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“HYSY681” is selected as the parent ship to develop the AHTS (Anchor Handling Tug Supply) vessel MERVTP (Marine Engine Room Virtual Training Platform). Hybrid simulation design mode is applied to the training platform and the advantage of each applied simulation method is fully made. In order to give consideration to both the instantaneity and accuracy required by 2D-MERSS (2D Marine Engine Room Simulation Software), simulation algorithm and strategy are analyzed and chosen reasonably. To improve the efficiency of development and expansibility, the simulation data is planed from the whole prospect, WPF (Windows Presentation Foundation) technique is applied to the development of 2D-HMI (2D Human-machine Interface) and the refresh mechanism of 2D-HMI is optimized to improve the simulation efficiency. In order to promote the overall training effect, visual simulation technique is applied to this training platform and 3D-MERSS (3D Marine Engine Room Simulation Software) is developed. Optimization techniques including LOD (Level of Detail), structural nodes optimization, Prefab and rendering method based on Shader are adopted to promote the user experience. To further enhance the immersion, 3D-MERSS is also applied to the 3channel stereo projection environment, meanwhile, the relevant techniques including scene segmentation, edge blending and geometric correction are analyzed and researched.

Development of AHTS-vessel Marine Engine Room Virtual Training Platform and Research on Key Technology