Resumen

MILIAN MORON, Omar; VALERIANO MEDINA, Yunier  y  ORIA AGUILERA, Homero J.. DEPTHWAVE: application for graphical simulation of sea behaviour. Rev cuba cienc informat [online]. 2019, vol.13, n.1, pp. 105-115. ISSN 2227-1899.

Providing tools that facilitate the training of specialized personnel, strategic planning and efficient prediction in the maritime industry represents enormous advantages by substantially reducing the use of physical prototypes. The development of a system with these characteristics imposes as a challenge the need to have a representation of the marine environment, because the movements of the boat are mainly induced by the swell, a complex natural phenomenon that changes continuously due to the speed of the water, the wind and other factors. This paper presents the DEPTHWAVE application developed with the free software distribution of the OGRE3D graphic engine, and based on the implementation of a mathematical method supported by the Pierson Moskowitz directional spectrum with the objective of generating and realistically visualizing the surface of the sea.

Palabras clave : application; OGRE3D; Pierson Moskowitz directional espectrum; sea simulation.

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