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MobiDev:2023年增强现实测量应用程序开发指南(中译版)(14页).pdf

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1、Table of ContentsThe Mechanics of AR Measurement AppsTHE POWER OF LIDAR FOR DEVELOPING MEASURING APPSRENDERING AR CONTENTChallenges of Developing Augmented Reality Apps for MeasurementTRACKINGACCURACYPERFORMANCEHow to Build an AR Measurement App Step by StepFLOOR SCANNING AND FLOOR PLAN CREATIONADDI

2、NG OBJECTS IN ARESTIMATION MODULETHE SCOPE OF PROOF OF CONCEPT(POC)Home Scanning:Case Study for AR Room Measurement AppPROVIDING ACCURATE MEASUREMENTSDEVELOPING THE COST ESTIMATION FEATURECHOOSING DIFFERENT MATERIALS IN ARMobiDev:AR Experience to Move Your Project Forward1Real-time area calculations

3、,trying on dcor elements,home repair estimates these and more emerge from the power of smartphone AR measuring tools.Modern augmented reality technologies powered by LiDAR,AR SDKs andmachine learning algorithms allow us to achieve this.But it requires specific ARand AI expertise that even technology

4、-advanced companies may lack.Understanding the process of developing an AR measuring app is critical toseeing your project through.Your team has chosen an idea,come up with aplan,and is ready to put it into action.So lets take it to the next level and figureout how to implement such a project in the

5、 best possible way.The Mechanics of AR Measurement AppsAugmented reality measuring apps come in various shapes and sizes.They maysimply be 3D rulers,allowing the user to measure the distance between two ormore points.The measuring tools may also be a means to an end.For example,they might make it po

6、ssible to virtually change the wallpaper of a room and givethe user insights into how much wallpaper they should buy and how much it willcost.AR measurement apps utilize the following elements:Smartphone cameras and sensorsLiDAR for iOSTime of Flight(ToF)for AndroidARKit and ARCore SDKs with renderi

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本文主要介绍了增强现实(AR)测量应用的开发过程,包括以下关键点: 1. AR测量应用的机制:利用智能手机相机和传感器(如iOS的LiDAR和Android的时间飞行传感器)、AR SDK(如ARKit和ARCore)以及机器学习算法来创建和渲染AR内容。 2. LiDAR的重要性:LiDAR作为深度传感器,通过测量光从物体反射回传感器的时长来提供精确的空间信息,从而创建更准确的网格。 3. 渲染AR内容:使用AR SDK和3D引擎(如SceneKit、Metal、RealityKit、Unity、Unreal等)在屏幕上渲染AR内容。 4. 开发AR测量应用的挑战:包括跟踪、准确性、性能等。 5. 构建AR测量应用的步骤:包括地板扫描和楼层平面创建、在AR中添加对象、估算模块等。 6. 概念验证(PoC)的范围:在复杂且存在许多不确定性的项目中,先进行PoC以验证想法的可行性。 7. 案例研究:MobiDev为一家美国建筑和翻新公司开发的AR房间测量应用,包括提供准确的测量、开发成本估算功能、允许用户在AR中选择不同的材料等。 8. MobiDev的AR经验:提供AR开发服务,解决现有AR工具的局限性,并利用AI专家创建自定义算法。
如何提高AR测量应用的准确性? AR测量应用中的成本估算功能如何实现? 如何让用户在AR中选择不同的材料?
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