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Introduction§1. Aim of Manual
T HIS Manual of Clay-Modelling and the Course of Lessons which it sets forth are intended to serve both for Classes of Teachers and of Scholars, and, excepting where the contrary is specified (as in Sections 10, 12, and 17), the directions may be followed as they stand in either Class. The principles of the method of working are, of course, the same in both cases, but older pupils will make more rapid progress, and go through the whole Course in less than half the time required by a Class of Children. §2. Artistic Value of Clay-ModellingThe practice of Clay-Modelling, when it is taught in the right way, develops the artistic powers more than any other form of Educational Handwork. Hitherto the artistic side of a child's nature has been much neglected in the ordinary school curriculum, and what art teaching has been given has been of a kind likely to crush rather than develop all artistic instinct, unless a child has been endowed with much more than the usual amount. In the Modelling-lesson there should be as little of the routine of ordinary lessons as is possible, so that it may be regarded as a recreation and a pleasure, and that each child may be free to do the work by the method he likes best, and to realise the delight of exercising his creative power—a feeling which is strong in all children. The better he succeeds, the further will his imagination be stimulated. A child is always ready to receive new impressions, and often sees things with a clearer eye than his elders, not having already made up his mind how he thinks they ought to appear. Thus there is sometimes a freshness about his work which is wanting in that of older people. He will often perceive and seize the essential characteristics of an object, probably without realising how he does so; and it should be our aim to develop and strengthen this power before it becomes dulled, that it may not be an accident that the model of the leaf looks leaf-like, or the model of the shell, shell-like. The earlier, therefore, that we begin, the better, and the more hope will there be of achieving good results. §3. Teaching of Clay-Modelling should Precede that of DrawingThe teaching of Clay-Modelling should precede, not follow, that of Drawing, but if they are studied together by the same methods they will mutually aid each other. The same principles apply to both arts, but Drawing is a more abstract art than Clay-Modelling. In Drawing there are only two dimensions—length and breadth—to work with, instead of three, and therefore in Drawing the laws of foreshortening and perspective have to be understood, which at the outset present great difficulties to a child. But in Clay-Modelling the object is copied exactly as it is, in three dimensions—length, breadth, and height—and has to be considered from all sides; so that in modelling an object more is learnt than in simply drawing it, when only one point of view is studied. In order that the two arts may help each other, the objects which a child has already modelled may be given as the first exercises in Drawing, and he should be taught to shade them in a simple way. §4. Reasons for its Introduction into SchoolsBut it is not only for the end itself, but for the means by which this end is attained, that Clay-Modelling is specially valuable as a method of mental and manual training. It is a subject which appeals strongly to children of all ages, and it may be begun in the lowest classes, and carried on right through the school without a break, the work being continuous throughout. Many good habits of mind which may be more easily developed while a child is young are induced by its practice. §5. Powers Developed by Clay-Modelling
The principal powers which the practice of
Clay-Modelling develops (1) Observation. (2) Accuracy, especially in the perception of form. (3) Dexterity of hand. (4) Sense of form and proportion. (5) Greater power in drawing. (6) Love and appreciation of the beautiful in form. (7) Enjoyment of the creative power in oneself. (8) Perseverance and patience. (9) Concentration of the attention. §6. Suitable and Unsuitable ModelsThe objects which are most suitable as models for Clay-Modelling, and which will help most surely to develop these powers, are those which are simple in form, and yet have some element of grace or beauty in them, by reason of their variety of lines or graceful curves. All objects given as models should be such that in reproducing them they must of necessity be moulded by the fingers. Those which can be turned out by a lathe, or a potter's wheel, or by any machine, better and more accurately than by a skilful hand are, for that reason, not suitable. Geometrical forms should be avoided: they are uninteresting, and give only a mechanical training, besides lacking beauty and the element of art. The difficulty of making two sides of an object exactly alike is great, and does not occur in copying natural objects, of which the sides never quite match each other, however symmetrical they may appear. The exercise of balancing the masses rightly in copying the natural object is far more valuable. Geometrical forms possess no variety of lines to enforce observation, no beautiful curves to be enjoyed. They have only straight lines, sharp angles, or symmetrical curves, which can be turned out much better by machinery than by hand. There still remains the choice between a course of Natural Objects and of Conventional Models, both being suitable for reproduction in clay. But here the tastes of the students themselves, especially of children, pronounce very strongly in favour of Natural Objects. Far more interest is aroused in a child by an object of which he already has some knowledge, and which has a connection with his everyday life, than by a comparative abstraction, which is strange to him. The child will try with greater zest to copy an object which he knows, than something which does not convey a clear idea to his mind. This interest will add much to the enjoyment of the work, and should be fostered by giving at first familiar objects as models, and then proceeding to the less known; although it will be found that there are few models in the following Course with which children are unacquainted. To begin with conventionalised forms is to try and teach a child by means which are altogether beyond his ken—to use the abstract instead of the concrete; though it is only of the latter that he has any knowledge. The conventionalised form is merely an opinion, artistic or otherwise, about the natural form, which is a fact. Therefore, to properly understand the former we must first study the latter. A child is unable to comprehend why the one should differ from the other, and if he succeeds in recognising in the conventional form something which he knows, he will probably mistake that for the object as it is in Nature. That is, he mistakes an opinion, about which ideas may legitimately differ, for a fact. It is a matter of education to appreciate conventionalised form, and that education should begin by studying Nature herself. Later, of course, in an artistic training, the two must necessarily be studied together. It has been urged in favour of conventional types that they can always be done 'in relief'—that is, projecting from a background—and that they are, therefore, better adapted for Clay-Modelling than objects which have to be modelled 'in the round,' because these latter are generally held in the hand while being worked, a method which, although it may seem to some easier for children, is against all the principles of the art. Objects modelled 'in the round,' unlike those modelled 'in relief,' are unattached to any background, and open on all sides except at the point which rests on the slab. The need, however, for holding the clay model in the hand is easily set aside by using the little armature described in Section 19, which, being buried in the model, supports it, and makes it perfectly easy to work. §7. Choice of Methods in Working ModelsAlthough in this Manual accurate directions are given for the working of each model, it is not necessary that these should always be followed exactly, so long as the general principles of working laid down are adhered to. The end to be striven for is to obtain a lifelike representation of the object, not a copy that is merely slavishly accurate, with all the life smoothed and finished out of it. Finish itself is only of secondary importance compared with attaining the character of the model. We should be able to forget in looking at the copy that it is made of clay, so real should it appear. A child who has any natural aptitude for Clay-Modelling may succeed better by doing the work in his own way, and not exactly according to the directions given. Originality of treatment, whether it follows the lines laid down in the directions or not, should be carefully encouraged and fostered, and by no means repressed. §8. Objects, and not Copies, to be Used as ModelsThe objects themselves must be given as models, and not copies or imitations of them, however good these may be, because in working from a copy we are looking through other people's eyes, and therefore have not to use our own to the same extent. Thus a great part of the training is missed. §9. Number of Models Required for a ClassA model should be provided for every student, or at least one to every two students, as otherwise accuracy of work is impossible. They should be able to examine the model closely; and it is of great assistance to pass the thumb over it, in order to feel the actual shape of the surface. §10. Object-Lesson for ChildrenFor Children, an object-lesson treating of the shape and general appearance of the object should be given before the modelling is attempted. This is specially necessary in the earlier lessons. §11. Number of Pupils in a ClassClay-Modelling cannot be properly taught to a class of more than twenty pupils. With a larger number it is not possible for a teacher to give the individual attention required. For Children, the lesson may occupy about an hour, and the model should be finished in that time. §12. Some Models to be EnlargedThe elder pupils should be taught to enlarge objects which are very small, such as a cockle-shell; while those which are large, like a loaf, may be decreased in size, thus making a variation of exercise. This, however, should not be expected of very young children. §13. Position of ModelThe object should be placed in a natural position, and copied as it stands. If it is propped up by any means to keep it in place, and these means are not shown in the copy, the position is unnatural. §14. Points to be Observed in WorkingIn modelling an object careful regard must be had, not only to its form and the shape of its various parts, but to the broad effect of light and shade, and of the individual shadows. It is one of the tests of good work that the shadows of the copy correspond with those of the model. To this end the object must always be in the same position as the copy. For instance, when turning the copy to work another side, the object must always be turned in the same way. The light, if possible, should only come from one side, so that the light and shade may be clearly defined; and the copy should not be brought up close to the eyes, but kept at a distance. §15. Reasons for Using a SlabAll models, except those specified below, should be done on a slab of clay, which the pupil must first make, and which represents the table or board on which the object rests. We cannot properly consider an object except in relation to its surroundings—it cannot hang in mid-air; and we must therefore show what these surroundings are. Those models which do not require to be made with a slab are those only which might be actually used for the purpose for which they are obviously intended, such as a plant-pot, a pin tray, or a dish. Those which are merely representations of natural or other objects, such as an apple, or a boot, or a loaf, should always be worked on a slab. (See figure F.) It may be objected that to make a slab for every model occupies too much time. It is, however, a very simple operation, and as facility in work is gained it can be done very quickly, and should not occupy more than five minutes. §16. Order of Models in CourseThe order in which the models in this Course are arranged is not intended to be followed absolutely, but they are placed generally in order of difficulty, the easier ones at the beginning. Due variety of form should be observed in the order in which they are given as lessons, and not too many of the same shape taken in succession. Nor is it necessary that every model in the list should be worked. Some of them are only to be obtained at certain times of the year, and must, of course, be omitted when they are out of season. Others may have to be left out, as in some places they are difficult to procure. §17. Arrangement of Course for a Class of ChildrenFor a Class of Children a selection should be made of the most interesting models, and those which will prove most interesting to children are not necessarily the easiest. Three, or sometimes four, lessons may have to be given on each object, but care must be taken that the children do not become wearied by having the same model too often. It is best to interpose a new one, and then return later to the other. They may sometimes be asked to work from memory an object that they have already made, or be told to make some familiar thing which they have not as yet modelled. §18. Method of Working and Description of ToolsIn working the models the thumb and forefinger of either hand must be used as far as is possible—not the tip, but the ball of the finger or thumb; and the clay should be put on in such a way as to show the form of the surface it is desired to make. Thus, in doing a round surface we should give the thumb a circular motion; and for a flat surface it should have a straight motion. Where the thumb or forefinger cannot be used, wooden tools must be employed; and these should be curved, and not straight from end to end, as are many of the tools made. The fewer the tools and the less they are used, the better. Two useful shapes are illustrated (figures A, B). The smaller one is suitable for young children, for whom the other may be too large. Tools must not be held like a pencil, but grasped by all the fingers. A mirette, or rod with a wire loop (figure C) at one or both ends, will be found very useful, especially for those models which require hollowing out, like the Sabot (Model 36). The fingers and tools must be constantly wiped on a damp sponge to keep them clean and free from clay, otherwise the dry clay off the fingers is worked into the model and the surface spoilt. §19. Use of ArmatureThe clay model must not be held in the hand after the first general shape is obtained, but fixed on to an armature (figure D), or iron upright, 1¾ inches high, screwed on to the modelling-board. It is against all the principles of the art for the student to hold the clay model in his hand while he is working on it. By doing so the work which has been already done is constantly being spoilt, and has to be commenced again, the model is pressed out of shape, the clay is dried by too much handling, and, moreover, the use of one hand is lost. It is only in the case of the simpler rounded forms, like an orange, when the general shape can be rounded in the hands, that the model should be made at the commencement apart from the armature. In other cases it should be built up directly on the slab round the armature; but where the model does not need support, as in flat objects, like leaves, it should be simply worked on the slab without the armature. §20. Description of Modelling-boardThe modelling-board (figure D) should be not less than 9 inches by 11 inches in area, and should either have two wooden bars screwed on to the bottom, across the grain of the wood, to prevent warping, or else have a piece of wood mortised on each end, like a drawing-board. The armature must be fixed towards one end of the board (figure D), to allow room for working those models which do not require it. §21. Kind of Clay to be UsedTerra-cotta clay is the best material for the work. The red clay has the advantage of pleasant colour, and it is also, if properly prepared, smooth and free from grit. §22. Level Table to be UsedWhen possible the pupils should work on a level table, not on a sloping desk. They may be allowed to stand if they like. §23. Order of Points to be Observed in Working ModelsThe method to be followed in working the models is to proceed from the general to the particular, getting first the general shape or mass of the object, noting its proportions, character, and light and shade. Until this is fairly correct it is of no use to go further. Then the details may be put in, the most noticeable first, and lastly the minor ones. It is better to put in the details of the upper part of the model first, and then those of the lower part. If the latter are done first, the work may be lost and have to be done again, as the clay may be pressed down on to the slab in working the top. §24. Definition of 'Mass'The word 'mass' is here used in its technical sense, to denote the whole shape, or large divisions, of an object, considered without the details. It does not refer specially to size, and may be applied equally to a cockle-shell or a mountain. When an object is much cut up by the details, the masses may be more easily perceived with half-closed eyes. §25. Models to be Built Up, not Cut OutThe mass should be built up of rather stiff clay, so that a solid foundation is made; but the modelling of the form must be done by putting on pieces of softer clay. For this reason the model at first should be made smaller rather than larger than the object, to allow for the increase of size caused by putting on more clay. The model must not be cut or carved out of a larger mass, as if one were working in wood or stone, in which arts the principles of working are contrary to those of Modelling. §27. Care of the ClayThe care of the clay is very important, as, unless it is in proper condition, good work cannot be done. It must not all be of the same consistency, but the softest should not adhere to the finger when it is touched, and the stiffer must not be so dry as to crack with a little handling. The best way to keep it is in a zinc-lined box with a lid; but, failing this, it may be kept in a pail covered with wet woollen cloths, with a piece of mackintosh over the top. After the lesson is finished the clay used should be broken up and sprinkled with water, more or less according to its dryness; but water should never be allowed to stand in the box. If the clay is too soft, it must be kneaded in the hands until the right consistency is obtained; and if it is too hard the same method should be followed, using water until it is quite smooth and free from lumps. A small wooden scoop (figure E) will be found useful for getting the clay out of the box. §28. Preservation of WorkWhen it is desired to preserve any piece of work, its slab should be detached from the board with a piece of thread or wire, and the model allowed to dry a little before it is lifted off the armature. After it is thoroughly dry it may be fired in a brick-kiln or baked in an ordinary oven, which should be cool when the models are put in. They will, however, last well when simply allowed to dry, if they are carefully treated. §29. Objections taken to Clay-ModellingIt has been charged against Clay-Modelling that it is liable to spread infectious diseases in schools. No authentic case of such an occurrence has been found, and infection is far less likely to arise from clay than from books or from contact of clothes. It must be insisted on that the children come to the lesson with clean hands, and a child having anything the matter with its hands should not be allowed to touch the clay; or, if this is permitted, the clay thus used should not be mixed with the rest, but thrown away. If, however, stronger measures are desired, the clay may be sprinkled with Sanitas disinfectant instead of water, and then well kneaded up, so that the Sanitas is thoroughly incorporated with every part. Clay has been known to develop a disagreeable odour, which has generally arisen from its having been put into a box which was not clean. No box which has contained any perishable material, such as butter, should ever be used. Clay is not an expensive material, and on its developing objectionable qualities should be at once thrown away; but if due care is taken this will not occur. |
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