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Structure of the Model MVVM (Model View / View / Model). Image taken from Microsoft. Basically, this pattern consists of 3 parts: The view or View that is expressed in XAML (UI), the View-Model or ViewModel containing the language we use to develop the presentation logic (VB.NET, C # or C + +) and Model or Model that will be in charge of data access and business logic. . NET Framework 4.0 and editing package Silverlight 4 and 5 are the main requirements needed for the deployment of physical simulations that are hosted in the web application and a web browser (Internet Explorer, Mozilla Firefox or Chrome).  

Structure of the Model MVVM (Model View / View / Model). Image taken from Microsoft. Basically, this pattern consists of 3 parts: The view or View that is expressed in XAML (UI), the View-Model or ViewModel containing the language we use to develop the presentation logic (VB.NET, C # or C + +) and Model or Model that will be in charge of data access and business logic. . NET Framework 4.0 and editing package Silverlight 4 and 5 are the main requirements needed for the deployment of physical simulations that are hosted in the web application and a web browser (Internet Explorer, Mozilla Firefox or Chrome).  

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Fig 1. Interface computational simulation of energy conservation lab.  
Figure. 1 Structure of the Model MVVM (Model View / View / Model)....
Implementation of interactive virtual simulation of physical systems
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  • Feb 2014
Considering the limited availability of laboratories for physics teaching and the difficulties this causes in the learning of school students in Santa Marta Colombia, we have developed software in order to generate greater student interaction with the phenomena physical and improve their understanding. Thereby, this system has been proposed in an a...
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