Research on Micro Film Modeling Technology Integrating Voxel Recognition Algorithm and View Preprocessing
With the increasing development of social economy and science and technology,as well as the acceleration of the pace of social life,microfilms have developed rapidly.However,traditional microfilm modeling often relies on professional film production teams,which makes microfilm production costly and time-consuming.To overcome this difficulty,research has been conducted on optimizing the modeling technology of microfilms,using voxel recognition algorithms to quickly identify and extract models,and integrating view preprocessing techniques to eliminate noise and interference and improve image quality.Through experimental analysis,it can be concluded that the method proposed in this study has higher efficiency and accuracy,and achieves optimal convergence at 420 iterations compared to other methods.In microfilm modeling,the research method achieved the highest values in shape accuracy,rendering realism,and physical simulation accuracy,with an average accuracy of 488.In the comparison of frame rates in microfiilms,the research method has an average frame rate of 25 frames per second,which has higher stability.Overall,it can be concluded that the method used in the study can effectively enhance microfilm modeling technology and meet market and audience demands.
Voxel recognition algorithmView preprocessingMicrofilm modeling technologyAccuracy of logistics simulation
NETL
NSTL
万方数据
