The Research on Panoramic Modeling Method in Forest Scene

Currently, the real time panoramic methods in modeling forest scene is mainly based on a single geometry volume. However, due to the limitation of view of cylindrical surface, distortion of spherical surface and accurate video camera orientation of cube surface, we canpsilat achieve the vivid scene. In this paper, we proposed a method of comprehensive dummy volume panorama (CDVP) using an irregular geometry surface composed of two hemispherical surface and one cylindrical surface. First, we construct hash function for latitude-longitude plotting and dissect panorama between panorama and dummy volume, and to construct thetas - Phi link table of scene. Then, inverse-projection is used according to corresponding thetas - Phi pieces to produce thetas - Phi partial view. At last, local view coordinate was transformed to world view coordinate. This method implements 360deg ramble and overcomes drawback of the current methods.