The Development And Implementation Of Movement Monitoring Software Of Marine Electromagnetic Method Detection System Based On OpenGL

Depending on the field source, marine electromagnetic detection methods can be divided into twocategories, namely marine MT (natural source electromagnetic field) and marine CSEM (oneworkshop source electromagnetic method). Comparing the two methods, the advantages of marineCSEM source that can be placed manually launch the seabed surface, high frequency components arenot shielded by the sea, on the shallow seabed geological formations high resolution. Currently, themarine CSEM method because of its outstanding detection capability has been the industry’s attention.The paper studies the marine controlled source deck monitoring system is one of the key aspects ofmarine controlled source electromagnetic detection system capable of controlling marineelectromagnetic system synchronization, system parameter setting, the transmitter working conditionmonitoring and data storage. After a conventional receiver, transmitter simulation data are collected inthe data simulation, in order to obtain the distribution of underwater resources, but the receiver andtransmitter for underwater operation state of nothing. In order to improve the ability of marinecontrolled source computer interaction deck monitoring system, and real-time image of the datapresented, this article will OpenGl applied to the simulation process, in order to work with the state ofthe transmitter and receiver in the form of real-time animation presented for direct monitoring oftransmitter and receiver underwater running posture, position, affected by ocean currents and so on.This technique can also affect the analog receiver and emitter electrode of the external environment atdifferent results produced before operation.Herein simulation system uses a hierarchical design and low coupling, is divided into four layers:the system data layer, including dragging the body travels data, put the data receiver and seafloortopography data; system integration layer, part of the visual simulation monitoring data, to provide aunified simulation framework for graphics rendering of each module, and the other part is passed toupdate the monitoring data; basic module layer, used to build, import, and combinations of the basicthree-dimensional model; module application layer, high-level graphics rendering functions to achievelayer, according to data provided by the realization and operation of the simulation for eachcombination of base modules can be inferred through this process the primary data required for thesimulation.This article is in simulation model generation, the main use of the polygon mesh model modelingapproach, while the main part of the way to use the loft, and combined with the basic geometrymodeling and modeling methods such as Boolean operators. And then import the file and OpenGLredraw the model, and the model and scene rendering textures and environments. Finally, we draggedthe body simulation test, simulation results met our requirements.