location:Home > 2019 Vol.2 Oct. No.5 > Research on Texture Image Deformation Method Based on Free Path

2019 Vol.2 Oct. No.5

  • Title: Research on Texture Image Deformation Method Based on Free Path
  • Name: Seungmin Kim
  • Company: Catholic Universty Of Daegu
  • Abstract:

    In China, the texture deformation of art images is mostly deformed by drawing software, but there are some disadvantages of inaccurate deformation processing. Therefore, the research on texture image deformation method based on free path is proposed. The deformation algorithm is used as the basic algorithm for path deformation, and the free path deformation is performed on the contour and part of the art image. Through the method of experimental argumentation, it is determined that the effectiveness of the art image texture deformation method based on the free path has good deformation efficiency when performing deformation processing on the art image.

  • Keyword: Free Path; Art Image; Texture Deformation;
  • DOI: 10.12250/jpciams2019050553
  • Citation form: Seungmin Kim.Research on Texture Image Deformation Method Based on Free Path[J]. Computer Informatization and Mechanical System, 2019, vol. 2, pp. 36-41.
Reference:

[1] Han Zhizhi, Zhao Jianhua.An improved research and Simulation for local deformation of DBN images[J].Computer simulation, 2016,33(12): 305-308.

[2] Yu Qiang, Liang Jin, Guo Nan. Study on the deformation of T plate MIG welding based on digital image correlation method [J]. thermal processing technology, 2017,15 (3): 1-5.

[3] Yang Wenwu, Huang Guanhua. Image Gradient Based on Shape Interpolation and Moving Least Square Deformation [J]. Journal of Computer Aided Design and Cartography, 2017, 29 (7): 10-17.

[4] Li Qiushi, Fu Xinhua, Wuzhen, Wenqi.Research on Tool Measurement Based on Image Processing Technology [J].Computer Simulation, 2018,35(06): 230-233.

[5] Shang Yang, Yu Qifeng, Guan Banlei, et al. Research Progress in Video Survey of Large-scale Structural Deformation Monitoring [J]. Experimental Mechanics, 2017, 32 (5): 593-600.

[6] Yan Fengjuan. Study on the transverse and longitudinal deformation of different areas of paper in offset printing process [J]. packaging engineering, 2017,15 (1): 204-207.

[7] Lu Fei, Wang Shoujue.Study on the continuity of face images in triangular coordinates[J].Journal of Computer Aided Design and Graphics, 2017, 29 (5): 821-828.

[8] Wang Lei, Zhang Xianni.Study on Extraction of Mining Subsidence Movement and Deformation Based on Single-line-of-sight D-InSAR Technology[J].Journal of Rock Mechanics and Engineering, 2017,36(4): 865-873.

[9] Zhu Jianjun, Li Zhiwei, Hu Jun. InSAR deformation monitoring methods and research progress [J]. Journal of Surveying and mapping, 2017, 46 (10): 17-23.

[10] Zhang Xiaozhong, Sun Yanhua, Zhao Zhifeng. Study on the calculation method for the deformation of anti draft piles [J]. science and technology, 2017,12 (35): 283-288.

[11] Zou Xihong,;Liu Yu, Peng Jigang, et al. [J].Mechanical Transmission, 2017,32(8): 155-159.


 


Tsuruta Institute of Medical Information Technology
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