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Early 1940's—Ladies' Garment Cutting and Making
by F. R. Morris

Chapter XV—Trousers, Shorts, Plus-Fours, Ski-ing Trousers, and Riding Breeches

THE increased popularity of trousers arid shorts for sports, holiday, and general wear has focused much attention on these nether garments. In the lay Press many professed critics have given their views on the suitability or otherwise of bifurcated garments when worn by the feminine figure. In the majority of comments, emphasis has been laid on the rather untidy appearance presented at the back of these garments over the hips in comparison with a well-cut skirt. Now there is a reason for this criticism, and it is justified by the majority of the garments seen. The suggestion of untidiness which has called forth unfavourable comment is the fault of the cutter, and the cutter alone. This may seem rather a hard statement, but it is fully justified. We have only to look around at trousers in general, apart from those cut for women, to see in these garments an equally untidy appearance at the seat.

Like every other section of garment cutting, trousers cutting is still carried out on the same lines as those applicable perhaps ten to twenty years ago. With men's trousers cutting, this may not be such a mistake, but in cutting ladies' trousers and shorts, or for that matter any garments of this character, we have to take into account the remarkable change in the contours of the feminine figure in the last few years. The change may not be so pronounced in elderly women, but in those most likely to wear shorts and trousers, in other words the younger generation, the change of figure is very pronounced.

The author has a cutting book and in it the proportionate hip size for a 26-inch waist girth is given as 42 inches. Another cutting book gives a waist girth of 24 inches to agree with a hip circumference of 40 inches. The modern woman in proportion to the former example would probably at the most measure 37 inches over the hips, and, in the latter instance, most of the women of 24 inches waist circumference the author has measured have been about 35 to 36 inches over the hips. These are not isolated instances; in the majority of cases hip measurements these days are from 3 to 5 inches less in proportion to given waist girths than those appertaining fifteen to twenty years ago.

Obviously, a cutting system arranged for the former proportions would be seriously out of gear when adapted to the modern proportions, but, as well as this inexactitude, there is a fallacy in the minds of cutters that ease of movement in shorts and trousers or similar garments can only be achieved by the addition of ample folds of material wedged into the seat seam over the hips, to be kept in reserve for all possible movements of the trunk and legs!

One would visualize women as continually stooping to pick up pins from the floor by the exaggerated allowances of material infused into shorts and trousers. The modern woman is, however, becoming more conscious of the appearance presented by her garments in wear, and over matters of style she knows as much or more than the tailor or dressmaker. She usually knows what she wants and expects the maker to interpret her wishes to the letter. The days are past when the tailor or dressmaker could lead the client away from "sticky" points; the author, for one, is pleased over this, for nothing acts more as a spur to endeavour than the attaining of an apparent impossibility. He has been told that it is impossible to have freedom of movement in trousers and shorts without this surplus untidy mass of material lying over the hips. He must disagree with this idea, and his designs of the trouser-skirt and shorts-skirt prove definitely that it is possible and, what is more, practical to cut these garments without all this excessive reserve of material.

Old ideas die hard and this allowing for stooping is one of the oldest and hardiest. Admittedly, it is advisable to allow a slight increase of length in the seat seam, but nowhere nearly as much as usually allowed, and it is pleasing to see that some of the brighter and perhaps younger members of the trade are experimenting with much less provision allowances than they have been taught to make. Experience is only of use if it is modern and consonant with the times. We can admire an elderly cutter who really is not afraid to scrap all his established ideas and branch out in new paths, but unfortunately the majority of cutters are slow to learn new systems and prefer to practise out-of-date methods and have the painful necessity of making alterations than to learn from the younger generation.

Recently the author was in conversation with a stranger on the top of an omnibus. He was an elderly man of perhaps sixty or so years, and, as most men do when talking to someone considerably younger than themselves, he spoke of the terrific increase of movement of the modern world in comparison with that in his young days. But the gem of his conversation was that he remarked, more or less as follows: "I just can't stand men of my age who will insist on talking about their many years of experience when speaking to a younger man. They just bore me, and I am glad to get away from them, for their trouble is that the experience they are so proud of is really many years old and quite out of touch with modern ideas. After all, experience is of no value unless it is up with the times, and I, for one, am glad I am living in these days, for there is always something new coming out."

But the final touch was perhaps the most amusing; he remarked that "in all probability when he was buried he would be wrapped up in a shroud of some new-fangled cut!" A refreshing outlook for a man of his years and one very welcome in these days when the tendency is for age to decry youth.

But to return to the more serious subject after this diversion.

The factor that governs free movement is that of stride-room or length from back to front between the insides of the thighs. If there is insufficient distance from back to front in the fork quantity no amount of surplus material in the seat seam will allow the garment to permit the wearer either to walk or to bend freely; every time the legs moved forward, restriction would be felt round the thighs. Providing we have sufficient allowance in the fork quantity for stride-room, we can practically ignore making additions of surplus material in the seat seam for walking or stooping. The looseness of the fork provides for both actions of the trunk and legs.

In the drafts of trouser-skirts and shorts-skirts no provision has been made for stooping by allowing a surplus quantity in the seat seam; only when the garment is required to fit very closely round the thighs is an addition of extra length really indispensable. In the days when men's trousers were cut very tight at the thigh, knee and bottom edge a greater addition of surplus length in the seat seam was essential; whereas to-day, with the wide-cut legs, less surplus length is needed, and the garments do not restrict the free movement of the limbs to such an extent.

The width of the legs to which modern trousers and shorts are cut permits of free movement of the legs almost independently of the garment, which fits at the waist only. In the author's opinion, the fault lies in the adaptation of breeches systems to the cutting of trousers and shorts, owing to these garments being a modern innovation, with the result that they are in a trial-by-experiment stage. In the cutting of breeches and jodhpurs, the allowance for stooping has a definite purpose, for the position of the rider on the horse approximates to a stooping position all the time, and it does not matter greatly how the breeches appear when the rider is off the horse.

The allowance for stooping added to the length of the seat seam is called the "seat angle," which means the angle of divergence from the perpendicular of the seat seam which, when returned to the perpendicular, produces a certain quantity of length and contour shape in a similar manner that the bust dart produces contour shape over the bust.

The seat angle is bound up with waist suppression, for the reduction of the waist by means of darts produces contour shape in a similar manner to the seat-angle principle. But darts only produce shape and not length, and to provide for more length in the seat seam this must be added to the shape provided by the closing-out of the waist darts.

Figure 198Fig. 198 (a)

Fig. 198 (a) represents the back section of the trouser-skirt basis draft with three darts marked to reduce the waist correctly to the finished size. Now it must be seen that to increase the length of the seat seam from 1 to 4 and 2, it will be necessary to insert a wedge of material in the line from 4 to 5 and 6, the most prominent part of the seat.

Again, if the back waist suppression darts are scientifically correct, and they are closed out by the pattern being cut through from 4 to 6 and 7, the resultant wedge of material inserted at 4 to nothing at 7 will be the same, no matter whether three or one dart is closed out of the waist seam. Therefore, the waist suppression governs the seat angle to a great degree in its fundamental principles. If we do not close out all the darts at the waist, a consequent reduction of length in the seat seam will be manifest, while, conversely, if all the darts are closed out, the increase of length in the seat seam will be at its greatest extent. The point is that a varied number of seat angles are available, from the "straight" angle giving less length but more contour shape by larger waist darts, to the more "crooked" seat angle giving most length but less shape as there are no darts to infuse the same; or else a reduction of the length of the waist darts would give a correspondingly easier-fitting garment over the seat, as the inset wedge would be placed higher up in the seat seam. The correct seat angle can be determined by practical experiment and the size of the waist governs this angle; a larger waist than normal would, by reducing less from the back waist darts, produce a seat angle less acute than that of a waist circumference disproportionately smaller than normal in comparison with the seat girth.

The seat angle ultimately decided as correct is subject to variation for special purposes, as when adapted for breeches or jodhpurs to give an increased quantity of length for the position in which the wearer is usually seated. For obvious reasons, a garment cut to present a clean appearance at the seat when the wearer is standing will be unsuitable if the wearer spends most of her time in a seated position. One might just as well state that an ordinary set-in sleeve is suitable and the nearest to perfection for a person addicted to strap-hanging in tube trains! Cutting is not a matter of rigid adherence to rules, but an adaptation of system to the purpose of creating garments to agree with the use to which they are put and to present an appearance of fit at the same time.

Figs. 198 (b), (c), and (d)

Figs. 198 (b), (c), and (d) show respectively the effect of closing out two waist darts, all the darts, and one slightly larger dart to obtain correspondingly three different seat angles, each, however, pivoting from an identical point on the vertical seat seam from 1 to 2 at 4. Now if a line is taken through 1 to 4, it will intersect the horizontal seat line from 3 to 2 at point A in Fig. 198 (b). In Fig. 198 (c) the intersection will be higher up at B from A, giving a greater angle and more length from 4 to 4, whereas in Fig. 198 (d) the reverse is seen and the intersection is at C. The point where the line intersects the vertical from 3 to 2 is denoted by X in each of the above illustrations.

Consequently, if the waist size is smaller or, in other words, the quantity reduced by the back waist darts is greater, the angle in each instance will be more acute; the converse follows in the event of a disproportionately larger waist circumference. Therefore, if point A remains constant, to achieve the greater angle for a smaller waist girth, point X must recede more towards point 3 and, conversely, to decrease the angle and to allow for a greater waist girth, reducing less from the back waist darts, point X must be placed at a greater distance from 3.

Of the three different diagrams, Fig. 198 (b) is the most effective in practice, giving a clean-hanging garment with ample freedom of movement achieved by the easy fork allowance.

The fork quantity is that amount necessary to cover the insides of the thighs between the legs. It is an addition to the overall seat girth and is derived from the seat circumference. For additional ease of movement the fork quantity is increased from the required amount at the top of the leg seam to run into the original leg seam in a gradual curve. Separate from the fork quantity is the addition made for stride-room. We could cut a garment fitting the figure perfectly by making no provision for stride, and this garment would be satisfactory until the wearer moved and then it would restrict the pivoting movement of the legs immediately. So an addition to the close fork quantity is made for stride-room. Of course, if the garment is not in close proximity to the limbs, a certain amount of freedom can be obtained without stride provision, but when the garment is close to the limbs it is necessary to have this quantity in direct proportion to the freedom desired.

As has been stated previously, modern trousers and shorts do not restrict the limbs by being close-fitting at the thigh and knee, so the stride-room factor becomes also useful as a means of providing ease throughout the garment in wear.

TROUSERS CUTTING

Figure 199Preliminary Trousers-cutting System (Fig. 199)

The preliminary trousers system illustrates the drafting of the topsides. The tops are plain without pleats, but with a dart suppressing the waist over the prominent hip bone in front.

The measures for trousers are taken by seating the customer on a chair and then measuring up from the chair seat to the point where the tops of the trousers are required in the waist. The sideseam length is taken from the same point at the waist to the length desired, and the difference between the two measurements is calculated as the length of leg. Waist and seat measures are taken in the usual manner, the waist fairly tightly and the seat measure easy. Widths of leg at the knee and the bottom are a matter of style and subject to variation each season.

Measures for the preliminary draft are as follows—

The last two measures are ample in width for all ladies' trousers except for, perhaps, beach pyjamas.

To draft—

Commence by drawing the construction line from X.

The above are the construction points of the top-sides and to superimpose the lines proceed as in the second diagram in Fig. 199.

This completes the draft of the trousers topsides.

THE UNDERSIDES

Style illustration of Figure 200Figure 200To produce the draft of the undersides (Fig. 200), the location of the seat angle is decided and fixed as one-fourth of the waist measure up from 5 on the line from 5 to 19.

For trousers intended for walking and smart wear, point 24 is located at one-third the distance from 5 to 7. This point requires variation to suit the different purposes for which bifurcated garments are intended, as will be seen in the future drafts of riding breeches and jodhpurs.

Both darts are to be sewn out in the marks or otherwise a seam is cut inside each sewing line.

Figure 201Trousers with Pleated Tops (Fig. 201)

Smart trousers for sports and beach wear are usually made with four pleats and a top waistband and are tailored like their masculine counterparts. The waistband is usually made narrow in width and is often slotted at the back waist to allow back straps to function from inside the sideseams.

Pleated trousers must be cut wider over the seat and thigh measures than plain trousers to allow the pleats to function without gaping open in wear.

Measures for the draft are as follows—

To draft—

Square lines from the construction line from X to the trousers bottom.

Mark each pleat as indicated to complete the draft of the topsides.

THE UNDERSIDES

To draft the undersides—

Shape the inside leg seam of the undersides to complete the draft. The waistband is cut the half-waist measure in length, and in width the required quantity plus two seams as indicated by points 1 to 4.

SHORTS CUTTING

There are many designs of shorts to be seen on the market these days, from the perfectly plain boyish cut to the multi-pleated, one-piece shorts dresses combining shorts and bodice in one. Other shorts are cut on the skirt principle and resemble a flared skirt in wear, while others have pleats at the side and centre front to disguise the shorts appearance.

The addition of hip yokes from which emanate knife and inverted pleats is a feature of interest, and the author proposes to describe shorts cutting from the plain styles to the one-piece designs.

Shorts are one of the offending garments from the fitting point of view. Unless they are really well cut, they can present an extremely inelegant appearance, and the author, for one, must heartily concur with the expressions of disapproval heard. The. fact remains, however, that shorts can be cut to hang perfectly straight at the back and front from the waistband without a surplus quantity of loose material at the seat seam, and also cut to disguise almost entirely the fact that the garment has legs.

Figure 202Shorts Basis System (Fig. 202)

The basic system is derived from the trousers system, and therefore the majority of the points are familiar.

Measures for the draft are as for the trousers system:

To draft—

Square from X.

Shape the inside leg seam from 6 to 9 to complete the drafting of the topsides.

THE UNDERSIDES

The outline of the topsides is indicated by the dash lines. To draft the undersides—

A side plaquet opening is inserted in either the left or both sideseams, fastening with holes and buttons or a zip-fastener.

Style illustration for Figure 203Figure 203Shorts with Pleats at Back and Front (Fig. 203)

The most fashionable shorts are cut with knife or inverted pleats at back and front to give a semblance to a very short pleated skirt. These pleats may be set in from a hip yoke or from a waistband; in either case, the principles are identical in construction.

The measurements for the draft are as follows—

To draft—

Square from X.

This completes the draft of the front of the shorts and additional pleating lines may be marked in at will as is illustrated by the dash lines.

THE UNDERSIDES

To continue—

This completes the drafting of the undersides of the shorts and the following drafts will illustrate the method adopted for allowing for pleats of various types from the basis pattern.

Figure 204Allowing for the Pleats (Fig. 204)

The general principles of pleat allowances in shorts are as follows—

Cut through from 22 to 19 at the bottom edge. Fig. 204 illustrates the procedure.

Allow 6 inches for the front inverted pleat from 22 to 22A and from 19 to 19A as shown, and then divide the distances from 22 to 22A and 19 to 19A by half to find points 19B and 22B and to mark the inside crease line of the inverted pleat. The centre front pleat should be sewn down to a point level with the fork line to achieve a completely divided skirt appearance, and then should be stitched on each side of the centre front seam to keep the pleat in position and give a "finish" to the fronts.

The front side inverted pleat is inserted from 16 and 17 to 18 and 12 by opening out the pattern and inserting 5 to 6 inches of extra cloth as required by the width of the pleat.

The dart from 16 and 17 to 18 and 18A should be machined out and then the pleat halved to form the invert, and the two edges of the pleat from 16 to 18 and from 17 to 18A should be sewn out from the inside downwards for a distance of 8 inches. After the pleat has been divided into halves at the back, it should be secured on the outside by stitching through on each side of the seams to the same distance down as the inside has been stitched.

Figure 205The Undersides Pleat Allowances (Fig. 205)

Cut through the pattern from 22 to 19 and then allow 6 inches from 22 to 22A and from 19 to 19A for the centre back inverted pleat.

Mark the centre crease line of the pleat from 19B to 22B as illustrated.

Cut through the pattern from 28 and 29 to 27 and 31 and then allow 6 niches from 27 to 27A and from 31 to 31A for the side back inverted pleat.

Find the centre of the distance from 28 to 29 to locate point 28B.

27B is located midway between 27 and 27A and 31B is located at midway between 31 and 31A for the centre of the side inverted pleat.

It is always advisable to carry the pleats at centre and side all the way up to the waistband as this gives far greater support to the pleat and prevents the inside edges of the pleat dropping below the level of the hem line.

This completes the method of allowing for the pleats, and similarly any additional pleats may be added to the shorts in positions where desired.

Figure 206One-piece Shorts Dress (Fig. 206)

The one-piece shorts dress is cut by adding the shorts outline pattern to a suitable bodice pattern outline, a seam being placed through the back waist. The fronts of the bodice may be cut in one piece with the topsides of the shorts and reduced to the waist by darts or manipulation as described in the chapter on Dress Cutting. In view of the fact that the garment is stepped into, it is advisable not to cut the waist to fit the figure tightly as for shorts; in any case, a "sporty" garment of this character needs ease for freedom of movement. The waist measurement of the bodice governs the reduction by darts and suppression of the waist of the shorts section. If the bodice waist is cut easier, the effect will be that the seat angle will become less acute as the proportion of the waist size increases over the normal hip measurement. This becomes automatically adjusted as the seat angle is governed by the waist circumference in its definition.

Measurements for the draft are as follows—

To draft—

Commence by drawing a construction line from X.

Complete the draft by marking out two darts in the shoulder equal in total width to the distance from 20 to 17.

These darts should be sewn out to form a small pleat at the end and not tapered off.

Figure 207Allowance for Pleats (Fig. 207)

Cut through the manipulation lines from 41 and 40 to 53 and from 54 to 55.

Cut through from 12 to 59 for allowing a quantity of extra fullness at the front fork.

Wedge 1½ inches of extra width from 12 to 12A, pivoting from 59.

53A from 53 and 52 from 52A equal 3 inches for the pleat allowance.

Mark the pleat as indicated, making 40A from 40 and 41A from 41 equal to the width of the pleat from 52 to 52A so that from 40A from 41A equals the original width of the front waist dart.

Mark the centre of the pleat from E to D.

Open out the construction line from 55 and 54 to 55A and 54A by a quantity of 3 inches for the second pleat allowance. Mark the centre of this pleat from B to C to complete the reconstruction of the front section for pleats.

The second diagram in Fig. 207 shows the back section with pleats added.

Cut through the pleat line from 49 to 50 and 51 and insert 3 inches for the knife pleat as indicated by 50A from 50 and 51A from 51.

At the waist seam, shape the back waist dart from the pleat allowance to agree with the quantity taken from the original dart.

Mark the centre of the pleat from E to F.

Cut through the line from 47 to 5 and open out 1½ to 2 inches for extra width to disguise the break of the legs.

The draft is without seam allowance for the convenience of allying the bodice of a dress with the shorts system. Therefore, when cutting from the material, provision must be made for all seam allowances, except in the matter of darts, which, as usual, are sewn out in the marks.

The collar for this garment is drafted in a similar manner to the single-breasted collar for jackets, with the exception of a narrower stand.

Very often one-piece shorts dresses are cut away at the front and back shoulders in a similar manner to a backless tennis dress. The same system is used, but care must be taken to ensure the top edge of the bodice at the back being a close fit to the figure, and, to that end, the usual suppression lines from the back waist are tapered out to the blade as described for close-fitting dress cutting.

PLUS-FOURS OR GOLFING KNICKERS

Figure 208Fig. 208

Though not greatly in vogue for golfing wear, plus-four knickers have become very fashionable for skiing and winter sports wear as an alternative to long ski-ing trousers. With plus-fours are worn knitted gaiters and ski-ing boots. Pleats are inset in the tops, and an all-round waistband allows for openings at both sideseams. The bottoms are pleated into a narrow band cut to fit the small of the leg and fastening with a patent fastener as used for men's plus-fours.

The measures for the draft are as follows—

To draft—

Square from X.

Mark the pleats as shown to complete the drafting of the topsides.

THE UNDERSIDES

To continue—

The waistband is marked half the waist measure plus ½ inch in length, and the width 1½ inches plus two seams.

The knee band is cut half the small measure in length and from 1½ to 2½ inches in width plus seams.

This completes the drafting of the undersides.

As an alternative to the darts at the small, the surplus quantity may be gathered in to the knee band.

SKI-ING TROUSERS

Figure 209Fig. 209

Ski-ing trousers are cut in a similar manner to plus-fours, which they resemble in an elongated fashion, though perhaps not so extreme in width. They are cut with pleats at the tops in a waistband, and at the ankle are either pleated or gathered in to a band of the same material or to a band of knitwear which will stretch as the wearer's foot is inserted.

These garments fasten just above the ankle and, if they are cut to the full leg measure, sufficient will be allowed for the turnover. The ankle measure is required as an addition to the usual set of measurements.

Measurements are as follows—

To draft—

Square from X.

THE UNDERSIDES

To continue—

The waistband is made half the waist measure plus ½ inch in length, and 1½ inches plus seams in width. It is sometimes useful to cut the waistband much wider than 1½ inches to form a high waist-line effect and give additional support to the figure in wear.

It should be noted that a small vent is allowed for in the sideseams from 21 to 17.

The ankle band is made 2 inches in width plus seams and a button-stand allowance of 1 inch.

The darts at the bottom of the trousers are sewn out and should not be cut, which also applies to the back waist dart.

RIDING BREECHES

Figure 210Fig. 210

In drafting riding breeches, we have firstly to take into consideration the natural position of the rider on the horse and, subsequently, provision for the change of posture in the draft. The natural position of the rider is equivalent to a stooping position when considered in comparison with the normal standing figure, and consequently an increase of length in the back balance and a reduction of length at the front are indicated. The back balance increase is obtained by means of an adjustment of the seat angle to give an increased amount of length and infused contour shape when the seat seams are sewn together. The lowering of the front balance in proportion is simply effected by a reduction of the front rise length at the centre.

The second factor to consider is the fitting of the shape of the leg from the knee to the small and calf and, supplementary to this, the question of seam placement. In the older styles of riding breeches emphasis was placed on the necessity for easing the topsides to the undersides over the knee to give the required length for the bending of the knee. These days, however, the run of the leg seam over towards the centre front of the leg gives an extra quantity of length over the knee which cannot be obtained with the old style of seam placement at the sides. In addition, a valuable bias seam is obtained by the new seam placement, which contributes greatly to the success of the knee fitting.

Fig. 210 shows the standard riding breeches draft with a centre knee fastening and a side plaquet. The breeches extend to below the calf in length, and are cut to give freedom in wear with a reasonable fitting appearance at the seat seam.

Measurements for the draft are as follows—

The following measures are taken over the leg in a bending position—

If the breeches are required to be longer in length than to the calf, an additional measure must be taken—the bottom size = 11 inches

To draft—

Square from X.

This quantity decides the extent of the openness of the legs of the breeches. The riding position requires a greater length of inside leg seam than that taken in a direct vertical line as for trousers, and the variation of the centre line from the usual location provides for a greater distance from the knee to the fork and allies the balance of the legs of the breeches with the actual position of the legs when astride the horse.

The fastening of the breeches is placed down the actual centre of the shin bone. Therefore, to ensure that the button-holes or lace-holes are in exactly the centre, an addition must be made for the button edge from 15 to A.

For laced or buttoned breeches the quantity allowed is ½ to ¾ inch.

This completes the drafting of the topsides.

THE UNDERSIDES

To draft the undersides, cut round the topsides and, taking a new sheet of pattern paper, lay the topsides in position and continue by locating the seat-angle point 31.

The location of the seat angle for breeches is governed by the necessity for allowing for a general stooping position in contradistinction to the normal walking attitude and, consequently, an increase of length over the seat from the waist to the knee is required.

By raising point 31, the diagonal length from this point to the knee is increased and, in addition, extra width is provided horizontally over the seat from sideseam to sideseam.

The location of this point is changed in relation to its position for trousers or walking garments, and the effect of the readjustment will be to give a more "crooked" seat angle. This indicates an increased length of seat seam when sewn together, equivalent to a smaller waist size reducing a greater quantity in the back waist darts to give a greater length and contour shape of material over the prominence of the seat.

Square down from 40 to 41, 42 and 43, which automatically locates the correct widths of small, calf and bottom measures, since the location of points 24, 25 and 26 are each exactly one-half of their respective leg-width measures, as is also the location of point 23 at the knee. Therefore, measuring up the knee width locates the proportionate widths of the small, calf and bottom edge.

Add ½ inch below 43 and 26 on the back for two seams which are consumed when the knee gore sews to the undersides of the breeches.

Add ½ inch of round to the seam between points 47 and 48, and ¾ inch of round between points 48 and 39. Then continue the shaping of the sideseam from 39 to 34 at the waist line, hollowing slightly below the waist as shown.

Shape the top of the gore from 47 to 45 and 46, hollowing from 1¼ to 1½ inches above 16.

A balance mark is placed in the sideseam at 39 to agree with a similar mark at 4 on the topside side-seam, and these marks, as well as those at 30 and 48, should be accurately matched in making the breeches.

The knee tack is 1 inch below point 15,

This completes the standard draft of riding breeches.

Figure 211Explanation of the Gore Overlap (Fig. 211)

Fig 211 illustrates the three sections of the breeches draft in the sewing-together position of the sideseams. The gore overlap at 44 to 47 becomes opened as point 44 becomes adjacent to 47 for the seaming out of the gore cut. When the gore is sewn out, points 44 and 47 are allied with point E on the topside knee, while at the bottom edge point 43 agrees with point D. The ½ inch of round added to the underside sideseam from 47 to 48 follows the hollow of the seam over the knee between E and 30. This round seam obviates creases in the back of the knees as indicated by the arrows from sideseam to sideseam. The absence of this round when the sideseam is run down the centre front of the knee causes these defects, and the only time this round can be omitted is when the seam of the topsides runs down the actual side of the leg. The further the seam from A to D in Fig. 210 is advanced round the front of the knee, the greater will be the quantity of round to the seam which is required to sew with the accompanying topside seam.

If the breeches have fly-fronts, the tack of the fly should commence about ¾ inch up from the termination of the seams at the fork.

The back and front waist darts are sewn out in the marks indicated; otherwise, ¼ inch seams are allowed through the draft.

There are several methods of finishing the tops, viz. by a waistband, split-falls, cross-pockets and fly-fronts, of which split-falls are described under a separate heading.

Figure 212Jodhpur Riding Breeches (Fig. 212)

The origin of jodhpur riding breeches, as their name indicates, comes from India, and are the riding breeches used for everyday wear by the natives. Jodhpurs have become very popular for riding as an alternative to breeches and are also to be seen gracing the legs of flying women and other sporty adventurers.

No doubt the informality of jodhpur breeches is a great point in their favour, for the modern woman does not like to dress up too much for her sports, preferring freedom more than slavish adherence to accepted and standardized rules of dress.

Jodhpur breeches should not be cut too long in the leg for a good appearance; it is usual to arrange the leg length to within 2 inches of the heel. The legs have a small opening or vent at each seam to enable the wearer to insert her boot without any strain. The vent may either fasten with a zip-fastener or another method is to stretch a piece of wide elastic over the vent from one side to the other and then to sew in a short length of whalebone to keep the legs at the bottom edge free from creasing up in wear.

Another method of recent origin is to have a buttoned fastening from the small to the bottom edge, simulating a gaiter effect with the buttons fastening down the centre of the shinbone. The corners of the seams should be well rounded off from the centre front to the back.

There is very little change from the ordinary breeches system in the drafting of jodhpur breeches, the variation being below the calf.

Measurements for the draft are as follows—

To draft—

Square lines from X.

This completes the drafting of the topsides.

THE UNDERSIDES

To proceed with the draft—

The jodhpur breeches draft is now complete.

Figure 213Analysis of the Gore and Variation of Side-seam Placement (Fig. 213)

Fig. 213 illustrates clearly the effects of diverting the sideseam of breeches from the actual side to the centre of the shin-bone at the knee, small and calf. As the breeches and jodhpur drafts indicate, the gore seams are overlapped to provide for equal length of the under sideseam to agree with the increased length of the top sideseam caused by its centre seam placement. To understand thoroughly the meaning of this overlapping, it is necessary to go back to the actual side position of the sideseam and then analyse the effect of moving the sideseam to the front and the consequent effect on the under sideseam.

Fig. 213 shows the drafting lines of three breeches styles with the sideseam placed at the actual side, towards the half-front and at the centre front.

The elongated dash lines from X to A, M and point 4 indicate the top sideseam in the actual side position. M from the centre line is one-fourth of the knee width. Square down from M to 4 at the bottom edge line. U from the construction line joining M to 4 is one-half of the knee width. V from the same line is half the small width.

W from the construction line is half the calf width. Y from the construction line is half the bottom width.

Measure from U to N the full knee width plus 1 inch less the distance from M to U. Square down from N to 2 for the automatic location of the small, calf and bottom widths. The position of the gore seam when the sideseam of the breeches is placed exactly at the side of the leg is at point 1, half the distance from N to the small construction line. Point 3 is where the gore seam sews to the topside sideseam. The gore seam ends at the inside leg seam at point S, ½ inch above point V. Shape the gore seams from 1 to S, hollowing 1½ inches at the centre of the small as shown.

The pitch marks A and B are each respectively 4 inches and 3½ inches above 3 and 1.

With the sideseams placed exactly at the side of the leg, the two seams from X to 3 and X1 to 1 are practically equal in length, and consequently the gore seam does not require overlapping to provide length to agree with the length of the top sideseam.

Now consider the front sideseam to be placed half towards the front of the leg, as indicated by the small dash lines from O to 6 and upwards from O to C and X. O from the centre line is 1½ inches. Square down from O to 6. To produce the undersides, measure from O to U and apply this quantity from U to locate P, by measuring the full knee width plus 1 inch for seams. Square down from P to 8 to locate automatically the small, calf and bottom widths. The position of the gore seam becomes higher on the leg as the sideseam moves round towards the front of the leg, and the sideseam position is located 1½ inches back from the centre at 7, 1 inch below P. Correspondingly, point 5 is indicated on the front sideseam as the position of the gore seam. Measure round the sideseam from 5 to C for the pitch.

Now if the sideseam length from X to C is marked down from X1 to D on the underside seam, the distance from C to 5 less ½ inch must be added from D to locate point 9 so as to make the top and under sideseams of equal length. This indicates an overlapping of the gore seams to the extent indicated from 7 to 9. Measure round the gore seam from 7 to S and apply this distance round the upper gore seam from S to locate 9 definitely.

In moving the sideseam to exactly the centre front of the shin, the length from X to E and 10 will be greater than from X to A and 3. Draft the underside of the breeches by measuring from U to T the full knee width plus 1 inch for seams, less the distance from U to R. Square down from T to 13 for the small, calf and bottom widths. The gore seam will be at its highest point on the leg when the seam runs down the centre of the shin, and is placed at 12, ½ inch below T. Similarly, 10 indicates the point where the gore seam is sewn on to the topside of the breeches.

Measure round from 10 to E the distance of the balance point, 4 inches, then measure down from X to E, and apply this quantity from X1 to F on the under sideseam. Then apply the length from E to 10 from F to 14 less ½ inch. Measure the under-gore seam from 12 to 1 and S, and apply this quantity from S to 1 and 14 round the top gore seam to locate point 14 definitely. Add ½ inch of round to the seam from 14 to F to fit into the hollow of the top seam from E to 10. The greater hollow at the knee demands more round to the adjacent seam of the undersides, and without this round seam it is impossible to eliminate the creases from sideseam to sideseam it the back of the knee in wear.

From this draft it will be readily understood that the movement of the sideseam from side to front gives an increased length, which on a flat draft must 36 compensated by an overlapping of other parts to insure the seam lengths remaining equal. The farther the seam is placed from the side the more the length of the sideseam is increased and the greater the quantity of overlapping of the gore seams. The gore position, however, does not become higher than the point indicated at 10, ½ inch below the knee balance line, if the seam were placed inside the centre construction line.

Figure 214The Split-fall Bearer (Fig. 214)

The split-fall bearer finish to the tops of breeches is an alternative to the side opening or fly-front finishes. To make this bearer, it is necessary to make a slight variation in the construction of the breeches draft.

Allow a facing along the pocket-mouth opening as shown by Fig. 214 (b), and then cut the bearer as indicated by Fig. 214 (c), allowing 1½ inches below the pocket mouth for the inside facing. The bearer should be cut two seams inside the line from 3 to 7 and 1 inch longer below 7. Allow 1 inch beyond the centre front seam for the front button fastening, make the depth of the bearer 5 inches in length, and shape from 7 to the centre front as in Fig. 214 (d).

The inset welt is cut on the fold edge of the material and about 1 inch in finished width.

Fig. 214 (e) illustrates the appearance of the breeches tops when completed.


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