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An Augmented Reality Model Physical Transformation Learning

机译:增强现实模型的物理转化学习

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Every object is made up of small particles such as atoms, molecules or ions. In other words, each particle attracts other particles on its own. There are three forms of common objects, namely solid, liquid and gas. Objects can change from one form to another when heat energy is absorbed or released. This change is known as the physical transformation of an object. This study aims to create an application that can model the process of physical transformation of an object through 3D shapes and animation. The purpose of this research can be problems in the form of changes in a form that is felt to be less implementative, so that the model of this technology exists to be able to fill that gap. The augmented reality method used is the Tracking Based Marker. The results of testing the device shows that the application is made to run smoothly and is suitable for use on Android versions 6.0 and above with a 16: 9 screen aspect ratio. While the results of the study based on questionnaires distributed to senior high school students and college students show that each question from the questionnaire received agree and strongly agree answers ranging from 68% to 89% which indicates positive results.
机译:每个物体都是由小颗粒组成的,例如原子,分子或离子。换句话说,每个粒子自己吸引其他粒子。共有三种形式的常见对象,即固体,液体和气体。当吸收或释放热能时,物体可以从一种形式变为另一种形式。这种变化称为对象的物理转换。这项研究旨在创建一个可以通过3D形状和动画对对象的物理转换过程进行建模的应用程序。这项研究的目的可能是以改变的形式出现的问题,其形式被认为执行性较差,因此该技术的模型能够填补这一空白。使用的增强现实方法是基于跟踪的标记。对设备进行测试的结果表明,该应用程序运行平稳,适合在屏幕纵横比为16:9的Android 6.0及更高版本上使用。虽然基于分发给高中生和大学生的调查表的研究结果表明,调查表中的每个问题都得到了同意,并且非常同意,但答案范围从68%到89%不等,表明结果是肯定的。

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