Pengolahan Motif Menggunakan Teknik Escher Dengan Inspirasi Tenun Ikat Sumba Pada Busana Ready-to-Wear

Abstract

Moving from the potencial of processing textile pattern with tessellation composititon using non-geometry elements. The technique called Escher's technique which is used with inspiration from oramental variation of Sumba's hinggi ikat weaving because it is using non-geometry elements too. The purpose of this research is for creating new variant of Ready-to-wear clothing. Mixed method applied in this research which is quantitative method by doing the experiment mathematically and qualitative method by doing observation about both the used of tessellation composition and the characteristic of Sumba's hinggi ikat weaving and literature study of Escher's technique. Next is the experiment of processing textile pattern by using Escher's technique with the inspiration of ornamental variation of Sumba's hinggi ikat weaving. The experiment results applied using surface design's technique which is digital printing and embroidery accent and developed become menswear Ready-to-wear. The used of Escher's technique for processing motif still can be developed with various inspirations.

Pengembangan Motif dengan Sistem Ruang Waktu Datar melalui Penggayaan Ilustrasi Flat Design dengan Inspirasi Wayang Kamasan

“…Menyusun wimba dengan posisi yang tidak beraturan pada satu bingkai, lalu dibuat repetisi dengan mengulang-ulang wimba yang menghasilkan motif repetitif. Pembuatan motif repetisi, diperlukan unsur pembentukan pattern dengan bentuk yang sedemikian rupa agar menghasilkan komposisi motif dengan satu kesatuan agar dapat di repetisi (Samuel & Rosandini, 2021). Penggambaran pada setiap adegan menggunakan teknik menggambar RWD yang terdapat tata ungkapan di dalamnya.…”

Application Of Block Printing Technique With Waste Pallet Wood On Ready-To-Wear Clothes

“…One of the themes is Essentiality with the characteristics of geometric motifs. These are patterns composed of a repeated single unit (Samuel , 2021) in the presence of shapes such as hexagons, rectangles, circles, and lines. The digitally created and shaped geometric module that combines several modules is about 10x10 cm, which will be formed using laser engraving techniques.…”