Algorithm for Modeling of Large-scale Realistic Chinese Rose Based on Morphological Characteristics

Abstract

Abstract: An algorithm of modeling individual plant and simulating large-scale garden scene of Chinese rose seasons was proposed based on morphological characteristics of plants. Real morphological data were accurately captured for the main organs of individual plant; These data should be deeply analyzed to gain the morphological properties, such as golden section; Topological relationships were established among the main stem and different high-order branches, branches and leaves. Meanwhile the main organs such as stem, leaves, flowers and thorns were simulated to complete the whole plant; The large-scale garden scene of Chinese rose were simulated based on the algorithm of Poisson Disk Tiles with corner strategy. Experimental results validate that the proposed method could realistically and efficiently simulate individual plants and large-scale garden scene of Chinese rose in different patterns, with its comprehensive application and development perspectives.

Key words: modeling of Chinese rose, morphological characteristics, golden section, large-scale

CLC Number:

TP391.9

Yang Meng, Guo Wanghui, He Xiaoyu, Lin Lin, Yang Gang. Algorithm for Modeling of Large-scale Realistic Chinese Rose Based on Morphological Characteristics[J]. Journal of System Simulation, 2015, 27(10): 2328-2336.

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