CAJ | 학술논문

仿真局部环境对植物生长的影响，特别是在剪枝条件下的植物生长状况，对数字农业的发展和虚拟园艺设计具有重要意义。已有的成果运用环境敏感L系统实现了二维植物在正方形边界内的剪枝生长仿真，但未能模拟真实植物生长受环境的影响。在此基础上，运用三维植物生长模型，实现了三维植物在剪枝条件下的生长过程仿真。实验结果表明，环境敏感L系统能够很好地模拟真实植物和外部包围盒之间的交互，为下一步研究植物同其他外界环境因素的交互打下了基础。
방진국부배경대식물생장적영향，특별시재전지조건하적식물생장상황，대수자농업적발전화허의완예설계구유중요의의。이유적성과운용배경민감L계통실현료이유식물재정방형변계내적전지생장방진，단미능모의진실식물생장수배경적영향。재차기출상，운용삼유식물생장모형，실현료삼유식물재전지조건하적생장과정방진。실험결과표명，배경민감L계통능구흔호지모의진실식물화외부포위합지간적교호，위하일보연구식물동기타외계배경인소적교호타하료기출。
Simulation on local environment factors to the growth of plant, especially pruning is important to the research of the digital agriculture and virtual gardening. Although a two-dimensional tree model constructed by environmentally sensitive L-system is used to simulate its growth under 2D clipping box, real plant development process response to pruning is lacking. By combining it with a real plant development process model, a model of trees response to pruning is proposed. The experiments show that environmentally-sensitive extension of L-systems can make a better simulation on the interaction between a developing plant and its bounding box, and build a base for next step of research.