Multigen Creator Research Articles

The Impact of Virtual Reality Technology in Improving English Language Proficiency

Abstract As an online virtual learning environment based on virtual reality technology, the 3D virtual classroom provides a complete learning system for students to study, discuss, and collaborate, which can better improve their English language skills. The article firstly researches the 3D visualization modeling technology of Multigen Creator, and then the 3D virtual classroom environment is embedded in the network to complete the construction of the basic English teaching environment, which can help students to complete the English communication and collaborative learning in the virtual classroom environment. The article concludes with an empirical test of the application effect of using the virtual classroom environment in English language proficiency improvement and finds that after using the virtual classroom environment for English learning, students’ comprehensive language proficiency is improved, which is reflected in the improvement of language expression ability, and students’ total average score is increased from 3.03 to 3.50 points. The pre-test showed an increase in the student’s language learning experience from 2.96 to 3.83 points. It can be concluded that virtual reality technology plays a good role and influences in improving English language proficiency.

Perspective Data Analysis and Mining Algorithm for Interior Art Design from the Perspective of Virtual Metadata-Assisted 3D Modeling

This paper studies the virtual reality method of interior design based on 3D vision. Active and omnidirectional stereo vision sensors are used to collect 3D point cloud data of indoor scenes. Based on the point cloud data, the geometric relationship and placement of objects in the indoor scene are distributed. Independent synthesis of 3D scenes, training on the distribution of object placement. On the basis of image and color processing algorithm design, based on virtual reality and visual simulation technology, the development and design of a distributed 3D interior design system is carried out using 3dsMAX for distribution 3D modeling of 3D interior design, realize interior hierarchical structure design on Multigen Creator modeling software.

The interior environment design for entrepreneurship education under the virtual reality and artificial intelligence-based learning environment.

Nowadays, with the rapid growth of artificial intelligence (AI), entrepreneurship education has attracted more and more attention from society. To this end, it is necessary to gradually transform the traditional teaching mode into a new type of teaching that is more innovative, practical, and inclusive and in line with entrepreneurship education. The focus of the teaching mode change is on the optimization of the teaching environment. For this purpose, a method derived from distributed virtual reality (DVR) technology is specially designed. It refers to the fact that multiple users can join together through a computer network and participate in a virtual space at the same time to experience the virtual experience together. Based on this, the distributed 3D interior design is innovatively proposed. The innovation is mainly reflected in the application of VR technology, which is different from traditional software design. According to the functions and needs of the entrepreneurship teaching environment, first, the distributed feature information is collected, and second, the corresponding color image model is constructed by the fusion method, and edge contour detection and corresponding feature data extraction are carried out for the distributed image. Using a Red, Green, and Blue (RGB) color decomposition method, the pixel feature decomposition of spatially distributed image color is performed. And the feature reorganization of the 3D point cloud is combined to optimize the color space and color features of the combined design. On this basis, the distributed 3D interior design system is designed with VR and visual simulation technology. Finally, the Three-Dimensional Studio Max (3ds MAX) is used to establish 3D modeling, and the modeling software Multigen Creator is adopted to carry out the hierarchical structural design. The test results manifest that the Normalized Root Mean Square Error (RMSE) and information saturation of the distributed 3D interior design are reduced by 0.2 compared with the traditional design, the time overhead is shortened to one-sixth of the original, and the effect is more in line with the design requirements. It is hoped that this design method can provide new ideas and new perspectives for the optimization of the entrepreneurship teaching environment.

Distributed 3D Environment Design System Based on Color Image Model

In order to improve the effect of distributed 3D interior design, a distributed 3D interior design method based on color image model is proposed in this paper. In this paper, the author uses the distributed feature information fusion method to construct the color image model of the distributed 3D interior design, and carries out edge contour detection and feature extraction for the distributed 3D interior spatial distribution image. The RGB color decomposition method is used to decompose the color pixel features of the three-dimensional indoor spatial distribution image. Combined with the three-dimensional point cloud feature reorganization method, the color space reconstruction of the distributed three-dimensional interior design is realized, and the optimal combination of color features of the distributed three-dimensional interior design is realized. Based on the design of image and color processing algorithm, the development and design of distributed 3D interior design system is carried out based on virtual reality and visual simulation technology. The 3D modeling of distributed 3D interior design is carried out using 3ds max, and the indoor hierarchical structure design is realized using the modeling software Multigen Creator. The experimental results show that, according to the color information fusion results, the distributed 3D interior design optimization is realized. Compared with the traditional manual design method, the root mean square error of this method is greatly reduced from 0.232 to 0.023, and the time cost is 82.8% faster. This method has a better visual effect and strong feature expression ability. Conclusion. The visual effect of distributed 3D interior design with this method is good, the error is small, and the visual expression ability is strong.

Implementation of Creator-Based Virtual Simulation in News Interview

With the development of network information technology, the application of virtual simulation technology in medicine, electromechanical, military, and other fields has changed the traditional field operation mode and achieved good results, but the application of virtual simulation technology in the field of news and communication is very little. This paper takes the construction of virtual simulation news system as an example. Based on the support of 3D modeling technology of Multigen Creator, the functional requirements of virtual simulation news interview system are analyzed, the overall system objectives and architecture are set up, virtual scene database, 3D entity modeling, model optimization, and real-time rendering are established. A virtual simulation system for emergency news interviews is designed and developed, including real-time simulation environment and online operational feedback. This paper discusses the application effect of the system. By means of the questionnaire survey, SPSS23.0 is used to further analyze the feedback data of users. The data show that the expected functions of 3D modeling and real-time simulation of system modules have been realized. The research shows that virtual simulation technology can be successfully applied in the field of news and communication, and can successfully penetrate into the practical dimension of news and communication, change the existing single information interaction mode, and create a new era of real-time simulation.

Research on Obstacle Avoidance of Autonomous Underwater Vehicle in Virtual Environment

With the continuous development and progress of science and technology, the use of virtual environment technology to simulate obstacle avoidance of autonomous underwater vehicles has gradually become a mainstream trend. For this reason, a new type of system has been developed, that is, a visual simulation system for obstacle avoidance of autonomous underwater vehicles. This article analyzed the overall structure of the visual simulation system for AUV obstacle avoidance and the simulation method in the virtual environment, utilized Multigen Creator to conduct AUV modeling, and then used Vega software to establish a three-dimensional ocean scene and set the corresponding target points and object obstacles. Through simulation, it was found that the currently established virtual obstacle avoidance system was very similar to the real environment, and could accurately simulate the underwater obstacle avoidance movement of the vehicle. In the whole process, it could give full play to the function of obstacle avoidance algorithm to the greatest extent, and really provide a certain reference for the obstacle avoidance of related vehicles.

Evaluation effects of two types of freeway deceleration markings in China.

This paper presents an evaluation of the effectiveness of two types of deceleration markings on freeways in China: fishbone-shaped (FS) markings and edge-rate (ER) markings. An actual 4-lane, 6-km long freeway in Province Hebei was created in a driving simulator and used for the experiments. Three scenarios of deceleration markings were adopted: one without markings, one with FS markings, and the third with ER markings. For each scenario, three traffic flow levels were adopted (low, medium, and heavy). The appropriate dimensions of deceleration markings were first established using relevant design guidelines and then used to develop the simulation scenarios using Multigen Creator software. Sixty drivers carried out the simulation experiments with eye tracker equipment. The adequacy of deceleration markings was analyzed with respect to speed, perceived distance, pupil diameter, and geometric parameters. The results showed that both types of deceleration markings made a certain effect on vehicle speed, drivers’visual behavior, and mental characteristics. However, the effect of the FS markings was more pronounced than that of the ER marking. Specifically, the FS markings showed a speed reduction of 12.3 km/h to 15.2 km/h and a perceived distance of 70 m to 90 m, compared with 6.7 km/h to 9.9 km/h and 40 m to 60 m, respectively, for the ER markings. Application comments of the results are provided in the conclusion.

The Discussion on Interior Design Mode Based on 3D Virtual Vision Technology

Three dimensional virtual vision technologies improves the realistic effect of interior design, improves the rationality of interior design, and guides interior decoration and graphic design. In this paper, MultiGen Creator 3D modeling technology is used to reconstruct the indoor landscape and form the plane image of interior design. At the same time, the edge matching method is used to divide and decompose the features of the interior design image, and the 3D vision of the interior design is reconstructed with the key points of the interior design. In addition, through the adaptive tracking and rendering technology, the fidelity and space utilization efficiency of the room plane design are improved. The simulation results show that 3D virtual vision technology has better guidance for interior design, visual effect and landscape color fusion.

Virtual Ship Environment Creation Method

Based on the real ship structure and equipment, the game engine is used to construct a three-dimensional visual model scene. Multigen Creator will be used to model, and after format conversion, the model will be driven by Unity 3D to complete the virtual ship platform construction. By introducing control logic such as roaming logic and navigation logic, the user is allowed to perform operations such as roaming and navigation in the virtual scene. The system has the characteristics of strong sense of reality, friendly interface, and interaction, which meets the needs of information teaching. With the cross-platform features of Unity3d, PC and mobile programming are respectively carried out to realize the network development of VR training platform.

Disaster emergency response technology based on digitization of reservoir dam

With the help of GIS, Terra Vista and MultiGen Creator platform, this paper achieves the digitalization of high precision dam, reservoir area and flood. Using DEM technology to simulate flood evolution, it analyzes flood inundation process and possible disaster area, and combines material reserve, traffic situation, and possible refuge path, and uses GIS geographic information to seek the best withdrawal. The path provides a scientific analysis way for the scientific decision of dam disaster response.

Digitization and Development of Dai People's Slow-wheeling

Quite a few traditional ethnic skills are on the brink of losing. This paper introduces the latest development techniques of computer graphics, image processing, field stitching technology, virtual reality and somatosensory recognition to safeguard the traditional skills of ethnic minorities that Dai People's Slow Wheel. Firstly, use MultiGen creator to build the models such as soil, mud, slow wheel, gas kiln and Chung machine. Secondly, use VEGA to build pottery scenes; moreover, accurately record, capture, locate and determine the corresponding action model through the action capture, positioning technology, the successor of the pottery action to. Finally, record the action model, physical model and environmental information into the Oracle database and load the environment through the BS Contact browser. Well using of the Internet helps to show the process of slow wheel pottery in a wider range, so that the traditional pottery art could break geographical restrictions.

Construction and Application of Virtual Reality Geographic Information System

In the paper, virtual reality geographic information system is discussed and the related technologies involves the concept, characteristics, classification, key technology, and the main application and development situation , it analyzes the virtual reality technology and the necessity of combining geographical information system technology. As to the design and development process of the whole system, including the system's user interface, system requirements, the structure of the system design, system development model and related technology are discussed in this paper. In view of the virtual reality geographic information system technology, the 3-D (three Dimensional) spatial data acquisition, 3-D data model and digital terrain model and digital elevation model and 3-D data of level of detail model and the expression of 3-D data visualization, etc, on the basis of theoretical research, with the help of a professional virtual reality modeling software MultiGen Creator, it builts the scenic spot of the 3-D environment. And it presents the virtual scene modeling process on the basis of MultiGenCreator complex modeling, the implementation plan, scene modeling method are also given out.

The Application and Implementation of Real-Time Three-Dimensional Video Scene in Virtual Target Aiming Training

The traditional virtral target aiming training uses indoor large screen projection more. Recently, the system also uses the virtual reality scene as background. According to the situation, using real-time video frame as the virtual target aiming training background for the authenticity of the virtual target aiming training scene is presented in this paper. This method fully shows the maturity of modern video acquisition technology and the innovation of virtual reality scene. This paper prensents using DirectShow tools for video frame acquisition and taking the advantages of OpenFight API for the model built by military simulation modeling software MultiGen Creator development based on OpenGL development platform and completes the building of virtual target aiming training scene based on real-time three-dimensional video scene and the consistency of virtual target and scene.

Virtual reality and visual simulation technology in platform construction with four bucket foundations based on secondary development of Vega

The platform with bucket foundations can penetrate and migrate by underpressure/positive pressure technique caused by pumping water out/in the bucket. However, the construction process of bucket foundations cannot be clearly observed and effectively controlled due to the special nature of sea environment. By using an advanced simulation development tool of Multigen Creator, the visual construction simulation program for the platform with bucket foundations was developed to set up the virtual reality system with interaction control and observation in every view angle based on the secondary development technology of Vega platform. The application results show that the method is feasible and effective by simulating the whole construction process for the platform with four bucket foundations.

Research on Scene Simulation of Buoy Launched Device System

For the buoy being launched in the sea, the cost of great number of experiments is very high. It is difficult to get an overall understanding of the process. Aiming at the problems, the visualization of the entire process was realized. Based on Multigen Creator, the three-dimensional models of submarine, buoy, airbag and sleeves were built. Combined simulation program in Vega Prime, the trajectory of the buoy was simulated. In the process of simulation, the viewing angle of the target could be switched for full range of observations. The interaction between users and the simulation system made the relevant person to conveniently and intuitively observe and assess the status of buoys being operated.

Design on Indoor Hardware-in-Loop Simulation System for Terminal Sensitivity Projectile

Terminal Sensitivity Projectile is served as the research object and the hardware-in loop simulation technology is employed to design the indoor hardware-in loop simulation system for infrared sensor of terminal sensitivity projectile. This system employs the Multi-Gen Creator to build the scene model and the target three-dimensional geometrical model as well as employs the Vega to produce the digital scene of detection field for infrared sensor. Meanwhile, the detection system of terminal sensitivity projectile--- infrared sensor is served as the substance and introduced into the simulation system to participate in the test and consist of the closed loop with other physical models and mathematical models as well as complete the real-time simulation function of terminal sensitivity projectile. The simulation result indicates that the infrared sensor can completely identify the target and is provided with such advantages as low false detection ratio and low omission ratio.

Flight Trajectory Visual Simulation Technology of Space-based Reentry Vehicles

This paper is mainly devoted to performing flight trajectory visual simulation of space-based reentry vehicle through the method based on two professional software —MultiGen Creator and Vega Prime. In this approach, scene models and object models are designed with MultiGen Creator. MultiGen Vega Prime is utilized to built movement's models and initial visual simulation environment. The thesis results in constructing a realistic three-dimensional flight virtual environment to simulate flight trajectory of space-based reentry vehicle. According to the approach, characteristics of MultiGen Creator and Vega Prime are investigated, technique conclusions of designing visual models, building simulation environment, performing drive and control of visual simulation are summarized.

Virtual Integrated Development Environment for the Components Design of Eco-friendly Vehicle

Recently, the global automobile market is rapidly changing in the paradigm to next-generation automobiles with high-efficiency and eco-friendliness due to rising oil prices and strengthened environment regulations. Accordingly, the automobile vendors around the world are competing in development of hybrid vehicles, plug-in hybrid vehicles, fuel cell vehicles, electric vehicles and such various vehicles. Before developing the components that such vehicles are comprised of, however, it is very important to predict/assess the performance of the components when used to construct such vehicles using the components to be developed. Yet, it is very difficult to design considering the operational characteristics at the vehicle level during the design stage of the components, or conduct testing/evaluation considering vehicle characteristics. To resolve such issues, this study involved using MATLAB/Simulink, one of the simulation programs widely used by system engineers to construct performance evaluation environment for eco-friendly vehicles, and using 3D rendering tool of Multigen Creator to construct virtual driving environment so as to construct the performance evaluation environment for components of the vehicles. The constructed virtual driving simulator could be utilized for designing core components for Eco-friendly Vehicles, and verifying the performance per vehicle unit.

The Key Technology of the Application of MultiGen Creator / Vega Prime in Visual Simulation System of Civil Aviation Airport

Visual simulation is the most important manifestation of virtual reality technology. Take a civil aviation airport as an example of visual simulation, based on the real-time, interactivity and realism of visual simulation system, we discuss Creator 3.0 in building three-dimensional scene of the civilian airport, and the development of visual simulation system based on Vega Prime. The simulation results show that it provides the basis for the safe and reliable in air traffic control, reducing the working pressure of the air traffic controller, improving the operating efficiency of the air traffic, and increasing the traffic flow of air and surface.

Design and Implementation of Landscape System for East and West Huashi Street in Beijing Based on Virtual Reality Technology

In this project, the utility of virtual environment modeling techniques based on geometric model on modeling street virtual reality systems was studied. The aim is to design a set of modeling streetscape system based on virtual reality systems. In designation phase, this system was based on computer graphics, and virtual environment entities were set up modeled by real entities in life. In the study, the East and West Huashi Street in Chongwen district was taken as a study area, the model of the scene was set up by virtual reality geo-information system, special virtual reality modeling software Multigen Creator was used to set up the 3D environment of the space, and the virtual reality scene was set up with advanced C language and called Vega function library, so that interactive manipulation of boosting, reducing, turning, searching and roaming of the virtual scene could be realized.