The invention discloses a three-dimensional
dynamic simulation method for a water outlet process of
submarine-launched missiles, and relates to a three-dimensional
dynamic simulation method. The method aims to solve the problems of complex
testing equipment, high testing cost and weak
repeatability in the ground
simulation tests. The three-dimensional
dynamic simulation method for the water outlet process of the
submarine-launched missiles is realized based on CPU-GPU isomerous
multithreading development environment, and comprises the following contents: (1) a human-computer interaction platform is built; (2) three-dimensional
virtual modeling and displaying for the water outlet process of the
submarine-launched missiles are implemented; (3)
visualization modeling for the water outlet process of the submarine-launched missiles is implemented based on a
particle system; (4)
visualization modeling for drum
vacuole of the submarine-launched missiles is implemented based on coloring language; (5) sea depth staffs are dynamically displayed; (6) multi-view interactive three-dimensional navigation for the water outlet process of the submarine-launched missiles is implemented; (7) key parameters for the water outlet process of the submarine-launched missiles are visualized. The three-dimensional dynamic
simulation method has the advantages of safety, economy,
controllability, no damage and recycling property, and can be applied in the technical field of
computer simulation methods.