The following structure groups can now be controlled by players : electronic warfare battery , energy neutralizing battery , mobile hybrid sentry , mobile laser sentry , mobile missile sentry , mobile projectile sentry , scanner array , stasis webification battery , warp scrambling battery 下列建筑现在可以被玩家控制:电子战平台,能量吸收(中和)阵列,移动混合岗哨炮台,移动激光岗哨炮台,移动导弹发射台,移动射弹岗哨炮台,扫描阵列,停滞缠绕光束器,曲速跃迁扰乱器。
7 . according to the presented ideas , by integrating vc + + , gis and matlab programs , the author develops software of construction system simulation for construction processes of large - scale underground structure group ( esas ) , which provides a powerful analysis tool for construction system analysis research of underground structure group 根据本文所提出的大型地下洞室群施工系统仿真的研究思想,集成vc + + 、 gis和matlab ,研制开发了地下洞室群施工系统仿真软件esas ,为进行复杂地下洞室群施工系统分析研究提供了强有力的分析工具。
8 . cooperating closely with construction organization design work of an underground structure group , applying the presented theory methods and developed software , the author carries out systemic research and calculation analysis for the construction of the underground structure group , which provides important construction parameters and reasonable construction organization design plans 紧密配合某实际工程地下洞室群施工组织设计工作,应用本文所提出的理论方法以及所研制开发的软件系统,对该工程地下洞室群施工问题进行了全面系统地研究与计算分析,获得了重要的施工参数和合理的施工组织设计方案。
In this paper , the research on system simulation theory and application for the construction processes of large - scale underground structure group is developed , which main research contents and achievements are as follows : 1 . a method of object - oriented graphics - aided simulation modeling is presented , which simplifies complex simulation modeling . 2 本文对大型地下洞室群施工系统仿真进行了系统的理论与应用研究,主要研究工作和研究成果如下: 1 .提出了面向对象的图形辅助仿真建模方法,简化了复杂的仿真建模过程。