3D Animation Design Research Articles

Research on the Concept and Development of Contemporary Animation Design Based on Big Data Technology

Abstract The evolution of information technology has transformed the design principles of traditional Animation, steering it towards three-dimensional innovation. This study explores the application of 3D animation design within virtual reality (VR) environments, leveraging numerical differential algorithms to calculate pixel coordinates. These coordinates form the basis of line segment differential equations, culminating in the visualization of image elements. These elements are rendered in three dimensions by employing VR technology, creating immersive virtual scenes. The design process, guided by the principle of perspective difference, demonstrates a notable improvement in visual effects compared to conventional methods, receiving an average evaluation score above 6. This advancement not only enhances the aesthetic appeal of Animation but also addresses the limitations of traditional design techniques, offering significant practical benefits.

Optimization of 3D Animation Design Based on Support Vector Machine Algorithm

Optimization of 3D Animation Design Based on Support Vector Machine Algorithm

SOR Model and Application of Virtual Reality Technology in 3D Animation Design

Abstract This paper introduces 3D modeling and application based on virtual technology. This paper’s modeling and drawing of SOR can obtain the differential equation of linear segments composed of pixel points. The resulting output data constitute an image unit. Then this paper uses the visual difference theory and effect to realize the production of virtual reality 3D animation technology. Finally, this paper carries on the simulation test to the three-dimensional model. The results show that 3D modeling using virtual technology can significantly improve accurate coordinates. This makes the 3D animation production and post-correction work more precise and fast.

The Integration and Application of VR Technology and 3D Animation Design

With the progress and improvement of science and technology, China's digital technology has also been developed rapidly. Among them, VR technology and three-dimensional animation design technology is the representative of two advanced technologies, and the fusion of the two technologies is also in line with the needs of the times, better play the advantages and characteristics of the two technologies, in the computer program development as well as cultural processing, etc. has been more applications. the fusion of VR technology and three-dimensional animation design has the characteristics of program, diversification and virtualization, is the future of science and technology The development direction.

A Study on the Application of Chinese Ink Painting Effects in 3D Animation Design

A Study on the Application of Chinese Ink Painting Effects in 3D Animation Design

Image Processing Analysis and Research Based on 3D Animation Design

Image Processing Analysis and Research Based on 3D Animation Design

3D Animation Automatic Generation System Design Based on Deep Learning.

In the field of 3D animation design and generation, the expression generation method of animation is not obvious due to the lack of image details, which leads to the lack of realism of the generated animation expressions. In order to solve this problem, a deep learning-based animation character expression generation method is proposed. The method, based on the real facial expression images, uses improved deep learning to design cascade classifiers, extracts facial expression feature images from real images, softens image edges, and enhances feature details. The content and style of images are unified, the loss function is designed from the content constraints and style constraints, the judgment network is optimized, and the feature information is fused under the constraints of the loss function to generate the facial expressions of animated characters. The experimental results show that the design based on the feature point location of the improved deep learning expression generation method is accurate, the Pearson correlation coefficient between the input image and the generated image is high, the root mean square error is small, and the realism of the generated facial expression is enhanced.

Expression and Application of Watercolor Art in Computer 3D Animation Design System

Watercolour takes water as the medium to convey the emotion and thought of the work through different materials, colours, textures and textures. With the more and more extensive application of computer technology in 3D animation, people have higher and higher requirements for colour. Therefore, this paper mainly studies the performance of watercolour art in computer software aided design and 3D scene rendering. Firstly, this paper introduces the definition and style characteristics of watercolour art, then expounds the application of watercolour art in computer 3D animation design system, then studies the application of 3D animation technology, designs the frame diagram of computer 3D animation design system based on this, and investigates the application scene of watercolour art in 3D animation design. Finally, the survey results show that most people believe that the most application scene of watercolour art in computer 3D animation is three creative scenes, namely, artistic conception creation, virtual reality combination creation and space level sense creation. This is because watercolour has the characteristics of transparency, nature and obscurity. In animation creation, its unique language forms and techniques can be used to express the artistic form and atmosphere needed in the scene.

Research on "Three-dimensional Animation Design and Production" of Teaching Curriculum Reform in Universities

Under the new curriculum reform, this article combines the characteristics of the teaching of animation design and to carry out teaching reform, and proposes the teaching reform design method in animation design and production, in order to improve the teaching level of the 3D animation design and production course in colleges and universities.

Research on 3D Animation Design Based on VR Technology

Judging from the initial time of animation production, China started relatively late in this area. Driven by the advancement of computer technology and social needs, 3D animation and virtual reality technology have made significant progress. Domestically, it has achieved good results in the production of three-dimensional animation, and has been widely used in various online games and many TV works. Virtual reality technology has diversified development forms. Compared with traditional three-dimensional animation technology, it has obvious interactive and real-time characteristics, and can bring the audience a good perception experience in many aspects. The application of virtual reality technology in the creation and design of 3D animation can break throughly improve the interactivity of 3D animation, which is beneficial to promote the animation industry to a higher level. Under the current circumstances, the integration of technology and media is in a stage of rapid development. One of the important directions of future animation art creation is virtual reality immersive content, which is increasingly noticed by the society. This article introduces the basic characteristics of virtual reality technology and three-dimensional animation design, studies three-dimensional animation design based on VR technology, and analyzes the application of virtual reality technology in three-dimensional animation design; We discuss how to give full play to the advantages of virtual reality animation interaction within the scope of existing technologies, analyze the narrative laws, and provide references for the use of virtual reality technology for three-dimensional animation creation.

A Low Memory 3D Animation Technology for "Animation Design" Course

This paper introduces a “low memory” 3D animation design technology teaching system, and fully describes the design requirements, design thought, and main modules of the system. On this basis, an analysis of the teaching process of applying the system in animation design curriculum in universities is made with the method of contrastive teaching experiment. Results show: comparing with traditional multimedia teaching method, the application of “low memory” 3D animation design technology significantly improves the effectiveness of animation design teaching. This teaching method is of prominent innovative value, and worth to be further popularized and applied in teaching.

An Analysis on Virtual Material Making and its Application in 3D Animation Designs

Three-dimensional animation is one of the greatest contributions made by computer sciences to the animation industry. The 3D animation has been widely used in movie special effects, commercials, computer games and computer-based education (CBE), and has become a well-known form of art in the world's pop culture. The rapid development of 3D animation also brings about fundamental changes in the materials used in animation production. This paper gives an introduction of the virtual materials in 3D animation, as well as the tools needed and methods of making the materials using 3D animation design software, especially Maya.

On-Body Antennas and Propagation: Recent Development

The paper reviews recent advances in on-body antennas and propagation under a joint UK EPSRC research project between Queen Mary College, University of London and University of Birmingham. The study of on-body radio propagation has been extended by using various small antennas. The effect of antenna size, gain and radiation patterns on on-body channel characteristics has been studied. A practical wearable sensor antenna design is presented and it is demonstrated that a global simulation including sensor environment and human body is needed for accurate antenna characterisation. A 3D animation design software, POSER 6 has been used together with XFDTD to predict the on-body path loss variation due to changes in human postures and human motion. Finally, a preliminary study on the feasibility of a diversity scheme in an on-body environment has been carried out.