Revision as of 01:49, 16 October 2014

iGEM Gold Medal requirements

We did some modeling and complexity analysis work of our project. You can find details here.
We re-used and improved an existing database, & developed on it (Linh's paper). We also made use of SBOL visual (decribed in further detail under the "Web Application" section of the Project page).
We created an API (Joaquin & Kwat's API/Python module pydoc/Github Documentation code) that other developers can use to build on our project or use it in novel ways for their own projects.
As mentioned earlier, we made use of SBOLv standard.

Read about our project and its relevance to Synthetic Biology here.
We have also included comprehensive code documentation for outside developers.
We also used git versioning from the start of our project so that the commit history will be available on github.
Use of SBOL and other standards. (Use and/or improvement of existing synthetic biology tools or frameworks; cite other iGEM teams).

This (provide link or info directly) is how our project is relevant to Synthetic Biology.
We have also devised an experimental test for our program/algorithm/workflow (demonstrate/display here).
In the early stages of our project, we had planned on and worked with testing frameworks such as QUnit, which is a JavaScript Unit Testing Framework.
Although we ended up not using it eventually, it was something that a lot of our team members had worked on and/or considered using.

@@ Line 460: / Line 460: @@
            <h1>iGEM Silver Medal requirements</h1>
            <ul>
-            <li>Our complete source code has been submitted to the iGEM GitHub repository.</li>
+            <li>Read about our project and its relevance to Synthetic Biology <a href = "">here.</a></li>
             <li>We have also included comprehensive code documentation for outside developers.</li>
             <li>We also used git versioning from the start of our project so that the commit history will be available on github.             </li>