ISSN онлайн СПИСАНИЕ ЗА ТЕКСТИЛ, ОБЛЕКЛO, КOЖИ И ТЕХНOЛОГИИ. online tok-bg.org

Size: px

Start display at page:

Download "ISSN онлайн СПИСАНИЕ ЗА ТЕКСТИЛ, ОБЛЕКЛO, КOЖИ И ТЕХНOЛОГИИ. online tok-bg.org"

Terence Johns
5 years ago
Views:

1 ISSN онлайн СПИСАНИЕ online tok-bg.org ЗА ТЕКСТИЛ, ОБЛЕКЛO, КOЖИ И ТЕХНOЛОГИИ ЗА ТЕКСТИЛ, ОБЛЕКЛO, КOЖИ И ТЕХНOЛОГИИ 2/2017

Уважаеми читатели, Втори брой на онлайн списание за ТЕКСТИЛ, ОБЛЕКЛО, КОЖИ И ТЕХНОЛОГИИ

среда от текстилни и кожени продукти, ПЪСТРОЦВЕТЕН с научни разработки за облеклото,

ИНОВАТИВЕН с нови интелигентни решения за текстилната индустрия в днешния глобално

2 Уважаеми читатели, Втори брой на онлайн списание за ТЕКСТИЛ, ОБЛЕКЛО, КОЖИ И ТЕХНОЛОГИИ е на ваше разположение онлайн-зелен, защото се присъединяваме към опазване на околната среда от текстилни и кожени продукти, ПЪСТРОЦВЕТЕН с научни разработки за облеклото, НЕЖЕН от историята за бельото на Триумф, ДИНАМИЧЕН с новите регламенти за стандарти, ИНОВАТИВЕН с нови интелигентни решения за текстилната индустрия в днешния глобално променящ се свят от нашата страна. Пожелаваме ви вдъхновение и бъдете с нас онлайн! Редакционен екип 1

..3 АНАЛИЗ НА СЪЩЕСТВУВАЩИТЕ МЕТОДИ ЗА МОДЕЛИРАНЕ НА ДЪЖД ПРИ ИЗПИТВАНЕ НА ОБЛЕКЛО Даниел Ангелов...11 ANALYSIS OF EXISTING RAIN MODELING METHODS FOR CLOTHING TESTING Daniel Angelov.

3 & CONTENS 2/2017 ОЦЕНКА И ХАРМОНИЗАЦИЯ НИВОТО НА ОБЛЕКЛОТО Светлана Кулешова, Алла Славинска, Оксана Закхарчевич, Галина Швец...3 EVALUATING THE LEVEL OF CLOTHES HARMONISATIO Svetlana Kuleshova, Alla Slavinska, Oksana Zakharkevich, Galina Shvets...3 АНАЛИЗ НА СЪЩЕСТВУВАЩИТЕ МЕТОДИ ЗА МОДЕЛИРАНЕ НА ДЪЖД ПРИ ИЗПИТВАНЕ НА ОБЛЕКЛО Даниел Ангелов...11 ANALYSIS OF EXISTING RAIN MODELING METHODS FOR CLOTHING TESTING Daniel Angelov...11 Триумф-История на бельото...16 Triumph' s History therough the Evolu on of lingerie...16 Global Organic Tex le Standard с нова версия 5.0 критерии и актуализации...28 Global Organic Tex le Standard with new version 5.0 -criterion and Updates...28 STANDARD 100 OEKO-TEX...29 STANDARD 100 by OEKO-TEX...29 Конкурс Разработване на проекти по наука, техника и технологии в ПГМЕТ Ген. Иван Бъчваров...30 Contest "Development of Projects in science, Technology and Technology" in PGMET "Gen. Ivan Bachvarov" БЕЗ СТЪПКИ НАЗАД - ТРИ НАПРЕД! "Ателие Nevy & DiL"...31 Фирма ГАБИК ЕООД - РУСE...32 GABIK LTD-Ruse...32 Нов интелигентен продукт от Аглика ООД...33 New Intelligent Product from Aglika LTD...33 Графичен дизайн Стефка Нейкова Редакторски съвет: Проф. Елсайед Елнашар, Египет проф. д-р инж. Йован Степанович, Сърбия проф. д-р инж. Горан Дембоски, Македония доц. д-р инж. Душан Трайкович, Сърбия доц. д-р инж. Ненад Чиркович, Сърбия гл.ас. д-р инж. Соня Въчинска, България д-р инж. Даниел Ангелов, България инж. Наташа Сивевска, Македония За контакти: spisanie@tok-bg.org, redaktor@tok-bg.org, office@tok-bg.org

ОЦЕНКА И ХАРМОНИЗАЦИЯ НИВОТО НА ОБЛЕКЛОТО Светлана Кулешова, Алла Славинска, Оксана Закхарчевич, Галина Швец -Национален университет "Хмелницки", Украйна EVALUATING THE LEVEL OF CLOTHES HARMONISATIO

the apparel design. Fashion designer has a need in some numerical methods to evaluate the level of harmonization in order to reveal the weaknesses in the garment design.

Compiled list of indexes which characterise aesthetic garment quality is represented in the table form. The weighting factors of the indexes were calculated.

INTRODUCTION Nowadays ays the life cycle of fashion items are shortened and the items are being replaced within a very short period to fulfill consumers needs.

4 ОЦЕНКА И ХАРМОНИЗАЦИЯ НИВОТО НА ОБЛЕКЛОТО Светлана Кулешова, Алла Славинска, Оксана Закхарчевич, Галина Швец -Национален университет "Хмелницки", Украйна EVALUATING THE LEVEL OF CLOTHES HARMONISATIO Svetlana Kuleshova, Alla Slavinska, Oksana Zakharkevich, Galina Shvets -Khmelnitsky Na onal University, Ukraine «««A b s t r a c t: Aesthetic garment quality is one of the most important problems of the apparel design. Fashion designer has a need in some numerical methods to evaluate the level of harmonization in order to reveal the weaknesses in the garment design. Method of complex assessment of aesthetic quality in clothes design is based on the calculation of the weighting factors of unit indexes of aesthetic quality. Compiled list of indexes which characterise aesthetic garment quality is represented in the table form. The weighting factors of the indexes were calculated. Sequence of actions for the evaluation the level of harmonization is presented with examples of women s outfits. 1. INTRODUCTION Nowadays ays the life cycle of fashion items are shortened and the items are being replaced within a very short period to fulfill consumers needs. Consumer needs can be met by determining their func onal, expressive and aesthe c requirements. Aesthe c garment quality is one of the most important problems of the apparel design in Ukraine. This is complex problem because it is relaited to all stages of the design process. Aesthe c quality is usually achieved as a result of harmoniza on an ou it s colors, shapes, fabrics and propor ons. To harmonize means to bring things into harmony, or to make things compa ble. However, the ability to harmonize an ou it s features is depended on designer personality. Some professionals have a natural eye for it, having a so-called sense of style. This is not the same as fashion sense knowing what is in vogue but a feel for line and design. The lack of dress-sense could make the garment uncompe ve, though the garment fi ng is perfect. Thus all kinds of garments must have enough aethe c quality level. All kinds of garments must have enough aeshe c quality level. The problem of the quan es evalua on of the beauty can be traced back to the work [1] where the formula of the calcula on of the beauty level was described. Then works [6, 12, 13] can be considered as a base for the actual research of the aesthe c garment quality. In the paper [6] characteris cs of the aesthe c garment quality were described. In the work [13] it was proposed to use the etalon garment samples to evaluate these characteris cs. Slavinska [14] proposes a list of criterions for the evalua on of informa on arrays in apparel design process. According to recommenda ons [6, 13, 14] indexes list of the aesthe c garment quality was compiled by Kuleshova in [8]. The method of improving of the ar s c perfec on of dress was developed in [9]. The method is based on the systema za on of composi onal elements for making a harmonious shape of dress. This work was extended in [10], and the method of early diagnos c of the aesthe c garment quality was developed. 2. METHODS Calculated weigh ng factors of the indexes are represented in the table 1. The weight of indexes would be used for a calcula on the level of clothes harmonisa on. 3

5 Table 1. Weigh ng assignments for the indexes of the clothing harmonisa on Group Subgroup Index Weight Index Weight index index nota on pr. Ra o of the garment size to a consumer height К Propor on К pr pr. Propor onal alloca on of the construc ons lines К Propor on of size and alloca on of the parts of the pr. К garment Color scheme Concordance colors to the fashion trends К col.f.t of the К col Harmony of the materials colors К col.har Concordance of colors and usage circumstances К col.us garment style Concordance of colors and consumer s appearance К col.con Fi ng of 3 К garment fi t Fi ng of garment К fi t Concordance of the garment size and human body sc. К 4 Scale К sc size Concordance of the whole garment size and the size sc. К of its parts Assigned weigh ngs total: Assigned weigh ngs total: The developed method of the evalua on the level of clothes harmoniza on must be performed according to the sequence of ac ons that is follow: 1. The first step of the method is a consumer s appearance iden fica on. 2. Geometric silhoue e of garment must be chosen from the catalogs of fashionable geometric shapes of clothing silhoue es. Then a designer makes a decision if the chosen shape of the garment is to be adapted. The shape could be altered if the individual figure and its harmonized prototype are almost the same. Otherwise, it would be be er to design the desired shape of the garment according to the consumer s appearance. 3. Art and design parameters for the garment must Table 2. Sequence of the evalua on the level of clothes harmonisa on 4 be chosen from the matrix that includes preferred parameters of dresses for fashionable figures on the next step of the method. Adapta on of the chosen parameters is to be done only if they are en rely different from the real ones. 4. Then a designer puts a consumer s photo and a sketch of desired dress into the grid of harmonic segmenta ons that was specifically developed by authors. A er that the design parameters of the dress must be altered according to the grid limits. 5. An adequate choice of clothes color pale e for the person s coloring is the next step of the method. 6. Finally, compu ng of the indexes of clothes harmonisa on by the formulas that are shown in the table 2 finishes the process of evalua on. Index Formula 1 Propor on pr pr pr pr pr pr pr K = K1 G1 + K2 G2 + K3 G 3 Ra o of the garment size 1.1 to a consumer height pr K1 = Dgar / H Color scheme of the 2 col col. f.t col. f.t col.h col.h col.us col.us col.con col.con garment style K = K G + K G + K G + K G 3 Fi ng of garment К fi t 4 Scale sc sc sc sc sc K = K1 G1 + K2 G 2 Concordance of the 4.1 garment size and human sc body size K 1 Concordance of the whole = Sgar / Sbody 4.2 garment size and the size of sc its parts K 2 The level of harmonisa on of = S part / Sgar clothes

6 In the table 2: D gar length of garment, cm; H consumer s height, cm; К 2 pr propor onal alloca on of the construc ons lines; К 3 pr propor on of the size and alloca on of the garment parts; К col.f.t concordance the colors to the fashion trends; К col.h harmony of the materials colors; К col.us concordance the colors and usage circumstances; К col.con concordance of the colors and consumer s appearance; S gar surface area of garment, cm 2 ; S body area of a human figure projec on with clothes on it, cm 2 ; S part total surface area of decora ve parts of the garment, cm 2 ; K j value of harmony index j; G j weigh ng factor of index j; n a number of the indexes. In order to perform the analysis of standard and real figures of the consumers they were divided into three groups: harmonious figures and ideal figures; harmonized figures that are not significantly different from the ideal ones, and require only the adapta on of the fashionable garments; inharmonious figures that require a special development of the clothes designs. A harmony group of individual figure can be computed with the method that was described in the work [11]. Besides that, the way of garment altera on can be determined by this method. A standard figure (height 170 cm; bust 92 cm; hips 100 cm) was tested by the method that was described in the work [14], and a ra o of the body sizes of standard and harmonious figures was considered as the figure type S-S-M that means Small Small Medium Geometric silhoue e and design parameters for the garment As a result of the individual consumer s appearance iden fica on the design modifica ons of women dresses were proposed and presented in the table Choosing the geometric silhoue e of the garment Fashion mega portal «first VIEW» [17] was used to carry out current study. This portal allows working with digital photos of the collec on shows. Modern European Table 3. The design alterna ves of women dresses for the individual consumer Style Siluette Geometric shape All Semifitting The division surface Vertical Diagonal Fantasy 3. RESULTS AND FINDINGS shoulder not accented 3.1. Consumer s appearance iden fica on neckline design Decision on the bust line Three photos of a consumer must be used as a base for the consumer s appearance iden fica on: front, back, and side. Informa on about the consumer includes a dataset of the dimensional characteris c of the morphological features, data about the figure shape, about specifics of face and neck, and informa on about a person s color type. The results of the work are advisable to consider with an example of the dra ing a dress design for a par cular consumer: a woman, who is 22; height 170 cm; bust 92 cm; hips 100 cm; color type is spring. on the waistline hips accented accented not accented The color and texture of the material Color palette of summer color type Location structural and decorative elements At the top of the possible finding accented elements Length of garment Above the knee or maximum length women s dresses (seasons spring-summer 2016) were selected as an object for the study. Six Fashion Houses were selected for the research: Alexander McQueen (UK), Chanel (France), Dior (France), Valen no (Italy), Gucci (Italy), Slava Zaitsev (Russia). The Fashion Houses meet the following criteria: -the history of the House has over ten years; -the Fashion House is famous, and it could be claimed as a trendse er. At the first stage of current research, over 250 images (about 50 models in each collec on) were analyzed and presented graphically as the geometric symbols (GS). Models were located in a united modular grid in the full 5

growth. The symmetry of the human figure was taken into account, but specific characteris cs of dress shape (a color, sewing lines, decora ve details, fabrics proper es, etc.) have been ignored.

Quan ta ve analysis of the evolu on of dresses shapes means that the percentage of each tendency in collec ons of the current year or season is to be determined.

The main basic shape in the current period is the X-shaped dress (BSh2). This shape is presented on the female figure (fig. 2) as a complex model, which includes contours of the garments.

7 growth. The symmetry of the human figure was taken into account, but specific characteris cs of dress shape (a color, sewing lines, decora ve details, fabrics proper es, etc.) have been ignored. It allowed tracing the process of forming a dress shape by alloca ng the main feature of the dress (figure 1). Quan ta ve analysis of the evolu on of dresses shapes means that the percentage of each tendency in collec ons of the current year or season is to be determined. Quan ta ve analysis is represented in the table 4. Geometric symbols of basic and deriva ve shapes of the costume could be used as the input data for the apparel design. The main basic shape in the current period is the X-shaped dress (BSh2). This shape is presented on the female figure (fig. 2) as a complex model, which includes contours of the garments. Each garment has a certain type with the correspondent shape. Figure 1. Examples of the graphical analysis of visual projec on structure of the dresses Table 4 Sta s cal analysis of the geometric symbols of modern European women's dress shape (2016) Fashion House 6 Percentage of dresses with the basic shape (BSh), % derivative shape (DSh), % BSh1 BSh2 BSh3 DSh 12, DSh 21 DSh 13, DSh 31 DSh 23, DSh 32 1 Alexander McQueen Chanel Dior Valen no Gucci Slava Zaitsev а b c c Figure 2. Geometrical images of the dominant shape: а) shape 1; b) shape 2; c) shape 3 a b

At the next step of the research the photos of specific dresses (models from 1 to 6) were placed on

Harmoniza on of the garment The harmoniza on of the garment must be performed in accordance to the

The consumer s photo and the sketch of the dress are to be placed into the grid of harmonic segmenta ons

Examples of dresses photos on the consumer s photos A er that, the design parameters of the dress must be

Foremost it is necessary to begin with altera on of the garment length.

These altera ons are shown on the figure 5. The degree of fit at the waistline could also be adjusted.

8 At the next step of the research the photos of specific dresses (models from 1 to 6) were placed on consumer s photo (figure 3). 3.4.Harmoniza on of the garment The harmoniza on of the garment must be performed in accordance to the following order. The consumer s photo and the sketch of the dress are to be placed into the grid of harmonic segmenta ons as it shown on the figure 4. Figure 3. Examples of dresses photos on the consumer s photos A er that, the design parameters of the dress must be altered according to the grid limits. Foremost it is necessary to begin with altera on of the garment length. Then th width parameters must be changed: the shoulders line as well as the hem line. These altera ons are shown on the figure 5. The degree of fit at the waistline could also be adjusted. Finally, a designer changes the form of neckline, and the specifics of decora ve parts. In the table 4 it could be traced the difference between the harmonized and the fashionable dress that was presented in the fashion magazine (online catalog, fashion portal, etc.). model 1 model 2 model 3 model 4 model 5 model 6 Figure 4. Preferred limits of the harmonic segmenta ons for the type of figures S-S-M Figure 5. Shape harmonization and color selection for the particular consumer 7

9 Table 4 Comparison of composi on parameters Model Fashionable dress Harmonized dress

10 3.5. Selec on of the clothes color pale e According to the recommenda ons for colors of the consumers types [2, 4, 5, 15], the lists of the recommended colors for the spring consumer color type were compiled. The specifics of the color type are shown in the table 5, and in the table 6 there is the list of the recommended colors. Table 5. Personal coloring for the consumer Consumer type Hair color Skin color Eye color Spring Golden brown Golden beige Gray Table 6. Recommended colors for spring consumer type (monochrome harmony) Recommended colors Recommended fashionable colors Consumer Color type model for the consumers types, % for the consumers types, % red green blue achroma c red pink green blue white black C Spring M Y K In the table 8 the CMYK color model was used according to the recommenda ons [3]: C Cyan, M Magenta, Y Yellow, K Black Evalua on of the level of clothes harmoniza on On the final step of the method the values of the indexes are to be calculated (according to the table 2). The results of the calcula ons are shown in the table 7. Table 7. Values of the indexes of the clothes harmonisa on Index Value for model Propor on Color scheme of garment style Fi ng of garment Scale Complex index The ou it number 1 may not be altered anymore because the calculated value of the complex index of the clothes harmoniza on is high enough. Others dresses are advisable to alter. 4. CONCLUSION The obtained informa on can be used as a basis for the formal methods for the evalua on the aesthe c garment quality. Besides that the results could be provided for the development of an expert system that would be intended for make a decision about the needs for the adjustments of a garment s appearance. The weigh ng factors that were obtained in the present work can be use for the evalua ng of the harmoniza on level of any garment types. 5. ACKNOWLEDGMENT The results shown in the paper were presented on Interna onal Conference on Research in Educa on and Science (ICRES), May 19-22, Bodrum, Turkey. 9

6. REFERENCES [1].Azgaldov, G. G., & Azgaldova L. А. Quan ta ve evalua on of quality. (Qualimetry). Bibliography. Moscow, Standard, 1971. [2].Freer, A.

11 6. REFERENCES [1].Azgaldov, G. G., & Azgaldova L. А. Quan ta ve evalua on of quality. (Qualimetry). Bibliography. Moscow, Standard, [2].Freer, A. How to Get Dressed: A Costume Designer's Secrets for Making Your Clothes Look, Fit, and Feel Amazing. New York, Ten Speed Press, [3].Gill, M. Color Harmony: Jewels. Rockport Publishers, [4].Henderson, V., & Henshaw, P. Colour Me Beau ful: Colour me confident. London, Hamlyn, [5].Jackson, C. Color Me Beau ful. New York, The Random House Publishing Group, [6].Koblyakova, E. B., & Ivleva, G. S. Designing clothes with CAD elements: study guide. Moscow, Light Industry press, [7].Kuleshova, S. G. Development of the design principles of harmonious appearance of the consumer by visualiza- on of the virtual system human-clothing. Interuniversity collec on Scien fic notes, No. 34, 2011, pp [8].Kuleshova, S. G., & Slavinska, A. L. Method of complex assessment of aesthe c quality in clothes design. In Shalapko Y., Wyszkowska Z., Musial J., Paraska O, Study of problems in modern science: new technologies in engineering, advanced management, efficiency of social ins tu ons. Monograph. Bydgoszcz: Poland, 2015, pp [9].Kuleshova, S. G., & Tumochko, K. R. Developing method of improving ar s c perfec on of costume, Herald of Khmelnytskyi na onal university. Technical science, No. 6, 2012, pp [10].Kuleshova, S. G., & Tumochko, K. R. Development the method of early diagnosis of aesthe c garment quality, Young scien sts, No. 8, 2014, pp [11].Medvedeva, Т. V. Development the founda ons of the quality forma on in clothing design: Monography. Moscow, GOUVPO МGUС, [12].Nikolaeva, Т. V. Tectonic forming of suit: Textbook. Kyiv. Aristei, [13].Parmon, F. M. Costume composi on: study guide. Moscow, Light Industry press, [14].Slavіnska, A. L. Basis of a modular clothes design: Monography. Khmelnitskyi, Khmelnitskyi na onal university, [15].Spillane, M. & Sherlock, Ch. Color Me Beau ful's Looking Your Best: Color, Makeup and Style. Lanham, Maryland, Madison Books, [16].Zakharkevich, O. V., Kuleshova, S. G., & Shvets, G. S. Determina on of fabrics proper es for reversible garments. TEXTEH VII Interna onal Conference Proceedings, Bucharest, Romania, Vol. 7, 2015, pp [17].First VIEW. Retrieved Available at: h p:// 10

За бъдещето на текстилните и кожените продукти, техните технологични решения и приложения, в ерата на дигитализация в световен мащаб СЛЕДЕТЕ нашата постоянна рубрика НОВИНИ на www.

12 За бъдещето на текстилните и кожените продукти, техните технологични решения и приложения, в ерата на дигитализация в световен мащаб СЛЕДЕТЕ нашата постоянна рубрика НОВИНИ на online magazine for Textiles, Clothing and Technology оооо он онлайн СПИСАНИЕ ЗА ТЕКСТИЛ, ОБЛЕКЛO, КOЖИ И ТЕХНOЛОГИИ ЗА ТЕКСТИЛ, ОБЛЕКЛO, КOЖИ И ТЕХНOЛОГИИ online tok-bg.org

III Interna onal PMU Championship POLAND 6-7 April 2019 POZNAN

III Interna onal PMU Championship POLAND 6-7 April 2019 POZNAN TERMS AND CONDITIONS Filled entry form should be sen d un l 31st of January 2018 in digital form to pmu@pmuworld.eu or in printed form to promoter direct mail address: Instytut Bio Pigments, ul. Zywiecka