Refueling hose dynamic virtual display realization method

Abstract

The invention belongs to the technical field of computer application and virtual reality, and particularly relates to a method for displaying a dynamic motion, in the air, of a virtual refueling hose. Display objects include a refueling hose short cabin (called a short cabin for short), a short cabin datum origin (called an origin for short), a refueling hose and a conical refueling nozzle (called a refueling nozzle for short); the refueling hose consists of N sections of pipe bodies; and the front end of the first section of the pipe body is connected with the origin, and the back end of the first section of the pipe body is connected with the front end of the next section of the pipe body, until the back end of the final section of the pipe body is connected with the refueling nozzle. The method realizes visual simulation of the refueling hose, and has a great practical value for researching and analyzing correctness of motion simulation of a soft object, displaying a spatial motion law of the soft object, assessing a simulation algorithm and demonstrating influence of airflow on motion processes and tracks of the refueling pipe and the refueling nozzle in a soft type refueling process; a new way is opened up for researching and analyzing a refueling and receiving connection technology; and the technology also can be applied to virtual visual display and motion research of a soft tubular or similar soft object (such as a cable-stayed bridge).

Description

technical field [0001] The invention belongs to the technical fields of computer application and virtual reality, and in particular relates to a display method for dynamic movement of a virtual refueling hose in the air. Background technique [0002] In the field of virtual reality technology, it is usually necessary to comprehensively use various unique display technologies to obtain realistic visual effects for different simulation requirements. In the simulation test of the refueling and refueling machine, the visualization of the refueling hose can intuitively show the movement state and trajectory of the refueling hose and the refueling nozzle during the process of retracting and releasing the refueling hose. Few means of simulation. In the past virtual reality display technology, there is no dynamic display method for flexible objects. The common one is the visual simulation of rigid bodies. For example, the dynamic display of the rigid refueling pipe is realized by d...

AI Technical Summary

Problems solved by technology

In the past virtual reality display technology, there is no dynamic display method for flexible objects. The common one is the visual simulation of rigid bodies. For example, the dynamic display of the rigid refueling pipe is realized by directly controlling the stretching, rotation, and offset of the rigid refueling pipe. However, the dynamic display of flexible objects such as soft refueling pipes and ropes is a very difficult technical problem, and there are no technical materials such as related technologies and methods to solve this problem.

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