How to make your own Ar technical effects 10

AR (augmented reality): Augmented reality is a new human-computer interaction technology, using such a technology, it can simulate the real scene scene, it is a computer advanced human-computer interface with interactivity and conception as the basic characteristics. Users can not only feel the "immersive" realism experienced in the objective physical world through the virtual reality system, but also break through space, time and other objective limitations, and feel the experience that cannot be experienced in the real world.

Augmented Reality (Chinese translated as Augmented Reality), the word has appeared more and more on the Internet recently, Augmented Reality can be regarded as one of the virtual reality virtual reality, but slightly different, virtual reality is to create a new virtual world out, while Augmented Reality emphasizes the combination of virtual and real. Since last year, many AR applications have been unveiled on Android and iPhone smartphones, and some have even commented that this is one of the hottest web trends in 2010. There are three elements to augmented reality:

1.combines real and virtual 2interactive in real time 3

Registered in 3-D 3D Positioning To achieve the combination of virtual and real AR, the user must use some kind of device**. Most of the earlier research was conducted through HMD head-mounted displays; It is a hood-type device, and the technology is roughly divided into two types: optical and video, the former is a transparent device, such as Conan's glasses, etc., the user can directly see the image of the real world through this layer, and then there will be some other projection devices to project the virtual image on this transparent device. The other is an opaque device, in which the user sees an image that has been processed by a computer and has been combined with virtual and real.

Smartphones, which have become popular in recent years, have changed the face of AR. The head-mounted HMD is still too troublesome, and the smartphone has computer computing power, video, image display, as well as GPS, network connection, touch, tilt detection and other additional functions, ** is also gradually popularized, so there are more and more AR studies on the smartphone platform.

At the moment, it may cost money to get it done! After it can be made under the third-party platform, the other party's APP, through the other party's APP scanning effect, want to make it directly through WeChat, it seems that it is not possible at present.

Give me a pivot and I'll pry into your questions.

China generally only does the last two parts, with the help of Qualcomm or Meitao (Metaio) recognition algorithms, using Unity as a development platform, if you haven't seen it, it will feel cool, but if you see more, you will feel that everyone is making a model that is not interesting.

Although it is not necessary to be able to write **, it is necessary to understand some simple principles and techniques to achieve the limits.

We have undergraduate majors as well as junior colleges.

From the perspective of employment, you can also consider learning a practical technology, in fact, computer majors are very good, such as UI design, 4G mobile development, Internet programming, big data, cloud computing, VR, etc.

Look at your interests and future directions, and then choose to do it.

Many of our students are successful in their studies, and we wish you all the best.

It takes a lifetime to learn a technology, not a few years of learning.

The quality of the products of Xiaoqi Technology Enterprise is good, the reputation of the enterprise is also good, the development is also after years of development, their product deployment destinations are also more and more, and the reputation is very good, their product software for the public is also very good, including me and many people around me like it.

Hardware: VR AR device.

Software: Game Engine.

VR, is the abbreviation of virtual reality, referred to as virtual technology, also known as virtual environment, is the use of computer simulation to generate a three-dimensional space of virtual world, to provide users with visual and other sensory simulation, so that users feel as if they are in the scene, can observe things in three-dimensional space in a timely and unlimited manner.

AR, short for Augmented Reality, is a technology that calculates the position and angle of a camera image in real time and adds the corresponding image, with the goal of interacting with the virtual world on the screen.

Summary. Hello, the production of AR teaching examples can be divided into the following steps: Determine the teaching objectives:

Identify the knowledge points or skills that need to be taught, and determine the reason and purpose for using AR technology. Collect materials: Collect materials such as **, **, 3D models, etc., related to the teaching objectives, and process and optimize them as needed.

Choose an AR development tool: Choose an AR development tool that suits you based on your needs and skill level, such as Unity and Vuforia. Learn to develop technology:

Learn how to develop and operate selected AR development tools, such as the AR Foundation plugin in Unity, Image Target in Vuforia, etc. Design AR scenes: Design AR scenes according to the teaching objectives and materials, including the position, size, rotation, and animation of virtual objects.

Tools such as 3D modeling software and virtual scender can be used to assist in design. Create an AR application: Use the selected AR development tool to make the designed AR scenario into an AR application, test and debug it.

AR apps can be exported to mobile devices such as mobile phones for testing. Teaching practice: Apply the prepared AR teaching examples to actual teaching, observe students' reactions and performance, and make adjustments and improvements as needed.

Evaluation effect: Through the evaluation and feedback of the actual teaching effect, we will continuously improve and improve the AR teaching examples to improve the teaching effect and the learning experience of students.

Hello dear. How do you do the AR teaching example? Can I find the software running data package in **?

Hello, the production of AR teaching examples can be divided into the following steps: Determine the goal of teaching Ming Laxue: clarify the knowledge points or skills that need to be taught, and determine the reason and purpose of using AR technology.

Choose the right AR development tool for your needs and skill level, such as Unity, Vuforia, etc. Learn development techniques: Learn the development techniques and operation methods of selected AR development tools, such as the AR Foundation plugin in Unity and Image Target in Vuforia.

Design AR scenes: Design AR scenes according to the teaching objectives and materials, including the position, size, rotation, and animation of virtual objects. Tools such as 3D modeling software and virtual field sliding machines can be used to aid design.

Create an AR application: Use the selected AR development tool to make the designed AR scenario into an AR application, test and debug it. AR apps can be exported to mobile devices such as mobile phones for testing.

Teaching practice: Apply the prepared AR teaching examples to actual teaching, observe students' reactions and performance, and make adjustments and improvements as needed. Evaluate the effect:

Through the evaluation and feedback of the actual teaching effect, we will continuously improve and improve the AR teaching examples to improve the teaching effect and the learning experience of students.

What is AR? What can it do? What do scientists have to say?

There is a laboratory at the Beijing Institute of Fashion Technology, which seems to be called the School of Conscience, you can search for it. There are free public classes over there.

AR technology is mainly used in retail, construction, navigation systems and medical fields.

2. Architecture, in the field of architecture, you can see the three-dimensional building and internal design at any construction stage, and visualize the entire building;

3. The navigation system combines the GPS and AR technology of smart phones to improve the security of navigation applications and make navigation information more comprehensive;

4. Google has launched Arcore on the Android system, and Apple has also launched ARKit, which can currently realize teaching, games, map navigation and other applications through software;

5. Medical field: Doctors can use augmented reality technology to easily locate the surgical site.

Summary. Hello dear <>

The "Basic Strokes" and "Basic Strokes" course of primary school Chinese design an adventure game scene that integrates knowledge and fun, allowing children to play the role of explorers, and make "point, horizontal, vertical, skimming, pinching" and other action shapes through their own body movements. I wish you a happy life! Hope mine is helpful to you ha.

How to make AR teaching examples.

Hello dear <>

The "Basic Strokes" and "Kizi Answer Rubber Basic Strokes" course of primary school Chinese design an adventure game scene that integrates knowledge and fun, allowing children to play the role of explorers, and make "point, horizontal, vertical, skimming, pinching" and other action shapes through their own limb lifting liquid movements. I wish you a happy life! Hope mine is helpful to you ha.

Thank you. What else is needed is not.

However, AR currently needs to be carried out through devices, such as mobile phones, tablets, AR glasses, etc.

Dear, it's okay to have a computer.

Oh. Is the AR content really on the screen?

Yes<>

Or can it really come to life?

Usually AR content is superimposed in real time in the live broadcast screen, the audience must see through the live screen, AR technology is to leave interactive data in the designated space through computer technology to achieve the purpose of enhancing Li Youkai's reality, the most commonly used AR application today is to rely on smartphones to show the digital world augmented reality. Through the mobile phone camera, users observe the real world around them on the screen, and rely on the AR app to overlay the data source based on the real world to make the display richer.

Hello, I'm honored to answer for you! To create an AR teaching example, you need the following steps:1

Determine instructional goals and content: You need to determine the topics and objectives you want to teach, as well as the knowledge and skills you want your students to learn. 2.

Choose an AR tool: Choose an AR tool that fits your teaching goals and content. For example, you can use an AR app or an AR headset.

4.Design teaching activities: Design teaching activities that are suitable for your teaching objectives and content, such as AR games, AR presentations, etc.

5.Test & Assess: Test your AR teaching examples and evaluate student learning outcomes and feedback.

6.Improvement and Adjustment: Improve and adjust your AR teaching examples based on student feedback and assessment results.

In summary, creating an AR lesson requires you to determine the teaching objectives and content, select the appropriate AR tools, create AR content, design teaching activities, test and evaluate, and improve and adjust. If I can help you, I hope to give Zen a thumbs up and wish you a happy life!