Understanding the complexity of designing dynamic textile patterns
Linnéa Nilsson, Mika Satomi, Anna Vallgårda, Linda Worbin
Abstract
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Linnéa Nilsson, Mika Satomi, Anna Vallgårda, Linda Worbin
Abstract
Open-access reader
Through a smart textile design project we have identified\ntwo sets of complex issues generally relevant for design\nwith state changing materials. Specifically, we show how\nthe temporal dimension of smart textiles increase the\ncomplexity of traditional textile design variables such as\nform and colour. We also show how the composite nature\nof smart textiles creates a series of interdependencies that\nmake the design of the textile expressions additionally\ncomplex. We discuss how these forms of complexity\nprovide opportunities as well as challenges for the textile\nexpressions, and we show how we dealt with them in\npractice.
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Through a smart textile design project we have identified\ntwo sets of complex issues generally relevant for design\nwith state changing materials. Specifically, we show how\nthe temporal dimension of smart textiles increase the\ncomplexity of traditional textile design variables such as\nform and colour. We also show how the composite nature\nof smart textiles creates a series of interdependencies that\nmake the design of the textile expressions additionally\ncomplex. We discuss how these forms of complexity\nprovide opportunities as well as challenges for the textile\nexpressions, and we show how we dealt with them in\npractice.
Key concepts: Textile, Interdependence, Textile design, Dimension (graph theory), Computer science, Architectural engineering, Engineering, Mathematics