Weaving Methods in Architectural Design

Xing, Qing; Esquivel, Gabriel; Collier, Ryan; Tomaso, Michael; Akleman, Ergün

doi:10.52842/conf.acadia.2011.x.k8b

Cited by 2 publications

(2 citation statements)

References 2 publications

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“…Unlike a motif, a drawing is represented by a special matrix, which is encoded by a dessinator. The elements of this matrix can be any characters familiar to the user [8].…”

Section: Resultsmentioning

confidence: 99%

“…In a computer-aided design (CAD) system for single-layer fabrics, the subsystem for generating weaves should cover all known single-layer weaves and it is possible to design new weaves with new methods of their compilation based on the presentation of information to a computer in a procedural way [7]. The procedures for compiling weaving weaves are associated with the technological features of weaving, and new methods for compiling weaving are designed not by creating new procedures, but by changing their relationship [8]. CAD of fabrics opens up wide opportunities for dessinators -it reduces the time for searching, evaluating and choosing the optimal options for the structure of a fabric with the execution of all the necessary documentation, increases the level of manufacturability of these solutions, and accelerates the renewal of fabric assortments [9,10].…”

Section: Introductionmentioning

confidence: 99%

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Weaving construction software system

Uzakova,

Murodova

2024

E3S Web Conf.

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The construction methods within the Desint system are organized into three distinct groups, each catering to specific aspects of the weaving process. These groups delineate the procedures involved in creating woven patterns and are selected based on the type of the initial element required to achieve the final desired weave. This group encompasses construction methods that initiate the weaving process from fundamental elements. These elements can range from a single thread to a collection of threads. The focus is on building the foundational structure of the weave, starting from basic components. The second group of construction methods deals with the assembly of specific parts of pattern rapports using the initial elements established in Group 1. It involves combining and arranging these elements to form intricate patterns within the weave. This stage contributes to the development of more complex and detailed designs. The third group is dedicated to specialized methods for constructing pattern rapports with a specific arrangement, often guided by a pre-determined drawing or design. This group involves intricate techniques that go beyond basic weaving, allowing for the creation of intricate and customized patterns based on artistic or functional requirements. The choice of the group is contingent upon the type of initial element essential for constructing the final desired weave. This systematic categorization enables weavers to select the most appropriate set of methods based on the intended design complexity and intricacy.

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“…Unlike a motif, a drawing is represented by a special matrix, which is encoded by a dessinator. The elements of this matrix can be any characters familiar to the user [8].…”

Section: Resultsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Weaving construction software system

Uzakova,

Murodova

2024

E3S Web Conf.

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A 6-Letter ‘DNA’ for Baskets with Handles

Mallos¹

2019

Mathematics

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Fabric surfaces, made using techniques such as crochet and net-making, are typically worked in a linear order that meanders, without crossing itself, to ultimately visit and build the entire surface. For a closed basket, whose surface is a topological sphere, it is known that the construction can be described by a codeword on a 4-letter alphabet via Mullin’s encoding of plane graphs. Mullin’s code exemplifies the formal language known as the Shuffled Dyck Language with 2 Types of Parenthesis ( S D L 2 ). Besides its 4-letter alphabet, S D L 2 has some other similarities to DNA: Any word can be ‘evolved’ via a sequence of local mutations (rewriting rules), and ‘gene-splicing’ two S D L 2 words, by an insertion or concatenation, produces another S D L 2 word. However, S D L 2 comes up short when we attempt to make a basket with handles. I show that extending the language to S D L 3 , by addition of a third type of parenthesis, succeeds for orientable surfaces with handles—provided an appropriate choice of cut graph is made.

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Weaving Methods in Architectural Design

Cited by 2 publications

References 2 publications

Weaving construction software system

Weaving construction software system

A 6-Letter ‘DNA’ for Baskets with Handles

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