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In the graph designing of jacquard figured fabrics, it is essential to edit the motif outline perfectly as per the required shape. It also needed that the weave mark applied should control the long floats and should be avoided where there is no longer floats to retain the perfection of the edited outline. In the manual graph designing, the designer decides the types of weave marks given for controlling the floats and applies them in the selected parts. While applying the marks, he retains the perfection of boundary by avoiding the marks wherever it is not required. In the ‘Computer-Aided Jacquard Graph Designing’, sequences of steps are followed to avoid the binding weave marks in the required boundary of the motif. In this study, the different types of controlling of binding weave mark required while preparing the jacquard graph design for different figured fabric varieties viz. double cloth, extra warp, extra weft, and single cloth are analyzed. The possibilities of using the ‘all directional color contour option’ and ‘selective directional color contour option’ for the float control application of binding weaves in the jacquard graph designing to get a perfect boundary of figure and ground are explored. The algorithms followed for preparing the jacquard graph for different fabric varieties using these two contour options are developed. A new procedure is also derived to identify the corner pixels for preparing the graph for single cloth figured fabric using the ‘Selective directional color contour option’, ‘Layer merging option’, and ‘Transparent color option’. It is observed that the systematic use of the appropriate color contour option applies the binding weave marks only in the essential places and avoids it in the non-required edges and corners of the figure and ground portions of the jacquard graph design. Because of this, after applying the binding weave marks, the edited design boundary is retained without any distortion in shape. The float length is also controlled throughout the figure and ground as required. The algorithms derived in the study are useful for the flawless application of binding weave for any intricate figured graph designs.

Study on the float-control weaves application algorithms of computer-aided jacquard graph designing for different figured fabrics