Aming at water conservancy project visualization, a hidden-removal method of dam perspective drawings is realized by building a hidden-removal mathematical model for overlapping points location to set up the hidden re...Aming at water conservancy project visualization, a hidden-removal method of dam perspective drawings is realized by building a hidden-removal mathematical model for overlapping points location to set up the hidden relationship among point and plane, plane and plane in space. On this basis, as an example of panel rockfill dam, a dam hidden-removal perspective drawing is generated in different directions and different visual angles through adapting VC＋＋ and OpenGL visualizing technology. The results show that the data construction of the model is simple which can overcome the disadvantages of considerable and complicated calculation. This method also provides the new means to draw hidden-removal perspective drawings for those landforms and ground objects.展开更多
By developing on the base of VC＋＋ platform, combing with OpenGL graphic library and the characteristic of cable-stayed bridge, and adopting parameterized modeling method, this paper explores to realize the 3D visual...By developing on the base of VC＋＋ platform, combing with OpenGL graphic library and the characteristic of cable-stayed bridge, and adopting parameterized modeling method, this paper explores to realize the 3D visualization of cable-stayed bridge. This method, which provides a new approach for the scheme comparison of bridge design, has many advantages, such as fast modeling, clear classification of parameters, convenient operating system.展开更多
基金Supported by National Natural Science Foundation of China (50779005)
文摘Aming at water conservancy project visualization, a hidden-removal method of dam perspective drawings is realized by building a hidden-removal mathematical model for overlapping points location to set up the hidden relationship among point and plane, plane and plane in space. On this basis, as an example of panel rockfill dam, a dam hidden-removal perspective drawing is generated in different directions and different visual angles through adapting VC＋＋ and OpenGL visualizing technology. The results show that the data construction of the model is simple which can overcome the disadvantages of considerable and complicated calculation. This method also provides the new means to draw hidden-removal perspective drawings for those landforms and ground objects.
文摘By developing on the base of VC＋＋ platform, combing with OpenGL graphic library and the characteristic of cable-stayed bridge, and adopting parameterized modeling method, this paper explores to realize the 3D visualization of cable-stayed bridge. This method, which provides a new approach for the scheme comparison of bridge design, has many advantages, such as fast modeling, clear classification of parameters, convenient operating system.
