TL;DR: In this article, a repeat mode discovery-based printed pattern generation method is proposed, which comprises the following steps of: carrying out repeatmode discovery on an input printed image set so as to discover an object-class image mode which repeatedly emerges in the image set; constructing a layout template for a repeat object, carrying out multi-granularity quadrilateral mesh generation and optimum layout solution on the profile of an input print pattern through iterative loop, and calculating an object optimum layout which satisfies a printed pattern constraint condition; and calculating affine transformation of living example of the object
Abstract: The invention discloses a repeat mode discovery-based printed pattern generation method. The method comprises the following steps of: carrying out repeat mode discovery on an input printed image set so as to discover an object-class image mode which repeatedly emerges in the image set; constructing a layout template for a repeat object, carrying out multi-granularity quadrilateral mesh generation and optimum layout solution on the profile of an input printed pattern through iterative loop, and calculating an object optimum layout which satisfies a printed pattern constraint condition; and calculating affine transformation of living example of the object and a hierarchical relationship between the living examples during the splicing according to the position and dimension of the template in the layout, so as to carry out living example drawing to realize the synthesis of the printed pattern.
TL;DR: In this paper, the authors proposed a technique which makes it possible to select a repeat object without depending on vision, using a repeat control unit (20, 30a) for generating a voice and a voice generating unit for controlling so that the voice generator repeatedly generates the voice in the range specified as the repeat object.
Abstract: PROBLEM TO BE SOLVED: To provide a technique which makes it possible to select a repeat object without depending on vision.SOLUTION: A voice generating apparatus includes: voice generating units (20, 30a) for generating a voice; a repeat object receiving unit (60c) for receiving information specifying an arbitrary range of the voice being generated as a repeat object according to a push-in operation and a push-in release operation; and a repeat control unit (20) for controlling so that the voice generating units repeatedly generate the voice in the range specified as the repeat object.SELECTED DRAWING: Figure 1A