A Framework for Rapid Prototyping of Augmented Reality Interfaces: Using JavaScript to Model Augmented Reality #AR
JavaScript で、拡張現実のプログラムが実装できる。
A Framework for Rapid Prototyping of Augmented Reality Interfaces: Using JavaScript to Model Augmented Reality Overview
Augmented reality is a technique to display information superimposed on a users per- ception of reality. When developing computer systems employing augmented reality, a key consideration beyond technical parameters is the paradigm provided for the usage of the system. This thesis presents a framework to rapidly develop augmented reality applications through scripting within a specialized JavaScript runtime environment, to elaborate on and evaluate different interaction techniques and use cases. The framework provides an application developer with a platform to model virtual worlds with a condensed set of concepts from a full- featured scene graph implementa- tion, and the functionality to spatially align objects in the virtual worlds with markers recognized by a camera. Custom components can be registered to modify the virtual worlds in response to events issued in the system. The framework is subsequently used to model the application NautiNav, a mock-up of a nautical navigation software, to validate the approach and illustrate the usage of the framework.
(via http://programmingbookreview.blogspot.com/2011/06/cheap-framework-for-rapid-prototyping.html)
A Framework for Rapid Prototyping of Augmented Reality Interfaces: Using JavaScript to Model Augmented Reality Overview
Augmented reality is a technique to display information superimposed on a users per- ception of reality. When developing computer systems employing augmented reality, a key consideration beyond technical parameters is the paradigm provided for the usage of the system. This thesis presents a framework to rapidly develop augmented reality applications through scripting within a specialized JavaScript runtime environment, to elaborate on and evaluate different interaction techniques and use cases. The framework provides an application developer with a platform to model virtual worlds with a condensed set of concepts from a full- featured scene graph implementa- tion, and the functionality to spatially align objects in the virtual worlds with markers recognized by a camera. Custom components can be registered to modify the virtual worlds in response to events issued in the system. The framework is subsequently used to model the application NautiNav, a mock-up of a nautical navigation software, to validate the approach and illustrate the usage of the framework.
(via http://programmingbookreview.blogspot.com/2011/06/cheap-framework-for-rapid-prototyping.html)
