S St/idia IRE F E EE CE 1 FiitnuL Gate 2 Pornpe^t 3 Baji'Hieo/ 4 T ttf'.ApoUti 5 Metruon O Sauute~hoiM\> doo 7 Tholus 3 Odeuen 0 Fovaitauv EnnecLcrurios lo T of Geras M r. qf TriptolanuAS 12 T. Pltltxut 13 PoMla Stoa 14 jipura, 15 Gynuta^fuj/n of Phil tm}- 16 T. qf Tlhe^eus if T.qf the Duii'furi l8 Pnytaneumj If) T. ofAtflaut-tM 20 T. of Serapis 21 T.qf Lueetuz. 22 jirdv of Hadrieuv 23 Paniheow 24 T.qf Jupiter Olympius 25 T. of lH/merJf/rotera, 26 Steuliwn qfffet'odas 27 Cfutroffio Monument 28 Odetmty (^'‘PericteiS 2g Theettre ofBiuxfius 3 o Portico 3 U OvoTytefic Momurhent 32 Chareufic Columnee 33 Propylav 34 Picture Gallery 36 T. of Vietory 38 T. of Mutest n 3^ Ereotheuen 38 Grotto of Pan 3g Ttieutre^ of JPetodes 40 Ptiyoe 41 Monurnfqf Pfulnpappus 42 .Jncient/ Walls 43 Lonp walL qf Piraats 44 GateiEipylon. 45 Saet'ed/ Gate 48 Pedestal To Pentelieus 25 ATHENIENSIA, OR REMARKS ON THE TOPOGRAPHY AND BUILDINGS OF ATHENS. WILLIAM WILKINS, A. M. F. A. S. LATE FELLOW OF GONVIL AND CAIUS COLLEGE, CAMBEIDGE. LONDON : PRINTED BY W. BULMER AND CO. CLEVELAND-ROW, AND PUBLISHED BY JOHN MURRAY, ALBEMARLE- STREET. 1816 '. TO HIS GRACE HENRY PELHAM, DUKE OF NEWCASTLE, K.G. ^C. IV. On the Buildings of the City 151 V. On the Athenian Inscription 193 The Plan of Athens to face the title page. View of the Erectheum, to face page 193. ERRATA. Page J 4, Line 23, for te read the. 5, Olympium, Olympieum. 4, that emperor, y, corresponded, 20, direction, 4, temple, — dele the comma after Apollo. 1 2, for frize read the frize. 22, octastylos ( oct-astylosin ) in, read octastylos in ( oct-asty-losin. ) 4.S 46 , 65, 68 , Ib. 123, 155, Hadrian, correspond, a direction, temples. ON THE ORIGIN OF GRECIAN ARCHITECTURE. In contemplating the remains of Athe- nian magnificence, we are compelled to admit the existence of that pre-eminence which polished nations have conceded to the architecture of the Greeks. It will be no detraction to admit that a partici- pation in the merit of its first institution may be claimed by a people whose emi- grating colonies first implanted amongst the nations of Europe the germ of almost every science. To them, indeed, the intro- B 2 duclion of architecture into Greece must be indirectly attributed ; but the interval between the art when its precepts were first inculcated, and the perfection it subsequently attained in the hands of the Greeks, is immeasurable. The little ground for the pretension, that the Greeks were materially indebted to the Easterns for all that renders the architecture of that enlightened people so captivating, will be obvious, by a reference to the state of the art when first introduced into Greece, and comparing it with its maturity, as it is displayed in the buildings of Attica, and principally in those of the Athenian Acropolis. It is admitted by ancient writers, that the rocky country of Attica was early in- habited by a colony from the shores of Egypt, and that the Aborigines were in- debted to the emigrants, and to the inter- course subsisting between their descend- ants and the nations of the East, for their 3 first notions of agriculture and science. In tracing, therefore, the origin of Athenian architecture, we must consider the early productions of Egypt, and the states bor- dering upon it, at the period when the voice of religion, demanding the erection of buildings consecrated to the celebra- tion of her rites, could be no longer disre- garded by the rising population of Greece. This consideration will enable us to assign to both nations the merit to which they are respectively intitled for a science to which society is so greatly indebted. The art of building, in opposition to those of sculpture and painting, owed its origin to necessity; these, it is universally allowed, sprung from growing luxury and dawning taste. The wants of mankind, gradually emerging from a state of barba- rous nature, dictated the necessity for dwellings capable of affording shelter against the inclemencies of the seasons ; yet, although the art of constructing habi- 4 tations must, from the gradual iucrease of society, have beeu coustautly progressive, the specimeus of early ages were doubt- less rude aud imcouth ; uor could much improvemeut be expected, before the euer- gies of mau had L^eeu called forth by the coustaut operatious of the mind, directed to the accomplishmeut of this great aud paramouut object. The attempt to trace every iulermediate step betweeu the pri- maeval caverus of the Troglodites, aud the stupeudous temples of Egypt, the earliest productious of architecture uow existiug, would be vaiu ; but the measures first re- sorted to by savages uuskilled iu every art, must be obvious. The earliest dwelliugs would be necessa- rily constructed with such materials as the countries inhabited by the wandering na- tions who separated on the dispersion of the descendants of Noah, most readily and abundantly supplied. The branches of trees, canes and reeds, would offer them- selves in those regions where materials so easily convertible to the purpose of build- ing abounded. Clay and sods would alone be attainable in the humid climates which some of these erratic tribes were destined to inhabit. The observations which travellers have been enabled to make upon the efforts of barbarous nations, so situated, to shelter themselves against the inclemencies of the skies, seem to indicate the existence of a universal feeling or instinct in the method of building. The huts of the nations who have made the least advance to- wards civilization, are in their construction similar to those of the postdiluvians, de- scribed by Vitruvius. The conical sheds of the savages of North America, formed by poles or branches of trees fixed in the ground and meeting at a point, are in no respect dissimilar to those which history recounts to have been constructed by the earliest people. In all places where forests 6 abounded tins mode of building may be presumed to have been practised. Amongst a people where timber was less abundant, the Ethiopians for instance, a mode totally different must necessarily have been pursued : and any advance towards the improvement of the Troglo- dite cavern could have been only effected by the more difficult task of putting to- gether the fragments of stone which nature or accident had detached from the native rock of the country. Whether this was accomplished by a few masses of the material, or by the more artificial mode of uniting a number of smaller stones, the effort must necessarily have been greater, and the art displayed, more considerable. The nations thus circumstanced, may be imagined to have been the first to exhibit a certain degree of architectural science in the construction of their dwellings. From the greater facility of working and fashioning wood, and the less degree 7 of art necessary in covering habitations of a certain extent with timber, it might be supposed that the people of a country producing this useful material, would be the first in point of time to enlarge their dwellings, and thence imbibe an early taste for luxury and refinement in build- ing : yet it is evident that art and inven- tion would be less powerfully exercised , and hence, that all improvement, which followed from the incessant attempt to obviate the disadvantages attending the employment of material rendered subser- vient to that purpose by vast labour and assiduity, would originate with a people who possessed no other. From a similar mode of reasoning, it would follow that the origin of the appli- cation of timber to those purposes of life which only could be obtained by means of its peculiar properties, ought to be refer- red to nations who had forests capable of affording an abundant supply: and hence, that amongst other arts connected with that of carpenti'y, these would be the first to make advances in naval architecture. The truth of such reasoning is confirmed by the history of the great nations of anti- ^l^^hty, the Syrians and the Egyptians ; for as architecture arose amongst these, so navigation was brought by the former to a degree of perfection attained by no other people of the same, or the following age. Vitruvius, in attempting to trace the progress of the art of building, deduces the origin of the ornamental parts of the superstructure from the desire of imitat- ing, in stone, the appearance which the early buildings of timber necessarily as- sumed ; and as he leaves the introduction of columns unexplained, it has been the custom to trace this also to a similar source. But if it be true, that columns were first used by those nations who, from the de- ficiency of timber, cannot be supposed to have applied it to the most common pur- poses of life, and therefore could never have possessed these imagined prototypes, we must look for some other origin of this prominent feature of architecture, than that which seems obviously to present itself. Indeed, if it be considered how few means a rude and untutored people possessed of felling trees for every common-place occa- sion, the less reluctance will be felt in abandoning this opinion ; notwithstanding, by a very general adoption, it has obtained popularity. The true origin of the Egyptian column may perhaps be determined from the spe- cimens afforded by the early architectural productions of the country, in which it formed a principal feature. These lead to the conjecture that bundles of canes, which the Nile copiously supplied, bound together at intervals, first suggested the idea of a sculptured support.* This deduction of ^ In confirmation of this opinion it may be observed, 10 the origin of columns, will sufficiently ex- plain why, in buildings of the highest antiquity, they are found gradually to diminish in thickness from the bottom to the top. Reeds and canes are known to that the old Greek word pa/38oj(7J$, which signifies staf- fing or reeding, as the operation is now called, was applied to signify the fluting of columns. pa/38o)cr<5 xlovog. Aristot. Ethic, ad Nicom. x. 3. The Egyptians, says Diodorus, constructed their dwellings with reeds, a custom which was still continued by the shepherds of the country. y.u\ oh^osig SK TWV KaXctj/,aiV Karaa-xstJx^sar&at. Se toutcov 8jv Ss uA»v, x«i Tyjv yrjv s^s(ttco e^atysiv Toug [xia^cti(Taix.svovg jw-yjrs sk too ©>]crs) xocTu [xs(TOV [/.uXkttoc scTTYjxs Tov asTOV, sTrl^pvaog xu) avrrj. Lib. v. c. 10. That they were placed upon the acroteria cannot admit of a doubt ; for Pausanias afterwards proceeds to describe the sculptures within the pediment. •f ’AvaxeiToct 8e xai asidlag s]pya'i^sT 0 jW,ev rrjg 0sou to ypucouv s%g. Ib. The performances of Phidias were almost wholly con- fined to works in metal and ivory. There are three instances where marble statues are said to have been the work of this inimitable artist, recorded by Pausanias. One of them was a Nemesis formed out of a block of Parian marble the Persians brought with them for the purjx)se of erecting a trophy of their anticipated victo- ries. i. 33. The second was a statue of Venus for the temple in the Ceramicus; and the third a statue of Hermes-Pronaos, near Thebes, ix. 10. The statue of 122 in the pediments, and the figures in the metopae might indeed be viewed from a distance more than sufficient to obviate the disadvantages arising from the fore- shortening occasioned bj the proximity of a spectator to the building : but the loss of the minutia3 of execution must have been the necessary consequence of this distant inspection ; nor could a vigorous effect be produced without extravagant action in the composition, and a dispro- portionate relief in the details of execution. The sculpture in the frize along the Nemesis is, however, said by Pliny to have been the work of Agoracritus, a disciple of Phidias, xxxvi. 5. Visconti, in the work already mentioned, attempts to controvert this opinion; and as an argument decisive of the contrary, he quotes the words of Aristotle, who calls Phidias o-o)f Kyjxpvvjg ypap,fJiOiTsog Ersap^og KoSadrjvxisog |aSs civsypoc\pav epya too vsm cog xaTsXajSov s^ovToi xuTu to rprj |<(TjW-a TOO Brjfjcoo 6 Emysvrjg eJTrsv e^spyaa-pcsva xctt Yjpuspya sttj Aio j^sog ap^ovTOg Ksxpovidog TrpoTomooarrig 'srpoOTYjg svi Ttjg (iooKYjg I Nixoj tt^ottutsi T)) TTpOf T«) KsjtpOTnW 6o Touf opSoTTUTa-g axotra ^sTTOvg SX TOU s^coQev sy xvxk'p TrkYjV TOOV SV Tip TTgOTTOl asi Tp Trgog too KsxpoTrico Tag (jTTsipag aTrarrag appa^EaoTOug tu avcodsv Tou; xiovag apa^E'OOTOUg aTravrag II EiTSpOtV aTpoYjToi vjorav tou xupouTiou TSTTapsg TTOosg TOU Es UTTgayakou oxtco iroEsg 1 ETspou TOU xujj,UTiou Tpix rjfJUTToEia arpoipTa acTTpayakou TSTTxpsg TroEsg I ETspov Ttjv jj,sv ksiav spyaTiav spyaaTO III TOU Es xupoxTiou apyoi -yrav xai YjfUTroEiov ajv rm sTTi rov roiyoi) T»]V xprjTriSoi sy I xvxXa) ctTracrav ax«T«^ecTT 0 V ; Too TOi^ov TOO exTog xxcnct^zcna. ^ Too yaoXoo A<5oo rsTpumhag IIIII TOO SV TM TTpO(TTOlMa . . . TsrpctTToluxg A. T)jf iroLputXTuZog . . . TSTpCtTTO^tUg . . TOO TT^oj TOO yaXiiUTog TSTpamhug . . . SV Tjj vpoa-Tacsi TYj Trpog TOO SupM/XOiTOg Tov ^COfLOV TOO $UYj^0V b olQstov Tvjg svopofiug ;v Ts -aroAJv 'srpoo'vjyopeua-g, — Pint, in Plies, 202 the architect, Etearchus of Cydathenaeum the secretary, have reported the works completed and half-finished, as they found them to be, according to the decree of the people proposed by Epigenes, in the ar- chonship of Diodes ; the Cecropic tribe presiding in the council, to which Nico- phanes of Marathon was principal secre- tary. We have found these parts of the tem- ple half-finished at the angle next the Cecropium. IV. Tiles*‘ not placed, four feet in length, two feet in width, a foot and a half in thickness. * The tiles were slabs of marble wrought with great precision ; every precaution calculated to keep out the wet being adopted in the mode of their formation. The meeting joints of the tiles in the same line were saddled, as it is now termed ; that is, a rim, raised above the surface, was left on each side ; so that if any wet found admission under the narrow strips that covered the meet- ing joint of two contiguous tiles, its further progress was prevented. A similar kind of rim was left at the top of each tile, and the under side of the one next above it was throated, or grooved, where it overlapped the other. 203 I. Shoulder four feet in length, three feet in width, a foot and a h^lf in thickness. V. Epicranitides-f four feet in length, The tiles usually varied in length and breadth according to the scale of the building. In temples of no great magnitude, such as the Erectheum, they were about two feet wide. The tiles at the eaves of the roof were formed out of the sloping blocks immediately above the cornice, which were almost invariably equal in width to two tiles. These are the tiles alluded to in the beginning of the survey. The common tiles were seldom more than four inches thick ; they were sometimes made with clay, al- though every other part of the building was marble. Where gutters were introduced at the eaves, they were hollowed out of these blocks : the front of such gutters were formed into a molding, which Vitruvius calls the sima. Whether or not gutters were carried along the eaves, the sima was made to surmount the cornice of the pediments, and was returned for a short distance round the angle of the cornice, * The tile here alluded to was probably that at the point or extremity of the pediment, which was returned along the flank. It might be so termed, because here they were placed immediately upon the humeri^ as Vitru- vius, speaking of this temple, calls the returns of the building at the angles of the front. See the note upon the word «7rwjaou, in the ninety-third line. -|- The Epicranitides were tiles forming the sima, or top-bed of the cornice belonging to the pediments. Ett;- 204 three feet in width, a foot and a half in thickness. I Angular**^ (epicranitis) seven feet in length, four feet wide, a foot and a half in thickness. Eaves joint-tiles-f ' not placed. I ContinuationJ of the epicranitides, Kpuvov or sTTiKpaviov, from which the term is derived, sig- m^e$,fastigium and vertex. Poll Lib. ii. c. 4. 3. * The angular Epicranitis was that at the vertex of the fastigium, or pediment. f ToyyoKoi Aidoi, I imagine to be the upright cir- cular pieces, terminating the joint-tiles at the eaves or gutters, of the roof. By joint -tiles I mean those which were placed over the meeting joints of the flat tiles ; they were equal to them in length, but narrow ; resembling in their outward form an hexagonal prism cut in two. They extended from the ridge of the roof down to the eaves, or gutters. In some temples, these, as well as the common, or flat tiles, were made of clay. The imbrex, or eaves-tde, of potter’s earth, was termed by the Greeks dToyyvKosilrig, or yoyyvXosiliig, xepa- [/,og : when made of marble, the word xldog would proba- bly be substituted for xsqap.og. The joint-tiles are men- tioned in a subsequent part of the inscription, wliere they are termed a.pjxoi. i AvTip.ogog means, I presume, a corresponding portion, or continuation, of the member of the building with which the term is conjoined, perhaps the contiguous piece. 205 ten feet in length, a foot and a half in height. II Portions in continuation of the epi- stylia,* four feet in length, five palms in width. I Capital of a column, ^ to be above the window-jamb,-f not placed. V Epistylia Jg not placed , eight feet long, two feet and a palm wide, two feet in thickness. * The epistylia were blocks extending from centre to centre of two adjoining columns. In temples where co- lumns were not employed to form a peristyle round the building, as in the example before us, the epistylia were nevertheless continued along the flanks. The two por- tions alluded to in this passage are said to be adjoining or contiguous, probably to the five mentioned almost immediately afterwards. *f* Mstcottov, That part of the forehead immediately above the interval between the eyes. In this place it means part of the building above the interval, or jamb, between two windows. A narrow entrance was termed (TTsvctiTTOi by the Attic Greeks. Pausan. v. 15. :j; The epistylia here alluded to, seem to be those upon the wall, beginning from the angle of the building. The length of each piece being eight feet, the extent of all five together would have been greater than the length of the building in front. One described in a subsequent 206 III Epistylia which are up^ (in their places ) require to be worked on the surface, eight feet in length, two feet and a palm in width, two feet in thickness. The Eleusinian stone,* against which are the sculptures,* surmounts the rest of the work all around, and is placed above the epistylia-j' of those columns’" which are upon the wall next the Pandro- seum. passage, of equal length, is said to have been upon tlie south wall : whence it is probable that these also Avere part of the same range in the flank of the temple. * A remarkable singularity is to be observed in the construction of the Erectheum. The facing of the frize and of the tympanum of the remaining pediment, is formed of a hard stone, similar to that found in the neighbourhood of Eleusis. It is studded with iron cramps, which formerly served to fasten either bronze or marble sculptures. The word ^oou signifies, as Facius observes, small statues. “ Mihi quidem et minutiora varii generis simulacra denotare videntur.” Ad Pausan. v. 11. t The word sTna-TUTOv is one of rare occurrence ; it is found in the Sigean inscription, where it seems to allude to the base or stand of the consecrated vase. On this 207 Of IV engaged columns,* a foot and a half of each column is left un sculp- tured, measured from the volute-f within. account, Chandler supposed it to signify, in this place, the bases of the columns- These, however, are men- tioned in a subsequent passage, under the common deno- mination (TTrsipoti. In another Athenian inscription (given in Chandler’s work pp. xviii. 43), which is nearly coeval with that under discussion, the base, or stand, of a consecrated vase is termed. vnocrTciTov ; whence it seems evident that e7n(TT«rov is an Attic word, and signifies here, something placed over the columns. Mr. Elmsley supposes the sentence to end with the words sTTKTTCiTMv TO'jTMv. The epistatae are, however, speaking in the first person, and the works in the pream- ble are said to be done under Diodes the archon, and not under the epistatae. Besides, the actual existence of Eleusinian stone in the frize of the temple, makes it evi- dent that the sOTioraTa, over which it is described as placed, must be synonymous with the epistylia. * The blocks of marble out of which the capitals of the four columns of this front are formed, constitute part of the wall in which they appear inserted. The parts of them thus immured were consequently unsqulp- tured. -|- Chandler supposes the word avSe/ijov to signify some spot in the Acropolis. Hesychius says of avSe/Ajov, roWoj ’A5))v>](r»v sv TJ 5 ; but he likewise gives another 208 It is necessary to place the inner cy . matium of I epistylium, eight feet long, upon the wall towards the south. These are unpolished and unfluted.* The wall ^ facing the south wind is unpolished, excepting in the portico “ opposite the Cecropium. The antae” without are unpolished throughout, excepting in the portico ° opposite the Cecropium. The bases-f p of all the columns are unfluted in the upper part. All the columns are unfluted except- ing those upon the wall. explanation ; rj yqu[j,fiy] tjj kKix.osi^g Iv Tolg xloatf some spiral-shaped line in columns ; that is to say, the volute. Vitruvius terms the volutes of the Corinthian capital, helices. * Apac^^coTog and ccppujSdcaTog, for it is written both ways, signifies not Jluted. Chandler reads upap^oToc, m which he has been followed by the learned author of the Pro- legomena in Homerum. Upon submitting my reading of the word to that profound and elegant scholar, he ex- pressed his conviction of its propriety. t The upper torus of the bases are found to have been fluted in a manner similar to the shafts of the columns. 209 The whole plinth* *1 is unpolished all around. Paris unpolished of the exterior wall. Four feet lengths of the gutter- stone, VIII in the entrance^. . . . four feet lengths next the pilaster .... * The columns of the western front, and the statues supporting the south portico of the building, are raised upon a podium or low wall ; the xprimg is the footing, or plinth, of this wall. *f- Chandler here reads lOAATl/OHOlS, but the true reading is, TO AATl/O H0O, sc. tou yctv>,ov \i$ov. The first letter has a mark below it such as is found below the initial letters in many of the lines of the inscription, which gives it the appearance of the ancient ?. The yavXoc Xi^og was, perhaps, the stone forming the cistern or trough, into which the water from the salt-spring, or well, in the Pandroseum, flowed ; or, more probably, the gutter stone which conveyed the water rising from the spring away from the building ; because of its being under the head of the parts unpolished of the exterior wall. Along the wall in the flank of the temple of Diana-Propylaea at Eleusis, there is a gutter-stone of the kind here alluded to. lined. Antiq. (^'Attica, c. v. pi. 6. I UpoorT0[/.ioi, the opening between the door-jambs. As the windows of the building were metaphorically P 210 four feet lengths near the statue .... four feet lengths in the portico next the door opening. The altar of the Thy ecus* is not placed. Of the coping-f over the portico oppo- termed the eyes, so the door-way was called the mouth. Vitruvius, who preserves the same kind of metaphor, calls the passage leading from the door-way to the atrium, or court of the Jlmces. vi. 4. ‘H Ss uXXYjXcx. toov xsiKcov (Tv^/SoAij, 'srpocTToixiov 'tsrpoaroij.ia. Pollux^ Lib. ii. c. 4. 20. * This word, of which the two first letters are want- ing, was in all probability ©TEXO. This may be in- ferred from a passage towards the end of the inscription in which all the letters remain perfect. Tea ^ca[ji,cp rca too Xidol 'srevTsXsixoi. x. t. A. Prom Photius we learn that the SvYj^ooi were 6< Upstg 6i vTTsp aXXcav duovrsg rolg Qsolg. Some of the MSS. of this author write the word So>jxo'oj ; that of Beckius, quoted by Herman, gives it with the f The sTTopoepea. is the inclined and outward surface of the roof. This portico is covered with four blocks of marble extending from the south wall of the temple over the epistylia or marble beams, supported by the statues. The cornice of the portico is worked in these blocks. The gentle inclination given to the upper surface was for the purpose of throwing off the rain. The under 211 site the Cecropium the dovetails* and cramps are not placed ; it was necessary that III ceiling stones * supported by the statues, “i"* ^ should have the upper surface tooled, thir- teen feet in length, five feet in width. It is necessary that the echinus mold- ing,^ ^ above the epistylia should be finished. surface of the same blocks formed the ceiling ; it is di- vided into pannels deeply sunk in the marble. The numerals of the inscription make the number of blocks to be tooled three. Each block measures twelve feet ten inches in length: they are not all of equal width ; two of them exceed, and two of them fall some- thing short of five feet. The width of the four together is somewhat less than twenty feet six inches, so that they may be said to average five feet one inch and a half. * ;S(p>)j£<(rjco< were small tenons of metal in the shape of two wedges, united at the points. Vitruvius calls them securkulcB, iv. 7. They were likewise termed yofj,(poi. -f- The word KOPON is one of those which Chandler was at a loss to explain, under the impression that its nominative must be xopog. It here alludes to the statues of females, which, in this portico, supply the place of columns. By the modem Greeks they are still called the damsels. I the word here applied to the ornament over 212 Stone-work lying upon the ground wholly finished. XI Tiles four feet long, two feet wide, a foot and a half in thickness, belong- ing to the shoulder.* I Shoulder tile, four feet long, three feet wide, a foot and a half in thick- ness. Of each of these, the alternate joint- the epistylia of the stylagalmatic portico, signifies the shell fish which produced the scarlet dye of the Tyrians. KaX;^ii] yap 6 >c(3%Aof tjjj vropfvpag. Schol. in Hesych. Hesychius likewise explains it to denote some part of the capital of a column, pi^spog xeipaAijj >uQvog : that part pro- bably of the Ionic capital which is now termed the ovalo. Vitruvius calls this molding the Echinus, because, per- haps, it was a type of the shell fish of the same name ; the shell and its spines being represented in a continued ornament, to which has been given the vulgar name of Egg and dart * The shoulders of this building were those parts of the flanks against which the two lateral porticoes were built. Vitruvius speaking of this temple, says it was constructed like the temple of Castor in the Circus Fla- minius, “ columnis adjectis dextra et sinistra ad hume- ros pronai.” iv. 7* See The Civil Architecture of Vi- truvius. Sect. ii. 7- 213 lile is not finished, nor those in suc- cession behind it.^ XII Six feet long, two feet wide, a foot in thickness, of each of these the alter- nate joint-tile is not finished, nor those behind it. V Four feet long, two feet wide, a foot in thickness, of each of these the al- ternate joint-tile is not finished, nor those behind it. I Five feet long, two feet wide, a foot in thickness, of this the alternate joint-tile is not worked, nor those be- hind it. * The apja&j, as I have before mentioned, were the tiles covering the joints where the flat tiles met. In laying the tiles the rows at the eaves or gutters were first placed, and then other rows in succession, up to the ridge. The dp[jt,oi were laid in the some order of suc- cession, one behind the other. The tiles at the eaves or gutters were formed in the top-bed of the comice, commonly in blocks twice the length of the other tiles ; consequently there was no joint corresponding to that between the two tiles of the next superior course ; here therefore the harmus was worked out of the solid, and this took place at every al- ternate row of the harmi. 214 VII Eaves* four feet long, three feet wide, five palms in thickness, worked smooth without the carving. Of V others the size was the same, of both the cjmatium and astragal, four feet were not carved of each. Of II others there were uncarved, of the cjmatium four feet, of the astragal eight feet. Of I other a foot and a half of the cjmatium, and four feet of the astra- gal were not carved. I Other, the smooth work was done but of the cjmatium of III there was unwrought six feet and a half ; of the astragal eight feet un wrought. Of . . others, six feet of the cjma- * rej(7«, the eaves or cornice. Upon this member of the entablature the moldings are carved. The eaves are here said to be \sia. exTrsTrojSjaeva uvsu ^caraTOjaijf ; by which is probably meant that they were, at the time of the sur- vey, Avorked as plain moldings, preparatory to the en- richment, or carving upon them. The lower moldings of the cornice were a cymatium and astragal. 215 tium unwrought, of the astragal eight feet. I Other, half worked, as to the smooth work Of the IV belonging to the portico four feet in length, three feet in width, five palms in thickness, the smooth work is finished without the carving. The II angular y (eaves) upon the por- tico facing the east, six feet in length, three feet and a half in width, five palms in thickness. Of the one of these the smooth work is done, but the cyinatium is wholly unwrought, and the astragal ; of the other — of the cymatium three feet and a half are unwrought, and of the astragal five feet are unwrought. Upon the wall next the Pandroseum, seven feet and a half in length, three feet and a half in width, are half finished. Of smooth work, six feet in length. 216 three feet and a palm in width five palms in thickness. And I upon the wall next the Pan- droseum, the astragal of this has five feet un carved. VI Stones of the fastigium* belonging to the portico, seven feet long, three feet and a half wide, a foot in thick- ness ; these half finished. II Others five feet long, three feet and a half wide, a foot in thickness ; half finished. The eaves upon the pediment, ^ two feet and a half in width, four feet and a half in length, a foot in thick- ness, the smooth work finished. I Other half finished as to the smooth work. V Stone door-frames eight feet and a * A«£Ti«iO( SC. AjSoj, are the slabs forming the face of the tympanum of the pediment. The facing of this part of the building is done with vertical joints, one course of stone in height. Like the facing of the frize, the stone is that called Eleusinian. 217 palm in length, two feet and a half in width ; of IV of these, some were wholly completed, but it was necessary to place the black marble* against the supercilia.-f* * The situation of the black marble between the ?uya, or transverse pieces of the door-frame, and the hyper- thyra, or cornices above it, is analagous to that of the marble frize between the epistylia and cornice. The black marble was therefore the same, probably, as that mentioned in the forty-second line, under the epithet Elusinian. Pausanias mentions a black stone or marble found under Parnassus, of which the walls of the city of Ambryssus were built. The temple and statue of Diana at the same place were also of the same material ; it was remarkable for its hardness. Pausan. x. 36. The stone found around Parnassus is of similar formation to that produced by the quarries of Eleusis. The numeral letter prefixed to this sentence, was pro- bably n, although it has now the appearance of two units ; this, as well as the one next above and below it, are all placed too high up in the inscription ; each should have ranged one line lower. f The upright pieces of a door frame were called by the Romans, antepagmenta, and those placed across them, mpercilia. The latter are the ?yya of the Greeks. In some instances, nothing intervened between the superci- lium and hyperthyrum ; although very often a sculp- tured frize was intermediate^ placed. 218 T ' Consol* to the hyperthyrum facing the east, half finished. Ill Pentelican stones to the altar of the Thyecus, four feet in length, two feet and a palm in height, a foot in thick- ’ ness. I Other, three feet * Ooj is the handle of a vase, so called from its resem- blance to the human ear. Ears of the kind alluded to here, are something similar in shape to the Greek letter Vitruvius calls these ornaments ancones and parotides The last word I have corrected from the edition of Vi- truvius, published by Schneider, which has only very lately fallen into my hands. The cunhs are germed by us consols f from the French console. L(H»doii : Printed by W. Bulmer and Co. Cleveland-row, St. James’s.