摘要
将网箱模型在水槽实验中获得的不同波高、流速状态下的实验数据,还原成网箱在水中空间6自由度运动,通过虚拟现实建模语言(VRML)和Java的联合使用,开发了可视化系统,使得网络用户不仅能访问该系统,且可选择不同实验数据进行交互访问。系统运行时,可实时切换场景的视角,进行多方位观察和研究。
This paper presents a visualization in scientific computing （ViSC） technique that could be used in dynamic simulation of net cage. The experiments on the mooring system under regular-wave condition and all kinds of currents were performed. According to above experiments, a new ViSC technique based on 3-Dimension surface rendering and dynamic coloration is put forward and imple- mented. This technique is efficient. The visual system was developed, based on the joint use of virtual reality modeling language （VRML） and Java. lnternet users can browse the system and select different experimental data to observe and research it.
出处
《南方水产》
2007年第4期60-64,共5页
South China Fisheries Science
基金
国家高技术研究发展计划(863计划)项目(2006AA10032)
