. wdiltisze te dot sPamee ag eyorpaneh .(bBE V oft) savme yas old: pot yolsa (haat ayawie af avsets to St Jdeu thups Ylodsabxotias .emytagh “eas alas siogi (da: ,aalale 68fe sly bette V6 -weorstus edd do dignete mretiih bi congas tyviw Reto: is ifea 19 Hiive sd? ,atebq wit to enokiosa aot): ee | hse OS -35 Yen Sdibiw Jae 1 bas. binge tones aedlearl ons ;bediednts avi Io Sawlavgegs is od salwO os or egdougdo Le Yes iboa Ped Pica to stated “agatbissidxs been ia i asw bau toed itods maps Fae to aide tty j is KJ etohgytas ail eiciodsyb aa “ap. poassa al Aobdtogory. tT -ailewd ernst teh 80a od Adin buvice .gefJ ae te Hote ead luny fo: aniet Slade’, Mie, AR: 2 4a weinseh at as kion . ye i egal ea wilt the yikdods , 40% bebuetic ere uwddinud ee erate es diet iat Varah ee fe MGSGAS to yokesial oi! .t5 rT ri. ae ek ines ay gud we wthbia Ore *s dds Pts: aut, aiee ‘onl vllewen aiodo edt ‘es notithbs wal * exycwle Jeodte al th? sort yeh ti ‘qaaned str}: ‘aphid bud: te. apteve 296 * Miaubeilsed: ead ah jaisabedies shetg vit bod gob an. etoidsogouy ! wtsqgz wale edi eeméd aut ylavon wt tated wd? paren ohne to ‘dads of @ilinia af stodo edt to etudossinoie lenwwlal edt want add ea qu “‘ebuddxs ~aodoig ed “#diSi1 so dtedg ,iiew & dent o eoxt aped aledt déke wliaw save Jai. add yodais alisio's sot webadw et? to file ~w 01a aledeide toveda oe bas‘ ‘ybusndow be vii iiiesuden em gWobnie odd base vasd od? .sokuadad O43 Ye execloas ods a0} cliow sewwent tele ,begnay tiodo als 2 ‘bed#ius- “Uhettiine #i 40 oven ede at acids sewol wi -giodo afd tc , natiean ‘netted ‘oe ‘et ‘bis Homes? $l iajete @tea 46 soni) bee iad oJ ai sfbav to ‘#aye OF Ji,ted edt cedopeie weliows odg al: wo san “obo ati, |. bs, — eu1ly tk ite - $eto wit somts oust? move 49 owe of pied & sae oe wou? oy jodadia Reg te nbory aid wiizled es 66 bemdas od eae: 16010 -ont wonky: tz REDTIENBACHSR'S HEDIABVAL ARCHITECTURE, Prom the time that the ckleng ¢groind vault supplanted the square cne, the treatment of the vault Leys in pairs was ne longer necessery end was dropred. The developed Gothic of the le century treatea exch wey of the vault separately ond therely perfected the entire system of internal con- etruction, Hell Churehes, A Sinpler form of cross section of the interior, the hall cesien with eisies of equal height, simplified the longitudinel seetion, which then scarcely differed Trom the cress section, The @slsled design with euual heights of springing tor ell aislgs leads with wide widdie aisle and nerrey. side aisles; as in many westphalian tuildings, to a higher centre eisie ( Fig. 268), but which is tedly lighted, since side ¢lesrstory windows are wanting. Conversely, the G-aisled design with equal heights ef crowns ct vaults and conasideratle differences in their cleer spans leads to an ar- rangement (Fig. 384), dangerous in conditions of stalility. Thus for hall ‘designs, ocproximately equal widths of aisles is always cesiralle; tor the strength of the tuttress only affects the side aisles. by increasing the sections of the rote the evils of hall churches with eisles of differ- ent widths may Le compensated, Owing to spaciousness of its churches, the Italian teneissance did net need extracrdinery height cf northern mediaeval churches. To shoppe and decorate the interiors Ly expedients of antique abchitecture was its pie- blem, solved with the most delicate feeling for preporticn in tiasses as woll as in details. by asain employing sluple forms of vaults, rich cprure tunities were afferded for painting on the simple curteces. 61... othe Interdor ef. Chetry. She cheir usually has the same height as the middle aisle, Lut in smwali- er buildings is lower; if higher, it is almost alweys a aye addition to gn older nave. In the smoller churches, its hei, ht to epea of vault is from one and a hulf‘to two or even three times the clesr epan; if three times the clear span be assumed es the height, this produces very slender proportions, os adopted din great cathedrals; in the Cathedral’ at beauvais, the helght ie nearly four times the clear spen. The internal erchiteeture cf the choir is simillexr te that of the bays. From a-kuse a wall, plain ov lighter Ly niches, extends up to the inner gill ot the window; for a e¢hcir aisle, the internal walls with their tase and the windows are naturslly woved outward, and if chevet chapels are ar- ranged, their internal walls fora the enclosure of the interior, The Lase of the choir is lewer than in the neve or ie entirely omitted, if the choir is veined three or wore steps. In French and in some Gerwan btulidinges ( AO. mS. a eh wi ue (a) . & ak hel fo etd ey saa si i, edie «pisslest ws 3 a yet Low [its wdt Yo voneteld vl | aie rat tees pani fone eo & to dighed eid deans stop | Phe “bt tad, ifs. .ewwdinw't ‘do fie io io aie y vid ot «fue @edijowos 10 .ke | Shh laditoederg. daket hie erat. fon! “B00D -LLie ats | eee O14 asdoin Liew eqs saupasadaail Mk gasteeb tedok, a1” i nee hovieos was bate: i tien tai an a nia te lude PLA. tats wotd teaé 4d to # tkbi tind ‘getoit at tug vast ts af erate bas. gtelaed er) alsdhat iad - odd at. we eran Lota ‘Tl@wa ai Liw Kobra ts iv ake et Ty Jevoet29- ‘pal vis galt: ade veka? ws ‘efile std od at ged Ate rt se awagatl), ymsiaay a bpabsdge? wd ad oa eycaang lavted eo htha* ta: eibed de> ond ao on” “Akers wild ts 1OP@sad wtF ad boyatsrs an ® ofsdnaairde qtlerons wis wed! gacnas ye eodow edd \awobatw 492 Ba : 3 °3 Be FF gasl: putlae oat ey F329, wobale ‘bay nate “lag soto. few GAs anes Sine os 4,01 Be e $34: a dwobatn Gis ,seeo ods son-wd eidd 2) idan ais: tise veindassaia. ots Cotemistt at2 esiliie yitst teow of 496 . |) sakes: 46 joe aedots feudte anes, ‘aid ies rod yee. doum ton neva sig ay sopdnl-VIF- i194 i aii “wale. Cte phvatdtite fade, 60 bake. ebia has ‘agen | sks aove! oe wba ie ote: Ls gov OAT * 1ST git f4 tT ted) wien 2 wabn in" add press. pylons we aehdey Ypwooud Fi yOotIs109 ingtoabre off on Bates, tsk: bist at: Balt aids ‘pola 436 afem edt dotiw Jesisss pees: Die eee pepe iat “thao is ig oF avilage 9 ozin ‘ ‘ os eee m o Symes 4 na r dit = nee 4 a y. y dittc Ass oe . : be ; ‘ ae be \} # . + oy ie * . 2 - 7 4 es), ~ Rede ey apt : a ee ‘ ” pete ” . ry ‘ Ag ie 3-5 : é ee eh aly % 7 A peng 5 the 5 4 ‘ ' ne ¥ 7 Pd i ¢ ~ rt 4 SO.) ¥. : “ d aa i tan ie a 4 } " bay) « H ay) ¥ “es } ’ se poy 4 PO ifs e rears | ‘ fy, . b ¥ : Bone ian ere," , é ans , Loess 'y an. . is ‘ % ‘ , 4 Cn, ese iy iag hal pine a sre ) 4 roe ge ; en -% ih bas. aetky on fr ied ddd, wae al a8 “ytedota. Gavert=tied Ofnt be ) ie Suisndtax 2 & Yo: ‘doiudy: ait 19 aldils - wioteow edd ao bac (563 (469 — 12 KeDTeNBACHBR'S MerlacVab akCrTisOTbke. Freiturg, Straskurg) the Lase in the choir is sonetines shaped zs a seat. The distance of the sill moulding of the windows Trou floor must at least Le more than the height cf a man, and 18 even incressea icy the iccetéon ot church Hotes. s'8 well shafts extend down to the tloor end rest on tae ss, or sometines only to the sill course and are received on corlels, wher the sill does not have sufficient protection, In richer designs in Bemanesque, the wall niches sre Sometines develop- ed into half-round niches, as in the Cathedral at sgires end in & Paul at. ‘crags, but. in richer buildings of transiticn and Gothic styles, as Loau- titul areades with small COLUMNS, ae in the Gathearelisc at Eonlere anda otrac- Lurg, in the & Chapelle at terial passage, as in the Cathedral at Febiturs (Ungew. Fiv. €21), or ere arranged on the interior of the choir, a8 on the Cathedral at basle. as for windows, the urches spanning thea ere genérelly concentric with the wall arches only when the window occuries the entire length of the cay. If this te not the case, the windows are set uo: 2s Figh es possitie in or- der to most fully utilize the light frem the clearstcry, Ghd the wail arch- es are even set much higher than the longitudinal arches Se, ara ting the main and side gisles, most strikingly in Notre Dane at Paris (V-l-puc, lI- 269, 280) ond on the western choir ct the Church of os. Katharine at Copen- heim (Beit. Taf. 61, Fig. 12). The top of the window aay even extend above the principal cornice, if tracery gebles ke arranged sLove tie windows apainst which the main ctrnice abuts. what is said in regard to the choir viso applies to the choir eisle, chapels, bays, and conversely, Paris, etc.; they are then cenmnectec Ly an in- Nats & HOlToss as, ee gy es at Hol joursaaod a aakeam ae aa. yroduwent gas to wa * paseotbal douudo od to todwwixe wid nd Yad Aow% i & to0% wh? oveda Beyearey {rriedars oth | wiwlisg Sat avligliat al! ss vesant a iets. dotsiw: i004 day; 6 Yd beanote Yaked Slodw ail ,weleie ohio oft ic wwhy itor (oatadud aie sbtasu? weetto Lonteixe odd ot eutudiniios pas Be =ianon ad proses tig. ghd $toltwdae odd to ated gaibivtb eediwes:.ody sis A oe wv ylevidnetio Ise. Qaseetdiny. gay lt. DAS. BERG od udoTd Io da bows pee oo g ER ,etodave letuloe) ideas dhontanag 99. 12isedal odd bas-rinsuxe Jd2 | pias Jowde idvecibas eid to taltetes. Iszanuy R61 ,Welg oft Io Yifau Jes yao ie mgs HAS StNsouTs2 Agi gaoo pian Beer. «aw o1y eulaga's ban a abe. i032 +a | ul Leoubaaq ai. S191 yao: oT, Iu soetidouw aika then Chutes bags ed < iy ‘e Shagir Saheie enlo vans. bus o fbble to dat freaty sai ake. 7 negtisad nity ae ; set] ‘eile io austed Jeary ons wads dBhda ovods aanlbbias write en tas ne? ey \e 1d ib icue sf tewod wet dau culedp eddwst igen Balotads bas sinabes hisG'* | al gagabt 2a Gass. face 4 CTH .cluwh ,aRtlge g a0 ereuod agds faagtedsi ow Lenigys biasing o egrets, ; Said ogi BON FO ‘goqyd te bie. etd 22. whe | Jovesige adhe BebESeP asal ges gh CRBS ye: oie, uh aeons ei yloub ; Lethe 39 anol nS ae “q9¥0: Boy evideca wt Adin ox ig 22999 Ad AY baka a DB%. eaves pay e ‘@bineAo ade lyaco isoa vif Sen kbL ky J dledmedz ‘(team out! wiighdgabrie eat? es ‘hie’ al Weed aoltoet te jug -05 ‘Die. stews xia thd.ty lexogii sao doy od: dedgmbs YerGA OaN' 2 eoHOY Aves dats one. S097 ab toe] te Welded oh . oe 49% teas te vodion ofbatint. ne. bubbs. ‘es Uta niltow yetsoky vaiod ar tha deseo hb ol dsiw o80% aitsd ae eehoi-. Yadalig add yaev okie Sail ‘Aetmlo ievoh tive te OyObe of2 bawaKy quad), yor: mene Eb. 80a old oh 2: gatbas ae Sie sowed. bade iviyot iftotare. do saat gad: neds ia aug ic. otadae tic lau say fidad3 oad arene’ ows’ 12 04> ibe: susan? MiwsaMe Yo wiet doiy oi? Seba wobalw a & woety od) ign wcla bs efbbha oil J io hha « witd % rtenh da : 40 ghdbne ouedys IER Abtale atedsee ot dedw- hedenstnos . ! 109 Jnaodtia “gucry elie Te ete “al septs Javeio bas oftde tholta dalegado apa BBO qa west ots ti devas 4 j08. abi whe to saldoustaies, to Weseye oJ baw’ ayia be | wired eup ine a* “Rot ows elas ed! Je Sunes. tise ‘ate ak bese iqnag “aaa ebz oi? tesived sen] avo wd Beeldvayes! bite ayetreroe ids doide . tudved ens ‘nd to 2 10ttetKe WHd G2 stencyTo) fou ese amnegu dan? gAT. adyean sd bas even sat beds (quae wtew hengiase agttbitud teak lags edd. tap . jaedowis edt ‘oft si pevelgaoo Ine eten xo ,beduiag law, Sei eg2- ¥Eleuna aabaon 3 tiwvaen ~ae “to. ‘Drea loots .fewredae atid ad Stadoy te ssasaee. aT oongag Le aed asa feds ao bos ‘footte MEGA? he arsine ts at? go. bowed ots aviorudo eonpaais “@teor alee to ueHtagber ed? 10 aetid .aoker2900b bee aglelvibdus eup bias ots: ‘WD bx does efastl: weed qe sata had ae ae ‘Weeding oa ad 124 REDTENBACHBR'S hotTanVaL «RCH AITECTUE qe - SECTION 7, SATERNAL ARCHITECTURE, C2, External Construction in General. mach bay on the exterior of the chureh indicates a iay of the interior; istend of the triforium and gallery sre external pacsacées above ths reets les, the whole being crowned by a prest roof, which mater- islly contributes to the external efiect. Cutside the internal well piers the vertical dividing members of the extericr, ie piiesters in Roman- esgue, and in Gothicbuttresses and. flying vuttresses | very effectively eet the extericr and the intericr oe prominent srehitectur al members, with compact unity of the plen,. the general exterior ot the’ nedizevel church forms a vich and herwenius group, and a hore complex. structure cen scearce= ly Le found Lefore mediaeval architectite. The crocs torn if produced in larger designs Ly the intersection of middle and trensv ere aisles, domi- nates the entire Luilding, above which rise the great. masses ct thé tors. nthedrale and churches with doutle choirs anc Tour towers, ugually with two interseetion towers. as at cpires, Hentz, #orus, Leach, and Hilde bedi represent one ct the. chief | lypes OL Ronstiesgue BrOUSS; a second typical form of..extern ah design is. BEEN ji churches having weetert facades with two to intersection, like many Rhenisl. ‘Luildinge. The most complete example or a rich catnearal. with, 81x. towers. and an intergection tower, is German, eas the Cathedral: at Laon. in ‘Prance ,: 8iso ith ceven towers, wae never completed s wos, ti bidrd | in, the croc? cian with one massive vewor over the To these greater works way be cae en infinite nusler of smaller build- ings, which vary the. primary motive of Latin cress with its different cheis- ¥ endings in the most diverse ways - they extend the scope of medineval church architecture, always within the arenes of strictly formulated laws. The pich fore of western facade with one cr two towers, the porch, the callery, the gable of the gidale aisle with the great rose windew and mag- nificent portal, contrasted with the eastern choir with square ending or Bp eee. srojecting chapels, choir aisle end chevet chapels; the richly groug- od design and the system of construction of the nave, suggested in the face nde and completed in the choir, assume at the intereecticn a unigue change in the design, which characterizes end harmunizes the contrast Let ween the nave and transepts. The Kenaissance was not fortunate in the exteriors of its churches; only the smallest buildings designed were completed. The western facades usually remain unfinished, or were cnly completed in the Lute Renaissence, The essential points in the external treatment of Ken- sissance churches. are tased on the grandeur of their effect and on their antique subdivision and decoration, then on the reduction cf their root's to the smallest possitle size, so that they have little effect, ond on the e- . Cir a , tw . Pan ‘ ‘ epee + de 8 ‘ ’ Pe ae 5 = ¢ < - ’ Pi eS) ’ Ay Lee . - ‘ vehi fo ; , Yee (ate 2 ct ‘ é 4 - > y : ‘ ~ is werway wltia ate Bas eave ¥ > “ “¢ . < o | Mp arr. , . 1 - w - SiC Lae om = ‘ s a s ' - 74 > "e, t F a amir LV rate wd 4 te de ” ek tyer thew dst ee No i sy ae .~ rae ew tee a s° has Viet je fe Baan e rea et ok nh fs ae SLE ge eae 1294) pe ad cen deo . - - yr the © yaw oS 135 REDIENBACHER'S MEDIABVAL ARCHITECTURE. treatment of the facades as ornamenta] parts, which do not always indicate the internal construction, a8 in mediaeval erchitectire, 82, External Construction in Detail. Jowers and western Facade. Komanesgue towers ere sometimes round, as on the Cathedral at worms and the Church at Pfaffenschwabenheim, but are chiefly eyuare, as aise in Goth- ic; entirely cctagonal towers are rare, but occur al Gelnhausen. The tow- ers of the Pfarr Church at Stey are hexegconel, as well as those of the grea r « Church ab Haag; a tower in Pressburg is heptagonai, and another on the Cap- uchin Church at wiener-Neustadt The oldest French Renaissance tower, at Perisueux, is entirely antique in treatment; pilasters or round piers support antigque-lixe principal corn- ices, and between the upper principal stories are inserted two lower ones, the first having windows with streight lintel - and third having round-erched windows with erchivolts, the uppermost hav- © a 4 ‘ S end zatle caps, the second ing pointed arches with archivolts. On the square tower stends a snail circuler temple, terminating in a dome like a pine cone, according to Vic- lletele-Luc, this tower is of the first decade of the 11 century (V-l-Lue, ‘I12-28¢), The tower of the Palece of Liocletian at Spalato contains a prin- cipal motive of French Romanesque towers, the rich compound piers, the ccup- led windows, and the treatment of wall arcedes; these towers rise in sev- eral stories and diminish upwards ty bold offsets, their upper part fre- quently changed inte octagonal form, and they are characterized by point- ed gables, stone spires end luthern windows, Turrete are also found at the base of the cetagonal part, The usually square and rarely round Fom- anesyue towers in Germany consist of oa series cf stcries above each other, whose walls are broken by Single or coupled windows; the sukdivisicn cf the wall dis in Germany Ly pilasters,connected together by a round-arched frieze beneath the telt-course. Towers of varly Komenesque churches were sometimes staircase towers up the attic, rising in simple and untroken forn, then ré¢eiving a-telfry with richer treatment; the lower apt, wes not decorated or was merely broken Ly small windows to light the stairs; thus on towers in Regensburg and on the western towers of the si at wurg- burg, Romanesque towers were cither covered Ly stone spires or wooden roots, and lead, shingles, tiles or slates, were enployed as the covering mater- ial; according to the plan of tower, the spire was square, cyramidal or con- ical, lozenge-shaped, as on many Rhenish tuildings with towers ending in gables, and lastly, cetagonal pyramidal. a rare form of Romanesque tower with internal dome or cloister vault, whieh sometimes appears on the exter- ior, ocours in a group of middle Rhenish churches, the towers of the Chureh “— ‘ ASS Fa ee neds be “awLansysaud. 98, >/iomd edi. to. aaa ae tos Sg ia,” mop. etted) .t9le yen se. (evheils ase sas te ha etic bah baw) ,ateds less id’ Hoa pt Rts Carian oh IR 8 tet es _ panes +n AD bewod bas: atoos mnbwen, joneat, ‘30 @taonsio of? | elt), avtoatl ,(2983e0e MrdeN) aaderga (408-17. re disaced?: mq baw beyolaveh ak igooo taab1 ,(ME-LIE ,Siiat-7) aeacat “bus e(B68-27F.., Ag. 7eHOd- Aotsoenteiné. vid nk —— stioogad te ne beat daos: “yatob. be jG: oe. odd font fey ‘aetyons evivepa rit nego Levels ated 24m Oren iury wkqgin Bite ee oo gakops mont aaisvienesd wT wage. ads Jueqque ‘od AG26I90" itt oswif i _ awobakw atydtos odd 7 mas PSE SSE Li .G-i-V) JoLttivonget de. “Hodedd Y eild 7 a: stad) Lotbed tuo avieaen vid. 302 Lebon ond. ai, towos sidt.. sot tee” stall. : os _ aeyaisdo wlalipe wal TCL ne te Llom eee set DSS ehhnaG, bag sexome dn, bau. hr a _ qavrkge ing gatnins ASLIONBS eVigsea “gadbbs 4ot Xpidudaugyo bebiod ts acide) , of yrataes, Of te .g6d) atlas. Is oe (BSS - ied) ae Ldgas tay aben aiiewepa” ye 28, 4982 319) innoyssaey , COVED NORE EY aoe) WHO Js (388 o¥ fT) tsupa., | aa ee ‘abd. ataese fagioatzg 6 as tonos orig gl WEI {dd. isaonetog’ eid. ght tovets: uf toda. on. 9 ‘eno fu esewo! ofpoas ssaay, tat. bowteous ss piew, apy ole als deed. ‘Beil. Wikieedie 10% B1owes ond: ‘hain ‘ptincad eet” 20. evivon oak: i | atowtidg.t8. ty Yen GAs Yo Aolona yindevbortal ¢ eds nd: busier Verna pout sapaacuee. ris ‘wads Host : untae iin: elute osdsad Ps oabees” ae ve ¥ dows ‘exofe. keon i. Baia Ja. 36 Lamha gLaweter 26 a danoo Tisuee Jon Sb* yous" | stone" @ B$e07 oonT ed? fog” , SOE isivegs’ Ati end ero: foes. tid” ce ae alles: edd gabyals tot ultasg (Tal wookisaiae Re got nebgodad qliieg. etl ag bean ‘Som t denon ‘igvode baooea’ «. Xs. bebspogue el “eEAT RaW bhiede ond. 40° ; ato guoda. ptids eit: , daols. wilds at} f Agmd tow ak KO. (ek aay ‘oui ‘Wied dey’. cased. Yl Lenen te. iitindoser 243 Yo yal items id bas ysried a: “aah, Gov r99 | add ae evaitemoa Si Yilled att GAR IO: a SB Ee Ord. Hokd keciated one ii odniti me eiiqs edd. awe i olin wade eXiedand, c) “Haag love, (uova’ dtsoo’ B. ee bewol tat - =2tao ed Ysa (tote rodska .. aden 38 bal gand teal . 2% ‘Wig ubaitesd edd ao bid? bekeitaon gesogwy auelusy. ait soueuped inate Fhi8 Bh aletos Ystly 42° (bey ih a oa eae Nai oad. ial —- te anne: fasnos tooi Rik esa) xs i is { # Pad Sale =! 8 “ F , - ae) : a : , we * y Me « Sy 2704 eo =. BS hia os * ie 4 “ r ae 7 a ats < * of bet i ia: ho aawiyony vals ol gtibrcoos be tiouan. sol fate. ‘fis teb ak: aad bil. yom ie be Sales ON dh, ae a ese a a Ree He; eond> Haguat hay ie i aE bts Wr) Raa > oh agkdeed. ey ‘ayenat ~: isabadecd oid a0 2y (988 et) bsn0gs doo - to. CORSE EOS LIE Simin) es aA ata S ads >: evidou- yasas ay wi? (898- oee ; var kak i ;oeSh a3eet) 198 ‘es is * _ “Borswoae fnenjoleved tend cee > ween bad Zils iy gay 1wWOd odd gia any” Fo°: of ea te ‘edd aa bas nos] 3h. es - eaq@iioss seep camel wild asild tolies phibeni: ene odd ,(tos-111 winl=V) amiedsi ae apieoin a to dowd pid Bits ‘Leth’s *: a2 REDTENEACKER'S MEDIarVaL sROHITECTURE. wt + cof 3. Paul at worms, of the Churches et Guntersiium and alsheim, the tow- er at Dittelsheim, and the towers of the old Cathedral at wetziar. (Beit. Taf. 80,, 2%, 82), The i etna of French Romanesque towers, and found on the towers at s. Leonerd (V-l-Duc, III-295), Uszerches (V-1-Duc, geoee208), Lincses (V-1-0, 111-298), and Isomes (V+1-5uc, I1I-216), first cecur in developed ana per- fected fora, combined in an imposing proup, in the intersection tower cf the Church at Vernouillet (V-i-0, Tl-223,224, 225; the iuthern windows and angle turrets are here developed intc massive canopies to flank the octagonal spire. This tower ie the wcdel for the massive cathedral tor- ersat Chartres and Senlis, and for many smaller towers, the syuare chenges into the cetason to support the spire, The transiticn from square to oc- tagon offorded oppurtunity for adding wassive canopies ending in spires, naturally made trianguler (Fig. 3€8), as at Senlis (beg. of 13 century), or aquare ides 986) at Chertres (1140/1170), pentezonal (fig. 287) at 36. Pere (V-i-b, III-&e¢; tea or octegonal date a e Pate Echt Ai: aes nw ee : fe stToNs. pelortati Lm: soap OG ot baa suri ry “Adodga & Ki Ks be dist One at 3 etell 3 e..¥d debtosa wot ows ofl “giode deevol ae ‘te; tigiod wad Souit Gielisy edt to ddided gerfs- Ww ‘slake ‘elbbia or, 49, tyiad. ‘wih ot: BASS 4ae% 109 tadlidgod asxsbiots sée =1OD volt fort. diuaor, gi ke xoden aaeiiveyels « eaedd probity kagiouitg te ee aebie Lim a awd 50 Hanoi d tw a bb baw 2 edd ‘te asieg Lis Yo totter ~etitne od wr ‘bate, wish isa, AS YI “NG (Lin wate: wi (iodo bagoos ed? te ~8o .uiswlle efi to’ You!” gaa, DLA ges habulong: fe Bue al sswod de ZL basting vl RS vi ben edna “how ba ‘edd ‘biwoge bawstes ¥YEleuss myidotiads bag. YIwWlLiCy wey “noe jot stotbegxd “‘wauond © pain4ol: 4 8b80R} fecy ads at oom 943, 4 [satess etroll etudossisorg) ody - Yo medivot assy ods addin issaos tsod ods. pabseens = , - 7 acebt ra tuo anes ‘anodes bas Sacasss vac ala katoi iedy hay ei294 8 and" oa Te +. " . ve oa Mey a te: pete + bie wh . ak 4 : : py io Behl Oe Bees 8 ane ot ee Wes | ~ £8 ers bape $0 Sa SD a ty ae ee Oe oa AES BORA Py os ees CP a eee ee ee ie be ae aay ae a At Fabs 3 ton ey istacs tro ‘pted cig earn wei ‘of? 38 ae aa aren lpatcc ait “to +) bee esdieg to eo biee. BtO , ¢reonn Io’ sobs ideited etednes: pebluon. eodton \ gatytiao yw ayse suerte oi avigom-edg yisy sietat telliems- .sewot di to" | atgino Yes to nokloubownt «dito olyte add yoty ht Lyme yd emelrode qn0s ie iy ~ ks ee ellOge sQg ety. si | emda ed? ,oesd emupa's ao Innoys seo, ‘ebes ane etige asbood, eid: yHastlos” » fawiostidox to nokioubos: Lath Hee qaiy- sus aa ath ts besolo- eae: eilye vt ‘We ews0t ede ohtdan DM er0Wwar-- “dteabdnots” ‘to, elindsb. at jaibinab's i east mente isda, ae eat rovs, sete hiss. ee ie. ~).6 eae uN 22) apd toawbie fos: a ot Jaigiod eal. bud. a idhseey a A ieVive Gikedonad Yiete soawad wilt - a pwd ak bebivis’ ora, ‘pedomale f tnd. eoleia” obits oda to Jad of Lanpia ‘et dee on wa “ke mies ots Bhs 28s - en yg ldd ote fe fethodse odd to arewos odd. ud’ “88 a toa wad: oidtot tk bayel quo eain: vktl goa has SlpSudiaoi’ ot ee 5g caert aba oe: astiqas tect ~etuteesisow dodo to aatat, Lsuey ghd AsEw besagay, ageettted baw etiney 4a ty bas shawloo 18010 t00 bai sea too, nésdee Vi oes 127 BDTBNSSCHER'S MEDIAEVAL ARCKITECTURE. cf the octagon, are Sib: of 2 subordinate nature; Lut the commencement ot the octagon and the Lase ot the spire are seperated by bold herizontal nasses, moulded members,balustrades of tracery, or a series of gatlets and rinnacles. The angles of the square terminate in gercups of free pinnacles, which load the angles and forces the thrust of the vault toward the axis of the tower. Smaller towers vary the motive in varicus ways Ly omitting some stories, by Simplifying the style, or Ly introduction of many origi- nal ideas, not permissible in large Luildings. sen were least inclined te secritice the octagonal stcry and the transiticn from the square to the cctagon. rven for square towers, always found in countries using Lrickwork, like Lolland, the wooden scire was made octagonal on a sguare base, The stone cire was closed at first, but with a general reduction of architectural masses it was made open and consisted of the richest tracery, a mode cf treatment scarcely found in France, tut not rare in Geraany and at its cli- max in the towers of the Cathedral. at Cologne. The treatment of Romanesgue towers in detail presents few special mot- ives, pecullar tc Homanesau veated with the usual forms cf church architecture. ‘shat applies to win- e and not likewise emplicyed in Uethic, few not Ve dows, string-courses and cornices, columne and pisrs, veults and buttress-+ 6s, also applies tc Romanesque towers. but the towers in the Gothic ctyle exhibit many peculiar mctives to them &d. Forms of Towers in vetail. , rroceweding to details of treatment of towers in Gothic, the forms of the different stories and their connection with each other first come under censideration. wave of tiffersnt stories. ory generolly serves as a vestilule, and its height is us- ually eguel to that of the side aisles; hall churches are dividdd in twe t , Church of Ss. lis y stories Ly a gallery, eas in beth at MarLlurg, and the hie height of the gallery fixes the height of the lowest story, The two low est eric a together corrséepond to the height of the middle aisle or that of principal gcruite; uo proportions naturally resuit from the commun- caution of af} purts of the Luilding with each cther Ly galieries, passapg- Bs, ete, The second story is generally on organ gallery and may be entire- ly owitted, if the tower is entirely included within the tody of the church; the gallery and trifcrium usually extend around the tcewer éxternslly or internelly and acrcss the west facade, forming a proper expedient for con- trasting the horizontal with the verticsilisnm of the architecture; Nctre is and the Cathedrels at Rheias and atiens carry cut these ideas ae OK a neem ings vaR Tate Basan dua ee ae aa) ray: Suieaie nes ene is eee ar niet: “bei Fed? “Seow Findbiiy" st th i “ee webiea Lin’do bauoe Yo noluiegqaib-settet ati, nbs ° bawdy add? wdut faedyid e gt Yew BS Boo etds te pdowwie BAI YO toot oily evode ‘dgld ‘eats dois” it eviaswoxe biovs oF Betis bas brooes odd seow ies botusen® ‘Ulleves at yr0la & : 2 bol) gl avissozor7 ml wot (tev obs ed via aide bas wto26 Bitds eds to shyted | va hala ofdarebtanoo @ aAtedte ym Ji 10 etisd Je Sts sido me ae 8 solo 643 ews w oe anne aie my bag ae Ede butte "B30 neve ‘bac a Lae ten SRI 3 . aa say al pees rope b ‘ i abla em: “pai aeited2 ot7 lo ‘etent ‘pay i PN, Bwobatir ed? % BS. beduo. s4i5 Yods- aoddsoe Yliea ab -ghaoe-Fot? By lieyo- ae viileds eae ad i Eaves: ate “to ‘bes iy sed ody ni yte0s te Aft: Ba Obivtw esas to ‘ONT ‘6° avers istnowirai 8° J riled ea? ‘age: bodmreqea od 02 ak Cire“ esentb4 rodna" ic it 3 aan a ‘Teabediieg: eis wo os stisadodat: & So gad iiewb: od “e0d 0 Whole edd to tensa ee. letagatiod ot3* Yo nottasiant Siyile o°QI° ST sta: (tte akde” giro Ja wahias ode daoaad- bagdxe~ ithe Yresete has” Beobaie bas TGotishie “wid ‘(em yeerens Clisothb-4 Lvoir- tents” $43 to avfaede to tediitht ab-eesewai Ak” caote | : ar _masag ylewsa das wed ‘jabiet ahis ‘towe 8otte (lag 4s asus ghee ao%t 2 ike ike an eat ods. Ty as tobreixe- geii no stesadéa “cele tiod yi “Beoddd ec os ‘Ysa tis : (gittes: ‘ol eaea o8- Vida pursied? bas 5 sodish J O1bAes Bt Yo Sieg ze a ate pind a ‘eihdoal: ‘edse tie “i ‘sao att dstiniaty ot Mtiey 48 ial: "8% F418 ae a, *. “shbgaa- dal Leis has toner handel at 28 “«Btowed Jo" ane: Pidnimwes fedads20i ‘ 3 “as ner wad tad: ag haves gino ot dud 2 pith Fiod 403 te7: i bebe tink tote ys Bgnd ae i aalosanty oo Squety- nie eral uj seventies trode qar wat ‘eyes: ‘bellai Way « animate Stuok fie -sewdidedca bas ‘deidd to eno teotms “efyha “eaF oa! 18? bao) : - Lynam “ots Stes? @lgas~ tt | a1 daa 188" i Letbod sed ed! no -aB- atewos ¥ badd ae ‘bebuotts soa ei Meoes tt rowed ed? of ‘bebbe ak paeortie ta blyjnéa: & add as Sagas * Sd Ysa erowed "wanoris te ededt sawed’ wir obiedr® @4té fa “Reboge «yi we dd YS" aed ia”-od od ban tot ois’ tu (AOE .yit) bentos dao: glevdiveic be a) idettiee nr betdipes nets had: Stewed todud | (nea - aass” , CSE" spit) io Be) 8 Ro enti ote 10718 tte ad Gand rodt Astaw “eetige ynot' io” guodi Ri efitas'es ae eisa ais as ome a yboew ot $5 Sadte te ta: “bol we “bieas: oesaT™ ‘“Thowds eis tttem ot tioned Bade YF bivitit ga" “wedtig oi avobnkt vaaivor ie . 5 a “, “* ° ows *. - - : : “i ' : , a 4 , : - : f * 4 -* > boa > - | 4 . “ we t 4 = . a A ~ 1389 REDTENBACHER'S MEDIABVAL ARCHITECTURE, of the spire the less their thrust. Tho spire may Le wore exaily overthrown by the wind, the lighter its material tnd the larger the surface gresent- ed to the wind. Thus stone are preferable te wooden spires, and perfor- sted are better then solid spires, or perferated spires may te cerried high- er than if golid, for eyual dimensions of Lese, Spires either stond with sides parallel (Fig. 390) or diagonal (Fig. #91) to the sides of glen ot ice story of tower; for sguare towers with octagonal spires there are the seen employed normal forme (Figs, C92, 3¢2), and for octagonal towers RO vr - the arrangements as shown. (Figs. 904, G96). For conics] spires and these of slightly curved, outline (Fig. 2388) joints of the different courses ere generelly made normal (Trepta in stiesse; Un- gew, Fig. 222), but fer straight spires they ere nage horizontal, so thet the spire acts like a system of corlels; this construction 1s Seat ae and admits ot more sinple jointing. The upper pert of the stcne spire Snas in @ knob (Fig. 297), naturally wrought in one plece with the upper end he spire, and in perfected Gothic it ils shape 24 like a cross-flower, as for pinnacles, rarely as a stone cross or statues; if the spire Le very large, its upper end is constructed of several courses of stone, Spires for towers are modeis for spires of pinnacles, and what has been said in regard the latter applies to the former; prench spires are usual- ly ornamented ky tile-like patterns, but German spires are ehiefly plain; angles of spires are usually decorated by erockets. On French cathedral tow ars slit-like openings or holes are usually made in walls cf spires, while on Germn towers these are entirely replaced pby tracery; forme of tracery are then arranged that horizontel connections may bs supported at their centres if required, and their heights may Le equal (Fig. 88), as cn the Cathedral at Freiberg, or may diminish in proportion to the inclination of surface of spire (Fig. 269), as on the Cathedral at Cologne, The tracery is arranged to suit the construction of the spire, whether for octagonal spires (Fig. 400, upper halt) each course Le composed of eight stone slabs alternately bonded together, or for large spires esch course and side be formed of several slats (Fig. 400, lower helf). Very large spires are best constructed with eight ribs with radial joints arramied on plan (Fig. 401), ageinst-which as set the slats, externally jointed normal to the surface, internally towards the centre. By iron anchors or by projections cut on the stones of the upper course to enter holes in the lower course, the sep- arate rings of the spire are held together firmly, with other iron anchors, cramps, and stone dwells. Angle crockets of the spire are wrought on the different courses (Fig. 402) or as separate pieces inserted in openings. Luthern windows in spires of the Letter period are rare, tut do occur, diy tf alts MEINE 1 ce a OU shack Vine We eR Med et ik OO BEES PTAA. Jés Vein D4 r "8AOn SUS TGR Se vobweg': 2) ite ane Ahi oe vA ee Sowiio iy mire 20 ks we fh ser * rod ve iearot fe ‘edoradd deve tide? ety Ao a8 je ee ccoreston eds pg $04 ‘settles’ nt yea ri \ortge ds nt asdorttede os ye a “no evaitonoe at ,tleeti esige wis wad, yrds eiathewtetat alat .eiiga yh: ese ae wipeians bad ‘a9 a6 wie les witouiotg ulaaciss 6 at. beseet) yl i. | be lie Re a art Mee ak He gaklass oe ‘dow neuevt e413 bas yi05 : is baited ‘Aeuctiongs ds tethedged et to dew ot eda ‘4a etty ead a0 a oe Lents doide \totte302 bedr@rnos aogkge ikeae “ia dtogaie dose eutya eda to passe ssa 2th ye Sib to afta Jdgis att ite wi=f-?) yadoled: edd 02 ea9096 am = Renae (xeye oh) te swilsego) heJognines . al of erisipes ino bas vlotedequa , Sioa we peeontaipbaneee $e. dowd af? to exiqe yniteorsat sud. Miga olg ya ‘be 48 bebetolteq Io YsIiliJets ate to Aoki isdnowed 6 abana tasid isiqvwed odd eee igvaeéboa. sisi ens te R@oTO @ Lgqe % bésdedl “ohotg. Oi -beludexe pie -edy yools ynabaodxe awiot Re ce fd tw eddots” be liot Sees: seattouce Save saeoris is S10 8B as hoenaty yd etesaors bedsiqer to ,ou! qa ett Yo eel Be ee Paro Sauer syniden We as. faethe eeo ait to abla itioe edd. no fe Pt ek a a ro ; 88 ake debokot ats wiobtaytdagoo bow ud ‘ieee eas Beatie eboow! % ‘paosd igo ‘eat “ead T1..setiga nose to agodd of ‘wsiisis vi lesa dis $ave eis Gut iLeds ‘ a ead agttl- sigonstig. ‘baw. isnoystao o%6 sorlya seeds OBup2 ed towgd oe Vat) wllesoyeth gos ed yes sogedoo add {150R (aK Tagid) edead vteds abies “ggwod gisape vil 2i (ROD gt eteupe od? ‘to aebis $3 feligtsa 19 4 ii peyolans yluoumoo Jaoa ows eld sespboug (letter ‘Bhid (eel: fey dul. goten “i fae 48th, ree (O86 .eni9 at ae toliey Mike beni Jad atoo% (ano: yeioo to: aa" aed edt ot] aoidovsaieint ‘eid at etige odd to geed etd etot ten tone ‘al. “Bes | bees Et ef yew etiga ef? bas (808 808 .2gf7) .dosoud 5 ‘a bemeiyg [stings ee Be i #iaerd: ultevey 95 ourkya sel loae wait: {Oe - gid) edaiga. gations wot yf re. Be 5 ~tunted ys betovntoo, esorusud olga “Ipliayy fog 40 (308 get) vwepe ss be — F at deat Lore 265 @'tewod . Issoge so ed, YwNIgO 6 enti tuo “tdlled roo. ane dbot | “7 bob. nyed gud eo biey Jaolyiw xo dAgky bogie iis eet eee off to eertga it Karin #6 beowl, otc bas 2tisget idea toi pedtge io bourt “407° ‘elise rigeb eis © Hameo ode, qROtLQe fteboow yo ,avatoq seeds dostigad pe) stig to xegs 10 : las suodtin Lo dein eeiroie. wieibewisial ken i Piey adinioy toddwt aorsour Ds A sepo¥e bae-ezeiingto yy se skye neboow Yo moddctcodd “jeeks tdawled bas ¢noo ir Ye tnt ty: xe linia aiis@et .os9. Gebetiad tod” (80 [yoy isy (89880 ,ievolt .. 04995. 10 beef lo ebem Cs Grol SeAo0eb odd dud \settqe eneve Reavy h Hsin vce < ni mat): tone ond al Stewiod ts ‘ged ai sewos wily © ae eT ret at Rae | “aeikes 3 oor a a Sichy lnc ited pane ee abar ewig) ie “wobowe - tiene om eerige Toon” ee > < net soatidor a %. —_— gdh bed fie! asi ier no jeottes. ne st ‘aN we aa ae ~ jen ae aie pene ork of ee 4 hs Paes . ae ed ni hme bith eg ee ate. Loken ‘ we . : Labs > an) ? + 4 mn AS spa a y, _ tik a ee ae . ‘ fer. i tie 3 hae tee & , DF us we j ; ; : : ¥ Tau eee Pn ter ie | Veh EM wr . ar OA es MTP gra ie Fs 140 REDTENEACHER'S KEDIABVAL ARCHITECTURE, as on the Liebtrauen Churchs et orks; a verticel intermediate part with Windows is sometimes at the middle part of the spire, made accessitle by a staircase in the spire, and may Le corkelled out from the surface of the spire. This intermediate story in the spire itself, is sometimes cn- ly treated as a strongly projecting talcony, as on the Cathedral at stres burg and ths Frauen Church at usslingen, On the scire of the tewer of the Cathedral at Gtraslurg, the eight ribs > of the spire each sugport six small spires connected together, which give aecess to the Laleony (V-1-5, V-429).. The eight rits of the spire can stiend Separately and only require to be connected together at the apex, as prov- ed ty the ugly but interesting spire of the Church oat Langendenziingen in 5 executed in stone. Instead ct angle crocaets, the late mediaeval period schetines used tciled arches with tracery forms extending along the ang- les of the spire, or replaced crockets Ly pinnacles, as on a staircase tow- er on ths south side of the Cathedral at Strasburg wodeden Spires. wooden spires are given Ly wood constructicn, and The proportions 12 y Similar to those of stone spires. If the of forms ars sub tower be squares, th we rH pe 5 3 fay) 4 w n @ @ br rt res are octagonal and change from the syuare at ‘ &); the octagon may te set diagonally (Fig. 462 sides of the square (Fig, 404); if the square tower termi- nates with patles, this naturally produces the two most commonly esployed orms of octagonal roots comLined with vakles, as in Figs. 200, 291, 392, 292, In another form, the base of the spire is the intersection of the oct- © re he Tata) ee de domdd couwt edd edd te inde bas Dibietiae - eo eT. : _ teivane Ieseves - odad bebivib (srs ‘$12) tlusv Ieobiedqu edi to tedd onde, ABI shh tat $5 2g23,08 .20T fitod), aaron Je fue. 2 be. ay ldeaedile * atlases eds ci at: Roisy Los ust ane Mie tad «gtd? tudabis J bes BUGBEgL ae pees ae «Bet 26, %eT. died). Hon’ talk de Vaggodu .4 Yo foide earecmi eld. 1309. “ : a st@aunda Le o i ; ale de: a taabadesd oi bexoigice . (SED gat), siluav faoinedya AlgW vad 9 Bi. 80 -- om eal noes. Qpad | nobtwixe. Ad fo noypino ot Supe o'r Nod} be b ‘SOT proved abstye emaga jeeniqs .codoow bas: @uess. to saeadwons * | sor . ST ~ ca 1 Rin DT ehbaCHerR' 3 MevlaaV AL ARCHITECTURE, forn, and they are sometines developed inte architectural masterpieces, as on Notre Dame at Peris and on the Cathedral at amiens (V-1-i, V-459, Amt, \ SIL pe ransition from Square to Uctagon. important characteristic of nediaeval bell-towers is the treatment of transition from squere to octagcn. This transition is effected in the i I fe ior of the tower in the most varied weys, and was alsc executed ty different methods in Romanesque. Cortelling was simplest, as on the Cath edral at wurgzlurg (Fig. 411; ¢eit. Taf.. cc, Fig. E), or the pendentive with. a ourtial tunnel vault (Fig. 412), as on the Church at Nantau in France (V-l-b, VII-110) and on the Liebfrauen Chureh at Oberwessel (Beit. Taf. 24 Fig. 1). aA peculiar cortelling 1s shown by the dome over the intersect- ion of the Church at Monttron (Fig. 414; V-1i-u, IV-355) and also in the pyrauidal corbelling of the Church at Loches, supported by a series of pro- jecting courses, passing from square to octagon (V-1-D, Iv-26é), as well as the tower of the Church of &. Burekhard at Surxburg (Fig. 418; Beit. Taf, 38, Fig. €),. and that of the Liesfrauen Church at Wurzburg (beit. Taf. Of Aw aor ate 4 form of transition from square to octagon is common in French Roman- esque, that of the spherical vault (Fig. 415) divided into several annular courses and connected with demical forms, and found on towers at aslshein, Gunterstlum, and & Paul at worms (beit.Taf.cO,Piss, 236; Taf. 21, Pema Transition from square to octagon may also Lez made concentric rings, each forming a tunnel vault set diegonally, as on the tower of the Church of Ss. Jodocus at Landshut (Fig. 416). 4 peculier sclution is in the vaults over the intersection of 5. arbogest at Ruffach (Beit, Lat. sp,, pig. 7; Fig. 417), and in combination with spherical and conical vaults on the towers of the Church of 5. Faul at Worms (beit. faf. SO, Fig. @; Taf.22, Fig.5), also in a very ornemental manner over the intersection of the Church at Gelnhausen, | } The favorite transition from square tc octagon in German komanesque church- es is that with spherical vaults (Fig. 418), employed in Cathedrals at Spires, worms, end Mentz, A richer treatment was given to the transition from square to octagon over intersections of Gothic cathedrals, unusually rich in the Cathedral at HKerzogenbusch and in the Cathedral at hilan. The simpler tran- sition from square to octagon cn the exterior hasé Leen mentioned in the treatment of stone and wooden spires; stone spires generally require at angles of the square base of the polygonal spire heavy masses, canopies, pinnacles or angle turrets, and to be strengthenea at angles by buttress- 6s, developed into massive groups of pinnacles in large towers, as on the = - ae" ame ¢ fe tess, é te. ~e. solid os ‘Teneiey P ; orn eee nage vet borstaat a we ‘ya evita nabson, to eu‘so} yrentsd $60 “Yaoiteustano9 ‘ha: Redeye wal wi tyndide: oe o ew ‘bae's ge at udhget 818 juhidien? bar sitdentI Jo x supe aor? fats taag a3 “19 -easgt- toit-bas sei Liss ABTS. EH wwe git) yaad hatioyetoo ‘eay to aot req Piette & vatone'sss wd besnborg 930. 1008 J bas, A823 (453 tga. want! j@Le vt). sea MME wt hoT? baqoley rag hew'i0g jue Fig Aone - BERGE. to aes J baoys's ynon Las 5 Tenet 2 ‘te nofsovLors a me “ea gt’) etigs aad So ashe bag Regbe: pad mo gutbasse. sia fo8 {fame us paths i202 - ehan at hoe Ie od. pape ort aoltpeasa. {883 (523. es - tetod ods 19 ae (tse yt) astay Qa dbentedas boyede—eaos’ ‘to noi tueaa? | fet Bs as. tte oe pee ee Eivtahiied pudiew™ as teithaitied | Say no’ as’ (SSH: (SFa) > cimosea yr ‘ re ‘ 3 Sail “Lerened (bts? sot * "38" ‘i aad ted git abtdad tel? viavieeteg, ew goto ita -Thvoe tov to ayamiog] “332 asim ensidusoot; ts pgbage {989, Paetot ity 1g “Jaut re cee De AP od ae ip _ sanesig honebiw -o5 9)! Pell) etd: bettupes sued ‘bane “eede iy) Bo. Ye & aol O26. ge to} Aywone, sobay’ Pot gee [lew eas eae Van te Ga: g Seah oe “ei ar atile Saath wettet ehoane Bbosiies to2 bebste aed get nese) eh i. hig eebom E- aie , : Boke set sttjoeiorg oludtissy & bs heteet® ed gods save de daog. eas 20m hie vase a) ae “ad: ae: gi tb 10300 plsdiog od? 0 @itadhie 943. dite . oF eostuva Llewade 3% ' loente (Lietwied tettoy wiy-atoab and ‘Yo pyoreinath, bar ‘thew “to agendotas | Saal as ‘eletiyeo™ iets evede. bowl ino Ss che Iie vid” yf ballii wigy ae yal. Wisiticstia ‘para baye tga g. te: ie sd deca’ ys t26- VS “ote - “$e: benkiiuss,. “te enioot, asi ion’ bafla-os ‘pid Bas “QieJaad ts leabethes Ohe ye inc ve3 wed bw dodom yf detide gs. tab Lea! ets alétioq Site's ted: 80ORGE, AL yi diet? odd +o yainage ent asbivin. gh beane “pa tiga is qinep. node e Gus: fesntl « “beltiss pitted “best edd ahedi Ht tetas sod g- veo ‘beeTO0. et doitdy yewtbeb webaiw noanets edt 40 ‘gawsdob. ait to Abinegakd eis” §misoloas dow as yd asi > fovea. {e814 edd Yo ‘isendiet? ap? ovitow Sdy beniaios oldjod AT belie ge Sma tase, oh aman ‘edd ‘ vicenanadl tei ey cotta fs ye atdaadt to RE: te sees. bojeta—sa Je ta to (Se) Aly) mle teu Jo . ‘faabed ged bf Lo etd 12 owl edd at allow to e@gend: abil teeny eat. ‘ada. jereane dS: feted etae., ee to. tavago laren’ edt” Abie” beguborg ei lsaiy anw Jue, “00h, ‘peBivde los” . ‘al Jeototy ols x bedtenenie otey 8tAeaunon adn Liotg tg 2 beLieg | owt .. errr ni quoas we ti03 fous 39 aol gnexe Sasol tingées | yao t ait nei nd. at fino de idet de" dtadacang, vid a eldine ged | ds” Ap mutt sé Joie eis. ‘ai ekpeo © io aAfvgasjout ai beegeoe1 ors 2ittoa baa” sind... wthesgat aael. wo a ain... f; ig facriasor wat OS eS Bett . isthe ged. stake ea} aiid be: ott ay Btoe. - ‘feuaeout od! to Syl ylk xovdod CORR g7d) ehavod bese sonss 20. vbobings We, 142 REDTENBACHAR'S WELT aEVAL ARCHITsCTURs. thedral at Freiterg, tower of &. Stefan at Vienne, and on the Cathedral at Frankfurt. Primary forms of wooden spires may glso Le employed for stone spires, changing the system of construction, thus small towers on the Cathedrals > ™ at Strasvurg and Freiburg are treated in the same way es wooden spires. (Ungew. Fiz.874). Fe secon are produced ty arranging a short portion of the cctayonal part, de- ~ culiar and rich forms of transition from syuaere to cct- veloped frou the square Lase (Fix. 419; Ungew. Pigs. &¢6, 822), and Ly the ~rojection of a tower Lalcony beyond Lase of spire, then Le supported Ly 4 Be: AS “Bhebaiw at ‘as (CBEb yt). -RenOI 8 Chemex to. | C@20GRG9 ad bags eins ad: nestled 229898 - eas io Yiwtaweo BL: to. Saianiged). anoasto? ietbente® wet. to batsuitemoo, td $y JS wxnoasa: dtiv Beli 2 od daua eedow ed! to at E abre fa88r - fee gee): yiudutd Je is ihefigadvedy~t o. toN nod 30 ‘awobriw alas .aenede “ubev insane “OBES. ati} ba edd in tk gnu. ofArrbor mae 1@ ym. Tet. ‘wd blsde 2008 qe eased: . | “S¥Oory: bus eupnol vd. elorts ¢ ei: ARS posveatl ~ (983,380.0g17) @ltot xle yd be Pi, g20898 ol Lome: pouboty od guia: agat AB qi tedtezor Died, baw. 98a 4 iT) dale: enose bederotied: 6 ,e 2 oa. bagovs-e:l) ; “a uh VE 3 i~{- r) peels. boentiejs ee a botiten, de2£% wit ‘ » Sage OF tet shed) efoito 8 at betseant ass ees: one 8s. bavedsnos poceiquh [3 wives ag enon wOer “i * yasa7122, al viens Th wobaiw bevolata ghia: 2 ae ea ical a ash. SISTED of3 neds exaw @liot.eds to eyavood2-; saeeer' te Loxbets te-af /O38f suse gee. bacoe eat ; aatestit de teu bad wou ial $6 4G ith: Gi ie ai 3 sit bode “0 is = i © ta haatadts hele 0 ES “id “Bonita sox. dottw , Siugumet bas © e. £ one aide Sie LE ie ited MeO big: L4G iS eyors Yap. “gaty ay ; Shae mort ston ea? sedele: bas Jee: A a e9iowso woot edt: to basis ae i htadd - . ; : | J ech eaodw, ‘potsapdo ai 46 ibd 90: one Y e ‘bee te? Be what reed: ow f bod ddim age damigtro ode EM IAGD * of, wat a Fe wetastied 4 6t oP) tis" ig asia tdxe ‘vbeeete” sie ‘ @dg le enose botsagta¥y Yo betoutteanoo ayitecor ay" i, “Adin, toma bemnigyond als eda: bay inert: eistic 0 ba eukéaco « yomedite oft © ®t, faseg joe DE Ted 389. aneo he aw, of ‘Lot stewd iy dal sa i. eeadote “\ obakw Ciene’ odd = ( * aii Oey IA "bas qaeris oar: Side, grads dead. : egaths plod netaen telld. one a - oy J ; 2 ‘pp rh Bade beaguakie- er ere BRS i: atty sad: glides degt Zon! as aid saat poyd Yiorlias _jgamtansa0BitIoos% hadyow obit iv aat. + ie eaotaty (ED. ody bs editors ‘betateg odd > a tat ir ca eoria. bat: eeied. des Hieber sac: edt: MakwoRs EN od: PObS:* ia) 40 ori leat Tegel nds Belfioags | ‘eg lanse- Soauds. dud? MST. luods-dbetourtenos ye inge 5 ge webntn piqicnt ets: Tile finse- Bedshotieg 8 eee Pre aan ny wel ised ‘to ‘madi ee Peake ‘0 sapneets ‘eaeok scleral ta. aude gue a? beaugony i$Ve-gey¥ Yreoo x? Ay epee’ end te Jaga" sey a ihe ee LRseK Py at 2 bi Os wad yo: itoio.efkt Yo ent . 8 eons ; “ao Sega: eda yaalbinse. iabsbenanihee: itaorbe- bitty hiless. oéveb' i aga rene SS entobiie at iS thSeg, Be atta: ga eg eas eRe seas Mabotho sit to sasy ae 2 dard de syowetl de: detiig omegeect leg: ait wat La pttiiliod's Eit300 ree cited ‘8 ba" hg et E*doaidy, ata $0" abailg. = PaeS Sieh *., < Sates ‘Sie As sdwal i 2 46 Bere sagen aid GE unese 18 Sas, digi igetaic’ “og is. 2a" alot gia dan | ir & a8 tei. aap, wabia.kn whe, 30 ‘@bALO7 oad. dud. ywobadw * ve mat) at : : ak. ah ON piles + a 7 i D ‘. % ; Sie ieiaes VAR ae as < vk Dek ioe x is Pea yt ae : a er 14% REDTENBACHBR'S MEDI ABVAL ARCHITECTURE. corbele in secular windows to recéive flower pots, etc. In church windows, as in arts. @2 and @4, the spley is usually combined with the wash of the string-course which carries the water diip. The earliest window tracery originated in a natural way Ly placing a point- ed arch over a pair of smal] windows and inserting a circle inside it; if Unis circle be composed of smell stones (Fig. 48), as in windows of the Cathedral at Soissons (beginning of 18 century), the spaces cetween the ends of the arches must be filled with masonry; Lut if constructed of few stones, as in windows of tower of the Cathedral at Limburg (Fig. 427; 1226), these spaces could be left open. The circle was in the first case suidivid- ed by six foils (Figs. 4$¢,43@) inserted in the circle by tongue and groove (Fig.489, and held together Ly an iron ring, to produce smaller spaces for stainéd glass (V-1-D, V-377; in the second cese, a perforated stone slab wes inserted in a circle (beit.Taf.18,Fig.2). The first method by filling the circle with foils composed of several pieces continued as the usual one in France, and is found in fully developed window tracery in Germany about 1250 in the Cathedral at Freiturg; the cusps of the foils were thén perforated, first in the choir of the Cathedral at Rheims. The second neth- od was developed on the Cathedrals at Wetzlar and Naumburg, which retained the filling of the window circles Ly perforated slabs. . The model for this method was doubtless afforded Ly the Cathedral at. Chartres, whose windows already exhibited at the beginning of the 12 century the original motive cf large rosettes constructed of perforated stone slats. The attempt to combine the circle inserted within the pointed arch with the small window arches may be ébest followed on the Cathedral at Wetzlar_ and other German buildings. About 1226 this was attempted in the windows. of the choir of the Church at Wetzler, the upper part of the circle being entirely free trom the principal arch, kut its lower part was combined with the pointed arches of the divisions of the window end received a common jointing (Pig. 440). The windows of the Cathedfald.at Rheims had already. teen so construeted about 1218, tut those of Wetzlar retained the local tra-. dition ef filling the circle with a perforated stone slak, and triple window tracery was even produded, the tywpahum of the arch being composed of three circles filled ty three perforated stone slats (ceit,Taf.18,;Fig.5). 4 furth- er adwance in developing window tracery consisted in combining the upper part of the circle with the enolosing arch, This was peculiar to windows of Barly Gothic tulldings, like the LieLfrauen Church at Treves, the Church of 5S, Blisabeth at karburg, and the choir of the Church at Hirzenach, so that the circle was also jointed with the tracery in the tympanum of the window, but the rounds of the window jamts did not unite with the rounds eat iy: M, ¥ O° Weel tenia. >. 0. ‘Inxboilnd “ont £. .Pion-son. 10S coking ry bemio? -bné- fea odd Yo: baier ent ynewied otas. be. syecgmlanh as flow a tee od | ot besaernod be Sag eaat 4 cle veay 20 Wiad Sarvs fant oa ‘eteoen! at aot te x pbianga: sgh Da ae “gatgaiage edd, 18 goeonsaaco ond @tedw at andtady yd S108 30 OW ME te | a for ‘bedatog Aisa ‘edd to antl weed odd no gaiiw “bedatog {fe ead awe i>. D> $88] elorts o vd dow Loyioning edd bas meds neswjod veaze dt qntisia ;. pfeil 0 abawgeb @loilo bedisect ots ‘Io eg f2 odd fers ‘9610, Bk "St B: 1OObb:. > hae ae yeodors heugergob 16 .ivonel ,ieqeteliogs ows asdi‘e boliiog $xz. t3 me ‘pas: ehege sieds Suodgiw to. thd iw ett ‘epee eA) to, 2eafaeo. eas sod did - ow eres it to fof soul latos {solatemoey ot ‘abod ten agit ‘boned seek pile edie end Atiw Hosiwaaoo at elaric beaotons eff: yal sis’ Ine nS heass’ one “Ashe gf) d bas 6 4B aadgat age ond Soouhory afd? aaa’ ed? at-2 eat ae oe he ; ak ‘Pious wy ti es ohdtesog noite. ots foitoussanco. Ae a95oq) rnemiiit calla aE 10. , (DRA. B44) oae.! ede of: bas flex betntog Pe i daeyste d wbiiia ms _ BeRL-hedinoaed od aoe bas dows. ain “edt: to-dege, weds. eat ho bad.tapaeb” es’ ‘O° td? gf dneyned eben gnied elorio “pile Sobte rhe E ieahees egna ad igueondh: “ebay Re phia: phtagired Qiteteass ys. 102 to. Ytodyege+ esi be2netéag outdo eid ae sep htt Nioos ts na. eno, besniog Asin aeptodanes xteri) baw : phy wd. atinaet apaaye extane wad. MOE dour taros: bed’ to nis thee auread hy siakaainedieth 8 ie} siete avd a Bittave ly 88S ‘ptoled, pene Ps te iboats ae eundite seston | Bcd putes tthacigsa spec einen dnedaat — pis bei chal bia dodedy 9 he RS SOS cla an 9 5 ie ’ ‘ Leta we ae, 150 REDTBNEACHER'S MEDIAEVAL ARCHITECTURE. of the circle but ran past them (Fig.441; Beit. Taf.18,Fig.1). First at tho Cathedral of Amiens (about 1225) all rounds in window tracery united and formed a uniform net-work. This perfected tracery was then introduc- into Germany. The round of the window mullion was rarely treated as a free column connected to the jamts as well as the mullions (Fig. 441 a), sn the choir of the Church at Hirzenach (Beit. Taf.18,Fig.1). ne pointed arch has very singular geometrical peculiarities, which re- guire consideration in tracery; the simplest construction of tracery, wheth- er in two or more divisions, is where cone commences at the springing and drawe the small pointed arches on the base line cf the main pointed arch, rill 1g space between them and the principal arch ty a circle (Fig. 442), It is clear that the size cf the inserted circle depends on wheth- inted arches are eg jailateral, lancet, or depressed arches, 1.¢., Ky. ied, the centres of the arches lie within or without their spans and on their bases. Other methods for geometrical construction of tracery are based on enlarging the enclosed circle in comparison with the other open- ings in the tracery. This produces two Springings, a and b (Fig. 442). @ © ee dong Different modes of construction are then possitle, as if the circle is made tangent tc the pointed arch and to its base (Fig. 444), or if a square te described on the clear span of the main arch and arcs be described from its upper corners with its side, the circle being made tangent to this arc- square (Fig. 445); lastly, by describing a complete arc-triangle to enclose the circle (Fig. 448). “Inetead of the circle, and preferred Ly riper Gothic, the trefoil, quatre- foil (Pies. 447, 448), cingfoil, sexfoil, etc., may Le introduced; the best Gothic generally enclosed these foils ty circles (Fig. 448), and like more developed early Gothic, added foils to pointed arches of the second rank (Pigs. 447,448), the cusps. another form of tracery was created in Gothic ky replacing the circle ty an are-square (Fig. 449) or an arc-trian- gle (Fig.450), which in wider windows or in those with numerous divisions was soon filled by circles and foils, permitting the most varied combinat- ions. window Tracery in Late Gothic. Late Gothic increased its repertory ot form Ly partially dropping foils snd their connection with pointed arches. In tracery injurea Ly accidents or bed construction, the entire system remains in place, although pieces neve fallen (as a in Fig. 461).. New forms result and sre reproduced as leasing. ancether change in forms of tracery occurs before 128€ on the Minorites suarch at Cologne and soon afterwards on a side chapel of the Cathedral C? rar “ ‘ t 181 REDTENEACHGR'S MEDIAEVAL ARCHITECTURE. at Mentz, and consists in recurvi tg foils to make them more acute, just 98 rounds of horizontal mouldings are changed inte egee roundele (Fig. 462). Cn a comtinaticn of beth forms cf foils, and on the predominance cf sith- er one or the other, is based the infinite variety in Late Gothie tracery. Forms like a in Fig. 451 are termed vesicas and Lecome in Late Gothic the single determining element of the treatment of trecery. From these are derived new and peculiar forms (Fig.452) in eccordance with the same prir- ciple, that subordinate pointed arches of second and third rank are no long- er the chief idea, tut. comtinaticn of all forms of arches and cofitinual change of curvature. Latest Gothic uses the most diverse expedients to _ obtain picturesque effects, subject to ne principle and wore interest ao than beeutiful,therefore tiore instructive as to “how it should not Le done". A magnificent example of a windew, almost entirely consisting cf point- ed arches and guatrefoils with doubled fciled arches, is found in the Chep- el of $ Victor, Cathedral at Mentz, (1279). Prominent examples of win- dows with tracery, fcile enclosed Ly circles, are found on the &. Chapelle at Paris (V-l-b, V-387), the Cathedral at Amiens (V-1-0, V-290), the Cath- edral et Cologne, and the Church of S.Katharine at Copenheia (keit. Taf. 20,Fig.14). The foiled arches or cusps appear first on the S. Chapelle at Paris in 1280, then (1240-1246) on the choir chapels of the Cathedral at Amiens, and afterwards in Germany, The erc-triangles and are-squeres seem rere in France; they perheps first cecur in Germany on the west window of the Minorites Church at Colas (dedicated 1230), assuming that the date of consecration to coincide with, the construction of the tracery. Fare examples, ioth foils and circles inserted between aro-triangles and arc-sqguares, are found in the ruined Liebfraven Church, (Beit. Taf.21,Fig.2), (akout 1 of 5. Stefan (1312), at Mentz. (Beit. Tef.21, Fig. 1 A Rich exomples of subdivision of traceries with from £ to 12 divisio ong, together with motives of their decoration Ly foils and cusps, way Le tou in beitr8ge, Taf. 124.4. Normal arrongenents may Le classified whether the pointed archie have one or more heights of springing, the tracery has sn even or wneven number of divisions, tracery forms extend little or tiuch Lelow springing of principal arch, and whether these Le arranged central- ly or non-centrally. Abnormal tracery cannot be referred to eny uctive and curprises forms produced by virtucsos in stone-cutting striving fer originality. 3 £0, Details of Tracery. 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YGoiz os, abaiag:. ae) Pes ire” es, Th ~ | Th ween ‘ lie \ ft Pe hie. oe ge 2 163 REDTENBACHSR'S MEDIABVAL ARCHITECTURE. were earliest so treated in foils, that a broad space was left between the small inner circles, to receive an iron ring inserted in a groove (Figs. 438,462). Cusps of smal] pointed arches were Lased on the equilateral tri- angle, so that their apexes were also points in the circular are (Fig. 46é). Cusps of foils as on portals of Cathedral at Amiens, and on windows of &. Chapelle, were decorated Ly beautiful clusters of leaves or lilies, as at Cologne, Meniz, Oppenheim (beit.Taf.20,Figs. 16,1¢,17). The riper Gothic formed the cusps of foils on the same principle of con- struction as that of the smaller arches of windows, so that they were pro- duced by intersecting circles (Figs. 487,485,439); they all ended in points sore or less sharp, the more blunt, the mce circles composed the foil, thus less acute in the polyfoil than in the trefcil or quatrefoil. Later Gothic then combined the advantages of early and Lest Gothic, giving its cusps sufficient width at their ends, preferable to sharp cusps for exe- cution in soft stone, constructing all arches on the same principle and giving to each renk of arches the same section. (Fig.470). Clusters of leaves, lilies, and ornaments were then generally omitted. Cusps were then simply sc truncated, that a line joining the certres of two adjacent cir- culer arches limited their projection (Fig.471). The coves of the susp _ then intersect in a line ab (Figs.471,472). This sharp edge at is some- times replaced by a surface (Fig. 472) passing through points ac co (Fig. . 471), or the edge ty the chamfer d d (Pig, 474). Another favorite cusp in Late Gothic is thut cut off rectangular at the point (Fig.476); a smail square . is then placed tefore the point b, which the circular arc of the foil inter-~ seots in c' c' (Bigs. 475,476). Dotted lines in Fig. 47é indicete the form of cusps on the foils of the flying buttresses of the Church of &, barbara at Kuttenberg in Bohemia. ey te Points ¢' c' may also be connected with the point of the cusp by surf ace es, so thet the rectangular cusp appears more acute on the front in perspec- tive (fig. 477), Later Gothic developed the cusp decoretively; an example from the window of a dwelling in Tours (Fig.478) has the square fillets cf the moulding intersect; others are found on the chancel of the Cathed- ral of S&S. Stefan at Vienna, on gables of the Tower at Frankfurt-a-k, on a portal of the Church at Goss in Stieirmark, etc. The width of the trun- Gated cusps depends entirely on the material; generally made as small as oOssible, end on the Cathedral at yjentz in hard red sandstone, it is not over 1/16 inch wide. | tf in restorations a strong material is to be replaced by weaker and the cusps cannot be wade es small as before, we should not depart from its sy- stem of construction and truncate the cusps on the triangle a’ &! o! in- F | Sulaliiains GaVoatGia Sasxonanataae ae @atotte ‘en? eine jeua fud (0TH.g73) 0 ds gigantst sewi0d edd a0 Bo basa “ot Ulibtome od of dafoy s (94984, 07.gt7) .ovoted nods wollsae te dwence ww oe pong taogat Sy teiseb! toet gave eff to Jnumsoors off sonts betedsen aHos igen, bus hiobea “a 3 ba AD. ib hastl «2 hhed arts ja ee ee “Oe cg oeiveb of. rts "$2 dina Iiiw eo! ioe'q beyode 61g" aiglie dete a1 3 atl ee i 4 yaegRat bongises ayesds olds 95 saed edd bie “Elise, ont.” Atbiato, O,detiue | gmp y enointeen Ofidod sxetel baa sods i syenkandat oF conor tes. 3 bw a pe mere: Ul dite a8, eis ekerat. ‘eds m 0 Laton,. 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Ute ‘ : . a's Pee s a Nt an ; > be CET ia, So aa ‘ a oT 9 he : ? ats * ‘gh pr Data) cs — lat a be ay ; a i” PR Pe 8 i ae 154 REDTENBACHER'S MeDIAZVAL ARCHITECTURE. stead of on the former triangle ak oc (Fig.479}, but must make the circles somewhat smaller than before, (Fig.47¢,right) a point to Le carefully re- memrered, since the treatment of the cusp is of decisive importance to a knowledge of the relations of different monuments. A second and neglect- ed point is that centres of cusps off simple pointed arches are always lo- cated on diagonals of the equilateral triangle (Fig.470) and not con the Lase of the triangle. $0, dJcinting of Tracery. sn important point in window tracery is the jointing of the separate stones. & general law is that the principal arch must elways remain in equilibrium | and all its joints must te drawn radially. It is advisabie for the joint- ing to be made normal to the circles of the foils (Fig.470). For economy, make the fewest points possible within the limits of the material, since each separate piece of the tracery is cut from a rectangular ashlar, and many joints require many eshlars. It if necessary to finish the clcsing stone of the tracery after the others have teen set, since with best ihtena ticn and most careful work, eblsolutely accurate fitting of the tracery to the enclosing arch is scarcely to be attained. The stone-cutter cuts straight joints more easily than curved cnes; he will more conveniently sake jointe as on the left half of Fig. 480, then as on the right side cf the arc-tri- angie. If these rules are obeyed, practice will make it éasy to devise u Suitable jointing. The early and the-best Cothic always designed tracery with reference to jointing; later and latext Gothic frequently sinned against all laws; its virtuosity could make possitle the apparently impossible, ev- en at the cost of the rational. Designing of a normal tracery proceeds by first drawing centre lines cf the rounds or of the centre profile in general (Fig.470); in good tracery the law applies, that the pointed arch sheuld net te made more acute than the equilateral ere-triangle. Then the width of the section is laid off fro ihe centre line. If the tracery be further subdivided, the centre lines cf the sections of second rank are drawn in the saue manner and are again en- closed by the width of section of the second rank; the same process is re- peated with tracery still further subdivided. The ares of the cusps are then drawn, their centre lines laid off, and their width given. Lastly, the tracery lines are filled in, or the actual lines on the elevation ac- cording to the profiles, where it is to be remembered, that one should al- ways preeeed from the inside to the outside, drawing the cusps first, then the smaller and later the larger arches. For the esthetic effect of tracery, it is to be rememlLered, that earlier Gothic properly laid no special stress on uniformity of height of ell sprinz- te is 5 ~*~ . ¢ ‘ ’ re oD . a) 5 ‘ Bis: P + s - P i , ° - ; ee 4 . . a ‘ Pe - 4 . “ « : . i ? ee tw - oe ib cx! 4 mms ’ Dive : . = ., A . te es es ay 2 x, 3 e —— . > be “a # . ? ; b 4 ‘ ; ; : K- . - . ” =, ° * ~ ' : . d ° a j ‘ * oe 5 . “s r * en *) ; - . : P . , ; > : ‘ : ; 4 .. ‘ f : ‘ dl i Ee, My ty : ; oS * - : ; m - sont “ : 3 ion the 4 . ae . oo 3 3 : . . » BF . F 4 ‘ — ? Le . r : ; + > 7 . : : ~ + 4 : : ’ ibe REVTBNEACHER'S MEDIABVAL AKCHITECTURE, ing points, Lut merely endeavered to have the foils produce the greet- est effect possitle, and in rich polypartite tracery to accent the centre apex of the are-triangle Ly the arrangement of the filling forms, f&arlier tracery is effective ty its grand and piain treatment. The filling forms efford a means of making the upper pert of the window as large as desir- ed Ly lowering the soringing points of their pointed arches, and to obtain suitable spaces for stained glass, $1, wheel und Rose windows >A most prominent peculiarity of mediseval architecture ie the wheel or cge window, chiefly used for lighting middle and traneverse aisles, ar- ronged in gables to light the attic; like window tracery, it is construct- ed and deccrated on two principles; either a combination of stone slabs perforated by geometrically arranged openings (Fics. 481,452), as on the Cethedralsat Chartres, Eauberg, and Lausenne, Monastery at Sbrach (Fig. 461), Cathedral at Limburg-a-L (Fig.4&2), or it is constructed like trac- ery with small columns or mullions radiating from a hub (Figs, 486,487), the radials being connected by simple arches in Howanesque (Fig. 487), or by tracery in Gothic (Fig.486). These rose windows indicate the entire history of mediaeval erchitecture in their mouldings and their forms of arches and ornaments. In French, German and Italian cathedrals, a rose window frequently occupies the entire width of the centre aisle and is the most important decorative part of the’ entire architectural systen. The cldest ross windows in France were these of the former triforium in Rotre Lame at Paris (1108-1170; Vn1 a. VilI-41); they are to be termed en- tirely Gothic, while jn Germany before 1250 wheel windows remained Roman- e8que; afterwards we find an early Gothic rose window in the Church of &. Ulrich at Regensburg (Beit. Taf.2,Fig.3),almost identical in form with that executed tefore 1220 for the west facade of the Cathedral at Mantes; the magnificent rose window in the south transept of Notre Dame at Paris was completed about the sane tine, (1257; V-1-D,VITI-51), exhibits the Gothic style at its highest point, and was first imitated in Germany nore thon 20 years later in the equally magnificent rese windew of the west facade of Strastiurg Cathedral. From this is derived the Lesutiful rose window at “weissenburg in Alsace (Fig. 486), fven German Romanesque wheel windows are already rilled with nerforated slabs of stone (Fig. 461), Sometimes treat- ed ornamentaily, as in several Thuringian churckes (heit, Taf. 2,Figs. 32,4, E,¢), or they were ectual wheels with spokes reploced by columns connect- ed by round arches outside and abutting against a huk at the centre; thus the beautiful whee] windows on the Cathedrals at Yerms (Fig. 467) and Nentz (Beit, Taf. 1,Fig. i), and on the transept of the Cathedral at Freiturg (beit. POH IAVAATGaM Bt yeKAciasctn Bet “99a. WOb ot SOT a) elas inblajet seathapoes bald aa aft. oe 2, t8t on eid oat 08) shea as ‘Yerbadead ad. ‘io eine magiens eid no as ate gid HO a fenioiig no bas ¢{f -yi,S tal ddea). anor. 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Tef.1,Fig. 3), the Church of & Paul at worms (Beit, Tat.3,Fig.1), and on S. Michael's Chap- el in the Monastery et Ebrach (Pigs. 4&2,484); sometimes conposed of a ser= ies of tangent arches grouped around a central circle (Fig.4&2), as on the Cathedral at Limburg-a-L. In the first case, such rese windows are to Le regarded as great polyfoils whose motive may vary in them, a series of con- centric polyfoils being arranged (Fig. 4&4), os on the Church at Montreal (V-1-D, VIII-8@6), or it may be combined with circles, trefoils, or quetre- foils, ke composed of stone slabs, as at Chartres, Bamterg, Lausanne, and Gelnhausen (Fig,481), then permitting the moulding of the enclosing archi- volt to take the form of the foil (Fig.485), es on the Church at Foyat and on 6, Stephen at Vienna. From combination of foils and radial divisions result al] variations ex ecuted in French cathedrals and German buildings. Two arrangements cf rad- ial divisions are in use, one with connecting arches turned towards the centre, the other having them turned towards the circumference cf the cir- cle; about 1800 appear first on & Nicaise at Kheims connecting arches alt- ernately tarned inward and outward, with a tendency to ebligue position or a rotation of the rose window about its centre. This afforded the pri- nary vesica pattern, common in France and rarer in Germany; which fixed the nature of the so-called flamboyant late French Gothic, ahd was first used in the rose window of the S.Chapelle in the iScentury, Small openings were sometimes closed by a perforated slab of stone (Fig. 4&8),as at Hassfurth. The late mediaeval period in Germany generally divided rose windows into foils, sometimes combined with vesica forms, sometimes with segmental arch- es, which mntersect complete circles or foils (A rich collection of rose windows is found in beitrage,Taf.1 to 4; Vel-i, art. Rose; Ungew. ). 92, Window Gables. The perfected Gothic often placed gables above windows, whieh may have originally had the purpose of loading wall arches cf the vault and of en- suring its epex against movement Ly the thrust of the vaults, but was pre- ferably employed later for its ornamental effect, These gables were dec- _ orated by ornamental mctives like the great gables of the church, ty cross- flowers, crockets, by figures and tracery, were perforated or solid, or flanked by pinnacles. They usually interseot the main cornice and are con- tined with it in various ways. | In art. Gable, Viollet-le-Duc ascribes the origin of the gable to a tra- dition, which stated a liking for the temporary wooden soofs placed . Pipe ts Ohh) Maree ar ie OF a - he pe-se, ou vad ois aN “ wo. ht ng eee a ‘ + ms ot oe Bae i + . * ‘ . % 3 BH soit vil 4, as Fegan SP, . ro Re ys : . “ ’ . . . e's adie 9K. eae ag - a . mane vet, AF So ad 2 4 ” ’ 4 Guy bg ¥ Pt Beit > : oA hes - ~ . s ws 4 4 bed hae Rh) 4 7.5 2. rede fos + foe beat ad s+ ’ : : D ° erh bw 1.494. 9 Pes eo. Cea ° “maw es TIM er 1715 167 “RELTENBACHER'3 MEDLAgVAL ARCHITECTURE. over completed vaults, while the upper walls of the church remsined unfin- ished for lack of money, and that similar roofs were constructed of stone; this conflicts with his explanation of the window gatle as loading wali arches, given in art. Construction, Fierre de Montereau first employed these gaLels in 124 on the &. Chapelle. The true explanation cf the win- dow gatle is perhaps that it was introduced to make the apex of the win- dow as high as possible, regardless of the main cornice. The windew erch might then extend to the main cornice or even above it, and the gatle was built in front of the main cornice and partly concealed it, producing a general form, satisfactory both structurelly and estheticaliy. The point- ed window erch or wall arch was loaded by it at its crown, and the line of pressure was forced towerds the vertical axis of the buttress by increas- ing the vertical load, the balustrades of the gelleries were firmly fixed and their length diminished; for esthetic reasons a large mass over the window arch. was only desirable, when it distinctly asserts the general ver- tical tendency of the building. The gables of portals nad the same curpose as those of windows; they were employed as comuon ornamental perts where- ver they had a purpose. Their construction and connection with the main cornice and galleries admits innumerayie solutions, ell returning to the primary idea, that they are thin wails’ of stone, to ke connected es streng- ly as possible with the wall vy bond stones, balustrades cf galleries, ete 93. Cornices, Belts, and String-courses. The horizontal bands in Romanesque and the Gothic, bese-courses, main cornices and string-courses, annular wouldings, astrasals and base moulc- (ri) . ings, sections of archivolte of windows and dcorways, guble-copings of page tresses and flying buttresses, pinnacles and canopies, etc., are suLjeet. ~ 5° to the same changes, through which the style passed... 4s a primery lew for. the entire treatment cf horizontal bands in the middle ages, their forme. and proportions depend on the purpose they serve,on the material in which. they are executed, and on their position with reference to. the observer, The material fixes the absclute sizes of mouldings; the nopmal height of course of the stone limits the greatest height of the member or of its subdivisions, the strength of the material decides its projection and as. the minimum limit of delicacy of its forme, end the lighting and the: poe- &tion of. the menter with reference to the eye influences these proportions, — Belt courses in the early middle ages are vased on late Roman buildings, those of Barly Gothic are partially based on Christian buildings in Pal- 6stine end Syria, seen by crusaders, Perfected Gothic treed itself fron all histerical traditions in its treatment. of belt. cour ces, : The peculiarity of narueey.al. forms of cornices and’ belts ipa preference... | ; bya TB sragitaanarage at, aal ow somos aid abeflit gin: bas. qi -bedowanos ,awollod bis, abavor 10% gett (8 ,@tedgem yritosunoo 10° gt Lte7e gee eikeH 40 Tegnotia.es beb1sye7 “yo a8 ‘to yak: rb J afd 10 Sueloue a be eweolong a2 .griboe heloistasy 29- | e1dged, bebluos uk esotts eis ads yOmsoas idor ‘bdog Lis edid gatas: Yioaed oe: bus cigaa! te » dete ‘to ) eayseite ‘noqu bisi eaw says alk bia edt ai. 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Hiabedaed ods, saat erties wollod wit rolgaixs. oid 80. dads tot <: ja BS Laws td 12. eoL% wsdqk + 92 hye 89 eet). agaa teil Je [e‘chetdey, ae £9 BG ° te iit RiGh HIE OF ‘sedan ay bs s. hokey Fags 1 bb. 40. ‘aviuigo bats, 6, euaol- pivabwitas: rene: “$0 hobjoe:, s igak ote TS. 1g Ose “BS Wega) .SE ORE eait, Ve tel - <$Q8 ated at neviy eve 49. ado aw augoananol uk & 9g 108 ated do gels icin 8 daeety wilt tt Oli ie ptewns, isonts eit aoa moored | (bee. gk@) grids 3 xs ‘ts meted mi He'd to. dowd) © af oie Ao at. PtOREH'EO oyna ol a yd beketeo@b adattediod gies t alate (ise “i O18. awobaiw- ‘Sqyae, RT. (OL. :geayte ste Ledted), ined joei60 det tamtot jase oft a6 an edquooresed sit ‘yvodn bageae gen-ob bag: artods. aE , bozos’ er ah a9 baw GAM eee: tea) pissing bas (f¢h.gi)-gredmed Je ‘alaabe-” oo | eee Ne oa PUG ae neesion is: ferbadago eis gh: legacy’ nefeb- ° Ray A Sean a ° spake) bei | “blind oie ‘ila sted 2 edt | levtina it, pores 0%: evga agate fegtoaiad tte 8 YtIs8 bar. “Todew ater wot? ymoasa bai dpa log «ft amen god te gat jot) at gated eidaweu te tew chee | gerdvomers - eat pat yaosa 5 etitpet east Ita... eebast.. f aelnisde vor peonet wad bid beaters 4 eanegc: ye . ae : i at ‘ “bogxa sola. mien e te ode to Coppa | v ig as are ze ofeod Je wot ebca at ce lgueke, Sooy al and edi pha ie “eed Xe. fean - . «ide 94¢ a9 a8 .wobaiw ods favo sodeti ed wits ,ferdediad van: "Y0,ziato a lng RELTENBACHER'S MEDIABVAL ARCHITECTURE. for rounds and hollows, connected Ly and with fillets. belt courses are regarded as stronger or weaker separating or connecting memters, a free or restricted ending, as enciosure of a nucleus or the tordering of an op- ening. Like all good architecture, the chief stress in moulded members in the middle ages was laid upon energy of effect of ferm and good harnony ft proportions... base-Courses. The tase of the Luilding is a footing crojecting from face of the well and composed cf one or more courses of stone, with the idea of extending the base of the Luilding and placing it on the foundation, of raising the structure above the ground, and of visibly separating it from the ground ty a powerful horizontal member. The projecticn cf each course of the base is made by a fillet (Fig.46@ a), a squere or steeper wash (b,c), a quar- ter round (d), a cove (e), a round and cove (#), or an inverted cornice wenber (g).° The top of the Lase generally indicates the top of the inter- nal flcor. For richer bases in Romanesque and Gothic, the Lase at ends at top with group of mouldings derived from the profile of the Attic base, as on the Cathedral at Eambers (Fig.480), which in the development of the style ty transforming, increasing, or cornecting the memters, suffers the changes treated in arts. 54 and cl, an example veing given in Fig. 492 from the Cathedral at Straskurg. Differing from the forn ef the iase in the interior of the building, for that on the exterior the hollow between tor- uses of the Attic-like base in geod examples is mude low at kettom for the water to readily run off, ag on the Cathedral at keissen (Fig.493). A sel- ection of characteristic forms of base courses of different periods is given in Beitregs, Taf.37,Figs. 1 to 12. (Ungew. 14 ete. Fig. él1,etc.). Among the finest profiles of Lase-courses in Romanesgue are those of the Church of Neumunster at nurgzburg (Fig.494). bese-courses ave almost invar- datly plain, though sometiues decorated by a lozence ornement, as on the former Fish Gate at hentz (Beit. Tat.37,Fig.10). If crypt windows are ar- ranged in choirs and do not extend above the base-course, as on the east choir of mMentz Cathedral, this is Lroken around the window, es on the Cath-. edrals at Banberg (Fig.491) and irfurth, (beit.faf.4,Fig.17), and on the wag- dalen Chapel in the Cathedral at Meissen, Moin Cornices. Principal cornices serve for various purposes. They terninate the tuild- ing at top, crown it, protect the masonry from rain water, and carry a g¢ut- ter for removing rain water, usually being in Gothic combined with balus- trades.. All these require a strong projection of the main cornice. é&xped- ients employed by the Romanesque for obtaining 2 streng brojection of the ata Me ” a abl Faee aus! ett beatin nations dana ama 3 a*Radadia Naas Ree’ ote al wlohe ta sui: aa et? gekrdeg deg seeat Gs Oy CO1G0D Wy aU ne weeeiat doxs~baus a. wid tlie, bentdmoo ain’ Sainte heli tors vidoia ed! yasa aciaioo nits to ‘Sigtud’ agel. du tw palsoai,org obin. &., sd guoa oldsep, dons 2109 iar to addgted’ Oieesy. apt 10, ee La dace , Gad. 30 asst tiga jis aa a eee sasoliod Sgtel yrioubostar yi “seeewoo wih To ows to ‘gedivatanos 2 . \ anton beaded ose li? fie Satv mn, oie oe) Gh UL EOD ys bos aboot aget iot.. 2 ua f + Mi iee* - que) Ce BO ‘i Bis efeabon tote 409 be. Dat ravod qidsexkh Yao ies) fl bio? dot do-e14 eso! ny AP: | Fa . , ’ Se movte $ 0H : ! ‘4 ~~ ea *~ he - : , are ne eau ‘ieee io haen: tiem S42, to ees edt avea i Monts fa. Ay redaano wty mont. a8” ; yee earl atelltt.- bie .awol Low 4BbAU or QiAT02 ni evoke too Hksa Adin acd vi qn 100 ak sentbindue 9: add i, Walhgd oll QyMos WS G33 UE ye OVS wrt: Wd m2, ie ey i 4 BS sMeR.tisd) “ys gt $%, - de brs sien javew eri oo ig ; aa” pe aan teayo etn: 2Oyirs | ta abe ela? dot4 bane aid ‘ieee ee bE sohenciaiee ig thd fa (3.3 _ e8eltt. fo -basatog ate-atni oi) Adon ‘odel i bas esetstt doiw-fioten | Fi) bae £20; git) tweed + 8 sont 30 dad eq edt ao és ,aNTS): yssosed Sou ote ayaiblicd. eHPaenss. vA to" ‘ee#Sint dow. “b: mses wal f ih 68 yakgbe eta d whi woo pas baw or: to: basoags aN ‘wi thEvom- sad be ‘tebt0: ¥ Sit ‘aud ebebluos > es] Ba 2 08 a ifs : OP's 8 Ope S, O8..3 a T, thee) - sO Mees gos ytad pai Vitetda Serve Wit Cas aged as & yitdinktiog. atin ae Re eee » bag bo Nee Wiehe | vaeT 2é- awed ‘giro. ‘edd cia! you fodiens, qegbrsy ie Ye tie: ‘qod: AS, apart thong epapon (oon get). jolene! %e inthedays. ab, ee 9109 .d ai . rae ane i” ga" : bane aiedaeaqd: be. with nase.) 3 Yo Harwd0 19 he dete bib Wddb eang.boo, ilawe’ te da suage sug apacter Ab gede sia iss as or es mais edition ‘bas Ttotene so fob teubastede ai over bila» heb i Ss \Liguberng daddies yyy eid ‘rite jai. BhkteD’ ng ae od: bt RYdgg Agoonte sudveu ye. 9 vidonea-Reccagaielovab #, $8 MEME woe, 308 "ARS ib ye kS 7 nak YS Paes ont "fated cieret, Pho gbededs: 3 os — gisbietao wae? wy HY $00 oa jbo weil a AS ad ba er a » oe | 7 I EF igo he adnan ¢ Ve odd soghe (0p 30% ght). dowrd3 bt Cae, 344) aaoud erry is ayeddi oft ao as ie glowing. 94 ig vail aavess bi a £920080 eomidgioa oxé awolkdd bas : aged okie: eS asoiuaios Sise esaily eye adnaa di dowd? agua wail ite serod. old hind ‘ia ‘Isabedge? edt HeIE6 presene’y ‘te tromeeyo ok Bede iétiey idnwuge'c ea . aR ' r os, aha vd awalis a 8S be it, ine & Fong" tot badixpnan aegibite off. retivg y flag” 4. m0 out : noe ah, i toasted eit aga’, $08 S214: awona as ae sce ve ate on. £08 aft se! Rabbi, sated a de? fe. to. Aoiddd add bows saedoss: te “dowdd 2 Laue? olde to, goo ka1s ~ tol et tiongs ‘Jor. to tbe 2a zien > us hes (Ata? att, 86, Sabena te in 92105 exii. saritieg gel: boviwood ynkwviso boow vorat bs Posy en 0% oi LEG REVTENBACHER'S MEDIAEVAL aRCHITECTURE. ; upper course were in Francé projecting the cornice slah on ecrtels, In Ger- many the richly profiled cornice was combined with. the round-arch frieze. French Gothic sought a wide prejecticn with less height of main cornice ty strongly projecting the mouldings,or fer greater heights of main corn- ice consisting of two or uore courses, cy introducing large hcllows, dec- orated Ly foliage, heads and ty continuous crnamental friezes. Cerbel corn- ces are often founc in Germany, directiy cowposed efter French models, as on the Abbeys at Maulbronn (Fig.498) and Ebrach (Pigs. 49,497), and the Cathedral at Eemberg. The Komanesgue composes the profile of its main cornice with guarter rounds, rounds, hollows, and fillets, like Fig. 4S€ from the Wonastery at Forach. The holicw is here subordinate in comparison with main cornices in Gothic. Rounds and hcllows are somelimes decorated ty leaves, like the principal cornices of the Templar's Church at Eacharach end the Church of 3. Peter ut Straubing (beit.Taf.c@,Fig.1,7), or by lozenges and other specific Ner- man forms derived frow wood carving. Recurved leaf patterns like Dorie cymatiums are rare, as on the Neumunster Church et wwralurg (Beit. Taf. 38, FL,3). with the develcepment in Germany, the round-arch apes changes into ~- the trefoil-arch friezs and in iate Gothic inte the pointed-arch frieze with tracery forms, as on the cues Church at bayréuth (Fig. 499) and on the tower of the Liebfrauen Church et Bamterg, where main cornices are like lace edgings. The round-arch btbped of Romanesque buildings are not moulded, but are Lordered by e moulding composed of round and cove, and e frequently detorated by ornamental panels, as on the Cathedral at Bam- erg and others. (Beit. Taf. 88,Figs,&, 10,11). Principal cornices of Gothic Ludldings in Germany and France chiefly ter- minate at top with a water-drip, which nay take the forms shown in Pig. c1l8 a, L, c or e, as on the Cathedral at Regensburg (Fig.£0C), Rounds grad- ually suffer the changes deseribed fcr profiles of rits, us shown ty Fig. fO1 from the Chureh of S. Katherine at Oppenheia, balustredes in Romanesque Ooneist of suwall coluuns with round arc and have in the transition style trefoil and pointed arches, Lut assume in Gothic the forma of tracery, which gradually change ecoording to the development of trecery, from severe through stiff to sportive end fanci- eo ful, as shown by Fig. 502 from the Cathedral at Regensburg, Pig, 502 fron. o Peter at HeldellLerg, Fig. 504 frem the Chureh ef & Valentine at Kidrich in Riedngau, Fig. SOE fvom S, Martin at Landshut, and Pig. 608 from the Cathedral at Regensburg. The front of the gutter is generally decorated ty the water-drip moulding, If baluetrades exist, the channels lie between thea and are not visible. | : Pi e (AU TOd TIHO ds + or aassan armimaanatas GRE REO Wide Soman ease: Fy tw B teney, wesw) thee iad ses sanet od? 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Sd eon: esed ag ‘a: et Hes — ta. rae “af a He bert "ye » | ee oo eee et “std eek auiens bin ied he ean r esse és “ae neal * Ro eoltiory eft oat ‘desi wgatiiven valeans’ ildteg sbuMniiog hiner sa ‘gel eiil pesdétide-w A XS yotselisy diwwd a2° a6” eased “easve, sssositod . aott 188 arabe concn (axbeised eis. $0 ntoto Ynoy-oteabat 288% oe . i we NeiT ~ § da’ “wie Yo sewed” Wiesner + os odici ‘eHfdeo wat ‘et - ae eosorte nt i oegohaie Ria % + Ra > . * oor Bae hl Viel ofi ss Des i Minn Ne jaws vie ; abe ‘Bho es ae Ves B38 y. st og T “< 4 1é0 REDTENBACHGR'S KseDLA&VaAL ARCHITROTURS, Belt Courses. belt courses in Romunesque are chiefly slaks with the lower edge Level- ed, or with ea cove, quarter-round, or three-guorter rouna Letwoen hollows K(Fig.507 a, b, o, d, e). Richer string-courses are composed of mouldings as elements, shown by forms a, lL, ¢, (Fig.60@) from the Sewer at _unters- blum, or take the form of inverted "ttic base (Fig.—C9). Gethic introduc- es almost invariably the water-drip, as recognized in Fig.¢i¢ a, b, oc, d, es. Forms also occur in early Gothic like Fig. 616 a from Heistertach, b from Hirzenbach, ¢ from the Church of 5S. Nicolai at Frankfurt-a-#, and a fron the Dominican Cloister at wurgburg, Annular souldings. Examples of annular wouldings are Fig. £11 from Templar's Church at Bach- arach, Fig. 512 from Hirzenach, Fig. 612 from the Cathedral at Strasburg. Profiles of window archivolts. Archivolts enclosing windows consist of parts containing the groove for inserting tracery panels (the profile of the mullion in tracery) and these corresponding te the thickness of the wall, in Romanesque usualiy a sim- nie splay (Fig.514 a), kut in Gothic generally a great cavetto t, which in the test period was sometimes decorated Ly continucus ornament. The outer margin of the cavetto or splay is frequently bordered Ly 2 separate moulding, which in Romanesque is composed of rounds, holiows and fillets, and in Gothic, of kowteils and similar forms. Profiles of @opings. Profiles of copings of flying buttresses have. already teen studied, and _ of the rate hoods over windows and doorways, with those of gables and wine dow gables, which in their prefiles follow those of main cornices and string courses. They generally heve @ strong projection as members to protect the covered parts from rain water, with water-drips and lerge cavettes teneath \in Gothic. Fig. 516 is an exemple of early Gothio heod noul ding from the Gathedral at Regensburg, Fig. 813 in Romanesque from the Cathedral at ents, Fig. 619 in Late Gothic from the Cuthedral at Frankfurt-a-n, and Figs. 516, fe, are two profiles of copings trom window gables of All saint's Chapel ‘in the Cathedrel at kentz, and from the Cathedral ut kegenskurg. ' Hordzcnteul Members of Various kinds, ‘Here is to be considered a series of horizontal members, partly resenbl- ing’ string-courses, partly annular mouldings, First are the profiles of hoxigontal stone beams, os in dwarf galleries of. Romanesque churches, like Fig. 620 trom the east choir of the Cathedral at Mentz, and Fig. 521 fron thé western tower of the Cathedral at iiorms. Then are profiles of cortels snp loyed in diverse ways. Fig. 522 is a Gothic corbel on. Strasburg Cathe me tv? psiae ; ial weerias. sis bani: eis asa oA 93a. eylt Leibo Ba | see, o1rtv00 e et me oe flood Hag tiqdasdewdoe de Lig tT ‘t8 gefdorwdd..16 8s Bt. 7 . ydiaegedt te Intbedse0 mort @Litoiq fed’ "alata baedxe sate youd3a0 ae: wg FO Lagi imalawed eve aledzoo of. beri adi has .sinek mm (exBeilved oft agit SBF ght edit \agesa 1i8Je:. to sbae pert . to alitotg oftoe Li eked as, 30° Hs oatredzo® a te dest ods mrt TEA i. oe ; ef% 16 fsodeds ‘ota fon eset ota af yawitsia-2: to obs tiew ins ote ie beth “9.004 is #eL) tow. todd aed an 53.get) ks caneeaoe ns den jose we. to foshét329 cit 1edo to sdWoe to. th.tt4 ait es BBA 4588 jeodoas WW eqas Feouad Pyrere e [04.3% Siaws 6 ese @ aotl wott.el Oa 441% . pau Junegon. te dows rode - ~ HOESa Lite rts nied Ree ‘e ated: mine} spin, gobi si: fee TO i freebie OH» to mie. wad $9. i 188 agifo ar ae e _ bavbing, Mot dare. Ag bests Bee brie” aot we | ewos Cod Fe ead’: berisip J aaggid “adidas te 0 hae wes ‘Kap Load, Bip tqne Nod ToTeh oily. ead waoetdaee? ° be pae.. 5p oie 4 bine poeey (aloquepia “anddgglo. acit eweso redo OF. egg igtw bork : * icine enya Fri ty sevowiesal ledasusa1d isitvos4 : gahvoes gem": i oo, ae hee” baie (ergafoo (bees awe’ 3 BSvQtie eT) alawtaps hes bit saad : ee iy. sii BL DaugT. om iL lgaaiaisse ae fou laity: “fae TH a ae eae is.: ae ‘beiwq istgatvolisd efs. WBS IETS pase | fas Kinyo L gine, yiac oad aeodieod In knee Baehs a ; rols ‘eons beworved Sly de gupsoasaot ait ror. § Te, fe : jevonsedns serena oops” Se * mes ez sitonadan , ee & 0 \ Wal ge $ i ae ; % My ~ vy hes wht ms 4 — a4 1@1 REDTSNBACEBEK'S MEDlanVaL ARCHITSCIURE, edral, Figs. 622 and 824 are Romanesque corbels teneath round-arch friez- es of Churches at Pfaffenschwatenheim and Léaach, Fis. 5268 is a Gothic cor- tel profile from Cathedral at hegensburg. Allied to cortels are terminal mouldings in Gothic, which extend around free ends of stair steps, like fig. 62¢ from the Cathedral at Mentz, end Fig. 627 trom the Church of S.Katharine at Oppenheim, alsothe protile of hend rail of talustrade of a stairway in the late Gethic chancel of the Cathedral of 3. Stephen in Vienna (Tig.feS). Further, profiles of Romen- esgue impost weeps of arches; Fig. 5¢9 is from portal of tower of Cbhermun- ster Church at Regensturg , Pip, 660 is from Ircn Gate at Mentz, Fig. 521 @ s from Templar's Church at Bacharach, Pig. 501 1 is from Church at soos burg in Bavaria, Fig. 532 is from nave desi et Cathedral at worus, the profile of @ pier cap from the Church of G. Nicolai at Cippoldiswalde ( Fig. 623) in transition style, and Fig. 5244 is a ee ciers in side aisles of Cathedral at Mentz, all these . a Land, or rarely with a quarter round (Fig, 586), like the string—course on Iron Gate at henta. é Profiles cf neckings of cross-@lowers are in eerly Gethic mostly towtéll profiles (Figs.638,627), sometines curved on plan (Fig,640), or cut out (Fig.529), also rarely in foil forn (Fig. £88) as at Cologne. Late Goth- ic usually gave the necking of cross-flowers the profile of the water-drip. In earlier and in later Gothic capitels cecur, not crnamented and mere- ly consisting ef mouldings, Such moulded capitals take the form of the bell Capital, like Fig. 541 from Cathedral at Regensbut'g, Pigs B42 from pulpit stairs in Cathedral at Mentz. Similar examples ae from Church of & Bark- hard at jitlrzburs (Figs.543,644), which have te extend the entire thickness of the wall from the small regular piers, and show the profile of the ab- acus projecting more in front (Fig.&44) than at sides (Pig. 843). 94, Crnamentation of Romanesque «architecture, The character of the forms of Romanesque ornamentation way te briefly char- acterized, that if follows Jate Roman and tarly Christian motives derived therBfrom; that the decoration employs ancient Germanic. elements, trangs- ferred to architecture from clothing, ornaments, vessels, implements, sand wood-carving. Peculiar ornamental interwoven plant forws eceur, wixed with dragons, men, and animals (TarvayF ig. BB; si CuniLert, Cologne), and inter- woven bends, such as cecasicnally are tound in miniature paintings of manu- scripts of the Carlovingian pericd ana of the early Romanesgue, elso with antique reminiscences, which only coupletely died out during the devel op- ment of Gothic. The Romanesque style borrowed trom clothing and armor forms of net-work, chain, scale, aiid textile patterns, interwoven banda and cords ) 7, ; ye: 5 ne inure rae ee Aine a paks ¢ 5 dla bie SOROS Om dae. Sas mem 3: | Pues to suiapleee ‘ois gntvias-boow mort itsenssors didaifee: erev Aviw dk pb ist) apteteey bis 2s—eerio wot you in ab absuoe ,eaiot oladuada ii- cue Shi auld) aetata svotowty bse altesg ys Roi MJavMsn1 yalldseaet aszoxt bosti ” ineusate byete beiles~on ots at Rot3@ yopeb et loeg ‘AS CRED BSL 89,78 gaallenos brs ft vida, oe. jerded J00 etd ig gupsgiad i outtd. we awe? Ydset fs if U0) «goa wo Bouse wi J to ag ty ilvog at yiletpeaze + ' . ow , 4 ame: a e. f At te i 4 oA oe) : . : LP ‘4 ; _ 4 , ; NEAT j i j 4 ¥ 5 a 4 e , 48 tiaul > % M ‘. Ue : 9 ’ . A | 4 x Pod 1 ‘ F he, F rT ' b: ‘ i -*» a gs ms vy Vibra ee. \ ; ‘ pps ia | ad a DQ 5 i 1 . 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