Fig.1

Examples for elementary weaves. (a) Plain weave; (b)5 ends weft-face twill weave; (c)5 ends weft-face sateen weave"

Fig.2

Partial structure simulation for warp interlacing with the first, second weft of example weaves. (a) Plain weave; (b)5 ends weft-face twill weave; (c)5 ends weft-face sateen weave"

Fig.3

Design process for single-warp-double-wefts compound full-color jacquard fabric"

Fig.4

Basic primary weave, joint primary weave and their full-color technical points respectively. (a) Initial basic weave; (b) Full-color technical weave for basic weaves; (c) Initial joint weave; (d) Full-color technical weave for joint weaves"

Fig.5

Basic full-color weave database"

Fig.6

Joint full-color weave database"

Fig.7

Optimal 12 grades of compound full-color weaves"

Fig.8

Partial structure simulation for warp interlacing with the first, second wefts of optimal compound weave No.1"

Fig.9

Conventional 14 grades of compound full-color weaves"

Fig.10

Single-warp-double-wefts compound full-color jacquard fabric samples. (a) Linear horizontal gradient sample applying conventional 14 grades of compound full-color weaves; (b) Linear vertical gradient sample applying conventional 14 grades of compound full-color weaves; (c) Radial gradient sample applying conventional 14 grades of compound full-color weaves; (d) Linear horizontal gradient sample applying optimal 12 grades of compound full-color weaves; (e) Linear vertical gradient sample applying optimal 12 grades of compound full-color weaves; (f) Radial gradient sample applying optimal 12 grades of compound full-color weaves"

Fig.11

Arched cloth-fell"

Fig.12

Linear horizontal gradient sample applying conventional 14 grades of compound full-color weaves in detail"

Fig.13

Partial structure simulation for warp interlacing with the first, second wefts of conventional compound weave No.1"

Tab.1

Fabric characteristics comparisons applying conventional and optimal structures"