KnitPicking Textures: Programming and Modifying Complex Knitted Textures for Machine and Hand Knitting
KnitPicking Textures: Programming and Modifying Complex Knitted Textures for Machine and Hand Knitting
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DOI：
10.1145/3332165.3347886
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发表时间：
2019-10
期刊：
影响因子：
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通讯作者：
M. Hofmann;Lea Albaugh;Ticha Sethapakdi;J. Hodgins;S. Hudson;J. McCann;Jennifer Mankoff
中科院分区：
文献类型：
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作者：
M. Hofmann;Lea Albaugh;Ticha Sethapakdi;J. Hodgins;S. Hudson;J. McCann;Jennifer Mankoff
针织创造了复杂的，柔软的织物，具有独特的纹理属性，可用于创建交互式对象。然而，很少有工作解决的挑战，设计和使用针织纹理计算。我们提出KnitPick：将手工编织纹理图案解释为KnitGraphs的流水线，KnitGraphs可以输出到机器和手工编织指令。使用KnitPick，我们提供了一个测量和拍摄的数据集的472针织纹理。基于此数据集的发现，我们贡献了两种操作KnitGraphs的算法。KnitCarving在考虑纹理的同时塑造图形，KnitPatching将图形与不同的纹理结合在一起，同时保持一致的形状。KnitPick是第一个在手工编织和机器编织之间建立差距的系统，用于创建复杂的编织纹理。
Knitting creates complex, soft fabrics with unique texture properties that can be used to create interactive objects.However, little work addresses the challenges of designing and using knitted textures computationally. We present KnitPick: a pipeline for interpreting hand-knitting texture patterns into KnitGraphs which can be output to machine and hand-knitting instructions. Using KnitPick, we contribute a measured and photographed data set of 472 knitted textures. Based on findings from this data set, we contribute two algorithms for manipulating KnitGraphs. KnitCarving shapes a graph while respecting a texture, and KnitPatching combines graphs with disparate textures while maintaining a consistent shape. KnitPick is the first system to bridge the gap between hand- and machine-knitting when creating complex knitted textures.