农机化研究
農機化研究
농궤화연구
JOURNAL OF AGRICULTURAL MECHANIZATION RESEARCH
2013年
11期
38-41
,共4页
虚拟植物%L系统%图像处理%虚拟植物叶片
虛擬植物%L繫統%圖像處理%虛擬植物葉片
허의식물%L계통%도상처리%허의식물협편
virtual plant%L system%image processing%virtual plant leaves
为了快速、准确地模拟植物叶片,提出了一种基于图像处理与 L系统相结合的虚拟植物叶片方法。该方法首先利用图像处理技术获取叶片边缘信息和叶脉信息,然后通过叶脉信息分析出叶脉走向规律,最后通过 L系统模拟该叶片形态。实验表明,该方法能够精准地模拟出叶片形态,降低计算机虚拟叶片的复杂度。
為瞭快速、準確地模擬植物葉片,提齣瞭一種基于圖像處理與 L繫統相結閤的虛擬植物葉片方法。該方法首先利用圖像處理技術穫取葉片邊緣信息和葉脈信息,然後通過葉脈信息分析齣葉脈走嚮規律,最後通過 L繫統模擬該葉片形態。實驗錶明,該方法能夠精準地模擬齣葉片形態,降低計算機虛擬葉片的複雜度。
위료쾌속、준학지모의식물협편,제출료일충기우도상처리여 L계통상결합적허의식물협편방법。해방법수선이용도상처리기술획취협편변연신식화협맥신식,연후통과협맥신식분석출협맥주향규률,최후통과 L계통모의해협편형태。실험표명,해방법능구정준지모의출협편형태,강저계산궤허의협편적복잡도。
For convenience, fast, accurate simulation of plant leaves , this paper presents a method based on image pro-cessing and L system combining the virtual plant leaf method .This method firstly uses the image processing in the value of the two methods and edge detection method to obtain the blade edge and vein distribution map , and then obtained the vein towards regularity , finally through the L system on the computer simulation of the shape of blade .The results of the experiment show that , the method can accurately describe the leaf morphology , decreased in the computer virtual leaf complexity .The experimental results show that the method can accurately describe the leaf morphology , and decreased in the computer virtual leaf complexity .