Difference between revisions of "Team:INSA-UPS France/Model/Interface"
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| − | + | Now you can easily play with our model below. Enjoy ! | |
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| − | This interface may also be used on smartphones and tablets (thanks to the use of responsive design technology), though this does not work yet in practice on all the systems. Future developments of the interface could be envisaged, such as adding other input parameters to tune. Overall, our first version remains an easy way to use our model, which can be | + | This interface may also be used on smartphones and tablets (thanks to the use of responsive design technology), though this does not work yet in practice on all the systems. Future developments of the interface could be envisaged, such as adding other input parameters to tune. Overall, our first version remains an easy way to use our model, which can be exploited further in the “Application” part of our project. |
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Revision as of 12:16, 23 October 2017
When developing and analyzing our model, we noticed that a Matlab platform and significant knowledge in informatics and mathematics were needed to use our model, modify it, and run analyses. To make this accessible for everyone, we thus decided to develop a user-friendly web interface. The current interface, developed in Javascript, allows users to simulate the system dynamics for different values of the two key parameters we have identified: the initial concentrations in Vibrio cholerae and Pichia pastoris.
Now you can easily play with our model below. Enjoy !
This interface may also be used on smartphones and tablets (thanks to the use of responsive design technology), though this does not work yet in practice on all the systems. Future developments of the interface could be envisaged, such as adding other input parameters to tune. Overall, our first version remains an easy way to use our model, which can be exploited further in the “Application” part of our project.
iGEM UPS-INSA Toulouse 2017
Model interface
