C. Prakash – författare

Computer-aided figured graph designing (CAFGD) has become essential for the electronic jacquard weaving sector. This book explains the common principles of CAFGD for jacquard weaving, including systematic fundamental common procedure for doing computer-aided graph designing for jacquard weaving using any software. It covers the mathematical calculations to be followed in different stages of converting the given motif to figured graph design with required weave inputs. It also covers the common algorithms followed in preparing computer-aided figured graph designing.

Features:

This book is aimed at graduate students and researchers in textile engineering, textiles, and fashion design.

Computer-aided figured graph designing (CAFGD) has become essential for the electronic jacquard weaving sector. This book explains the common principles of CAFGD for jacquard weaving, including systematic fundamental common procedure for doing computer-aided graph designing for jacquard weaving using any software. It covers the mathematical calculations to be followed in different stages of converting the given motif to figured graph design with required weave inputs. It also covers the common algorithms followed in preparing computer-aided figured graph designing.

Features:

This book is aimed at graduate students and researchers in textile engineering, textiles, and fashion design.

This book presents the mass manufacturing and manifestation of smart clothes that have decisively kick-started the fashion industry

With the flourishing of edge and digitization technologies, every tangible thing in and around us is all set to become digitized. The arrival of advanced communication and digitalization technologies has made any digitized entity to be connected and cognitive. With this transition, the textile industry is strategizing to leverage the improvisations being accomplished in the digital era to design, develop, and deliver digitally enabled dresses and clothes. Smart attires are fabrics bedded with ultrathin, flexible and transparent detectors, selectors, electronics, and connectivity, and there are nano-creators to power smart dresses. The mass manufacturing and manifestation of smart clothes have decisively kick-started the fashion industry.

The readers will come across the implementation technologies and the research results of virtual try-on, body size and pose estimation, diffusion-based fashion synthesis, etc.