摘要
In this paper, a novel concept of multilayer synthesis and a general framework for texture synthesis method are presented. Within this framework, we first decompose the texture into the supposed pattern layer and material layer in the frequency domain by an E-texton extracting algorithm, then manipulate and extend them respectively according to their own personalities, and finally merge the newly synthesized pattern layer and material layer again to generate the final output. Experiment results show that our method not only greatly improves the synthesis quality for those cases that single-layer synthesis cannot handle well but also provides an ability of achieving various special synthesis effects.
In this paper, a novel concept of multilayer synthesis and a general framework for texture synthesis method are presented. Within this framework, we first decompose the texture into the supposed pattern layer and material layer in the frequency domain by an E-texton extracting algorithm, then manipulate and extend them respectively according to their own personalities, and finally merge the newly synthesized pattern layer and material layer again to generate the final output. Experiment results show that our method not only greatly improves the synthesis quality for those cases that single-layer synthesis cannot handle well but also provides an ability of achieving various special synthesis effects.
基金
Supported by the National Natural Science Foundation of China (61103219, 60970114)
the Program of State Key Lab of Software Engineering (SKLSE 2010-08-24)
Fund of Key Laboratory of Information Security Technology (KJ-11-06-2)
the Project of Software Science of Hubei Public Security Department,Fundamental Research Funds for the Central Universities(3101045)
the National Undergraduate Innovation and Entrepreneurship training program(111048651)
the Fund of Huawei Technologies Co., Ltd (YBCB2011127)
