Rock Plot岩石地球化学图解软件是以岩石地球化学参数计算与图解为研究对象,应用计算机处理岩石地球化学数据的一次新的尝试。系统整体运用WPF技术,采用松耦合的插件式设计,既保证岩石化学计算与图解的独立性,也维持了系统的整体性;采...Rock Plot岩石地球化学图解软件是以岩石地球化学参数计算与图解为研究对象,应用计算机处理岩石地球化学数据的一次新的尝试。系统整体运用WPF技术,采用松耦合的插件式设计,既保证岩石化学计算与图解的独立性,也维持了系统的整体性;采用简单、易于读写的JSON轻量级数据格式作为岩石化学计算与图解的统一配置模块,提供了高度灵活的扩展功能,并实现了矢量化输出。系统集计算与图解功能于一身,提供了综合、整体的岩石地球化学数据处理应用体验。展开更多
In this article,the anaglyph video maker is employed for generating realistic 3-D flows and the software FlowAnimator is developed using that technology.Based on Microsoft Windows Presentation Foundation（WPF）,the re...In this article,the anaglyph video maker is employed for generating realistic 3-D flows and the software FlowAnimator is developed using that technology.Based on Microsoft Windows Presentation Foundation（WPF）,the real 3-D scene is set up and marker particles are distributed in it randomly in order to create a more natural flow scenario.The trajectory of the particle motion is calculated with Lagrangian description in 3-D space.During the simulation,the viewport can be changed in order to focus on different parts of the model by panning,zooming,rotating and inclination variation etc.Marker particles may appear in different shapes：spheres,tracking-balls,cylinders and ribbons in order to fit different flows.It is the first time that the video anaglyph technology is employed in the 3-D hydrodynamic simulation,which removes the obstacles for 3-D scenes to be rendered on a flat-panel display.展开更多
为了更高效地推广科学施肥技术,开发集成了基于Arc GIS Runtime for WPF的触摸屏施肥咨询系统。使用既有瓦片影像高效生成高清离线多级瓦片缓存地图包技术和基于专家知识库的施肥方案,降低了用户门槛,提升了用户体验,使得测土配方施肥...为了更高效地推广科学施肥技术,开发集成了基于Arc GIS Runtime for WPF的触摸屏施肥咨询系统。使用既有瓦片影像高效生成高清离线多级瓦片缓存地图包技术和基于专家知识库的施肥方案,降低了用户门槛,提升了用户体验,使得测土配方施肥技术面向基层的全面推广变得更为可行。展开更多
文摘In this article,the anaglyph video maker is employed for generating realistic 3-D flows and the software FlowAnimator is developed using that technology.Based on Microsoft Windows Presentation Foundation（WPF）,the real 3-D scene is set up and marker particles are distributed in it randomly in order to create a more natural flow scenario.The trajectory of the particle motion is calculated with Lagrangian description in 3-D space.During the simulation,the viewport can be changed in order to focus on different parts of the model by panning,zooming,rotating and inclination variation etc.Marker particles may appear in different shapes：spheres,tracking-balls,cylinders and ribbons in order to fit different flows.It is the first time that the video anaglyph technology is employed in the 3-D hydrodynamic simulation,which removes the obstacles for 3-D scenes to be rendered on a flat-panel display.
