CN104699871A - Simulation training simulation drill control method - Google Patents

Abstract

The invention discloses a simulation exercise control method for simulation training, which is characterized by comprising the following steps: after the drilling is started, before the drilling is formally executed, the system can display the drilling antecedent information for each role, and supports the display of character and multimedia information, wherein the drilling antecedent comprises a drilling background, drilling content and organizational structure division work content; the system can display different system views for different roles according to the drilling requirement and the characteristics of each drilling role, and comprises system interface layout, drilling scenes in different stages and information resources capable of being controlled by the roles; and (3) controlling a drilling scene: range control, view angle control, multi-dimensional synchronization, environment control, situation collaboration, scene plotting and task execution control; and (3) displaying a process scene: the system comprises a two-dimensional scene, a simulation scene, a three-dimensional real scene, a real-time video, real-time data, disaster simulation, a technological process, positioning display, trajectory tracking and intelligent reminding guidance.

Description

Simulation training simulation drill control method

technical field

The invention relates to a simulation training and simulation drill control method.

Background technique

Simulation training can not only carry out routine operation training, but also carry out training to improve the ability to deal with various accidents. It is safe, economical, controllable, repeatable, risk-free, free from climate conditions and site space restrictions, high Unique advantages such as efficiency and high benefit have been highly valued at home and abroad. In China, computer military simulation has been widely used in foreign countries. The U.S. military is the first army to conduct computer simulation training, and it is also the most successful army to conduct simulation training. The U.S. military simulation training has been oriented towards serialization, generalization and standardization, focusing on development Multi-level, multi-type, multi-purpose training simulation system, attaches great importance to the application of virtual reality technology, and vigorously develops distributed interactive training simulation system. Therefore, in order to strengthen the information construction of my country's completed projects, improve the quality of comprehensive training, and reduce training consumption, it is of great practical significance to vigorously develop simulation training. In particular, the simulation training simulates the control method of the drill.

Contents of the invention

In view of the above problems, the present invention develops a simulation training simulation drill control method. The technical means adopted in the present invention are as follows:

A simulation training simulation drill control method is characterized in that it includes:

Foreground display, after the drill is started and before the drill is officially executed, the system can display the pre-drill information for each role, supporting the display of text and multimedia information. The pre-drill situation includes the drill background, drill content, and organizational structure and division of labor;

Participate in the rehearsal. After the rehearsal starts, the user logs in to the system, and the system displays the role graphically. The participants select the rehearsal role according to their authority and join in the rehearsal activity;

Visual panel control, the system mainly includes 2D and 3D scene views, business system scene views, executable task views, resource control views, information interaction views, public information views, and guidance analysis views, to realize the display and control of the visual panel, and at the same time , the participating characters can freely control the combined display, hidden display, and maximized display of each view;

Role view control, the system can display different system views for different roles according to the needs of the drill and the characteristics of each drill role, including system interface layout, drill scenes at different stages, and information resources that can be controlled by the role;

Drill scene control: range control, perspective control, multi-dimensional synchronization, environment control, situation coordination, scene plotting, task execution control;

Process scene display: 2D scene, simulation scene, 3D real scene, real-time video, real-time data, disaster simulation, process flow, positioning display, trajectory tracking, intelligent reminder and guidance.

Due to the adoption of the above technical solution, the method provided by the present invention has the characteristics of convenient use, processing speed, and easy technical realization. In addition, the method is based on the realization of the computer system, and the existing computer can be upgraded only by compiling the method into a corresponding program, so its cost is very low and suitable for widespread promotion.

Detailed ways

The simulation simulation training simulation drill control method of the present invention comprises:

After the drill starts, and before the drill is officially executed, the system can display the pre-drill information for each role, supporting the display of text and multimedia information. The pre-drill information includes the drill background, drill content, organizational structure and division of labor, etc. Pre-information production: edit the background of the drill, the content of the drill, the division of organizational structure, etc., and add audio and video information as needed to realize the simultaneous display of text, audio and video information. Preliminary information display: Before the drill is executed, the system realizes the push display of previous information, and all participants can browse the previous information.

Participate in the rehearsal. After the rehearsal starts, the user logs in to the system, and the system displays the characters graphically. The participants choose the rehearsal role according to their authority and join in the rehearsal.

Visual panel control, the system mainly includes 2D and 3D scene views, business system scene views, executable task views, resource control views, information interaction views, public information views, guidance analysis views, etc., to realize the display and control of visual panel, At the same time, the participating characters can freely control the combined display, hidden display, and maximized display of each view.

Role view control, the system can display different system views for different roles according to the needs of the drill and the characteristics of each drill role, including system interface layout, drill scenes at different stages, information resources controllable by the role (including manipulated resources, query information resources, browsed information resources), etc. During the execution of the drill, the system automatically or manually configures the view information of the role.

Drill scene control and range control can realize the control of tracking and display of large-scale macro-scale scenes, micro-local scenes, and key scenes according to the needs of the scene, and can roam in the scene, etc. Scene display range control: On the one hand, the system can automatically match and adjust the scene range according to the scale and display needs; secondly, the system can realize the control of the visible and controllable scene range according to the authority of the operator. Tracking of key scenes: Participants can control the display and switching of various scenes in the process according to role definitions and permissions; directors can view or track key scenes globally at any time according to viewing needs.

Angle of view control, according to the needs of visual viewing, the system can switch different viewing angles, including the first, third, and global viewing angles, to achieve multi-angle viewing control.

Multi-dimensional synchronization, the system realizes the automatic correlation and synchronization of positions among 2D GIS, 3D simulation, and 3D real scene, and can automatically or manually adjust and display 2D GIS, 3D simulation, and 3D real scene according to the scale. Environmental control, changing the surrounding environment of the scene, such as surrounding devices, device types, surrounding personnel, etc. By changing the surrounding environment, participants can adjust rescue actions and measures in time.

Situational collaboration, the drill activities involve different groups and different roles, and the system can realize the coordination and synchronous presentation of the drill situation information among multiple roles.

Scene plotting, the participating characters can perform situation plotting, text plotting, icon plotting, etc. in the 2D and 3D scenes through the system during the rehearsal process.

Task execution control, the system can analyze the executable tasks of each role according to the analysis of the drill script, and generate a list of executable tasks or task buttons, and the participating characters can click and execute the task; The execution status is displayed dynamically.

Two-dimensional scene, during the drill, according to the needs of different stages of the drill and different roles, the accident point, accident development dynamics, rescue deployment dynamics and other scene information are superimposed based on the two-dimensional GIS.

Simulation scene, during the drill process, according to the needs of different stages of the drill and different roles, the scene is displayed based on 3D simulation, and the image data, digital elevation information, characters, text information, plotting information, disaster dynamic simulation scenes, rescue Dynamic scenes, equipment and facility simulation models, road building simulation models, etc.

3D real scene, during the exercise, by clicking on the key parts in the 2D and 3D scene, you can browse the 360-degree panoramic photos of the part, and realize the dynamic association between 2D GIS, 3D simulation and 3D real scene.

Real-time video can display the distribution of video monitoring points in 2D GIS and 3D simulation systems. During the exercise, by clicking on the video monitoring points in the 3D scene, the real-time video monitoring images of the part can be displayed.

Real-time data, through control, can access and superimpose real-time equipment parameters, operating parameter information, or superimpose simulated parameter information in 2D and 3D scenes in real time, and the data information can be displayed in graphics, dashboards, etc.

Disaster simulation, by setting the disaster device and location, setting the disaster type, selecting the disaster model, and inputting the model parameters in the 2D and 3D scene, the occurrence and development process of the disaster can be simulated and intuitively displayed in the scene; at the same time, during the drill , by changing wind speed, wind direction and other environmental factors and surrounding environmental information, the disaster simulation process can be adjusted to intervene in the execution of the drill.

Process flow, during the rehearsal process, when performing tasks, it is necessary to master the key points of disposal and the process flow of production in order to ensure the correctness and rationality of the execution; before the user performs a task, or clicks on the device in the 3D scene, the Or the way of picture prompts to master the technological process of the equipment.

Positioning display, making comprehensive use of location services, GPS, RFID and other positioning technologies, based on two-dimensional and three-dimensional scenes to realize the display of information such as the positioning and distribution of personnel, vehicles, monitoring points, etc.

Trajectory tracking can locate and display real-time or historical trajectory information of specific people and vehicles based on two-dimensional GIS and three-dimensional virtual simulation.

Intelligent reminder and guidance. During the execution of the exercise, it can intelligently remind and guide the task execution of each participating role, remind the execution sequence of the task, remind the precautions, etc.; Associate digital knowledge and case knowledge to provide reference for drillers and assist in the execution of drills. Intelligent extraction of information: according to the stage of the exercise, the role of the exercise, and the scene of the exercise, it can automatically associate relevant knowledge, cases and other information, provide auxiliary decision-making and reference for the participants, and guide the execution of the exercise; intelligent reminder of information: automatically associate the information Reminders are displayed in the form of text and graphics.

The above is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto, any person familiar with the technical field within the technical scope disclosed in the present invention, according to the technical solution of the present invention Any equivalent replacement or change of the inventive concepts thereof shall fall within the protection scope of the present invention.

Claims (1)

1. an analogue simulation training simulated maneuver control method, is characterized in that comprising:

Prospect is shown, after rehearsal starts, rehearsal is formal perform before, system can show the cause information of rehearsal for each role, and support the displaying of word and multimedia messages, rehearsal cause comprises rehearsal background, rehearsal content, institutional framework division of labor content;

Participate in rehearsal, after rehearsal starts, logging in system by user, system represents graphically to carry out role, and the personnel that take part in a performance select rehearsal role according to authority, add in rehearsal activity;

What comes into a driver's panel controls, system mainly comprises two three-dimensional scenic views, operation system scene view, view of executing the task, resources control view, information interaction view, public information view, leads to adjust and analyze view, realize representing and controlling of what comes into a driver's panel, meanwhile, the role that takes part in a performance freely can control the combination display of each view, hiding display, maximization display;

Role-view controls, and system can need according to rehearsal and respectively drill the feature of role, for different roles shows different system views, comprises system interface layout, information resources that the rehearsal scene of different phase, role can control;

Rehearsal scenery control: scope control, viewing angle control, multidimensional is synchronous, environmental Kuznets Curves, and situation is worked in coordination with, and scene is marked and drawed, and tasks carrying controls;

Process scene represents: two-dimensional scene, simulating scenes, three-dimensional live, real-time video, real time data, disaster simulation, technological process, locating and displaying, trajectory track, and intelligent reminding guides.